mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless system for training and monitoring the behavior of an animal by a wireless mobile device comprising: an animal-worn device comprising: a casing , a processor positioned within the casing having pre-programmed instructions; one or more inputs; one or more outputs and a transceiver to communicate with the wireless mobile device via Bluetooth or Wifi; and a pre-programmed computer application configured to run on the wireless mobile device , wherein the processor positioned within the casing is configured to receive signals from the wireless mobile device and wherein the animal-worn device is configured to send data to the wireless mobile device for display on the wireless mobile device characterized in that the wireless system further comprises a remote server configured to receive and analyze input data from the one or more inputs of the animal-worn device , wherein the remote server is configured to tailor new firmware to be downloaded by the animal-worn device based on results from the analysis of the input data. an animal-worn device comprising: a casing , a processor positioned within the casing having pre-programmed instructions; one or more inputs; one or more outputs and a transceiver to communicate with the wireless mobile device via Bluetooth or Wifi; and a casing , a processor positioned within the casing having pre-programmed instructions; one or more inputs; one or more outputs and a transceiver to communicate with the wireless mobile device via Bluetooth or Wifi; and a pre-programmed computer application configured to run on the wireless mobile device , wherein the processor positioned within the casing is configured to receive signals from the wireless mobile device and wherein the animal-worn device is configured to send data to the wireless mobile device for display on the wireless mobile device characterized in that the wireless system further comprises a remote server configured to receive and analyze input data from the one or more inputs of the animal-worn device , wherein the remote server is configured to tailor new firmware to be downloaded by the animal-worn device based on results from the analysis of the input data.
A device for CO2 removal from an expiration or breathing gas stream , suitable for use in a breathing system, part of an anaesthesia arrangement, the device comprising: a holder , adapted for fitting in such breathing system, and a container for CO2 removal from a gas stream , adapted for fitting in said holder, wherein said container being based on an electro-charging and discharging method, wherein said container comprises a plurality of plates , arranged in that the expiration or breathing gas stream passes between the plates , said plates each comprising of at least two electrodes arranged for charging and/or discharging said plates and wherein said electrodes comprise of an active electrode , and a counter electrode , being separated by a dielectric or isolating separator , and said device comprising means for providing electricity to said active and/or said counter electrode .
A propulsion system for an aircraft, the propulsion system comprising a propeller assembly that includes a propeller configured to rotate around a central axis and a power system , the power system including an electric motor mechanically coupled to the propeller and configured to drive the propeller , and a motor converter electrically connected to the electric motor and configured to deliver electric power to the electric motor , a controller connected to the power system and configured to switch the power system into a power-off arrangement in which the motor converter is powered off and blocked from delivering the electric power to the electric motor in response to a temperature of the motor converter being greater than a predetermined threshold temperature, and a pump system including a pump and a coolant circuit , the pump configured to pump coolant through the motor converter via the coolant circuit so as to cool the motor converter , characterised in that the pump is mechanically coupled to the propeller and to the electric motor such that rotation of any one of the propeller and the electric motor drives the pump such that rotation of the propeller drives the pump to move the coolant through the coolant circuit and lower the temperature of the motor converter to less than the predetermined threshold temperature in response to the motor converter being in the power-off arrangement during operation of the propulsion system . a propeller assembly that includes a propeller configured to rotate around a central axis and a power system , the power system including an electric motor mechanically coupled to the propeller and configured to drive the propeller , and a motor converter electrically connected to the electric motor and configured to deliver electric power to the electric motor , a controller connected to the power system and configured to switch the power system into a power-off arrangement in which the motor converter is powered off and blocked from delivering the electric power to the electric motor in response to a temperature of the motor converter being greater than a predetermined threshold temperature, and a pump system including a pump and a coolant circuit , the pump configured to pump coolant through the motor converter via the coolant circuit so as to cool the motor converter , characterised in that the pump is mechanically coupled to the propeller and to the electric motor such that rotation of any one of the propeller and the electric motor drives the pump such that rotation of the propeller drives the pump to move the coolant through the coolant circuit and lower the temperature of the motor converter to less than the predetermined threshold temperature in response to the motor converter being in the power-off arrangement during operation of the propulsion system .
A child restraint system intended to equip a seat of a vehicle provided with a seat and a backrest , comprising: - a base intended to be placed on the seat portion of the seat of the vehicle , extending laterally on both side of a first mid-sagittal plane (P1); - means for fastening the base to anchor points of the vehicle on the seat of the vehicle ; - a car seat comprising a child seat portion and a child backrest , the car seat being mounted movable in rotation on the base , about an up/down axis spaced apart from the child backrest and extending transversely to an upper surface of the seat portion of the seat of the vehicle , the car seat having a centre of gravity offset from the up/down axis and extending laterally on both side of a second mid-sagittal plane (P2) in which the centre of gravity of the car seat and the up/down axis are inscribed; - means for holding the car seat in a transport position in which the child is intended to face or to be positioned back to the backrest of the seat of the vehicle , the holding means exerting a predetermined force for holding the car seat in its transport position, the means for holding the car seat being designed so as to free the rotation of the car seat beyond its transport position in the event where an inertial force greater than the predetermined force, caused by a brutal modification of the movement of the vehicle equipped with the car seat , is exerted on the car seat , characterised in that , in the transport position, the first mid-sagittal plane (P1) is secant with the second mid-sagittal plane (P2). - a base intended to be placed on the seat portion of the seat of the vehicle , extending laterally on both side of a first mid-sagittal plane (P1); - means for fastening the base to anchor points of the vehicle on the seat of the vehicle ; - a car seat comprising a child seat portion and a child backrest , the car seat being mounted movable in rotation on the base , about an up/down axis spaced apart from the child backrest and extending transversely to an upper surface of the seat portion of the seat of the vehicle , the car seat having a centre of gravity offset from the up/down axis and extending laterally on both side of a second mid-sagittal plane (P2) in which the centre of gravity of the car seat and the up/down axis are inscribed; - means for holding the car seat in a transport position in which the child is intended to face or to be positioned back to the backrest of the seat of the vehicle , the holding means exerting a predetermined force for holding the car seat in its transport position, the means for holding the car seat being designed so as to free the rotation of the car seat beyond its transport position in the event where an inertial force greater than the predetermined force, caused by a brutal modification of the movement of the vehicle equipped with the car seat , is exerted on the car seat ,
An enema device comprising a flexible delivery container (2,2',2") arranged for accommodating an enema and an applicator nozzle for dispersing the enema, and wherein the delivery container (2,2',2") is arranged as a hand held pump and wherein a cross-section of said delivery container (2,2',2") has the shape of an oval, and characterized in that the delivery container (2,2',2") comprises one or more compression zones , arranged for providing a controlled compression of said delivery container, and wherein the one or more compression zones are one or more areas of the delivery container having a different configuration than the remainder of said delivery container (2,2',2"), and wherein the enema device comprises a non-return valve arranged for preventing air from being drawn into the delivery container (2,2',2").
Blade for a turbo machine , having a blade platform , a tip (S) of the blade and a cooling device for cooling a surface within the blade by means of a cooling medium (L), wherein the blade has an impingement cooling device which comprises a multiplicity of impingement cooling openings for deflecting the cooling medium (L) flowing in the interior of the impingement cooling device onto that surface which is located outside the impingement cooling device within the blade and which is to be cooled by means of impingement cooling, so that the surface can be cooled by means of impingement cooling by the cooling medium (L) emerging from the impingement cooling openings , wherein the impingement cooling device is movably supported with respect to the blade , characterized in that the mounting of the impingement cooling device in the area of a lower connection in the area of the blade platform is axially displaceably formed by a clearance fit or a sliding bearing connection, and in that the connection of the impingement cooling device to the tip (S) of the blade has a form fit by means of a square connection or as a bayonet connection as an anti-rotation safeguard.
A device for imaging methods based on magnetic particle imaging, comprising • a magnetic field generation device, wherein the magnetic field generation device generates a magnetic modulation field in a region to be analysed, and • at least one field detection device for detecting magnetic fields, • wherein the at least one field detection device is changeable in respect of its spatial position and/or orientation and/or in respect of its intrinsic electromagnetic properties between two detections or during a single detection, • wherein the coils are changeable in respect of intrinsic electromagnetic properties, the coil contains thermally activatable memory material or the coil is surrounded by thermally activatable memory material so that the intrinsic electromagnetic properties can be changed using a suitable control system. • a magnetic field generation device, wherein the magnetic field generation device generates a magnetic modulation field in a region to be analysed, and • at least one field detection device for detecting magnetic fields, • wherein the at least one field detection device is changeable in respect of its spatial position and/or orientation and/or in respect of its intrinsic electromagnetic properties between two detections or during a single detection, • wherein the coils are changeable in respect of intrinsic electromagnetic properties, the coil contains thermally activatable memory material or the coil is surrounded by thermally activatable memory material so that the intrinsic electromagnetic properties can be changed using a suitable control system.
A knotter assembly for use with a baler , the knotter assembly operable to produce two successive knots in a pair of strands of binding material during one full operating cycle of the knotter assembly to secure a formed bale, the knotter assembly comprising a billhook configured to perform at least a first full rotation around its rotation axis during formation of a first one of said two successive knots and a second full rotation around its rotation axis during formation of a second one of said successive knots, a twine holder for maintaining said pair of strands throughout the formation of the first one of said successive knots and to continue to maintain said pair of strands in a suitable position during the initial stage of the formation of the second one of said successive knots, a cutter co-operating with said twine holder for severing said pair of strands during formation of said first one of said successive knots, and a twine disc assembly , the twine disc assembly comprising a plurality of parallel discs mounted for rotation on shaft , wherein each disc of the plurality of parallel discs has a plurality of notches spaced around the outer circumference of the disc, characterised in that the plurality of notches includes a first set of notches having a first shape and a second set of notches having a second shape different than the first shape, the first set of notches consisting of two notches that are positioned on each disc so as to be on opposite sides of the outer circumference of the disc from each other, and the second set of notches consists of two notches that are positioned on each disc so as to be on opposite sides of the outer circumference of the disc from each other.
Method for regulating a drive engine of a vehicle which comprises at least one vibration sensor and one wheel which is spaced apart from the vibration sensor , wherein a vibration generator is arranged on the wheel , which vibration generator generates a mechanical vibration signal as a function of the speed of the vehicle , wherein the vibration signal is transmitted from the wheel to the frame of the vehicle , in particular by means of a bearing of the wheel , wherein the method has the following steps: • acquiring a vibration frequency spectrum of the frame by means of the vibration sensor , • determining the speed of the vehicle as a function of the acquired vibration frequency spectrum, and • regulating the drive engine as a function of the determined speed of the vehicle , characterized in that the method comprises the following step: • generating a vibration signal by means of the vibration generator , wherein the vibration generator actively generates the vibration signal by means of an actuator. • acquiring a vibration frequency spectrum of the frame by means of the vibration sensor , • determining the speed of the vehicle as a function of the acquired vibration frequency spectrum, and • regulating the drive engine as a function of the determined speed of the vehicle , • generating a vibration signal by means of the vibration generator , wherein the vibration generator actively generates the vibration signal by means of an actuator.
A paperboard packaging container for bulk solids , said packaging container comprising a container body comprising a container wall extending from a container bottom edge to a container body opening in a height direction (H) of said container , and a closure arrangement comprising a lid , said container wall having an inner surface facing towards an inner compartment in said packaging container and an outer surface facing away from said inner compartment , said container body having an opening edge at said container body opening , and an upper reinforcing rim being applied to said container body at said container body opening said upper reinforcing rim extending along said opening edge and defining a perimeter of a container access opening , said upper reinforcing rim comprising or consisting of thermoplastic material and said container body being made from a laminate material which is predominantly made from cellulose fibers or paper fibers and which comprises a layer of metal foil and a layer of a thermoplastic film or coating, said layer of thermoplastic film or coating being arranged on said inner surface of said container wall , said upper reinforcing rim being joined to said inner surface of said container wall by means of a weld seal , said weld seal extending continuously around said container body opening , characterized in that said paperboard container comprises an inner peelable or openable sealing membrane forming a cross-sectional seal between an inner compartment in said container body and said container opening , said sealing membrane being applied to said inner surface of said container wall across said container body opening at a distance from said upper reinforcing rim , said weld seal is formed by high frequency welding, and said packaging container further comprises a frame structure being applied to said packaging container at said container body opening edge and being attached to said upper reinforcing rim either mechanically or by means of adhesive, and wherein said lid is also attached over said container body opening such that it forms a tight closure with said upper reinforcing rim , said lid being provided as a separate component or as an integral part of a lid component , which also comprises said frame structure .
A fluid control barrier for a pipe including a bi-foldable barrier member for controlling movement of fluid along the pipe and having a pair of first and second plates with a hinge along their straight edges to allow for opening and closing of said fluid control barrier ; and characterized in that an actuation mechanism includes a threaded screw member having a first thread and a second thread ; a pair of threaded journals ; a first pair of struts and a second pair of struts ; the first thread opposing the second thread ; the pair of threaded journals including a first threaded journal threadingly engaged with the first thread and constrained from rotating; and a second threaded journal threadingly engaged with the second thread and constrained from rotating; the first pair of struts connecting the threaded journals to the first plate , and the second pair of struts connecting the threaded journals to the second plate , such that rotating the threaded screw member opens and closes the bi-foldable barrier member .
A system comprising: - an aluminum capsule (C) containing a product for the preparation of a beverage, by means of infusion or solubilization, such as coffee, tea, or herbal tea, comprising a hollow body for containing the product, made entirely of aluminum; - a capsule machine for preparing the beverage, comprising a pump, a boiler for heating the amount of water fed by the pump, electronic machine management means for electronically managing the pump and the boiler , and recognition means suitable for generating a magnetic field in a region of the machine, said recognition means comprising electronic detection management means for a) detecting a change in the magnetic field caused by the aluminum of the body of said capsule located in said region, b) sending a metal material recognition signal to the electronic machine management means, and for c) ordering the electronic machine management means to perform a predefined beverage preparation cycle on the basis of the change detected or for inhibiting the performance of any beverage preparation cycle on the basis of the change detected; wherein the recognition means are adapted to: - enable the performance of a predefined beverage preparation cycle only in presence of a change in the magnetic field which is characteristic of the capsule (C) made of aluminum; and - inhibit the performance of any beverage preparation cycle in the presence of a change in the magnetic field which is characteristic of a capsule different from said aluminum capsule (C). - an aluminum capsule (C) containing a product for the preparation of a beverage, by means of infusion or solubilization, such as coffee, tea, or herbal tea, comprising a hollow body for containing the product, made entirely of aluminum; - a capsule machine for preparing the beverage, comprising a pump, a boiler for heating the amount of water fed by the pump, electronic machine management means for electronically managing the pump and the boiler , and recognition means suitable for generating a magnetic field in a region of the machine, said recognition means comprising electronic detection management means for a) detecting a change in the magnetic field caused by the aluminum of the body of said capsule located in said region, b) sending a metal material recognition signal to the electronic machine management means, and for c) ordering the electronic machine management means to perform a predefined beverage preparation cycle on the basis of the change detected or for inhibiting the performance of any beverage preparation cycle on the basis of the change detected; - enable the performance of a predefined beverage preparation cycle only in presence of a change in the magnetic field which is characteristic of the capsule (C) made of aluminum; and - inhibit the performance of any beverage preparation cycle in the presence of a change in the magnetic field which is characteristic of a capsule different from said aluminum capsule (C).
A child safety seat and base assembly wherein a base is arranged to be secured with respect to a motor vehicle and a seat is arranged to be removably secured with respect to the base , the assembly including: a rotary element rotatably mounted to the base ; a seat latch on the rotary element that engages the child safety seat to releasably hold the child safety seat with respect to the base and rotary element ; a seat latch actuation assembly for opening or closing the seat latch wherein opening the seat latch releases the child safety seat ; and characterized in that an interlock mechanism actuated upon opening the seat latch that prevents rotation of the rotary element with respect to the base . a rotary element rotatably mounted to the base ; a seat latch on the rotary element that engages the child safety seat to releasably hold the child safety seat with respect to the base and rotary element ; a seat latch actuation assembly for opening or closing the seat latch wherein opening the seat latch releases the child safety seat ; and characterized in that an interlock mechanism actuated upon opening the seat latch that prevents rotation of the rotary element with respect to the base .
A block copolymer represented by the following Chemical Formula 6: in Chemical Formula 6, R' is C 1-3 alkoxy, X' is C 1-3 alkylene, n is an integer of 1 to 10,000, R 4 is C 6-20 aryl, or -COO-(C 1-4 alkylene)-(C 6-20 aryl), and m is an integer of 1 to 10,000. R' is C 1-3 alkoxy, X' is C 1-3 alkylene, n is an integer of 1 to 10,000, R 4 is C 6-20 aryl, or -COO-(C 1-4 alkylene)-(C 6-20 aryl), and m is an integer of 1 to 10,000.