mhurhangee/ep-ind-claims huggingface dataset:
An oven comprising: a cabinet having a chamber configured to receive a cooking object therein; a door configured to open or close the cabinet; a rack assembly including an operating member configured to support the cooking object seated thereon and to be removable outward from the interior of the chamber, and a support member fixed inside the chamber to support the operating member disposed thereon; and a spring device including a first fixing piece located at the operating member, a second fixing piece located at the support member, and an elastic member having one side connected to the first fixing piece and the other side connected to the second fixing piece, the elastic member being elastically restored when a distance between the first fixing piece and the second fixing piece decreases, to remove the operating member from the chamber; characterized in that the elastic member includes a leaf-spring configured to be elastically deformed such that the number of windings thereof around the first fixing piece or the second fixing piece is reduced as a distance between the first fixing piece and the second fixing piece increases. a cabinet having a chamber configured to receive a cooking object therein; a door configured to open or close the cabinet; a rack assembly including an operating member configured to support the cooking object seated thereon and to be removable outward from the interior of the chamber, and a support member fixed inside the chamber to support the operating member disposed thereon; and a spring device including a first fixing piece located at the operating member, a second fixing piece located at the support member, and an elastic member having one side connected to the first fixing piece and the other side connected to the second fixing piece, the elastic member being elastically restored when a distance between the first fixing piece and the second fixing piece decreases, to remove the operating member from the chamber; characterized in that the elastic member includes a leaf-spring configured to be elastically deformed such that the number of windings thereof around the first fixing piece or the second fixing piece is reduced as a distance between the first fixing piece and the second fixing piece increases.
An image processing apparatus (110, 120, 130) having a reader, a printer and a display unit, comprising: a browser unit adapted to load content data containing document data which is described in a markup language and has a script or information for reference to a script embedded therein, to generate screen information based on the loaded content data, and to display the generated screen information on the display unit; a control unit adapted to control execution of image processing using the reader or the printer; a storage unit adapted to store log information generated with the control unit controlling the execution of image processing; a script processing unit incorporated in said browser unit, adapted to interpret the document data contained in the loaded content data and to process the script, which either is embedded in the document data itself or is identified by the information for reference to the script, the script including instructions for acquiring the log information stored by the storage unit; and an acquisition unit adapted to acquire the log information stored in the storage unit, based on a processing result by the script processing unit, and wherein the browser unit is adapted to display the log information acquired by the acquisition unit on the display unit, with the acquired log information reflected on the screen information. a browser unit adapted to load content data containing document data which is described in a markup language and has a script or information for reference to a script embedded therein, to generate screen information based on the loaded content data, and to display the generated screen information on the display unit; a control unit adapted to control execution of image processing using the reader or the printer; a storage unit adapted to store log information generated with the control unit controlling the execution of image processing; a script processing unit incorporated in said browser unit, adapted to interpret the document data contained in the loaded content data and to process the script, which either is embedded in the document data itself or is identified by the information for reference to the script, the script including instructions for acquiring the log information stored by the storage unit; and an acquisition unit adapted to acquire the log information stored in the storage unit, based on a processing result by the script processing unit, and wherein the browser unit is adapted to display the log information acquired by the acquisition unit on the display unit, with the acquired log information reflected on the screen information.
A circular segment for receiving at least one filter segment and for use in a rotary filter for filtering fluids, the circular segment having two opposite side sections, each comprising an inner surface for guiding the filter segment and a corresponding outer surface implemented as an adjacent surface for the corresponding outer surface of a further circular segment, the circular segment consisting of individual elements releasably connected to each other, characterized in that, two of the individual elements are identical in structure, comprise a substantially L-shaped structure, and form a U-shaped base frame completed by one or more cover elements, such that a closed circular segment is produced.
An apparatus for cooling and/or for heat recovery having at least one heat exchanger, wherein a plurality of heat exchanger modules, which can be assembled together, each have a heat exchanger and the heat exchanger modules can be assembled together in such a way that the heat exchangers thereof can be operated in parallel, wherein each heat exchanger module has a housing which surrounds the heat exchanger and has an air inlet opening and an air outlet opening at each of the end faces, whereby each of the successive heat exchanger modules has two air inlet openings and two air outlet openings, wherein the air inlet openings and the air outlet openings of successive heat exchanger modules are situated one above the other and the heat exchanger modules have the common supply air duct and the common exhaust air duct, wherein the air inlet openings and the air outlet openings of successive heat exchanger modules can be equally supplied by the common exhaust air guide and the common supply air guide in parallel with the respective supply air and exhaust air, wherein the heat exchanger modules are assigned a common wetting water reservoir for wetting water, which has at least one pump, by means of which the wetting water from the wetting water reservoir can be fed to the heat exchanger modules, wherein the wetting water reservoir also has a housing, as a result of which the heat exchanger modules can be stacked one on top of the other on the wetting water reservoir and the heat exchanger modules stacked one on top of the other and the wetting water reservoir can be coupled together to form a unit.
A method for setting an object capable of contactless communication with a reader by active load modulation, comprising - a production of a reference object (APPR) which is structurally and functionally similar to said object and including a reference resonant circuit tuned to a reference resonance frequency, - determinations, for different frequencies belonging to a frequency range around the reference resonance frequency, of reference phase shifts (DPHRi) internal to the reference object and allowing to obtain resulting phase shifts which are zero or equal to pi with a tolerance, between a signal emitted by the reference antenna of the reference object (APPR) to a test reader and a signal received from the test reader at said reference antenna, - a production of said object including a storage in a memory of said object of at least one indication linking these reference phase shifts to reference characteristics obtained from signals only emitted by the reference object, and - at the end of the production of the object, an auto-setting by said object of the phase shift internal to this object from said at least one stored indication and at least one characteristic obtained from a signal only emitted by the object, said at least one characteristic being of the same type as the reference characteristics. - a production of a reference object (APPR) which is structurally and functionally similar to said object and including a reference resonant circuit tuned to a reference resonance frequency, - determinations, for different frequencies belonging to a frequency range around the reference resonance frequency, of reference phase shifts (DPHRi) internal to the reference object and allowing to obtain resulting phase shifts which are zero or equal to pi with a tolerance, between a signal emitted by the reference antenna of the reference object (APPR) to a test reader and a signal received from the test reader at said reference antenna, - a production of said object including a storage in a memory of said object of at least one indication linking these reference phase shifts to reference characteristics obtained from signals only emitted by the reference object, and - at the end of the production of the object, an auto-setting by said object of the phase shift internal to this object from said at least one stored indication and at least one characteristic obtained from a signal only emitted by the object, said at least one characteristic being of the same type as the reference characteristics.
Device for cutting a tubular web, having an adjustable knife for cutting the tubular web, and having a pulling device, which applies a tensile force to the knife on a fording edge of the tubular web, characterized in that the pulling device is configured in such a way that the tensile force can be adjusted on the basis of the tube properties of the tubular web, and in that, given constant tube properties, the tensile force can be kept substantially constant, irrespective of the tube width of the tubular web.
A seal for a turbine casing including a plurality of sections joined at flanges (4,6) provided on each section, each flange (4,6) including a bore (8, 18) and a counterbore, the seal comprising: a compression sleeve seal having a length that is greater than a counterbore -to-counterbore length of two flanges (4,6); a fastener configured to extend through the compression sleeve seal; and a nut threadable on each end of the fastener, wherein ends of the compression sleeve seal are compressible between each flange (4,6) and each nut to create a first seal and is radially extensible between the ends to create a second seal against each bore (8, 18); characterized in that the compression sleeve seal is thinner at the ends than between the ends. a compression sleeve seal having a length that is greater than a counterbore -to-counterbore length of two flanges (4,6); a fastener configured to extend through the compression sleeve seal; and a nut threadable on each end of the fastener, wherein ends of the compression sleeve seal are compressible between each flange (4,6) and each nut to create a first seal and is radially extensible between the ends to create a second seal against each bore (8, 18); characterized in that the compression sleeve seal is thinner at the ends than between the ends.
A dispersion of particles, each of the particles comprising: - at least one ferromagnetic domain, - at least one phosphor domain having a stimulation wavelength, a glow persistence of at least 5 seconds and a visible wavelength emission, wherein said at least one phosphor domain comprises a metal present as a salt with an anion and an activator dopant; and - a polymeric resin that is transmissive of the stimulation wavelength and the visible wavelength emission, characterized in that each particle comprises multiple ferromagnetic domains and multiple phosphor domains, that said polymeric resin is coating said multiple ferromagnetic domains and said multiple phosphor domains and is adherent to said multiple ferromagnetic domains and to said multiple phosphor domains to bind disparate domains together into a control size particle, wherein the multiple ferromagnetic domains are present from 40 to 80 wt% of a particle, and wherein the multiple phosphor domains are present from 10 to 40 wt% relative to the amount of the multiple ferromagnetic domain. - at least one ferromagnetic domain, - at least one phosphor domain having a stimulation wavelength, a glow persistence of at least 5 seconds and a visible wavelength emission, wherein said at least one phosphor domain comprises a metal present as a salt with an anion and an activator dopant; and - a polymeric resin that is transmissive of the stimulation wavelength and the visible wavelength emission,
An annular elastic element (1a, 1b) for a clamping and/or braking device, the element (1a, 1b) comprising: an annular spring plate, the annular spring plate having a first annular side surface and a second annular side surface; a first sealing element, the first sealing element being arranged on the first side surface of the spring plate; and a second sealing element, the second sealing element being arranged on the second side surface of the spring plate; characterized in that the second sealing element forms an inner protrusion in a region of an inner edge of the annular spring plate and forms an outer protrusion in a region of an outer edge of the annular spring plate, and in that the first sealing element forms a first protrusion. an annular spring plate, the annular spring plate having a first annular side surface and a second annular side surface; a first sealing element, the first sealing element being arranged on the first side surface of the spring plate; and a second sealing element, the second sealing element being arranged on the second side surface of the spring plate; characterized in that the second sealing element forms an inner protrusion in a region of an inner edge of the annular spring plate and forms an outer protrusion in a region of an outer edge of the annular spring plate, and in that the first sealing element forms a first protrusion.
Prosthesis system with - a liner made of an electrically nonconducting liner material, which is provided to be pulled over an amputation stump and which has an inner face provided to rest against the amputation stump and an outer face facing away from the inner face, - at least one electrode which has at least one contact face, and - a prosthesis socket, which is provided to be arranged on the amputation stump after the liner was pulled thereover such that a socket inner face faces the outer face of the liner, wherein - the at least one electrode is arranged on the outer face of the liner or on the socket inner face of the prosthesis socket, - a plurality of feedthroughs which run from the inner face to the outer face and are made of an electrically conducting material in the liner material are arranged in at least one region of the liner and - the at least one contact face of the at least one electrode is provided to come into contact with at least one feedthrough when the prosthesis socket is arranged on the amputation stump after the liner was pulled over the latter, characterized in that the at least one region is greater than the at least one contact face of the at least one electrode, preferably at least twice the size thereof, such that a twist or shift of the liner relative to the amputation stump is harmless for a quality of picked-up electric signals. - a liner made of an electrically nonconducting liner material, which is provided to be pulled over an amputation stump and which has an inner face provided to rest against the amputation stump and an outer face facing away from the inner face, - at least one electrode which has at least one contact face, and - a prosthesis socket, which is provided to be arranged on the amputation stump after the liner was pulled thereover such that a socket inner face faces the outer face of the liner, - the at least one electrode is arranged on the outer face of the liner or on the socket inner face of the prosthesis socket, - a plurality of feedthroughs which run from the inner face to the outer face and are made of an electrically conducting material in the liner material are arranged in at least one region of the liner - the at least one contact face of the at least one electrode is provided to come into contact with at least one feedthrough when the prosthesis socket is arranged on the amputation stump after the liner was pulled over the latter,
A support structure for a vehicle suspension device in which an upper end of a shock absorber or a suspension spring is coupled to a receiving member fixed to a vehicle body frame, whereby the vehicle body frame includes a lower frame member having a rectangular cross-section and an upper frame member attached to and arranged above the lower frame member through welding or bolt fastening, the support structure being characterized in that the upper frame member has a substantially inverted-U-shaped first frame portion mounted upright on the lower frame member, a substantially U-shaped second frame portion extending forward from a middle portion of the first frame portion in an up-and-down direction, and a third frame portion mounted upright on the lower frame member to support a front portion of the second frame portion, the vehicle body frame includes a closed loop portion having a corner portion, the closed loop portion is configured by the second frame portion and an upper portion of the first frame portion, and the receiving member is fixed to the corner portion of the loop portion at a front portion and a side portion of the receiving member or at a rear portion and a side portion of the receiving member. a substantially inverted-U-shaped first frame portion mounted upright on the lower frame member, a substantially U-shaped second frame portion extending forward from a middle portion of the first frame portion in an up-and-down direction, and a third frame portion mounted upright on the lower frame member to support a front portion of the second frame portion,
A signal processor for detecting a target object by using a transducer for transmitting a transmission wave and receiving a reflection wave of the transmission wave, based on a reception signal obtained from the reflection wave, the signal processor comprising: an extracting module configured to extract, from echo sample sequences each of which is obtained by plotting a plurality of samples constituting the reception signal on coordinates defined by a distance from the transducer and amplitudes of the plurality of samples and is generated for each azimuth with reference to a position of the transducer, a plurality of samples caused by the target object as a partial sample sequence; a characteristic amount calculating module configured to calculate a characteristic of the partial sample sequence as a characteristic amount; a memory configured to store a plurality of type-based data that are data as comparison targets of the characteristic amount and correspond to types from which the target object is identified; and an identifying module configured to compare the characteristic amount with each of the plurality of type-based data and, based on the comparison result, identify the type of the target object for which the characteristic amount is calculated, wherein the characteristic amount is one of the number of samples constituting a rising portion of the partial sample sequence, the number of samples constituting a falling portion of the partial sample sequence, and a value obtained based on an integral value of the falling portion. an extracting module configured to extract, from echo sample sequences each of which is obtained by plotting a plurality of samples constituting the reception signal on coordinates defined by a distance from the transducer and amplitudes of the plurality of samples and is generated for each azimuth with reference to a position of the transducer, a plurality of samples caused by the target object as a partial sample sequence; a characteristic amount calculating module configured to calculate a characteristic of the partial sample sequence as a characteristic amount; a memory configured to store a plurality of type-based data that are data as comparison targets of the characteristic amount and correspond to types from which the target object is identified; and an identifying module configured to compare the characteristic amount with each of the plurality of type-based data and, based on the comparison result, identify the type of the target object for which the characteristic amount is calculated, the number of samples constituting a rising portion of the partial sample sequence, the number of samples constituting a falling portion of the partial sample sequence, and a value obtained based on an integral value of the falling portion.
A cable including at least one conductive element extending inside at least one insulating element, characterized in that at least one insulating element consists of an electrically insulating and thermally resistant composition, characterized in that it includes: - an organic polymer, - at least 15 parts by weight of a phyllosilicate for 100 parts by weight of organic polymer, the phyllosilicate consisting of an assembly of sheets and having the capability of inserting the organic polymer between said sheets, and - at least a 50 parts by weight of a refractory filler of the refractory oxide type for 100 parts by weight of organic polymer, said insulating element comprising said organic polymer inserted between said sheets. - an organic polymer, - at least 15 parts by weight of a phyllosilicate for 100 parts by weight of organic polymer, the phyllosilicate consisting of an assembly of sheets and having the capability of inserting the organic polymer between said sheets, and - at least a 50 parts by weight of a refractory filler of the refractory oxide type for 100 parts by weight of organic polymer,
A method of obtaining aircraft information, the method comprising: generating a first electrical signal; generating a light beam based on the first electrical signal, the light beam directed towards a structural member of an aircraft; converting a reflected light beam to a second electrical signal, the reflected light beam corresponding to a portion of the light beam reflected from one or more optical reflectors coupled to the structural member; and estimating a location of a center-of-gravity (X CG) of the aircraft based on a timing difference between the first electrical signal and the second electrical signal. generating a first electrical signal; generating a light beam based on the first electrical signal, the light beam directed towards a structural member of an aircraft; converting a reflected light beam to a second electrical signal, the reflected light beam corresponding to a portion of the light beam reflected from one or more optical reflectors coupled to the structural member; and estimating a location of a center-of-gravity (X CG) of the aircraft based on a timing difference between the first electrical signal and the second electrical signal.