23results about "Harness" patented technology

The invention relates to a coupling device (1) for creating a force-transmitting connection between an animal halter (2) and a lead rope (3), the coupling device (1) comprising a first coupling section (5) for connection to a coupling element (6) of the animal halter (2) and a second coupling section (9) for connection to a coupling element (11) of the lead rope (3), wherein the first coupling section (5) has an eyelet (16).The coupling device (1) further comprises a closure element (8), wherein the eyelet (16) of the first coupling section (5) can be closed and opened by means of the closure element (8), so that the coupling element (6) of the animal halter (2) can be inserted into the eyelet (16) in an open state (17) and is held in the eyelet (16) in a closed state (15), wherein the second coupling section (9) has a permanently closed eyelet (12) which can be coupled to the openable and closable coupling element (11) of the lead rope (3).In order to create an alternative coupling device (1) for creating a force-transmitting connection between an animal halter (2) and a lead rope (3), the invention provides that the first coupling section (5) and the second coupling section (9) are formed as an injection-molded part made of a thermoplastic polymer, wherein the coupling device (1) has a predetermined breaking point which breaks when a predefined tensile force is exceeded.

Saddle trunk designed for people practicing equestrian sports, especially for transporting equestrian equipment to sports competitions, in the form of a rectangular prism equipped with side handles, sets of wheels, with at least two of them mounted on rotary vertical axles and equipped with brake, door, and inside it there are transverse and longitudinal partitions creating compartments of various sizes, as well as supports for saddles, and the trunk itself is made of aluminum profiles and sheets, it is characterized in that at the bottom of the trunk, on the opposite side of door (1), there is a recess where the drive unit is located, consisting of battery (4), electric motor (5), differential (6), and drive wheels (3) located on driven axles (7), and on the side of the swivel wheels (2), above the door (1), the trunk has a closable cover (8) with an extension (9) with a recess, in which there is a control panel for the movement of the box, composed of a main drive switch (10), a drive direction switch (11), a power switch (12) supplying power to the drive unit, and a steering wheel (13) with a lever (13') for smooth speed adjustment.

Pressure measuring system (1) for an equipment item (3) of an animal (2) with at least one pressure measuring unit (10) which is designed to be arranged between the equipment item (3) of the animal (2) and the body of the animal (2) and preferably to be held there by the equipment item (3), wherein the pressure measuring unit (10) is further designed to sensorially detect a pressure between the equipment item (3) and the body of the animal (2), which has: • at least one pressure-sensitive sensor element (11) designed to detect pressure between the equipment (3) and the body of the animal (2), • a power supply (13) designed to provide an electrical voltage, • a control element (12) which is configured to be electrically powered by the power supply (13) and to determine a sensorially detected pressure of the pressure-sensitive sensor element (11), and • a transmitting unit (15) configured to output at least one acoustic and / or electromagnetic signal representing the sensorially detected pressure, with a receiving unit (17) configured to receive the acoustic and / or electromagnetic signal of the transmitting unit (15) of the pressure measuring unit (10), wherein the receiving unit (17) is further configured to evaluate the received acoustic and / or electromagnetic signal of the transmitting unit (15) of the pressure measuring unit (10).

The invention relates to a pressure measuring system (1) for a piece of equipment (3) for an animal (2), having at least one pressure measuring unit (10) which is designed to be provided between the piece of equipment (3) for the animal (2) and the body of the animal (2) and preferably to be held there by the piece of equipment (3), the pressure measuring unit (10) also being designed to sensorically detect a pressure between the piece of equipment (3) and the body of the animal (2). The pressure measuring system (1) is characterized in that the pressure measuring unit (10) has: - at least one pressure-sensitive sensor element (11) which is designed to sensorically detect a pressure between the piece of equipment (3) and the body of the animal (2), and - a coupling unit (15) which is designed to be electromagnetically excited from outside the pressure measuring unit (10) by a reading unit (17) and to output an electromagnetic signal in response thereto, said electromagnetic signal representing the sensorically detected pressure. The pressure measuring system also has the reading unit (17) which is designed to excite the coupling unit (15) of the pressure measuring unit (10) by means of an electromagnetic signal and to detect an electromagnetic signal output by the coupling unit (15) of the pressure measuring unit (10) in response to the external excitation. The reading unit (17) is also designed to evaluate the detected electromagnetic signal of the coupling unit (15) of the pressure measuring unit (10).

An animal control device includes a speed sensor including a sensing module configured to measure a moving speed of an animal and a processor, and a visual field blocker configured to block a visual field of the animal, and having a light transmittance which is controllable by the processor according to the moving speed measured by the sensing module.

The present invention relates generally to a system and device for controlling an equine, and in particular, to a system and device that is worn by the equine and which is used in a racing environment for controlling the behaviour of the equine.

A halter for an animal, in particular a horse, comprises two jaw straps, a muzzle strap and a neck strap constituting a strap subassembly. A head strap, adapted to reach behind the head of the animal, is connected to the strap subassembly. Two connectors of the head strap each have a predetermined release strength. The muzzle strap, the head strap, the neck strap and the jaw strap are made of a strap material that is a webbing material coated by a flexible plastic material. The strap material has an ultimate tensile strength at which the strap material ruptures. The predetermined release strength of each connector is lower than the ultimate tensile strength of the strap material so that the head strap releases from the strap subassembly when at least the predetermined release strength is applied on the head strap.

Pressure measuring system (1) for an equipment item (3) of an animal (2) comprising at least one pressure measuring unit (10) which is configured to be arranged between the equipment item (3) of the animal (2) and the body of the animal (2) and preferably to be held there by the equipment item (3), wherein the pressure measuring unit (10) is further configured to sensorially detect a pressure between the equipment item (3) and the body of the animal (2). The pressure measuring system (1) is characterized in that the pressure measuring unit (10) comprises: • at least one pressure-sensitive sensor element (11) designed to detect pressure between the equipment (3) and the body of the animal (2), and • a coupling unit (15) which is configured to be electromagnetically excited from outside the pressure measuring unit (10) by a readout unit (17) and to output an electromagnetic signal as a response which represents the sensorially detected pressure, furthermore with the readout unit (17) which is configured to excite the coupling unit (15) of the pressure measuring unit (10) by means of an electromagnetic signal and to detect an electromagnetic signal output by the coupling unit (15) of the pressure measuring unit (10) in response to the external excitation, wherein the readout unit (17) is further configured to evaluate the detected electromagnetic signal of the coupling unit (15) of the pressure measuring unit (10).

Horse bit (1) with two lateral parts (3) and a one-piece bar (2) arranged between the lateral parts (3), which forms a bore (4a) at each of its outer ends for the free movable reception of one of the lateral parts (3), wherein the bar (2) has a bar core (2') with a wire rope (5) extending between the bores (4a), and the wire rope (5) is guided between the bores (4a) in a symmetrical curvature, which is sheathed with at least one layer (6a, 6b) of a plastic to form a plastic sheath (6).

A system (1) for assisting in training the relationship between a rider (RI) and a horse (H), the system comprising at least one tracking device (2) equipped with two handles (3) intended to be held simultaneously between the two hands of the rider (RI) mounting the horse (H), the assistance system (1) further comprising at least one sensor (4) capable of determining a movement of the tracking device (2) in a forward / backward direction relative to the rider (RI), and comprising at least one transmitter (5) of a signal related to the movement of the tracking device (2). Figure for the abbreviation: 1

Pressure measuring unit (10) for an equipment item (3) of an animal (2), wherein the pressure measuring unit (10) is configured to be arranged between the equipment item (3) of the animal (2) and the body of the animal (2) and is preferably held there by the equipment item (3), wherein the pressure measuring unit (10) is further configured to sensorially detect a pressure between the equipment item (3) and the body of the animal (2), which has: • at least one pressure-sensitive sensor element (11) designed to detect pressure between the equipment (3) and the body of the animal (2), • a power supply (13) designed to provide an electrical voltage, • a control element (12) which is configured to be electrically powered by the power supply (13) and to determine a sensorially detected pressure of the pressure-sensitive sensor element (11), and • a signaling unit (14) which is configured to output at least one optical and / or acoustic signal, wherein the control element (12) is further configured to operate the signal unit (14) depending on the sensorially detected pressure of the pressure-sensitive sensor element (11) such that the signal unit (14) outputs a corresponding optical and / or acoustic signal.

Tethering lead for animals, which allows the animal to be released when excessive force is applied, that comprises a first body (1), whose ends (2) are joined and include separable joining means (3), while the remainder of the body (1) forms a loop (4) configured as an eyelet serving as a fixing element, through which the other components of harnesses or handles are attached; and a second body (5), configured as a strap, whose ends (6) include separable joining means (3) complementary to those located on the first body (1).

An equine browband headguard includes a frontal portion and first and second lateral portions devised to protect prominent portions of an animal's head during gameplay in contact sports such as polo. Frontal portion is devised to seat between the zygomatic arches on the animal's forehead to overlie a frontal bone of a pony (or other animal), protecting the sutures between the nasal bone, frontal bone, and parietal bone, as well as the sinus cavity thereunder. First and second lateral portions are devised to overlie temporomandibular joints. The equine browband headguard is devised to install into an existing bridle with minimal reconfiguration, essentially replacing an existing browband. The equine browband headguard has been devised to present a low-profile, elegant addition to the tack of sporting animals engaged in contact sports like polo and may present a surface for team insignia or branding.

Bridle (8) for lunging a riding animal (1) with a noseband (19) spanning the nose (N) of the riding animal (1) in the transverse direction of the riding animal (1) and lateral connection points (10) on both sides, usually in the end region of the noseband (19) for introducing a force in the direction of the tension force of the noseband (19), characterized in that a lungeing extension (6) is provided running parallel to the noseband (19), which is detachable from the bridle (8) and which has a flexible base strap (12) arranged on the noseband side and a guide component (13) connected to the base strap (12) and running parallel to the base strap (12) and on the side of the base strap (12) facing away from the noseband (19), which guide component (13) has a guide section (21) spaced apart from the base strap (12) for providing a running connection (7) of a lunge line (5),so that during lunging, when changing hands, the connection (7) of the lunge line (5) changes from one side of the horse's head (9) to the other side, with the lunge extension (6) being connected to the lateral connection points (10) of the bridle (8) with connection areas (15) on both sides.

The invention relates to a pressure measuring unit (10) for a piece of equipment (3) for an animal (2). The pressure measuring unit (10) is designed to be provided between the piece of equipment (3) for the animal (2) and the body of the animal (2) and preferably to be held there by the piece of equipment (3), and the pressure measuring unit (10) is additionally designed to sensorically detect a pressure between the piece of equipment (3) and the body of the animal (2). The pressure measuring unit comprises: - at least one pressure-sensitive sensor element (11) which is designed to sensorically detect a pressure between the piece of equipment (3) and the body of the animal (2), - a voltage supply (13) which is designed to provide an electrical voltage, - a control element (12) which is designed to be electrically supplied by the voltage supply (13) and to determine a sensorically detected pressure of the pressure-sensitive sensor element (11), and - a signaling unit (14) which is designed to output at least one optical and / or acoustic signal, the control element (12) being additionally designed to operate the signaling unit (14) on the basis of the sensorically detected pressure of the pressure-sensitive sensor element (11) such that the signaling unit (14) outputs a corresponding optical and / or acoustic signal.

The invention relates to a pressure measuring system (1) for a piece of equipment (3) for an animal (2), comprising at least one pressure measuring unit (10), which is designed to be provided between the piece of equipment (3) for the animal (2) and the body of the animal (2) and preferably to be held there by the piece of equipment (3). The pressure measuring unit (10) is further designed to sensorically detect a pressure between the piece of equipment (3) and the body of the animal (2). The pressure measuring unit comprises: - at least one pressure-sensitive sensor element (11) which is designed to sensorically detect a pressure between the piece of equipment (3) and the body of the animal (2), - a voltage supply (13) which is designed to provide an electrical voltage, - a control element (12) which is designed to be electrically supplied by the voltage supply (13) and to determine a sensorically detected pressure of the pressure-sensitive sensor element (11), and - a transmitting unit (15) which is designed to output at least one acoustic and / or electromagnetic signal which represents the sensorically detected pressure. The pressure measuring system also comprises a receiving unit (17) which is designed to obtain the acoustic and / or electromagnetic signal of the transmitting unit (15) of the pressure measuring unit (10), the receiving unit (17) additionally being designed to evaluate the obtained acoustic and / or electromagnetic signal of the transmitting unit (15) of the pressure measuring unit (10).