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This was modeled in 3ds Max and rendered using Vray 3.0. --- Download Includes: - 3ds Max 2014 file (Urinal + Wall) - 3ds Max 2015 file (Urinal + Wall) - Vray
@amstandard urinal with a Sloan flushometer.
Designer Urinal | Sloan
A Guy comes home completely drunk one nightHe lurches through the door and is met by his scowling wife, who is most definitely not happy.“Where the hell have you been all night?” she .. #funny, #joke, #humor
Description (No Model.) P. WHITE. URINAL. No. 432,465. Patented July l5, 1890. UNITED STATES PATENT OEErcE. PETER WHITE, OF ST. LOUIS, MISSOURI. URINAL. SPECIFICATION forming part of Letters Patent No. 432,465, dated July 15, 1890. Application filed January 3l, 1890. Serial No. 338,776. (No model.) To all whom it may concern: Be it known that I, PETER IVHITE, of St. Louis, Missouri, have made a new and useful Improvement in Urinals, of which the following is a full, clear, and exact description. The improvement has relation more especially to tankurinals, in which siphonic mechanism is employed in delivering the water of the tank to the urinal'; and it consists in the improved means for breaking the siphon, substantially as is hereinafter set forth and claimed, aided by the annexed drawings, making part of this speciiication, in which- Figure l is a view of the improved construction. The tank is shown in vertical section and the remaining portion of the construction in front elevation, saving that a portion of the urinal-bowlis broken away to exhibit the water-passages; Fig. 2, a vertical section ofthe tank and the siphon. The ballvalve used in breaking the siphon is in elevation and shown closed; Fig. 3, a view similar to that of Fig. 2, the ball-valve shown open; Fig. 4, a vert-ical section on the line 4 4 of Fig. l, and Fig. 5 a horizontal section on the line 5 5 of Fig. 4. The same letters of reference denote the same parts. A represents the urinal, which is of the usual construction, saving as it is modified by the improvement under consideration. B represents the tank from which the water C is supplied to the urinalebowl a. The water liows from the tank into the discharge pipe D and thence into the bowl a, passing first into the bowl-passages a and ultimately into the bowl. E representsA the upper trapin the urinal and F the lower trap. G represents the pipe leading from th chamber H, between the traps, upward to connect with the pipe D in the usual manner, substantially as shown at I, to constitute an ejector of the usual character. The water is supplied to the tank through some suitable supply-pipe, such as shown at J. K represents a siphon connected atits lower end Z3 with the ejector I and leading thence upward at Zt into the tank to the level at which the water stands therein, and then turning downward at k2 toward the bottom of the tank and having its end k3 open to admit the water from the tank. The water may be'supplied to the tank in any of the well-known or usual methods, and the Water Iiows,when the siphon is slanted from the tank upward, into the siphon K, and then I some bearing, such as shown, and adapted to seat and close an opening at Z in the siphon K in the part 7c thereof above the level of the end 7c3, substantially as shown. The various parts of the ball-valve are contrived, substantially as shown, so that as the water wells upward in the tank the ball Z2 ot' the valve is Athereby lifted and the valve thereby seated, and as the water falls in the tank the ball drops and the valve thereby unseated. The ball-valve, by means such as the chain Z3, applied to an extension ZA1 of the valve-lever Z5, is also adapted to be unseated irrespective of the stage of water in the tank. In operation, suppose by means of a pull upon the chain Z3 or otherwise the Valve is unseated when the water is standing in the tank above the level of the opening Z-'say as indicated in Fig. S-and after a momentary pull upon the chain the valve is released. The valve at lirst unseats, as stated, and the water commences to flow from the tank through the opening Z into the part Zt of the siphon K. This described flow operates to start another iow oi' water from the tank upward. into the part k2 of the siphon K, and thence over into the descending part 7c,where upon the ejector I is started into operation. Vhen the pull upon the chain ceases before the water has fallen sufficiently in the tank IOO rises and the valve seats, as shown in Fig. l. The water, however, although proven ted l` rom entering the siphon K through the opening l", continues to How into the siphon K through the part 7g2 thereof, and thence to the ejector I, and this continues until the water has fallen in the tank below the level of the opening l sulliciently to enable the ball to drop and eiteet the unseating of the valve L, whereupon the siphon is at once broken by the entrance of air through the openingl, and the water ceases to flow from the tank. The water flowing into the Tank again lifts the ball and causes the valve to seat automatically. The siphon K serves also for an overflow-pipe. ly any means (not shown) the water is kept from rising abovea eertainlevelin thetanksay not above the level of the top of the partition which separates the parts 7s' k2 of the passage K-butshould the water rise to cause the water to well upward in the part k2 to flow over into the part le the siphonage of the water from the tank is initiated and maintained until the water is lowered in the tank suilieiently to elleet the unseating of the valve, whereupon the Siphon is again broken automatically. The herein-described tank mechanism is illustrated in connection with a urinal. It can, however, be used in connection with varions forms of water-closets in which siphon mechanism is used. I claiml. In combination with the tank having the water-inlet, the watenoutlet, and the siphon 7n le?, as described, the herein-described ball-valve and its seat, said valve-seat being arranged in the descending partof said siphon at a level above the inlet to the ascending part ot said siphon and above the level to which the water drops when the tank is siphoned, but below the level at which the waterstands in the tank prior to the siphoning of the tank, and the valve-lever, ball and pivot being arranged and extended to enable the valve, in case its lever released, immediately after the siphoning is initiated,to seat automatically, and when seated to be unseated automatically by the water falling in the tank, substantially as described. 2. The combination, with a urinal or water-Closet having an ej eetor I, of the tank, the inlet, the siphon K, having the parts k .:2 and valve-seat and the ball-valve, said ballvalve and valve-seat, together with the lever and pivot of said ball-valve, being relatively constructed and arranged to canse said valve to seat before the water rises in said tank to the level of said valve-seat, substantially as described. lVitness my hand this 25th day ofJanuary, l S90. PETER WIII'IE. Witnesses: C. l). Moonv, D. W. E. SANFonD.
I was walking along 5th Avenue in NYC and chanced to pass the Museum Of Sex, where they have this fascinating example of a female urinal on display. "The female urinal elaborates on the traditional structure of a male urinal, adding an extended tray to more accurately accommodate the female form"
Explore Elyse Horvath's 5954 photos on Flickr!
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The Oblic urinal from Villeroy & Boch is quite innovative. It was designed especially for small bathrooms, to fit privately inside the corner. The
KEGE Automatic urinal flushometer type disclosed automatic urinal flushers: Disclosed automatic urinal flusher with the whole flush valve disclosed outside. It is installed on top of the ceramic urinal sets and inside it integrated the infrared sensor and solenoid valve. You can see the sensor window on the surface of the flushometer. Concealed ceramic urinal ... Read More
...the new office at work is without urinals, just a line of traps. :evil:
Reuters' Joe McDonald informs us of a new hands-free gaming technology: "Play doesn't need to stop for sports fans taking a bathroom break at a Pennsylvania minor-league baseball stadium that…
Description (No Model.) P. J. MADDEN. URINAL BOWL. No. 493,278. Patented Mar. 14, 1893. UNITED STATES PATRICK J. MADDEN, OF PATENT QFFICE. ROCHESTER, NEW YORK. URlNAL-BOWL. SPECIFICATION forming part of Letters Patent N 0. 493,278, dated March 14, 1893. Application filed July 21, 1890. To aZZ whom it may concern: Be it known that I, PATRICK J. MADDEN, of Rochester, in the county of Monroe and State of New York, have invented a certain new and useful Improvement in Urinal-Bowls; and I do hereby declare that the following is a full, clear, and exact description of the same, reference being had to the drawings accompanying this specification. My improvement relates to urinal bowls, and the design is to so construct them that they occupy less space than ordinary bowls of the kind. To this end the invention consists in the construction and arrangement of the bowl as hereinafter described and claimed. In the drawings-Figure 1 is a perspective view of the bowl. Fig. 2 is a front elevation of the same. Fig. 3 is a vertical cross section in line a m of Fig. 2. Fig. 4 is an enlarged cross section of the interior bulb of the bowl in lineoo m of Fig. 3. Fig. 5 is a section in line a .2 of Fig. 1. A indicates the bowl, which may be of any dtesired form, such as are used in urinal close s. B is the feed pipe that leads from the bowl to the flushing tank, said tank preferably being so arranged as to flush the bowl automatically by an intermittent action. 0 is a bulb formed on the inside of the bowl, at the back, and provided with two curved passages a b, which extend crosswise of the bowl and are separated by a center partition 0, leaving the passages open and connected at the top. The passage a communicates with the interior of the bowl by a discharge opening (1, while the reverse passage b communicates with the discharge pipe f. The water drawn from the bowl through opening 61 is carried up passage h, and over the partition into passage 1), and thence is carried off through the discharge pipef. g is a jet passage communicating at the top with the feed pipe B, and opening at the bottom by an orifice g into the bottom of the passage a. This orifice points directly upward into passage a and when the water is let on with force it draws the standing water in the bowl through opening d,- and drives it up through Serial No. 359,373. (No model.) passage a, and discharges it as before described. It has sufficient force to draw in paper and all extraneous matter that is small enough to pass the pipes,and therefore keeps the bowl clean at all times. At the top of the bowl, where the flushing pipe B enters, is a dividing plate 71, which divides the current of watera part passing down the jet passage 9, asbefore described, and a part down through the hollow rim 7c of the bowl, where it is discharged into the sides of the bowl through jet passages Z Z. D is an air pipe attached to the top of the bowl, by the side of the flushing pipe 13, said air pipe communicating with a passage m, also passing down through the back of the bowl and opening into the top of the water passage 1) as shown at m. This pipe and passage admit air to the water way, and prevent the siphoning of water from the bowl after the flushing action has taken place, leaving the afterwash filling the bowl to a point above the discharge opening (1. I am aware that in water closet bowls it is common to use a jet passage to force the contents of the bowl upward and discharge the same. In such case the curved discharge passages usually stand outside the bowl. Urinal bowls are usually attached against a wall and require a flat back, and are usually made thin at the back, and with considerable forward projection. Hence I have disposed the discharge passages a b on the inner side of the bowl in the projecting bulb O, leaving the back entirely flat and adapted to be fitted in place the same as any ordinary urinal bowl. There is plenty of room on the inside for such a bulb. By forming the water and air passages directly in the back of the bowl, and the curved passages in the bulb, they leave the back of the bowl entirely fiat and produce but little projection on the inside. Having described my invention 1 do not claim broadly a jet passage for driving the contained water of the bowl over into the discharge pipe. Neither do I claim broadly a siphon passage standing crosswise of the bowl and parallel with its back. What I claim as new, and desire to secure by Letters Patent, is- In a urinal bowl, the combination of the the discharge pipe f with which said curved passages connect, as shown and described and for the purpose specified. In witness whereof I have hereunto signed my name in the presence of two subscribing I 5 witnesses. PATRICK J. MADDEN. Witnesses: R. F. OSGOOD, P. A. Cos'rIoH.
The SaniCanada Washout Urinal is a wall-mount washout urinal designed to use less water and a surface that reduces splashing and unpleasant smell. The urinal is made of ceramic material with a modern white finish and a low maintenance feature that make it ideal for commercial and residential use. The SaniCanada Washout Urinal has an overall height of 26.75” (68 cm), width of 13.5” (34.3 cm), and depth of 10.625” (27 cm).
