mhurhangee/ep-ind-claims huggingface dataset:
A battery module comprising: at least one rechargeable battery unit; a housing for housing the at least one rechargeable battery unit, the housing having an air inlet for passage of air into the housing, wherein the air inlet is provided with an opening/closing member configured for selectively controlling an opening state of the air inlet based on air flow pressure from outside the housing acting on the opening/closing member, wherein the opening/closing member is rotatably installed on said housing to rotate between an open state in which air flows into the air inlet and a closed state in which air is prevented from flowing into the air inlet, said opening/closing member including a shaft member and a blocking plate connected to the shaft member, a resilient biasing means being formed on the shaft member, said resilient biasing means being configured for applying a rotatable pressing force to the blocking plate so that the blocking plate is pressurized into the inlet to close the inlet, wherein the inlet is configured to be opened when said air flow pressure is greater than the pressing force of the resilient biasing means acting on the opening/closing member. at least one rechargeable battery unit; a housing for housing the at least one rechargeable battery unit, the housing having an air inlet for passage of air into the housing, wherein the air inlet is provided with an opening/closing member configured for selectively controlling an opening state of the air inlet based on air flow pressure from outside the housing acting on the opening/closing member, wherein the opening/closing member is rotatably installed on said housing to rotate between an open state in which air flows into the air inlet and a closed state in which air is prevented from flowing into the air inlet, said opening/closing member including a shaft member and a blocking plate connected to the shaft member, a resilient biasing means being formed on the shaft member, said resilient biasing means being configured for applying a rotatable pressing force to the blocking plate so that the blocking plate is pressurized into the inlet to close the inlet, wherein the inlet is configured to be opened when said air flow pressure is greater than the pressing force of the resilient biasing means acting on the opening/closing member.
A power converter for transferring power between a high voltage DC connection and a high voltage AC connection (80, 80a-c), the power converter comprising a power converter assembly (6, 6a-c) comprising: a first converter arm, a first reactor, a second reactor and a second converter arm, connected serially between the positive and negative terminals of the DC connection; wherein the high voltage AC connection (80, 80a-c) is provided between the first converter arm and the second converter arm; each one of the converter arms (13a-b) comprises a plurality of converter cells (32a-d, 32) and each one of the converter cells (32a-d, 32) comprises a switching element (40, 40a-d) and an energy storage element; both the first reactor and the second reactor are oil filled reactors placed between the first converter arm and the second converter arm and configured to act as filters to provide a sufficiently sinusoidal waveform on the AC connection; and the AC connection (80, 80a-c) is provided between the first reactor and the second reactor and comprises a conductor provided within an outer enclosure with an open end, allowing an oil filled AC connection (80, 80a-c) when the AC connection (80, 80a-c) is connected. a first converter arm, a first reactor, a second reactor and a second converter arm, connected serially between the positive and negative terminals of the DC connection; wherein the high voltage AC connection (80, 80a-c) is provided between the first converter arm and the second converter arm; each one of the converter arms (13a-b) comprises a plurality of converter cells (32a-d, 32) and each one of the converter cells (32a-d, 32) comprises a switching element (40, 40a-d) and an energy storage element; both the first reactor and the second reactor are oil filled reactors placed between the first converter arm and the second converter arm and configured to act as filters to provide a sufficiently sinusoidal waveform on the AC connection; and the AC connection (80, 80a-c) is provided between the first reactor and the second reactor and comprises a conductor provided within an outer enclosure with an open end, allowing an oil filled AC connection (80, 80a-c) when the AC connection (80, 80a-c) is connected.
Method of determination of the depth of an interaction in a pixelated gamma radiation detector comprising the following steps: - detect initial photons on the detector; - measure the arrival time (T pc) of said initial photons on the detector for a central pixel; this time is equal to T i + Z / (c / n); where T i is the interaction time; Z is the depth of the interaction on the detector and c / n corresponds to the speed of propagation of radiation in said central pixel; - measure the arrival time (T pa) of the first photons in a pixel adjacent to said central pixel; this time is approximately equal to T i + Z / (c / 2n); where T i is the interaction time; Z is the depth of the interaction on the detector and c / 2n corresponds to the speed of propagation of radiation in said pixel adjacent to the central pixel; - compare said arrival time (Tpa) of the first photons for an adjacent pixel with said arrival time (Tpc) of the first photons for a central pixel in order to estimate the depth of interaction due to the different speed of propagation of light in a pixel adjacent to the central pixel; - integrate the radiation emitted over the whole of the emission of a crystal of the detector in order to determine the energy of the interaction; - record the integral of the energy emitted by this detection. - detect initial photons on the detector; - measure the arrival time (T pc) of said initial photons on the detector for a central pixel; this time is equal to T i + Z / (c / n); where T i is the interaction time; Z is the depth of the interaction on the detector and c / n corresponds to the speed of propagation of radiation in said central pixel; - measure the arrival time (T pa) of the first photons in a pixel adjacent to said central pixel; this time is approximately equal to T i + Z / (c / 2n); where T i is the interaction time; Z is the depth of the interaction on the detector and c / 2n corresponds to the speed of propagation of radiation in said pixel adjacent to the central pixel; - compare said arrival time (Tpa) of the first photons for an adjacent pixel with said arrival time (Tpc) of the first photons for a central pixel in order to estimate the depth of interaction due to the different speed of propagation of light in a pixel adjacent to the central pixel; - integrate the radiation emitted over the whole of the emission of a crystal of the detector in order to determine the energy of the interaction; - record the integral of the energy emitted by this detection.
A system for remotely adjusting the temperature of a heated insole, said system comprising: an electronic circuit and a heating element contained within said insole, said electronic circuit comprising: a receiver configured to receive wireless transmissions, and a microprocessor in communication with said receiver and said heating element; and a remote transmitter configured to transmit an initial, wireless control signal to the receiver upon receipt of a command to adjust the temperature of said heating element, said remote transmitter further configured to, after transmission of the initial control signal, automatically transmit two or more additional wireless control signals to the receiver at periodic intervals, the initial wireless control signal and each additional wireless control signal instruct the microprocessor to execute the same received command and adjust the temperature of said heating element. an electronic circuit and a heating element contained within said insole, said electronic circuit comprising: a receiver configured to receive wireless transmissions, and a microprocessor in communication with said receiver and said heating element; and a receiver configured to receive wireless transmissions, and a microprocessor in communication with said receiver and said heating element; and a remote transmitter configured to transmit an initial, wireless control signal to the receiver upon receipt of a command to adjust the temperature of said heating element, said remote transmitter further configured to, after transmission of the initial control signal, automatically transmit two or more additional wireless control signals to the receiver at periodic intervals, the initial wireless control signal and each additional wireless control signal instruct the microprocessor to execute the same received command and adjust the temperature of said heating element.
A safety switch assembly comprising a housing containing electrical contacts movable from a power supply OFF position to a power supply ON position by movement of a rotary member (5, 7) contained within the housing and adapted to be rotated about a predetermined axis by an actuator insertable into the housing, the electrical contacts comprising first fixed contacts (21, 23, 25 and 27) and second movable contacts (49, 51), and wherein the first fixed contacts are carried by a housing part and the second movable contacts are carried by the rotary member and are movable therewith in an arc about said predetermined axis to make and break contact with the first fixed contacts in response to movement of the rotary member by the actuator, characterised in that the housing part comprises a web or flange and said first fixed contacts (21, 23, 25, 27) are disposed to both sides of said web or flange and wherein the rotary member comprises two parts (5, 7) disposed to opposite sides of said web or flange and presents said second movable contacts (49, 51) to make and break engagement with said first fixed contacts.
A method for providing a notification based on breaching a plurality of geo-fence perimeters, comprising: detecting a breach of a first geo-fence perimeter of the plurality of geo-fence perimeters; recording the breach of the first geo-fence perimeter by incrementing or decrementing a counter; detecting a breach of a second geo-fence perimeter of the plurality of geo-fence perimeters; recording the breach of the second geo-fence perimeter by incrementing or decrementing the counter; determining whether the counter reaches a threshold; and based on the counter reaching the threshold, issuing an alert. detecting a breach of a first geo-fence perimeter of the plurality of geo-fence perimeters; recording the breach of the first geo-fence perimeter by incrementing or decrementing a counter; detecting a breach of a second geo-fence perimeter of the plurality of geo-fence perimeters; recording the breach of the second geo-fence perimeter by incrementing or decrementing the counter; determining whether the counter reaches a threshold; and based on the counter reaching the threshold, issuing an alert.
A fluid dispenser device comprising, a body, a reservoir, in particular made of glass, said reservoir including a neck, a dispenser member, such as a pump or a valve that is mounted on said reservoir, a lateral actuator system that is secured to said body, said lateral actuator system including a lever that is mounted to pivot on said body; said device including at least one transverse projection that is formed directly on said reservoir, said at least one transverse projection being formed on or below said neck of the reservoir and co-operating, during actuation, with said lateral actuator system, in particular with said lever, said device being characterized in that each side of said reservoir includes two parallel transverse projections that extend in symmetrical manner, a radial recess being defined on each side of said reservoir between said two parallel transverse projections, said radial recess co-operating with said body so as to guide said reservoir axially during actuation.
An alkynyl indazole derivative represented by the following general formula: wherein in the formula, R 1 represents a linear, branched or cyclic alkyl group having 1 to 4 carbon atoms, X and Y are the same or different and each represents CH or N, with the proviso that X and Y are not simultaneously N, and Z is a group represented by the following general formula (a): wherein in the formula, R 2 represents a linear, branched or cyclic alkyl group having 1 to 4 carbon atoms which may have a substituent, n is an integer of 1 to 7, and A is a partial structure represented by the following formula: or a pharmaceutically acceptable salt thereof.
A docking charger for charging a hand held electronic device, the docking charger comprising: a docking base adapted for connecting to a power source and formed with a reception area; and a charger adapter formed to be removably fitted in the reception area of the docking base, the charger adapter having an interior chamber; characterised in that the reception area has a shape and size to support and hold the hand held electronic device in a charging position when the hand-held electronic device is fitted with a protective case; the interior chamber is shaped and sized to directly receive and support and hold the hand held electronic device without any protective case; wherein the docking charger has a first working position where at least part of the charger adapter is removed from the reception area of the docking base to receive the hand held electronic device fitted with its protective cover case; and wherein the docking charger has a second working position where the charger adapter is fitted inside the reception area of the docking base to directly receive the hand held electronic device free of its protective cover case. a docking base adapted for connecting to a power source and formed with a reception area; and a charger adapter formed to be removably fitted in the reception area of the docking base, the charger adapter having an interior chamber;
A method of manufacturing coated semiconductor wafers, comprising introducing a process gas through first gas inlet ports along a first flow direction into a reactor chamber and over a substrate wafer of semiconductor material to deposit a layer on the substrate wafer overlying a susceptor, wherein material originating from the process gas is deposited on a preheating ring disposed around the susceptor; and removing the coated substrate wafer from the reactor chamber; characterized by after removing the coated substrate wafer from the reactor chamber: removing the material deposit from the preheating ring by introducing an etchant gas through the first gas inlet openings into the reactor chamber along the first flow direction and through second gas inlet openings, between which the first gas inlet openings are located, across the preheating ring along further flow directions crossing the first flow direction.
Satellite data transmission system comprising at least one satellite and at least two stations, the stations comprising emission means which are capable of emitting simultaneously and in the same frequency band a first broadband signal and a second narrowband signal which has a bandwidth which is less than or equal to that of the first signal, and reception means which are capable of receiving simultaneously and in the same frequency band the first signal and second signal, characterised in that it also comprises - means for detecting the presence of an interference on the frequency band, and in that: - the second signal is capable of allowing the frequency of the carrier signal to be changed during the transmission, the frequency of the carrier signal of the second signal developing over the entirety of the frequency bandwidth used by the first signal, - the emission means and reception means are capable, respectively, in the presence of interference, of: • switching the transmission and the reception of the second signal from a narrowband to a medium band, • deactivating the transmission of the first signal, • transferring the emission power which has previously been allocated to the first signal to the second signal, and • transmitting data using the second signal, - the emission means and reception means are capable, respectively, in the absence of interference, of: • switching the emission and the reception of the second signal from a medium band to a narrow band, • activating the transmission of the first signal, • transmitting data using the first signal. - means for detecting the presence of an interference on the frequency band, and in that: - the second signal is capable of allowing the frequency of the carrier signal to be changed during the transmission, the frequency of the carrier signal of the second signal developing over the entirety of the frequency bandwidth used by the first signal, - the emission means and reception means are capable, respectively, in the presence of interference, of: • switching the transmission and the reception of the second signal from a narrowband to a medium band, • deactivating the transmission of the first signal, • transferring the emission power which has previously been allocated to the first signal to the second signal, and • transmitting data using the second signal, • switching the transmission and the reception of the second signal from a narrowband to a medium band, • deactivating the transmission of the first signal, • transferring the emission power which has previously been allocated to the first signal to the second signal, and • transmitting data using the second signal, - the emission means and reception means are capable, respectively, in the absence of interference, of: • switching the emission and the reception of the second signal from a medium band to a narrow band, • activating the transmission of the first signal, • transmitting data using the first signal. • switching the emission and the reception of the second signal from a medium band to a narrow band, • activating the transmission of the first signal, • transmitting data using the first signal.
System, comprising a linear motor with a device for determining the position of a first motor part, in particular a primary part, relative to a second motor part, in particular a secondary part, wherein magnetic field sensors are arranged at multiple points on the first motor part and are directed towards the second motor part, wherein the second motor part comprises in the movement direction a region in which magnets are provided, said magnets being spaced apart from one another in the movement direction, wherein a sub-region of the region has no magnets, wherein the magnets in the region outside the sub-region are regularly spaced apart by a distance b, in particular wherein the centres of gravity and/or mid-points are each at the distance b from the next adjacent magnet, wherein the length of the sub-region in the movement direction is greater than or at least equal to the distance b, in particular the length value of the distance b, wherein means for determining the relative position of the second to the first motor part are connected to the magnetic field sensors.
A cleaning device for removing impregnating agent residues from a workpiece using a cleaning liquid, comprising a supply device for supplying the cleaning liquid to the workpiece, a receiving space for receiving the workpiece during the cleaning process, a gravity separator for separating from the cleaning liquid the impregnating agent residues removed from the workpiece; characterized in that said gravity separator is arranged below the receiving space for the workpiece in the direction of gravity; and that said gravity separator has obliquely running flood sheets (22a, 22b) on the top side thereof that are provided in a radially outer region of said gravity separator, run obliquely downward in a radially inward direction of the gravity separator and at their lower end, in the direction of gravity, lead to a vertically running channel, which is more preferably provided in the center of said gravity separator.
A compression garment (200, 400), said garment being shorts or pants, comprising: a first garment leg adapted to adhere to a thigh of a wearer when the wearer is engaging in physical activity; a first means connected to the first garment leg for limiting at least one of internal rotation of the wearer's thigh and adduction of the wearer's knee; and a second means connected to the first leg for limiting flexion of a wearer's hip; wherein the first garment leg is a sheath adapted to fit tightly to a thigh of a wearer and to move with the thigh when worn by the wearer; and the first means is a first tension member (202, 410) extending from at least a lower inner thigh position on the sheath to at least an outer upper thigh position on the sheath, wherein, when the garment is worn by a wearer, the first tension member (202, 410) provides resistance to at least one of internal rotation of the thigh or adduction of the knee of the wearer; characterized in that the second means is a second tension member (203, 510) extending from a lower posterior position of the sheath to a higher posterior position of the sheath, said second tension member (203, 510) extending only on the posterior portion of the sheath, wherein, when the garment is worn by a wearer, the second tension member (203, 510) provides resistance to at least flexion of a hip of the wearer. a first garment leg adapted to adhere to a thigh of a wearer when the wearer is engaging in physical activity; a first means connected to the first garment leg for limiting at least one of internal rotation of the wearer's thigh and adduction of the wearer's knee; and a second means connected to the first leg for limiting flexion of a wearer's hip; wherein the first garment leg is a sheath adapted to fit tightly to a thigh of a wearer and to move with the thigh when worn by the wearer; and the first means is a first tension member (202, 410) extending from at least a lower inner thigh position on the sheath to at least an outer upper thigh position on the sheath, wherein, when the garment is worn by a wearer, the first tension member (202, 410) provides resistance to at least one of internal rotation of the thigh or adduction of the knee of the wearer; characterized in that the second means is a second tension member (203, 510) extending from a lower posterior position of the sheath to a higher posterior position of the sheath, said second tension member (203, 510) extending only on the posterior portion of the sheath, wherein, when the garment is worn by a wearer, the second tension member (203, 510) provides resistance to at least flexion of a hip of the wearer.
A screen wire regulation and control device with an easy disassembly and assembly structure, comprising: a wire regulation body and a fixing seat, wherein the wire regulation body and the fixing seat are assembled with each other, and an outer periphery of the fixing seat is provided with a protruded portion C31 > and a fastener, wherein an end of the fastener is spaced apart from the fixing seat at a distance to form a compression space, and the compression space is greater than a distance of the protruded portion protruding from the outer periphery of the fixing seat.