mhurhangee/patent-ind-claim-en huggingface dataset:
A cap assembly for a secondary battery , characterized in that , the cap assembly comprises: a cap plate , provided with an electrode lead-out hole ; an electrode terminal , covering the electrode lead-out hole and comprising a main body , wherein the main body is provided with a recess on a side wall; an isolating member comprising a receiving portion , wherein the main body is received in the receiving portion ; and a protrusion , connected to an inner wall of the isolating member and extending towards an axis of the electrode lead-out hole , wherein the protrusion is received in the recess so as to prevent the main body from rotating relative to the isolating member , wherein the cap assembly further comprises a connecting member , which is welded with the cap plate and is connected with the main body through the isolating member , the connecting member comprises a first connecting portion located on a side of the main body facing away from the cap plate , and a part of the isolating member is located between the first connecting portion and the cap plate . a cap plate , provided with an electrode lead-out hole ; an electrode terminal , covering the electrode lead-out hole and comprising a main body , wherein the main body is provided with a recess on a side wall; an isolating member comprising a receiving portion , wherein the main body is received in the receiving portion ; and a protrusion , connected to an inner wall of the isolating member and extending towards an axis of the electrode lead-out hole , wherein the protrusion is received in the recess so as to prevent the main body from rotating relative to the isolating member , wherein the cap assembly further comprises a connecting member , which is welded with the cap plate and is connected with the main body through the isolating member , the connecting member comprises a first connecting portion located on a side of the main body facing away from the cap plate , and a part of the isolating member is located between the first connecting portion and the cap plate .
A driving circuit , comprising: inputs adapted to be connected to a mains supply; outputs adapted to be connected to an LED load ; an output capacitor (C1) connected in parallel with the LED load ; an LED driving current source connected to the outputs, and configured to convert the mains supply at the inputs to current at the outputs in an illumination mode to flow through the LED load and charge the output capacitor (C1); characterized in that the driving circuit comprises a control circuit configured to receive a standby signal to enable a standby mode, and to control the output capacitor (C1) to be linearly charged by the mains supply in the standby mode, such that an output voltage at the output can be lower than a turn-on voltage of the LED load and higher than a preset lowest voltage. inputs adapted to be connected to a mains supply; outputs adapted to be connected to an LED load ; an output capacitor (C1) connected in parallel with the LED load ; an LED driving current source connected to the outputs, and configured to convert the mains supply at the inputs to current at the outputs in an illumination mode to flow through the LED load and charge the output capacitor (C1); characterized in that the driving circuit comprises a control circuit configured to receive a standby signal to enable a standby mode, and to control the output capacitor (C1) to be linearly charged by the mains supply in the standby mode, such that an output voltage at the output can be lower than a turn-on voltage of the LED load and higher than a preset lowest voltage.
A drum conveyor machine comprising - a cable carrier , a conveying cable which can be wound and unwound on the cable carrier and a conveying means guided in a shaft , - an intermediate harness arranged between the conveying means and the conveying cable having a universal joint, wherein the universal joint comprises a central cross-piece with a first and a second axis of rotation (1.2 / 1.4) which lie at a distance from one another in parallel planes, - a stop means for the conveying cable , which is connected rotatably about the first axis of rotation (1.2) to the cross-piece by means of a first rotary joint (1.1), - a stop means for the conveying means, which is connected rotatably about the second axis of rotation (1.4) to the cross-piece by means of a second rotary joint (1.3), characterized by - a connecting axis (1.5) running perpendicular to the parallel planes, - a first part (1.6) of the cross-piece which is rotatable about the connecting axis (1.5) but is connected in a captive manner in the direction of the connecting axis (1.5) to a second non-rotatable part (1.7) of the cross-piece , wherein the first rotary joint (1.1) is arranged on the first part (1.6) and the second rotary joint (1.3) is arranged on the second part (1.7) of the cross-piece and - a brake adapted to reduce or to limit the rotational speed of the first part (1.6) of the cross-piece with respect to the second part (1.7) of the cross-piece . - a cable carrier , a conveying cable which can be wound and unwound on the cable carrier and a conveying means guided in a shaft , - an intermediate harness arranged between the conveying means and the conveying cable having a universal joint, wherein the universal joint comprises a central cross-piece with a first and a second axis of rotation (1.2 / 1.4) which lie at a distance from one another in parallel planes, - a stop means for the conveying cable , which is connected rotatably about the first axis of rotation (1.2) to the cross-piece by means of a first rotary joint (1.1), - a stop means for the conveying means, which is connected rotatably about the second axis of rotation (1.4) to the cross-piece by means of a second rotary joint (1.3), characterized by - a connecting axis (1.5) running perpendicular to the parallel planes, - a first part (1.6) of the cross-piece which is rotatable about the connecting axis (1.5) but is connected in a captive manner in the direction of the connecting axis (1.5) to a second non-rotatable part (1.7) of the cross-piece , wherein the first rotary joint (1.1) is arranged on the first part (1.6) and the second rotary joint (1.3) is arranged on the second part (1.7) of the cross-piece and - a brake adapted to reduce or to limit the rotational speed of the first part (1.6) of the cross-piece with respect to the second part (1.7) of the cross-piece .
A heat-shrinkable multilayer film comprising: an inner surface layer that contacts a filling; a barrier layer; an intermediate layer between the inner surface layer and the barrier layer; a thickness of the intermediate layer being not more than 1.4 times a thickness of the inner surface layer; the inner surface layer comprising an ethylene-vinyl acetate copolymer; the barrier layer comprising a vinylidene chloride-based resin; and the content of vinyl-acetate monomer units in the ethylene-vinyl acetate copolymer being from 7 wt.% to 14 wt.%. an inner surface layer that contacts a filling; a barrier layer; an intermediate layer between the inner surface layer and the barrier layer; a thickness of the intermediate layer being not more than 1.4 times a thickness of the inner surface layer; the inner surface layer comprising an ethylene-vinyl acetate copolymer; the barrier layer comprising a vinylidene chloride-based resin; and the content of vinyl-acetate monomer units in the ethylene-vinyl acetate copolymer being from 7 wt.% to 14 wt.%.
A system comprising: a water delivery unit comprising a water supply and a nozzle connected thereto, configured to introduce water controllably into a patient's large intestine , a plurality of acoustic sensors that are attachable to a patient's abdomen, and a processing unit connected to the acoustic sensors and configured to derive large intestine characteristics by analyzing acoustic signals received from the acoustic sensors, which are associated with the water introduction. a water delivery unit comprising a water supply and a nozzle connected thereto, configured to introduce water controllably into a patient's large intestine , a plurality of acoustic sensors that are attachable to a patient's abdomen, and a processing unit connected to the acoustic sensors and configured to derive large intestine characteristics by analyzing acoustic signals received from the acoustic sensors, which are associated with the water introduction.
A method executed by a mobile station among a plurality of mobile stations in a cell managed by a base station , the method comprising: receiving a cell specific timer value for a timer of the mobile station in system information, wherein the cell specific timer value for the timer is common to all of the plurality of mobile stations in the cell; receiving a dedicated timer value for the timer of the mobile station after receiving the cell specific timer value, wherein the dedicated timer value for the timer is transmitted by the base station to the mobile station dedicatedly; receiving a timing advance to control uplink synchronization; and determining if one or more uplink signals is synchronized by using the dedicated timer value for the timer after receiving the dedicated timer value for the timer . receiving a cell specific timer value for a timer of the mobile station in system information, wherein the cell specific timer value for the timer is common to all of the plurality of mobile stations in the cell; receiving a dedicated timer value for the timer of the mobile station after receiving the cell specific timer value, wherein the dedicated timer value for the timer is transmitted by the base station to the mobile station dedicatedly; receiving a timing advance to control uplink synchronization; and determining if one or more uplink signals is synchronized by using the dedicated timer value for the timer after receiving the dedicated timer value for the timer .
A method performed by a User Equipment, UE, for wireless communications, the method comprising: determining whether a minimum required received level for supplementary uplink, q-RxLevMin-sul, is broadcast by a cell; and in response to determining that the q-RxLevMin-sul is not broadcast by the cell, performing a set of operations comprising: calculating a first minimum required received level according to a minimum required received level factor, q-RxLevMin, for a normal UL carrier; determining a first cell selection criterion based on the first minimum required received level; performing a first cell selection based on the first cell selection criterion; transmitting a Radio Resource Control, RRC, system information request message to the cell selected in the first cell selection; receiving the q-RxLevMin-sul from the cell selected in the first cell selection in response to the RRC system information request message; calculating a second minimum required received level according to the received q-RxLevMin-sul; determining a second cell selection criterion based on the second minimum required received level; and performing a second cell selection based on the second cell selection criterion. determining whether a minimum required received level for supplementary uplink, q-RxLevMin-sul, is broadcast by a cell; and in response to determining that the q-RxLevMin-sul is not broadcast by the cell, performing a set of operations comprising: calculating a first minimum required received level according to a minimum required received level factor, q-RxLevMin, for a normal UL carrier; determining a first cell selection criterion based on the first minimum required received level; performing a first cell selection based on the first cell selection criterion; transmitting a Radio Resource Control, RRC, system information request message to the cell selected in the first cell selection; receiving the q-RxLevMin-sul from the cell selected in the first cell selection in response to the RRC system information request message; calculating a second minimum required received level according to the received q-RxLevMin-sul; determining a second cell selection criterion based on the second minimum required received level; and performing a second cell selection based on the second cell selection criterion. calculating a first minimum required received level according to a minimum required received level factor, q-RxLevMin, for a normal UL carrier; determining a first cell selection criterion based on the first minimum required received level; performing a first cell selection based on the first cell selection criterion; transmitting a Radio Resource Control, RRC, system information request message to the cell selected in the first cell selection; receiving the q-RxLevMin-sul from the cell selected in the first cell selection in response to the RRC system information request message; calculating a second minimum required received level according to the received q-RxLevMin-sul; determining a second cell selection criterion based on the second minimum required received level; and performing a second cell selection based on the second cell selection criterion.
An operation triggering method for machine-to-machine communications, wherein service capability middleware stores a representation of a subject resource, wherein the representation of the subject resource comprises content of the subject resource and information about an operation resource associated with the subject resource, the service capability middleware is a middleware on an M2M platform or a gateway, and the method comprises: when the content of the subject resource is changed, retrieving, by the service capability middleware, a change result of the content of the subject resource stored in the service capability middleware; retrieving, by the service capability middleware according to the information about the operation resource associated with the subject resource, a representation of the operation resource associated with the subject resource, wherein the representation of the operation resource comprises a condition for sending an operation request to an object resource and a uniform resource identifier of the object resource; constructing the operation request for the object resource when the service capability middleware determines that the change result meets the condition for sending the operation request to the object resource in the representation of the operation resource; and sending, by the service capability middleware, the operation request to the object resource according to the uniform resource identifier of the object resource. when the content of the subject resource is changed, retrieving, by the service capability middleware, a change result of the content of the subject resource stored in the service capability middleware; retrieving, by the service capability middleware according to the information about the operation resource associated with the subject resource, a representation of the operation resource associated with the subject resource, wherein the representation of the operation resource comprises a condition for sending an operation request to an object resource and a uniform resource identifier of the object resource; constructing the operation request for the object resource when the service capability middleware determines that the change result meets the condition for sending the operation request to the object resource in the representation of the operation resource; and sending, by the service capability middleware, the operation request to the object resource according to the uniform resource identifier of the object resource.
Air ducting system for a household appliance for cleaning and drying household items, wherein the household appliance comprises a controller , an air duct implemented to guide an air flow to a compartment for receiving items to be cleaned, wherein the air ducting system is implemented to be arranged in the air duct upstream from the compartment , wherein the air ducting system has a first ducting line and a second ducting line , which second ducting line is implemented to contain an adsorptive material , wherein the first and second ducting lines are provided with first and second blocking devices implemented to open or close the first and second ducting lines in response to a control signal (CT) from the controller , wherein the air ducting system is implemented to operate in a normal operation state, in which the first ducting line is opened by the first blocking device and the second ducting line is closed by the second blocking device and in an adsorption state, in which the second ducting line is opened by the second blocking device , characterized in that the air ducting system is configured to perform a drying process without the use of an adsorber in the normal operation state. wherein the air ducting system is implemented to be arranged in the air duct upstream from the compartment , wherein the air ducting system has a first ducting line and a second ducting line , which second ducting line is implemented to contain an adsorptive material , wherein the first and second ducting lines are provided with first and second blocking devices implemented to open or close the first and second ducting lines in response to a control signal (CT) from the controller , wherein the air ducting system is implemented to operate in a normal operation state, in which the first ducting line is opened by the first blocking device and the second ducting line is closed by the second blocking device and in an adsorption state, in which the second ducting line is opened by the second blocking device , characterized in that the air ducting system is configured to perform a drying process without the use of an adsorber in the normal operation state.
A cap assembly for attachment to an equalization port on an endoscope , comprising: a tubular housing having a first end and a second end and defining an internal chamber extending from said first end to said second end; a mounting section releasably attached to said second end of said tubular housing in fluid-tight fashion, said mounting section dimensioned to be attached to said equalization port of an endoscope in fluid-tight fashion, wherein said internal chamber communicates with said equalization port; a barrier layer formed of a reactive material that is capable of absorbing or breaking down a gaseous germicide, said barrier layer disposed within said internal chamber between said first end and said second end of said tubular housing; a first cavity defined between said barrier layer and said first end of said tubular housing; a second cavity defined between said barrier layer and said mounting section, said second cavity dimensioned to receive an indicator test strip that is capable of detecting said gaseous germicide; a first filter layer disposed between said barrier layer and said first end of said tubular housing operable to filter flow through said tubular housing; and characterized in that a plate is disposed in and across said internal chamber between said first filter layer and said barrier layer, said plate having an aperture therein, said aperture dimensioned to regulate flow through said plate and through said internal chamber. a tubular housing having a first end and a second end and defining an internal chamber extending from said first end to said second end; a mounting section releasably attached to said second end of said tubular housing in fluid-tight fashion, said mounting section dimensioned to be attached to said equalization port of an endoscope in fluid-tight fashion, wherein said internal chamber communicates with said equalization port; a barrier layer formed of a reactive material that is capable of absorbing or breaking down a gaseous germicide, said barrier layer disposed within said internal chamber between said first end and said second end of said tubular housing; a first cavity defined between said barrier layer and said first end of said tubular housing; a second cavity defined between said barrier layer and said mounting section, said second cavity dimensioned to receive an indicator test strip that is capable of detecting said gaseous germicide; a first filter layer disposed between said barrier layer and said first end of said tubular housing operable to filter flow through said tubular housing; and characterized in that a plate is disposed in and across said internal chamber between said first filter layer and said barrier layer, said plate having an aperture therein, said aperture dimensioned to regulate flow through said plate and through said internal chamber.
An ultrasonic surgical instrument , comprising: a waveguide comprising a distal end configured as a blade and a proximal end defining a jigsaw puzzle piece and configured to couple to a transducer base plate ; and the transducer base plate comprising a distal end defining a complementary mating jigsaw puzzle piece configured to receive the jigsaw puzzle piece defined by the proximal end of the waveguide to define a jigsaw puzzle joint at an interface between the waveguide and the transducer base plate , the transducer base plate comprising a first and second sides defining corresponding first and second flat faces, wherein the first flat face is configured to receive a first piezoelectric element and the second flat face is configured to receive a second piezoelectric element, wherein the first and second piezoelectric elements are configured to operate in a D31 mode. a waveguide comprising a distal end configured as a blade and a proximal end defining a jigsaw puzzle piece and configured to couple to a transducer base plate ; and the transducer base plate comprising a distal end defining a complementary mating jigsaw puzzle piece configured to receive the jigsaw puzzle piece defined by the proximal end of the waveguide to define a jigsaw puzzle joint at an interface between the waveguide and the transducer base plate , the transducer base plate comprising a first and second sides defining corresponding first and second flat faces, wherein the first flat face is configured to receive a first piezoelectric element and the second flat face is configured to receive a second piezoelectric element, wherein the first and second piezoelectric elements are configured to operate in a D31 mode.
A method for object tracking , wherein each step is performed by a multispectral lidar system , comprising the steps of: Transmitting , with the multispectral lidar system, a first multispectral light beam; analyzing a response , of a photodetector, to a return of the first multispectral light beam; based on the analyzing of the response: (i) generating a point cloud with a set of points; and (ii) determining a set of spectral responses of the set of points; based on the set of spectral responses of the set of points: determining a set of material compositions for the set of points; based on both: (i) the set of material compositions; and (ii) a geometric aspect of the set of points: grouping points in the set of points into one or more groups; and creating one or more tracking object definitions using the one or more groups. Transmitting , with the multispectral lidar system, a first multispectral light beam; analyzing a response , of a photodetector, to a return of the first multispectral light beam; based on the analyzing of the response: (i) generating a point cloud with a set of points; and (ii) determining a set of spectral responses of the set of points; based on the set of spectral responses of the set of points: determining a set of material compositions for the set of points; based on both: (i) the set of material compositions; and (ii) a geometric aspect of the set of points: grouping points in the set of points into one or more groups; and creating one or more tracking object definitions using the one or more groups.