2430results about "Animal fettering" patented technology

An encapsulatable life support mechanism (ELSM) for an analyzed animal, including: a cradle or bed adapted by means of size and shape to accommodate the animal; an anesthetization gas mask (AGM) characterized by a cup with conic cross section, comprising a plurality of apertures located at the outer circumference of the cup; a fluid supplying mechanism (FSM) in which the AGM is placed, the FSM is in a continuous fluid communication with (i) an anesthetization gas inlet positioned outside the ELSM and an outlet located within the ELSM; (ii) an air suction scavenging device positioned outside the ELSM and a mask and an air suction outlet located within the ELSM; and a plurality of (iii) air conditioning tubes; and an airtight shell enveloping the same. The airtight ELSM prevent leakage of anesthetization gas.

The present invention provides a differential pressure body suit with external support against body suit migration. In its preferred embodiment, such body suit may comprise a close-fitting, multi-layered suit sealed against a mammal's skin to contain the differential pressure, or a looser-fitting suit that bends at the mammal's joints with minimal force. External support means include either fixed or movable mechanical supports attached to the body suit, extraordinary air pressure levels for making the body suit rigid, or exoskeletons attached to the body suit. A cyclic control system can turn the differential pressure condition within the body suit on and off on a selective basis to accommodate the movement of the legs of the mammal. This differential pressure body suit provides a portable and convenient system for, e.g., rehabilitating a skeletal joint injury or training the mammal for injury prevention or athletic performance. The pressurization reduces the weight of the body to greater or lesser extents, and offloads the weight to the ground through the external support means.

Systems and methods for immobilizing a target such as a human or animal with a stimulus signal coupled to the target via electrodes provide the stimulus signal in accordance with a strike stage, a hold stage, and a rest stage. Systems include a launch device and separate projectile, where the projectile includes a battery, a waveform generator, and electrodes. The strike stage and hold stage may include pulses at a pulse repetition rate, for example, from 10 to 20 pulses per second, each pulse delivering a predetermined amount of charge, for example, about 100 microcoulombs at less than about 500 volts peak. The hold stage may continue immobilization at a lesser expenditure of energy compared to the strike stage. Because the strike stage and hold stage may immobilize by interfering with skeletal muscle control by the target's nervous system, a rest stage may allow the target to take a breath.

A portable livestock incubating device is provided formed of a rectangular container having and incubating volume forming an incubating chamber defined by the zone within the incubating volume. Each each end wall further includes an access door hingedly attached to an upper portion above a clean out door for providing ingress and egress of livestock. Each access door has an exhaust vent located at an upper portion whereby heated air, generated via an electric heater within said the incubating chamber exhausts therethrough. A base with wheels mounted thereon for facilitating transportation of the portable livestock incubating device.

The present invention provides a differential pressure body suit with external support against body suit migration. In its preferred embodiment, such body suit may comprise a close-fitting, multi-layered suit sealed against a mammal's skin to contain the differential pressure, or a looser-fitting suit that bends at the mammal's joints with minimal force. External support means include either fixed or movable mechanical supports attached to the body suit, extraordinary air pressure levels for making the body suit rigid, or exoskeletons attached to the body suit. A cyclic control system can turn the differential pressure condition within the body suit on and off on a selective basis to accommodate the movement of the legs of the mammal. This differential pressure body suit provides a portable and convenient system for, e.g., rehabilitating a skeletal joint injury or training the mammal for injury prevention or athletic performance or fat burning. The pressurization reduces the weight of the body to greater or lesser extents, and offloads the weight to the ground through the external support means.

A height adjustable veterinary wet table can be lowered in elevation to assist in locating animals to the wet table surface and can be raised to an elevation desirable for veterinary treatment of the animal with material received by the wet sink transferred to a drainage system.

A mobility assistance vest can be easily donned by placing the vest inside up under the dog, then pulling the right and left side sections together over the top line fastening the Velcro strips, and then pulling the chest section by the front shoulder straps through the front legs and securing the shoulder straps to the side sections on either side of the neck. The semi-detachable handle straps at the front legs are then crossed to the opposing side and attached with a snap to D-rings on the shoulder handles for the human handler to provide counter weight or upward support as they both descend the stairs side by side. Alternatively, the detachable handle straps at the front legs can be attached with the snap connector to the D-rings on the rear section of the vest to provide support for assisting the canine while ascending stairs, walking and standing up.

An enrichment article for animals. The article generally includes a platform that is suspended from the floor of a cage or other containment. The article may be a tray having a flange for suspension from the walls of a container. The platform bottom may have an opening for animal access. This article may be truncated so that is fits in one portion of the base, or may have separate compartments to accommodate not only animals, but food and or water.

A small animal restraining tube comprises a tube configured to receive a small animal therein; a nosecone within the tube and coupled thereto and configured to abut the animal within the tube to confine the animal on one side of the tube; an endplate coupled to the tube and configured to confine a body portion of the animal on a side opposite the nosecone, whereby the body of the animal is confined within the tube between the nosecone and the endplate, the endplate including an opening there through configured to receive a tail of the animal when the animal is confined within the tube; and a tubular loader mechanism selectively coupled to the tube, wherein the loader mechanism is configured to selectively receive the animal therein and configured to transfer the animal to the retraining tube.

The invention relates to the technical field of medical experimental facilities, and discloses a small animal brain three-dimensional positioning system for magnetic resonance imaging scanning equipment. The system comprises a magnetic compatibility small animal brain three-dimensional positioning device used for conducting brain three-dimensional positioning on the head of a small animal and a magnetic resonance small animal radio frequency coil device which is used for receiving a magnetic resonance radio frequency signal in the X axis direction and transmitting the signal to a magnetic resonance imaging system. According to the system, in the piercing implementation process, magnetic resonance scanning can be carried out on an experimental animal, the magnetic resonance radio frequency signal is received through the small animal radio frequency coil, the signal is transmitted to the magnetic resonance imaging system, a magnetic resonance scanning image can be utilized for guiding and monitoring the piercing process, the magnetic resonance imaging scanning equipment can be utilized for guiding a small animal three-dimensional positioning operation or conducting positioning experiments such as piercing and stimulation exertion.

A new and improved multi-function pet carrier (12) comprising a flexible panel (1) overlapped perpendicularly by a flexible panel (2). One of the flexible panels (1) can be formed into pockets (8a,b) for carrying needed articles. The other flexible panel (2) can be cushioned. Corners of the panels are connected with adjustable straps (9a,b). Strap combinations are fixed to what are normally corners of the panels (1,2) to form said pet carrier (12) for wearing in a horizontal position on a bearer's body adjacent to an abdomen, a back, over a shoulder, over a shoulder across bearers torso to hip and by a hand. Rings (18a,b) threaded over straps provide tightening of panels to pet's body. Securing straps over a car seat paralled and flush to car seats back (14) provide secure travel for a pet. A Hook and loop type fastener (7) on the pocketed panel (1) provide additional restraint to the pet (11) from shifting in the pet carrier (12).

An device for assisting four-legged pets to walk during periods of convalescence from foot, leg, or hip surgery or injury. A sling portion is connected to two handle grips. The sling portion may be disposed under the chest of the animal in the case of debilitated front legs, or under the abdomen in the case of debilitated hind legs, and the handle grips grasped by a human user to help support or lift the pet. The invention is particularly useful for assisting a convalescent pet to take beneficial walks without having to bear full weight on injured limbs or hips. A version of the device is disclosed which may be adjusted in length to accommodate the size of the animal and the height of the user.

The invention relates to a restraint frame, in particular to a veterinary high-stability restraint frame. The veterinary high-stability restraint frame is high in stability, the heights of the veterinary high-stability restraint frame can be adjusted, and animals can be innovatively massaged by the veterinary high-stability restraint frame. The veterinary high-stability restraint frame comprises abottom plate and the like. Slide bars are symmetrically arranged on the left side and the right side of the top of the bottom plate, slide sleeves are arranged on the slide bars, the slide bars are arranged between the left slide sleeve and the right slide sleeve, a restraint mechanism is arranged on the tops of the left slide bar and the right slide bar, and a lifting mechanism is arranged on the right side of the top of the bottom plate. The veterinary high-stability restraint frame has the advantages that the veterinary high-stability restraint frame is high in stability, the height of theveterinary high-stability restraint frame can be adjusted, and effects of innovatively massaging the animals can be realized by the veterinary high-stability restraint frame; the heights of the animals can be adjusted by the lifting mechanism, the animals can be fixed by the aid of the restraint mechanism, can be massaged by a massage mechanism and are well-behaved, and accordingly treatment canbe orderly carried out.

A mobility assistance vest can be easily donned by placing the vest inside up under the dog, then pulling the right and left side sections together over the top line fastening the Velcro strips, and then pulling the chest section by the front shoulder straps through the front legs and securing the shoulder straps to the side sections on either side of the neck. The semi-detachable handle straps at the front legs are then crossed to the opposing side and attached with a snap to D-rings on the shoulder handles for the human handler to provide counter weight or upward support as they both descend the stairs side by side. Alternatively, the detachable handle straps at the front legs can be attached with the snap connector to the D-rings on the rear section of the vest to provide support for assisting the canine while ascending stairs, walking and standing up.

The invention discloses a novel movable retaining frame for cattle. The two ends of a frame body are provided with a front rail door and a rear rail door respectively. The front rail door comprises a border, a neck cangue vertical column vertically arranged in the border and a transverse short column arranged on the side portion of the border, wherein the transverse short column is provided with a rotary shaft, the rotary shaft penetrates through a rotating rod, when the rotating rod rotates based on the rotary shaft which is taken as a rotation point, the positions, corresponding to the tracks of the two ends of the rotating rod are provided with an upper fixing groove and a lower fixing groove respectively, the rotating rod is provided with a positioning clamping groove, the border of the front rail door is connected with one end of a push-pull quick clamp, the push-pull quick clamp is fixedly connected with one end of a transmission connecting rod through a connecting column, and the other end of the transmission connecting rod is clamped in the positioning clamping groove and can move in a reciprocating mode along the positioning clamping groove. The novel movable retaining frame can be used for hoof renovation, artificial insemination, surgical operations, tissue sampling and other operations and meanwhile facilitates moving.

The animal wrap for touch training is a combination of a front body portion harnessing the lower neck, forelegs, and the chest, and a rear body portion that has rear leg loops. The two wrap segments can be joined to each other by hook and loop fastening, and the leg loops are wrapped around the forelegs and hind legs and secured by hook and loop fastening material. No leash is used, as touch training is designed to apply gentle pressure to the animal's body. The front and rear portions are made from elastic fabric. The animal wrap kit includes a tail wrap and a face wrap in addition to the body portions. The face wrap is wrapped around on the head or face to bring awareness to the head region. The tail wrap is worn to either raise or lower a tail and bring awareness to the rear region of the animal.

Self-ligating orthodontic brackets with archwire retainers formed of materials exhibiting shape memory. Each bracket which includes a base from which extends two spaced and opposing pairs of tie wings each pair of which define an archwire guide slot therebetween. The retainers include at least one flange to retain an archwire within the archwire guide slot but which is yieldable to permit insertion and / or removal of the archwire relative to the archwire guide slots. Portions of the brackets and / or retainer may be coated to reduce friction between the archwire and the bracket and to promote aesthetics and overall bracket appearance.

The imaging system can comprise a plurality of elongated rails, a scanhead assembly, and a small animal mount assembly. The scanhead assembly is selectively mounted onto a first rail and is constructed and arranged for movement in a linear bi-directional manner along the longitudinal axis of the first rail. The small-animal mount assembly is selectively mounted onto a second rail and is constructed and arranged for movement in a linear bi-directional manner along the longitudinal axis of the second rail. The second rail being mounted relative to the first rail such that the longitudinal axis of the second rail is at an angle to the longitudinal axis of the first rail. The imaging system can also comprise a needle injection assembly that is selectively mounted onto the third rail and is constructed and arranged for movement in a linear bi-directional manner along the longitudinal axis of the third rail. The third rail being mounted relative to the second rail and the first rail such that the longitudinal axis of the third rail is substantially coaxial to the longitudinal axis of the first rail. Alternatively, the needle injection assembly is mounted onto the first rail, such that the second rail is positioned therebetween the needle injection assembly and the scanhead assembly.

An animal handling system (AMS), for positioning an immobilized animal in a predefined configuration therein, comprising an automated tuning unit, including: a proximal portion, held outside a medical device including: at least one inner shaft, and at least one outer shaft, the at least one inner is telescopically maneuverable within the at least one outer shaft providing a variable telescopic mechanism; and a distal portion including: a configurable encapsuable life support system (ELSS), the ELSS is rotatable about a longitudinal axis of the at least outer shaft and the at least inner shaft and translationally moveable parallel to the longitudinal axis by means of the maneuverable telescopic mechanism.

The present invention enables testing the effect of one or more test agent(s) on one or more animal(s) of a group of animals, preferably insects, to identify agents that affect behavioral properties of the animals. The invention is comprised of the steps of providing animals suitable for testing, bringing those animals into contact with the test agent(s), moving the animals from a growth container to isolate them, prepare and separate the animals for singulation, relocated the animals to a behavior arena, subject the animals to behavioral tracking to assess their behavioral state, and removing the animals from the behavioral tracking to facilitate iterative analysis of further groups. The invention enables a method for preparing a therapeutic compound for the treatment of an animal disease.

A system having beauty, medical and bath functions for pets capable of easily achieving beauty, medical and bath functions for pets at home, pets hospital and pets shop is disclosed. The system having beauty, medical and bath functions for pets, comprising a bathtub stand for fixing a pet's head and body; a bathtub stand height adjusting unit for supporting the bathtub and adjusting the height of the bathtub stand; and a bathtub for storing water therein, wherein said bathtub stand height adjusting unit is installed at a bottom of the bathtub.

The animal wound shield is a protective casing having a shank portion and an appendage cover that can be disposed around a limb and an attached appendage of the animal. The appendage cover is articulated to a lower end of the shank. Thus, the appendage cover is pivotally connected to the shank and moves with the movement of the appendage. The shank may have more than one section, or an upper and lower portion, to extend further up on the limb, and yet still accommodate for joints. The shield is designed for use around an injured limb to cover a bandaged area and prevent further damage to the wounded site. Vent openings are defined in the shank and the appendage cover to permit air circulation. Fasteners may be used at a top end of the shank to hold the shank on the limb.

Systems and methods for use in providing hyperbaric oxygen therapy (“HBOT”) sessions to veterinary patients includes providing HBOT chambers specifically adapted for use with veterinary patients. HBOT chambers are adapted with a rail mounted platform upon which one or more animals may be supported and confined within an enclosure during the application of HBOT. Viewing ports are provided at the appropriate level to allow the pets being treated to see out from their position within the chamber. The system is provided with a closed circuit video system including a plurality of chamber mounted cameras configured allow for remote monitoring of the animals within the chamber, and a room mounted camera configured to allow for remote monitoring of the chamber and surrounding environment. Remote central station monitoring allows for widespread deployment of hyperbaric chambers in accordance with a business method wherein revenue is generated on per-use and / or per-patient basis.

A wheelchair for animals includes a harness support frame having first and second lateral supports spaced from each other and a width extender adjustably connected between the first and second lateral supports, first and second knuckle clamp assemblies where each one of the first and second knuckle clamp assemblies has a first clamp component and a second clamp component, a plurality of harness connectors attached to the harness support frame, first and second leg assemblies where the second clamp components receives a leg assembly proximal end of one of the first and second leg assemblies, first and second wheels where each one of the first and second wheels is rotatably connected adjacent to a leg assembly distal end of one of the first and second leg assemblies, and a harness assembly detachably connected to the harness support frame. Each first clamp component has a lateral bore for receiving one of the first and second lateral supports therethrough and is positioned between a support frame proximal end and a support frame distal end. Each second clamp component has a clamp recess that receives the leg assembly proximal end and is rotatably and adjustably connected to the corresponding first clamp component.

An imaging device for imaging an anaesthetized animal such as a rodent (rats or mice or other), with the device having a split array coil providing at least two channels for use in a restraining assembly and animal bed for magnetic resonance imaging (MRI) the animal in real-time in a non-destructive manner.

An apparatus captures radiographic images of an animal standing proximate the apparatus. A moveable x-ray source and a digital radiographic detector are hidden from view of the animal and are revolved about a portion of the animal's body to capture one or a sequence of radiographic images of the animal's body.

The stereo gecko brain locating method and device belongs to the field of locating technology. The present invention utilizes the unique condyles in the mandible joint and the maxilla joint as well as the maxilla site to determine one locating reference plane for locating the head of gecko completely. The corresponding device consists of locating needles, 3D electrode shifting unit, U-shaped seat, right and left eye rod holder, gecko adaptor, etc. The present invention has the features of accurate location and simple operation, and is suitable for the lab research of brain of reptile.