mhurhangee/ep-ind-claims huggingface dataset:
An anticorrosive adapted to cover a contact portion of a terminal-attached covered electric wire where a wire conductor of a covered electric wire and a connection terminal are in contact with each other, the anticorrosive comprising a curable resin composition that comprises, as main ingredients: 100 parts by mass of a polymer of a (meth)acrylate monomer, the polymer having two or more (meth) acrylate groups; 40 to 90 parts by mass of isobornyl (meth)acrylate; and 1 to 15 part by mass of an alkyl (meth)acrylate represented by formula 1, where R1 is either H or CH 3, and R2 is an alkyl group having a carbon number of 8 to 13, 100 parts by mass of a polymer of a (meth)acrylate monomer, the polymer having two or more (meth) acrylate groups; 40 to 90 parts by mass of isobornyl (meth)acrylate; and 1 to 15 part by mass of an alkyl (meth)acrylate represented by formula 1, where R1 is either H or CH 3, and R2 is an alkyl group having a carbon number of 8 to 13,
A method for analysing an animal carcass, meat obtained therefrom, or product produced by or obtained from an animal for the presence or absence of faecal matter, the method comprising: analysing the animal carcass, meat obtained therefrom, or product produced by or obtained from the animal for the presence or absence of a detectable marker, the presence of the detectable marker being indicative of the presence of faecal matter and the absence of the detectable marker being indicative of the absence of faecal matter; wherein the animal carcass, meat obtained therefrom, or product produced by or obtained from the animal has been obtained from an animal fed a composition comprising a supplement of the detectable marker; wherein the detectable marker is a fluorescent marker and comprises one or more chlorophyllins or salts thereof and wherein the presence or absence of the detectable marker is determined via fluorescence spectroscopy. analysing the animal carcass, meat obtained therefrom, or product produced by or obtained from the animal for the presence or absence of a detectable marker, the presence of the detectable marker being indicative of the presence of faecal matter and the absence of the detectable marker being indicative of the absence of faecal matter; wherein the animal carcass, meat obtained therefrom, or product produced by or obtained from the animal has been obtained from an animal fed a composition comprising a supplement of the detectable marker; wherein the detectable marker is a fluorescent marker and comprises one or more chlorophyllins or salts thereof and wherein the presence or absence of the detectable marker is determined via fluorescence spectroscopy.
A renal replacement therapy system, comprising: A filtration system having a feed side, a filtrate side and a non-silicon ceramic filter separating the feed side and the filtrate side; A re-absorption system having a feed side, a filtrate side and a non-silicon ceramic filter separating the feed side and the filtrate side; A valveless blood flow circuit in communication with an arterial graft, an inlet to the filtration system feed side, an outlet to the filtration system feed side, an inlet to the re-absorption system filtrate side, an outlet to the re-absorption system filtrate side and a venous graft; A percutaneous drive line including a fluid supply channel, a fluid return channel, a power cable, and a data communications cable; A filtration system inlet valve in communication with the fluid supply channel and an inlet to the filtration system filtrate side; A re-absorption system first outlet valve in communication with the re-absorption system feed side and the fluid return channel; A re-absorption system second outlet valve in communication with the re-absorption system feed side and a graft in communication with a bladder or a urine collection bag; A filtrate pump with an inlet in communication with the filtration system filtrate side and an outlet in communication with the re-absorption system feed side; and An implantable housing containing the filtration system, the re-absorption system, and the filtrate pump. A filtration system having a feed side, a filtrate side and a non-silicon ceramic filter separating the feed side and the filtrate side; A re-absorption system having a feed side, a filtrate side and a non-silicon ceramic filter separating the feed side and the filtrate side; A valveless blood flow circuit in communication with an arterial graft, an inlet to the filtration system feed side, an outlet to the filtration system feed side, an inlet to the re-absorption system filtrate side, an outlet to the re-absorption system filtrate side and a venous graft; A percutaneous drive line including a fluid supply channel, a fluid return channel, a power cable, and a data communications cable; A filtration system inlet valve in communication with the fluid supply channel and an inlet to the filtration system filtrate side; A re-absorption system first outlet valve in communication with the re-absorption system feed side and the fluid return channel; A re-absorption system second outlet valve in communication with the re-absorption system feed side and a graft in communication with a bladder or a urine collection bag; A filtrate pump with an inlet in communication with the filtration system filtrate side and an outlet in communication with the re-absorption system feed side; and An implantable housing containing the filtration system, the re-absorption system, and the filtrate pump.
A base plate for an ostomy appliance, the base plate comprising: - a top layer defining a base plate plane; - a first adhesive layer adapted to adhere the base plate to peristomal skin of a user; - an electrode assembly; and - a monitor interface configured to electronically connect with the electrode assembly, characterised in that the monitor interface comprises a coupling part configured to form a releasably mechanically and/or electronically coupling between the base plate and a monitor device; wherein the coupling part is configured to engage and/or disengage with the monitor device allowing the monitor device to be coupled to the base plate by a motion in a direction corresponding to an acute angle of 45 degrees or less relative to the base plate plane. - a top layer defining a base plate plane; - a first adhesive layer adapted to adhere the base plate to peristomal skin of a user; - an electrode assembly; and - a monitor interface configured to electronically connect with the electrode assembly, characterised in that the monitor interface comprises a coupling part configured to form a releasably mechanically and/or electronically coupling between the base plate and a monitor device; wherein the coupling part is configured to engage and/or disengage with the monitor device allowing the monitor device to be coupled to the base plate by a motion in a direction corresponding to an acute angle of 45 degrees or less relative to the base plate plane.
A method for producing a corrugated fin element for a heating register or for another heating device, wherein a flow can pass around said corrugated fin element, wherein the corrugated fin element comprises a plurality of corrugated fins (22, 24) of wave-shaped design, the method comprising the steps of: producing a corrugated fin basic element such that apexes (26, 28) of the corrugated fins (22, 24) are in contact with each other or are arranged at a small distance to each other, characterized in that the method comprises the following step: impacting the basic element with a tensile force such that a distance between the apexes (26, 28) is increased by deformation and the total length of the corrugated fin element thus increases correspondingly.
An apparatus comprising: a cylindrical filter; and a filter cleaning knob configured to rotate the cylindrical filter; a filter cleaning flap coupled to the cylindrical filter and configured to sequentially make contact with a plurality of pleated segments of the cylindrical filter as the filter cleaning knob is rotated to facilitate dislodging dust and debris trapped by the cylindrical filter; and characterized in that the apparatus further comprises: an annular seal encircling an intake port of and configured to function as a diaphragm between the cylindrical filter and the intake port, wherein the annular seal is manufactured from silicon foam material to mitigate damage to the intake port from a rotation of the cylindrical filter and from vibrations.
Unmanned surface vehicle comprising a keel-mast arrangement where at least one keel is arranged to at least one mast to form the keel-mast arrangement and that the keel-mast arrangement is movably arranged to a multihull structure of said unmanned surface vehicle, wherein the keel-mast arrangement is arranged with a rotating joint to the multihull structure between a first elongated hull (21, 22) and a second elongated hull (21', 22'), where the multi hull structure comprises four elongated floats (21, 21',22, 22') arranged by holding means (23, 23') of said unmanned surface vehicle, so that a first float and a second float form said first elongated hull (21,22) extending along a bow axis of said unmanned surface vehicle and a third float and a fourth float form said second elongated hull (21', 22') extending along said bow axis of said unmanned surface vehicle, wherein the first float and the third float are arranged to the first holding means and that the second float and the fourth float are arranged to the second holding means, said multi hull structure having at least one opening (25, 25') for the keel-mast arrangement to pass through, so that the multihull structure and the keel-mast arrangement are freely rotatable around an axis formed by said bow-stern axis, wherein the rotating joint comprises a tubular sleeve pivotally supported by an elongated member connecting the first holding means to the second holding means.
A board fixture (1, 9, 11, 14, 17, 29) for flush joining of a first building board and a second building board, said board fixture (1, 9, 11, 14, 17, 29) comprising a first, front flange portion, a second, rear flange portion, and a web portion connecting the flange portions (2, 3), wherein the flange portions (2, 3) and the web portion, on the one hand, form a first open space for receiving an edge portion of the first building board and, on the other hand, a second open space for receiving an edge portion of the second building board, wherein the web portion comprises a plurality of through openings (7, 15) for allowing an adhesion agent to spread between the first open space and the second open space for the formation of an adhesion joint between the edge portions (20, 25) of the building boards (19, 24), wherein the front flange portion comprises openings to allow application of the adhesion agent in the spaces (5, 6) through the openings in the front flange portion, characterized in that the openings in the front flange portion at least partially open into the openings in the web portion.
An object selection method of a transparent display apparatus interposed between a user and an object, the method comprising: determining a direction relative to the transparent display apparatus according to information about an intention of the user; emitting a communication signal in the determined direction, wherein the communication signal is emitted using a communication method that allows communication in a predetermined direction; receiving identification information from the object which received the communication signal; selecting the object, based on the received identification information; determining a location, in which information about the selected object is to be displayed on a screen of the transparent display apparatus, based on a location of the user and a location of the selected object; displaying the information about the selected object on the screen at the determined location; detecting a change in the location of the user; and changing the location in which the information about the selected object is displayed based on the change in the location of the user; wherein the information about the selected object is obtained based on the identification information received from the selected object. determining a direction relative to the transparent display apparatus according to information about an intention of the user; emitting a communication signal in the determined direction, wherein the communication signal is emitted using a communication method that allows communication in a predetermined direction; receiving identification information from the object which received the communication signal; selecting the object, based on the received identification information; determining a location, in which information about the selected object is to be displayed on a screen of the transparent display apparatus, based on a location of the user and a location of the selected object; displaying the information about the selected object on the screen at the determined location; detecting a change in the location of the user; and changing the location in which the information about the selected object is displayed based on the change in the location of the user; wherein the information about the selected object is obtained based on the identification information received from the selected object.
An image forming apparatus comprising: a scanner configured to read an image on an original; an electric box disposed below the scanner and extended horizontally, the electric box including: an electric cabinet having a box shape; and an electrical device (24; 26) disposed inside the electric cabinet; an internal output tray, wherein the electric box is disposed above the internal output tray; an image forming device configured to form the image on a recording medium, the image forming device disposed below the internal output tray; a front plate to face a user who uses the image forming apparatus; a rear plate opposite the front plate, wherein the electric cabinet bridges the front plate and the rear plate and is coupled to the front plate and the rear plate; characterised in that the image forming apparatus further comprises an insulator to insulate the electric box from heat, wherein the electric box further includes a bottom face mounting the insulator; and a heat exhaust duct, mounted on the bottom face of the electric box, configured to exhaust heat toward an outside of the image forming apparatus. a scanner configured to read an image on an original; an electric box disposed below the scanner and extended horizontally, the electric box including: an electric cabinet having a box shape; and an electrical device (24; 26) disposed inside the electric cabinet; an electric cabinet having a box shape; and an electrical device (24; 26) disposed inside the electric cabinet; an internal output tray, wherein the electric box is disposed above the internal output tray; an image forming device configured to form the image on a recording medium, the image forming device disposed below the internal output tray; a front plate to face a user who uses the image forming apparatus; a rear plate opposite the front plate, wherein the electric cabinet bridges the front plate and the rear plate and is coupled to the front plate and the rear plate; characterised in that the image forming apparatus further comprises an insulator to insulate the electric box from heat, wherein the electric box further includes a bottom face mounting the insulator; and a heat exhaust duct, mounted on the bottom face of the electric box, configured to exhaust heat toward an outside of the image forming apparatus.
A solid electrolyte composition comprising: an active material; a first sulfide-based inorganic solid electrolyte; and a second sulfide-based inorganic solid electrolyte having a composition different from that of the first sulfide-based inorganic solid electrolyte, wherein the first sulfide-based inorganic solid electrolyte contains a halogen element and has a crystal phase at least in part, and the active material and the first sulfide-based inorganic solid electrolyte are in contact with each other; characterized in that the solid electrolyte composition further comprises a binder. an active material; a first sulfide-based inorganic solid electrolyte; and a second sulfide-based inorganic solid electrolyte having a composition different from that of the first sulfide-based inorganic solid electrolyte, wherein the first sulfide-based inorganic solid electrolyte contains a halogen element and has a crystal phase at least in part, and the active material and the first sulfide-based inorganic solid electrolyte are in contact with each other; characterized in that the solid electrolyte composition further comprises a binder.
A cardiac pacing and irreversible electroporation apparatus, comprising: a pulse generator, which is configured to generate IRE pulses of prespecified shape and repetition rate; and a shaping circuit, which is configured to receive the IRE pulses from the pulse generator and convert some of the received IRE pulses into pacing pulses of prespecified frequency and amplitude, to generate an output signal comprising ones of the IRE pulses interleaved with ones of the pacing pulses, and to output the output signal to a probe in a heart of a patient for applying the output signal to cardiac tissue. a pulse generator, which is configured to generate IRE pulses of prespecified shape and repetition rate; and a shaping circuit, which is configured to receive the IRE pulses from the pulse generator and convert some of the received IRE pulses into pacing pulses of prespecified frequency and amplitude, to generate an output signal comprising ones of the IRE pulses interleaved with ones of the pacing pulses, and to output the output signal to a probe in a heart of a patient for applying the output signal to cardiac tissue.
A cylinder housing for a pressure cylinder, in particular for a hydraulic cylinder, pneumatic cylinder or hydro-pneumatic cylinder, of lightweight hybrid construction comprising a support structure comprising an inner tube with ends (7, 8) that are spaced apart from one another in the axial direction and a longitudinal axis extending between them, and a first and a second end piece (10, 11) disposed respectively in the region of one of the ends (7, 8) of the inner tube, and having a composite structure consisting of a plastics material reinforced by threads, which composite structure is disposed on an outer surface of the inner tube, extends continuously in the axial direction between the first and second end pieces (10, 11) and is joined to the latter, and a plurality of rod-shaped winding aids are disposed on an outer surface of the first and second end pieces (10, 11) distributed respectively around the circumference thereof and protruding from the outer surface, the winding aids having sufficient strength to allow a winding operation as the threads of the composite structure are applied, whereby individual threads of the composite structure are guided around at least one of the winding aids in a deflection region on sides respectively facing away from one another in the axial direction, characterised in that following the formation of the composite structure, the winding aids are reshaped and at least regionally embedded in the composite structure.
A method for analyzing a biological sample for the presence of a target of interest, the method comprising: adding the biological sample to a sample chamber comprising a filter; enriching the biological sample; wherein the step of enriching the sample comprises: (a) filtering the biological sample through the filter in the sample chamber, wherein fluid passed through the filter is stored in a waste chamber and the remainder of the biological sample remains in the sample chamber; or, (b) magnetically labeling the targets of interest within the sample and subjecting the labelled sample to a magnetic field; washing the sample by releasing a washing fluid into the sample chamber; drawing the washing fluid through the filter, wherein the washing fluid passed through the filter is stored in the waste chamber; releasing a lysis fluid into the sample chamber; applying heat to the filter and the biological sample such that the lysis fluid and the heat cause the biological sample to lyse, resulting in the production of a lysate; moving the lysate to at least one reaction chamber; applying heat to the at least one reaction chamber; performing a reaction in the at least one reaction chamber; and monitoring the at least one reaction chamber to determine whether the target of interest is present in the biological sample. adding the biological sample to a sample chamber comprising a filter; enriching the biological sample; wherein the step of enriching the sample comprises: (a) filtering the biological sample through the filter in the sample chamber, wherein fluid passed through the filter is stored in a waste chamber and the remainder of the biological sample remains in the sample chamber; or, (b) magnetically labeling the targets of interest within the sample and subjecting the labelled sample to a magnetic field; (a) filtering the biological sample through the filter in the sample chamber, wherein fluid passed through the filter is stored in a waste chamber and the remainder of the biological sample remains in the sample chamber; or, (b) magnetically labeling the targets of interest within the sample and subjecting the labelled sample to a magnetic field; washing the sample by releasing a washing fluid into the sample chamber; drawing the washing fluid through the filter, wherein the washing fluid passed through the filter is stored in the waste chamber; releasing a lysis fluid into the sample chamber; applying heat to the filter and the biological sample such that the lysis fluid and the heat cause the biological sample to lyse, resulting in the production of a lysate; moving the lysate to at least one reaction chamber; applying heat to the at least one reaction chamber; performing a reaction in the at least one reaction chamber; and monitoring the at least one reaction chamber to determine whether the target of interest is present in the biological sample.
A mobile receptacle comprising: a structure defining a volume; at least one shelf for holding electronically labelled items, the shelf being arranged within the volume of the structure; at least one antenna associated with the at least one shelf; the mobile receptacle comprises a flexible electromagnetic shield associated with the structure and configured to inhibit electromagnetic interference at the at least one antenna, wherein the electromagnetic shield comprises a flexible metallic fabric and enshrouds the structure, characterised in that the electromagnetic shield forms part of a dust cover that defines an access opening to gain access to the volume of the structure, the access opening being closed by a displaceable panel of the dust cover, and the displaceable panel is conductively fastened to adjacent panels (130, 132) of the dust cover when in a closed position. a structure defining a volume; at least one shelf for holding electronically labelled items, the shelf being arranged within the volume of the structure; at least one antenna associated with the at least one shelf; the mobile receptacle comprises a flexible electromagnetic shield associated with the structure and configured to inhibit electromagnetic interference at the at least one antenna, wherein the electromagnetic shield comprises a flexible metallic fabric and enshrouds the structure, characterised in that the electromagnetic shield forms part of a dust cover that defines an access opening to gain access to the volume of the structure, the access opening being closed by a displaceable panel of the dust cover, and the displaceable panel is conductively fastened to adjacent panels (130, 132) of the dust cover when in a closed position.