mhurhangee/patent-ind-claim-en huggingface dataset:
A lifting unit , for composing a luffing jib crane , the lifting unit comprising at least: - a jib foot intended to form a proximal part of a jib belonging to the luffing jib crane when the lifting unit is in a service configuration, - a counter-jib configured to support a ballast intended to balance the jib , - a securing part arranged between the jib foot and the counter-jib , the securing part comprising a securing portion (6.1) configured to secure the lifting unit to a mast of the luffing jib crane , and - a cylinder comprising a first cylinder part (8.1) and a second cylinder part (8.2), the first cylinder part (8.1) being mechanically connected to the jib foot such that the jib foot is movable at least between a lowered position and a lifted position, the lifting unit being configured to be placed at least: - in a service configuration, in which the cylinder may displace the jib foot between the lowered position and the lifted position, and - in a transport configuration, in which the jib foot is in the lowered position, the lifting unit being characterized in that the second cylinder part (8.2) is mechanically connected to the securing part . - a jib foot intended to form a proximal part of a jib belonging to the luffing jib crane when the lifting unit is in a service configuration, - a counter-jib configured to support a ballast intended to balance the jib , - a securing part arranged between the jib foot and the counter-jib , the securing part comprising a securing portion (6.1) configured to secure the lifting unit to a mast of the luffing jib crane , and - a cylinder comprising a first cylinder part (8.1) and a second cylinder part (8.2), the first cylinder part (8.1) being mechanically connected to the jib foot such that the jib foot is movable at least between a lowered position and a lifted position, - in a service configuration, in which the cylinder may displace the jib foot between the lowered position and the lifted position, and - in a transport configuration, in which the jib foot is in the lowered position,
A power storage module comprising: a stack in which a plurality of power storage cells are stacked; a resin plate placed on the stack; a flexible printed circuit board placed on the resin plate and having an electric circuit electrically connected to the plurality of power storage cells ; a thermistor element provided on the electric circuit and in contact with one power storage cell of the plurality of power storage cells to detect a temperature of the power storage cell ; a cover member provided on the resin plate to cover the flexible printed circuit board , the cover member being composed of a resin; and an elastic body located between the cover member and the thermistor element to press the thermistor element toward the power storage cell , characterized in that the cover member includes: a main body , a protuberance that protrudes toward the resin plate side, wherein the elastic body is disposed on the protuberance , and an opening/closing window that is provided adjacent to the protuberance to open and close an opening formed at a corner portion of the main body , allowing surroundings of the elastic body to be visually recognizable from the outside of the cover member , wherein a contact state between the elastic body and the thermistor element is visually recognizable with the opening/closing window being opened. a stack in which a plurality of power storage cells are stacked; a resin plate placed on the stack; a flexible printed circuit board placed on the resin plate and having an electric circuit electrically connected to the plurality of power storage cells ; a thermistor element provided on the electric circuit and in contact with one power storage cell of the plurality of power storage cells to detect a temperature of the power storage cell ; a cover member provided on the resin plate to cover the flexible printed circuit board , the cover member being composed of a resin; and an elastic body located between the cover member and the thermistor element to press the thermistor element toward the power storage cell , characterized in that the cover member includes: a main body , a protuberance that protrudes toward the resin plate side, wherein the elastic body is disposed on the protuberance , and an opening/closing window that is provided adjacent to the protuberance to open and close an opening formed at a corner portion of the main body , allowing surroundings of the elastic body to be visually recognizable from the outside of the cover member , wherein a main body , a protuberance that protrudes toward the resin plate side, wherein the elastic body is disposed on the protuberance , and an opening/closing window that is provided adjacent to the protuberance to open and close an opening formed at a corner portion of the main body , allowing surroundings of the elastic body to be visually recognizable from the outside of the cover member , wherein a contact state between the elastic body and the thermistor element is visually recognizable with the opening/closing window being opened.
Device for detecting a leakage current comprising means for measuring a current from an electric circuit of a vehicle , in particular a motor vehicle, said detection device being configured to be installed in said vehicle and being such that the measuring means comprise: - a magnetic core configured to be passed through by one or more conductive elements through which said current from the electric circuit is passed, said conductive element or said conductive elements forming a primary winding; - a secondary winding , wound around said core , for generating a magnetic flux on the basis of a reference current; - an oscillator for generating the reference current through the secondary winding , the reference current being configured to saturate said core ; the detection device being characterized in that the value of the current of the primary winding is obtained on the basis of the mean value of the current at the secondary winding over a period of oscillation covering a complete core magnetization and demagnetization cycle and in that the measuring means comprise: - an integrator/comparator module configured to deliver a current, referred to as the image of the current at the primary winding, which is dependent on the current from the circuit , and - means for compensating for the flux generated by the current from the electric circuit on the basis of the current delivered by said module . - a magnetic core configured to be passed through by one or more conductive elements through which said current from the electric circuit is passed, said conductive element or said conductive elements forming a primary winding; - a secondary winding , wound around said core , for generating a magnetic flux on the basis of a reference current; - an oscillator for generating the reference current through the secondary winding , the reference current being configured to saturate said core ; - an integrator/comparator module configured to deliver a current, referred to as the image of the current at the primary winding, which is dependent on the current from the circuit , and - means for compensating for the flux generated by the current from the electric circuit on the basis of the current delivered by said module .
A washing machine comprising: a water inlet constructed and arranged to supply water to the washing machine ; a pipe arrangement comprising two or more pipes , the pipe arrangement located between the water inlet and a component of the washing machine, each of the two or more pipes having a respective inlet valve , and each of the two or more pipes being of a different diameter; and a controller , the controller configured to control the inlet valves of the two or more pipes so as to selectively allow water to flow through one or more of the two or more pipes , to control a flow rate of water to the component ; and characterised in that the controller is configured to control the flow rate of water to the component in dependence on one or more parameters, the one or more parameters comprising one or more of: a stage of a washing cycle; a type of washing cycle; a weight of a washing load. a water inlet constructed and arranged to supply water to the washing machine ; a pipe arrangement comprising two or more pipes , the pipe arrangement located between the water inlet and a component of the washing machine, each of the two or more pipes having a respective inlet valve , and each of the two or more pipes being of a different diameter; and a controller , the controller configured to control the inlet valves of the two or more pipes so as to selectively allow water to flow through one or more of the two or more pipes , to control a flow rate of water to the component ; and characterised in that the controller is configured to control the flow rate of water to the component in dependence on one or more parameters, the one or more parameters comprising one or more of: a stage of a washing cycle; a type of washing cycle; a weight of a washing load.
A method for remote registration of a Machine-to-Machine, M2M, application, wherein the M2M application is arranged in a terminal or a network server; comprising: receiving, by a local Common Service Entity, CSE, a first registration request message from the M2M application, and reading a CSE list in a remote registration parameter when determining that the first registration request message comprises the remote registration parameter and determining that an activation indication parameter in the remote registration parameter represents that remote registration is required to be executed; (S201) and sending, by the local CSE, a second registration request message to target CSEs in the CSE list according to identifiers or addresses of the target CSEs so that the M2M application is remotely registered on the target CSEs when determining that the CSE list is not empty and the target CSEs have been successfully registered on the local CSE; (S202) wherein the CSE list comprises the identifiers or addresses of the target CSEs; and the second registration request message comprises: an identifier or address of the M2M application, and an identifier or address of the local CSE. receiving, by a local Common Service Entity, CSE, a first registration request message from the M2M application, and reading a CSE list in a remote registration parameter when determining that the first registration request message comprises the remote registration parameter and determining that an activation indication parameter in the remote registration parameter represents that remote registration is required to be executed; (S201) and sending, by the local CSE, a second registration request message to target CSEs in the CSE list according to identifiers or addresses of the target CSEs so that the M2M application is remotely registered on the target CSEs when determining that the CSE list is not empty and the target CSEs have been successfully registered on the local CSE; (S202) wherein the CSE list comprises the identifiers or addresses of the target CSEs; and the second registration request message comprises: an identifier or address of the M2M application, and an identifier or address of the local CSE.
A flood protection system comprising - at least one elongated flexible tube arranged for being filled with a liquid and containing said liquid, - at least one rigid coupling unit arranged for interconnecting the flexible tubes , characterised in that , the flood protection system further comprises - a monitoring system comprising at least one liquid level indicator arranged for measuring the liquid level inside the at least one coupling unit . - at least one elongated flexible tube arranged for being filled with a liquid and containing said liquid, - at least one rigid coupling unit arranged for interconnecting the flexible tubes , characterised in that , the flood protection system further comprises - a monitoring system comprising at least one liquid level indicator arranged for measuring the liquid level inside the at least one coupling unit .
A method in a network environment or in data communication with a network environment comprising: estimating a signal-to-interference-plus noise ratio (SINR) value between a wireless client and each Access Point (AP) of a plurality of APs in a network supporting MU-MIMO based on Channel State Information (CSI) between the wireless client and each AP of the plurality of APs ; and the method is characterized in that it further comprises: selecting an AP of the plurality of APs to be associated with the wireless client based on a channel bandwidth of the wireless client and the estimated SINR value between the wireless client and each AP of the plurality of APs and based on reducing a number of wireless clients with correlated channel bandwidths associated with an AP of the plurality of APs so as to reduce the interference between wireless clients associated with an AP , wherein reducing a number of wireless clients comprises preventing clients with correlated channels from being assigned to the same AP. estimating a signal-to-interference-plus noise ratio (SINR) value between a wireless client and each Access Point (AP) of a plurality of APs in a network supporting MU-MIMO based on Channel State Information (CSI) between the wireless client and each AP of the plurality of APs ; and the method is characterized in that it further comprises: selecting an AP of the plurality of APs to be associated with the wireless client based on a channel bandwidth of the wireless client and the estimated SINR value between the wireless client and each AP of the plurality of APs and based on reducing a number of wireless clients with correlated channel bandwidths associated with an AP of the plurality of APs so as to reduce the interference between wireless clients associated with an AP , wherein reducing a number of wireless clients comprises preventing clients with correlated channels from being assigned to the same AP.
A flash memory system, comprising: an array comprising a plurality of flash memory cells organized into rows and columns; and a logic fault detection circuit comprising: a command logic circuit to generate enable signals in response to signals from input pins; a replica command logic circuit to generate enable signals in response to the signals from input pins; and a comparator for comparing the enable signals from the command logic circuit and the enable signals from the replica command logic circuit, wherein the comparator generates a first output value if the enable signals from the command logic circuit and the enable signals from the replica command logic circuit are identical and the comparator generates a second output value if the enable signals from output of the command logic circuit and the enable signals from the replica command logic circuit are not identical, wherein the second output value disables access to the array. an array comprising a plurality of flash memory cells organized into rows and columns; and a logic fault detection circuit comprising: a command logic circuit to generate enable signals in response to signals from input pins; a replica command logic circuit to generate enable signals in response to the signals from input pins; and a comparator for comparing the enable signals from the command logic circuit and the enable signals from the replica command logic circuit, wherein the comparator generates a first output value if the enable signals from the command logic circuit and the enable signals from the replica command logic circuit are identical and the comparator generates a second output value if the enable signals from output of the command logic circuit and the enable signals from the replica command logic circuit are not identical, wherein the second output value disables access to the array. a command logic circuit to generate enable signals in response to signals from input pins; a replica command logic circuit to generate enable signals in response to the signals from input pins; and a comparator for comparing the enable signals from the command logic circuit and the enable signals from the replica command logic circuit, wherein the comparator generates a first output value if the enable signals from the command logic circuit and the enable signals from the replica command logic circuit are identical and the comparator generates a second output value if the enable signals from output of the command logic circuit and the enable signals from the replica command logic circuit are not identical, wherein the second output value disables access to the array.
A plasma spraying device comprising at least one cathode , an anode , a plasma channel extending between the cathode and the anode and a plurality of neutrodes bounding the plasma channel , wherein the neutrodes are electrically insulated from one another and wherein a gap extends between the frontmost neutrode facing the anode and the anode , in which a first insulating disc is arranged, wherein the gap between the frontmost neutrode and the anode has at least a first inner section and a third outer section , and wherein a radial and/or axial distance exists between the two sections , characterised in that the first insulating disc is arranged in the first inner section and a second insulating disc , which is separate from the first insulating disc , is arranged in the third outer section .
Seat support system for a cabin of a vehicle, comprising: a cross member for attachment to seat rails , the cross member having a main extension axis (y) that is transverse to the seat rails in an attached state of the cross member , at least one seat carrying device mounted on the cross member and comprising a mounting unit for receiving a passenger seat , wherein the at least one seat carrying device is adapted to move the mounting unit in a direction along the main extension axis (y) of the cross member and to rotate the mounting unit about at least one rotational axis , which extends vertical to the mounting unit , characterized in that the at least one seat carrying device comprises a first rotation unit and a second rotation unit , wherein the first rotation unit is rotatable about a first rotational axis relative to the second rotation unit , wherein the second rotation unit is rotatable about a second rotational axis relative to the cross member , and wherein the first and second rotational axes are arranged at a distance (d) to each other. a cross member for attachment to seat rails , the cross member having a main extension axis (y) that is transverse to the seat rails in an attached state of the cross member , at least one seat carrying device mounted on the cross member and comprising a mounting unit for receiving a passenger seat , wherein the at least one seat carrying device is adapted to move the mounting unit in a direction along the main extension axis (y) of the cross member and to rotate the mounting unit about at least one rotational axis , which extends vertical to the mounting unit , characterized in that the at least one seat carrying device comprises a first rotation unit and a second rotation unit , wherein the first rotation unit is rotatable about a first rotational axis relative to the second rotation unit , wherein the second rotation unit is rotatable about a second rotational axis relative to the cross member , and wherein the first and second rotational axes are arranged at a distance (d) to each other.
A micropump for a microfluidic device, the micropump comprising: a first layer ; a second layer adjacent the first layer ; a resiliently flexible diaphragm arranged at an interface between the first and second layers , the diaphragm having a peripheral edge extending perimetrically around the diaphragm; and a first pump chamber formed on a first side of the diaphragm and a second pump chamber formed on a second side of the diaphragm; characterized by a plurality of restraining tabs protruding radially inwards from the first layer into the first pump chamber ; wherein the restraining tabs abuttingly engage the peripheral edge of diaphragm . a first layer ; a second layer adjacent the first layer ; a resiliently flexible diaphragm arranged at an interface between the first and second layers , the diaphragm having a peripheral edge extending perimetrically around the diaphragm; and a first pump chamber formed on a first side of the diaphragm and a second pump chamber formed on a second side of the diaphragm; characterized by a plurality of restraining tabs protruding radially inwards from the first layer into the first pump chamber ; wherein the restraining tabs abuttingly engage the peripheral edge of diaphragm .
A method for a resource sensing in a wireless communication system, the method performed by a terminal and comprising: receiving information informing whether a transmission diversity mode coexists on a vehicle to everything, V2X, resource pool which is configured for the terminal , a number of antenna ports used by the transmission diversity mode of a specific terminal for which the terminal intends to measure a physical sidelink shared channel reference signal received power, PSSCH RSRP, and a transmission diversity scheme type of the specific terminal; detecting the specific terminal performing a transmission diversity-based V2X transmission operation based on the information; measuring the PSSCH RSRP for the specific terminal based on an antenna port used by the terminal ; and performing the resource sensing for the V2X resource pool based on a power boosted value of the PSSCH RSRP, wherein an antenna port number of the antenna port is shared between the terminal and the specific terminal. receiving information informing whether a transmission diversity mode coexists on a vehicle to everything, V2X, resource pool which is configured for the terminal , a number of antenna ports used by the transmission diversity mode of a specific terminal for which the terminal intends to measure a physical sidelink shared channel reference signal received power, PSSCH RSRP, and a transmission diversity scheme type of the specific terminal; detecting the specific terminal performing a transmission diversity-based V2X transmission operation based on the information; measuring the PSSCH RSRP for the specific terminal based on an antenna port used by the terminal ; and performing the resource sensing for the V2X resource pool based on a power boosted value of the PSSCH RSRP, wherein an antenna port number of the antenna port is shared between the terminal and the specific terminal.