A pet grooming assembly is provided having a table top, a support frame, a blower motor, and a light source. The table top is used to support a pet being groomed thereon, whereby the pet is maintained by a grooming arm and grooming loop extending above the table top. The blower motor is supported under the table top and connects to a conduit and a manifold. The manifold is disposed along the lower surface of the table top and directs air through a plurality of outlets extending through the table top. The outlets direct air upwards and towards the pet standing on the table top for drying purposes. Additionally, the light sources are integrated within the table top and are disposed below a transparent upper surface thereof. In one configuration, strips of LEDs are provided and used to project light upwards from the table top for inspection of the pet.

A pet grooming assembly is provided having a table top, a support frame, a blower motor, and a light source. The table top is used to support a pet being groomed thereon, whereby the pet is maintained by a grooming arm and grooming loop extending above the table top. The blower motor is supported under the table top and connects to a conduit and a manifold. The manifold is disposed along the lower surface of the table top and directs air through a plurality of outlets extending through the table top. The outlets direct air upwards and towards the pet standing on the table top for drying purposes. Additionally, the light sources are integrated within the table top and are disposed below a transparent upper surface thereof. In one configuration, strips of LEDs are provided and used to project light upwards from the table top for inspection of the pet.

A livestock head holder features a top holding member, a bottom holding member and an intermediate link connecting same. An operating lever connected to the bottom holding member so that downward pulling of the operating lever performs a closing stroke of the head holder that swings both holding members into place against the animal's neck. A lock and release mechanism automatically blocks the linkage from performing a reverse opening stroke that withdraws the holding members away from one another under raising of the operating lever. The operating lever is arranged to release the locking action during initial raising of lever to enable completion of the opening stroke, thereby using the same lever for all opening, closing and unlocking functions, whereas prior designs required a separate lock-release mechanism.

A livestock head holder features a top holding member, a bottom holding member and an intermediate link connecting same. An operating lever connected to the bottom holding member so that downward pulling of the operating lever performs a closing stroke of the head holder that swings both holding members into place against the animal's neck. A lock and release mechanism automatically blocks the linkage from performing a reverse opening stroke that withdraws the holding members away from one another under raising of the operating lever. The operating lever is arranged to release the locking action during initial raising of lever to enable completion of the opening stroke, thereby using the same lever for all opening, closing and unlocking functions, whereas prior designs required a separate lock-release mechanism.

An improved locking device is provided for one a livestock head gate in which two doors rollingly engaged on an overhead guide shaft for roving movement of said two doors toward one another into a closed position bracing a livestock animal between said doors and away from one another into an open position releasing said livestock animal. Primary and secondary shaft-receiving and locking members have respective first and second through-holes therein for receipt of the overhead guide shaft. A spring-receipt member is fixed to the primary shaft-receiving member for cooperation with a spring that tilts the primary shaft-receiving member into a locking position. The secondary movable locking member is retained beside the primary member in a manner enabling both tilting therewith and displacement relative thereto so as to bite onto the shaft at the perimeter of the second through-hole in the locking position.

A livestock head holder features a top holding member, a bottom holding member and an intermediate link connecting same. An operating lever connected to the bottom holding member so that downward pulling of the operating lever performs a closing stroke of the head holder that swings both holding members into place against the animal's neck. A lock and release mechanism automatically blocks the linkage from performing a reverse opening stroke that withdraws the holding members away from one another under raising of the operating lever. The operating lever is arranged to release the locking action during initial raising of lever to enable completion of the opening stroke, thereby using the same lever for all opening, closing and unlocking functions, whereas prior designs required a separate lock-release mechanism,

A livestock head holder features a top holding member, a bottom holding member and an intermediate link connecting same. An operating lever connected to the bottom holding member so that downward pulling of the operating lever performs a closing stroke of the head holder that swings both holding members into place against the animal's neck. A lock and release mechanism automatically blocks the linkage from performing a reverse opening stroke that withdraws the holding members away from one another under raising of the operating lever. The operating lever is arranged to release the locking action during initial raising of lever to enable completion of the opening stroke, thereby using the same lever for all opening, closing and unlocking functions, whereas prior designs required a separate lock-release mechanism,

A pet grooming assembly is provided having a table top, a support frame, a blower motor, and a light source. The table top is used to support a pet being groomed thereon, whereby the pet is maintained by a grooming arm and grooming loop extending above the table top. The blower motor is supported under the table top and connects to a conduit and a manifold. The manifold is disposed along the lower surface of the table top and directs air through a plurality of outlets extending through the table top. The outlets direct air upwards and towards the pet standing on the table top for drying purposes. Additionally, the light sources are integrated within the table top and are disposed below a transparent upper surface thereof. In one configuration, strips of LEDs are provided and used to project light upwards from the table top for inspection of the pet.

A pet grooming assembly is provided having a table top, a support frame, a blower motor, and a light source. The table top is used to support a pet being groomed thereon, whereby the pet is maintained by a grooming arm and grooming loop extending above the table top. The blower motor is supported under the table top and connects to a conduit and a manifold. The manifold is disposed along the lower surface of the table top and directs air through a plurality of outlets extending through the table top. The outlets direct air upwards and towards the pet standing on the table top for drying purposes. Additionally, the light sources are integrated within the table top and are disposed below a transparent upper surface thereof. In one configuration, strips of LEDs are provided and used to project light upwards from the table top for inspection of the pet.

A system may provide for delivering a sequence of one or more soaking sprays at a station where an animal is present. The station may include a pressurized pipe supplying a liquid for the soaking spray, a valve and nozzle coupled to the pipe, and a control circuit coupled to the valve. The control circuit may be operable to determine the sequence of the soaking spray using a signal from an animal sensor that is configured to detect the presence of the animal at the station. The system may include an environmental sensor providing at least one signal to the control circuit. The signal from the environmental sensor may be used by the control circuit to determine the sequence for the soaking spray.