mhurhangee/patent-ind-claim-en huggingface dataset:
A venting device configured to be provided at one side of a battery cell or a battery module and configured to discharge gas in the battery cell or the battery module to an outside, the venting device comprising: a gas inlet configured to allow gas in the battery cell or the battery module to be introduced therethrough; a gas outlet configured to allow the gas introduced through the gas inlet to be discharged to the outside therethrough; a connection portion configured to connect the gas inlet and the gas outlet to each other; and a sealing cap located in the connection portion , the sealing cap being configured to automatically discharge gas to the outside, wherein the sealing cap blocks connection between the gas inlet and the gas outlet , thereby blocking discharge of gas and introduction of external air, in a normal state, and moves in the connection portion under a predetermined condition such that the gas inlet and the gas outlet are connected to each other wherein, in use, when an internal temperature is increased to a predetermined level or higher due to gas generated in the battery cell or the battery module, the sealing cap moves in the connection portion such that the gas inlet and the gas outlet are connected to each other, characterized in that an alarm means is provided at one side of the gas outlet , the alarm means being configured to generate a sound when the gas is discharged to the outside, and in that the connection portion is made of a heat shrink tube configured to shrink at a predetermined temperature or higher. a gas inlet configured to allow gas in the battery cell or the battery module to be introduced therethrough; a gas outlet configured to allow the gas introduced through the gas inlet to be discharged to the outside therethrough; a connection portion configured to connect the gas inlet and the gas outlet to each other; and a sealing cap located in the connection portion , the sealing cap being configured to automatically discharge gas to the outside, wherein the sealing cap blocks connection between the gas inlet and the gas outlet , thereby blocking discharge of gas and introduction of external air, in a normal state, and moves in the connection portion under a predetermined condition such that the gas inlet and the gas outlet are connected to each other wherein, in use, when an internal temperature is increased to a predetermined level or higher due to gas generated in the battery cell or the battery module, the sealing cap moves in the connection portion such that the gas inlet and the gas outlet are connected to each other, characterized in that an alarm means is provided at one side of the gas outlet , the alarm means being configured to generate a sound when the gas is discharged to the outside, and in that the connection portion is made of a heat shrink tube configured to shrink at a predetermined temperature or higher.
A syringe for storing and dispensing a first and a second component of a material, comprising a first chamber containing the first component and a second chamber containing the second component, wherein the syringe further comprises an empty blank chamber that spaces the first and second chamber from each other; wherein the syringe further comprises a cartridge front wall that closes a front end of each of the blank chamber and the first and second chamber, wherein the first chamber has a first dispensing outlet and the second chamber has a second dispensing outlet , wherein the first and second dispensing outlet each extend through the cartridge front wall, and wherein the blank chamber does not comprise a dispensing outlet.
An apparatus , comprising: a touchscreen panel comprising: a set of transmit lines (130-1...130-N); and a set of receive lines (140-1...140-N); a set of transmit drivers (Tx-1...Tx-N) configured as class-D amplifiers and configured to generate a set of transmit signals based on a set of distinct pulse width modulated, PWM, signals, respectively; and a set of receivers (Rx-1...Rx-N) configured to receive a set of receive signals via the set of transmit lines (130-1...130-N) and the set of receive lines (140-1...140-N), wherein the set of receive signals are based on the set of transmit signals; wherein the set of transmit drivers (Tx-1...Tx-N) is configured to generate the set of transmit signals based on distinct equivalent circuits presented to the set of transmit drivers by the touchscreen panel , wherein each of the PWM signals is configured to cause the corresponding transmit driver to generate the desired transmit signal having a desired amplitude, phase and slew rate, characterized in that each of the transmit drivers (Tx-1...Tx-N) is configured to adjust the amplitude, phase and slew rate of the corresponding transmit signal based on the PWM signals such that the set of receive signals are substantially the same in amplitude, phase, and slew rate when there is no load on the touchscreen panel . a touchscreen panel comprising: a set of transmit lines (130-1...130-N); and a set of receive lines (140-1...140-N); a set of transmit lines (130-1...130-N); and a set of receive lines (140-1...140-N); a set of transmit drivers (Tx-1...Tx-N) configured as class-D amplifiers and configured to generate a set of transmit signals based on a set of distinct pulse width modulated, PWM, signals, respectively; and a set of receivers (Rx-1...Rx-N) configured to receive a set of receive signals via the set of transmit lines (130-1...130-N) and the set of receive lines (140-1...140-N), wherein the set of receive signals are based on the set of transmit signals; wherein the set of transmit drivers (Tx-1...Tx-N) is configured to generate the set of transmit signals based on distinct equivalent circuits presented to the set of transmit drivers by the touchscreen panel , wherein each of the PWM signals is configured to cause the corresponding transmit driver to generate the desired transmit signal having a desired amplitude, phase and slew rate, characterized in that each of the transmit drivers (Tx-1...Tx-N) is configured to adjust the amplitude, phase and slew rate of the corresponding transmit signal based on the PWM signals such that the set of receive signals are substantially the same in amplitude, phase, and slew rate when there is no load on the touchscreen panel .
An abrasive product comprising a surface with multiple abrasive zones supported by a backing layer , each abrasive zone surrounded by interconnected channel portions having a width, a length, a height and a transverse dimension (td1, td2), wherein the channel portions comprise first channel portions with a first transverse dimension (td1) and second channel portions with a second transverse dimension (td2) larger than the first transverse dimension (td1), wherein the transverse dimension (td1, td2) is width (w1, w2) by height (h1, h2) and substantially constant throughout the channel portion and the channel portion length denoting the shortest surface distance between two branching points or intersections of a channel between two abrasive zones, characterized in that the second channel portions comprise curvature to avoid linear interference.
A glitter pigment, comprising: a glass flake; a titanium oxide layer formed over the glass flake; and fine gold particles deposited on the titanium oxide layer, wherein the fine gold particles comprise fine gold particles P2 having a particle diameter of 20 nm or more and less than 50 nm, and in a square region 2 μm on a side on a surface of the titanium oxide layer on which the fine gold particles are deposited, the number of the fine gold particles P2 is 9 or more and less than 100 and an average of distances between the fine gold particles P2 is 130 nm or more and less than 500 nm, each of the distances being a distance from one of the fine gold particles P2 to the nearest other fine gold particle P2, and a reflected color, as measured using illuminant D65, is represented by a C* value of 23 or more and by a h value of 30 or less or 330 or more in an L*C*h color system. a glass flake; a titanium oxide layer formed over the glass flake; and fine gold particles deposited on the titanium oxide layer, wherein the fine gold particles comprise fine gold particles P2 having a particle diameter of 20 nm or more and less than 50 nm, and in a square region 2 μm on a side on a surface of the titanium oxide layer on which the fine gold particles are deposited, the number of the fine gold particles P2 is 9 or more and less than 100 and an average of distances between the fine gold particles P2 is 130 nm or more and less than 500 nm, each of the distances being a distance from one of the fine gold particles P2 to the nearest other fine gold particle P2, and a reflected color, as measured using illuminant D65, is represented by a C* value of 23 or more and by a h value of 30 or less or 330 or more in an L*C*h color system.
Fixing element (3; 103) for fixing a lamp to a vehicle resting on a horizontal surface and defining a longitudinal axis (X), a transverse axis (Y) and a vertical axis (Z) axis perpendicular to the longitudinal axis (X) and the transverse axis (Y)., in particular a lamp at the front of the vehicle , the fixing element being able to be arranged below the lamp and comprising a fusible component (5; 105) with at least one breakable or deformable zone to allow, when the lamp is mounted by the fixing element to the vehicle, movement of the lamp with a vertical component downward relative to the vehicle on a collision of the vehicle , in particular on collision with a pedestrian characterized in that the fixing element (3; 103) comprises a fixing recess (6; 106) with a connecting element intended to connect the fixing element (3; 103) to a body of the vehicle , the fusible component (5; 105) being positioned above the fixing recess (6; 106) such that the fusible component (5; 105) descends towards the fixing recess (6; 106) on the collision, the fixing recess (6; 106) then being fully or partially accommodated between two side walls (4a, 4b; 104a, 104b) of the fusible component (5; 105) following the collision.
Lid (1; 1') for a cooking container, in particular a working container of a cooking preparation household appliance, comprising a lower ring part (10; 10'), and a glass part (20; 20') borne by the lower ring part (10; 10'), the glass part (20; 20') being annularly held by a middle ring part (30; 30') assembled with the lower ring part (10; 10'), the middle ring part (30; 30') having an upper portion (31; 31') covered by an upper ring part (40; 40'), the upper ring part (40; 40') having an outer skirt (42; 42') laterally covering the lower ring part (10; 10'), characterised in that the glass part (20; 20') bears a peripheral overmoulding (25; 25') and in that the middle ring part (30; 30') and the lower ring part (10; 10') bear against the peripheral overmoulding (25; 25') on either side of the glass part (20; 20').
A method in a device for securely transmitting secret information to a requesting device, comprising: receiving, at the device , a message from a first requestor of secret information that is embedded in the device , wherein the message comprises a public key associated with the first requestor; determining whether the requested secret information has been previously exported to the first requestor ; if the requested secret information has not been previously exported to the first requestor , generating a first encrypted secret based on the received public key and the embedded secret information, exporting the first encrypted secret to the first requestor , and marking the device to indicate that the embedded secret information has been exported to the first requestor ; and if the determination indicates that the requested secret information had been previously exported to the first requestor , carrying out a reset operation. receiving, at the device , a message from a first requestor of secret information that is embedded in the device , wherein the message comprises a public key associated with the first requestor; determining whether the requested secret information has been previously exported to the first requestor ; if the requested secret information has not been previously exported to the first requestor , generating a first encrypted secret based on the received public key and the embedded secret information, exporting the first encrypted secret to the first requestor , and marking the device to indicate that the embedded secret information has been exported to the first requestor ; and if the determination indicates that the requested secret information had been previously exported to the first requestor , carrying out a reset operation.
A socket box including a channel shaped body , a socket insert , a facia insert having opposed lateral projections and an internal electrically conductive substrate , wherein the socket insert comprises a body having an upper surface and a lower surface, wherein in the upper surface is provided with a plurality of apertures which are sized and spaced so as to receive the pins of an electrical plug, wherein further the lower surface is provided with a plurality of sprung electrical contacts , wherein the socket insert and electrically conductive substrate are supported and held in spaced relationship to one another by the facia insert such that the sprung electrical contacts are compressed against the electrically conductive substrate , wherein further the facia insert in turn is supported by the channel shaped body , the opposed lateral projections of the facia insert being slidably received in opposed channel formations on the interior of the channel shaped body , characterised in that the facia insert includes a plurality of fingers provided with barbs , which fingers and barbs engage complementarily shaped formations of the socket insert and electrically conductive substrate , so that the socket insert and electrically conductive substrate are supported and held in spaced relationship to one another within the channel shaped body .
A hydrogenated styrene/conjugated diolefin copolymer, wherein the copolymer comprises a styrene-based structural unit represented by Formula 1, a hydrogenated conjugated diene-based structural unit represented by Formula 2, and a hydrogenated conjugated diene-based structural unit represented by Formula 3, wherein R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 and R 9 are respectively H, C 1 -C 3 alkyl, and R 10 is H or C 1 -C 4 alkyl; the content of the styrene-based structural unit is 15-50 wt%, preferably 18-45 wt%, based on the total amount of the copolymer; the content of the hydrogenated conjugated diene-based structural unit represented by Formula 3 is 8-32 wt%, based on the total amount of the hydrogenated conjugated diene-based structural unit represented by Formula 2 and the hydrogenated conjugated diene-based structural unit represented by Formula 3, the randomness degree of the styrene-based structural unit in the hydrogenated conjugated diene-based structural unit is 30-80%, and the hydrogenation degree of the conjugated diolefin in the copolymer is 85-100%.
A vacuum pump apparatus comprising: a pump casing having a rotor chamber therein; a pump rotor arranged in the rotor chamber ; a rotation shaft to which the pump rotor is secured; an electric motor coupled to the rotation shaft ; a side cover forming an end surface of the rotor chamber ; and a side heater arranged in the side cover , characterised in that the side cover includes an inner side cover forming the end surface of the rotor chamber and an outer side cover located outwardly of the inner side cover in an axial direction of the rotation shaft ; the side heater is arranged between the inner side cover and the outer side cover , and the inner side cover and the outer side cover are separated from each other. a pump casing having a rotor chamber therein; a pump rotor arranged in the rotor chamber ; a rotation shaft to which the pump rotor is secured; an electric motor coupled to the rotation shaft ; a side cover forming an end surface of the rotor chamber ; and a side heater arranged in the side cover , characterised in that the side cover includes an inner side cover forming the end surface of the rotor chamber and an outer side cover located outwardly of the inner side cover in an axial direction of the rotation shaft ; the side heater is arranged between the inner side cover and the outer side cover , and the inner side cover and the outer side cover are separated from each other.
An active suspension actuator for use in vehicles to allow for controllable placement of the wheels comprising: a fluid filled housing, a piston head having a first side and a second side and disposed in the housing so as to be immersed in the fluid; a hydraulic pump/motor that has a first port in fluid communication with fluid adjacent the first side of the piston head and a second port in fluid communication with fluid adjacent the second side of the piston head ; an electric motor/generator operatively coupled to the hydraulic pump/motor, wherein the hydraulic pump/motor and the electric motor/generator are contained in a motor/generator unit integrated with the actuator; a hydraulic valve that is in parallel or in series with the hydraulic pump/motor, and wherein the actuator is actively driven by supplying power to the electric motor/generator, the actuator being arranged so that, when a voltage is applied to the electric motor/generator , the hydraulic pump/motor will spin, forcing fluid from one side of the piston head to the respective other side of the piston head , depending on the direction of the spin, thereby forcing the piston head to move. a fluid filled housing, a piston head having a first side and a second side and disposed in the housing so as to be immersed in the fluid; a hydraulic pump/motor that has a first port in fluid communication with fluid adjacent the first side of the piston head and a second port in fluid communication with fluid adjacent the second side of the piston head ; an electric motor/generator operatively coupled to the hydraulic pump/motor, wherein the hydraulic pump/motor and the electric motor/generator are contained in a motor/generator unit integrated with the actuator; a hydraulic valve that is in parallel or in series with the hydraulic pump/motor, and wherein the actuator is actively driven by supplying power to the electric motor/generator, the actuator being arranged so that, when a voltage is applied to the electric motor/generator , the hydraulic pump/motor will spin, forcing fluid from one side of the piston head to the respective other side of the piston head , depending on the direction of the spin, thereby forcing the piston head to move.
A method of wireless communication performed by a user equipment, UE, comprising: receiving a plurality of transmit power control commands identifying a plurality of transmit power values, wherein the plurality of transmit power control commands relate to a set of out-of-order communications; determining a transmit power for a communication based at least in part on the plurality of transmit power control commands, wherein each transmit power command is associated with a class parameter corresponding to a class of a set of classes, wherein each communication, of the set of out-of-order communications, is in-order with respect to a respective class, wherein the class parameter is based at least in part on a priority, and wherein the priority is associated with a separate power control accumulation; and transmitting the communication based at least in part on the determining the transmit power. receiving a plurality of transmit power control commands identifying a plurality of transmit power values, wherein the plurality of transmit power control commands relate to a set of out-of-order communications; determining a transmit power for a communication based at least in part on the plurality of transmit power control commands, wherein each transmit power command is associated with a class parameter corresponding to a class of a set of classes, wherein each communication, of the set of out-of-order communications, is in-order with respect to a respective class, wherein the class parameter is based at least in part on a priority, and wherein the priority is associated with a separate power control accumulation; and transmitting the communication based at least in part on the determining the transmit power.
Apparatus comprising a Hall sensor device for detecting the position of a shift fork in a transmission , wherein the shift fork is operatively connected to a piston rod of a shifting piston guided in an axially movable manner in a shift cylinder , and engages in a sliding sleeve , which is arranged on a transmission shaft in an axially displaceable manner, in order to displace said sliding sleeve for engaging or disengaging a transmission step of the transmission , wherein a single magnet is arranged on the shift fork as a signal generator, characterized in that a 3D Hall sensor which is arranged in a stationary manner relative to the magnet is present as a signal receiver, by means of which a magnetic field generated by the magnet can be spatially detected, in that the 3D Hall sensor is connected to an electronic control unit , and in that the control unit is designed in such a way that, by means of the control unit, the current position of the shift fork can be determined from the relevant relative position between the magnet and the 3D Hall Sensor and provided as a signal, wherein linear movements, rotational movements, and pivoting movements of the shift fork can be taken into account.