mhurhangee/patent-ind-claim-en huggingface dataset:
A direct link data transmission method, carried out when a distributed transmission resource set overlaps a centralized scheduling resource set, the method comprising: receiving, by a first terminal device , first configuration information sent by a network device , wherein the first configuration information comprises information about the transmission resource set, and wherein the first configuration information further comprises a first threshold and a second threshold, the first threshold is less than or equal to the second threshold, and the transmission resource set is a transmission resource set shared between a second terminal device that uses a centralized scheduling transmission mode and a third terminal device that uses a distributed transmission mode; detecting, by the first terminal device , a load level of resource units in the transmission resource set based on the information about the transmission resource set, wherein the load level comprises a ratio of occupied resource units to all resource units; and sending, by the first terminal device , report information to the network device based on the load level, wherein when the load level is greater than or equal to the first threshold and is less than or equal to the second threshold, the first terminal device determines to send the report information to the network device, wherein different quantities of resource units are reported for different load levels, and wherein the report information comprises information about occupied resource units and/or information about available resource units in the transmission resource set. receiving, by a first terminal device , first configuration information sent by a network device , wherein the first configuration information comprises information about the transmission resource set, and wherein the first configuration information further comprises a first threshold and a second threshold, the first threshold is less than or equal to the second threshold, and the transmission resource set is a transmission resource set shared between a second terminal device that uses a centralized scheduling transmission mode and a third terminal device that uses a distributed transmission mode; detecting, by the first terminal device , a load level of resource units in the transmission resource set based on the information about the transmission resource set, wherein the load level comprises a ratio of occupied resource units to all resource units; and sending, by the first terminal device , report information to the network device based on the load level, wherein when the load level is greater than or equal to the first threshold and is less than or equal to the second threshold, the first terminal device determines to send the report information to the network device, wherein different quantities of resource units are reported for different load levels, and wherein the report information comprises information about occupied resource units and/or information about available resource units in the transmission resource set.
A power supply for providing a plurality of voltage outputs at a plurality of output ports with a function of detecting presence or absence of a load at a first output port selected from the plurality of output ports, the power supply comprising: a first voltage source for providing a first voltage at a first node; a first diode having a cathode coupled to the first output port , and having an anode directly or indirectly coupled to the first node for receiving the first voltage; a second voltage source for providing a second voltage at a second node; a second diode having a cathode coupled to a second output port selected from the plurality of output ports, and having an anode coupled to the second node for receiving the second voltage; and a bridging circuit having two terminals respectively connected to the first and the second output ports ; wherein: the second voltage is higher than the first voltage such that when the load is not present at the first output port , the bridging circuit pulls up an output voltage at the first output port to reverse bias the first diode , thereby enabling the presence or absence of the load at the first output port to be detectable by detecting the output voltage at the first output port . a first voltage source for providing a first voltage at a first node; a first diode having a cathode coupled to the first output port , and having an anode directly or indirectly coupled to the first node for receiving the first voltage; a second voltage source for providing a second voltage at a second node; a second diode having a cathode coupled to a second output port selected from the plurality of output ports, and having an anode coupled to the second node for receiving the second voltage; and a bridging circuit having two terminals respectively connected to the first and the second output ports ;
A pulley, applicable to a robotic arm, comprising: a wheel portion including two circular end surfaces opposing each other and a side surface connecting the two end surfaces , wherein the side surface includes a main arc face and a branch arc face , the branch arc face has a head end connected to the main arc face and a tail end configured to connect a strap , the branch arc face has a width in an axial direction of the wheel portion smaller than a width of the main arc face , and the branch arc face and the main arc face form a continuous circular arc surface on which the strap rides; and a lug portion fixed to the wheel portion , wherein the lug portion is disposed at a position adjacent to the branch arc face along the width of the main arc face and extends to protrude beyond the branch arc face in a radial direction of the wheel portion , and the lug portion is configured to connect the pulley to an end effector of the robotic arm; wherein two branch arc faces and two lug portions are provided, and characterized in that each of left and right sides of the pulley comprises a connector chamber , one of the two branch arc faces and one of the two lug portions , the connector chamber being configured to receive and hold a strap connector which is connected to a strap and matched in shape with the connector chamber, and the pulley is rotated-symmetrical about the radial direction of the wheel portion so that two straps are connectable to the pulley at both sides and along opposite directions. a wheel portion including two circular end surfaces opposing each other and a side surface connecting the two end surfaces , wherein the side surface includes a main arc face and a branch arc face , the branch arc face has a head end connected to the main arc face and a tail end configured to connect a strap , the branch arc face has a width in an axial direction of the wheel portion smaller than a width of the main arc face , and the branch arc face and the main arc face form a continuous circular arc surface on which the strap rides; and a lug portion fixed to the wheel portion , wherein the lug portion is disposed at a position adjacent to the branch arc face along the width of the main arc face and extends to protrude beyond the branch arc face in a radial direction of the wheel portion , and the lug portion is configured to connect the pulley to an end effector of the robotic arm; wherein two branch arc faces and two lug portions are provided, and characterized in that each of left and right sides of the pulley comprises a connector chamber , one of the two branch arc faces and one of the two lug portions , the connector chamber being configured to receive and hold a strap connector which is connected to a strap and matched in shape with the connector chamber, and the pulley is rotated-symmetrical about the radial direction of the wheel portion so that two straps are connectable to the pulley at both sides and along opposite directions.
A method for testing a shaped charge comprising: pressing a powdered material into a disc; sintering the disc ; placing the disc proximate to a shaped charge ; and firing the shaped charge into the disc 63), characterised in that the powdered material comprises at least one of powdered iron, powdered carbon, powdered copper and powdered molybdenum. pressing a powdered material into a disc; sintering the disc ; placing the disc proximate to a shaped charge ; and firing the shaped charge into the disc 63), characterised in that the powdered material comprises at least one of powdered iron, powdered carbon, powdered copper and powdered molybdenum.
A method for configuring a cyclic prefix for transmissions on a cellular network using a Radio Access Technology based on Orthogonal Frequency Division Multiplexing, OFDM, the method comprising: determining, at a User Equipment, UE, of the cellular network, first information for calculating a delay spread for transmission symbols from a first base station of the cellular network to the UE; determining, at the UE, second information for calculating a delay spread for transmission symbols from a second base station of the cellular network to the UE, the UE being configured to communicate with the first base station and with the second base station at the same time; and identifying a cyclic prefix for the transmissions based on the determined first information and the determined second information; and wherein the step of identifying a cyclic prefix for the transmissions is based on: the first information, if a delay spread calculated from the first information is longer than a delay spread calculated from the second information; and the second information, if a delay spread calculated from the second information is longer than a delay spread calculated from the first information. determining, at a User Equipment, UE, of the cellular network, first information for calculating a delay spread for transmission symbols from a first base station of the cellular network to the UE; determining, at the UE, second information for calculating a delay spread for transmission symbols from a second base station of the cellular network to the UE, the UE being configured to communicate with the first base station and with the second base station at the same time; and identifying a cyclic prefix for the transmissions based on the determined first information and the determined second information; and wherein the step of identifying a cyclic prefix for the transmissions is based on: the first information, if a delay spread calculated from the first information is longer than a delay spread calculated from the second information; and the second information, if a delay spread calculated from the second information is longer than a delay spread calculated from the first information.
Apparatus, comprising: a catheter ; a tip electrode , at a distal end of the catheter, shaped to define a plurality of fluid apertures ; and a structure, within the tip electrode and comprising a conduit , the structure configured such that fluid passed distally through a lumen of the catheter flows in a longitudinal direction through a space between the structure and an inner surface of the tip electrode, prior to exiting through the fluid apertures; wherein the structure is shaped to define a plurality of circumferential openings , such that at least some of the fluid flows from the conduit into the space through the circumferential openings; and wherein the conduit is configured such that at least some of the fluid exits a distal opening of the conduit, and is then deflected into the space by a distal face of the tip electrode. a catheter ; a tip electrode , at a distal end of the catheter, shaped to define a plurality of fluid apertures ; and a structure, within the tip electrode and comprising a conduit , the structure configured such that fluid passed distally through a lumen of the catheter flows in a longitudinal direction through a space between the structure and an inner surface of the tip electrode, prior to exiting through the fluid apertures; wherein the structure is shaped to define a plurality of circumferential openings , such that at least some of the fluid flows from the conduit into the space through the circumferential openings; and wherein the conduit is configured such that at least some of the fluid exits a distal opening of the conduit, and is then deflected into the space by a distal face of the tip electrode.
A guided missile comprising: a sleeve-shaped missile body that extends along a longitudinal axis (R) from a front section to a rear section , along a height axis (Y) from a bottom area to a top area , and along a transversal axis (P) from a left-hand side to a right-hand side ; at least one engine for producing forward thrust, the at least one engine being accommodated inside the sleeve-shaped missile body and comprising a nozzle that is arranged at the rear section of the sleeve-shaped missile body ; at least one flight direction control device that is rotatably mounted to the top area and/or the bottom area of the sleeve-shaped missile body for adjusting a flight direction of the guided missile ; and at least one aerodynamic extension with an aerodynamic cross-sectional shape that is arranged on the left-hand side and/or the right-hand side of the sleeve-shaped missile body , wherein the at least one aerodynamic extension forms together with the sleeve-shaped missile body a lift generating airfoil at an angle oblique to the longitudinal axis (R) for producing additional lift during flight. a sleeve-shaped missile body that extends along a longitudinal axis (R) from a front section to a rear section , along a height axis (Y) from a bottom area to a top area , and along a transversal axis (P) from a left-hand side to a right-hand side ; at least one engine for producing forward thrust, the at least one engine being accommodated inside the sleeve-shaped missile body and comprising a nozzle that is arranged at the rear section of the sleeve-shaped missile body ; at least one flight direction control device that is rotatably mounted to the top area and/or the bottom area of the sleeve-shaped missile body for adjusting a flight direction of the guided missile ; and at least one aerodynamic extension with an aerodynamic cross-sectional shape that is arranged on the left-hand side and/or the right-hand side of the sleeve-shaped missile body , wherein the at least one aerodynamic extension forms together with the sleeve-shaped missile body a lift generating airfoil at an angle oblique to the longitudinal axis (R) for producing additional lift during flight.
An apparatus for treating human skin, comprising: an outer housing including a graspable portion , the outer housing comprising an applicator head engagement structure ; an applicator head that connects to the outer housing; an image capture device that captures images of the human skin through an opening in the applicator head; a processor that analyzes the images of the human skin to identify skin deviations; and a cartridge comprising a nozzle located in the applicator head; the applicator head comprising an outer housing engagement structure that engages the applicator head engagement structure with the cartridge inserted into the outer housing, the outer housing engagement structure being characterized in that it inhibits removal of the cartridge from the outer housing; and a cap that engages the applicator head, wherein the cap has a locked configuration connected to the applicator head where the applicator head is removable from the outer housing and an unlocked configuration connected to the applicator head where removal of the applicator head from the outer housing is inhibited by the applicator head engagement structure. an outer housing including a graspable portion , the outer housing comprising an applicator head engagement structure ; an applicator head that connects to the outer housing; an image capture device that captures images of the human skin through an opening in the applicator head; a processor that analyzes the images of the human skin to identify skin deviations; and a cartridge comprising a nozzle located in the applicator head; the applicator head comprising an outer housing engagement structure that engages the applicator head engagement structure with the cartridge inserted into the outer housing, the outer housing engagement structure being characterized in that it inhibits removal of the cartridge from the outer housing; and a cap that engages the applicator head, wherein the cap has a locked configuration connected to the applicator head where the applicator head is removable from the outer housing and an unlocked configuration connected to the applicator head where removal of the applicator head from the outer housing is inhibited by the applicator head engagement structure.
A folding table comprising: a top and a bottom; a first table end having first and second side walls spaced from and lying opposite one another and an end wall running between the first and second side walls of said first table end ; an opposite table end having first and second side walls spaced from and lying opposite one another and an end wall running between the first and second side walls of said opposite table end so that the first and the second side walls and the end walls of said first and opposite table ends surround the bottom of said folding table, said opposite table end being pivotally coupled to said first table end at an interface therebetween such that said first and opposite table ends are rotatable so as to lie facing one another at which said folding table is in a folded configuration or end-to-end one another at which said folding table is in an unfolded configuration; and a pair of wheels , characterized in that said pair of wheels is pivotally connected to the bottom of said folding table adjacent to the interface so as to be rotatable relative to said bottom when said folding table is in said unfolded configuration, said pair of wheels rotatable away from one another and movable past respective ones of the first and second side walls of the first of said first and opposite table ends to a first position located laterally outward from the bottom of said folding table and rotatable towards one another and movable past the respective ones of said first and second side walls to a second position located below the bottom of said folding table . a top and a bottom; a first table end having first and second side walls spaced from and lying opposite one another and an end wall running between the first and second side walls of said first table end ; an opposite table end having first and second side walls spaced from and lying opposite one another and an end wall running between the first and second side walls of said opposite table end so that the first and the second side walls and the end walls of said first and opposite table ends surround the bottom of said folding table, said opposite table end being pivotally coupled to said first table end at an interface therebetween such that said first and opposite table ends are rotatable so as to lie facing one another at which said folding table is in a folded configuration or end-to-end one another at which said folding table is in an unfolded configuration; and a pair of wheels , characterized in that said pair of wheels is pivotally connected to the bottom of said folding table adjacent to the interface so as to be rotatable relative to said bottom when said folding table is in said unfolded configuration, said pair of wheels rotatable away from one another and movable past respective ones of the first and second side walls of the first of said first and opposite table ends to a first position located laterally outward from the bottom of said folding table and rotatable towards one another and movable past the respective ones of said first and second side walls to a second position located below the bottom of said folding table .
An electronic scanning array antenna comprising: a plurality of antenna elements (105-108, 405-408) constituting the electronic scanning array antenna are respectively connected to a single trigger generator through impulse generators (101-104, 401-404); a series circuit of a plurality of delay lines (113-115, 413-415) is connected to the trigger generator; each of the impulse generators (101-104, 401-404) is connected to a different position of a wiring through which the delay lines (113-115, 413-415) are connected in series; a time difference occurs between inputs of a transmission trigger supplied to each of the antenna elements (105-108, 405-408) to thereby control a direction of a beam emitted from the electronic scanning array antenna; and the trigger generator is a variable frequency trigger generator . a plurality of antenna elements (105-108, 405-408) constituting the electronic scanning array antenna are respectively connected to a single trigger generator through impulse generators (101-104, 401-404); a series circuit of a plurality of delay lines (113-115, 413-415) is connected to the trigger generator; each of the impulse generators (101-104, 401-404) is connected to a different position of a wiring through which the delay lines (113-115, 413-415) are connected in series; a time difference occurs between inputs of a transmission trigger supplied to each of the antenna elements (105-108, 405-408) to thereby control a direction of a beam emitted from the electronic scanning array antenna; and the trigger generator is a variable frequency trigger generator .
A method for controlling a surgical light, comprising: obtaining holding information when a user holds an aseptic handle, determining an illumination parameter corresponding to the holding information according to the holding information; obtaining an adjustment instruction triggered by the user; and adjusting the illumination parameter corresponding to the holding information according to the adjustment instruction; characterised in that : the holding information comprises holding gestures and/or holding positions used by the user when holding the aseptic handle, and different holding gestures and/or different holding positions correspond to different illumination parameters. obtaining holding information when a user holds an aseptic handle, determining an illumination parameter corresponding to the holding information according to the holding information; obtaining an adjustment instruction triggered by the user; and adjusting the illumination parameter corresponding to the holding information according to the adjustment instruction; characterised in that : the holding information comprises holding gestures and/or holding positions used by the user when holding the aseptic handle, and different holding gestures and/or different holding positions correspond to different illumination parameters.