mhurhangee/patent-ind-claim-en huggingface dataset:
A solenoid valve , comprising: a fixed core ; and a movable armature , wherein the solenoid valve further comprises: a metallic tube bobbin surrounding at least a first portion of the fixed core and/or the movable armature and comprising a ledge extending radially outwardly relative to the metallic tube bobbin; a wire coil wrapped around the metallic tube bobbin ; a pole piece surrounding at least a portion of the metallic tube bobbin and sandwiched between the ledge and the wire coil in a moving direction of the movable armature ; and a conductor board including an aperture , wherein a portion of the fixed core is received in the aperture , and wherein the conductor board is attached to the wire coil; the wire coil being located between the conductor board and the pole piece in the moving direction of the movable armature , such that the wire coil abuts the conductor board and the pole piece . a fixed core ; and a movable armature , wherein the solenoid valve further comprises: a metallic tube bobbin surrounding at least a first portion of the fixed core and/or the movable armature and comprising a ledge extending radially outwardly relative to the metallic tube bobbin; a wire coil wrapped around the metallic tube bobbin ; a pole piece surrounding at least a portion of the metallic tube bobbin and sandwiched between the ledge and the wire coil in a moving direction of the movable armature ; and a conductor board including an aperture , wherein a portion of the fixed core is received in the aperture , and wherein the conductor board is attached to the wire coil; the wire coil being located between the conductor board and the pole piece in the moving direction of the movable armature , such that the wire coil abuts the conductor board and the pole piece . a metallic tube bobbin surrounding at least a first portion of the fixed core and/or the movable armature and comprising a ledge extending radially outwardly relative to the metallic tube bobbin; a wire coil wrapped around the metallic tube bobbin ; a pole piece surrounding at least a portion of the metallic tube bobbin and sandwiched between the ledge and the wire coil in a moving direction of the movable armature ; and a conductor board including an aperture , wherein a portion of the fixed core is received in the aperture , and wherein the conductor board is attached to the wire coil; the wire coil being located between the conductor board and the pole piece in the moving direction of the movable armature , such that the wire coil abuts the conductor board and the pole piece .
A semiconductor device comprising: a first substrate comprising a first surface and a second surface opposite the first surface ; an active pattern extending in a first horizontal direction (DR1) on the first surface of the first substrate ; a gate electrode (G1) extending in a second horizontal direction (DR2) different from the first horizontal direction (DR1) on the active pattern ; a source/drain region (SD) on at least one side of the gate electrode (G1) on the active pattern ; a first interlayer insulating layer on the source/drain region (SD); a sacrificial layer on the second surface of the first substrate ; a lower wiring layer on a lower surface (1 10b) of the sacrificial layer ; a through via trench extending to the lower wiring layer by passing through the first interlayer insulating layer and the sacrificial layer in a vertical direction (DR3); a through via inside the through via trench and connected to the lower wiring layer ; a recess (R1, R2) inside the sacrificial layer and protruding from a sidewall of the through via trench in the second horizontal direction (DR2); and a through via insulating layer comprising a first portion (165_1, 465_1, 565_1) extending along the sidewall of the through via trench and a second portion (165_2) in the recess (R1, R2), wherein the second portion (165_2) of the through via insulating layer is in contact with an uppermost surface of the lower wiring layer . a first substrate comprising a first surface and a second surface opposite the first surface ; an active pattern extending in a first horizontal direction (DR1) on the first surface of the first substrate ; a gate electrode (G1) extending in a second horizontal direction (DR2) different from the first horizontal direction (DR1) on the active pattern ; a source/drain region (SD) on at least one side of the gate electrode (G1) on the active pattern ; a first interlayer insulating layer on the source/drain region (SD); a sacrificial layer on the second surface of the first substrate ; a lower wiring layer on a lower surface (1 10b) of the sacrificial layer ; a through via trench extending to the lower wiring layer by passing through the first interlayer insulating layer and the sacrificial layer in a vertical direction (DR3); a through via inside the through via trench and connected to the lower wiring layer ; a recess (R1, R2) inside the sacrificial layer and protruding from a sidewall of the through via trench in the second horizontal direction (DR2); and a through via insulating layer comprising a first portion (165_1, 465_1, 565_1) extending along the sidewall of the through via trench and a second portion (165_2) in the recess (R1, R2), wherein the second portion (165_2) of the through via insulating layer is in contact with an uppermost surface of the lower wiring layer .
An oral composition for use in the prevention of a periodontal disease, an infection disease or mouth odor in an animal caused by a periodontal disease bacterium and an infection disease bacterium, characterized in that said oral composition contains mastic resin as an active component, said periodontal disease bacterium is Porphyromonas circumdentaria, and said infection disease bacterium is Pasteurella multocida.
A composition comprising a variant glucoamylase enzyme comprising an amino acid substitution as compared to SEQ ID NO:1, wherein said amino acid substitution is selected from the group consisting of: A114G, A530T, I190V, N599D, S24A, T32I, I47V, R71K, E75D, L88I, D102S, R104P, Y118F, S201Q, S204A, A260G, Q228P, L230F, A269G, C271W, D272N, P281S, A283G, L284F, S285V, S285A, S293F, A350S, I313V, Y321F, L338R, Y343S, A367D, A367S, R371G, S386A, T372P, H401Y, L408I, T420L, A448G, G463S, T483A, P484T, S507G, S563T, K605N, and K605T; wherein said variant glucoamylase enzyme is at least 95% identical to SEQ ID NO:1 and retains glucoamylase activity, and wherein said variant glucoamylase enzyme has at least 1.1 fold better activity as compared to SEQ ID NO:1 under a condition selected from the group consisting of thermostability at 40°C, thermostability at 52°C, thermostability at 56°C and thermostability at 60°C, and wherein said variant enzyme is at least 95% identical to SEQ ID NO:1.
A power storage device packaging material comprising: a laminate comprising at least a surface coating layer, a base material layer, a black adhesive agent layer, a barrier layer, an adhesive layer, and a heat-sealable resin layer in this order, wherein the adhesive layer is a cured product of a resin composition containing a compound having an isocyanate group, a corrosion-resistant film is provided on at least a surface of the barrier layer facing the adhesive layer, when the corrosion-resistant film is analyzed using time-of-flight secondary ion mass spectrometry, a P PO3/CrPO4 ratio of peak intensity P PO3 derived from PO 3 - to peak intensity P CrPO4 derived from CrPO 4 - is in the range of 6 or more and 120 or less, when the corrosion-resistant film is analyzed by X-ray photoelectron spectroscopy, a peak P OCO derived from C1s of O-C=O bonds in the range of 287 eV to 290 eV and a peak P C-C derived from C1s of C-C bonds at 285 eV are detected, and a value of peak height ratio P OCO/C-C obtained by dividing a height of the peak P OCO by a height of the peak P C-C is in the range of 0.10 or more and 0.50 or less. a laminate comprising at least a surface coating layer, a base material layer, a black adhesive agent layer, a barrier layer, an adhesive layer, and a heat-sealable resin layer in this order, wherein the adhesive layer is a cured product of a resin composition containing a compound having an isocyanate group, a corrosion-resistant film is provided on at least a surface of the barrier layer facing the adhesive layer, when the corrosion-resistant film is analyzed using time-of-flight secondary ion mass spectrometry, a P PO3/CrPO4 ratio of peak intensity P PO3 derived from PO 3 - to peak intensity P CrPO4 derived from CrPO 4 - is in the range of 6 or more and 120 or less, when the corrosion-resistant film is analyzed by X-ray photoelectron spectroscopy, a peak P OCO derived from C1s of O-C=O bonds in the range of 287 eV to 290 eV and a peak P C-C derived from C1s of C-C bonds at 285 eV are detected, and a value of peak height ratio P OCO/C-C obtained by dividing a height of the peak P OCO by a height of the peak P C-C is in the range of 0.10 or more and 0.50 or less.
A semiconductor device package comprising a multilayer substrate including a top layer , a bottom layer and an intermediate layer between the top layer and the bottom layer, and one or more semiconductor dies embedded in the intermediate layer, and further comprising conductive connector means to provide a conductive connection from the one or more dies, the conductive connector means extending through the top layer to provide connection means for one or more devices mounted on or adjacent the top layer; further characterised in that the intermediate layer includes a ceramic layer and a conductive layer , and wherein the one or more semiconductor dies is embedded in the ceramic layer and in electrical contact with the conductive layer; and wherein the conductive connector means comprises a clip of conductive material connected to the one or more semiconductor dies.
Connection assembly in which a screw joint connects a first component and a second component , in particular first and second motor vehicle headlamp components, to each other using a fastening means , which comprises a head portion and a shank portion extending along an axis (C) and having a threaded portion , wherein the threaded portion of the fastening means is screwed into a fastening channel of the first component , wherein the second component comprises a mounting hole through which the shank portion extends and the second component is fixed to the first component by means of the head portion , characterized in that the first component comprises a base surface and two or more attachment parts which extend along the axis (C) and are realized as stud-like protrusions on the base surface , which are separate from each other, and which each have an inner surface facing the fastening channel where the respective attachment part realizes a threaded engagement with the threaded portion of the fastener, each inner surface constituting only a sector-like portion of the fastening channel and the inner surfaces together forming the fastening channel . wherein the threaded portion of the fastening means is screwed into a fastening channel of the first component , wherein the second component comprises a mounting hole through which the shank portion extends and the second component is fixed to the first component by means of the head portion , characterized in that the first component comprises a base surface and two or more attachment parts which extend along the axis (C) and are realized as stud-like protrusions on the base surface , which are separate from each other, and which each have an inner surface facing the fastening channel where the respective attachment part realizes a threaded engagement with the threaded portion of the fastener, each inner surface constituting only a sector-like portion of the fastening channel and the inner surfaces together forming the fastening channel .
A gripper device using an air-tube, comprising: a gripper housing comprising a supply tube comprising a first tube and a second tube , each of which extends in a vertical direction, and a cover part extending downward from an outer side of the supply tube ; a valve disposed between the first tube and the second tube in the supply tube to move upward or downwards based on a pressure direction of compressed air, thereby closing the first tube or the second tube ; an air-tube , as a cylindrical member spaced apart form an inner wall of the cover part with a space (S) therebetween, which communicates with the second tube and in which a plurality of grip expansion portions are formed on a side wall of the air-tube ; and a flow path defined at one side of the supply tube to connect the first tube and the space (S) or the space (S) and the second tube based on a movement direction of the valve . a gripper housing comprising a supply tube comprising a first tube and a second tube , each of which extends in a vertical direction, and a cover part extending downward from an outer side of the supply tube ; a valve disposed between the first tube and the second tube in the supply tube to move upward or downwards based on a pressure direction of compressed air, thereby closing the first tube or the second tube ; an air-tube , as a cylindrical member spaced apart form an inner wall of the cover part with a space (S) therebetween, which communicates with the second tube and in which a plurality of grip expansion portions are formed on a side wall of the air-tube ; and a flow path defined at one side of the supply tube to connect the first tube and the space (S) or the space (S) and the second tube based on a movement direction of the valve .
A display device comprising: a body configurable by a hinge mechanism into a folded configuration or an unfolded, flat configuration; a flexible display attached to the body that is folded or unfolded according to the configuration of the body; a magnetic element disposed on a back surface of the flexible display ; and an electromagnet in the hinge mechanism of the body that attracts the magnetic element towards the hinge mechanism to maintain the flexible display in a flat configuration when it is unfolded. a body configurable by a hinge mechanism into a folded configuration or an unfolded, flat configuration; a flexible display attached to the body that is folded or unfolded according to the configuration of the body; a magnetic element disposed on a back surface of the flexible display ; and an electromagnet in the hinge mechanism of the body that attracts the magnetic element towards the hinge mechanism to maintain the flexible display in a flat configuration when it is unfolded.
An automated machine for organizing and feeding cylindrical products, comprising: a hopper with a singulation device disposed downstream of the hopper ; a conveyor disposed downstream of the hopper and the singulation device; a pair of elongated rollers disposed downstream from the conveyor , wherein the pair of rollers define a gap dimension laterally between the pair of rollers, wherein the gap dimension laterally between the pair of rollers is such that a small diameter end of the cylindrical products (P) can pass through the gap but an opposing larger end of the cylindrical products (P) cannot pass through the gap, thereby allowing each individual cylindrical product (P) to freely swing as it travels along the rollers so that the small end is facing downward as the product (P) proceeds forward longitudinally along the pair of rollers ; characterized in that : a miter wheel is disposed downstream of the pair of elongated rollers in order to change the orientation of the cylindrical products from a vertical alignment to a horizontal alignment; and a vertical accumulation chamber is positioned to receive a plurality of the cylindrical products that exit the miter wheel , wherein the vertical accumulation chamber includes an outlet. a hopper with a singulation device disposed downstream of the hopper ; a conveyor disposed downstream of the hopper and the singulation device; a pair of elongated rollers disposed downstream from the conveyor , wherein the pair of rollers define a gap dimension laterally between the pair of rollers, wherein the gap dimension laterally between the pair of rollers is such that a small diameter end of the cylindrical products (P) can pass through the gap but an opposing larger end of the cylindrical products (P) cannot pass through the gap, thereby allowing each individual cylindrical product (P) to freely swing as it travels along the rollers so that the small end is facing downward as the product (P) proceeds forward longitudinally along the pair of rollers ; characterized in that : a miter wheel is disposed downstream of the pair of elongated rollers in order to change the orientation of the cylindrical products from a vertical alignment to a horizontal alignment; and a vertical accumulation chamber is positioned to receive a plurality of the cylindrical products that exit the miter wheel , wherein the vertical accumulation chamber includes an outlet. a miter wheel is disposed downstream of the pair of elongated rollers in order to change the orientation of the cylindrical products from a vertical alignment to a horizontal alignment; and a vertical accumulation chamber is positioned to receive a plurality of the cylindrical products that exit the miter wheel , wherein the vertical accumulation chamber includes an outlet.
An apparatus comprising a processing unit having a discharge port and a reception unit that receives an article (W) discharged from the discharge port , the reception unit comprising: a first rod being horizontally disposed below the discharge port in a gravity direction; a second rod being horizontally disposed at a position farther away from the discharge port than the first rod ; and a reception sheet having flexibility, supported by the first rod and the second rod , and configured to receive thereon the article (W) discharged from the discharge port , the first rod is capable of being disposed at a first position and a second position which are different from each other in the gravity direction and each provided on the processing unit, characterized in that the second rod is capable of being disposed at a plurality of different positions. a first rod being horizontally disposed below the discharge port in a gravity direction; a second rod being horizontally disposed at a position farther away from the discharge port than the first rod ; and a reception sheet having flexibility, supported by the first rod and the second rod , and configured to receive thereon the article (W) discharged from the discharge port , the first rod is capable of being disposed at a first position and a second position which are different from each other in the gravity direction and each provided on the processing unit, characterized in that the second rod is capable of being disposed at a plurality of different positions.
A surgical instrument holding device comprising: a first parallel link in which two first link portions each having one end in an axial direction as a first end portion are arranged in parallel with each other; a second parallel link in which two second link portions each having one end in an axial direction as a second end portion are arranged in parallel with each other; a wiring member disposed along the first parallel link and the second parallel link ; and a connecting unit provided with two first link supporters by which the respective first end portions are rotatably supported, two second link supporters by which the respective second end portions are rotatably supported, characterized by a first wiring supporter configured to support the wiring member on a part between the two first link supporters , and a second wiring supporter configured to support the wiring member on a part between the two second link supporters . a first parallel link in which two first link portions each having one end in an axial direction as a first end portion are arranged in parallel with each other; a second parallel link in which two second link portions each having one end in an axial direction as a second end portion are arranged in parallel with each other; a wiring member disposed along the first parallel link and the second parallel link ; and a connecting unit provided with two first link supporters by which the respective first end portions are rotatably supported, two second link supporters by which the respective second end portions are rotatably supported, characterized by a first wiring supporter configured to support the wiring member on a part between the two first link supporters , and a second wiring supporter configured to support the wiring member on a part between the two second link supporters . two first link supporters by which the respective first end portions are rotatably supported, two second link supporters by which the respective second end portions are rotatably supported, characterized by a first wiring supporter configured to support the wiring member on a part between the two first link supporters , and a second wiring supporter configured to support the wiring member on a part between the two second link supporters .
A gap filler that protrudes a gap filler plate to a track side to prevent passengers' falling from a platform, comprising: a drive mechanism section ; a first link lever section in which a driving end is driven and moved by the drive mechanism section to swing a driven end; a second link lever section that has an input end section with a contact surface to contact the driven end and an output end section swinging when the input end section is moved, the output end section being with a roller section that is changeable in installation position in a predetermined displacement installation-capable direction; and a driven slider that has a guide groove in which the roller section is capable of rolling and converts swing motion of the output end section into linear motion to move the gap filler plate in protrusion and storage directions, wherein an engagement relationship between the first link lever section and the second link lever section constitutes an inverse operation preventive structure that, when the gap filler plate is in a fully protruded state or a fully stored state, enables only forward motion transfer from the first link lever section to the second link lever section , the guide groove is formed in a direction orthogonal to protrusion and storage directions of the gap filler plate , and the displacement installation-capable direction and the direction of the guide groove are parallel to each other in the fully stored state. a drive mechanism section ; a first link lever section in which a driving end is driven and moved by the drive mechanism section to swing a driven end; a second link lever section that has an input end section with a contact surface to contact the driven end and an output end section swinging when the input end section is moved, the output end section being with a roller section that is changeable in installation position in a predetermined displacement installation-capable direction; and a driven slider that has a guide groove in which the roller section is capable of rolling and converts swing motion of the output end section into linear motion to move the gap filler plate in protrusion and storage directions, wherein an engagement relationship between the first link lever section and the second link lever section constitutes an inverse operation preventive structure that, when the gap filler plate is in a fully protruded state or a fully stored state, enables only forward motion transfer from the first link lever section to the second link lever section , the guide groove is formed in a direction orthogonal to protrusion and storage directions of the gap filler plate , and the displacement installation-capable direction and the direction of the guide groove are parallel to each other in the fully stored state.