mhurhangee/ep-ind-claims huggingface dataset:
Optical module for a motor vehicle including a first optical element comprising light guides (11, 12) and a projection optic arranged at a distance from the first optical element and having a longitudinal optical axis, the light guides being aligned in a series perpendicular to the longitudinal optical axis and in a transverse direction, the light guides comprising first light guides arranged successively with respect to each other by being interposed between second light guides, the first light guides each having a transverse dimension less than the equivalent transverse dimension of each of the second light guides, the first light guides being predominantly offset transversely with respect to the longitudinal optical axis, characterized in that the first optical element successively includes second light guides forming a first subseries of two to four second light guides, first light guides forming a second subseries of three to eight first light guides, and second light guides forming a third subseries of four to six second light guides.. the light guides being aligned in a series perpendicular to the longitudinal optical axis and in a transverse direction, the light guides comprising first light guides arranged successively with respect to each other by being interposed between second light guides, the first light guides each having a transverse dimension less than the equivalent transverse dimension of each of the second light guides, the first light guides being predominantly offset transversely with respect to the longitudinal optical axis, characterized in that the first optical element successively includes second light guides forming a first subseries of two to four second light guides, first light guides forming a second subseries of three to eight first light guides, and second light guides forming a third subseries of four to six second light guides..
Backpack for fall protection comprising an airbag and a release module, which comprises a control unit and a gas cartridge, wherein the backpack is configured such that the airbag, in a standby state, is deflated and stowed in a storage space of the backpack, the airbag is automatically inflated, in response to the control unit detecting a fall of a user of the backpack, by releasing gas from the gas cartridge into the airbag, and the airbag, in an inflated state, protects a cervical spine and/or a chest region and/or a shoulder region of the user, wherein upon inflation at least a first airbag portion of the airbag is released from the storage space, while remaining fixed to the inside of the storage space, wherein, in the standby state, at least part of the first airbag portion, is stowed in the storage space within shoulder straps of the backpack, and wherein the first airbag portion is fixed to the inside of the storage space using a plurality of fixing means, which are distributed along the length of a first storage portion of the storage space where the first airbag portion is stowed. the airbag, in a standby state, is deflated and stowed in a storage space of the backpack, the airbag is automatically inflated, in response to the control unit detecting a fall of a user of the backpack, by releasing gas from the gas cartridge into the airbag, and the airbag, in an inflated state, protects a cervical spine and/or a chest region and/or a shoulder region of the user, wherein upon inflation at least a first airbag portion of the airbag is released from the storage space, while remaining fixed to the inside of the storage space, wherein, in the standby state, at least part of the first airbag portion, is stowed in the storage space within shoulder straps of the backpack, and wherein the first airbag portion is fixed to the inside of the storage space using a plurality of fixing means, which are distributed along the length of a first storage portion of the storage space where the first airbag portion is stowed.
Connecting assembly between a dental implant and an abutment, comprising an abutment provided with a first coronal opening and a second apical opening, a screw and a ring, the ring being adapted for retaining a screw inserted in the abutment, the ring being fixed in the first opening of the abutment frictionally, by positive engagement or by material engagement in a position coronally above and remote from the screw so that in the interior of the abutment, a cavity is formed which allows a play of the screw before connection to the implant, the ring being fabricated such that it can be inserted in the first opening of the abutment from both sides.
A coating composition for a positive electrode for a lithium secondary cell, the coating composition comprising Li x FePO 4, wherein 0<x<2 as a positive electrode active substance, a conductive agent and a binder, the conductive agent having an average particle diameter of from 3 to 20 μm measured by a laser diffraction scattering method, the average particle diameter of primary particles of the positive electrode active substance being from 30 to 250nm, and the average particle diameter of secondary particles of the positive electrode active substance being 5μm or less.
A method for enabling a mobile terminal to be on standby, comprising; determining that a movement speed of the mobile terminal is greater than a preset speed; judging whether a location of the mobile terminal is within a driver's area; the judging comprising: photographing a picture by a front camera and/or a back camera of the mobile terminal, and comparing the picture with a pre-stored picture of a corresponding position; judging that the location of the mobile terminal is within the driver's area, if similarity between the picture and the pre-stored picture of the corresponding position is greater than a preset threshold, enabling the mobile terminal to enter into a standby state, if the location of the mobile terminal is within the driver's area, characterised in that the preset threshold is set depending on the selection of a key reference object in the pre-stored picture. determining that a movement speed of the mobile terminal is greater than a preset speed; judging whether a location of the mobile terminal is within a driver's area; the judging comprising: photographing a picture by a front camera and/or a back camera of the mobile terminal, and comparing the picture with a pre-stored picture of a corresponding position; judging that the location of the mobile terminal is within the driver's area, if similarity between the picture and the pre-stored picture of the corresponding position is greater than a preset threshold, photographing a picture by a front camera and/or a back camera of the mobile terminal, and comparing the picture with a pre-stored picture of a corresponding position; judging that the location of the mobile terminal is within the driver's area, if similarity between the picture and the pre-stored picture of the corresponding position is greater than a preset threshold, enabling the mobile terminal to enter into a standby state, if the location of the mobile terminal is within the driver's area, characterised in that the preset threshold is set depending on the selection of a key reference object in the pre-stored picture.
A vehicle speed limiting system comprising: an acquisition part configured to acquire a speed limit value that is set for a road where a vehicle is travelling; a limiting part configured to limit a driving force of the vehicle with the speed limit value acquired by the acquisition part; a determination part configured to determine whether the vehicle is in a state where the driving force is limited by the limiting part; a display part configured to display a switching screen page for inputting a switching instruction to switch the speed limit value used by the limiting part to limit the driving force, if the acquisition part newly acquires the speed limit value and the determination part determines that the vehicle is in a state where the driving force is limited; and a switching part configured to switch the speed limit value to the newly acquired speed limit value to be used by the limiting part to limit the speed limit value, if an occupant of the vehicle inputs the switching instruction in response to the display part displaying the switching screen page. an acquisition part configured to acquire a speed limit value that is set for a road where a vehicle is travelling; a limiting part configured to limit a driving force of the vehicle with the speed limit value acquired by the acquisition part; a determination part configured to determine whether the vehicle is in a state where the driving force is limited by the limiting part; a display part configured to display a switching screen page for inputting a switching instruction to switch the speed limit value used by the limiting part to limit the driving force, if the acquisition part newly acquires the speed limit value and the determination part determines that the vehicle is in a state where the driving force is limited; and a switching part configured to switch the speed limit value to the newly acquired speed limit value to be used by the limiting part to limit the speed limit value, if an occupant of the vehicle inputs the switching instruction in response to the display part displaying the switching screen page.
A refrigerator comprising: a first storage compartment positioned at an upper side of a cabinet; a second storage compartment positioned below the first storage compartment; a partition wall configured to isolate the first storage compartment from the second storage compartment upwards and downwards and to have a horizontal upper surface; a receiver including a receiving space depressed downwards from the upper surface of the partition wall and an introduction port formed in an upper portion thereof so as to allow storage objects to be introduced into the receiving space therethrough; a receiver door configured to be moved in a direction parallel to the upper surface of the partition wall so as to selectively open or close the introduction port; and a position holder provided behind the receiver door so as to restrict movement of the door when the receiver door is moved so as to open the introduction port, characterized in that the position holder comprises: a coupling body secured to the receiver door; a coupling protrusion provided at one of the coupling body and the partition wall; and a coupling grab provided at one of the coupling body and the partition wall so as to be removably coupled to the coupling body through engagement with the coupling protrusion, wherein the coupling grab is configured to be repeatedly engaged with the coupling protrusion and released from the coupling protrusion whenever external force is applied to the coupling grab. a first storage compartment positioned at an upper side of a cabinet; a second storage compartment positioned below the first storage compartment; a partition wall configured to isolate the first storage compartment from the second storage compartment upwards and downwards and to have a horizontal upper surface; a receiver including a receiving space depressed downwards from the upper surface of the partition wall and an introduction port formed in an upper portion thereof so as to allow storage objects to be introduced into the receiving space therethrough; a receiver door configured to be moved in a direction parallel to the upper surface of the partition wall so as to selectively open or close the introduction port; and a position holder provided behind the receiver door so as to restrict movement of the door when the receiver door is moved so as to open the introduction port, a coupling body secured to the receiver door; a coupling protrusion provided at one of the coupling body and the partition wall; and a coupling grab provided at one of the coupling body and the partition wall so as to be removably coupled to the coupling body through engagement with the coupling protrusion, wherein the coupling grab is configured to be repeatedly engaged with the coupling protrusion and released from the coupling protrusion whenever external force is applied to the coupling grab.
A process for purifying natamycin comprising mixing a composition comprising crude natamycin, a metal salt of a carboxylic acid and water and subjecting the resulting mixture to chromatography whereby fractions are collected and selected fractions that comprise natamycin are combined, wherein the amount of said crude natamycin is from 1 g to 100 g/kg of the total weight of said composition and wherein the concentration of said metal salt of a carboxylic acid is from 0.1 mol/L to 5 mol/L.
An in-cell battery management device comprising: an integrated circuit including a controller, a resistive balancer, a voltage sensor, and a pressure sensor; and an IC package that encloses the IC having a hole over the pressure sensor wherein the hole allows the pressure sensor to measure pressure in a battery cell; wherein the IC package is in contact with the battery cell. an integrated circuit including a controller, a resistive balancer, a voltage sensor, and a pressure sensor; and an IC package that encloses the IC having a hole over the pressure sensor wherein the hole allows the pressure sensor to measure pressure in a battery cell; wherein the IC package is in contact with the battery cell.
A process of preparing a concrete mixture, including the following steps in order: (i) providing a nano-sized non-sand silica composition and water; (ii) mixing the non-sand silica with the water to form a silica-water mixture; (iii) mixing an acid into the silica-water mixture to form a treated water, wherein the treated water contains sufficient acid to obtain a treated water pH in the range from pH 2 to pH 4; (iv) combining Portland cement with the treated water and mixing; and (v) combining aggregate with the Portland cement-treated water mixture and mixing, wherein the combined Portland cement, aggregate and treated water form an uncured concrete composition, wherein the nano-sized non-sand silica composition is formed from one or more silicates, siloxanes, polyhedral oligomeric silsesquioxane (POSS), silsesquioxanes, silicone MQ resins, wet or dry silicas, fused or ground quartzes, colloidal silicas, precipitated silicas, organosilane-treated precipitated silicas, fumed silicas and organosilane-treated fumed silicas and has a particle size in the range from 1 nanometer (nm) to 1000 nm, wherein the uncured concrete composition contains from 0.001 weight percent to 0.1 weight percent of the non-sand silica composition, based on the total weight of the uncured concrete composition, and wherein the uncured concrete composition has an initial, post-mixing temperature and during curing of the uncured concrete composition, the uncured concrete composition produces a curing exotherm that results in a temperature increase of 15°C or less with respect to the initial temperature of the uncured concrete composition. (i) providing a nano-sized non-sand silica composition and water; (ii) mixing the non-sand silica with the water to form a silica-water mixture; (iii) mixing an acid into the silica-water mixture to form a treated water, wherein the treated water contains sufficient acid to obtain a treated water pH in the range from pH 2 to pH 4; (iv) combining Portland cement with the treated water and mixing; and (v) combining aggregate with the Portland cement-treated water mixture and mixing, wherein the combined Portland cement, aggregate and treated water form an uncured concrete composition, wherein the nano-sized non-sand silica composition is formed from one or more silicates, siloxanes, polyhedral oligomeric silsesquioxane (POSS), silsesquioxanes, silicone MQ resins, wet or dry silicas, fused or ground quartzes, colloidal silicas, precipitated silicas, organosilane-treated precipitated silicas, fumed silicas and organosilane-treated fumed silicas and has a particle size in the range from 1 nanometer (nm) to 1000 nm, wherein the uncured concrete composition contains from 0.001 weight percent to 0.1 weight percent of the non-sand silica composition, based on the total weight of the uncured concrete composition, and wherein the uncured concrete composition has an initial, post-mixing temperature and during curing of the uncured concrete composition, the uncured concrete composition produces a curing exotherm that results in a temperature increase of 15°C or less with respect to the initial temperature of the uncured concrete composition.
A board deck suitable for boardsports comprising: a first composite layer (101;400); a second composite layer (131;300); and a core layer (111,121; 500,501; 602,603) stacked between said first composite layer (101;400) and said second composite layer (131;300); wherein said first composite layer (101;400) comprises at least one first composite sheet and at least two first tipfills (103,105; 611, 612); wherein said second composite layer (131;300); comprises at least one second composite sheet; wherein said core layer (111,121; 500,501; 602,603) comprises at least one core ply (118, 128; 505;605) and at least two third tipfills (113,115,123,125,611,612); and wherein an epoxy is applied to said first composite layer (101;400), said core layer (111,121; 500,501), and said second composite layer (131;300), characterized in that the core has at least a second layer (111,121; 500,501,602,603) with at least one core ply (118,128,505,605) and at least two third tipfills (113,115,123,125,611,612); and in that the second composite layer (131,300) also comprises at least two second tipfills (133,135); and in that the epoxy is applied to the at least second core layer (111,121; 500,501;602,603). a first composite layer (101;400); a second composite layer (131;300); and a core layer (111,121; 500,501; 602,603) stacked between said first composite layer (101;400) and said second composite layer (131;300); wherein said first composite layer (101;400) comprises at least one first composite sheet and at least two first tipfills (103,105; 611, 612); wherein said second composite layer (131;300); comprises at least one second composite sheet; wherein said core layer (111,121; 500,501; 602,603) comprises at least one core ply (118, 128; 505;605) and at least two third tipfills (113,115,123,125,611,612); and wherein an epoxy is applied to said first composite layer (101;400), said core layer (111,121; 500,501), and said second composite layer (131;300), characterized in that the core has at least a second layer (111,121; 500,501,602,603) with at least one core ply (118,128,505,605) and at least two third tipfills (113,115,123,125,611,612); and in that the second composite layer (131,300) also comprises at least two second tipfills (133,135); and in that the epoxy is applied to the at least second core layer (111,121; 500,501;602,603).
A system for treating a skin tissue of a patient comprising: a microwave energy generator, the microwave energy generator being configured to deliver microwave energy at a frequency of about 5.8 GHz; a microwave antenna configured for placement proximate to the skin tissue, wherein the microwave antenna is operatively coupled to the microwave energy generator, and wherein the microwave antenna is configured to deliver energy to the skin tissue sufficient to create a thermal effect in a target tissue within a skin tissue; characterised in that the microwave antenna being a waveguide antenna comprising an array of waveguide antennas, the array of waveguide antennas being configured for simultaneous or sequential treatment of multiple sections of skin tissue and to radiate electromagnetic radiation in the lowest-order Transverse Electric modes; the system further characterised by comprising an active cooling element configured for placement in contact with the skin tissue; a suction element configured for elevating the skin tissue and placing the skin tissue in contact with the cooling element; a microwave energy generator, the microwave energy generator being configured to deliver microwave energy at a frequency of about 5.8 GHz; a microwave antenna configured for placement proximate to the skin tissue, wherein the microwave antenna is operatively coupled to the microwave energy generator, and wherein the microwave antenna is configured to deliver energy to the skin tissue sufficient to create a thermal effect in a target tissue within a skin tissue; characterised in that the microwave antenna being a waveguide antenna comprising an array of waveguide antennas, the array of waveguide antennas being configured for simultaneous or sequential treatment of multiple sections of skin tissue and to radiate electromagnetic radiation in the lowest-order Transverse Electric modes; the system further characterised by comprising an active cooling element configured for placement in contact with the skin tissue; a suction element configured for elevating the skin tissue and placing the skin tissue in contact with the cooling element; an active cooling element configured for placement in contact with the skin tissue; a suction element configured for elevating the skin tissue and placing the skin tissue in contact with the cooling element;
A step actuator comprising: a housing (110, 120); a stator in the housing; a rotor including a magnet provided radially inward of the stator and a nut member inserted into the magnet and protruding through one side of the housing; a bearing rotatably supporting the nut member; a screw member coupled with the nut member to linearly move in first and second direction; and a mounting member supported on one side of the housing (110, 120) to support the screw member in such a manner that the screw member is linearly movable, wherein the nut member includes an end portion passing through the bearing in the second direction and a coupling portion extending from the end portion to couple with the bearing, wherein, the end portion of the nut member has an outer circumferential surface coupled with an inner circumferential surface of an inner race of the bearing and the coupling portion is coupled with the inner race of the bearing at the side of the inner race in the second direction, characterized in that, the coupling portion includes a hook portion formed in the end portion of the nut member, and that, the hook portion makes contact with second end of the bearing through the bearing. a housing (110, 120); a stator in the housing; a rotor including a magnet provided radially inward of the stator and a nut member inserted into the magnet and protruding through one side of the housing; a bearing rotatably supporting the nut member; a screw member coupled with the nut member to linearly move in first and second direction; and a mounting member supported on one side of the housing (110, 120) to support the screw member in such a manner that the screw member is linearly movable, wherein the nut member includes an end portion passing through the bearing in the second direction and a coupling portion extending from the end portion to couple with the bearing, wherein, the end portion of the nut member has an outer circumferential surface coupled with an inner circumferential surface of an inner race of the bearing and the coupling portion is coupled with the inner race of the bearing at the side of the inner race in the second direction, characterized in that, the coupling portion includes a hook portion formed in the end portion of the nut member, and that, the hook portion makes contact with second end of the bearing through the bearing.