mhurhangee/patent-ind-claim-en huggingface dataset:
Folding-up system for green tyres comprising: - a base for receiving a green tyre , - folding-up arms connected to the base , - sliding drive means , external relative to the base , that are able to drive the arms to slide relative to the base , and - rotational drive means , external relative to the base , that are able to drive the arms to rotate relative to the base independently of any sliding of the arms and regardless of the position of the arms relative to the green tyre, characterized in that the sliding drive means and the rotational drive means are mounted to move between an active configuration in which the sliding drive means and the rotational drive means are coupled with the arms and the base and a passive configuration in which the sliding drive means and the rotational drive means are uncoupled from the arms and from the base . - a base for receiving a green tyre , - folding-up arms connected to the base , - sliding drive means , external relative to the base , that are able to drive the arms to slide relative to the base , and - rotational drive means , external relative to the base , that are able to drive the arms to rotate relative to the base independently of any sliding of the arms and regardless of the position of the arms relative to the green tyre,
An animal recognition apparatus comprising an image capture unit configured to capture nose pattern images and an image acquisition unit that is configured to acquire and store the nose pattern images, wherein the image capture unit comprises a front unit with an attached illumination unit that is configured to provide indirect illumination for the acquisition of good quality nose pattern images without obstructive reflections, the capture unit comprises a lens module and an image sensor , the capture unit further comprises a distance adjuster module that is configured to adjust the distance between the lens module and the image sensor , and the distance among lenses within the lens module .
A tube pump system comprising: a housing unit which has an inner peripheral surface formed into a circular-arc shape around an axis line (X1); a tube having flexibility which is arranged along the inner peripheral surface ; a pair of roller units which are housed in the housing unit , and are rotated around the axis line (X1) from a contact position (Po1) to a separate position (Po2) around the axis line (X1) in a state where the pair of roller units compress the tube ; a pair of drive units which are configured to rotate the pair of roller units respectively around the axis line (X1) in a same direction; and a control unit which is configured to control each of the pair of drive units such that a liquid which flows into the tube from one end of the tube is discharged from the other end of the tube , characterized in that the control unit is configured to control each of the pair of drive units such that, when one of the pair of roller units passes the separate position, an angular velocity of the other of the pair of roller units toward the separate position is gradually decreased. a housing unit which has an inner peripheral surface formed into a circular-arc shape around an axis line (X1); a tube having flexibility which is arranged along the inner peripheral surface ; a pair of roller units which are housed in the housing unit , and are rotated around the axis line (X1) from a contact position (Po1) to a separate position (Po2) around the axis line (X1) in a state where the pair of roller units compress the tube ; a pair of drive units which are configured to rotate the pair of roller units respectively around the axis line (X1) in a same direction; and a control unit which is configured to control each of the pair of drive units such that a liquid which flows into the tube from one end of the tube is discharged from the other end of the tube , characterized in that the control unit is configured to control each of the pair of drive units such that, when one of the pair of roller units passes the separate position, an angular velocity of the other of the pair of roller units toward the separate position is gradually decreased.
A communication node , comprising: a case having a first face ; a first circuit board supported by the case , the first circuit board supporting an integrated circuit (IC) module ; a second circuit board supported by the case , the second circuit board supporting a PHY module ; a port module supported by the second circuit board and in communication with the PHY module via the second circuit board , the port module providing a plurality of ports on the first face of the case ; and a connector electrically connecting the first circuit board to the second circuit board , wherein the PHY module is in communication with the IC module via the second circuit board , the connector and the first circuit board . a case having a first face ; a first circuit board supported by the case , the first circuit board supporting an integrated circuit (IC) module ; a second circuit board supported by the case , the second circuit board supporting a PHY module ; a port module supported by the second circuit board and in communication with the PHY module via the second circuit board , the port module providing a plurality of ports on the first face of the case ; and a connector electrically connecting the first circuit board to the second circuit board , wherein the PHY module is in communication with the IC module via the second circuit board , the connector and the first circuit board .
A ball screw comprising a screw shaft , a nut , and a plurality of balls, wherein, the screw shaft passes through the nut , a rolling path along which the balls roll is formed by a helical groove formed on an outer peripheral surface of the screw shaft and a helical groove formed on an inner peripheral surface of the nut , the balls are disposed in the rolling path, and a seal is attached to at least one end of ends of the nut in a moving direction of the nut , characterized in that the seal surrounds an outer periphery of the screw shaft and comprises: a seal mountain inside the seal entering the helical groove of the screw shaft ; a tubular portion exposed axially outside the nut ; a grease reservoir portion provided on an inner peripheral surface of a portion of the tubular portion disposed in the nut so as to form a space with respect to the screw shaft ; a discharge outlet communicating the grease reservoir portion to an outer peripheral surface of the tubular portion and open to the outer peripheral surface of the tubular portion ; and a slit communicating with the discharge outlet , extending in the tubular portion of the seal in parallel with an axial line of the screw shaft , and the slit is inclined with respect to a line (L1) in a diameter direction of the screw shaft in a counterclockwise direction as viewed from an outer end face of the tubular portion in the axial direction of the screw shaft when the screw shaft has right-hand threads and the slit is inclined with respect to the line (L1) in a clockwise direction as viewed from the outer end face of the tubular portion in the axial direction of the screw shaft when the screw shaft has left-hand threads. a seal mountain inside the seal entering the helical groove of the screw shaft ; a tubular portion exposed axially outside the nut ; a grease reservoir portion provided on an inner peripheral surface of a portion of the tubular portion disposed in the nut so as to form a space with respect to the screw shaft ; a discharge outlet communicating the grease reservoir portion to an outer peripheral surface of the tubular portion and open to the outer peripheral surface of the tubular portion ; and a slit communicating with the discharge outlet , extending in the tubular portion of the seal in parallel with an axial line of the screw shaft , and the slit is inclined with respect to a line (L1) in a diameter direction of the screw shaft in a counterclockwise direction as viewed from an outer end face of the tubular portion in the axial direction of the screw shaft when the screw shaft has right-hand threads and the slit is inclined with respect to the line (L1) in a clockwise direction as viewed from the outer end face of the tubular portion in the axial direction of the screw shaft when the screw shaft has left-hand threads.
A dispensing system comprising: a powder source configured to hold powder to be dispensed over a top surface of a platen; a powder conveyor extending over the top surface of the platen, the powder conveyor comprising a proximal end configured to receive the powder from the powder source, the powder conveyor being configured to move the powder carried within the powder conveyor along a length of the powder conveyor; a plurality of rings arranged coaxially along a longitudinal axis of the powder conveyor and forming a tube surrounding the powder conveyor and configured to contain the powder, wherein each ring comprises a plurality of positions spaced angularly around the ring, each position having one or more openings and having a distinct combination of a number of openings and opening size; and a cap plate extending along a length of the tube, the cap plate comprising at least one cap plate opening (152; 605F, 615, A, 615D, 625B) wherein each ring is configured to be independently rotatable such that the at least one ring opening of the respective concentric ring is movable into or out of alignment with the at least one cap plate opening, wherein the powder is dispensed from the tube through the at least one ring opening and the at least one cap plate opening when the at least one ring opening and the at least one cap plate opening are aligned. a powder source configured to hold powder to be dispensed over a top surface of a platen; a powder conveyor extending over the top surface of the platen, the powder conveyor comprising a proximal end configured to receive the powder from the powder source, the powder conveyor being configured to move the powder carried within the powder conveyor along a length of the powder conveyor; a plurality of rings arranged coaxially along a longitudinal axis of the powder conveyor and forming a tube surrounding the powder conveyor and configured to contain the powder, wherein each ring comprises a plurality of positions spaced angularly around the ring, each position having one or more openings and having a distinct combination of a number of openings and opening size; and a cap plate extending along a length of the tube, the cap plate comprising at least one cap plate opening (152; 605F, 615, A, 615D, 625B) wherein each ring is configured to be independently rotatable such that the at least one ring opening of the respective concentric ring is movable into or out of alignment with the at least one cap plate opening, wherein the powder is dispensed from the tube through the at least one ring opening and the at least one cap plate opening when the at least one ring opening and the at least one cap plate opening are aligned.
Screw pump , in particular a single flow or multiflow double screw pump, comprising a multi-part housing and at least two coupled rotors that form a chamber and respectively have at least one thread-shaped profiling at least in regions with screw-shaped ducts and with delimiting surfaces that delimit the ducts , wherein the rotors exert a rotor rotation in opposite directions and the delimiting surfaces engage into one another in a gear wheel-like manner, a screw housing part , wherein the screw housing part encompasses the rotors in a contactless manner, wherein the rotors form at least one conveying chamber with the screw housing part for the fluid that is to be conveyed, wherein the conveying chamber migrates axially along the rotor axes and conveys the fluid from a suction chamber into a pressure chamber , a suction-side connecting element that is connected in a fluid-technical manner to the suction chamber and a pressure-side connecting element that is connected in a fluid-technical manner to the pressure chamber , characterised in that the suction-side connecting element and the pressure-side connecting element are arranged on a connecting housing part of the multi-part housing , wherein the housing comprises a planar dividing plane that extends parallel to the rotor axes between the screw housing part and the connecting housing part .
Exterior sub-assembly for a timepiece, or for a watch, or for a piece of jewellery, comprising a first component having rims protruding from a first skirt alternated with first recesses, and a second component including wings protruding from a second skirt alternated with second recesses, arranged to occupy a first disassembled position of insertion in which said first component and said second component have a first angular orientation with respect to each other, or to occupy a second, assembled and locked position in which said first component and said second component have a second angular orientation with respect to each other, different from said first angular orientation, and are held axially in a bayonet fitting between at least two said rims and at least two said wings , characterized in that said sub-assembly comprises at least one third component in the form of a ring, which is inserted between said first component and said second component and comprising a reed-like element housed inside a groove comprised in at least said first component or said second component , and said third component includes at least one rotational stop , with respect to said first component or second component , and at least one radially recessed or respectively radially protruding resilient area , arranged to cooperate, in a plane passing into said groove, in an angular indexing and locking arrangement with a lug or respectively a housing, comprised in whichever of said first component and second component is free to rotate with respect to said third component .
A coating solution for producing a biofunctional surface coating and/or depth coating of a filter medium , characterized in that the coating solution has in a solvent an anti-pathogenic substance , an ion exchanger and a polymeric cross-linking agent , wherein the ion exchanger is hygroscopic and has functional cation exchanger groups with sulphonic acid groups.
An apparatus for inspecting the contents of a cargo container , comprising: a neutron source and a radiation detector ; wherein the neutron source comprises: an ion source configured to provide deuterium or tritium ions; an accelerator operating at a first gas pressure and configured to accelerate the deuterium or tritium ions; a target chamber operating at a second gas pressure, the target chamber holding a target gas comprising at least one of deuterium or tritium; wherein a plurality of differential pumping stages , each differential pumping stage configured to reduce a pressure in the neutron source by a factor of between 10 and 1000 to maintain a pressure differential between the accelerator and the target chamber ; the neutron source is configured to deliver a neutron flux into the cargo container and the radiation detector is configured to detect radiation exiting the cargo container subsequent to the delivery of the neutron flux into the cargo container , wherein the radiation detector is an electronic detector comprising a plurality of neutron detectors configured provide data to an imaging computer for display on a screen or reconstruction into an image or wherein the radiation detector is a neutron sensitive film for imaging the interior of the container; wherein the radiation detector is shielded from thermal neutrons; and the neutron source and radiation detector are configured for coupling to one of: a crane configured to unload cargo containers from a ship; or a conveyor configured to provide cargo containers for inspection. an ion source configured to provide deuterium or tritium ions; an accelerator operating at a first gas pressure and configured to accelerate the deuterium or tritium ions; a target chamber operating at a second gas pressure, the target chamber holding a target gas comprising at least one of deuterium or tritium; wherein a plurality of differential pumping stages , each differential pumping stage configured to reduce a pressure in the neutron source by a factor of between 10 and 1000 to maintain a pressure differential between the accelerator and the target chamber ; a crane configured to unload cargo containers from a ship; or a conveyor configured to provide cargo containers for inspection.
A stacker for stockpiling bulk material, comprising: a linear conveyor having a rear portion and front portion mounted to a frame, the conveyor being designed to carry bulk material along an elevating path from a low position adjacent the rear portion to a higher position adjacent the front portion; a hopper mounted to the rear portion of the conveyor; and at least one leg mounted to the frame below the hopper; wherein the at least one leg includes a hydraulic jack for increasing and decreasing the effective length of the leg, thereby raising and lowering the rear portion of the conveyor to increase and decrease a degree of elevation of the path; and characterized in that the hopper is pivotally mounted to the conveyor, with hydraulic cylinders mounted thereto in order to raise and lower an end of the hopper to alter a degree of inclination of the hopper. a linear conveyor having a rear portion and front portion mounted to a frame, the conveyor being designed to carry bulk material along an elevating path from a low position adjacent the rear portion to a higher position adjacent the front portion; a hopper mounted to the rear portion of the conveyor; and at least one leg mounted to the frame below the hopper; wherein the at least one leg includes a hydraulic jack for increasing and decreasing the effective length of the leg, thereby raising and lowering the rear portion of the conveyor to increase and decrease a degree of elevation of the path; and characterized in that the hopper is pivotally mounted to the conveyor, with hydraulic cylinders mounted thereto in order to raise and lower an end of the hopper to alter a degree of inclination of the hopper.
A grill pan comprising: a base with an aperture configured for the egress of fat, oil and grease from the grill pan ; a closure device configured to operably open and close the aperture; characterised in the at the grill pan further comprises: a receptacle tray configured to collect the fat, oil and grease egressing the aperture, the receptacle tray being engageable with the underside of the grill pan and the receptacle tray is configured to engage with the closure device when engaged with the underside of the grill pan. a base with an aperture configured for the egress of fat, oil and grease from the grill pan ; a closure device configured to operably open and close the aperture; characterised in the at the grill pan further comprises: a receptacle tray configured to collect the fat, oil and grease egressing the aperture, the receptacle tray being engageable with the underside of the grill pan and the receptacle tray is configured to engage with the closure device when engaged with the underside of the grill pan.
Process for preparing SiC-bonded polyethersiloxanes by precious metal-catalysed addition of olefinically unsaturated polyethers onto siloxanes having SiH groups, characterized in that , prior to commencement of reaction, the siloxane having SiH groups is mixed with an olefinically unsaturated polyether and with a polyethersiloxane by stirring, and then contacted with a precious metal catalyst and optionally further additives, and the SiC bond formation reaction is conducted up to an SiH conversion, determined by gas-volumetric means, of at least 97%, wherein less than 5% by weight, based on the total mass of the reactants, of organic solvents are used in the process.
A loudspeaker element comprising: an enclosure ; a cone diaphragm of a driver element located within the enclosure; a first cavity wall extending from the cone diaphragm of the driver element to an exit element , wherein the transition between a first cavity and the exit element defines a throat opening which has an area less than an area of the cone diaphragm, and forming the first cavity within the enclosure; the exit element extending from the throat opening to an environment outside of the enclosure; characterized by an impedance compensation element including a second cavity , the second cavity being formed within the enclosure by a second cavity wall and separated from the first cavity by a resistance element , wherein the impedance compensation element extends from the first cavity wall, and wherein the loudspeaker further comprises a phase plug located within the first cavity. an enclosure ; a cone diaphragm of a driver element located within the enclosure; a first cavity wall extending from the cone diaphragm of the driver element to an exit element , wherein the transition between a first cavity and the exit element defines a throat opening which has an area less than an area of the cone diaphragm, and forming the first cavity within the enclosure; the exit element extending from the throat opening to an environment outside of the enclosure; characterized by an impedance compensation element including a second cavity , the second cavity being formed within the enclosure by a second cavity wall and separated from the first cavity by a resistance element , wherein the impedance compensation element extends from the first cavity wall, and wherein the loudspeaker further comprises a phase plug located within the first cavity.
Hybrid construction machinery including a prime mover , an electric motor assisting the prime mover in power and generating electric power, a power storage apparatus transferring electric power to and from the electric motor , a warm-up circuit circulating a warming medium in the vicinity of the power storage apparatus , and a control device controlling circulation of the warming medium in the warm-up circuit , comprising: an on-board equipment state detection unit (1a, 16A, 19, 33, 34, 51, 60 to 62) detecting a state of on-board equipment to estimate an output request for the power storage apparatus from the on-board equipment, wherein the control device is configured to control circulation of the warming medium based on a temperature of the power storage apparatus and a determination temperature for determining whether to circulate the warming medium in the warm-up circuit , characterized in that the control device is configured to vary the determination temperature based on the estimated output request for the power storage apparatus from the on-board equipment, wherein in case a high output of the power storage apparatus is requested by the on-board equipment, the control device is configured to raise the determination temperature, and in case a low output of the power storage apparatus is requested by the on-board equipment, the control device is configured to lower the determination temperature. an on-board equipment state detection unit (1a, 16A, 19, 33, 34, 51, 60 to 62) detecting a state of on-board equipment to estimate an output request for the power storage apparatus from the on-board equipment, wherein the control device is configured to control circulation of the warming medium based on a temperature of the power storage apparatus and a determination temperature for determining whether to circulate the warming medium in the warm-up circuit , characterized in that the control device is configured to vary the determination temperature based on the estimated output request for the power storage apparatus from the on-board equipment, wherein in case a high output of the power storage apparatus is requested by the on-board equipment, the control device is configured to raise the determination temperature, and in case a low output of the power storage apparatus is requested by the on-board equipment, the control device is configured to lower the determination temperature.