Find high-quality stockings, tights, socks and fashion for women, men and kids in the FALKE® online shop! Discover our range and feel the difference

Description , w. FERGUSON 1,783,078 BUMPING OUT TOOL Nov. 25, 1930. OriginalFiled May 4, 192B 5 Sheets- Sheet 1 /Nl ENTOR" I TTORNVEY 1 Nov 25, 1930. w. FERGUSON ,7 I BUMPING OUT TOOL Original Filed May 4, 1928 5 SheetS -Sheet 2 II/ll/ll/l/l/IIIA ATTORNEY Nov. 25, 1930. w FER U ON 1,783,078 BUMPING OUT TOOL ori inal Filed May 4, 1928 5 Sheets-Sheet a mmmmm ,4 a ATTORNEY Nov. 2 5, 1930. w. FERGUSON BUMPING OUT TOOL Original Filed May 4, 1928 5 Sheets-Sheet 4 Nov. 25, 1930. w. FERGUSON BUMRING OUT TOOL 5 Sheets-Sheet 5 Original Filed May 4, 1928 /Nl ENTOR Ilia) Ikr ids/) ATTORNEY l 7 involved therein, Patented 'Nov. 25, 1930 PATENT OFFICE WILLIAM FERGUSON, OF FLINT, MICHIGAN BUMPING-OUT TOOL Continuation of application Serial No. 275,215, filed May 4, 1828. This application filed August 30, 1929. . Serial No. 389,565. Y This invention relates to bumping-out tools for removing indentations in the metal body of a vehicle such, for instance, as an automobile, and the present application constitutes a a continuation of my application Ser. No. 275,215, filed May 4, 1928. In automobile constructions there is an exterior metal body, back of which is an inner frame or skeleton construction, formed of 10 connected beams and braces of either wood These beams or braces forming the or metal. frame of the automobile body cover up much or most of the inner surface of the metal body, and in order to remove the indentations from the metal body of an automobile or other vehicle, it is now'the ordinary practice to remove the inner frame construction which obstructs access tov the inner surface of the metal bod to be bum ed out, and then to place a meta block or olly against the noweexpos'ed interior surface of the sheet metal body and apply blows of suitable character to the exterior of the sheet metal body to remove the indentations and restore the metal body to its initial or desired form. This method of procedure has absorbed much time, involving great expense, and has necessitated the tearing down of the inner frameconstruction back of the exterior metal body in order to get access to the inner surface of the latter, as there is not suflicient s ace between the metal body of an automobile or the like and the inner frame construction to permit the insertion of the hand or an arm to hold an anvil or dolly block in p'osi tion. and so, as heretofore practiced, it has been necessar to remove the inner frame structure as a ve outlined." One of the important features of the pres- 40 cut invention consists in Ta bumping-out tool of such character that it ma be; inserted between the metal body ofte vehiclefor automobile and the inner frame construction without disturbing their assembled relation, with the result that dimbling of parts becomes unnecessary, and indentations may be removed from the metal body without the necessity of removing the ad'acent frame or backing structure and the de ay and expense In accordance with the present invention the anvil portion of-the bumping-out tool is of general blade-like form, that is, of such construction that it may be inserted between the metal body and the inner frame construc- -tion, to engage the portion of the surface to be bumped out, and may be held in this position by a handle suitably connected to the anvil, as will more fully appear. More specifically stated, the anvil is of so blade-like structure having extending longitudinally and transversely thereof a curved contour in substantial accordance with the curvature of the portion of the metal body without materially displacing either, and thereby forming a passa eway for the main portions of the anvil itse f. -When the anvil is in place as above stated and rests against the metal bod at the portion where the indentation exists, hammerblows of suitable nature are applied to the so exterior portion of the sheet metal body, the inner portion of which rests against the anvil, and the indentations are thus readily removed. Inasmuch as the anvil in many cases may as not have its back or end ortion resting against a support such ast e inner frame construction, it is desirable that the weight ofthe tool shall be suflicient to cause the inertia of rest of the tool itself as a whole to with- 00 stand the hammer blows necessary to remove the indentations. This weight of the tool, however, is not furnished altogether by the blade-like-anvil, because, as above stated the: anvil is of generally thin blade-like character to facilitate its insertion between the metal body and inner frame construction; the anvil however-possesses suflicient rigidity to withstand the hammer blows. , To meet this condition and furnish the Y tool with suflicient weight or inertia of rest, the anvil is provided with a handle preferably of greater weight than the anvil itself, so that upon the application of the hammer-like blows to the exterior of the metal body, the inertia of rest of the tool as a whole will withstand-the bumping-out operation. As a result of this construction the tool possesses sufiicient weight to' resist the hammer blow, while a substantial portion of the weight of the tool is provided by the handle which is disposed in s aced relation to the anvil where it is out o the way anddoes not interfere with the insertion of the anvil between the metal body and inner frame. The anvil portion of the tool preferabl tapers towards the terminal end thereo thereb furnishing an entering edge at the end 0 the anvil for insertion between the metal body and its inner frame construction when these parts are in close relation, or to facilitate the insertion of the anvil between i the metal body and backing structure against which the sheet metal of the body may rest. The anvil and its connection with the handle are of sufficient rigidity and of such unyielding nature as to withstand the hammerlike blows in bumping out. The present invention further resides in a group of differently shaped bumping out tools for use in removing indentations from different portions of the sheet metal structure of an automobile and from different types of automobiles. That is, it may be necessary at times to remove indentations from various portions of the metal body of an automobile, and the curvature of the different portions of the metal body may differ considerably. Furthermore, some portions of the metal body that may need to be bumped-out maybe much more inaccessible than other portions thereof, and the conditions met in removing indentations vary materiallyin different types of automobiles. In order to meet these varied requirements the bumping-out tools of the present invention have been carefully designed to meet a maximum number of the different conditions that are met with in removing indentations from the various portions of the metal bodies of different makes of automobiles, and the bumping faces of the different anvils have been given different curves to conform to a maximum number of body curves. In order to make clear the present invention several of the bumping-out tools of the above mentioned group have been illustrated in the accompanying drawing, and certain uses of these tools in removing indentations from the metal body of an automobile have been illustrated. It will be apparent, however, that bumping-out tools constructed in accordance with the present invention may be given various embodiments other than herein shown and described, and that the tools illustrated may be used to remove indentations from various portions of an automobile other than herein shown. The invention will be best understood from the following description when read in con nection with the accompanying drawings which illustrate good practical forms thereof. In the drawings;- Fig. 1 is a side elevationof a bumping-out tool constructed in accordance with the present invention; Fig. 2 is a top plan view thereof. Fig. 3 is an end view of the handle of the tool of Fig. 1. Figs. 4, 5, 6 and 7 are respectively sections taken on lines 4:4, 5-5, 6-6 and 77 of Fig. 1; Fig. 8 is a side elevation of a modified form of bumping-out tool; Fig. 9 is a front elevation thereof; Fig. 10 is a top view of the tool; , Figs. 11, 12, 13 and 14 are respectively sections taken on lines 1111, 1212, 13-13 and 14-44 of Fig. 8; Fig. 15 is a side elevation of another modified form of bumping-out tool; Fig. 16 is a top plan view thereof; Figs. 17 and 18 are respectively sections taken on lines 1717, and 18-18 of Fig. 15; Fig. 19 is a perspective view of the inner face of an automobile door having parts thereof removed, and illustrates the use of the bumping-out tool of Fig, .1 in connection therewith; Fig. 20 is a perspective view showing the tool of Fig. 1 associated with a different portion of the door of Fig. 19; Fig. 21 is a perspective view showing one use of the tool of Fig. 8; Fig. 22 is a perspective view showing one usei of the opposite end of the tool of Fig. 8; an Fig. 23 is a view similar to Fig. 22, but shows the tool used while in a diagonal position. The bumping-out tool of Fig. 1 is designed more particularly for use in places where it is necessary to reach inwardly a considerable distance between the inner structure and the metal body of an automobile or other vehicle, and this bumping-out tool is therefore provided with a relatively long blade-like anvil 1 the outer bumping surface of which is this anvil will cause a rounded instead of a flat surface ofthe anvil to contact with the portion of the metal body being bumped-out, ' which is important'in removing indentations from a curved surface, Furthermore, the transverse curvature of the anvil. 1 will facilitate its use in connection with portions of 1 the body whichmay curve bothlongitudinally and transversely, and also when the anvil extends transversely of the body curve. The anvil 1 is shown as decreasing in thickness from its inner end to its outer end 2 and the end 2 is made relatively thin to facilitate its introduction between two contacting or closely adjacent surfaces, such as the metal body of an automobile and the backing structure or frame against which the metal of the body may rest. The gradual taper imparted to the anvil 1 gives the anvil sufiicient rigidity or stiffness to withstand the blows delivered to the outer or bumping face thereof, and also facilitates the introduction of the anvil between two closely adjacent surfaces. As stated, the anvil may be supported while in engagement with the work by a handle is rigidly secured to the anvil and which is disposed in spaced relation thereto so as not to interfere with the insertion of the blade-like anvil between two closely adjacent surfaces. In the construction shown in Fig. 1 the anvil 1 is provided with a handle 3 which is polygonal in cross-section in order that it may be more firmly gripped in the hand but the particular cross-section configuration of the.v handle is not important. The handle 3 is connected to the thicker inner end of the anvil 1 by the laterally extending portion 4 and the curved portion 5, the arrangement being such that the handle 3 is disposed in spaced relation to the anvil 1 and opposite the central portion thereof. The .anvil shown is of greater width than the handle. The handle 3 is preferably heavier than the anvil 1, and the gooseneck connection formed by the portions 4 and 5 are sufliciently stiff and rigid to cause the hammer blows imparted to the anvil to be directly transmitted to the handle so that the weight or inertiaof rest of the handle and gooseneck will prevent the anvil from being displaced from the inner face of the metal body by the hammer blows during the bumping-outoperation. The entire bumping-out tool ofFig. 1 is conveniently formed as an integral structure of steel or other suitable material, and the anvil 1 is tempered to give the same sufficient strength and toughness to withstand the hammer blows and other forces to which it may be subjected. In the construction of Fig. l the handle 3 extends at right angles to the anvil 1 and toward the axis of the radius of the longitudinal curve of the anvil so that blows delivered to any portion of the outer face of the anvil will be transmitted to the handle 3 in more or less of a radial direction, all of which tends to reduce the movement of the anvil away from the work under a hammer blow. F urthermore, the gooseneck connection between the handle and anvil serves to clear the inner frame structure as will be apparent from Fig. 19. I The tool of Fig. 8 consists of a central barlike handle 6 which may be either round or I polygonal in cross-section and the handle 6 is provided at one end with an anvil 7 that extends approximately transversely to the longitudinal axis of the'handle, while at the opposite end of the handle 6 is provided a second anvil 8 which is offset from the longitudinal axis of the handle 6 but extends ina general lengthwise direction with respect to the handle. The anvil 7 like-the anvil 1 tapers from one end toward the other and has its outer bumping surface curved both longitudinally and transversely, but the anvil 7 is not as long as the anvil 1 and it has a greater longitudinal curvature per inch than the anvil 1. The anvil 7 is adapted for use in bumping-out indentations where a shorter anvil than that shown in Fig. 1 will reach the surface to be bumped out. The outer end 9 of the anvil 7 is made sufliciently thin to'facilitate its insertion between contacting surfaces and the entire tool is of suflicient length from the anvil 7 to the outer end of the anvil 8 to form a relatively long lever arm by means of which a powerful prying action may be exerted upon the anvil 7 to force the metal body and adjacent inner frame apart. The handle 6 and thick end of the anvil 7 are connected by the rigid gooseneck portion toward the other and its bumping-out surface is curved both longitudinally and transverse ly substantially the same as the anvil 7. The anvil 8 is offset from the handle 6 as shown, and it is connected to one end of the handle .6 by the rigid curved portion 12. The anvil 8 is designed more particularly for use in places where it is necessary to reach inwardly between adjacent walls to a greater disused in removing indentations from the rear This tool consists of a att'ened anvil 13 having a thin end 14 and a handle 15 that is rigidly connected to'the anvil by the neck 16. I In each of the tools shown the handle is made relatively heavy and a rigid connection is .provided between the anvil and handle to cause the blows delivered to the anvil to be directly imparted to the handle so that the weight or inertia of rest of the latter will prevent the anvil from being dislodged from the work by the hammer blows. Each of the tools described maywell be formed as an integral structure out of steel and the anvils are preferably tempered or hardened to the desired degree. While the fore oing will serve to make clear the construction of the tools illustrated, a further description may be necessary to make clear the use of these tools in removing indentations from various portions of an automobile body, and in this connection reference is had to Figs. 19 to 23 inclusive of the drawings. In Fig. 19 is shown a portion of the automobile top 17 and a door of usual construction, and the door comprises a frame formed of the spaced u rights termed a lock pillar 18 and hlnge pi ar 19, and to these pillars are rigidly secured the upper transverse bar 20, lower transverse bar 21, trim board22 and latch board 23. The door parts just described are rigidly secured together and are extremely di cult to remove and reassemble, but this has frequently been necessary heretofore in removing indentations from the outer metal 24 of the door. It will be a parent from Fig. 19 that the only portion 0 the inner face of the metal body of the door which is not obstructed by the inner frame structure is that portion lying above the trim board 22 and below the latch board 23, and even access to the innerface of this portion of the metal 24 of the door is partlv obstructed by the in clined brace 25.. It is a relatively simple matter to loosen the edge portions of the inner lining or' upholstery X so that the upholstery may be held or tacked back as shown in Fig. 19, but after this has been done, indentations can be removed from only a small portion of the metal body. frame by using a dolly block. It was therefore necessary prior to the present invention to remove the adjacent inner frame structure of the automobile before an indentation could be bumped out from a portion of the metal body lying opposite such frame construction. For example, the practice prior to the present invent on for removing an indentaoperation. tion positioned in front of the trim board, as indicated by 26 in Fig.19, was to first remove the board 22 so that a dolly block could be placed against the inner face of the indentation, and then replace the trim board after the indentation had been removed, but, as above stated, the removal of the frame structure is a diflicult and time consuming Through the use of the bum ing-out tools of the presentinvention an in entation may be removed from practically any portion of the metal body of an automobile without the necessity of removing any of the inner frame structure. It will be clear from Fig. 19 that the. bumping-out surface of the anvil 1 can readily be held against the indentation 26 while the same is removed by blows delivered by the hammer 27, and that it is unnecessary to remove the trim board 22 as heretofore in order to perform this bumpingout operation. It will also be clear from Fig. 19, that theend portioniof the anvil 1 may be forced down back'bf the lower transverse bar 21 to the lower folded edge 28 of the metal wall 24 to facilitate the removalof indentations therefrom, and that wherever the indentation may occur the an-' vil 1 may be held in place by the handle 3 while blows are delivered to the outer'face of the metal 24 by the hammer 27 to restore the metal 24 to its original shape. In Fig. 20 the anvil 1 is shown in place for removin the ind ntation 29 positioned in front of t e latch board 23 of a door. In this case the end of the anvil has beeninserted between the metal wall 24 and the door center sill 30 which sill is spaced from the latch board 23 to form a passage for the sliding window 31. It will be apparent from 'Fig. 20 that since the upper edge part of the metal wall 24 is folded inwardly and nailed or otherwise secured to the inner face of the sill 30, the anvil cannot be inserted downwardly between the sill 30 and metal wall 24 but must-be inserted upwardly as shown. In Fig. 21 the anvil 7 is shown as inserted between the metal body wall 32 of the wheel house panel and the horizontally extending sill 33. Spaced from the sill 33 is a second sill 34 arranged so that the window 35 may slide between them. The sills 33 and 34 are not as wide as the latch board 23 so that the shorter anvil 7 may be used in place of the longer anvil 1 to remove the indentation 36. Fig. 22 illustrates the use of the anvil 8 in removing an indentation 37 from the lower back panel 38 of the automobile body. The rear end portion of an automobile body is commonly constructed as shown in Figs. 22 and 23 and has the curved uprights or back (strainers 39 the lower end portion of which extend downwardly to the floor of the automobile body back of the cushion support board 40, rear cross sill 41 and longitudinal lower sill 42. It will be seen from the man- 'ner in which the parts of the automobile body just described are assembled that it is an extremely diflicult operation to remove any one of such parts to obtain access to the inner face of the wall 38 of the metal body. Throughthe use of the-tool of Fig. 8 removal of such parts is unnecessary since the anvil 8 can readily be inserted between the board 40 and metal wall 38 to facilitate the removal of the indentation 37, and the tool. bumping-out tools of the present invention may beused to remove indentations from various portions of an automobile metal body whlch are inaccessible to a dolly block, and ' that through the use of the present tools re moval of the inner frame structure is unnecessary. I What 1s claimed 1s 1. A bumping-out tool for removing indentations in the metal body of a vehicle, comprising a blade-like anvil adapted for insertion between the metal body of the Vehicle and its inner frame construction andhaving a bumping surface to rest against the inner while the body and frame remain in assem led relation, and a handle connected to the blade-like anvil and disposed opposite the inner face of the anvil that the latter may be inserted into position between the metal body and the inner frame construction, and held. in place during the bumping out operation. 2. A bumping-out tool for removing indentations in the .metal body of a vehicle, comprising a blade-like anvil adapted for insertion between the metal. body of the vehicle and its inner frame construction and having a bumping surface extending longitudinally of the blade-like anvil to rest against the inner surface of the metal body while the body and frame remain in assembled relation, a handle, and a curved connection between the handle and the blade-like anvil to position the handle opposite the inner face of the anvil that the latter may be inserted into position between the metal body and the inner frame construction and heldf in place during the bumping-out operation. 3. A bumping-out tool for removing in-, dentations in the metal body of a vehicle, comprising a blade-like anvil adapted for in sertion between the metalbody of the vehicle and its inner frame construction and havlng a bumping surface to rest against the inner surface of the metalbody while the body and frame remain in assembled relation, and a handle connected to the blade-like anvil at one end of the anvil and extendin at substantially a right angle therefrom t at the anvil may be inserted into position between the metal body and the inner frame construction and held in place during the bumping-out operation. 1 4. A bumping-out tool'for removing indentations in the metal body of a vehicle while the metal body and inner frame construction remain in their associated relation, comprising a blade-like anvil diminishing in thickness towards one end to enable the anvil to be inserted betweenthe metal body andits' inner frame construction and provided with a bumping surface extending longitudinally of the blade-like anvil to rest against the inner surface of the metal body, a handle, and a gooseneck connection between the" handle and the blade-like anvil that the anvil may be inserted between the metal body and the innerframe construction and the handle extending outwardly from the inner frame construction substantially opposite the anvil and be held during the bumping out operation. I 5. A-bumping out tool for removing indentations in the metal body of a vehicle while the metal body remains in association with its inner frame construction, comprising an elongated anvil diminishing in thickness longitudinally of the anvil toward one end for insertion of theanvil between the metal body and the inner frame construction and having a curved bumping surface, a handle, and a'curved connection between the anvil and handle forming a space between the anvil and handlefor receiving the inner frame construction when the anvil is in operative position. V 6. A bumping out tool for removingindentations in the metal body of a vehicle while the metal body remains in association with its inner frame construction, comprising an elongated anvil diminishing in thickness longitudinally of the anvil toward one end for insertion of the anvil between the metal body and the inner frame construction and having a curved bumping surface, and a handle connected to the anvil at one end thereof, and extending substantially at right angles to the bumping surface of the anvil. 7. A bumping-out tool for removing indentations in the metal body of a vehicle while the metal body remains assembled with its inner frame construction, comprising an elongated anvil having a bumping surface curved longitudinally and transversely of the elongated anvil and havinga thin terminal end adapted for insertionbetween the metal body and the inner frame construction to present the longitudinally and transversely curved bumping surface against the inner surface of the metal body, and a handle connected to one end of the elongated anvil and disposed opposite the inner face of the anvil so as to oppose the displacing action of the blows upon the anvil and adapted to support the anvil against. the metal body during the bumping-out operation. 8. A bumping-out tool for removing indentations in the metal body of a vehicle, comprising a blade-like anvil having a thin terminal end adapted for insertion between the metal body and its inner frame construction and having a bumping surface extending lengthwise of the blade-like anvil, a handle of greater wei ht than the anvil to resist the blows of the umping-out operation by its inertia of rest, and a gooseneck connection between the handle and anvil for straddling the inner frame construction with the handle extending at substantially a right angle to the anvil. 9. A bumping-out tool for removing indentations in the metal body of a vehicle, comprising a blade-like anvil having a thin terminal end adapted for. insertion between the metal body and its inner frame construction and having a bumping surface extending lengthwise of the blade-like anvil, and a handle of greater weight than the blade-like anvil and connected to one end thereof and extending substantially at right angles to the bumping surface of the anvil that its inertia of rest will resist the blows of the bumpingout operation. 7 10. A bumping-out tool for removing indentations in the metal body of a vehicle, comprising a blade-1ike anvil adapted for insertion between the metal body of the vehicle and its inner frame construction and having a curved bumping surface extending lengthwise of the anvil to rest against the inner face of the metal body while the body and frame remain in assembled relation, and a relatively heavy handle disposed at a right angle to the blade-like anvil and rigidly secured to the an,- vil to cause the blows delivered to the face of the anvil to be transmitted to the relatively li eavy handle longitudinally thereof and resisted by its inertia of rest. 11. A bumping-out tool for removing indentations in the metal body of a vehicle, I comprising a blade-like anvil adapted for insertion between the metal body of the vehicle and its inner frame constructionand having a curved bumping surface extending lengthwise of the anvil to rest against the inner face of the metal body while the body and frame remain in assembled relation, a bar'- like handle, and a curved portion between the handle and one end of the anvil positioning the handle with its longitudinal axis disposed at substantially a right angle to the blade-like anvil. 12. A bumping-out tool for removing ind'entations in the metal body of a vehicle while in assembled relation with its inner frame construction, comprising an anvil having a bumping surface curved longitudinally and transversely in substantial conformity with the part of the metal body to be treated and having a thin blade-like end for insertion of the anvil between the metal body and its inner frame construction, a handle, and a curved gooseneck connection between the bandle and one end of the anvil that the anvil may be inserted between the metal body with the inner frame construction in the gooseneck and the longitudinally and transversely curved bumping surface bearing against the inner surface of the metal body. 13. A bumping-out tool for removing indentations in the metal body portion of an automobile while the body and inner frame remain in assembled relation, comprising a blade-like anvil having a thin terminal end to enable the anvil to be inserted between the metal body and the inner frame and bent longitudinally to present a curved longitudinal bumping surface, and a handle connected to the opposite end of the anvil and extending at right angles thereto that the anvil may be held with its longitudinally extending bumping surface bearing against the metal body during the bumping-out operation. 14. A bumping-out tool for removing indentations in the metal body of an automobile While the metal body and inner frame remain in assembled relation, comprising a blade-like anvil adapted to be inserted between the inner face of the metal body and closely adjacent inner frame and having a curved bumping surface for engagement with the inner face of the metal body, a handle for holding the anvil in operative posi tion between said metal body and frame, and a stiff gooseneck connection between the han dle and one end of said blade and adapted to extend part way around the adjacent inner frame. 15. A bumping-out tool for removing indentations in the metal body of an automobile while the metal body and inner frame remain in assembled relation, comprising a bladelike anvil constructed to be inserted between the inner face of the metal body and the closely adjacent supporting frame, and a handle of greater weight than the blade-like anvil and connected to the anvil by a curved coupling portion to lie opposite and in spaced relation to the inner face of the blade-like anvil. llll metal tool consistingbf-anelongated bladeconstruction andhavin like anvil adapted to be inserted between the extendin lengthwise o inner face of the metal body and closely adjacent inner frame and having a relatively heavy handle disposed opposlte [the inner face of the anvil and rigidly attached to one a bum ing surface the anvil. In testimony whereof, I have signed my name to this specification. end of the anvil by a curved coupling portion formed so that said adjacent inner frame may lie between the anvil and handle during the bumping-out operation. 17. A bumping-out tool for removing indentations in the metal body of an automobile while the metal body and inner frame remain in assembled relation, comprising an elon- 15 e gated blade-like anvil adapted to inserted between the inner face of the metal body and adjacent inner. frame and havin posite and in spaced relation to the inner face of the anv1l and connected to one end of the anvil by a rigid gooseneck portion. a handle of greater weight than the anvil disposed op-, 18..A bumping-out tool comprisinginh, handle, a curved coupling portion exten from each end of the handle, and an anvil provided at each end of the handle and connected to the handleby said coupling portions so that the anvils are disposed at approximately rightangles to each other. .19. A bumping-out tool comprising a handle, a curved coup i-portion extending from each [end of the andle, an elongate anvil provided at each end of the handle and connected to the handle bysaid coupling portions so that the anvils are disposed at an having a curved bumping surface. 4 20. A bumping-out tool comprising a handle, a coupling ortion extending from each end of the hand e, and a. blade-like anvil provided at each end of the handle and connected to the handle by said coupling1 Eortionsiso f erent re a that. the anvils are disposed in tion to the longitudinal axis of the handle. 21. A bumping-out tool for'removing inangle to each other, and each of said anvils of the handle, a blade-like anvil provided at, each end of the handle and rigidly-connected to the handle by a coupling portion, and each I of said anvils being disposed at a difi'erent angle to the handle and, adapted for insertion between the metal body of the auto.- mobile and its inner frame'construction and having a curved bumping surface. 22. A bumping-out tool for removing in-v dentations in the metal body of an automobile, comprising a bar-like handle having a blade-likeanvil rigidly secured to each end of the handle so that the anvils are disposed in different relation to the-longitudinal axis of the handle, and each blade-like anvil being adapted for-insertion between the metal 7 body of the-automobile and its inner frame GUSON.

Description Nov. 25, 1930. w. FERGUSON 1,783,077 smm'r METAL BUMPING OUT TOOL Filed may 4, 1928 5 Sheets-Sheet 1 9 E21 j 26 "w Fig.0. W///////////////l////A INVENTOR. Nov. 25, 1930. w. FERGUSON 1,783,077 SHEET METAL BUMPING OUT TOOL Filed May 4. 1928 5 Sheets-Sheet 2 v 2.9 I v INVENTOR. ' Willicunfl gllaorg B W A TTORNE Y. ' Nov. 25, 1930. w, FER USON 1,783,077 SHEET METAL BUMRING OUT T 00L Filed May 4, 1928 5 Sheets-Sheet 3 Lip I N V EN TOR. fi illz'amiel gason A TTORNE Y. Nbv. 25, 1930. w. FERGUSON 1,783,077 I SHEET METAL BUMPING OUT TOOL Filed May 4, 1928 SSheets-Sheet 4 FQ'JJ. F1 47; Fig-18. INVENTOR. mlll'afibflzgllsozw W ATTORNEY. Nov. 25, 1930. w, FERGUSON 1,783,077 SHEET METAL BUMPING OUT TOOL Filed May 4, 1928 5 Sheets-Sheet 5 INVENTOR. Wi liam 'l gasow, BY v. v i I ATTORNEY. Patented Nov. 25, 1930 WILLIAM FERGUSDN, or rrm'r, m'rcnmm BHEET-IIETAL-BUIPING-OUT TOOL Application filed Kay 4, This invention relates to tools to be used for metal bumping work, more articularly for use in bumping out indentatlons in automobile bodies due to collisions and accidents, and 8 the invention has for its object to provide a tool of such class in a manner as hereinafter set forth for reaching a certain part of an automobile body without the necessity of tearing down the inner frame or supporting struc- 10 ture to get at the indentation in the metal for the purpose of bumping it out. i In removing indentations from the sheet metal body and fenders of an automobile it is now the usual practice to hold a metal 15 block or dolly against the inner face of the indented structure while blows are delivered to the outer surface. It frequently happens however that access to the inner surface of the indented agortion of the automobile is obstructed by jacent braces, beams or backing frame so that the dolly or bumping-out blockcan not be held a st the surface to be bumped out until the structing structure has been removed. The present invention is therefore directed to a group of difl'erently shaped bumping-out tools designed for use in umping out or strai htemng different portions of the sheet metal structure of an automobile. Each of m the tools illustrated consists of a handle having a flattened portion at an end thereof constitutin an anvil adapted to be held against the wor being bumped out, and the anvils are differently shaped and disposed at different angles to their handles to facilitate their use in various. positions where the surface to be bumped out is more or less obstructed by braces, beams or other supporting structure. Furthermore the bumping'surface of each anvil is curved to conform more or less accurately to the desired curvature of the surface to be bumped out. With the foregoing and other objects in view the invention consists of the novel construction, combination and arran ement of parts as hereinafter more speci cally described, and illustrated in the accompanying drawings, wherein is shown an embodiment of the invention, but it is to be understood that 50 changes, variations and modifications can be 1988. Serial No. 875,217. resorted to which fall within the scope of the claims hereunto appended. In the drawings wherein like reference characters denote corresponding parts throughout the several views: Figure 1 is a side elevation of a tool in accordance with this invention for bumping out metal. Figure 2 is a front elevation thereof. Figure 3 is a fragmentary view in front elevation upon an enlarged scale. Figures 4, and 6 are respectively sections on lines 4-4, 5-5 and 66 of Figure 1. Figure 7 is a side elevation of another form of tool in accordance with this invention for bumping out metal. Figure 8 is a fragmentary view in rear elevation thereof. Figure 9 is a fragmenta elev%tion of the form of too shown in Figure 1 Figure 10 is a section on line 10-10 of Figure 7. Figure 11 is a side elevation of still another form of tool in accordance with this invention for bumping out metal. 7 Figures 12, 13 and 14 are respectively sections on lines 1212, 13-13 and 14-14 of Fi ure 11. igure 15 is a side elevation of still another form of tool in accordance with this invention for bumping out metal. Figure 16 is a front elevation thereof. Figures 17, 18 and 19 are respectively sections on lines 1717, 1818 and 19-19 of Figure 15. Figure 20 is a side elevation of still another form of tool in accordance with this invention for bumping out metal. Figure 21 is a rear elevation thereof broken away. Figures 22 and 23 are sections on lines 2222, 2323, respectively, of Figure 20. Figure 24 is a view looking toward the free end of the handle of the tool. The tool as illustrated in Figures 1 to 6 is what is termed a heavy fender spoon and comprises a handle 25 of appropriate length and preferably of polygonal cross section to facilitate gripping the same in the hand. One view in frontend of the handle 25 is tapered as at 26 and merges into an inclined anvil 27 curved lengthwise thereof from end to end. The anvil 27 gradually decreases in thickness from its inner to its outer end and has its rear face of arcuate curvature transversely. The anvil 27 is of spoon-like form and has a rounded free end. The inner portion of the anvil is flared and it merges into a substantially oval-shaped portion which is of greater length than the tapered portion. The anvll is disposed at an acute angle with respect to the longitudinal axis of the handle 25. The bumping-out tool of Fig; 1 may be employed in various operations ut is particularly well adapted for use in straightening out the fenders of an automobile and is so constructed that the handle 25 of the tool may be grasped in the hand to hold either the outer convex surface of the anvil 27 or the curved end thereof against the indented structure while bumping out blows are delivered to the exposed or outer surface of the indented structure. The handle 25 is made relatively heavy as shown so that the weight or inertia of rest of the entire tool will be sufficient to withstand the bumping out blows. 'The tool as shown in Figures 7 to 10 inclusive is what is termed a wide heavy duty sill spoon and it comprises a handle 28 of appropriate length and of polygonal cross section and has a tapered end 29 which merges into an inclined anvil 30 curved lengthwise thereof from end to end. The rear face of the anvil 30 is of arcuate curvature transversely. The anvil 30 gradually decreases in thickness from its inner toward its outer end and is of flaring contour throughout. The forward face of the anvil 30 at the outer portion thereof is beveled as at 31. The free end of the anvil 30 is rounded, and the anvil is disposed at an acute angle with respect to the longitudinal axis of the handle 28 and is of less thickness and of less len h than the anvil 27 The angular disposition of the anvil 30 is substantially the same as that of the anvil 27. The form of tool shown in Figures 11 to 14, both inclusive, is what is termed a special door spoon and it comprises a handle 32 of appropriate length and of polygonal cross section. The handle 32 has a tapered end 33 which merges into an inclined anvil 34 upon a slight curve from end to end thereof and which is disposed at an obtuse angle with respect to the handle 32. The anvil 34 is disposed at a greater angle than the anvils 27 and 30. The anvil 34 gradually decreases in thickness from its inner toward its outer end vthe longitudinal axis of the handle. either of the anvils 27 or 30. The tool as shown in Figures 15 to 19 is what is termed a double end driving spoon and it includes a bar-like handle 35 of appropriate length and preferably of polygonal cross section to facilitate grasping the same firmly in the hand. The handle 35 is tapered at one end as at 36 and merges into an anvil 37 curved in the direction of its length and disposed at an acute angle with respect to The anvil 37 while relatively thick throughout its length gradually decreases in thickness from its lIlIlBI' toward its outer end and the outer face of the anvil which constitutes the bumping surface is of arcuate curvature transversely and longitudinally. The free end of the anvil 37 is positioned beyond the plane of the handle 35. The anvil 37 in the construction shown is of uniform width through out. The free end of the anvil 37 is beveled as indicated at 38. This tool is adapted for use in various bumping out operations, and also constitutes a powerful prying tool for bending the distorted portion of an automobile back into place. The handle 35 has a curved portion 36 at its other end which merges into a relatively thick, laterally extending inclined flaring anvil 37 which gradually decreases in thickness from its inner to its outer end. The anvil 37 is of greater width than anvil 37 and its outer end is shaped to form the relatively square bumping-out shoulder or abutment 38. The anvil 37' extends from the handle 35 in an opposite direction from that of the anvil 37 and is reversely bent with respect to the handle; that is, the anvil 37' is so positioned that its outer face forms an obtuse angle with the extended longitudinal axis of the handle andis given only a slight curve in the direction of its length. As a result of this reversely bent arrangement of the anvil 37 it is well adapted for use in various prying operations and its outer face forms a bumping-out service adapted to be held against the work in various bumpingout operations, while its outer end 38 is also adapted to be held against the various portions of an automobile to be bumped out. The construction of this double ended bumping-out tool of Fig. 15 is such that either anvil may be conveniently grasped by the workman to hold the opposite anvil against the work while performing the bumping-out operation. The form of tool shown in Figures 20 to 24 is what is termed a body post spoon and includes a handle 39 of appropriate length and of polygonal cross'section and which has a tapered end 40 which merges into an anvil 41, which is disposed at an obtuse angle with respect to the handle 39 and curved lengthwise thereof. The angle upon which the The anvil 41 gradually decreases in thickness from its inner towardits outer end and is of ar'cuate curvature transversely of its outer face. The anvil 41 is ofuniform width from end to end with the exception of an inner flaring portion of materially less length than the length of the part of uniform width. In each of the bumping-out tools illustrated in the drawings the anvil is disposed at an angle .to the handle portion of the tool to facilitate the presentation of the curved outer face of the anvil to the indented surface that is to be bumped out, andthe handle in each construction is made sufficiently heavy to Ycause the inertiaof rest of the tool to resist the bumping out blows delivered to the outer or exposed surface of the indented structure. 1 The anvils are disposed at various angles to the handles for use indifferent bumping out operations and to facilitate the placing of an anvilagainst a more or less obstructed surface. ' curved coupling portion extending from each WhatIclaimis: 1. A bumping-out .tool for removing indentations in the metal structure of a vehiole, comprising a 'barslike handle having a end of the handle, .and a tapered elongated anvil provided at each end of the handle and connected to the handle by said coupling portions to extend inopposite directions with to extend in opposite directions from the longitudinal axis of the handle and one 'anvil being disposed at a greater angle to the handle than the other. 3. A bumping-out tool for removing indentations in the metal structure of a vehicle comprising a relativel' heavy bar-like handle, a tapered elongate anvil provided at each end ofthe handle and formed rigid therewith to extend in; opposite directions from the handle, each anvil having a curved bumping surface extending lengthwise of the anvil and one, anvil being disposed at agreater angle to the handle than the other. .4. A bumping-out tool for removing indentations in'the metal structure of a vehicle, comprising aI-bar-Iike handle, an elongated 'anvil provided at each end of the handle and formed rigid therewith to extend in opposite directions from the longitudinal axis of the handle, each anvil hav ng a curved bumping surface and one anvil having its outer bumping surface disposed at an acute angle to the extended axis of the handle and the other having its outer bumping surface disposed at an obtuse angle to the extended axis of the handle. r 5. A bumping-out tool for removin indentations'in the metal structure of a ve 'cle, comprisin a bar-like handle, having itsopposite en s flattened and bent laterall in opposite directions from the longitu inal axis of the handle to form anvilsprovided with curved bumping surfaces extending longitudinally of the anvils. .6. A bumping-out tool for removing indentations in the metal structure of a vehicle, comprising a bar-like handle havin its opposite ends flattened and bent'latera y in opposite directions-from the lon itudinal axis. of the handle to form anvils o greater width than the handle and bumping surfaces extending ongitudinally of the anvils. 7. A bumping-out tool for removing indentations in the metal structure of a vehicle comprising a relatively heavy bar-like handle, a flattened elon ated anvil provided at each end of the han 1e and formed rigid therewith to extend laterally in opposite di-' rection from the longitudinal axis of. the rovided with handle andvone anvil being disposed at a greater angle to the handle than the other. 8. A bumping-out tool for removing indentations in the metal structure of a vehicle comprising a bar-like handle having one end flattened and reversely bent to form a later-- ally extendin anvil provided with an outer bump1ng sur ace that is disposed at an obtuse angle to the extended-longitudinal axis of the handle. 9. A bumping-out tool for removing indentations 'in the metal structure of a vehicle comprising a bar-like handle having one en flattened. and bent laterally to the handle at nearly a right angle thereto to. form a laterally extending anvil provided with an outer bumping surface and a shoulder at its outer end.. a 1 10. A bumping-out tool for removing indentationsinthe metal structure of a vehicle, comprising a bar-like handle having one end flattened and bent laterally to thehandle at a pronounced angle to form a laterally extending anvil provided with an outer buanping surface and a shoulderat its outer en 1 4 g In testimony whereof, I afiixmy signature hereto. 7 . WILLIAM FERGUSON.

We all know, bumping into someone you know can be quite a surprise. But here's the thing: you can make these unexpected encounters more enjoyable with a bit of wit. Whether it's at parties, in the supermarket, or somewhere unexpected, a response can delight both you and your friend that…

I have been searching for metal working hammers for a long time until I finally got some luck. First I picked up a French Facom hammer with one rounded and one flat striking surface. Not too long thereafter my father in law decided he would give away his father's old hammers. I wasn't expecting much, but I was delighted to receive two more metal working hammer. One is a very large round faced hammer with no makers marks. It's a a very heavy one and will be used for work requiring more force. The last one was maybe the finest of them all. This one is a German made Picard bumping hammer. The logotype appears to be a bell and should not be confused with the other German maker Stirrup. I've had one Picard hammer before and found the quality excellent. This one has that same air of excellence but appears to be older. The company name appears only abbreviated. JHP stands for Johannes Herman Picard. This company is still very much alive and kicking, still producing high quality hammers. www.picard-hammer.de/en/home.html

I need to work on bumping up my rank. I wonder if anyone will challenge me. Maybe that chicken is game.

While it can be difficult to find municipalities that allow for foundation homes under 400 square feet (our usual threshold for "tiny"), bumping up the

Bumping along in a traditional Costa Rican ox cart is like being on a slow carnival ride, one that appeals to all the senses. The bright...

Sunsets are my favorite, it just so happened I was on my way this past weekend to shoot a wedding and saw this beautiful sunflower field from the highway and decided to plan a maternity session the following day. I love sunflowers and I love sunsets! 12.3 more weeks left before this little girl arrives, i'm very excited and ready to take on the challenge in my life and enjoy every minute of it. :) Follow me on Instagram: instagram.com/annaperev_photo

Sure, the state gets that reputation of being a "boring" place where nothing happens aside from corn farming and people bumping into each other saying "ope," but Ohio has much more than that.

I have never used a lip stain before but I just kept bumping across them while looking for some product reviews online. And that is how I go...

Spluttering Cadillacs and stained colonial palaces, bumping rum shacks, elaborate art deco hotels and cigar-smoked cafes: this is the Havana that tourHQ’s local guides are waiting to showcase.

A beginner's guide to quickly and easily picking a lock"Bumping" is a lock-picking technique that refers to the repeated striking motion used to dislodge the pins inside a lock.

★★★★ A hot, hilarious fresh start! Nora’s forties begin with a bang…or rather, a crash.What’s worse than bumping into a parked motorcycle and tipping it over?Easy. It’s bumping into a motorcycle, tipping it over, and sending it crashing into an entire row of bikes like horrible, slow-motion dominos.What’s even worse than that?Nora knows the answer. It’s…

It’s possible you’ve already run into a robot while out shopping. If not, it could very well happen to you soon as more robots are deployed into the environment.

http://mundosurvival.foroactivo.com/Proyectos electro mecánicos http://bit.ly/2Iedl3fBicicletas motorizadas y todo lo que corra https://bit.ly/2IgeevITrampa...