mhurhangee/patent-ind-claim-en huggingface dataset:
A combined type accessory for communications connection with a mobile terminal, wherein the combined type accessory comprises: - a power supply module (101; 201; 301); - a control module (102; 202; 302) detachably connected to the power supply module; - a function module (103; 203; 303) detachably connected to the control module; - wherein the power supply module supplies power (Vcc, Vdd) to the control module and the function module, - wherein the control module comprises a processing unit (204; 304) and a wireless unit (205; 305), the wireless unit is configured to receive signals from the mobile terminal comprising control information, and the processing unit is configured to control the function module according to the control information, and - wherein the processing unit (204; 304) performs analysis and processing of the control information and outputs the processed control information (Control) and data information (Data) to the function module (203; 303) such that the function module (203; 303) realizes a product function. - a power supply module (101; 201; 301); - a control module (102; 202; 302) detachably connected to the power supply module; - a function module (103; 203; 303) detachably connected to the control module; - wherein the power supply module supplies power (Vcc, Vdd) to the control module and the function module, - wherein the control module comprises a processing unit (204; 304) and a wireless unit (205; 305), the wireless unit is configured to receive signals from the mobile terminal comprising control information, and the processing unit is configured to control the function module according to the control information, and - wherein the processing unit (204; 304) performs analysis and processing of the control information and outputs the processed control information (Control) and data information (Data) to the function module (203; 303) such that the function module (203; 303) realizes a product function.
A vial puck , comprising: a cylindrical central portion ; a plurality of substantially perpendicular extensions that extend from a top of the cylindrical central portion, wherein at least one of the perpendicular extensions comprises a first ramped surface ; a substantially circular gear extending from the cylindrical central portion , wherein the substantially circular gear comprises a second ramped surface ; a bottom extension extending from a bottom of the cylindrical central portion , the bottom extension having a vial recess configured to receive a vial containing a drug; and a sealing member disposed in the cylindrical central portion , wherein the sealing member is configured to provide a drip free seal for a needle assembly that passes through the central cylindrical portion , the substantially circular gear , and the sealing member into the vial , and the first and second ramped surfaces are configured to guide vial calipers of a compounder system to grip the cylindrical central portion and the perpendicular extensions . a cylindrical central portion ; a plurality of substantially perpendicular extensions that extend from a top of the cylindrical central portion, wherein at least one of the perpendicular extensions comprises a first ramped surface ; a substantially circular gear extending from the cylindrical central portion , wherein the substantially circular gear comprises a second ramped surface ; a bottom extension extending from a bottom of the cylindrical central portion , the bottom extension having a vial recess configured to receive a vial containing a drug; and a sealing member disposed in the cylindrical central portion , wherein the sealing member is configured to provide a drip free seal for a needle assembly that passes through the central cylindrical portion , the substantially circular gear , and the sealing member into the vial , and the first and second ramped surfaces are configured to guide vial calipers of a compounder system to grip the cylindrical central portion and the perpendicular extensions .
A motor vehicle , comprising wheels and a device for determining a wheel contact force for each wheel of the motor vehicle and at least one suspension device for suspending loads to be moved and/or for coupling a trailer device, characterised in that the motor vehicle - comprises at least one measuring device arranged at an action point for measuring at least one force variable which describes the direction and magnitude of an action force currently acting on the motor vehicle at the action point, modified with respect to an initial state, the measurement device being arranged for measuring the action forces acting on at least one bearing point of the suspension device , and - a control device designed to calculate the wheel contact force from the at least one force variable, the point of action and characteristic data of the motor vehicle that describe at least the weight and the geometric structure of the motor vehicle . - comprises at least one measuring device arranged at an action point for measuring at least one force variable which describes the direction and magnitude of an action force currently acting on the motor vehicle at the action point, modified with respect to an initial state, the measurement device being arranged for measuring the action forces acting on at least one bearing point of the suspension device , and - a control device designed to calculate the wheel contact force from the at least one force variable, the point of action and characteristic data of the motor vehicle that describe at least the weight and the geometric structure of the motor vehicle .
A vent for the egress of fluid, wherein said vent comprises a housing , said housing comprising an opening and at least one valve that extends through the housing , and a plurality of baffles within the housing , wherein each baffle in the plurality of baffles comprises at least one aperture , and wherein the aperture or apertures of a first baffle within the plurality of baffles are offset from the aperture or apertures of a second baffle within the plurality of baffles , characterised in that at least one baffle comprises at least one locating member for positioning said baffle relative to an adjacent baffle and wherein said adjacent baffle comprises at least one retaining member for receiving and retaining said locating member .
A radar apparatus comprising: a transmitter configured to transmit electromagnetic waves; a receiver configured to receive electromagnetic waves that are reflected; and a processor configured to extract a relative velocity, with respect to the radar apparatus, of at least one front object based on the electromagnetic waves received by the receiver, characterized in that the processor is further configured to drive the transmitter to locally adjust respective spatial resolutions of scanning front regions based on the relative velocity of the at least one front object, wherein the at least one front object comprises a first object and a second object, by: controlling the transmitter to scan, at a first resolution, a first front region in which the first object moves at a relative velocity within a first relative velocity range, and controlling the transmitter to scan, at a second resolution higher than the first resolution, a second front region in which the second object moves at a relative velocity within a second relative velocity range higher than the first relative velocity range. a transmitter configured to transmit electromagnetic waves; a receiver configured to receive electromagnetic waves that are reflected; and a processor configured to extract a relative velocity, with respect to the radar apparatus, of at least one front object based on the electromagnetic waves received by the receiver, characterized in that the processor is further configured to drive the transmitter to locally adjust respective spatial resolutions of scanning front regions based on the relative velocity of the at least one front object, wherein the at least one front object comprises a first object and a second object, by: controlling the transmitter to scan, at a first resolution, a first front region in which the first object moves at a relative velocity within a first relative velocity range, and controlling the transmitter to scan, at a second resolution higher than the first resolution, a second front region in which the second object moves at a relative velocity within a second relative velocity range higher than the first relative velocity range. controlling the transmitter to scan, at a first resolution, a first front region in which the first object moves at a relative velocity within a first relative velocity range, and controlling the transmitter to scan, at a second resolution higher than the first resolution, a second front region in which the second object moves at a relative velocity within a second relative velocity range higher than the first relative velocity range.
Adapter device for the single-phase coupling of a circuit breaker to a busbar , having a base body with a circuit breaker side and a busbar side , which faces away from the circuit breaker side and, in the assembled state, faces towards the busbar, a current path distributor with a distributor input for electrically coupling to a current path of the busbar and three distributor outputs for dividing the current path of the busbar over three current paths of the circuit breaker and a current path combining element with three combining element inputs for combining the three current paths of the circuit breaker to form one current path of the busbar and a combining element output for electrically coupling to the current path of the busbar , wherein a receptacle for receiving the circuit breaker is formed on the circuit breaker side , characterized in that the current path distributor is arranged on the receptacle of the base body in such a way that the distributor outputs can be electrically coupled to a respective current input of the circuit breaker by arranging a circuit breaker in the receptacle, and in that the current path combining element is arranged on the receptacle of the base body in such a way that the combining element inputs can be electrically coupled to a respective current output of the circuit breaker by arranging a circuit breaker in the receptacle, wherein the distributor input and the combining element output are arranged on the base body in such a way that they are electrically coupled to a current path of the busbar when the adapter device is mounted on the busbar .
A welding asset repository , comprising: a housing with a plurality of receptacles , each receptacle configured to retain a welding asset and each receptacle comprising a sensor configured to detect when the welding asset is retained by the receptacle ; an asset data collector configured to collect asset data from each of the welding assets when the sensors detect the welding assets are retained by the receptacles ; and communication circuitry configured to transmit the asset data to a welding asset tracking server . a housing with a plurality of receptacles , each receptacle configured to retain a welding asset and each receptacle comprising a sensor configured to detect when the welding asset is retained by the receptacle ; an asset data collector configured to collect asset data from each of the welding assets when the sensors detect the welding assets are retained by the receptacles ; and communication circuitry configured to transmit the asset data to a welding asset tracking server .
A distribution device (106, 106a-h) configured for distributed data transmission in a mesh network , the distribution device comprising: a network interface device configured for: receiving a data message (204, 302a-c) comprising a header (304a-c, 402, 404, 406) and payload data and transmitting an additional data message (302a-f) to an additional distribution device (106b-i); and a processing device coupled to the network interface device, the processing device configured for: generating the additional data message comprising the payload data and an additional header (304a-c, 402, 404, 406, 502) wherein the additional header identifies the additional distribution device as being selected to receive the payload data; characterised in that the processing device is configured for: determining that the additional distribution device is a neighboring device and determining that the additional distribution device is not identified in the header as being selected to receive the payload data. a network interface device configured for: receiving a data message (204, 302a-c) comprising a header (304a-c, 402, 404, 406) and payload data and transmitting an additional data message (302a-f) to an additional distribution device (106b-i); and receiving a data message (204, 302a-c) comprising a header (304a-c, 402, 404, 406) and payload data and transmitting an additional data message (302a-f) to an additional distribution device (106b-i); a processing device coupled to the network interface device, the processing device configured for: generating the additional data message comprising the payload data and an additional header (304a-c, 402, 404, 406, 502) wherein the additional header identifies the additional distribution device as being selected to receive the payload data;
A method comprising: receiving, in one or more computing devices (118 1 -118 p ), information associated with a plurality of scheduled actions, each of the plurality of scheduled actions defining a device (112 1 -112 n ) to be controlled, an action to be carried out with respect to the device (112 1 -112 n ) to be controlled, a scheduled day on which to carry out the scheduled action and a scheduled time of day to carry out the scheduled action on the scheduled day; determining, by the one or more computing devices (118 1 -118 p ), a chronological ordering that indicates a chronological order in which at least a subset of the plurality of scheduled actions are scheduled to be carried out; determining, by the one or more computing devices (118 1 -118 p ), two or more scheduled actions included in the subset are scheduled to be carried out at the same day; generating, by the one or more computing devices (118 1 -118 p ), a view based at least in part on the chronological ordering, the view including operating information associated with the device to be controlled and a single entry to represent the two or more scheduled actions to be carried out at the same time on the same day; and displaying, in a user interface, the generated view. receiving, in one or more computing devices (118 1 -118 p ), information associated with a plurality of scheduled actions, each of the plurality of scheduled actions defining a device (112 1 -112 n ) to be controlled, an action to be carried out with respect to the device (112 1 -112 n ) to be controlled, a scheduled day on which to carry out the scheduled action and a scheduled time of day to carry out the scheduled action on the scheduled day; determining, by the one or more computing devices (118 1 -118 p ), a chronological ordering that indicates a chronological order in which at least a subset of the plurality of scheduled actions are scheduled to be carried out; determining, by the one or more computing devices (118 1 -118 p ), two or more scheduled actions included in the subset are scheduled to be carried out at the same day; generating, by the one or more computing devices (118 1 -118 p ), a view based at least in part on the chronological ordering, the view including operating information associated with the device to be controlled and a single entry to represent the two or more scheduled actions to be carried out at the same time on the same day; and displaying, in a user interface, the generated view.
A communication method, comprising: receiving, by a communications device, (S101), configuration information sent by a network device, wherein the configuration information comprises a sending resource of the beam failure recovery request, and the sending resource is a physical uplink control channel PUCCH or a media access control control element MAC CE; when a beam failure occurs in a secondary cell of the communications device, sending, by the communications device, (S102), the beam failure recovery request to the network device by using the PUCCH or the MAC CE; and determining, by the communications device, (S103), an active state time of discontinuous reception DRX based on a status of the beam failure recovery request, characterized in that the configuration information further comprises indication information of a first time, the first time is a time for which the communications device delays, after sending the beam failure recovery request, starting a response window timer, and the determining, by the communications device, an active state time of DRX based on a status of the beam failure recovery request comprises: after the beam failure recovery request is sent, controlling, by the communications device, the response window timer to start after a delay of the first time, wherein a working time of the response window timer is the active state time of the DRX. receiving, by a communications device, (S101), configuration information sent by a network device, wherein the configuration information comprises a sending resource of the beam failure recovery request, and the sending resource is a physical uplink control channel PUCCH or a media access control control element MAC CE; when a beam failure occurs in a secondary cell of the communications device, sending, by the communications device, (S102), the beam failure recovery request to the network device by using the PUCCH or the MAC CE; and determining, by the communications device, (S103), an active state time of discontinuous reception DRX based on a status of the beam failure recovery request, characterized in that the configuration information further comprises indication information of a first time, the first time is a time for which the communications device delays, after sending the beam failure recovery request, starting a response window timer, and the determining, by the communications device, an active state time of DRX based on a status of the beam failure recovery request comprises: after the beam failure recovery request is sent, controlling, by the communications device, the response window timer to start after a delay of the first time, wherein a working time of the response window timer is the active state time of the DRX.
A porous material comprising particles of polymer P assembled by a block copolymer, the block copolymer comprising at least one block consisting of a polymer sequence immiscible with the polymer P, and at least two blocks consisting of polymer sequences miscible with the polymer P, wherein: - the block copolymer is a triblock copolymer of general formula ABA, in which A represents a block consisting of a polymer sequence miscible with the polymer P, and B represents a block consisting of a polymer sequence immiscible with the polymer P; - the block A and the block B are acrylic or methacrylic homopolymer or copolymer sequences, and - the polymer P is chosen from polyvinylidene fluoride and polyvinyl chlorides. - the block copolymer is a triblock copolymer of general formula ABA, in which A represents a block consisting of a polymer sequence miscible with the polymer P, and B represents a block consisting of a polymer sequence immiscible with the polymer P; - the block A and the block B are acrylic or methacrylic homopolymer or copolymer sequences, and - the polymer P is chosen from polyvinylidene fluoride and polyvinyl chlorides.
A medical instrument , comprising two instrument branches pivotally coupled to each other, each of the instrument branches having a proximal handling portion and a distal jaw portion , the distal jaw portions forming an instrument mouth (M) which is movable, by a pivotal movement of the instrument branches , between a closed state, in which the jaw portions are moved inwardly toward each other, and an open state, in which the jaw portions are moved outwardly away from each other, wherein at least one of the instrument branches comprises a branch member and a jaw member , the branch member being elongated along a proximal/distal axis (PD) and having one of the proximal handling portions and a distal coupling portion , the jaw member forming one of the jaw portions and having a proximal complementary coupling portion , wherein the coupling portion and the complementary coupling portion form a releasable connection (C) to exchangeably attach the jaw member to the branch member , wherein the coupling portion is a wedge-shaped protrusion and the complementary coupling portion is a complementary wedge-shaped recess , or vice versa, wherein the wedge-shaped protrusion comprises two wedge surfaces opposing each other along a medial/lateral axis (ML), and wherein the opposing wedge surfaces are inclined in proximal direction toward each other by a first angle of inclination (α), characterized in that the opposing wedge surfaces are inclined inwardly toward each other by a second angle of inclination (β). two instrument branches pivotally coupled to each other, each of the instrument branches having a proximal handling portion and a distal jaw portion , the distal jaw portions forming an instrument mouth (M) which is movable, by a pivotal movement of the instrument branches , between a closed state, in which the jaw portions are moved inwardly toward each other, and an open state, in which the jaw portions are moved outwardly away from each other, wherein at least one of the instrument branches comprises a branch member and a jaw member , the branch member being elongated along a proximal/distal axis (PD) and having one of the proximal handling portions and a distal coupling portion , the jaw member forming one of the jaw portions and having a proximal complementary coupling portion , wherein the coupling portion and the complementary coupling portion form a releasable connection (C) to exchangeably attach the jaw member to the branch member , wherein the coupling portion is a wedge-shaped protrusion and the complementary coupling portion is a complementary wedge-shaped recess , or vice versa, wherein the wedge-shaped protrusion comprises two wedge surfaces opposing each other along a medial/lateral axis (ML), and wherein the opposing wedge surfaces are inclined in proximal direction toward each other by a first angle of inclination (α), characterized in that the opposing wedge surfaces are inclined inwardly toward each other by a second angle of inclination (β).
A computer-implemented method for correcting optical distortions comprising: generating, by one or more processors , and for an optical lens positioned between a display device and an eye position area having a plurality of pupil locations at which an image from the display device may be received through the optical lens, optical distortion mapping information for each of the plurality of pupil locations, wherein the generating includes, for each of the plurality of pupil locations, successively activating different groups of pixels on the display device and determining resulting positions at the pupil location that receive light from the activated groups of pixels through the optical lens; and using, by at least one processor , the generated optical distortion mapping information to display one or more images through the optical lens to a human eye. generating, by one or more processors , and for an optical lens positioned between a display device and an eye position area having a plurality of pupil locations at which an image from the display device may be received through the optical lens, optical distortion mapping information for each of the plurality of pupil locations, wherein the generating includes, for each of the plurality of pupil locations, successively activating different groups of pixels on the display device and determining resulting positions at the pupil location that receive light from the activated groups of pixels through the optical lens; and using, by at least one processor , the generated optical distortion mapping information to display one or more images through the optical lens to a human eye.