mhurhangee/ep-ind-claims huggingface dataset:
A key cylinder device including a case having an inner surface; a rotor accommodated in the case, wherein the rotor includes a key groove into which a mechanical key is inserted, and the rotor is rotatable relative to the case about a rotation axis when the mechanical key is inserted into the key groove (21 a); a block extending through the rotor in a direction orthogonal to the rotation axis of the rotor; and an urging portion that urges the block toward the inner surface of the case to hold the block at an engagement position, wherein when the mechanical key is not inserted into the key groove, the block located at the engagement position restricts rotation of the rotor relative to the case, and when the mechanical key is inserted into the key groove along the rotation axis of the rotor, the mechanical key moves the block from the engagement position to a disengagement position in a direction opposite to the direction the block is urged and thereby permits rotation of the rotor relative to the case, the key cylinder device being characterized by: a guide along which the mechanical key slides to correct inclination of the mechanical key relative to the rotation axis when the mechanical key is inserted into the key groove (21 a) so that the mechanical key extends along the rotation axis of the rotor, and wherein the key groove has a size allowing for insertion of multiple types of mechanical keys corresponding to the key cylinder device. a guide along which the mechanical key slides to correct inclination of the mechanical key relative to the rotation axis when the mechanical key is inserted into the key groove (21 a) so that the mechanical key extends along the rotation axis of the rotor, and wherein the key groove has a size allowing for insertion of multiple types of mechanical keys corresponding to the key cylinder device.
A body attachable unit configured to be insertedly attachable to a body by an applicator for a continuous glucose measurement, comprising: a housing, wherein a bottom surface of the housing is to contact a skin; a sensor module installed to the housing, wherein one end portion of the sensor module outwardly protrudes from the bottom surface of the housing to be inserted into the body when the housing contacts the skin, and an other end portion of the sensor module is configured to be contacted to electric contact points; a printed circuit board disposed inside the housing; and a contact point connection module configured to operate so that the other end portion of the sensor module and the electric contact points of the PCB contact each other according to manipulation of a user, wherein the contact point connection module is movably installed at the housing to block electrical connection between the sensor module and the printed circuit board or to release block of the electrical connection. a housing, wherein a bottom surface of the housing is to contact a skin; a sensor module installed to the housing, wherein one end portion of the sensor module outwardly protrudes from the bottom surface of the housing to be inserted into the body when the housing contacts the skin, and an other end portion of the sensor module is configured to be contacted to electric contact points; a printed circuit board disposed inside the housing; and a contact point connection module configured to operate so that the other end portion of the sensor module and the electric contact points of the PCB contact each other according to manipulation of a user, wherein the contact point connection module is movably installed at the housing to block electrical connection between the sensor module and the printed circuit board or to release block of the electrical connection.
A piston ring (20, 120) for an internal combustion engine piston, comprising: a bottom surface (22, 122), a top surface (24, 124), an inner diameter surface (26, 126) and a running surface (28, 128); characterized by a wear protection coating (30, 130) of pure cobalt applied to said running surface (28, 128). a bottom surface (22, 122), a top surface (24, 124), an inner diameter surface (26, 126) and a running surface (28, 128); characterized by a wear protection coating (30, 130) of pure cobalt applied to said running surface (28, 128).
A device for treating tissue, comprising: a capsule extending longitudinally from a proximal end to a distal end and including a channel extending therethrough; a one-piece clipping element defining a pair of clip arms, proximal ends of which are received within the channel so that the first and second clip arms are movable relative to one another between an open configuration and a closed configuration; a deployment mechanism including a tension member connected to a proximal end of the first and second clip arms, a yoke releasably coupled to the tension member and longitudinally movable relative to the capsule to move the first and second clip arms between the open and closed configurations, the tension member and yoke configured to separate from one another to release the device from a proximal portion thereof, in response to a predetermined proximal force relative to the tension member; a locking mechanism coupled to the one-piece clipping element and to the deployment mechanism and including a pair of locking fingers configured to engage a corresponding locking feature of the capsule to lock the first and second clip arms in the closed configuration, when the yoke is separated from the tension member; and characterized in that the locking mechanism is separate from the one-piece clipping element. a capsule extending longitudinally from a proximal end to a distal end and including a channel extending therethrough; a one-piece clipping element defining a pair of clip arms, proximal ends of which are received within the channel so that the first and second clip arms are movable relative to one another between an open configuration and a closed configuration; a deployment mechanism including a tension member connected to a proximal end of the first and second clip arms, a yoke releasably coupled to the tension member and longitudinally movable relative to the capsule to move the first and second clip arms between the open and closed configurations, the tension member and yoke configured to separate from one another to release the device from a proximal portion thereof, in response to a predetermined proximal force relative to the tension member; a locking mechanism coupled to the one-piece clipping element and to the deployment mechanism and including a pair of locking fingers configured to engage a corresponding locking feature of the capsule to lock the first and second clip arms in the closed configuration, when the yoke is separated from the tension member; and characterized in that the locking mechanism is separate from the one-piece clipping element.
A screed die box comprising: a screed die bucket; a screed die box gate slidably connected at the bottom of the screed die bucket; a screed die box lever rotatably connected to the screed die bucket and the screed die box gate for sliding the screed die box gate between an open position, through which material can flow out of the screed die bucket, and a closed position; a screed plate slidably connected along an aft side of the screed die bucket for affecting the flow leaving the screed die bucket, the screed plate including a positioning aperture; and a positioning member that is located in the screed die bucket and that engages the screed plate, the positioning member sliding the screed plate as the positioning member is rotated to adjust the position at which the screed plate is fixed relative to the screed die bucket, characterized in that the screed plate comprises: a first portion that extends substantially parallel to said aft side of the screed die bucket; and a second portion that extends substantially perpendicularly to the first portion, the second portion including the positioning aperture; and wherein the positioning member comprises: a screw shaft; a screw head at one end of the screw shaft; and a screw shoulder positioned along the length of the screw shaft that is spaced apart from the screw head; wherein the positioning member engages the screed plate by having the second portion of the screed plate positioned between the screw head and the screw shoulder. a screed die bucket; a screed die box gate slidably connected at the bottom of the screed die bucket; a screed die box lever rotatably connected to the screed die bucket and the screed die box gate for sliding the screed die box gate between an open position, through which material can flow out of the screed die bucket, and a closed position; a screed plate slidably connected along an aft side of the screed die bucket for affecting the flow leaving the screed die bucket, the screed plate including a positioning aperture; and a positioning member that is located in the screed die bucket and that engages the screed plate, the positioning member sliding the screed plate as the positioning member is rotated to adjust the position at which the screed plate is fixed relative to the screed die bucket, a first portion that extends substantially parallel to said aft side of the screed die bucket; and a second portion that extends substantially perpendicularly to the first portion, the second portion including the positioning aperture; and a screw shaft; a screw head at one end of the screw shaft; and a screw shoulder positioned along the length of the screw shaft that is spaced apart from the screw head; wherein the positioning member engages the screed plate by having the second portion of the screed plate positioned between the screw head and the screw shoulder.
A plug-type connection comprising a housing on the female-connector side having at least one female-connector element conducting the electrical current, a housing on the male-connector side having at least one male-connector element conducting the electrical current and at least one contact element for making an electrical contact between the female-connector element and the male-connector element, wherein the female-connector element and the male-connector element extend substantially along a mid-axis and wherein the housing on the female-connector side and the housing on the male-connector side and therefore the female-connector element and the male-connector element can be connected to one another via a plug-in movement and an electrical contact between the female-connector and the male-connector element is produced in the connected state, wherein the contact element produces a first resistive force counter to the plug-in movement, characterized in that the plug-type connection furthermore comprises an automatically self-locking locking element for locking the plug-type connection, said locking element producing a second resistive force counter to the plug-in movement, and guide elements are provided between the housing on the female-connector side and the housing on the male-connector side, which are designed such that the application of a torque to at least one of the two housings (1, 2) results in an assisting force in the direction of the plug-in movement, such that at least part of the resistive forces (F1, F2) can be overcome by this resistive force, wherein the guide elements comprise a guide duct and at least one guide comb projecting into the guide duct, wherein the guide duct runs via a first section parallel to the plug-type connection and via a second section at an angle to the plug-in movement, wherein the angle between the first section and the second section is in the area of 30° to 60°. the plug-type connection furthermore comprises an automatically self-locking locking element for locking the plug-type connection, said locking element producing a second resistive force counter to the plug-in movement, and guide elements are provided between the housing on the female-connector side and the housing on the male-connector side, which are designed such that the application of a torque to at least one of the two housings (1, 2) results in an assisting force in the direction of the plug-in movement, such that at least part of the resistive forces (F1, F2) can be overcome by this resistive force, wherein the guide elements comprise a guide duct and at least one guide comb projecting into the guide duct, wherein the guide duct runs via a first section parallel to the plug-type connection and via a second section at an angle to the plug-in movement, wherein the angle between the first section and the second section is in the area of 30° to 60°.
A speaker driver comprising an amplifier comprising an amplifier output terminal and an amplifier input terminal, wherein the amplifier is configured to: receive a test signal at the amplifier input terminal, wherein the test signal comprises a series of a plurality of equivalent test-blocks having equivalent frequency spectrum and duration; and provide measurement-signalling for a speaker at the amplifier output terminal, the measurement-signalling comprising a series of a plurality of measurement-blocks, wherein each of the measurement-blocks corresponds to an output provided by the amplifier in response to a respective one of the plurality of test-blocks provided to the amplifier input terminal; an output-current-sensor configured to: measure a current level of the measurement-signalling, and provide sensed-signalling as an output, wherein the sensed-signalling comprises a plurality of sensed-blocks, wherein each of the plurality of sensed-blocks corresponds to a respective one of the plurality of measurement-blocks of the measurement-signalling; and a processor configured to either: (a) combine the plurality of sensed-blocks to provide a time-averaged-block; and determine a frequency-spectrum of the time-averaged-block to provide a time-averaged-frequency-spectrum-block; or (b) determine a frequency-spectrum of each of the plurality of sensed-blocks to provide a plurality of frequency-spectrum-sensed-blocks; and combine the plurality of frequency-spectrum-sensed-blocks to provide a time-averaged-frequency-spectrum-block. receive a test signal at the amplifier input terminal, wherein the test signal comprises a series of a plurality of equivalent test-blocks having equivalent frequency spectrum and duration; and provide measurement-signalling for a speaker at the amplifier output terminal, the measurement-signalling comprising a series of a plurality of measurement-blocks, wherein each of the measurement-blocks corresponds to an output provided by the amplifier in response to a respective one of the plurality of test-blocks provided to the amplifier input terminal; measure a current level of the measurement-signalling, and provide sensed-signalling as an output, wherein the sensed-signalling comprises a plurality of sensed-blocks, wherein each of the plurality of sensed-blocks corresponds to a respective one of the plurality of measurement-blocks of the measurement-signalling; and (a) combine the plurality of sensed-blocks to provide a time-averaged-block; and determine a frequency-spectrum of the time-averaged-block to provide a time-averaged-frequency-spectrum-block; or (b) determine a frequency-spectrum of each of the plurality of sensed-blocks to provide a plurality of frequency-spectrum-sensed-blocks; and combine the plurality of frequency-spectrum-sensed-blocks to provide a time-averaged-frequency-spectrum-block.
A swing gate, comprising a first column including a front side, a back side and a handle or a handle receiving portion for accommodating a handle, a second column including a front side, a back side and a hinge or a hinge receiving portion for accommodating a hinge, and a rigid plate-shaped element extending in a main plane and including a front side and a back side, which plate-shaped element extends between the first column and the second column, wherein the swing gate is a modular swing gate, wherein the front side of the plate-shaped element is different from its back side and wherein the plate-shaped element is releasably attached to the first column and the second column such that either the front sides (5, 9, 13) of the first column, the second column and the plate-shaped element face in the same direction or the front sides (5, 9) of the first and second columns (4, 8) and the back side of the plate-shaped element face in the same direction, characterized in that the plate-shaped element has at least a pair of lateral projections projecting at opposite sides of the plate-shaped element and fit in cooperating holes in the first and second columns (4, 8), wherein the swing gate has at least a crossbar (16, 17) which is releasably attached to the first column and the second column such that the pair of lateral projections are accommodated in the cooperating holes when the crossbar (16, 17) is attached to the first column and the second column, wherein the lateral projections are offset projections and the cooperating holes are offset holes in the first and second columns (4, 8), wherein the offset projections have a centre plane between opposite outer sides thereof which extends parallel to the main plane, wherein each of the first and second columns (4, 8) is provided with two offset holes at a distance from each other in transverse direction of the first and second columns (4, 8), respectively, wherein one of the two offset holes is configured to receive one of the offset projections in case the front sides (5, 9, 13) of the first column, the second column and the plate-shaped element face in the same direction and the other one of the two offset holes is configured to receive the other one of the offset projections in case the front sides (5, 9) of the first and second columns (4, 8) and the back side of the plate-shaped element face in the same direction.
A negative active material for a lithium battery comprising: a complex (10, 100) comprising: a silicon-based core; particles of metal nitride randomly disposed on a surface of the silicon-based core as discrete islands, wherein at least a portion of the surface of the silicon-based core is free of the particles of metal nitride; and nanostructures (15, 17) disposed on at least one of the silicon-based core or the metal nitride; wherein the nanostructures comprise silicon-based nanostructures; wherein the nanostructures are in a shape of nanowire, nanofiber, nanorod, nanohair, nanofilament, and/or nanopillar. a complex (10, 100) comprising: a silicon-based core; particles of metal nitride randomly disposed on a surface of the silicon-based core as discrete islands, wherein at least a portion of the surface of the silicon-based core is free of the particles of metal nitride; and nanostructures (15, 17) disposed on at least one of the silicon-based core or the metal nitride; a silicon-based core; particles of metal nitride randomly disposed on a surface of the silicon-based core as discrete islands, wherein at least a portion of the surface of the silicon-based core is free of the particles of metal nitride; and nanostructures (15, 17) disposed on at least one of the silicon-based core or the metal nitride; wherein the nanostructures comprise silicon-based nanostructures; wherein the nanostructures are in a shape of nanowire, nanofiber, nanorod, nanohair, nanofilament, and/or nanopillar.
A method for separating a shielding of a coaxial cable, in which a) the coaxial cable is inserted through a first tubular guide member of a first cable holder and into a second tubular guide member of a second cable holder, b) the coaxial cable is fastened automatically at the first cable holder and the shielding is automatically fastened by the second cable holder, the tubular guide members (2, 5) being positioned at a distance (d) from each other, c) the shielding between the tubular guide members (2, 5) is compressed to an annular ring by automatically moving the cable holders (1, 4) towards each other, d) a hold of the shielding by one of the cable holders (1, 4) is automatically released, and e) the tubular guide members (2, 5) are automatically moved into contact with each other to cut the annular ring, at least one of the tubular guide members having a cutting edge facing the other tubular guide member and the cutting edge is the edge or rim of at least one of the tubular guide members, wherein at least one of the tubular guide members (2, 5) performs a rotating motion around its longitudinal axis. a) the coaxial cable is inserted through a first tubular guide member of a first cable holder and into a second tubular guide member of a second cable holder, b) the coaxial cable is fastened automatically at the first cable holder and the shielding is automatically fastened by the second cable holder, the tubular guide members (2, 5) being positioned at a distance (d) from each other, c) the shielding between the tubular guide members (2, 5) is compressed to an annular ring by automatically moving the cable holders (1, 4) towards each other, d) a hold of the shielding by one of the cable holders (1, 4) is automatically released, and e) the tubular guide members (2, 5) are automatically moved into contact with each other to cut the annular ring, at least one of the tubular guide members having a cutting edge facing the other tubular guide member and the cutting edge is the edge or rim of at least one of the tubular guide members, wherein at least one of the tubular guide members (2, 5) performs a rotating motion around its longitudinal axis.
A drug for use in promoting the regeneration of tendon-bone junction tissue or ligament-bone junction tissue in a patient, comprising the following or as an active ingredient: the following (1-a), (1-b), or (1-c) (1-a) HGF (Hepatocyte Growth Factor) protein, (1-b) a partial peptide of HGF protein, the peptide having an effect of promoting regeneration of tendon-bone junction tissue or ligament-bone junction tissue, (1-c) a salt of (1-a) or (1-b); DNA comprising the following (2-a), (2-b), or (2-c), (2-a) DNA encoding HGF protein, (2-b) DNA encoding a partial peptide of HGF protein, the peptide having an effect of promoting regeneration of tendon-bone junction tissue or ligament-bone junction tissue, (2-c) DNA encoding a protein or a peptide, the protein or the peptide having an effect of promoting regeneration of tendon-bone junction tissue or ligament-bone junction tissue, and the DNA hybridizing with DNA comprising a base sequence complementary to (2-a) or (2-b) under a stringent condition, wherein the drug is in a form of topical application. the following (1-a), (1-b), or (1-c) (1-a) HGF (Hepatocyte Growth Factor) protein, (1-b) a partial peptide of HGF protein, the peptide having an effect of promoting regeneration of tendon-bone junction tissue or ligament-bone junction tissue, (1-c) a salt of (1-a) or (1-b); (1-a) HGF (Hepatocyte Growth Factor) protein, (1-b) a partial peptide of HGF protein, the peptide having an effect of promoting regeneration of tendon-bone junction tissue or ligament-bone junction tissue, (1-c) a salt of (1-a) or (1-b); DNA comprising the following (2-a), (2-b), or (2-c), (2-a) DNA encoding HGF protein, (2-b) DNA encoding a partial peptide of HGF protein, the peptide having an effect of promoting regeneration of tendon-bone junction tissue or ligament-bone junction tissue, (2-c) DNA encoding a protein or a peptide, the protein or the peptide having an effect of promoting regeneration of tendon-bone junction tissue or ligament-bone junction tissue, and the DNA hybridizing with DNA comprising a base sequence complementary to (2-a) or (2-b) under a stringent condition, (2-a) DNA encoding HGF protein, (2-b) DNA encoding a partial peptide of HGF protein, the peptide having an effect of promoting regeneration of tendon-bone junction tissue or ligament-bone junction tissue, (2-c) DNA encoding a protein or a peptide, the protein or the peptide having an effect of promoting regeneration of tendon-bone junction tissue or ligament-bone junction tissue, and the DNA hybridizing with DNA comprising a base sequence complementary to (2-a) or (2-b) under a stringent condition,