mhurhangee/ep-ind-claims huggingface dataset:
A transport refrigeration system comprising: a vehicle having a refrigerated cargo space; a compressed gas tank configured to store gas; an engine configured to power the vehicle through combustion of the gas; a pressure reducing mechanism fluidly connecting the compressed gas tank and the engine, the pressure reducing mechanism configured to reduce the pressure of the gas from the compressed gas tank; an evaporator thermally coupled to the pressure reducing mechanism and the refrigerated cargo space; wherein the evaporator is configured to cool the refrigerated cargo space; and wherein a temperature of the gas and a temperature of the evaporator are reduced as a result of the reduction in pressure of the gas by the pressure reducing mechanism; characterized in that the pressure reducing mechanism is composed of an ejector system, the ejector system comprising an ejector fluidly connected to the compressed gas tank and a flash tank fluidly connected to the evaporator and the engine. a vehicle having a refrigerated cargo space; a compressed gas tank configured to store gas; an engine configured to power the vehicle through combustion of the gas; a pressure reducing mechanism fluidly connecting the compressed gas tank and the engine, the pressure reducing mechanism configured to reduce the pressure of the gas from the compressed gas tank; an evaporator thermally coupled to the pressure reducing mechanism and the refrigerated cargo space; wherein the evaporator is configured to cool the refrigerated cargo space; and wherein a temperature of the gas and a temperature of the evaporator are reduced as a result of the reduction in pressure of the gas by the pressure reducing mechanism; characterized in that the pressure reducing mechanism is composed of an ejector system, the ejector system comprising an ejector fluidly connected to the compressed gas tank and a flash tank fluidly connected to the evaporator and the engine.
A method of a terminal in a communication system, the method comprising: receiving, from a base station, first downlink control information, DCI, comprising a field indicating a first minimum scheduling offset value in slot n; identifying an application delay for applying the first minimum scheduling offset value; and applying the first minimum scheduling offset value in slot n+k, where k is the application delay, wherein, in a time interval corresponding to the application delay k from slot n, second DCI indicating another minimum scheduling offset value having a value different from the first minimum scheduling offset value is not received. receiving, from a base station, first downlink control information, DCI, comprising a field indicating a first minimum scheduling offset value in slot n; identifying an application delay for applying the first minimum scheduling offset value; and applying the first minimum scheduling offset value in slot n+k, where k is the application delay, wherein, in a time interval corresponding to the application delay k from slot n, second DCI indicating another minimum scheduling offset value having a value different from the first minimum scheduling offset value is not received.
A Secondary Cell, SCell, state indication method for a network side device (12, 700), comprising: configuring state transition indication information, the state transition indication information being used to indicate an SCell state transition between two of an activated state, a deactivated state and a third state; and transmitting the state transition indication information to a User Equipment, UE (11, 800), wherein the state transition indication information comprises a Logical Channel Identity, LCID, and a first MAC CE of N bits, where N is a positive integer; the first MAC CE comprises a field of M SCell sequence bits C i, where M is a positive integer smaller than or equal to N, and i is an integer smaller than or equal to M; a value of the LCID and a value of C i in the field of M SCell sequence bits C i are used to indicate the state transition of the SCell corresponding to C i between two of the activated state, the deactivated state and the third state, wherein when the value of the LCID is a first predetermined value, the state of the SCell corresponding to C i having a second predetermined value is indicated to be transited into the third state; when the value of the LCID is a third predetermined value, the state of the SCell corresponding to C i having a fourth predetermined value is indicated to leave the third state, wherein the state transition indication information further comprises a second MAC CE; the second MAC CE is used to indicate the SCell state transition from the third state into the activated state or the deactivated state. configuring state transition indication information, the state transition indication information being used to indicate an SCell state transition between two of an activated state, a deactivated state and a third state; and transmitting the state transition indication information to a User Equipment, UE (11, 800), wherein the state transition indication information comprises a Logical Channel Identity, LCID, and a first MAC CE of N bits, where N is a positive integer; the first MAC CE comprises a field of M SCell sequence bits C i, where M is a positive integer smaller than or equal to N, and i is an integer smaller than or equal to M; a value of the LCID and a value of C i in the field of M SCell sequence bits C i are used to indicate the state transition of the SCell corresponding to C i between two of the activated state, the deactivated state and the third state, wherein when the value of the LCID is a first predetermined value, the state of the SCell corresponding to C i having a second predetermined value is indicated to be transited into the third state; when the value of the LCID is a third predetermined value, the state of the SCell corresponding to C i having a fourth predetermined value is indicated to leave the third state, wherein the state transition indication information further comprises a second MAC CE; the second MAC CE is used to indicate the SCell state transition from the third state into the activated state or the deactivated state.
A composition comprising a therapeutically effective amount of dianhydrogalactitol, diacetyldianhydrogalactitol or dibromodulcitol for use in the treatment of non-small-cell lung carcinoma (NSCLC) or ovarian cancer in a patient suffering from NSCLC or ovarian cancer, wherein the NSCLC or ovarian cancer is resistant to a platinum-based chemotherapeutic agent.
Polymerizable dental material comprising at least one radically polymerizable compound and magnetic particles which comprise a magnetic core and a first coating of a first shell material, characterized in that a second coating of a second shell material is applied to the surface of the first coating facing away from the core, wherein the second shell material is different from the first shell material and has a higher refractive index than the first shell material.
Wiper for a glazed surface of a vehicle, comprising a structure intended to accept a wiper blade, and a liquid dispensing/spraying device comprising at least one liquid transport duct (42; 42'; 42a, 42b), the said wiper comprising at least one end fitting (60; 60') arranged at one end of the said structure and comprising means (61; 63; 621, 622) for closing off the said transport duct, characterized in that the said end fitting further comprises means for supplying the said liquid dispensing/spraying device with liquid.
A battery system operable to associate a determined location of a radio receiver within the battery system with an identifier associated with the radio receiver, the system comprising: a plurality of battery cells; a plurality of radio receivers each associated with one or more of the plurality of battery cells, wherein each of the plurality of radio receivers is associated with an identifier; an antenna having a length configured as a loop, wherein the plurality of radio receivers are each communicatively coupled with the antenna via near field radio coupling at different positions along the length of the antenna; and a controller communicatively coupled to a radio manager operable to transmit signals to the plurality of radio receivers via the antenna, wherein the controller is operable to: cause the radio manager to transmit a plurality of signals of different frequencies in a first and then a second direction around the antenna; determine the position of a radio receiver along the length of the antenna based on an observed rate of change of phase difference of signals transmitted in different directions around the antenna with frequency observed at the radio receiver; and associate the determined position with the identifier associated with the radio receiver. a plurality of battery cells; a plurality of radio receivers each associated with one or more of the plurality of battery cells, wherein each of the plurality of radio receivers is associated with an identifier; an antenna having a length configured as a loop, wherein the plurality of radio receivers are each communicatively coupled with the antenna via near field radio coupling at different positions along the length of the antenna; and a controller communicatively coupled to a radio manager operable to transmit signals to the plurality of radio receivers via the antenna, wherein the controller is operable to: cause the radio manager to transmit a plurality of signals of different frequencies in a first and then a second direction around the antenna; determine the position of a radio receiver along the length of the antenna based on an observed rate of change of phase difference of signals transmitted in different directions around the antenna with frequency observed at the radio receiver; and associate the determined position with the identifier associated with the radio receiver. cause the radio manager to transmit a plurality of signals of different frequencies in a first and then a second direction around the antenna; determine the position of a radio receiver along the length of the antenna based on an observed rate of change of phase difference of signals transmitted in different directions around the antenna with frequency observed at the radio receiver; and associate the determined position with the identifier associated with the radio receiver.
A method for operating a hammer (1, 2, 17) having at least one ram (3, 18) that can be driven by at least one linear motor (9, 10, 20, 21) and a regulating unit, - wherein the linear motor (9, 10, 20, 21) comprises a primary part (9a, 10a, 20a, 21 a) and a secondary part (9b, 10b, 20b, 21 b), wherein the primary part (9a, 10a, 20a, 21 a) is arranged on an engine frame and the secondary part (9b, 10b, 20b, 21 b) is connected to the ram; - wherein the ram is accelerated by the linear motor (9, 10, 20, 21) before a blow, - wherein the linear motor (9, 10, 20, 21) is switched free of force by the regulating unit in a time-dependent and/or speed-dependent and/or path-dependent manner during the downward movement of the ram before reaching the lower reversal point of the ram, - wherein the field of the linear motor (9, 10, 20, 21) is inverted and - wherein the linear motor (9, 10, 20, 21) is switched again in a force-supplying manner in its upward movement for the entrainment of the ram, characterized in that - the position of the linear motor (9, 10, 20, 21), if the latter moves free of force, is tracked by the regulating unit during the further movement of the ram, - wherein the position of the linear motor(s) (9, 10) changing further with the downward movement of the ram is tracked by the regulating unit by means of a position sensor and/or by means of a direct monitoring of the secondary part (9b, 10b) moving with the ram. - wherein the linear motor (9, 10, 20, 21) comprises a primary part (9a, 10a, 20a, 21 a) and a secondary part (9b, 10b, 20b, 21 b), wherein the primary part (9a, 10a, 20a, 21 a) is arranged on an engine frame and the secondary part (9b, 10b, 20b, 21 b) is connected to the ram; - wherein the ram is accelerated by the linear motor (9, 10, 20, 21) before a blow, - wherein the linear motor (9, 10, 20, 21) is switched free of force by the regulating unit in a time-dependent and/or speed-dependent and/or path-dependent manner during the downward movement of the ram before reaching the lower reversal point of the ram, - wherein the field of the linear motor (9, 10, 20, 21) is inverted and - wherein the linear motor (9, 10, 20, 21) is switched again in a force-supplying manner in its upward movement for the entrainment of the ram, - the position of the linear motor (9, 10, 20, 21), if the latter moves free of force, is tracked by the regulating unit during the further movement of the ram, - wherein the position of the linear motor(s) (9, 10) changing further with the downward movement of the ram is tracked by the regulating unit by means of a position sensor and/or by means of a direct monitoring of the secondary part (9b, 10b) moving with the ram.
A plug release apparatus for use in a well bore, comprising: a canister; a liner plug releasably attached to the canister via a primary release mechanism; and a sub releasably attached to the canister via a secondary release mechanism; wherein the primary release mechanism is configured to release the liner plug from the canister at a first pressure; and wherein the secondary release mechanism is configured to release the canister from the sub at a second pressure; characterised in that: the primary release mechanism has a lower pressure trigger point than the secondary release mechanism, such that at the first pressure the liner plug is released from the canister without triggering the secondary release mechanism and the canister is thereby configured to be reused. a canister; a liner plug releasably attached to the canister via a primary release mechanism; and a sub releasably attached to the canister via a secondary release mechanism; wherein the primary release mechanism is configured to release the liner plug from the canister at a first pressure; and wherein the secondary release mechanism is configured to release the canister from the sub at a second pressure; characterised in that: the primary release mechanism has a lower pressure trigger point than the secondary release mechanism, such that at the first pressure the liner plug is released from the canister without triggering the secondary release mechanism and the canister is thereby configured to be reused. the primary release mechanism has a lower pressure trigger point than the secondary release mechanism, such that at the first pressure the liner plug is released from the canister without triggering the secondary release mechanism and the canister is thereby configured to be reused.
A method for producing a dried bacterial cell powder containing astaxanthin, said method comprising the step of bringing bacterial cells of an astaxanthin-producing microorganism of the genus Paracoccus into contact with a heat transfer unit having a temperature of more than 100°C to carry out drying via heat transfer and the step of further pulverizing the dried bacterial cell powder for fine powderization, wherein the volume particle size of the dried bacterial cell powder is pulverized to 20 μm or less by the pulverization step.
System for generating steam (11; 31; 41; 51; 61) for a domestic cooking device, having - a water tank (12; 32) and - a heatable container for generating heat (13; 33), which can be refilled with water from the water tank (12; 32) by way of a connecting pipe, characterised in that - the water can be moved between the water tank (12; 32) and the container for generating heat (13; 33) by means of an air pressure difference. - a water tank (12; 32) and - a heatable container for generating heat (13; 33), which can be refilled with water from the water tank (12; 32) by way of a connecting pipe, - the water can be moved between the water tank (12; 32) and the container for generating heat (13; 33) by means of an air pressure difference.
A battery module comprising: a plurality of battery cells that is aligned in a first direction; a first chassis that includes a plurality of first compartments (11x1) and at least one second compartment (11x2) partitioned in the first direction, the first compartments (11×1) in which the battery cells are housed one by one; and a connection member that comprises a body housed in the second compartment (11x2), a pair of connection terminals mounted on a first face of the body, and electrically connectable to electrodes (22, 23) of the battery cells via a conductive member, the first face facing in a second direction intersecting with the first direction, and a conductor that extends across the pair of connection terminals, characterised in that the second compartment (11x2) is located at an end of the first chassis in the first direction. a plurality of battery cells that is aligned in a first direction; a first chassis that includes a plurality of first compartments (11x1) and at least one second compartment (11x2) partitioned in the first direction, the first compartments (11×1) in which the battery cells are housed one by one; and a connection member that comprises a body housed in the second compartment (11x2), a pair of connection terminals mounted on a first face of the body, and electrically connectable to electrodes (22, 23) of the battery cells via a conductive member, the first face facing in a second direction intersecting with the first direction, and a conductor that extends across the pair of connection terminals, characterised in that the second compartment (11x2) is located at an end of the first chassis in the first direction. a body housed in the second compartment (11x2), a pair of connection terminals mounted on a first face of the body, and electrically connectable to electrodes (22, 23) of the battery cells via a conductive member, the first face facing in a second direction intersecting with the first direction, and a conductor that extends across the pair of connection terminals, characterised in that the second compartment (11x2) is located at an end of the first chassis in the first direction.
A method for manufacturing a semi-cylindrical halved sliding bearing, which has a recess formed in a circumferential direction from an outer peripheral edge of a mating surface of a bearing main body of the halved sliding bearing, the method comprising the steps of: preparing a semi-cylindrical member as an unprocessed body of the bearing main body, wherein the recess opens with a peripheral edge on a circumferential end surface of the member, wherein at least one edge segment of the peripheral edge of the recess intersects with an axial direction of the member, and chamfering the entirety of the at least one edge segment; characterized by the chamfer angle (Θ1), with respect to the circumferential end surface is between 30 and 65 degrees, and forming the mating surface by cutting the circumferential end surface such that a cutting blade when at the recess position firstly reaches said at least one chamfered edge segment (13,14) in the peripheral edge of the recess, thereby producing the bearing main body. preparing a semi-cylindrical member as an unprocessed body of the bearing main body, wherein the recess opens with a peripheral edge on a circumferential end surface of the member, wherein at least one edge segment of the peripheral edge of the recess intersects with an axial direction of the member, and chamfering the entirety of the at least one edge segment; characterized by the chamfer angle (Θ1), with respect to the circumferential end surface is between 30 and 65 degrees, and forming the mating surface by cutting the circumferential end surface such that a cutting blade when at the recess position firstly reaches said at least one chamfered edge segment (13,14) in the peripheral edge of the recess, thereby producing the bearing main body.
A connector for a wiping system, in particular for a motor vehicle, comprising a connector body which has an elongated shape and is configured to be mounted on a wiper blade, the connector body comprising a device for guiding at least one air flow towards a surface to be wiped in order to reduce a liquid suction phenomenon, the connector body being substantially U-shaped in cross-section and comprises a first hood arm and a second pillar arm connected together by an upper longitudinal wall, the device for guiding at least one air flow comprising at least one channel provided at the upper longitudinal wall and extending from an inlet positioned above the first hood arm of the connector body to an outlet positioned above the second pillar arm of the connector body, the connector is characterized in that the first hood arm of the connector body comprises an inlet air deflector laterally extending the connector body opposite the first hood arm, said inlet air deflector forming a surface for guiding an air flow towards the input of at least one channel.
Portable dispenser for one or more fluid or pasty products, in particular one or more cosmetic, body care, in particular face care, makeup or perfumery products, comprising: - a pumping assembly comprising at least one first pump and at least one second pump (16B, 16C), the first pump comprising a tubular nozzle, the second pump (16b, 16C) comprising a tubular nozzle (54B, 54C), - a pusher, the pusher being capable of pressing on the nozzle of the first pump and on the nozzle (54B, 54C) of the second pump (16B, 16C), - a first dispensing channel for channelling a first fluid coming out of the nozzle of the first pump to at least one first dispensing opening which passes through an exterior wall of the dispenser, and a second dispensing channel for channelling a second fluid coming out of the nozzle (54B, 54C) of the second pump (16B, 16C) to at least one dispensing opening which passes through the exterior wall of the dispenser and which may be the first dispensing opening or a second dispensing opening; characterised in that the first pump is an airless pump, the second pump (16B, 16C) is a venting pump, and the first dispensing channel has a volume greater than the second dispensing channel, the volume difference being greater than twice the volume delivered by a pumping cycle of the nozzle of the first pump. - a pumping assembly comprising at least one first pump and at least one second pump (16B, 16C), the first pump comprising a tubular nozzle, the second pump (16b, 16C) comprising a tubular nozzle (54B, 54C), - a pusher, the pusher being capable of pressing on the nozzle of the first pump and on the nozzle (54B, 54C) of the second pump (16B, 16C), - a first dispensing channel for channelling a first fluid coming out of the nozzle of the first pump to at least one first dispensing opening which passes through an exterior wall of the dispenser, and a second dispensing channel for channelling a second fluid coming out of the nozzle (54B, 54C) of the second pump (16B, 16C) to at least one dispensing opening which passes through the exterior wall of the dispenser and which may be the first dispensing opening or a second dispensing opening; characterised in that the first pump is an airless pump, the second pump (16B, 16C) is a venting pump, and the first dispensing channel has a volume greater than the second dispensing channel, the volume difference being greater than twice the volume delivered by a pumping cycle of the nozzle of the first pump.