Fowl drinker

Abstract: A fowl drinker, having a water intake device, charac­ terized in that the water flow adjustment means is not the same as the means with which the valve body is attached to the support column, but is formed by a stem (31) freely inserted in a tubular widened dia­ meter portion (32) of the cup-shaped cover (29) and connected at the top and the bottom thereof, respec­ tively, to a resilient stopper (30) engaging the spout (24) of the valve body (18) water outlet and a blind nut (33) screwed on the widened portion (32) and with which the adjustment is made, without a subsequent desmantling and reassembly of the drinker altering it, the valve body (18) being snugly fitted over the sup­ port column (15) to prevent the weight of the water supply conduit from upsetting it, affecting said regu­ lation. The support (39) of the bushing (44) which is connected to the pipeline t comprises a flexible strip (17) surrounding said pipeline.

Description: This invention relates to a fowl drinker of the type as mentioned in the preamble of claim 1. Those being the object of the European Patent 0211794 and US Patent 4421061 are examples of this type of drinkers. There are several types of this class of drinker which have an easy-to-dismantle structure allowing for periodic cleaning, the applicants ES-A-2002414 relating to one of them which has been notably improved with the drinker hereof. Thus, in the drinker according to ES-A-2002414, the valve body, which is formed basically by a tubular member, is freely mounted around the support column emerging from the counterweight and' is terminated at the top end thereof with means attaching it to said support column. At the same time this means adjusts the height position thereof to determine the flow of water to pass from the valve body to the drinker hood, which bears against the counterweight by way of an intermediate helical spring which, with the passage of the water, contracts and causes a cup-shaped cover threadedly attached to the drinker hood and arranged over the valve body to seal the water outlet thereof. This constitution, in spite of allowing dismantling of the drinker for periodic cleaning, requires, when dismantling, manipulation of the means holding the valve body to the support column and regulating the water flow therethrough, and the water flow has to be reajusted when the drinker is reassembled. Furthermore, the play of the valve body due to its free mounting around the support column means that when said valve body is connected to the conduit through which the water is supplied to the drinker, the weight of the conduit disarranges the position of the valve body, which not only affects the preset adjustment thereof, but also at times causes it to jam with other elements of the drinker surrounding it, preventing an appropriate supply of water to the drinker hood. A further drawback is the threaded connection between the cup-shaped cover and the drinker hood, not only for the time which is wasted screwing and unscrewing the hood, to assemble or dismantle it, but also because of the requirement, during assembly, to place the cup-shaped cover appropriately over it before rotating. To overcome these problems and drawbacks, in the present new drinker the water flow adjustment means comprised in the cup-shaped cover, are formed by a stem which is freely inserted in an upper tubular widened portion of the cup-shaped cover and which is attached, at the top end, to a blind nut which is attached, in turn, to the outer thread of the said tubular widened portion, the lower portion of the stem having attached thereto a resilient stop member associated with the spout for the flow of water from the valve body. The stop member seals the spout when the drinker hood is full of water. This formation of the adjustment means allows the valve body to be left unmoved, whereby it may be attached to the support column. Said attachment is effected by snugly fitting the said valve body over the support column and allowing it to bear on a shoulder thereof, thereby preventing its positional situation being moved when the water flows in, and preventing also jamming and insufficient water supply to the drinker hood. To facilitate dismantling and reassembly of the drinker hood, the present new drinker also comprises a sleeve member removably mounted to the cup-shaped cover, the open end of said sleeve member being screwed on the open end of the cup-shaped cover, said sleeve member having at the bottom end thereof a neck of appropriate shape for coupling to the neck of the drinker hood by a simple 90° rotation. The devices for the water intake are generally formed by two members, one of which fastens a bushing connected between the pipeline and a conduit to the pipeline from which the water is taken, and another member which is interserted in the conduit and which comprises the water stopcock, which may also be provided in the former member, as happens in certain cases, although this means making a complicated, high cost member which suffers frequent faults. Some of these drawbacks are avoided with these two members, although since there are two members, there are more parts and the financial cost of the device is still high. To reduce said cost, there are certain extremely simply formed devices, which makes the manufacture thereof cheaper. To be precise there is one whose member which fastens the bushing to the pipeline is formed by a clamp having the bushing inserted and held therein in an orifice, both parts of the clamp embracing the pipeline and closing thereon by a tongue and groove connection of the ends. The simplicity of this member is compounded by that of the other which is formed by two connected plate members, which comprise respective aligned external bushings which are connected to the two parts into which the conduit is divided for insertion of this member. The water flow therethrough is closed or opened by a flat bar having an orifice, which is made to move between the two plate members and which allows the water to flow through or cuts it off according to whether the orifice of the flat bar is aligned with those of the bushings or not. Although this device is easy and cheap to make in view of its simplicity, where use is concerned the effectivity is rather relative, since the first member may only be attached to pipelines of one sole diameter or to a limited range of diameters, while the watertightness of the second member is very imperfect, allowing water to leak out easily in the closed position. These and other problems which may be derived therefrom are solved with the device of the present invention, the device retaining the structural simplicity and, therefore, a low cost and having other advantages which the known devices do not. Thus, in the new device the support member holding the connecting bushing to the pipeline is formed by an annular body in the opening of which the bushing is inserted and held by the upper mid portion thereof, said holding being more reliable than in the known devices. Furthermore, the annular body comprises a widened portion at one side and a flexible strip at the other side, which strip is provided with longitudinal teeth with which, once placed around the region of the pipeline from where the water is to be taken and the strip has been inserted in an opening of the widened portion, it engages a toothed portion thereof. This strip is sufficiently long to allow the support member to be attached to different types of pipelines having different diameters, without the diameter of the latter being any obstacle. With respect to the member inserted in the conduit, this has the form of a tubular sleeve member in the interior of which the plug of the stopcock rotates. This plug comprises a side area having a recess housing a resilient seal which, in the closed position of the stopcock, perfectly seals the water inlet orifice without any possibility of leaks therethrough. This member is also provided on the lateral periphery thereof, further to the two opposite bushings connecting to the two parts of the necessary division of the conduit with which the water is drawn, a third bushing with which said water may be diverted towards another conduit other than the one contemplated in principle if so required at any given time. To close the stopcock or divert the water towards one line or another, the member comprises stop and stabilization means so that the plug of the stopcock may rotate through 180° in two steps of 90° to take on three positions, one in which the water flow is cut off, another one placing the two opposites bushings in communication and the third one placing the water inlet bushing in communication with the third bushing. These and other features will be more easily understood from the detailed description which follows, which is facilitated by three sheets of accompanying drawings in which one practical embodiment, given only as a non-limiting example of the scope of the invention, has been shown. In the drawings: Figure 1 is an elevation view of part of the drinker corresponding to the support, valve and adjustment means, Figure 2 is a plan view of the part of the drinker illustrated in Figure 1, Figure 3 is a plan view from below of the coupling of the drinker hood to the sleeve member screwed on the cup-shaped cover, Figure 4 is also a plan view from below of the same ports as shown in Figure 3, but with the drinker hood rotated in 90° and ready for dismantling, Figure 5 is an elevation view in section of the sleeve member which is screwed on the cup-shaped cover, and of the upper portion of the drinker hood, in dismantled mode, Figure 6 is a perspective view of the water tab device connecting a conduit to a pipeline, Figure 7 is a front elevation view in section of the same device, and Figure 8 is a side elevation view, in section of the member, of the device, inserted in the conduit. According to these Figures, the illustrated drinker comprises a hood 1 which is provided with an upper opening having an inner neck 2 and which is terminated at the bottom in a channel-shaped skirt (not shown) forming the drinker as such. The neck 3 of the sleeve member 4 is inserted in the neck 2 of the hood 1, both necks being held together by rotating the hood 1 in 90°, operating the same way but in the opposite direction to disconnect them. This attachment is achieved because the neck 3 of the sleeve member 4 is divided into two segments 5 and two tabs 6 which are terminated at the bottom in respective external edges 7 and teeth 8 forming a lower portion of said neck 3 which may engage the said neck 3 comprising the neck 2 of the hood 1. Once has been inserted in the neck 2, said lower portion extends there beyond, both necks being held together by the aforementioned rotation. The two parts are locked together by respective teeth 9 on the intermediate areas of the intersections of the sleeve member 4 with the segments 5 of the neck 3 thereof and which after sliding over respective shoulders 10 of the neck 2 of the hood 1 abut non-stepped portions 10' thereof. Two vertical gusset members 11 disposed inside of the hood 1 between the body and the neck 2 thereof extend downwardly from said neck 2, and are located facing each other but oppositely displaced with respect to a radial position thereof so that when the neck 2 of the hood 1 is rotated in the neck 3 of the sleeve member 4, said gussets 11 strike against the teeth 8 of the tongues 6, overcoming the resistance thereof in view of the elasticity thereof and are located at the other side of the tongues, thereby blocking the attachment of the hood 1 to the sleeve member 4. The hood 1 bears by way of an upper centre neck 12 having a shoulder 13 comprising the sleeve member 4 held thereto, on a helical spring 14 inserted over the support column 15 and which bears at the bottom end against an annular rib 15' of the support column 15 which bears on the upper open end 16 of a tapering cover 17 with which the counterweight (not shown) is closed, which will comprise the corresponding ballast. The valve body of the drinker is mounted snugly around the upper portion of the support column 15 and is formed by a tubular member 18 having radially extending therefrom a parallel tubular appendage 19 which is terminated at the upper end thereof with a vertical tube 20 having an internally flaped opening and an external thread 21 for connection of the conduit c through which the water is supplied to the drinker. Other forms of terminations of the vertical tube 20 are contemplated. At the lower end the tubular member 18 widens to form a circular cylinder 22 having an externally threaded periphery 23 and which at a point opposite the tubular appendage 19 forms an upper spout 24 for the flow of water towards the drinker through a downwardly sloping lateral tube 25 mounted in the sleeve member 4. To the lower open end of said widened portion 22 there is threadedly connected an annular cover 26 which fits on the lower edge of said widened portion 22 and on the lower edge of the tubular member 18 by respective O-rings 27 and 28. The opening of the cup-shaped cover 29 is threadedly connected to the open end of the sleeve member 4 and in the former, facing the said spout 24, there is a resilient stopper member 30 attached to the lower end of a stem 31 which is freely inserted in an upper tubular widened portion 32 of said cup-shaped cover 29, extending therefrom and having attached to the upper end thereof a blind nut 33 which, in turn, is threadedly connected to the outer thread of the widened portion 32. The support column 15 comprises at the upper end thereof a shoulder 34 on which there bears the tubular member 18, the upper portion of which, like the tube 20 of the tubular appendage 19 thereof, pass through respective orificies of the cup shaped cover 29. By rotating the blind nut 33 in one direction or the other, the stem 31 moves upwardly or downwardly, carrying the stopper 30 towards or away from the spout 24 of said tubular member 18, thereby regulating the water inflow. The cup-shaped cover 29 also comprises, paralelly to the tubular widened portion 32, a vertical upper projection 35 in the form of a flat bar, which is provided with a center rib 36 facing the tubular widened portion 32 and with which radial ribs 37 of the blind nut 33 engage, maintaining the position adjusted thereby. Finally, the support column 15 is terminated at the upper end thereof by a ring 38 with which the drinker may be suspended from the pertinent hook. The water intake device consists of two members 39 and 40 which are respectively connected to the end of a conduit c, with which the water will be drawn off, and to an intermediate portion of the same conduit c. The member 39 is formed by an annular body 41, the opening 42 of which is provided with a lower shoulder 43 so that, once a bushing 44 is inserted therein, the upper middle portion of said bushing may be housed in the opening 42, being held therein by a peripheral circular widened diameter portion 45 comprising the bushing 44 and which bears against the shoulder 43 of the annular body 41. On the bushing 44 there is mounted a resilient joint 46 which is partially inserted in the opening 42 so that the upper portion thereof may fit against the pipeline t from the which the water is to be drawn, once the bushing 44 has been inserted in the orifice of said pipeline. To this end, once the lower portion of the bushing 44 has been inserted in the conduit c, the annular body 41 is attached to the pipeline t by means of a flexible strip 47 which extends from one of the sides thereof and with which the portion of the tube of the pipeline t from which it is desired to draw the water is surrounded, the end thereof being inserted thereafter in a centre vertical opening 48 provided in a prismatic protuberance 49 of the annular body 41 on the opposite side from which the flexible strip 47 extends. The flexible strip 47 comprises longitudinally on the inner surface thereof a toothed 50, the part whereof which penetrates in the opening 48 engages a further toothed portion 51 of said opening 48, said toothed portion 51 being disposed on a sort of tab 52 of the opening 48 to provide a certain degree of elasticity ensuring attachment and at the same time the possibility of releasing said strip if required. Furthermore, the toothed portions 50 and 51 are triangular shaped to ensure their engagement. The member 40 is formed by a sleeve member 53 from the lateral periphery of which there extend two bushings 54 and 55 located on opposite sides thereof and to which there are connected the two parts into which the conduit c is divided to be able to insert this member, which also comprises a third intermediate bushing 56 (Figure 8), which is shorter and is threaded on the outside to be able to receive a blind sealing nut (not shown) when not used or a further bushing 57 having a holding nut 58 for connection to a conduit d allowing the water supply to be diverted. On the tubular member 53 there is mounted a stopcock 59 comprising a cylindrical plug 60 disposed in an intermediate area of a stem 61 situated between two passages 62 and 63 provided with joints 62' and 63' which fit in internal cylindrical portions of corresponding diameter of the tubular member 53. From the opposite side to the inlet to the stopcock there extends the end thereof comprising a further passage 64 to which a safety clip 65 is connected, the stopcock 59 being held in the tubular member 53. The stopcock 59 may be rotated, having a stroke of 180° limited by two stop members 66 and 66' provided on the tubular member 53 against which a tab 67 of the stopcock 59 may engage. Likewise, the tubular member 53 comprises in the middle of the semicircular area along which the tab 67 moves, parallel transverse projections 68 which, when the stopcock 59 is rotated in 90°, may retain said tab therebetween, setting an intermediate position between the stop members 66 and 66'. When the stopcock 59 is in the position in which the tab 67 is located between the projections 68, a transversely open portion 69 of the plug 60 is aligned in the open position with the orificies of the bushings 54 and 55, whereby the water or other liquid flowing through the pipeline t and which has entered through the upper portion of the conduit c flows freely to the other portion of the same conduit c. If the stopcock 59 is moved to the position of abutment with the stop 66, an open portion 70 of the plug 60, which communicates with the open portion 69 and which in the previously described position was closed as being engaged with a wall of the tubular member 53, becomes aligned with the bushing 54, with the open portion 69 aligning with the bushing 56 and with the said wall of the tubular member 53, whereby the water will be diverted to the conduit d connected to the bushing 56 by way of further bushing 57. On the contrary, when the stopcock 59 is situated in engagement with the stop member 66' (which is the position illustrated in the drawings) a resilient block 71 housed in a lateral housing 72 of the plug 60 is engaged against the water inlet portion of the tubular member 53, i.e., against the inner edge of the orifice of the bushing 54, thereby shutting the stopcock.

Claims: A fowl drinker,of the type comprising a counterweight from which there extends a support-column (15) passing through a valve body (18) removably mounted thereto and a cup-shaped cover (29) arranged thereover; the valve body (18) arranged on a drinker-hood (1) and comprising water intake regulating means, the drinker-hood (1) resting on a spring (14) mounted-around the support-column (15); the valve body (18) connected to an arrangement for the water intake, this arrangement comprising a clamping and connecting member(39) to the pipeline (t) and a stopcock (59), characterized in that the water intake regulating means to the drinker-hood(l) are made up with a stem(31) freely inserted into a top tubular widened portion (32) of the cup-shaped cover (29) and externally connected at the top thereof to a blind nut(33) which is connected in turn to the external thread of the tubular widened portion (32) while the stem lower portion (31) comprises the engagement of the resilient stopper (30) matching with a spout (24) for the water flow comprised in the valve body (18) The fowl drinker of claim 1, characterized in that the cup-shaped cover (29) is removably mounted to the drinker hood (1) through a sleeve member (4) with a lateral tube (25) for the water outflow, the open end of said sleeve member (4) being threadedly connected to the open end of the cup-shaped cover (29), with the sleeve member (4) comprising a lower neck (3) which, divided into segments (5) and tongues (6) terminated at the bottom end thereof, with respective rims (7) and outer teeth (8), is inserted in an inner neck (2) of the drinker hood 1, through which there extends the lower portion of the neck (3) of the sleeve member (4), and extends therefrom, both necks being held together by rotation of the drinkerhood 1 which is locked in place by respective tooth (9) comprised on the intersections of the sleeve member (4) with the segments (5) of the neck (3) thereof, and which slide over respective shoulders (10) of the neck (2) of the drinker hood (1), thereafter abutting non-stepped portions (10') thereof. The fowl drinker of claims 1 and 3, characterized in that the cup-shaped cover (29) comprises thereon parallely to the tubular widened portion (32) on which the water flow adjustment means are mounted, a vertical flat bar-like projection (35) having a centre rib (36) facing said tubular widened portion (32) and against which there engage radial ribs (37) of the blind nut (33) of said means, allowing the position to be retained thereby. The fowl drinker of claims 1 and 4, characterized in that between the neck (2) of the drinker hood (1) and the body thereof, there are disposed vertical gussets (11) which extend downwardly from said neck (2) and which are offset relative to a radial position thereof, so that when the said neck (2) rotates in the neck (3) of the sleeve member (4) connected to the cup-shaped cover (29), the said gussets (11) retain the subsequent locking of the connection between the drinker hood (1) and the sleeve member (4) after engaging the teeth (8) of the tongues (6) of the sleeve member (4) and, after overcoming the resistance thereof, due to their resilience, reaching the other side thereof. The fowl drinker of claim 1 characterized in that the clamping and connecting member (39) supports a bushing (44) connected to the pipeline t and is formed with an annular body (41) in the opening (42) whereof the bushing (44) is housed and held by the upper middle portion thereof, which bushing has mounted thereon a resilient joint (46) which fits against the pipeline t, once the bushing (44) has been connected to and held to the latter, for which fastenning the annular body (41) is provided with a lateral widened portion (49) having a central vertical opening (48) in which there is inserted a flexible strip (47) of the annular body (41), which strip after extending from the side opposite that of the widened portion (49), surrounds the portion of the pipeline t from where the water is to be drawn, said strip (47) comprising a longitudinal toothed portion (50) allowing it to engage with the further toothed portion (51) on the inside of the opening (48) of the widened portion (49). The fowl drinker of claim 1, characterized in that a member (40) having the stopcock (59), which member is inserted in a conduit (c), is formed with a tubular member (53) from the lateral periphery of which there extend two opposite bushings (54, 55) and an intermediate bushing (57), the two opposite ones being connected to the two parts obtained from the necessary division of the said conduit (c) to insert said tubular member (53), which is provided with stop means (66, 66') and retaining means (68) so that the stopcock (59) thereof, forming a cylindrical plug (60), may rotate 180° in two portions of 90° inside the tubular sleeve member (53), said plug (60) having an undercut lateral portion (72) in which there is housed a resilient stop member (71), the remaining portion being appropriately open to allow the flow of water between the two opposed bushings (54, 55) or between the bushing (54) receiving the inflowing water and the intermediate bushing (57), the said resilient stop member (71) being applicable to the orifice of the water inlet bushing (54) to cutoff the flow.

Inventors: FRANCO TARAZAGA JOSE C O TIGSA, ROVIRA BADIA ANTONIO C O TIGSA, FRANCO TARAZAGA, JOSE, ROVIRA, BADIA, ANTONIO, Franco Tarazaga, José, c/o (TIGSA) KM 9'800, Rovira, Badia, Antonio, c/o (TIGSA) KM 9'800
Applicants: TIGSA, TECNICA E INNOVACIONES GANADERAS, S.A. (TIGSA)
Application year: 1990
Main classification: A01K39
IPC codes: A01K39