mhurhangee/ep-ind-claims huggingface dataset:
A bracket structure in an electrical junction box, including: a first bracket configured to be attachable to one of a front and a back surface of a junction box body, a second bracket configured to be attachable to the other of the front and the back surface of the junction box body, and the first bracket and the second bracket are brought into fitting engagement with each other upon attaching the first bracket to the one of the front and the back surface and attaching the second bracket to the other of the front and the back surface of the junction box body, wherein the first bracket is adapted to be slid toward the one of the front and the back surface in one direction and brought into fitting engagement with the junction box body, and the second bracket is adapted to be slid toward the other of the front and the back surface in an other direction opposite to the one direction and brought into fitting engagement with the junction box body, and wherein the first bracket includes a first locking portion adapted to go beyond a first engagement portion of the junction box body in one direction such that the first locking portion of the first bracket is brought into engagement with the first engagement portion, and the second bracket includes a first locking portion adapted to go beyond a second engagement portion of the junction box body in the other direction such that the first locking portion of the second bracket is brought into engagement with the second engagement portion, wherein the second bracket further includes a second locking portion adapted to go beyond a second engagement portion of the first bracket in one direction such that the second locking portion of the second bracket is brought into engagement with the second engagement portion of the first bracket. wherein a portion of the second locking portion is pressed against the second engagement portion of the first bracket by elasticity of a curved flexible wall, the portion being pressed in a direction orthogonal to a fitting-engagement direction in which the brackets are brought into engagement with each other. a first bracket configured to be attachable to one of a front and a back surface of a junction box body, a second bracket configured to be attachable to the other of the front and the back surface of the junction box body, and
An engine, characterized in that the engine comprises: a mirror-image planetary-gear assembly; a gear-pin assembly; a piston-and-connecting rod assembly; the mirror-image planetary-gear assembly comprises a first planetary-gear assembly and a second planetary-gear assembly; the first planetary-gear assembly and the second planetary-gear assembly each comprise a sun gear, a primary planet gear, a plurality of secondary planet gears, and a ring gear; the first planetary-gear assembly and the second planetary-gear assembly being separate from each other; the sun gear from the first planetary-gear assembly and the sun gear from the second planetary-gear assembly being concentrically positioned with each other about a main rotation axis; the primary planet gear from the first planetary-gear assembly and the primary planet gear from the second planetary-gear assembly being concentrically positioned with each other along a shared rotation axis; the gear-pin assembly being connected in between the primary planet gear from the first planetary-gear assembly and the primary planet gear from the second planetary-gear assembly; and the piston-and-connecting rod assembly being mechanically coupled to the gear-pin assembly. a mirror-image planetary-gear assembly; a gear-pin assembly; a piston-and-connecting rod assembly; the mirror-image planetary-gear assembly comprises a first planetary-gear assembly and a second planetary-gear assembly; the first planetary-gear assembly and the second planetary-gear assembly each comprise a sun gear, a primary planet gear, a plurality of secondary planet gears, and a ring gear; the first planetary-gear assembly and the second planetary-gear assembly being separate from each other; the sun gear from the first planetary-gear assembly and the sun gear from the second planetary-gear assembly being concentrically positioned with each other about a main rotation axis; the primary planet gear from the first planetary-gear assembly and the primary planet gear from the second planetary-gear assembly being concentrically positioned with each other along a shared rotation axis; the gear-pin assembly being connected in between the primary planet gear from the first planetary-gear assembly and the primary planet gear from the second planetary-gear assembly; and the piston-and-connecting rod assembly being mechanically coupled to the gear-pin assembly.
Isolating apparatus for interrupting direct current between a direct current source and an electrical device, having a current-carrying mechanical switch and having a power electronics system interconnected therewith and having an energy store, which is charged by means of an arc voltage generated, when the switch is open, at said switch as a result of an arc, and a pulse generator connected to the energy store, said pulse generator actuating at least one semiconductor switch (T1, T2) of the power electronics system in such a way that said power electronics system short-circuits the switch with the extinguishing of the arc.
A pre-alignment apparatus for a wafer, comprising: a wafer to be pre-aligned; a wafer stage for supporting the wafer, wherein a first alignment mark and a second alignment mark are provided on the wafer such that the first and second alignment marks (W1, W2) are substantially symmetrical to each other with respect to a center of the wafer; a peripheral vision acquisition system, configured to perform a first positional compensation for the wafer based on a relative positional relationship of an edge or a notch of the wafer with respect to the wafer stage; characterized in that the pre-alignment apparatus further comprises a mark detection system, configured to capture images of the first and second alignment marks (W1, W2), and perform a second positional compensation for the wafer by determining a relative positional relationship of the center of the wafer with respect to a center of the wafer stage based on positions of the first and second alignment marks (W1, W2) in a coordinate system of the mark detection system, the peripheral vision acquisition system and the mark detection system are located on opposite sides of the wafer along a radial direction of the wafer, and the coordinate system of the mark detection system has a horizontal axis defined by a line passing through the center of the wafer stage and a center of the mark detection system and a vertical axis defined by a line crossing the horizontal axis at right angles and passing through the center of the wafer stage. a wafer to be pre-aligned; a wafer stage for supporting the wafer, wherein a first alignment mark and a second alignment mark are provided on the wafer such that the first and second alignment marks (W1, W2) are substantially symmetrical to each other with respect to a center of the wafer; a peripheral vision acquisition system, configured to perform a first positional compensation for the wafer based on a relative positional relationship of an edge or a notch of the wafer with respect to the wafer stage; characterized in that the pre-alignment apparatus further comprises a mark detection system, configured to capture images of the first and second alignment marks (W1, W2), and perform a second positional compensation for the wafer by determining a relative positional relationship of the center of the wafer with respect to a center of the wafer stage based on positions of the first and second alignment marks (W1, W2) in a coordinate system of the mark detection system, the peripheral vision acquisition system and the mark detection system are located on opposite sides of the wafer along a radial direction of the wafer, and the coordinate system of the mark detection system has a horizontal axis defined by a line passing through the center of the wafer stage and a center of the mark detection system and a vertical axis defined by a line crossing the horizontal axis at right angles and passing through the center of the wafer stage.
Electrostatic separator for cleaning particle-laden waste gas, comprising: a) a waste gas inlet b) means for the electrical charging of particles, with a high-voltage connection, c) separation surfaces, comprising a separation chamber and a screening electrode with a reference potential for the potential of the high-voltage connection, wherein an electrical potential difference pertains between the reference potential and the potential of the high-voltage connection, d) a high-voltage isolator between the high-voltage connection and the separation surfaces (1, 11), wherein the screening electrode is arranged such as to screen the high-voltage isolator, about which are arranged the means for the electric charging of particles, wherein the means for the electric charging of particles comprise a restriction field electrode for producing an electrical blocking field, wherein the restriction field extends over a gap between the restriction field electrode and the screening electrode, characterised in that the screening electrode is arranged perpendicular to the waste gas inlet, and the screening electrode is arranged concentrically about the restriction field electrode, and the gap is a ring gap. a) a waste gas inlet b) means for the electrical charging of particles, with a high-voltage connection, c) separation surfaces, comprising a separation chamber and a screening electrode with a reference potential for the potential of the high-voltage connection, wherein an electrical potential difference pertains between the reference potential and the potential of the high-voltage connection, d) a high-voltage isolator between the high-voltage connection and the separation surfaces (1, 11), wherein the screening electrode is arranged such as to screen the high-voltage isolator, about which are arranged the means for the electric charging of particles, wherein the means for the electric charging of particles comprise a restriction field electrode for producing an electrical blocking field, wherein the restriction field extends over a gap between the restriction field electrode and the screening electrode, characterised in that the screening electrode is arranged perpendicular to the waste gas inlet, and the screening electrode is arranged concentrically about the restriction field electrode, and the gap is a ring gap.
Composition comprising triglycerides, surfactant, self-assembled structures and vitamin A wherein the self-assembled structures are selected from the group consisting of L2 phase, reversed microemulsion, reversed micellar cubic structure, reversed bicontinuous cubic structure, reversed sponge phase, reversed hexagonal structure and combinations of these, the surfactant is present at a level of between 0.1 and 30 wt.% in the triglycerides, and the composition has a water content between 0.001 wt.% and 4 wt.% of the total weight of triglycerides, surfactant, vitamin A and water.
A headset comprising an in-ear microphone, comprising: a first frame comprising a first surface toward a first direction, a second surface toward a second direction opposite to the first direction, and a side surface surrounding at least part of a space between the first surface and the second surface; a speaker seating portion formed by recessing by a specific depth from a first portion of the first surface toward the second surface; a speaker seated in the speaker seating portion; characterized in that the headset further comprises a space formed between the speaker seating portion and the second surface; a speaker hole penetrated from the speaker seating portion to the space; a microphone hole penetrated from a second portion of the first surface to the space; an acoustic hole formed by penetrating the second surface from the space; a first printed circuit board disposed on the second portion and having a via hole connected with the microphone hole; a second printed circuit board electrically connected with the first printed circuit board and a connection unit of the speaker; and a microphone mounted at a position aligned with the via hole on the first printed circuit board. a first frame comprising a first surface toward a first direction, a second surface toward a second direction opposite to the first direction, and a side surface surrounding at least part of a space between the first surface and the second surface; a speaker seating portion formed by recessing by a specific depth from a first portion of the first surface toward the second surface; a speaker seated in the speaker seating portion; characterized in that the headset further comprises a space formed between the speaker seating portion and the second surface; a speaker hole penetrated from the speaker seating portion to the space; a microphone hole penetrated from a second portion of the first surface to the space; an acoustic hole formed by penetrating the second surface from the space; a first printed circuit board disposed on the second portion and having a via hole connected with the microphone hole; a second printed circuit board electrically connected with the first printed circuit board and a connection unit of the speaker; and a microphone mounted at a position aligned with the via hole on the first printed circuit board.
Method for producing a disc-type refiner segment for refining lignocellulosic material, comprising: providing production data of the disc-type refiner segment; supplying the production data to a 3D printer; 3D printing a pattern of the disc-type refiner segment; using the pattern of the disc-type refiner segment to generate a mold of the of the disc-type refiner segment; and molding or casting the disc-type refiner segment using the mold. providing production data of the disc-type refiner segment; supplying the production data to a 3D printer; 3D printing a pattern of the disc-type refiner segment; using the pattern of the disc-type refiner segment to generate a mold of the of the disc-type refiner segment; and molding or casting the disc-type refiner segment using the mold.
An adhesive tape comprising: a backing layer; and at least one pressure-sensitive adhesive layer positioned adjacent to at least one major surface of the backing layer, wherein the pressure-sensitive adhesive layer comprises 1) an acrylic copolymer comprising a crosslinked reaction product of a curable composition comprising a) an acrylic precursor that is an at least partially polymerized reaction product of i) a monovalent monomer mixture comprising a polar monomer having an acidic group or a salt thereof; and at least one alkyl (meth)acrylate with an alkyl group having at least 4 carbon atoms; and ii) a thermal initiator for a free radical polymerization reaction; and b) a crosslinker having at least two aziridinyl groups; and 2) inorganic particles suspended or dispersed in the acrylic copolymer, wherein the adhesive tape is stretchable at least 50 percent in a first direction without breaking. a backing layer; and at least one pressure-sensitive adhesive layer positioned adjacent to at least one major surface of the backing layer, wherein the pressure-sensitive adhesive layer comprises 1) an acrylic copolymer comprising a crosslinked reaction product of a curable composition comprising a) an acrylic precursor that is an at least partially polymerized reaction product of i) a monovalent monomer mixture comprising a polar monomer having an acidic group or a salt thereof; and at least one alkyl (meth)acrylate with an alkyl group having at least 4 carbon atoms; and ii) a thermal initiator for a free radical polymerization reaction; and b) a crosslinker having at least two aziridinyl groups; and 2) inorganic particles suspended or dispersed in the acrylic copolymer, 1) an acrylic copolymer comprising a crosslinked reaction product of a curable composition comprising a) an acrylic precursor that is an at least partially polymerized reaction product of i) a monovalent monomer mixture comprising a polar monomer having an acidic group or a salt thereof; and at least one alkyl (meth)acrylate with an alkyl group having at least 4 carbon atoms; and ii) a thermal initiator for a free radical polymerization reaction; and b) a crosslinker having at least two aziridinyl groups; and a) an acrylic precursor that is an at least partially polymerized reaction product of i) a monovalent monomer mixture comprising a polar monomer having an acidic group or a salt thereof; and at least one alkyl (meth)acrylate with an alkyl group having at least 4 carbon atoms; and ii) a thermal initiator for a free radical polymerization reaction; and i) a monovalent monomer mixture comprising a polar monomer having an acidic group or a salt thereof; and at least one alkyl (meth)acrylate with an alkyl group having at least 4 carbon atoms; and a polar monomer having an acidic group or a salt thereof; and at least one alkyl (meth)acrylate with an alkyl group having at least 4 carbon atoms; and ii) a thermal initiator for a free radical polymerization reaction; and b) a crosslinker having at least two aziridinyl groups; and 2) inorganic particles suspended or dispersed in the acrylic copolymer,
A rapid-acting, blood arginine level-increasing oral preparation comprising citrulline or a salt thereof and arginine or a salt thereof as active ingredients for use in the prevention or improvement of a symptom caused by decreased blood flow, wherein the symptom is at least one symptom selected from stiff shoulders, sensitivity to cold, swelling and erectile dysfunction.
Airbag device for a motor vehicle, which can be arranged on and fastened to a seat frame and which is designed to protect the head and chest of an occupant in the event of a side impact or vehicle rollover; comprising a gas generator; comprising an airbag cushion; comprising a fastening arrangement, the fastening arrangement, the gas generator and the airbag cushion being interconnected in order to fasten the airbag device to the seat frame; and comprising a tension element, a first end of which is attached to a predetermined portion of the airbag cushion, and the second end of which can be attached to the fastening arrangement; characterized in that the first end of the tension element is attached to the lower edge of the airbag cushion.
A method for configuring an uplink Hybrid Automatic Repeat reQuest, HARQ, process at a relay node using a frequency division duplex, FDD, frame structure in a wireless communication system, the method comprising: sharing a configuration table listing backhaul downlink subframe patterns mapped to numbers of uplink HARQ processes between a base station and the relay node before they start communication; receiving a backhaul downlink subframe pattern defined as a bitmap having a size of 8 bits and an HARQ process offset value from the base station, wherein the HARQ process offset value indicates an increment of the number of uplink HARQ processes corresponding to the backhaul downlink subframe pattern; allocating backhaul uplink subframes based on the backhaul downlink subframe pattern excluding subframes set as access downlink subframes; applying the HARQ process offset value to a number of uplink HARQ processes corresponding to the backhaul downlink subframe pattern to determine the actual number of uplink HARQ processes to be used by the relay node; sequentially allocating HARQ process Identifiers, IDs, to the allocated backhaul uplink subframes based on the determined number of HARQ processes, wherein each of the configured HARQ process IDs has a predetermined Round Trip Time, RTT, value, wherein the backhaul downlink subframe pattern represents a backhaul downlink subframe allocation pattern indicating backhaul downlink subframes by 1's in the bitmap. sharing a configuration table listing backhaul downlink subframe patterns mapped to numbers of uplink HARQ processes between a base station and the relay node before they start communication; receiving a backhaul downlink subframe pattern defined as a bitmap having a size of 8 bits and an HARQ process offset value from the base station, wherein the HARQ process offset value indicates an increment of the number of uplink HARQ processes corresponding to the backhaul downlink subframe pattern; allocating backhaul uplink subframes based on the backhaul downlink subframe pattern excluding subframes set as access downlink subframes; applying the HARQ process offset value to a number of uplink HARQ processes corresponding to the backhaul downlink subframe pattern to determine the actual number of uplink HARQ processes to be used by the relay node; sequentially allocating HARQ process Identifiers, IDs, to the allocated backhaul uplink subframes based on the determined number of HARQ processes, wherein each of the configured HARQ process IDs has a predetermined Round Trip Time, RTT, value, wherein the backhaul downlink subframe pattern represents a backhaul downlink subframe allocation pattern indicating backhaul downlink subframes by 1's in the bitmap.
A method of producing polyamide by polycondensation of a diamine component and a dicarboxylic acid component in a batchwise reaction tank equipped with a partial condenser in the absence of a solvent, the diamine component comprising 70 mol% or more of a xylylenediamine which comprises 20 mol% or more of p-xylylenediamine, wherein the method comprises the following steps to: a step of charging the dicarboxylic acid component into the reaction tank and increasing an inner pressure of the reaction tank to 0.2 MPaG or higher; a step of adding the diamine component to the dicarboxylic acid component continuously or intermittently until a molar ratio (B/A) of the diamine component to the charged dicarboxylic acid component reaches 0.60, while maintaining the inner pressure of the reaction tank at 0.2 MPaG or higher and maintaining a whole reaction system in fluid state; a step of reducing the inner pressure of the reaction tank to less than 0.2 MPaG during the time that the molar ratio (B/A) of the diamine component to the charged dicarboxylic acid component is within a range of 0.60 to 0.95, while maintaining the whole reaction system in fluid state and adding the diamine component to the dicarboxylic acid component continuously or intermittently; a step of maintaining the pressure at the time the diamine addition is completed for 5 min to 3 h while maintaining the whole reaction system in a fluid state; and a step of reducing the inner pressure of the reaction tank to atmospheric pressure or lower at a pressure decreasing speed of 0.1 to 1.0 MPa/h. a step of charging the dicarboxylic acid component into the reaction tank and increasing an inner pressure of the reaction tank to 0.2 MPaG or higher; a step of adding the diamine component to the dicarboxylic acid component continuously or intermittently until a molar ratio (B/A) of the diamine component to the charged dicarboxylic acid component reaches 0.60, while maintaining the inner pressure of the reaction tank at 0.2 MPaG or higher and maintaining a whole reaction system in fluid state; a step of reducing the inner pressure of the reaction tank to less than 0.2 MPaG during the time that the molar ratio (B/A) of the diamine component to the charged dicarboxylic acid component is within a range of 0.60 to 0.95, while maintaining the whole reaction system in fluid state and adding the diamine component to the dicarboxylic acid component continuously or intermittently; a step of maintaining the pressure at the time the diamine addition is completed for 5 min to 3 h while maintaining the whole reaction system in a fluid state; and a step of reducing the inner pressure of the reaction tank to atmospheric pressure or lower at a pressure decreasing speed of 0.1 to 1.0 MPa/h.