mhurhangee/ep-ind-claims huggingface dataset:
A battery module (100; 300), comprising: a plurality of battery cell groups that are connected in series with each other, each of the plurality of battery cell groups including a plurality of battery cells that are connected to each other in parallel: a contact plate that is connected to one of the plurality of battery cell groups at a terminal of the battery module, the terminal corresponding to either a positive terminal of the battery module or a negative terminal of the battery module, wherein a positive or negative high-voltage connector (205; 2200H) protrudes out of the battery module, wherein the HV connector is integrated as part of the contact plate or is directly coupled to the contact plate; a cooling plate integrated into the battery module and configured to be cooled by an external liquid cooling system; characterized by: a heat pipe coupled to the contact plate in proximity to the HV connector of the contact plate and configured to transfer heat away from the HV connector and towards the cooling plate. a contact plate that is connected to one of the plurality of battery cell groups at a terminal of the battery module, the terminal corresponding to either a positive terminal of the battery module or a negative terminal of the battery module, wherein a positive or negative high-voltage connector (205; 2200H) protrudes out of the battery module, wherein the HV connector is integrated as part of the contact plate or is directly coupled to the contact plate; a cooling plate integrated into the battery module and configured to be cooled by an external liquid cooling system; characterized by: a heat pipe coupled to the contact plate in proximity to the HV connector of the contact plate and configured to transfer heat away from the HV connector and towards the cooling plate.
A laser surgical system for fragmenting lens tissue of an eye, the system comprising: a pulsed laser adapted to generate a pulsed laser beam; an optics module comprising one or more lenses and one or more reflectors adapted to focus and direct the laser beam towards a target region in the lens tissue; an imaging device adapted to collect reflected or scattered light or sound from the target region in the lens tissue to capture image data; a system control module adapted to generate a laser control signal to control the pulsed laser and generate a beam control signal to control the optics module to adjust the focusing and the laser beam direction in response to the beam control signal; wherein the system control module is adapted to process the captured image data to determine the placement of the applied laser pulses; characterised in that the system control module is further adapted to control the optics module to scan the pulsed laser to form a regular array of cells in a volume of the target region located in the lens by creating layers of laser-induced photodisrupted bubbles to generate cell surfaces and boundaries such that curved layers of photodisrupted bubbles are created to accommodate a natural curvature in the target region in the lens tissue of the eye, thereby breaking up the tissue along surfaces and boundaries of the cells into granules of fragmented tissue for removal via aspiration. a pulsed laser adapted to generate a pulsed laser beam; an optics module comprising one or more lenses and one or more reflectors adapted to focus and direct the laser beam towards a target region in the lens tissue; an imaging device adapted to collect reflected or scattered light or sound from the target region in the lens tissue to capture image data; a system control module adapted to generate a laser control signal to control the pulsed laser and generate a beam control signal to control the optics module to adjust the focusing and the laser beam direction in response to the beam control signal; wherein the system control module is adapted to process the captured image data to determine the placement of the applied laser pulses; characterised in that the system control module is further adapted to control the optics module to scan the pulsed laser to form a regular array of cells in a volume of the target region located in the lens by creating layers of laser-induced photodisrupted bubbles to generate cell surfaces and boundaries such that curved layers of photodisrupted bubbles are created to accommodate a natural curvature in the target region in the lens tissue of the eye, thereby breaking up the tissue along surfaces and boundaries of the cells into granules of fragmented tissue for removal via aspiration.
Method for producing composite workpieces having at least one foam layer in a production plant which comprises: - a tool carrier which is formed from a top tool-carrier part and a bottom tool-carrier part and in which a top tool part and a bottom tool part, connected releasably to the latter, are accommodated, which together form a production tool, - a tool robot, - a foam robot for introducing a reaction mixture suitable for foaming, - a computer controller, wherein the method furthermore comprises the following method steps: - the tool robot removes the top tool-carrier part together with the top tool part out of the tool carrier and sets the top tool-carrier part down next to the bottom tool part accommodated in the bottom tool-carrier part, - at least one cavity of the top tool part and/or of the bottom tool part is equipped with at least one component of the composite workpiece, - the foam robot introduces the reaction mixture into the open bottom tool part by means of a mixing head, - the tool robot picks up the top tool-carrier part with the top tool part contained therein and joins it back to the bottom tool-carrier part and the bottom tool part accommodated therein, such that the production tool is closed during the foaming process. - a tool carrier which is formed from a top tool-carrier part and a bottom tool-carrier part and in which a top tool part and a bottom tool part, connected releasably to the latter, are accommodated, which together form a production tool, - a tool robot, - a foam robot for introducing a reaction mixture suitable for foaming, - a computer controller, - the tool robot removes the top tool-carrier part together with the top tool part out of the tool carrier and sets the top tool-carrier part down next to the bottom tool part accommodated in the bottom tool-carrier part, - at least one cavity of the top tool part and/or of the bottom tool part is equipped with at least one component of the composite workpiece, - the foam robot introduces the reaction mixture into the open bottom tool part by means of a mixing head, - the tool robot picks up the top tool-carrier part with the top tool part contained therein and joins it back to the bottom tool-carrier part and the bottom tool part accommodated therein, such that the production tool is closed during the foaming process.
A method for processing a missed call at an electronic device, the method comprising: outputting a first call notification if an electronic device receives an incoming call through a communication network; recognizing the incoming call as a missed call if the incoming call is terminated; and if the incoming call is recognized as the missed call, outputting a second call notification, wherein the second call notification comprises at least one of a ringtone or a vibration which is a same output as used for the first call notification. outputting a first call notification if an electronic device receives an incoming call through a communication network; recognizing the incoming call as a missed call if the incoming call is terminated; and if the incoming call is recognized as the missed call, outputting a second call notification, wherein the second call notification comprises at least one of a ringtone or a vibration which is a same output as used for the first call notification.
An artificial sensory epithelium to be embedded in a cochlea of a patient, comprising: a piezoelectric film having a thin and long strip shape; and multitude microelectrodes arranged on the piezoelectric film, the microelectrodes configured to provide electric stimuli to spiral ganglion neurons, wherein the piezoelectric film is configured to induce minute voltage corresponding to strain caused by vibration of a portion of the piezoelectric film, the piezoelectric film has one end part on which a resonance segment is provided, the resonance segment resonating with sound waves in a high frequency band range of an audible frequency band of the patient, and a part of the resonance segment on a side of the piezoelectric film has a width larger than a part thereof on an opposite side of the piezoelectric film. a piezoelectric film having a thin and long strip shape; and multitude microelectrodes arranged on the piezoelectric film, the microelectrodes configured to provide electric stimuli to spiral ganglion neurons, wherein the piezoelectric film is configured to induce minute voltage corresponding to strain caused by vibration of a portion of the piezoelectric film, the piezoelectric film has one end part on which a resonance segment is provided, the resonance segment resonating with sound waves in a high frequency band range of an audible frequency band of the patient, and a part of the resonance segment on a side of the piezoelectric film has a width larger than a part thereof on an opposite side of the piezoelectric film.
A mobile station comprising: means for transmitting a preamble over a random access channel; means for reporting, to a base station, the number of times of preamble transmission from the first transmission of the preamble until the reception of a random access response including an index corresponding to the preamble; characterized by means for receiving a report request from the base station, wherein the mobile station (2 1, 2 2, 2 3) reports, to the base station, the number of times of preamble transmission, only if the mobile station received the report request after the reception of the random access response. means for transmitting a preamble over a random access channel; means for reporting, to a base station, the number of times of preamble transmission from the first transmission of the preamble until the reception of a random access response including an index corresponding to the preamble; characterized by means for receiving a report request from the base station, wherein the mobile station (2 1, 2 2, 2 3) reports, to the base station, the number of times of preamble transmission, only if the mobile station received the report request after the reception of the random access response.
A conductive hook-and-loop fastener comprising a base cloth containing a woven fabric, having existing on one surface thereof plural loop engagement elements including a multifilament yarn including as at least a part thereof a conductive filament, wherein the multifilament yarn constituting the loop engagement elements is inwoven in a warp direction of the woven fabric, wherein the conductive hook-and-loop fastener is a hook-and-loop coexistence type fastener including plural hook engagement elements including a monofilament yarn and the plural loop engagement elements, coexisting on one surface of the base cloth containing the woven fabric, and wherein the monofilament yarn constituting the hook engagement elements is a non-conductive monofilament yarn. wherein the multifilament yarn constituting the loop engagement elements is inwoven in a warp direction of the woven fabric, wherein the conductive hook-and-loop fastener is a hook-and-loop coexistence type fastener including plural hook engagement elements including a monofilament yarn and the plural loop engagement elements, coexisting on one surface of the base cloth containing the woven fabric, and wherein the monofilament yarn constituting the hook engagement elements is a non-conductive monofilament yarn.
A method for removing contaminants from a silver oxide-containing hydrophilic coating, the method comprising: heating the coating to a temperature between 260 °C and 540 °C; and maintaining the coating at a temperature between 260 °C and 540 °C in an environment containing oxygen and ozone for less than 24 hours to simultaneously regenerate the silver oxide in the hydrophilic coating. heating the coating to a temperature between 260 °C and 540 °C; and maintaining the coating at a temperature between 260 °C and 540 °C in an environment containing oxygen and ozone for less than 24 hours to simultaneously regenerate the silver oxide in the hydrophilic coating.
An optical component comprising: a light transmissive member having an upper face, a lower face, and at least one lateral face; and a light reflecting member that surrounds the at least one lateral face of the light transmissive member, wherein the light reflecting member is made of a ceramic and characterised in that said ceramic contains a plurality of pores, and wherein the plurality of pores are localized in a vicinity of the light transmissive member in a cross section that extends through the light transmissive member and the light reflecting member. a light transmissive member having an upper face, a lower face, and at least one lateral face; and a light reflecting member that surrounds the at least one lateral face of the light transmissive member, wherein the light reflecting member is made of a ceramic and characterised in that said ceramic contains a plurality of pores, and wherein the plurality of pores are localized in a vicinity of the light transmissive member in a cross section that extends through the light transmissive member and the light reflecting member.
Rotor (10, 20, 40, 50) for a reluctance machine, comprising conductor layers (11, 11a, 21, 41, 51) and insulation layers (15, 15a) arranged in alternation in the axial direction, wherein the conductor layers (11, 11a, 21, 41, 51) have magnetic-flux-conducting conductor regions (12, 22, 42, 52) and the insulation layers (15, 15a) are electrically insulating, wherein at least one conductor layer (11, 11a, 21, 41, 51) has at least one non-magnetic-flux-conducting insulation region (13, 23, 43, 53) which is arranged at least partially between conductor regions (12, 22, 42, 52), characterised in that the rotor (10, 20, 40, 50) is produced at least partially by additive manufacturing, wherein at least one insulation region (13, 23, 43, 53) has an in-layer insulating rib (14a-14i, 24a, 24b) which is made from non-magnetic-flux-conducting material by means of additive manufacturing and which connects two conductor regions (12, 22, 42, 52).
A method for starting inter-frequency measurement, wherein the method is applied to an inter-frequency network, the inter-frequency network comprises a first base station and a second base station, there is an overlapping area between a signal coverage area of the first base station and a signal coverage area of the second base station, an access priority of the second base station is higher than an access priority of the first base station, and the first base station and the second base station are located in different frequencies; user equipment accesses the first base station; a distance between the second base station and a wireless access point, AP, is less than a first distance threshold, and the AP is controlled by an access controller, AC; and the method comprises: receiving, by the AC, a user authentication request sent by the user equipment, wherein the user authentication request is used to request to authenticate whether the user equipment is able to access the AP, and the user authentication request comprises an identifier of the user equipment; obtaining, by the AC, the identifier of the user equipment from the user authentication request; and sending, by the AC, an inter-frequency measurement request to the user equipment for measuring the signal of the second base station according to the identifier of the user equipment, wherein the inter-frequency measurement request is used to request the user equipment to start inter-frequency measurement. receiving, by the AC, a user authentication request sent by the user equipment, wherein the user authentication request is used to request to authenticate whether the user equipment is able to access the AP, and the user authentication request comprises an identifier of the user equipment; obtaining, by the AC, the identifier of the user equipment from the user authentication request; and sending, by the AC, an inter-frequency measurement request to the user equipment for measuring the signal of the second base station according to the identifier of the user equipment, wherein the inter-frequency measurement request is used to request the user equipment to start inter-frequency measurement.
A method for identifying critical elements of a meshed current return electrical network of an aircraft, said aircraft comprising at least one structure made of composite material, said electrical network comprising a plurality of conductive elements, said identification method being characterized in that it comprises: - a step of modelling the electrical network by means of a graph comprising a plurality of nodes and a plurality of branches connecting these nodes, each node of the graph corresponding to a connection point between two elements of the network, each branch between two nodes representing an element of the network, said graph being represented by a matrix reflecting the topology of the network and comprising values of an electrical characteristic of the elements of the network represented by the branches of the graph; - a step of determining the eigenvalues and eigenvectors of the matrix representing the graph; - an step of estimating, from the eigenvectors and eigenvalues of the matrix, and for each element of a plurality of elements of the network represented by a branch of the graph, a sensitivity of a determined electrical property between a source and a load that are connected to the electrical network at a disturbance in the value of the electrical characteristic of this element; and - a step of determining, among the elements of the network, critical elements with regard to a state of operation of the network, an element of the network being determined as critical when the sensitivity of the electrical property estimated for this element exceeds a predetermined criticality threshold. - a step of modelling the electrical network by means of a graph comprising a plurality of nodes and a plurality of branches connecting these nodes, each node of the graph corresponding to a connection point between two elements of the network, each branch between two nodes representing an element of the network, said graph being represented by a matrix reflecting the topology of the network and comprising values of an electrical characteristic of the elements of the network represented by the branches of the graph; - a step of determining the eigenvalues and eigenvectors of the matrix representing the graph; - an step of estimating, from the eigenvectors and eigenvalues of the matrix, and for each element of a plurality of elements of the network represented by a branch of the graph, a sensitivity of a determined electrical property between a source and a load that are connected to the electrical network at a disturbance in the value of the electrical characteristic of this element; and - a step of determining, among the elements of the network, critical elements with regard to a state of operation of the network, an element of the network being determined as critical when the sensitivity of the electrical property estimated for this element exceeds a predetermined criticality threshold.
A ventilated suit 100 comprising: a hood portion 102; four limb portions, comprising arm portions 104 and 106 and leg portions 108 and 110; an air inlet port 112; and an air distribution system 120 in fluid communication with the air inlet port 112 and attached to the back portion 101 of the ventilated suit 100, the air distribution system 120 comprising: at least five air pathways 118, 124, 126, 128, and 130 extending into the four limbs 104, 106, 108, and 110 and hood 102 of the suit 100, the air pathways in fluid communication with the air inlet port 112, wherein: the ventilated suit 100 is formed of fabric; the at least five air pathways 118, 124, 126, 128, and 130 comprise layers of fabric; and the air pathways 118, 124, 126, 128, and 130 are formed by stitches 134 between the layers of fabric and the fabric of the suit 100. a hood portion 102; four limb portions, comprising arm portions 104 and 106 and leg portions 108 and 110; an air inlet port 112; and an air distribution system 120 in fluid communication with the air inlet port 112 and attached to the back portion 101 of the ventilated suit 100, the air distribution system 120 comprising: at least five air pathways 118, 124, 126, 128, and 130 extending into the four limbs 104, 106, 108, and 110 and hood 102 of the suit 100, the air pathways in fluid communication with the air inlet port 112, at least five air pathways 118, 124, 126, 128, and 130 extending into the four limbs 104, 106, 108, and 110 and hood 102 of the suit 100, the air pathways in fluid communication with the air inlet port 112, the ventilated suit 100 is formed of fabric; the at least five air pathways 118, 124, 126, 128, and 130 comprise layers of fabric; and the air pathways 118, 124, 126, 128, and 130 are formed by stitches 134 between the layers of fabric and the fabric of the suit 100.
An automatic liquid dispensing gun, comprising a structure provided with a connector for coupling to a pipe for feeding a liquid and with a nozzle designed to be inserted in the container designed to receive the dispensed liquid, said nozzle comprising a duct for dispensing the liquid which is controlled by an actuation handle and an air intake duct, which reaches a device adapted to block the dispensing of the liquid when the inflow of air ceases, said automatic gun further comprising an element (8, 9) that is sensitive to the passage of the liquid and is connected to a sensor which is adapted to transmit signals related to the dispensed quantity of said liquid to an electronic board capable of recording said dispensed quantity of liquid, with transmission of a data item related to said quantity to a display accommodated within said structure characterized in that it comprises means (15, 16, 17 and 18) adapted to block the air intake duct, which are adapted to be activated upon a command that arrives from the electronic board when a value of the quantity of liquid dispensed that is set by the user on said board is reached, consequently stopping the flow of the liquid dispensed by the gun.
A method for manufacturing a fire suppressant discharge assembly, the discharge assembly comprising: a discharge valve; and a discharge conduit having: an interior surface; and an exterior surface, the method comprising: forming in situ a first conductor and a second conductor of a capacitive gauge on the discharge conduit. a discharge valve; and a discharge conduit having: an interior surface; and an exterior surface, the method comprising: forming in situ a first conductor and a second conductor of a capacitive gauge on the discharge conduit. an interior surface; and an exterior surface, the method comprising: forming in situ a first conductor and a second conductor of a capacitive gauge on the discharge conduit.
A sliding element for a current collector for conducting electrical energy from an overhead contact line to an electrically driven vehicle, wherein the overhead contact line is fixed and the current collector is connected to the vehicle, and the sliding element comprises a carrier and at least one carbon contact shoe located on the carrier, characterized in that the carrier is formed in a single piece and a trough-shaped depression is formed to receive the at least one carbon contact shoe such that the at least one carbon contact shoe is flush at its faces with the top of the carrier.