mhurhangee/ep-ind-claims huggingface dataset:
A back plate for use in a display device comprising a display panel, the back plate being configurable to hold the display panel of the display device, the back plate comprising: a plurality of mounting sections disposed on a plurality of positions on a lower edge part of the back plate, arranged for mounting a reciprocal plurality of holding members for holding the display device; a plurality of vertically extending bulging sections that bulge out from a reference surface of the back plate and each extend from the proximity of the upper ends of the plurality of mounting sections to an upper edge part of the back plate; and a laterally extending bulging section that bulges out from the reference surface, extends along the upper edge part of the back plate, and has a length larger than a distance between adjacent vertically extending bulging sections. a plurality of mounting sections disposed on a plurality of positions on a lower edge part of the back plate, arranged for mounting a reciprocal plurality of holding members for holding the display device; a plurality of vertically extending bulging sections that bulge out from a reference surface of the back plate and each extend from the proximity of the upper ends of the plurality of mounting sections to an upper edge part of the back plate; and a laterally extending bulging section that bulges out from the reference surface, extends along the upper edge part of the back plate, and has a length larger than a distance between adjacent vertically extending bulging sections.
Tamping machine for tamping sleepers of a track, having a machine frame which can be moved on two rail undercarriages and extends in the longitudinal direction of the tamping machine, and having a satellite which is arranged between the rail undercarriages and can be moved on the track via an undercarriage, which satellite is guide-connected to the machine frame via a longitudinal satellite guide and which satellite has, between the undercarriage and the longitudinal satellite guide, a tamping unit which is adjustable in height with respect to the satellite and which satellite has a track-lifting and straightening unit, wherein the satellite is directly connected to the machine frame via a linear drive, wherein the linear drive comprising two hydraulic cylinders accelerates and decelerates the satellite within an intended displacement range between the rail undercarriages in such a way that a specified displacement distance is maintained, characterized in that the linear drive is with position detection and one of the two hydraulic cylinders pushes the satellite during a displacement between the rail undercarriages and the other pulls respectively brakes.
A system for improved transfer of ink from an inking roller onto a reimageable surface layer, and from said reimageable surface layer onto a substrate, comprising: an inking roller, disposed for receiving ink directly or indirectly from an ink reservoir and transferring said ink to said reimageable surface layer; and a transfer nip roller, disposed for applying pressure between said reimageable surface layer and said substrate, wherein said inking roller has a radius of curvature; and said transfer nip roller has a radius of curvature, wherein the radius of curvature of the inking roller is larger than the radius of curvature of the transfer nip roller. an inking roller, disposed for receiving ink directly or indirectly from an ink reservoir and transferring said ink to said reimageable surface layer; and a transfer nip roller, disposed for applying pressure between said reimageable surface layer and said substrate, wherein said inking roller has a radius of curvature; and said transfer nip roller has a radius of curvature, wherein the radius of curvature of the inking roller is larger than the radius of curvature of the transfer nip roller.
A binder for a secondary battery comprising a polymer compound, wherein the polymer compound contains repeating units represented by formulae,, and: in formula, R 1 is a hydrogen atom or a methyl group, and M is a hydrogen atom or an alkali metal atom; and in formula, R 2 is a hydrogen atom or a methyl group; and when a total ratio of repeating units constituting the polymer compound is taken as 100 mol%, a total ratio of the repeating unit represented by formula, which is determined by the method described in the description, is 2 mol% or more and 20 mol% or less, and when the total ratio of repeating units constituting the polymer compound is taken as 100 mol%, a total ratio of the repeating unit represented by formula, which is determined by the method described in the description, is 5 mol% or more. wherein the polymer compound contains repeating units represented by formulae,, and: in formula, R 1 is a hydrogen atom or a methyl group, and M is a hydrogen atom or an alkali metal atom; and in formula, R 2 is a hydrogen atom or a methyl group; and when a total ratio of repeating units constituting the polymer compound is taken as 100 mol%, a total ratio of the repeating unit represented by formula, which is determined by the method described in the description, is 2 mol% or more and 20 mol% or less, and when the total ratio of repeating units constituting the polymer compound is taken as 100 mol%, a total ratio of the repeating unit represented by formula, which is determined by the method described in the description, is 5 mol% or more.
An antimicrobial composition comprising a synergistic antimicrobial effective amount of a chelating agent and a surfactant comprising: a) from 0.2% to 3%, by weight per volume, of ethylenediamine tetraacetic acid (EDTA) or salts thereof; b) from 1% to 5%, by volume per volume, of a straight chain 1,2-alkanediol, wherein the straight chain 1,2-alkanediol is selected from group consisting of 1,2-pentanediol, 1,2-hexanediol, or a combination thereof; c) from 0.01% to 2.0%, by weight per volume, of a surfactant; d) from 0.05% to 0.5%, by weight per volume, of a biocidal terpenoid, wherein the biocidal terpenoid is carvacrol; and e) the balance being water; and wherein the antimicrobial composition exhibits antimicrobial and bactericidal efficacy against one or more of Escherichia coli ( E. coli), Staphylococcus aureus ( S. aureus), Pseudomonas aeruginosa ( P. aeruginosa), Salmonella enterica ( S. enterica), Bordetella pertussis ( B. pertussis) and Saccharomyces cerevisiae. a) from 0.2% to 3%, by weight per volume, of ethylenediamine tetraacetic acid (EDTA) or salts thereof; b) from 1% to 5%, by volume per volume, of a straight chain 1,2-alkanediol, wherein the straight chain 1,2-alkanediol is selected from group consisting of 1,2-pentanediol, 1,2-hexanediol, or a combination thereof; c) from 0.01% to 2.0%, by weight per volume, of a surfactant; d) from 0.05% to 0.5%, by weight per volume, of a biocidal terpenoid, wherein the biocidal terpenoid is carvacrol; and e) the balance being water; and wherein the antimicrobial composition exhibits antimicrobial and bactericidal efficacy against one or more of Escherichia coli ( E. coli), Staphylococcus aureus ( S. aureus), Pseudomonas aeruginosa ( P. aeruginosa), Salmonella enterica ( S. enterica), Bordetella pertussis ( B. pertussis) and Saccharomyces cerevisiae.
A pet food composition comprising a pet food nutrient, lipoic acid or a salt thereof, and a sustained-release material, wherein the sustained-release material comprises hydroxypropyl methyl cellulose (HPMC).
Composition comprising a blend of polyvinylchloride; polyolefin modified to have one or more carboxyl groups; a copolymer containing one or more moieties that are miscible with polyvinylchloride and one or more epoxy groups; wherein said copolymer comprises one or more monomers selected from the group consisting of methyl acrylate, methyl methacrylate, ethyl acrylate, ethyl methacrylate, glycidyl acrylate, and glycidyl methacrylate; polyolefin; and chlorinated polyolefin. polyvinylchloride; polyolefin modified to have one or more carboxyl groups; a copolymer containing one or more moieties that are miscible with polyvinylchloride and one or more epoxy groups; wherein said copolymer comprises one or more monomers selected from the group consisting of methyl acrylate, methyl methacrylate, ethyl acrylate, ethyl methacrylate, glycidyl acrylate, and glycidyl methacrylate; polyolefin; and chlorinated polyolefin.
Inspection device and/or web observing device for inspecting or observing a material web that is guided by a guiding device, the material web having a front side and a rear side that is facing away from the front side, the inspection device and/or web observing device comprises a camera comprising a field of view and being adapted to record an image of the front side that is within the field of view, an incident light transmitter adapted to illuminate the front side in an area of the field of view with an incident light, and a background panel that is arranged on the side of the material web opposite to the camera and within the field of view of the camera, wherein the background panel comprises a diffuser plate that has an absorption for the incident light of 5 to 50%, a light guide plate and a reflecting surface, wherein the diffuser plate, the light guide plate and the reflecting surface are arranged in this, sequence starting from the material web, wherein the background panel comprises at least one light source adapted to couple light into an end of the light guide plate, wherein the light guide plate is adapted to couple out the light so that the rear side of the material web in an area of the field of view can also be illuminated by a transmitted light.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: transmitting a contention based scheduling request, CB-SR, to an eNodeB, eNB, by using CB-SR resources to request sidelink, SL, transmission resources; starting a timer upon transmitting the CB-SR to the eNB; and transmitting a non-contention based SR to the eNB when a SL grant for the SL transmission resources is not received until the timer expires, wherein the non-contention based SR is dedicated to SL transmission or common to both SL transmission and UL transmission. transmitting a contention based scheduling request, CB-SR, to an eNodeB, eNB, by using CB-SR resources to request sidelink, SL, transmission resources; starting a timer upon transmitting the CB-SR to the eNB; and transmitting a non-contention based SR to the eNB when a SL grant for the SL transmission resources is not received until the timer expires, wherein the non-contention based SR is dedicated to SL transmission or common to both SL transmission and UL transmission.
A device comprising a housing assembly and a head assembly, the housing assembly comprising a housing and vibratory means, the head assembly comprising a serum reservoir, at least one ball (18, 118) which is contactable with the skin of the user, a portion of the at least one ball (18, 118) being in fluid communication with the serum reservoir, and retainer means (26, 138) for rotatably retaining the at least one ball (18, 118) in the head assembly, the housing assembly and the head assembly being separately formed and comprising complementary features forming a releasable coupling, wherein the serum reservoir is open ended and is sealed by the housing assembly when the housing assembly and head assembly are coupled, characterised in that part or all of the vibratory means extends beyond the housing assembly.
A method of determining a correction for distortion in eye representations of an ophthalmoscope comprising (i) constructing a computer software model of an optical description of a system comprising the ophthalmoscope and a model eye, (ii) loading the computer software model of the optical description of the ophthalmoscope and model eye system into a ray tracing system and passing a ray through the ophthalmoscope and model eye system onto a surface of the model eye and determining a path through the ophthalmoscope and model eye system for the ray, (iii) calculating a with distortion measurement of the ray at the surface of the model eye, (iv) ascertaining an angular position of a horizontal scanning element and an angular position of a vertical scanning element of the ophthalmoscope used to produce the ray and using these to determine a horizontal scan angle and a vertical scan angle of the system for the ray, (v) calculating a without distortion measurement of the ray at the surface of the model eye using the horizontal scan angle and vertical scan angle of the system, (vi) repeating steps (ii) to (v) for a plurality of further rays, and (vii) comparing the with distortion measurements of the rays at the surface of the model eye with corresponding without distortion measurements of the rays at the surface of the model eye to determine the correction for distortion in eye representations of the ophthalmoscope, (i) constructing a computer software model of an optical description of a system comprising the ophthalmoscope and a model eye, (ii) loading the computer software model of the optical description of the ophthalmoscope and model eye system into a ray tracing system and passing a ray through the ophthalmoscope and model eye system onto a surface of the model eye and determining a path through the ophthalmoscope and model eye system for the ray, (iii) calculating a with distortion measurement of the ray at the surface of the model eye, (iv) ascertaining an angular position of a horizontal scanning element and an angular position of a vertical scanning element of the ophthalmoscope used to produce the ray and using these to determine a horizontal scan angle and a vertical scan angle of the system for the ray, (v) calculating a without distortion measurement of the ray at the surface of the model eye using the horizontal scan angle and vertical scan angle of the system, (vi) repeating steps (ii) to (v) for a plurality of further rays, and (vii) comparing the with distortion measurements of the rays at the surface of the model eye with corresponding without distortion measurements of the rays at the surface of the model eye to determine the correction for distortion in eye representations of the ophthalmoscope,
An electro-technical coil and/or coil winding (100; 200; 300; 400) produced by casting, comprising two or more turns (102-105; 202-205; 217-222; 302-305; 332-335), wherein at least to a large extent each of the turns (102-105; 202-205; 217-222; 302-305; 332-335) is arranged at least substantially in a turn plane (101; 201; 208-211; 301, 331; 401, 431, 461) associated with said turn, wherein the turn plane (101; 201; 208-211; 301, 331; 401, 431, 461) is at least to a large extent at right angles to a coil axis (107; 207; 307) that is at least substantially common to all turns (102-105; 202-205; 217-222; 302-305; 332-335), characterized in that in one or more of the turn planes (101; 201; 208-211; 301, 331; 401, 431, 461) at least two turns (102-105; 202-205; 217-222; 302-305; 332-335) in one or more of the turn planes (101; 201; 208-211; 301, 331; 401, 431, 461) are arranged at least substantially concentrically in one another in an installed state, wherein the coil and/or coil winding has a one-piece structure with a cast part jointly forming all turns (202-205; 217-222).
Method for checking a portion in fluid systems of a negative pressure therapy system in order to identify the correct tubing system, wherein this portion is delimited by two pressure sensors (111, 121), the method comprising the following steps: (a) building up a negative pressure in the portion of the fluid system to be checked; (b) generating a pressure change in the fluid system; (c) detection of the pressure change by the two pressure sensors (111, 121); (d) evaluating the pressure change detected by the sensors (111, 121) with regard to its time difference and/or its magnitude and/or its form; (e) controlling a device for negative pressure therapy depending on the evaluation performed in step (d), wherein the length of the portion in the fluid system can be detected by the time difference measured in method step (c) or by the pressure difference in a predetermined time difference between the measurement of the two pressure sensors, and the number of lumen of the tubing system can be detected by the time difference or pressure difference measured in method step (c), and wherein depending on the number of lumen, the device is controlled with respect to the following property: identification of the correct tubing system. (a) building up a negative pressure in the portion of the fluid system to be checked; (b) generating a pressure change in the fluid system; (c) detection of the pressure change by the two pressure sensors (111, 121); (d) evaluating the pressure change detected by the sensors (111, 121) with regard to its time difference and/or its magnitude and/or its form; (e) controlling a device for negative pressure therapy depending on the evaluation performed in step (d), the length of the portion in the fluid system can be detected by the time difference measured in method step (c) or by the pressure difference in a predetermined time difference between the measurement of the two pressure sensors, and the number of lumen of the tubing system can be detected by the time difference or pressure difference measured in method step (c), and wherein depending on the number of lumen, the device is controlled with respect to the following property: identification of the correct tubing system.
A method for the new production, renovation or dismantling of a rail track which comprises a subgrade, a road bed and a track panel laid thereon and having rails and sleepers, wherein the method comprises the following steps: (i) installing a subgrade or a part of a subgrade; (ii) installing a road bed; and (iii) installing a track panel; and/or wherein the method comprises the steps: ( iv) removing an existing track panel; ( v) removing an existing road bed; and ( vi) removing an existing subgrade or part of a subgrade; wherein the steps (i)-(iii) take place in a single operation by means of a railroad work vehicle; and/or wherein the steps (iv)-(vi) take place in a single operation by means of a railroad work vehicle, characterized in that at the same time material for the road bed to be installed, such as new ballast, and material for the subgrade or part of the subgrade to be installed, such as new sand, are transported inward in a rail-bound manner in the operation of installing the subgrade or part of the subgrade, installing the track panel and installing the road bed; and/or in that at the same time material of the removed road bed, such as old ballast, and material of the removed subgrade or part of the subgrade, such as old sand, are transported away in a rail-bound manner in the operation of removing the existing track panel, removing the existing road bed and removing the existing subgrade or part of the subgrade. (i) installing a subgrade or a part of a subgrade; (ii) installing a road bed; and (iii) installing a track panel; ( iv) removing an existing track panel; ( v) removing an existing road bed; and ( vi) removing an existing subgrade or part of a subgrade;
An in vitro method for activating an antigen-presenting cell, which comprises: transfecting or transducing an antigen-presenting cell with a nucleic acid having a nucleotide sequence that encodes a chimeric protein, wherein the chimeric protein comprises (i) a membrane targeting region, (ii) a FKBP ligand-binding domain, (iii) a cytoplasmic CD40 polypeptide region lacking the extracellular domain, and (iv) a truncated MyD88 polypeptide lacking the TIR domain; and contacting the antigen-presenting cell with dimeric FK506 or a dimeric FK506 analog which binds to the ligand-binding domain; whereby the antigen-presenting cell is activated. transfecting or transducing an antigen-presenting cell with a nucleic acid having a nucleotide sequence that encodes a chimeric protein, wherein the chimeric protein comprises (i) a membrane targeting region, (ii) a FKBP ligand-binding domain, (iii) a cytoplasmic CD40 polypeptide region lacking the extracellular domain, and (iv) a truncated MyD88 polypeptide lacking the TIR domain; and contacting the antigen-presenting cell with dimeric FK506 or a dimeric FK506 analog which binds to the ligand-binding domain; whereby the antigen-presenting cell is activated.
A device for packaging balls for reaction vessels for an analysis appliance, comprising: - a body comprising at least one opening, said body being used to house balls, - a closing member (61; 83), that can be moved relative to the body between a closed position in which the closing member (61; 83) closes the opening of the body, and an open position in which the opening of the body is open so as to allow the balls to be dispensed from the body, the body has an indentation for the passage of a rotating coupling member, characterised in that the closing member (61; 83) has an indentation (67; 89) capable of cooperating with the coupling member, the indentation (67; 89) of the closing member (61; 83) being located opposite the indentation of the body in the closed position, so that the coupling member can be inserted through the indentation of the body until it fits into the indentation (67; 89) in the closing member (61; 83), by form-fitting between the coupling member and the indentation (67; 89) of the closing member (61; 83), the indentation (67; 89) of the closing member (61; 83) being angularly spaced from the indentation of the body in the open position, so that the indentation of the body no longer allows the removal of the coupling element. - a body comprising at least one opening, said body being used to house balls, - a closing member (61; 83), that can be moved relative to the body between a closed position in which the closing member (61; 83) closes the opening of the body, and an open position in which the opening of the body is open so as to allow the balls to be dispensed from the body, the body has an indentation for the passage of a rotating coupling member, characterised in that the closing member (61; 83) has an indentation (67; 89) capable of cooperating with the coupling member, the indentation (67; 89) of the closing member (61; 83) being located opposite the indentation of the body in the closed position, so that the coupling member can be inserted through the indentation of the body until it fits into the indentation (67; 89) in the closing member (61; 83), by form-fitting between the coupling member and the indentation (67; 89) of the closing member (61; 83), the indentation (67; 89) of the closing member (61; 83) being angularly spaced from the indentation of the body in the open position, so that the indentation of the body no longer allows the removal of the coupling element.
An anchoring system for anchoring in a drill hole, comprising: a sleeve element which consists at least in some sections of plastics material and can be inserted into a drill hole, an expansion element comprising a threaded portion which can be screwed into the sleeve element, the expansion element being suitable for radially expanding the sleeve element during the screwing action, characterised in that the threaded portion has a thread pitch which varies along the threaded portion. a sleeve element which consists at least in some sections of plastics material and can be inserted into a drill hole, an expansion element comprising a threaded portion which can be screwed into the sleeve element, the expansion element being suitable for radially expanding the sleeve element during the screwing action, characterised in that the threaded portion has a thread pitch which varies along the threaded portion.
A method for making a curved tungsten alloy suture needle comprising the step of heating curved tungsten alloy needle blanks or a curved tungsten alloy suture needle to a temperature ranging from 350°C to below the recrystallization temperature of the alloy.