mhurhangee/ep-ind-claims huggingface dataset:
A non-contact power reception apparatus comprising: a common transmission and reception block selectively performing a mode of receiving a wireless power signal and a mode of transmitting and receiving data; a rectification block rectifying the power signal received by the common transmission and reception block in mode of receiving the wireless power signal; a received-power control block controlling the power signal rectified by the rectification block; a data processing block transmitting and receiving the data for electronic settlement with an external electronic device via the common transmission and reception block in the mode of transmitting and receiving data; and a charging control block controlling charging of a battery pack using electric energy of the power signal controlled by the received-power control block; wherein the common transmission and reception block comprises a power reception coil receiving the wireless power signal; a loop antenna for the transmission and reception of the data; a mode switching unit selecting either one of the power reception coil and the loop antenna and allowing electrical connection to the rectification block; a mode control unit detecting a received-voltage of the power reception coil and controlling a switching operation of the mode switching unit. a common transmission and reception block selectively performing a mode of receiving a wireless power signal and a mode of transmitting and receiving data; a rectification block rectifying the power signal received by the common transmission and reception block in mode of receiving the wireless power signal; a received-power control block controlling the power signal rectified by the rectification block; a data processing block transmitting and receiving the data for electronic settlement with an external electronic device via the common transmission and reception block in the mode of transmitting and receiving data; and a charging control block controlling charging of a battery pack using electric energy of the power signal controlled by the received-power control block; a power reception coil receiving the wireless power signal; a loop antenna for the transmission and reception of the data; a mode switching unit selecting either one of the power reception coil and the loop antenna and allowing electrical connection to the rectification block; a mode control unit detecting a received-voltage of the power reception coil and controlling a switching operation of the mode switching unit.
A workpiece clamping device for a machine tool, comprising a base, a first clamping jaw which is displaceable relative to the base, a second clamping jaw, wherein a workpiece is clampable between the first clamping jaw and the second clamping jaw, a drive, an actuating element which is displaceable relative to the base and which is coupled to the first clamping jaw, wherein a displacement movement of the actuating element is brought about by the drive and the actuating element brings about a displacement of the first clamping jaw, a transmitter which is arranged on the actuating element and is displaceable together with the actuating element and is displaceable relative to the actuating element, a first stop and a spaced-apart second stop for the transmitter, between which stops the transmitter is displaceable together with the actuating element, wherein, when the transmitter abuts against the first stop or against the second stop, the transmitter is displaceable relative to the actuating element, and a sensor by means of which one or more positions of the transmitter are detectable.
Method for severing a line with a processing device for lines, having a guiding device for processing a line which is orientated in a longitudinal direction with a cutting and/or grinding hand-operated machine, wherein the guiding device can be moved in a state guided by hand and has a line stop, wherein the line stop has a receiving recess which is orientated in a longitudinal direction for support on a line and wherein there is supported on the line stop a machine carrier element which can be moved relative to the line stop and transversely relative to the longitudinal direction, and having a cutting and/or grinding hand-operated machine which is supported via the machine carrier element on the line stop, wherein the hand-operated machine has a separation disc which is rotatably driven by a drive motor about a rotation axis, wherein the rotation axis is orientated parallel with the longitudinal direction, and wherein the diameter of the separation disc is a maximum of 20% greater than the diameter of the line, characterised in that the method has the following steps: a) drilling a hole in the line; b) placing the receiving recess on the line; c) moving the hand-operated machine in accordance with the support of the machine carrier element on the line stop until the rotation axis is arranged inside the line, wherein a cut with the separation disc is carried out on the hole edge of the line located in the longitudinal direction of the hole. a) drilling a hole in the line; b) placing the receiving recess on the line; c) moving the hand-operated machine in accordance with the support of the machine carrier element on the line stop until the rotation axis is arranged inside the line, wherein a cut with the separation disc is carried out on the hole edge of the line located in the longitudinal direction of the hole.
A vehicle seat, comprising: a seat frame; a seat back having a rear surface disc disposed on a rear surface of the seat back; a plurality of tension wires (34A, 34B) arranged under a tension between the seat frame and the rear surface disc; a headrest disposed on the seat frame and configured to be tiltable toward a front side; and an elastic element (88, 90) configured to urge the headrest to be tilted forward, wherein one or more tension wires of the plurality of tension wires (34A, 34B) are hooked on the headrest to apply a tension to the headrest, the tension maintaining the headrest at an erected position against an urging force of the elastic element (88, 90) during normal operation, and loosening in response to a retreat of the rear surface disc in a rear-end collision, to thereby cause the headrest to be tilted forward. a seat frame; a seat back having a rear surface disc disposed on a rear surface of the seat back; a plurality of tension wires (34A, 34B) arranged under a tension between the seat frame and the rear surface disc; a headrest disposed on the seat frame and configured to be tiltable toward a front side; and an elastic element (88, 90) configured to urge the headrest to be tilted forward, wherein one or more tension wires of the plurality of tension wires (34A, 34B) are hooked on the headrest to apply a tension to the headrest, the tension maintaining the headrest at an erected position against an urging force of the elastic element (88, 90) during normal operation, and loosening in response to a retreat of the rear surface disc in a rear-end collision, to thereby cause the headrest to be tilted forward.
A co-crystallization product of efinaconazole and a pharmaceutically acceptable coformer forming a co-crystalline phase, wherein the coformer is polyethylene glycol-6000.
A wireless access point selection method for a mobile device with a wireless network connection capability, the mobile device executing an operating system including a network communication library, the method comprising: receiving capability information associated with each of a plurality of wireless network access points accessible to the mobile device; identifying, for a set of networked applications in execution on the mobile device, one or more applications having associated a wireless network capability requirement; and selecting an access point from the plurality of access points to provide network communication for the mobile device, the access point being selected based on the identified one or more applications and the received capability information, characterised in that network communication for applications executed by the mobile device having associated a wireless network capability requirement that is incompatible with a network capability of the selected access point are prevented from network communication by the network communication library, wherein the access point is selected based on a comparison of the wireless network capability requirement associated with applications and the capability information for the wireless access points. receiving capability information associated with each of a plurality of wireless network access points accessible to the mobile device; identifying, for a set of networked applications in execution on the mobile device, one or more applications having associated a wireless network capability requirement; and selecting an access point from the plurality of access points to provide network communication for the mobile device, the access point being selected based on the identified one or more applications and the received capability information, characterised in that network communication for applications executed by the mobile device having associated a wireless network capability requirement that is incompatible with a network capability of the selected access point are prevented from network communication by the network communication library, wherein the access point is selected based on a comparison of the wireless network capability requirement associated with applications and the capability information for the wireless access points.
A catalyst for a solid polymer fuel cell, comprising catalyst particles composed of platinum or a platinum alloy supported on a carbon powder carrier, wherein the catalyst has sulfo groups (-SO 3 H) at least on the catalyst particles, the catalyst further has a fluorine compound having a C-F bond supported at least on the catalyst particles, and the sulfur content is 800 ppm or more and 5000 ppm or less based on the mass of the whole catalyst.
A moving body system comprising: a movement path on which magnets with south poles and magnets with north poles are alternately disposed; and a moving body configured to move along the movement path,wherein the moving body comprises a plurality of motors (10A, 10B) disposed in different positions in a moving direction thereof, characterized in that when one of the motors (10A, 10B) is located in an irregular section in which poles of the magnets (3, 31, 32) are not disposed regularly and in which the magnets (3, 31, 32) are not disposed or in which the magnets with south poles and the magnets with north poles are not alternately disposed, at least one of the motors (10A, 10B) other than the one motor is located in a section which is not the irregular section, the moving body comprises a detector (11A, 11B) configured to detect the irregular section, and a drive controller stops the drive of the motor (10A, 10B) located in the irregular section, on a basis of detection of the irregular section by the detector (11A, 11B). a movement path on which magnets with south poles and magnets with north poles are alternately disposed; and a moving body configured to move along the movement path,wherein the moving body comprises a plurality of motors (10A, 10B) disposed in different positions in a moving direction thereof, characterized in that when one of the motors (10A, 10B) is located in an irregular section in which poles of the magnets (3, 31, 32) are not disposed regularly and in which the magnets (3, 31, 32) are not disposed or in which the magnets with south poles and the magnets with north poles are not alternately disposed, at least one of the motors (10A, 10B) other than the one motor is located in a section which is not the irregular section, the moving body comprises a detector (11A, 11B) configured to detect the irregular section, and a drive controller stops the drive of the motor (10A, 10B) located in the irregular section, on a basis of detection of the irregular section by the detector (11A, 11B).
A medical device, comprising: a body; a cannula extending from the body, for insertion into a patient's skin; an adhesive adapted to secure the medical device to the patient's skin; and an adhesive liner covering the adhesive; a guard (144, 168, 176, 184, 192, 200, 220, 232, 244, 256) covering the cannula the guard comprising a guarding portion adapted to cover the cannula, and a connecting portion adapted to connect the guard to the adhesive liner; wherein the guard is connected to the adhesive liner, and the guard and adhesive liner are adapted to enable conjoint and at least partial removal of the guard and the adhesive liner; characterized in that: the connecting portion comprises a plurality of arms extending radially substantially perpendicular to the guarding portion, wherein the adjacent ones of the plurality of arms are joined by at least one web portion. a body; a cannula extending from the body, for insertion into a patient's skin; an adhesive adapted to secure the medical device to the patient's skin; and an adhesive liner covering the adhesive; a guard (144, 168, 176, 184, 192, 200, 220, 232, 244, 256) covering the cannula the guard comprising a guarding portion adapted to cover the cannula, and a connecting portion adapted to connect the guard to the adhesive liner; wherein the guard is connected to the adhesive liner, and the guard and adhesive liner are adapted to enable conjoint and at least partial removal of the guard and the adhesive liner; characterized in that: the connecting portion comprises a plurality of arms extending radially substantially perpendicular to the guarding portion, wherein the adjacent ones of the plurality of arms are joined by at least one web portion.
A method for acquiring nucleotide sequence composition information from a DNA molecule, the method comprising the steps of: introducing a sequence-specific, single-stranded nick site into a DNA molecule; incorporating labeled nucleotides into a region of the DNA molecule extending from the nick site to a termination site at which is incorporated either a ddNTP or at least two consecutively incorporated labeled nucleotides; quantifying the amount of label incorporated into the region of the DNA molecule to ascertain nucleotide sequence composition information about the region; and comparing the amount of label incorporated into the region to the amount expected from a reference genome to determine whether the sequence nucleotide composition information of the region of the DNA molecule is the same as or different from that of the nucleotide sequence composition information of the corresponding region of the reference genome. introducing a sequence-specific, single-stranded nick site into a DNA molecule; incorporating labeled nucleotides into a region of the DNA molecule extending from the nick site to a termination site at which is incorporated either a ddNTP or at least two consecutively incorporated labeled nucleotides; quantifying the amount of label incorporated into the region of the DNA molecule to ascertain nucleotide sequence composition information about the region; and comparing the amount of label incorporated into the region to the amount expected from a reference genome to determine whether the sequence nucleotide composition information of the region of the DNA molecule is the same as or different from that of the nucleotide sequence composition information of the corresponding region of the reference genome.
Method for producing a leaf spring from a fibre composite material, having the following method steps: • providing matrix resin-preimpregnated strip material (1, 1a, 1b) of fibre material, • producing a semifinished leaf spring by winding the strip material (1, 1a, 1b) under tension onto a winding core, at least two cavities (5, 6, 7), respectively for shaping a semifinished leaf spring, being formed circumferentially on the winding core in the winding direction W, • pressing the strip material (1, 1a, 1b) by a pressing means for adhesive bonding of neighbouring layers of the strip material (1, 1a, 1b) on the winding core and for removal of air inclusions between neighbouring layers of the strip material (1, 1a, 1b), • removing the semifinished leaf springs from the cavities (5, 6, 7) of the winding core, • producing a leaf spring by compressing a semifinished leaf spring while curing the matrix resin. • providing matrix resin-preimpregnated strip material (1, 1a, 1b) of fibre material, • producing a semifinished leaf spring by winding the strip material (1, 1a, 1b) under tension onto a winding core, at least two cavities (5, 6, 7), respectively for shaping a semifinished leaf spring, being formed circumferentially on the winding core in the winding direction W, • pressing the strip material (1, 1a, 1b) by a pressing means for adhesive bonding of neighbouring layers of the strip material (1, 1a, 1b) on the winding core and for removal of air inclusions between neighbouring layers of the strip material (1, 1a, 1b), • removing the semifinished leaf springs from the cavities (5, 6, 7) of the winding core, • producing a leaf spring by compressing a semifinished leaf spring while curing the matrix resin.
Electric vehicle comprising a battery assembly with at least two rows of battery cells (39,40) attached to a battery frame structure, characterized in that the battery frame structure comprises a number of accommodating cavities (35,36), arranged in a matrix, each battery cell (39,40) being placed in a respective accommodating cavity (35,36) characterised in that each battery cell (39,40) being connected to adjacent walls (43,44,45) of the respective accommodating cavity (35,36) via a flowable bonding substance being inserted in a gap (41,42) between the cells and the walls (43,44,45) of the respective cavity.
A beverage machine having an outer casing and a brewing unit that comprises cooperating first assembly for holding a capsule having an annular rim and second assembly for injecting water, each assembly (2,3) delimiting part of a brewing chamber for containing said capsule, the holding assembly being: - movable away from the injecting assembly into an open position within the machine for forming between said assemblies a passage (4,22) for inserting into and/or removing from the brewing unit said capsule; and - movable to the injecting assembly into a closed position for forming the brewing chamber containing said capsule, the holding assembly being movable along a straight direction from said closed position to said open position and vice versa, whereby the holding assembly is movable outwards from said outer casing and movable inwards into the outer casing between said open and closed positions, characterised in that the passage (4,22) is provided with lateral slits or slots for guiding the annular capsule rim during insertion, the brewing unit being associated with retaining means, such as bumps, for retaining said capsule between the assemblies in said open position. - movable away from the injecting assembly into an open position within the machine for forming between said assemblies a passage (4,22) for inserting into and/or removing from the brewing unit said capsule; and - movable to the injecting assembly into a closed position for forming the brewing chamber containing said capsule,
Wireless signal transmission module for a diagnostic system of an industrial machine comprising: a. a case, comprising a cover and a body; b. an independent power source, such as a battery or limited energy reserve, arranged to supply the module; c. a sensor arranged to take measurements, in particular vibration measurements; d. a connector, having a first end connected to the case and a second end connected to the sensor; e. an electronic card, housed inside the body, the electronic card being provided with control means arranged so as to control the supply cycle of the sensor in a sleep phase (401, 501), a first stabilisation phase (402, 502) and an operating phase (404, 504), wherein: i. during the sleep phase, the sensor is not supplied with energy; ii. during the first stabilisation phase, the sensor is supplied discontinuously with energy and the control means supply the sensor in such a way that the mean power applied is less than 90% of the average power applied in the operating phase, and iii. during the operating phase, the sensor is supplied at its rated voltage and takes measurements. a. a case, comprising a cover and a body; b. an independent power source, such as a battery or limited energy reserve, arranged to supply the module; c. a sensor arranged to take measurements, in particular vibration measurements; d. a connector, having a first end connected to the case and a second end connected to the sensor; e. an electronic card, housed inside the body, the electronic card being provided with control means arranged so as to control the supply cycle of the sensor in a sleep phase (401, 501), a first stabilisation phase (402, 502) and an operating phase (404, 504), wherein: i. during the sleep phase, the sensor is not supplied with energy; ii. during the first stabilisation phase, the sensor is supplied discontinuously with energy and the control means supply the sensor in such a way that the mean power applied is less than 90% of the average power applied in the operating phase, and iii. during the operating phase, the sensor is supplied at its rated voltage and takes measurements. i. during the sleep phase, the sensor is not supplied with energy; ii. during the first stabilisation phase, the sensor is supplied discontinuously with energy and the control means supply the sensor in such a way that the mean power applied is less than 90% of the average power applied in the operating phase, and iii. during the operating phase, the sensor is supplied at its rated voltage and takes measurements.