mhurhangee/ep-ind-claims huggingface dataset:
A rechargeable battery, comprising: a case; an electrode assembly including a first electrode and a second electrode; a cap plate; a current collecting member electrically connected to the first electrode, the current collecting member including a fuse portion; a lower insulating member (45, 75, 76), and a terminal electrically connected to the current collecting member wherein the electrode assembly, the current collecting member and the lower insulating member (45, 76) are stored in the case and wherein the cap plate is attached to the case such that the lower insulating member is between the cap plate and the current collecting member with the terminal protruding out of the cap plate; the rechargeable battery further comprising a spacer (45e, 72b, 78) between the lower insulating member (45, 75, 76) and the fuse portion, the spacer (45e, 72b, 78) disposing apart from the fuse portion the lower insulating member, wherein the current collecting member further comprises a fuse hole, the spacer (45e, 72b, 78) extending in a circumferential direction of the fuse hole, and wherein the current collecting member further comprises a supporting member (71, 72, 73) which overlaps a lower part of the fuse hole and encloses the current collecting member, characterized in that the supporting member (71, 72, 73) includes an opening (71a, 72a, 73a) overlapping and in fluid communication with an upper part of the fuse hole, and the spacer (45e, 72b, 78) spaces apart the lower insulating member (45, 75, 76) from the supporting member (71, 72, 73). a case; an electrode assembly including a first electrode and a second electrode; a cap plate; a current collecting member electrically connected to the first electrode, the current collecting member including a fuse portion; a lower insulating member (45, 75, 76), and a terminal electrically connected to the current collecting member wherein the electrode assembly, the current collecting member and the lower insulating member (45, 76) are stored in the case and wherein the cap plate is attached to the case such that the lower insulating member is between the cap plate and the current collecting member with the terminal protruding out of the cap plate; the rechargeable battery further comprising a spacer (45e, 72b, 78) between the lower insulating member (45, 75, 76) and the fuse portion, the spacer (45e, 72b, 78) disposing apart from the fuse portion the lower insulating member, wherein the current collecting member further comprises a fuse hole, the spacer (45e, 72b, 78) extending in a circumferential direction of the fuse hole, and wherein the current collecting member further comprises a supporting member (71, 72, 73) which overlaps a lower part of the fuse hole and encloses the current collecting member, characterized in that the supporting member (71, 72, 73) includes an opening (71a, 72a, 73a) overlapping and in fluid communication with an upper part of the fuse hole, and the spacer (45e, 72b, 78) spaces apart the lower insulating member (45, 75, 76) from the supporting member (71, 72, 73).
A fluid control valve for a shower system, the fluid control valve comprising: a valve body including a chamber and a reservoir; a piston slidably coupled to the valve body, wherein the piston fluidly separates the chamber from the reservoir; wherein the chamber includes a compressible gas; and wherein the piston is configured to slidably translate within the valve body to compress the compressible gas in response to a water pressure change in the shower system, characterized in that the fluid control valve body further includes a vent configured to control an amount of compressible gas in the chamber. a valve body including a chamber and a reservoir; a piston slidably coupled to the valve body, wherein the piston fluidly separates the chamber from the reservoir; wherein the chamber includes a compressible gas; and wherein the piston is configured to slidably translate within the valve body to compress the compressible gas in response to a water pressure change in the shower system, characterized in that the fluid control valve body further includes a vent configured to control an amount of compressible gas in the chamber.
A strip edge detection device for detecting an edge position of a steel strip withdrawn from a molten metal bath, comprising: a light source disposed so as to face the steel strip and configured to emit a line-like marking light extending along a strip width direction toward the steel strip; an imaging device configured to capture an image of a region including an edge of the steel strip and a regular reflected light of the line-like marking light reflected by the steel strip; an analysis unit configured to determine an end position of the regular reflected light of the line-like marking light specularly reflected by the steel strip as the edge position, based on the image captured by the imaging device; a driving mechanism configured to move the imaging device along the strip width direction of the steel; strip; and a control unit configured to control the driving mechanism to adjust a position of the imaging device so that the edge position is centered in the image in the strip width direction, based on the edge position determined by the analysis unit. a light source disposed so as to face the steel strip and configured to emit a line-like marking light extending along a strip width direction toward the steel strip; an imaging device configured to capture an image of a region including an edge of the steel strip and a regular reflected light of the line-like marking light reflected by the steel strip; an analysis unit configured to determine an end position of the regular reflected light of the line-like marking light specularly reflected by the steel strip as the edge position, based on the image captured by the imaging device; a driving mechanism configured to move the imaging device along the strip width direction of the steel; strip; and a control unit configured to control the driving mechanism to adjust a position of the imaging device so that the edge position is centered in the image in the strip width direction, based on the edge position determined by the analysis unit.
A vertical full rotation shuttle, comprising: an outer shuttle fixed to a lower shaft which is driven to rotate about an axis of rotation perpendicular to an axial line of a needle bar to which a sewing needle is attached and includes a hook portion with a distal end thereof tapered toward a downstream side in the direction of rotation of the lower shaft; an inner shuttle retained by the outer shuttle so as to rotate about the axis of rotation, the inner shuttle including a peripheral wall part having a needle location hole in which the sewing needle is inserted, a thread escape recess being provided on an inner peripheral surface of the peripheral wall part on the downstream side in the direction of rotation of the needle location hole; a bobbin case removably mounted in the inner shuttle; and a bobbin accommodated in the bobbin case, a lower thread being to be wound around the bobbin, characterized in that the thread escape recess is provided on an inner peripheral portion of the peripheral wall part on the downstream side in the direction of rotation of the needle location hole, the thread escape recess being depressed radially outward with respect to an imaginary cylindrical surface which inscribes the inner peripheral portion. an outer shuttle fixed to a lower shaft which is driven to rotate about an axis of rotation perpendicular to an axial line of a needle bar to which a sewing needle is attached and includes a hook portion with a distal end thereof tapered toward a downstream side in the direction of rotation of the lower shaft; an inner shuttle retained by the outer shuttle so as to rotate about the axis of rotation, the inner shuttle including a peripheral wall part having a needle location hole in which the sewing needle is inserted, a thread escape recess being provided on an inner peripheral surface of the peripheral wall part on the downstream side in the direction of rotation of the needle location hole; a bobbin case removably mounted in the inner shuttle; and a bobbin accommodated in the bobbin case, a lower thread being to be wound around the bobbin, characterized in that the thread escape recess is provided on an inner peripheral portion of the peripheral wall part on the downstream side in the direction of rotation of the needle location hole, the thread escape recess being depressed radially outward with respect to an imaginary cylindrical surface which inscribes the inner peripheral portion.
A device for thermal processing within a processing region at a workpiece surface by means of laser beams emitted by a plurality of radiation sources, comprising a control unit, which is designed to change the intensity of at least one of the laser beams within the processing region in a locally defined manner by a defined actuation of a plurality of the radiation sources, such that, within the processing region, a locally defined distribution of the intensity of the laser beams impinging on the workpiece surface can be achieved, characterized in that the opposite radiation sources emit laser beams of different wavelengths, a plurality of radiation sources and laser beams are present in an odd number, and/or a plurality of radiation sources and laser beams are present in an asymmetric arrangement, and an apparatus for supplying additional material to/in the processing region being present and the emitted laser beams being directed toward/into the processing region such that a free region that is not irradiated by laser beams is present within the processing region, the additional material being supplied to the free region.
A tower drying rack, comprising at least two modules (11, 18), each one of which comprises: - a first perimetric frame (12, 23) to which collapsible grids (13, 14, 24, 25) for hanging laundry are pivoted, to said first frame (12, 23) there being pivoted - either a second perimetric frame (15, 26), adapted to provide either an active configuration, in a cross-like arrangement with the first frame, or an inactive configuration, flat-packed onto the first frame, - or two C-shaped frame parts, which are pivoted with parallel axes in opposite positions with respect to the first perimetric frame and intended to provide a cross-like or T-shaped active configuration with the first frame (12, 23), or an inactive configuration in which it is flat-packed onto the first frame, resting elements (16, 29) protruding from the posts of the second frame (15, 26), or of said two frame parts, for corresponding engagement portions (17, 30) of the collapsible grids (13, 14, 24, 25) in the active configuration, said at least two modules (11, 18) being stacked onto each other, in the active configuration, with means (19, 20) for fixing the frames or frame parts of a first module to the corresponding frames or frame parts of a second module, said fixing means (19, 20) being of the snap coupling type, said fixing means (19, 20) being each constituted by a T-shaped element that comprises a first, central portion (44, 45) and second and third, opposite, lateral portions (46, 47, 48, 49), each T-shaped element comprising four seats (60, 61, 62, 63), a first seat being shaped for the insertion of an end of a lower cross-member of a first module, a second seat being shaped for the insertion of an end portion of a post of said first module, a third seat being shaped for the insertion of an upper cross-member of a second module, and a fourth seat being shaped for the insertion of a post of the second module, each T-shaped element that defines the fixing means (19, 20) being made in one piece of plastic material. - a first perimetric frame (12, 23) to which collapsible grids (13, 14, 24, 25) for hanging laundry are pivoted, to said first frame (12, 23) there being pivoted - either a second perimetric frame (15, 26), adapted to provide either an active configuration, in a cross-like arrangement with the first frame, or an inactive configuration, flat-packed onto the first frame, - or two C-shaped frame parts, which are pivoted with parallel axes in opposite positions with respect to the first perimetric frame and intended to provide a cross-like or T-shaped active configuration with the first frame (12, 23), or an inactive configuration in which it is flat-packed onto the first frame,
An audio system for a vehicle comprising: an amplifier including an audio channel input, the amplifier including a processor adapted to switch between an audio mode and a reconfiguration mode, a head unit including an audio channel output connected to the audio channel input of the amplifier, the head unit adapted to transmit an analog signal on the audio channel output to the audio channel input of the amplifier; where the amplifier is configured to process the analog signal received on the audio channel input for listening by a user when the processor is in the audio mode, and where the processor is configured to reconstruct digital instructions encoded on the analog signal received on the audio channel input when the processor is in the reconfiguration mode, the processor being adapted to reconfigure the operation of the amplifier, based on said digital instructions. an amplifier including an audio channel input, the amplifier including a processor adapted to switch between an audio mode and a reconfiguration mode, a head unit including an audio channel output connected to the audio channel input of the amplifier, the head unit adapted to transmit an analog signal on the audio channel output to the audio channel input of the amplifier; where the amplifier is configured to process the analog signal received on the audio channel input for listening by a user when the processor is in the audio mode, and where the processor is configured to reconstruct digital instructions encoded on the analog signal received on the audio channel input when the processor is in the reconfiguration mode, the processor being adapted to reconfigure the operation of the amplifier, based on said digital instructions.
A method for producing an L-amino acid by fermentation comprising culturing a microorganism having an L-amino acid-producing ability in a liquid medium to accumulate the L-amino acid in the medium with precipitation of the L-amino acid, wherein the medium contains a polymer selected from the group consisting of a water-soluble cellulose derivative, a water-soluble polyvinyl compound, a polar organic solvent-soluble polyvinyl compound, an alginic acid salt and a polyacrylic acid salt.
An injection moulded article suitable for strain orientation, the article comprising: a plurality of first elongate moulded straps formed in a first layer; a plurality of second elongate moulded straps formed in a second layer, so that at least some of the first elongate straps overlap with at least some of the second elongate straps; and a plurality of moulded joiner members that are integrally injection moulded with the first elongate straps and with the second elongate straps, and that connect between the first elongate straps and the second elongate straps in the regions in which the first elongate straps and the second elongate straps overlap. a plurality of first elongate moulded straps formed in a first layer; a plurality of second elongate moulded straps formed in a second layer, so that at least some of the first elongate straps overlap with at least some of the second elongate straps; and a plurality of moulded joiner members that are integrally injection moulded with the first elongate straps and with the second elongate straps, and that connect between the first elongate straps and the second elongate straps in the regions in which the first elongate straps and the second elongate straps overlap.
Window wiper plate, especially for motor vehicles, comprising: - a supporting element in the form of a hollow rod, and - at least one window wiper system bearing comprising a tube for bearing a window wiper blade driving shaft, the tube having a protuberance for cooperating with the hollow rod, - said protuberance comprising a securing zone for securing the hollow rod, said protuberance having a collar arranged at a distance from the tube, the collar being for preventing water flowing into the hollow rod, characterized in that the collar has an oblong shape, and in that, in the assembled position, the collar extends between the tube and the proximal end of the hollow rod, the securing zone being covered by the hollow rod. - a supporting element in the form of a hollow rod, and - at least one window wiper system bearing comprising a tube for bearing a window wiper blade driving shaft, the tube having a protuberance for cooperating with the hollow rod, - said protuberance comprising a securing zone for securing the hollow rod, said protuberance having a collar arranged at a distance from the tube, the collar being for preventing water flowing into the hollow rod, characterized in that the collar has an oblong shape, and in that, in the assembled position, the collar extends between the tube and the proximal end of the hollow rod, the securing zone being covered by the hollow rod.
A recording media containing a raw base substrate comprising, on its image side, a primary coating layer and a top image receiving layer wherein said image receiving layer encompasses a polymeric adhesion promoter, wherein the polymeric adhesion promoter is an aqueous emulsion in the form of latex particles having particle size ranging from 150 to 350 nanometers and having a glass transition temperature at, or above, 90°C, and wherein said primary coating layer comprises pigment fillers and binders.
An induction heating assembly for a vapour generating device, the induction heating assembly comprising: an induction coil; a heating compartment arranged to receive an induction heatable cartridge; a first electromagnetic shield layer arranged outward of the induction coil; a second electromagnetic shield layer arranged outward of the first electromagnetic shield layer; and a first insulating layer positioned between the induction coil and the first electromagnetic shield layer, wherein the first and second electromagnetic shield layers (36, 46) differ in one or both of their electrical conductivity and their magnetic permeability, wherein the first electromagnetic shield layer comprises a ferrimagnetic, nonelectrically conductive material; and wherein the second electromagnetic shield layer comprises an electrically conductive material. an induction coil; a heating compartment arranged to receive an induction heatable cartridge; a first electromagnetic shield layer arranged outward of the induction coil; a second electromagnetic shield layer arranged outward of the first electromagnetic shield layer; and a first insulating layer positioned between the induction coil and the first electromagnetic shield layer, wherein the first and second electromagnetic shield layers (36, 46) differ in one or both of their electrical conductivity and their magnetic permeability, wherein the first electromagnetic shield layer comprises a ferrimagnetic, nonelectrically conductive material; and wherein the second electromagnetic shield layer comprises an electrically conductive material.
A nutritionally complete_infant formula comprising cGMP and a total protein content of between 12 and 16 grams/liter of which no more than 40% by weight is provided by a cGMP having an enhanced concentration of sialic acid, wherein the sialic acid concentration of the cGMP is above about 60 mg sialic acid per gram.
A data processing system, wherein the system comprises N cascaded processing groups, the N cascaded processing groups comprise A soft processing groups and B hard processing groups, and A + B = N, wherein each soft processing group comprises a first delay unit, an input interface, a processor, an output interface, and a second delay unit; the first delay unit is hardwired to both the input interface and the second delay unit; the processor is electrically connected to both the input interface and the output interface; the second delay unit is hardwired to the output interface; the first delay unit is configured to send a first timing signal to the input interface and the second delay unit; the second delay unit is configured to: delay the first timing signal that is from the first delay unit, to obtain a second timing signal, and send the second timing signal to the output interface; the input interface is configured to: obtain service data, control information, and the first timing signal, combine the service data and the control information under triggering of the first timing signal to obtain a first data packet, and send the first data packet to the processor; the processor is configured to: process the service data according to the control information in the first data packet, and send an obtained second data packet to the output interface, wherein the second data packet comprises the processed service data; and the output interface is configured to: parse the second data packet to obtain the processed service data, obtain the second timing signal, and output the processed service data under triggering of the second timing signal; each hard processing group comprises a third delay unit and a hardware unit, the third delay unit is hardwired to the hardware unit, and the third delay unit is configured to generate a third timing signal or to obtain a third timing signal by delaying a timing signal sent by a previous processing group, and to send the third timing signal to the hardware unit, and the hardware unit is configured to receive service data and to output the service data; and N, A, and B are all positive integers.
Thermoforming system for the production of refrigeration device inner containers made of flat material, with a tool comprising two dies (59, 60) and, interacting with the tool, a stretching bell, the open side of which, facing the tool, is divided into two openings by a crosspiece engaging between the dies (59, 60), wherein each opening respectively receives one of the dies (59, 60), wherein the stretching bell has two sealing surfaces (50, 51), which run over the crosspiece, wherein the first sealing surface extends over the first opening and the second sealing surface extends over the second opening, wherein a frame for clamping to workpieces (4, 5) to be formed interacts with the stretching bell, has a transverse beam transverse beam opposite the crosspiece, characterised in that the width of a gap between the first sealing surface and an opposite surface of the transverse beam is greater than the width of a gap between the second sealing surface and an opposite surface of the transverse beam.
A method for performing an immunodiffusion assay comprising at least the following steps of: (a) preparing one or more test samples comprising an influenza virus antigen, (b) treating the test samples with at least 10% (w/v) of a zwitterionic detergent, (c) applying the treated test samples to a gel comprising an antibody specific to the influenza virus antigen, and (d) allowing the samples to diffuse into the gel. (a) preparing one or more test samples comprising an influenza virus antigen, (b) treating the test samples with at least 10% (w/v) of a zwitterionic detergent, (c) applying the treated test samples to a gel comprising an antibody specific to the influenza virus antigen, and (d) allowing the samples to diffuse into the gel.
A feminine hygiene device comprising: a body having an insertion end, a withdrawal end, a longitudinal axis, the feminine hygiene device comprising a withdrawal string extending from the withdrawal end, the withdrawal string comprising one or more fluorocarbon compounds.