mhurhangee/ep-ind-claims huggingface dataset:
A rechargeable battery comprising: at least one unit cell including an electrode assembly, a case containing the electrode assembly therein, a cap plate sealing an opening of the case, a first terminal and a second terminal protruding through the cap plate and electrically connected to the electrode assembly, an insulating cover covering the at least one unit cell, wherein the insulating cover is provided with a first opening exposing the first terminal of the at least one unit cell, the battery further comprising an insulation member provided with a receiving space for receiving the at least one unit cell wherein a cell sealing is provided between the insulation member and the insulating cover, wherein the first terminal has a sealing structure formed with the cell sealing and a terminal sealing disposed around the first terminal of at least one unit cell and disposed between the cap plate of the at least one unit cell and the insulating cover, and the second terminal has a different sealing structure formed only with the cell sealing. at least one unit cell including an electrode assembly, a case containing the electrode assembly therein, a cap plate sealing an opening of the case, a first terminal and a second terminal protruding through the cap plate and electrically connected to the electrode assembly, an insulating cover covering the at least one unit cell, wherein the insulating cover is provided with a first opening exposing the first terminal of the at least one unit cell, the battery further comprising an insulation member provided with a receiving space for receiving the at least one unit cell wherein a cell sealing is provided between the insulation member and the insulating cover, wherein the first terminal has a sealing structure formed with the cell sealing and a terminal sealing disposed around the first terminal of at least one unit cell and disposed between the cap plate of the at least one unit cell and the insulating cover, and the second terminal has a different sealing structure formed only with the cell sealing.
A method performed by a wireless device for transmitting, within a guard band of a first radio access technology, RAT, a radio signal according to a second RAT, the method comprising: transmitting the radio signal according to the second RAT within the guard band of the first RAT, wherein nominal emission limits are applicable for transmitting the radio signal according to the second RAT irrespective of whether the radio signal is transmitted in the guard band for the first RAT, wherein additional emission limits are enforced, in addition to the nominal emission limits for transmitting the radio signal according to the second RAT within the guard band of the first RAT, when a frequency offset of the radio signal from an edge of the channel bandwidth of the first RAT is smaller than a defined threshold and are not enforced when the frequency offset is greater than the defined threshold. transmitting the radio signal according to the second RAT within the guard band of the first RAT, wherein nominal emission limits are applicable for transmitting the radio signal according to the second RAT irrespective of whether the radio signal is transmitted in the guard band for the first RAT, wherein additional emission limits are enforced, in addition to the nominal emission limits for transmitting the radio signal according to the second RAT within the guard band of the first RAT, when a frequency offset of the radio signal from an edge of the channel bandwidth of the first RAT is smaller than a defined threshold and are not enforced when the frequency offset is greater than the defined threshold.
Gas turbine comprising an intake section and a compressor having a compressor flow duct, wherein the compressor has an inlet guide blade row with adjustable inlet guide blades, which is positioned in the compressor flow duct, characterized in that the gas turbine has an icing sensor unit comprising at least one sensor arranged between a first compressor rotor blade row and a first compressor guide blade row, wherein the first compressor rotor blade row is arranged immediately downstream of the inlet guide blade row and the first compressor guide blade row is arranged immediately downstream of the first compressor rotor blade row in the compressor flow duct, wherein the icing sensor unit has at least one air humidity sensor and additionally at least one pressure sensor and one temperature sensor, which are both arranged between the first compressor rotor blade row and the first compressor guide blade row.
A computer-implemented method for determining an estimate of radiation dose absorbed by an individual in receiving an imaging scan, the method comprising: receiving a set of parameters describing the imaging scan and an image scanning apparatus being used to perform the imaging scan; receiving a deformed imaging phantom corresponding to the individual; characterised in evaluating a plurality of previously completed simulations estimating radiation dose absorption; and upon determining, based on the evaluation, that two or more of the simulations match the received set of parameters and received imaging phantom within a specified tolerance measure, interpolating the estimates of radiation dose in the two or more simulations to determine the estimate of radiation dose absorbed by the individual in receiving the imaging scan. receiving a set of parameters describing the imaging scan and an image scanning apparatus being used to perform the imaging scan; receiving a deformed imaging phantom corresponding to the individual; characterised in evaluating a plurality of previously completed simulations estimating radiation dose absorption; and upon determining, based on the evaluation, that two or more of the simulations match the received set of parameters and received imaging phantom within a specified tolerance measure, interpolating the estimates of radiation dose in the two or more simulations to determine the estimate of radiation dose absorbed by the individual in receiving the imaging scan.
A feeding device for feeding bending tools (5, 6) to a bending press, comprising: - at least one tool holder (13, 14) with a rail, which has an inner profile, for receiving and displacing a bending tool (5, 6), wherein at least one inner wall of the rail forms a guide structure extending in the longitudinal direction of the rail; and - at least one transfer device, which can be driven by a drive and serves for displacing a bending tool (5, 6) within the tool holder (13, 14) and/or between the tool holder (13, 14) of the feeding device and a tool holder (3, 4) of a bending press, characterized in that at least a section of the transfer device is guided by the guide structure formed in the rail, wherein the bending tools (5, 6) inserted in the feeding device are held in the same rail, in which also the transfer device or a section of the transfer device is inserted and/or held. - at least one tool holder (13, 14) with a rail, which has an inner profile, for receiving and displacing a bending tool (5, 6), wherein at least one inner wall of the rail forms a guide structure extending in the longitudinal direction of the rail; and - at least one transfer device, which can be driven by a drive and serves for displacing a bending tool (5, 6) within the tool holder (13, 14) and/or between the tool holder (13, 14) of the feeding device and a tool holder (3, 4) of a bending press, characterized in that at least a section of the transfer device is guided by the guide structure formed in the rail, wherein the bending tools (5, 6) inserted in the feeding device are held in the same rail, in which also the transfer device or a section of the transfer device is inserted and/or held.
Measuring system comprising a measuring antenna, a link antenna, and a positioning system, wherein the measuring antenna is configured to perform over the air measurements on a device under test, wherein the link antenna is configured to perform communication with the device under test, wherein the positioning system comprises - a first rotational positioner, configured to rotate the device under test around at least a first axis (c), and - a second rotational positioner, configured to rotate the measuring antenna around at least a second axis (a), wherein the first rotational positioner is connected to the link antenna and is configured to rotate the link antenna around the device under test, around the first axis (c). - a first rotational positioner, configured to rotate the device under test around at least a first axis (c), and - a second rotational positioner, configured to rotate the measuring antenna around at least a second axis (a),
Cartridge for use in a showerhead or tap for dispensing a liquid, in particular water or a water-based mixture, comprising a set of at least two, in particular exactly two, nozzles arranged to create colliding jets of the liquid and thereby create a spray of droplets of the liquid, and a spray shaper for guiding the spray, wherein the cartridge comprises a front surface, wherein an inner diameter of the nozzles is between 0.8 and 1.5 millimetres, and wherein a throat of each of the nozzles, along which the nozzle has a constant diameter, has a length, characterised in that the length of the throat is at least three times this inner diameter, and in particular at least 2.4 or at least three millimetres. wherein an inner diameter of the nozzles is between 0.8 and 1.5 millimetres, and wherein a throat of each of the nozzles, along which the nozzle has a constant diameter, has a length, characterised in that the length of the throat is at least three times this inner diameter, and in particular at least 2.4 or at least three millimetres.
A magnetically connected block comprising an electrically conductive connector and a magnet, the electrically conductive connector defining therein a cavity and the magnet being arranged in the cavity, the electrically conductive connector including an end surface and a side surface which are both provided with a contact surface and a conductive device being provided on the contact surface, characterized in that the conductive device is a conductive coating and the conductive coating is coated on the contact surface, and the end surface of the electrically conductive connector is an arc surface.
A multiaxial actuator that has a first shaft-like member that linearly moves in an axial direction in a state of being contained in a housing, and a second shaft-like member that is arranged in parallel with the first shaft-like member, linearly moves at the same time as the first shaft-like member in the axial direction, and has a tip end portion to be pressed, when a predetermined object is to be suctioned, against the object, wherein the multiaxial actuator further comprises a load sensor, the load sensor comprising: a coupling member that couples the first shaft-like member and the second shaft-like member, wherein the coupling member has a first coupling part that couples the first shaft-like member, and a second coupling part that couples the second shaft-like member in an integrated state, characterised in that the first coupling part has a strain body part that is formed to be thinner than the second coupling part and supports the first shaft-like member, and a strain gauge (41, 42, 43, 44) attached to the strain body part, and the strain body part is a top wall part that has a possibility of being more easily warped than other parts and is formed by a recessed part space on a rear surface on an opposite side to the first shaft-like member in an area opposite to the first shaft-like member. a coupling member that couples the first shaft-like member and the second shaft-like member, wherein the coupling member has a first coupling part that couples the first shaft-like member, and a second coupling part that couples the second shaft-like member in an integrated state, characterised in that the first coupling part has a strain body part that is formed to be thinner than the second coupling part and supports the first shaft-like member, and a strain gauge (41, 42, 43, 44) attached to the strain body part, and the strain body part is a top wall part that has a possibility of being more easily warped than other parts and is formed by a recessed part space on a rear surface on an opposite side to the first shaft-like member in an area opposite to the first shaft-like member.
Method for polishing the surface of a polyamide object obtained by additive manufacturing or 3D printing techniques, characterized in that it comprises immersing the object in a mixture of formic acid and dichloromethane at room temperature for a period of time comprised between 5 seconds and 6 minutes, wherein the ratio of formic acid:dichloromethane by volume is comprised between 1:10 and 3:1.
Electron cyclotron resonance ion generator device comprising: - a metal tube, the metal tube being intended to be placed at a first potential (V 1), the metal tube being pierced by: ∘ a first cavity forming a plasma chamber intended to contain a plasma; ∘ a second cavity connected to the first cavity, the second cavity forming a waveguide configured to inject a high frequency wave into the plasma chamber, - extraction means configured to extract ions from the plasma chamber, the extraction means comprising an upstream end connected to the plasma chamber and a downstream end provided with a connecting flange intended to be connected to an ion transport line, the connecting flange being intended to be placed at a second potential (V 2) different to the first potential (V 1), - means of generating a magnetic field configured to generate a magnetic field in the plasma chamber, - an insulating structure configured to insulate electrically the metal tube from the downstream end of the extraction means, the insulating structure comprising a ceramic tube in contact with the metal tube, the ceramic tube surrounding the metal tube and at least a part of the extraction means. - a metal tube, the metal tube being intended to be placed at a first potential (V 1), the metal tube being pierced by: ∘ a first cavity forming a plasma chamber intended to contain a plasma; ∘ a second cavity connected to the first cavity, the second cavity forming a waveguide configured to inject a high frequency wave into the plasma chamber, ∘ a first cavity forming a plasma chamber intended to contain a plasma; ∘ a second cavity connected to the first cavity, the second cavity forming a waveguide configured to inject a high frequency wave into the plasma chamber, - extraction means configured to extract ions from the plasma chamber, the extraction means comprising an upstream end connected to the plasma chamber and a downstream end provided with a connecting flange intended to be connected to an ion transport line, the connecting flange being intended to be placed at a second potential (V 2) different to the first potential (V 1), - means of generating a magnetic field configured to generate a magnetic field in the plasma chamber, - an insulating structure configured to insulate electrically the metal tube from the downstream end of the extraction means,
A robot arm comprising a joint mechanism for articulating one limb of the arm relative to another limb of the arm about two non-parallel rotation axes (20, 21), the mechanism comprising: an intermediate carrier attached to a first one of the limbs by a first revolute joint having a first rotation axis and to a second one of the limbs by a second revolute joint having a second rotation axis; a first drive gear disposed about the first rotation axis and fast with the carrier, whereby rotation of the carrier relative to the first limb about the first rotation axis can be driven; a second drive gear disposed about the second rotation axis and fast with the second one of the limbs, whereby rotation of the second one of the limbs about the second rotation axis relative to the carrier can be driven; at least one of the first and second drive gears being a sector gear; characterised in that the sector gear is a bevel gear. an intermediate carrier attached to a first one of the limbs by a first revolute joint having a first rotation axis and to a second one of the limbs by a second revolute joint having a second rotation axis; a first drive gear disposed about the first rotation axis and fast with the carrier, whereby rotation of the carrier relative to the first limb about the first rotation axis can be driven; a second drive gear disposed about the second rotation axis and fast with the second one of the limbs, whereby rotation of the second one of the limbs about the second rotation axis relative to the carrier can be driven; at least one of the first and second drive gears being a sector gear; characterised in that the sector gear is a bevel gear.
Electrosurgical generator for outputting a radiofrequency AC voltage to an electrosurgical instrument, comprising a control unit and a high-voltage inverter that creates a radiofrequency AC voltage of variable frequency and amplitude that is supplied to an output socket for connecting the electrosurgical instrument, wherein the inverter is a multilevel inverter that is controlled by a reference signal which defines the shape of the created radiofrequency AC voltage, characterized in that the reference signal is defined by a datagram (100, 200), wherein the datagram (100, 200) comprises a finite series of consecutive amplitude and frequency data vectors for a defined number of periods.
An apparatus comprising: at least one processor; a laser; a light reflector coupled to the laser and configured to reflect the output light from the laser back to the laser to provide seeding light for the laser. a multiplexer coupled to the laser via a fiber, wherein the multiplexer is arranged between the laser and the light reflector, and configured to transmit output light from the laser at about a transmission peak of the multiplexer; a photodetector coupled to the laser and the at least one processor and configured to detect a photocurrent of a backward light from the laser; and a temperature controller coupled to the laser; wherein the at least one processor is configured to: receive a photocurrent of the backward light from the laser; determine a wavelength shift offset between a wavelength of the output light from the laser and the transmission peak of the multiplexer; and adjust a temperature of the laser to substantially reduce the wavelength shift and align the wavelength of the output light from the laser with the transmission peak of the multiplexer. at least one processor; a laser; a light reflector coupled to the laser and configured to reflect the output light from the laser back to the laser to provide seeding light for the laser. a multiplexer coupled to the laser via a fiber, wherein the multiplexer is arranged between the laser and the light reflector, and configured to transmit output light from the laser at about a transmission peak of the multiplexer; a photodetector coupled to the laser and the at least one processor and configured to detect a photocurrent of a backward light from the laser; and a temperature controller coupled to the laser; receive a photocurrent of the backward light from the laser; determine a wavelength shift offset between a wavelength of the output light from the laser and the transmission peak of the multiplexer; and adjust a temperature of the laser to substantially reduce the wavelength shift and align the wavelength of the output light from the laser with the transmission peak of the multiplexer.
A data transmission method, comprising: receiving, by a network device, data which is transmitted by a terminal device on multiple transmission resources without grant; and independently decoding, by the network device, the data on each transmission resource in the multiple transmission resources, wherein the each transmission resource comprises at least one resource unit, wherein decoding for the data on each transmission resource is mutually independent; wherein the at least one resource unit is continuous or discontinuous in a frequency domain; and the multiple transmission resources are discontinuous in a frequency domain; wherein the data on the each transmission resource in the multiple transmission resources belongs to an independent Hybrid Automatic Retransmission Request, HARQ, process, wherein the data on the each transmission resource comprises: information about a HARQ process number corresponding to data transmission on the each transmission resource and position information of other transmission resources, except a current transmission resource, in the multiple transmission resources. receiving, by a network device, data which is transmitted by a terminal device on multiple transmission resources without grant; and independently decoding, by the network device, the data on each transmission resource in the multiple transmission resources, wherein the each transmission resource comprises at least one resource unit, wherein decoding for the data on each transmission resource is mutually independent; wherein the at least one resource unit is continuous or discontinuous in a frequency domain; and the multiple transmission resources are discontinuous in a frequency domain; wherein the data on the each transmission resource in the multiple transmission resources belongs to an independent Hybrid Automatic Retransmission Request, HARQ, process, wherein the data on the each transmission resource comprises: information about a HARQ process number corresponding to data transmission on the each transmission resource and position information of other transmission resources, except a current transmission resource, in the multiple transmission resources.
A lancet device comprising: a housing including a forward opening; a lancet structure including a puncturing end; a flexible member extending from an inner wall of the housing and in communication with the lancet structure, the flexible member adapted to pivot the lancet structure between a retracted position in which the puncturing end is maintained within the housing and an extended position in which the puncturing end extends through the forward opening; and an actuator being movable from a first position extending through the forward opening of the housing to a second position at least partially within the housing, wherein the actuator contacts the flexible member; characterized in that in the first position, where the actuator extends through the forward opening of the housing,, the actuator includs an engagement with said flexible member, wherein movement of at least a portion of the actuator into the housing from the first position to the second position releases the engagement with the flexible member, thereby permitting the flexible member to pivot the lancet structure to the extended position. a housing including a forward opening; a lancet structure including a puncturing end; a flexible member extending from an inner wall of the housing and in communication with the lancet structure, the flexible member adapted to pivot the lancet structure between a retracted position in which the puncturing end is maintained within the housing and an extended position in which the puncturing end extends through the forward opening; and an actuator being movable from a first position extending through the forward opening of the housing to a second position at least partially within the housing, wherein the actuator contacts the flexible member; characterized in that in the first position, where the actuator extends through the forward opening of the housing,, the actuator includs an engagement with said flexible member, wherein movement of at least a portion of the actuator into the housing from the first position to the second position releases the engagement with the flexible member, thereby permitting the flexible member to pivot the lancet structure to the extended position.