while the invention is susceptible to various modifications and alternative constructions , certain illustrated embodiments thereof have been shown in the drawings and will be described below in detail . it should be understood , however , that there is no intention to limit the invention to the specific form disclosed , but , on the contrary , the invention is to cover all modifications , alternative constructions , and equivalents falling within the spirit and scope of the invention as defined in the claims . the present invention is an improved cattle stanchion control locking system for selectively locking and releasing animals in an animal control stanchion . various views of this embodiment are shown in the attached fig1 - 6 . referring now first to fig1 a front plan view of the present invention and the stanchion upon which it is used is shown . a typical embodiment of a cattle stanchion is made up of a stanchion 2 having a fixed stanchion arm assembly 4 , and a pivoting arm 6 . this pivoting arm 6 is pivotally connected to a second fixed stanchion arm 4 ′ through a mounting connection device 8 . in the preferred embodiment of the invention , this mounting connection device 8 includes a piece of material that holds the pivot point of the pivoting arm 6 a pre - designated distance from the second fixed stanchion arm 4 ′. this positions the pivot point of the pivoting arm 6 at a desired horizontal position between the two fixed stanchions 4 , 4 ′. in the preferred embodiment , the fixed stanchion arms 4 , 4 ′ are positioned generally vertically upright between a top rail 10 and a lower rail 12 . these top and lower rails are then connected to posts which are typically set in concrete or some other type of sturdy durable arrangement . as is shown , various assemblies of these stanchions 2 are placed in successive alignment along the top rail 10 and bottom rail 12 . these successive combinations of items can lead to hundreds of stanchions all aligned in a generally longitudinal arrangement . in some embodiments , the lower end of these pivoting arms 6 is weighted to further assist in maintaining the pivoting arm in a desired upright position . a stanchion latch bracket 18 is connected to the upper ends of the pivot arm 6 . this latch bracket 18 defines a generally vertically extending slot 19 which is configured to receive a manual latch pin 16 therein . this manual latch pin 16 is configured for insertion through the slots 19 of the latch bracket 18 and through a rail bracket 14 . when the manual latch pin 16 has been fully inserted through the rail bracket 14 , the pivoting arm 6 is fully locked in this vertical closed position , and can only be opened by manually pulling the latch pin 16 . when this pin 16 is positioned within the slots 19 , but is not located within the rail bracket 14 , the pivot arm 6 is free to move unless prohibited from doing so by the control system 20 of the present invention . the control system 20 of the present invention is made up of a generally oblong or d - shaped control rod 26 , which is placed within a three sided control rod casing or sleeve 28 . this control rod sleeve 28 is made up of sections which are approximately equal in length to the distance between the two fixed stanchions 4 of adjoining stanchion assemblies , and which are held together by a fastening device preferably at least one rivet . these approximations of dimensions and type of fasteners are meant merely to be illustrative of one preferred embodiment of the device and are not meant to be limiting in any way . the bottom portion of this control rod casing or sleeve 28 is generally open , or provides an opening through which the latch fingers may pass . within each of these control rod casings or sleeves 28 a pair of bracket latching couplers or fingers 32 , 34 are placed . these bracket latching couplers or fingers 32 , 34 are configured so as to extend down through the bottom portion of the control rod 26 casing and to selectively engage the top portion of the stanchion latch bracket 18 . the control rod 26 extends through these bracket latching couplers 32 , 34 ( also called latching fingers or dogs ). a first set of fasteners 38 , preferably rivets , connect these latching fingers 32 , 34 to the inside of this sleeve 28 , and a second set of fasteners 40 are used to hold the sides of the sleeve 28 near these fingers 32 , 34 so as to maintain the sleeve in a desired position and relationship . the sheath 28 and control rod 26 are vertically suspended above the top rail 10 by a set of risers 22 . these risers 22 are located at selected intervals so as to suspend the control rod 26 and the control rod sleeve 28 in a desired position and orientation above the top rail 10 . furthermore , a support plate 36 , which provides a support position to the handle 24 of the device and the first end of the control rod 26 is also connected near the first end of such a device . if so desired , a portion of the handle 24 may be tethered to a portion of this support plate 36 so as to prevent accidental or unauthorized movement of the control rod 26 . detailed views of this preferred embodiment of the invention is shown in fig2 and 3 . the control rod 26 is made up of a piece of material that has a non - symmetrical cross section . preferably , this rod 26 has a generally d - shaped cross section . this d shaped control rod 26 extends through all of the sheath sections and extends from a first end , which is connected to a handle 24 to a second end along a length . this control rod 26 is suspended within the control rod sleeve 28 and passes between the sets of latching fingers 32 , 34 . when the control rod 26 is rotated , the generally oblong shape of the control rod 26 interacts with the latching fingers 32 , 34 and pushes the pairs of fingers away from each other . when this occurs , these fingers 32 , 34 are released from interaction with the stanchion latch bracket 18 and the pivoting stanchion arm 6 , to which the stanchion latch bracket 18 is attached and allowed to move . in this configuration , all of the pivoting stanchion arms 6 are positioned in an open position unless individually selected to be closed by inserting the manual catch pin 16 through the slots in the stanchion latch bracket 18 and the rail bracket 14 . similarly , when these pivoting stanchion arms 6 are placed in a generally upright position , the control rod 26 can be rotated so as to allow the latch fingers 32 , 34 to be positioned closer together and for these latch fingers 32 , 34 to interact with the stanchion latch bracket 18 so as to hold the pivoting stanchion arms 6 in a locked position . the control rod 26 is configured to both rotate within the sheath 28 as well as to slide along the longitudinal axis of the rod 26 within the sheath 28 . contrary to other prior art embodiments wherein the pivoting arms 6 were configured to interact with a portion of a control rod 26 directly , and where temperature fluctuation causes variation of the longitudinal positioning of the connection portions of the control rod 26 , the control rod in the present invention is relatively smooth thus allowing for expansion and contraction of the rod with little to no effect upon the position or functioning of the latching mechanisms of the device . in the preferred embodiment of the invention , the control rod 26 runs through a sheath or sleeve 28 which is preferably made from a different type of material such as a type of folded sheet metal . this sheath or sleeve 28 is preferably made of interconnected sections of approximately 30 - 40 inches which are interconnected by fastening devices such as rivets . the sheath portion 28 is mounted in a position whereby the top portion of stanchion latch bracket 18 is able to make contact with and to be held by the latch fingers 30 . it is also in a desired position wherein rotational movement of the control rod 26 relative to the latch fingers 32 , 34 causes these latch fingers 32 , 34 to be pushed a sufficient distance whereby interaction between the latch fingers 32 , 34 and the top portion of the stanchion latch bracket 18 is terminated and the pivoting stanchion arm 6 is released . this release may be accomplished irrespective of the longitudinal position of the control rod 26 relative to the latch fingers 32 , 34 . the control rod 26 has no direct , fixed connection with the latch block , the sleeve 28 , the latch fingers 32 , 34 , and as such can both rotate as well as slide through this portion of the device . expansion and contraction of the control rod 26 because of temperature variations has little or no effect upon the function of the device . furthermore , because the sheath sections 28 are spatially interconnected , and the latch blocks which contain the latch fingers 32 , 34 are independently connected within the sheath sections 28 , temperature gradients and variations are absorbed within the individual pieces themselves and are not transmitted and passed on . this results in the individual pieces of the latching devices 32 , 34 being left in the proper position to latch and hold the pivoting stanchion bar 6 when so desired . this allows the entire section to be released by the single turning of the control rod 26 , which in turn acts upon the individual pieces of the latching devices 32 , 34 so as to raise these pieces and thus allow the pivoting stanchion arm 6 to pivot . when the control rod 26 is rotated in a different direction , the latching devices 32 , 34 are lowered so as to interact and hold the top portion of the pivot bar 6 in place and the device is then locked . in addition , when an operator so desires , individual pivot rods 6 of particular stanchions can be locked so that use of the control rod 26 will have no effect upon the function of these devices . this is done by inserting manual latch pins 16 through the elongated slots 19 which are formed within the stanchion latch bracket 18 , as well as through the rail bracket 14 which is located upon the top rail 10 of the device . when pivotal movement of these pivoting stanchion arms 6 is later desired , removing the catch pin 16 from its position within the stanchion latch bracket 18 will enable this to take place . while there is shown and described the present preferred embodiment of the invention , it is to be distinctly understood that this invention is not limited thereto but may be variously embodied to practice within the scope of the following claims . from the foregoing description , it will be apparent that various changes may be made without departing from the spirit and scope of the invention as defined by the following claims .
an animal stanchion having fixed stanchion structure and a pivotal release stanchion laterally spaced apart to define a head opening . the animal stanchion further comprises an upper top control rail which is configured to interact with a latch to selectively hold and release various portions of the pivot rod from connection with the latch . this device further comprises a plurality of individual locking brackets which are configured to interact with handle catch devices so as to hold various devices within their designated location within the device .