mhurhangee/ep-ind-claims huggingface dataset:
Garment, especially sports garment, which comprises a region which is in contact with a wearer during intended use, wherein the region comprises at least one material layer comprising polyethylene terephthalate or polyurethane, wherein the region has a plurality of receiving spaces in which microorganisms are placed, wherein the microorganisms are selected to corrode at least a portion of the material layer when heat and/or sweat is applied by the wearer during the intended use of the garment, characterized in that the plurality of receiving spaces are arranged at the inner side of the material layer and are formed by a plurality of single chambers, wherein the plurality of receiving spaces are arranged along the extension of the material layer, wherein the single chambers are separated from another by a wall structure, wherein the wall structure is closed by a thin cover which is in contact with the wearer during intended use, wherein in addition to the microorganisms a gelatinous media is arranged in the receiving spaces. that the plurality of receiving spaces are arranged at the inner side of the material layer and are formed by a plurality of single chambers, wherein the plurality of receiving spaces are arranged along the extension of the material layer, wherein the single chambers are separated from another by a wall structure, wherein the wall structure is closed by a thin cover which is in contact with the wearer during intended use, wherein in addition to the microorganisms a gelatinous media is arranged in the receiving spaces.
An information processing device including a read-only memory, including executable instructions or data, a processor capable of addressing said read-only memory and fetch said executable instructions or data across a bus (28, 48), a Content-Addressable Memory device, CAM device, connected to said bus and arranged to compare the addresses requested by the processor with the elements of a vector (x i) of addresses to be patched and, if the address requested by the processor matches with one of the elements of the vector (x i), to present to the processor a substitution executable instruction or data in place of an executable instruction or data addressed by the processor in the read-only memory, characterized in that the CAM device is a magnetoresistive RAM device, MRAM device, comprising, for each memory cell, at least one magnetic tunnel junction; and in that the CAM device is arranged to interrupt the processor if the address requested by the processor matches with one of the elements of the vector of addresses to be patched (x i), so as to prevent the reading of the executable instruction of data addressed by the processor.
A method for coating a monolithic porous catalyst support having a plurality of channels formed in a longitudinal direction with a catalyst slurry, the coating method comprising: inputting the catalyst slurry into a container having a bottom thereof moved up and down; moving a lower end of the catalyst support and an upper end of the container to be horizontally leveled; sealing the lower end of the catalyst support and the upper end of the container from outside; and applying a positive pressure at an upper end of the catalyst support while moving the bottom of the container upward. inputting the catalyst slurry into a container having a bottom thereof moved up and down; moving a lower end of the catalyst support and an upper end of the container to be horizontally leveled; sealing the lower end of the catalyst support and the upper end of the container from outside; and applying a positive pressure at an upper end of the catalyst support while moving the bottom of the container upward.
A production device of a winding member of a rubber band body comprising: a production device of a rubber band body comprising: an extruder; and a pair of rollers (5, 6) for rolling a rubber member from the extruder between rolling areas (3,4) of rollers (5, 6) to form a rubber band body, wherein a rolling area (3,4) of at least one of the pair of rollers (5, 6) is configured by a circumferential groove formed in the outer surface of the roller and the circumferential groove extends over the whole circumference of the roller, a molding drum which is rotatably supported for winding the rubber band body on the outer periphery surface side thereof for forming a winding member of the rubber band body, and the pair of rollers (5,6) is configured by a first roller and a second roller, the first roller is arranged between the second roller and the molding drum, characterized in that the circumferential groove is formed in the outer surface of the first roller and extending over the whole circumference of the first roller. a production device of a rubber band body comprising: an extruder; and a pair of rollers (5, 6) for rolling a rubber member from the extruder between rolling areas (3,4) of rollers (5, 6) to form a rubber band body, wherein a rolling area (3,4) of at least one of the pair of rollers (5, 6) is configured by a circumferential groove formed in the outer surface of the roller and the circumferential groove extends over the whole circumference of the roller, a molding drum which is rotatably supported for winding the rubber band body on the outer periphery surface side thereof for forming a winding member of the rubber band body, and the pair of rollers (5,6) is configured by a first roller and a second roller, the first roller is arranged between the second roller and the molding drum, characterized in that the circumferential groove is formed in the outer surface of the first roller and extending over the whole circumference of the first roller. an extruder; and a pair of rollers (5, 6) for rolling a rubber member from the extruder between rolling areas (3,4) of rollers (5, 6) to form a rubber band body, wherein a rolling area (3,4) of at least one of the pair of rollers (5, 6) is configured by a circumferential groove formed in the outer surface of the roller and the circumferential groove extends over the whole circumference of the roller, a molding drum which is rotatably supported for winding the rubber band body on the outer periphery surface side thereof for forming a winding member of the rubber band body, and the pair of rollers (5,6) is configured by a first roller and a second roller, the first roller is arranged between the second roller and the molding drum, characterized in that the circumferential groove is formed in the outer surface of the first roller and extending over the whole circumference of the first roller.
Electromechanical actuator for vehicle brake comprising a body in which are arranged an electric motor and a plunger mounted to slide along a sliding axis by protruding from the body of the actuator so as to selectively apply a braking force onto friction members of the brake, the plunger being threaded and cooperating via a helical link with a nut driven in rotation by the electric motor, the nut being mounted to move axially in the body of the actuator between a rest position towards which the nut is pushed back by elastic means, and an active position towards which the nut is displaced against the elastic means when a braking force is applied, the actuator further comprising means for detecting the axial displacement of the nut, the elastic means comprising a calibrated compression spring extending between the body and a bearing plate which extends around the nut by being secured axially to the nut while being free in rotation with respect to the nut, characterized in that the detection means comprise at least one contactor suitable for detecting an axial displacement of the bearing plate.
A method of transmitting broadcast signals, the method including: Low-Density Parity Check, LDPC, encoding core layer data carried by a first Physical Layer Pipe, PLP; LDPC encoding enhanced layer data carried by a second PLP; and combining the encoded core layer data and the encoded enhanced layer data by controlling an injection level of the encoded enhanced layer data, wherein the combined data is carried by a third PLP; time interleaving the combined data, the time interleaving including: cell interleaving the combined data; twisted block interleaving the cell interleaved data by column-wise writing Forward Error Correction, FEC, blocks of the cell interleaved data based on a Time Interleaving, TI, block and diagonal-wise reading the FEC blocks, the TI block including the FEC blocks and virtual FEC blocks that are ahead of the FEC blocks, the virtual FEC blocks are skipped during the diagonal-wise reading; and convolutional interleaving the twisted block interleaved data; encoding signaling information; frame building at least one signal frame including the time interleaved data and the encoded signaling information; frequency interleaving data in the at least one signal frame; and modulating the frequency interleaved data in the at least one signal frame; and transmitting the broadcast signals having the modulated data. Low-Density Parity Check, LDPC, encoding core layer data carried by a first Physical Layer Pipe, PLP; LDPC encoding enhanced layer data carried by a second PLP; and combining the encoded core layer data and the encoded enhanced layer data by controlling an injection level of the encoded enhanced layer data, wherein the combined data is carried by a third PLP; time interleaving the combined data, the time interleaving including: cell interleaving the combined data; twisted block interleaving the cell interleaved data by column-wise writing Forward Error Correction, FEC, blocks of the cell interleaved data based on a Time Interleaving, TI, block and diagonal-wise reading the FEC blocks, the TI block including the FEC blocks and virtual FEC blocks that are ahead of the FEC blocks, the virtual FEC blocks are skipped during the diagonal-wise reading; and convolutional interleaving the twisted block interleaved data; cell interleaving the combined data; twisted block interleaving the cell interleaved data by column-wise writing Forward Error Correction, FEC, blocks of the cell interleaved data based on a Time Interleaving, TI, block and diagonal-wise reading the FEC blocks, the TI block including the FEC blocks and virtual FEC blocks that are ahead of the FEC blocks, the virtual FEC blocks are skipped during the diagonal-wise reading; and convolutional interleaving the twisted block interleaved data; encoding signaling information; frame building at least one signal frame including the time interleaved data and the encoded signaling information; frequency interleaving data in the at least one signal frame; and modulating the frequency interleaved data in the at least one signal frame; and transmitting the broadcast signals having the modulated data.
Pseudotyped foamy virus particle comprising a heterologous envelope protein not derived from foamy virus or a membrane targeting domain not derived from foamy virus, comprising - a first fusion protein comprising a foamy virus Gag protein, and a first dimerization domain that is applicable to dimerize with a second dimerization domain from another protein upon binding of a small molecule ligand to both the first and the second dimerization domain; and - a second fusion protein, wherein the second fusion protein comprises - the envelope protein not derived from foamy virus and the second dimerization domain that is applicable to dimerize with the first dimerization domain from the first fusion protein upon binding of a small molecule ligand to both the first and the second dimerization domain; or - the membrane targeting domain not derived from foamy virus, and the second dimerization domain that is applicable to dimerize with the first dimerization domain from the first fusion protein upon binding of a small molecule ligand to both the first and the second dimerization domain. - a first fusion protein comprising a foamy virus Gag protein, and a first dimerization domain that is applicable to dimerize with a second dimerization domain from another protein upon binding of a small molecule ligand to both the first and the second dimerization domain; and - a second fusion protein, wherein the second fusion protein comprises - the envelope protein not derived from foamy virus and the second dimerization domain that is applicable to dimerize with the first dimerization domain from the first fusion protein upon binding of a small molecule ligand to both the first and the second dimerization domain; or - the membrane targeting domain not derived from foamy virus, and the second dimerization domain that is applicable to dimerize with the first dimerization domain from the first fusion protein upon binding of a small molecule ligand to both the first and the second dimerization domain. - the envelope protein not derived from foamy virus and the second dimerization domain that is applicable to dimerize with the first dimerization domain from the first fusion protein upon binding of a small molecule ligand to both the first and the second dimerization domain; or - the membrane targeting domain not derived from foamy virus, and the second dimerization domain that is applicable to dimerize with the first dimerization domain from the first fusion protein upon binding of a small molecule ligand to both the first and the second dimerization domain.
A miniature mass spectrometer system comprising a plurality of vacuum chambers, the system further comprising: a. an ion source operating substantially at atmospheric pressure and employing electrospray ionisation, microspray ionisation, nanospray ionisation, chemical ionisation, or derivatives thereof; b. an rf ion guide provided within an ion guide vacuum chamber of the system, the ion guide defining an ion path between an entrance and exit to the ion guide vacuum chamber, the dimensions and geometry of the ion guide being such that apertures through which gas may escape from the ion guide have a total area less than 10cm 2; and c. a mass analyser provided within a mass analyser vacuum chamber of the system; wherein the vacuum chambers (820, 810) containing the rf ion guide and the mass analyser are operably pumped at a pressure lower than about 6.7 Pa (5x10 -2 Torr), other vacuum chambers of the system, where provided, being operably pumped at a pressure higher than about 6.7x10 3 Pa (50 Torr). a. an ion source operating substantially at atmospheric pressure and employing electrospray ionisation, microspray ionisation, nanospray ionisation, chemical ionisation, or derivatives thereof; b. an rf ion guide provided within an ion guide vacuum chamber of the system, the ion guide defining an ion path between an entrance and exit to the ion guide vacuum chamber, the dimensions and geometry of the ion guide being such that apertures through which gas may escape from the ion guide have a total area less than 10cm 2; and c. a mass analyser provided within a mass analyser vacuum chamber of the system;
A heating and cooking apparatus provided with a cavity formed in a main body thereof and configured to form a space in which a cooking object is heated, which comprises: a porous oxide layer formed on at least a portion of a surface of the cavity comprising a metal surface through an anodizing reaction; a catalyst layer formed by submerging at least the portion of the surface of the oxide layer in a catalyst mother liquid; wherein, when the heating and cooking apparatus is used, odor-causing molecules generated from the cooking object cause a catalyst reaction on the catalyst layer to be decomposed, characterised in that a pair of sliding sections are formed at left and right sides or upper and lower sides of the cavity and sliding guide sections formed inside a main body of the heating and cooking apparatus so that the sliding section are seated thereon, so that the cavity is detachable from the heating and cooking apparatus, and in that an opening section is further formed in at least one surface of the cavity facing a heater of the heating and cooking apparatus such that radiant heat transferred from the heater passes therethrough. a porous oxide layer formed on at least a portion of a surface of the cavity comprising a metal surface through an anodizing reaction; a catalyst layer formed by submerging at least the portion of the surface of the oxide layer in a catalyst mother liquid; wherein, when the heating and cooking apparatus is used, odor-causing molecules generated from the cooking object cause a catalyst reaction on the catalyst layer to be decomposed, characterised in that a pair of sliding sections are formed at left and right sides or upper and lower sides of the cavity and sliding guide sections formed inside a main body of the heating and cooking apparatus so that the sliding section are seated thereon, so that the cavity is detachable from the heating and cooking apparatus, and in that an opening section is further formed in at least one surface of the cavity facing a heater of the heating and cooking apparatus such that radiant heat transferred from the heater passes therethrough.
A surgical system comprising: an implant support engageable with a receiver of a fastener having a shaft configured to be fixed to vertebral tissue (V1, V2, V3); a sleeve having a first mating surface releasably engageable with the implant support and a second mating surface releasably engageable with the receiver; and an adaptor connected with the implant support to releasably engage a surgical instrument to distract and/or compress the vertebral tissue (V1, V2, V3), wherein the receiver includes spaced-apart walls (604, 606) that define an implant cavity, and wherein the implant support is engageable with a first wall of the spaced-apart walls (604, 606) of the receiver, characterized in that the second mating surface is engageable with a second wall of the spaced-apart walls (604, 606) of the receiver, wherein the sleeve includes an end which includes a surface that defines the second mating surface, wherein the second mating surface is configured for capture of the second wall, wherein the second mating surface includes a distal projection configured for engagement with a cavity disposed within the second wall of the spaced-apart walls (604, 606) of the receiver to facilitate engagement. an implant support engageable with a receiver of a fastener having a shaft configured to be fixed to vertebral tissue (V1, V2, V3); a sleeve having a first mating surface releasably engageable with the implant support and a second mating surface releasably engageable with the receiver; and an adaptor connected with the implant support to releasably engage a surgical instrument to distract and/or compress the vertebral tissue (V1, V2, V3), wherein the receiver includes spaced-apart walls (604, 606) that define an implant cavity, and wherein the implant support is engageable with a first wall of the spaced-apart walls (604, 606) of the receiver,
A cleaning tool for an aerosol-generating device, the cleaning tool comprising: an elongate body having a proximal end portion and a distal end portion, wherein the distal end portion of the elongate body defines a recess for receiving a heating element of an aerosol-generating device, the recess extending from an opening in a distal end face of the elongate body towards the proximal end portion of the elongate body, wherein the distal end portion of the elongate body is provided with at least one protrusion inwardly projecting into the recess, and wherein the elongate body further comprises a scraping surface at the distal end face of the elongate body. an elongate body having a proximal end portion and a distal end portion, wherein the distal end portion of the elongate body defines a recess for receiving a heating element of an aerosol-generating device, the recess extending from an opening in a distal end face of the elongate body towards the proximal end portion of the elongate body, wherein the distal end portion of the elongate body is provided with at least one protrusion inwardly projecting into the recess, and wherein the elongate body further comprises a scraping surface at the distal end face of the elongate body.
A method for joining together constructional parts (1, 2, 3) which are made of a composite material consisting of fibers and thermoplastic material, and extend transversely to one another, such as either a flange (2, 3) and a web of a profile or a shell plate and a stiffener of a rigidified panel, characterized by the steps of: - placing the constructional parts (1, 2, 3) of a workpiece to be made into a mould (25, 26) and in a desired position with respect to one another so as to form a connecting region in which a leading edge of one of the constructional parts abuts against or in proximity to a surface of the other constructional part (2, 3); - placing the mould (25, 26) and the workpiece under excess pressure and elevated temperature; - causing the thermoplastic material of the workpiece to melt completely; and - causing the molten thermoplastic material to flow out into the connecting region, - fusing together the constructional parts (1, 2, 3) under the influence of heat and pressure, including the fusing under the influence of heat and pressure of the constructional parts (1, 2, 3) in their entirety, allowing the thermoplastic material to flow out between the abutting edge of one of the composite parts and the directly opposing face of the other composite part, so as to form a connection located in the connecting region, which connection comprises the thermoplastic material, the connection being located between the abutting leading edge of one constructional part and the surface of the other constructional part (2, 3). - placing the constructional parts (1, 2, 3) of a workpiece to be made into a mould (25, 26) and in a desired position with respect to one another so as to form a connecting region in which a leading edge of one of the constructional parts abuts against or in proximity to a surface of the other constructional part (2, 3); - placing the mould (25, 26) and the workpiece under excess pressure and elevated temperature; - causing the thermoplastic material of the workpiece to melt completely; - causing the molten thermoplastic material to flow out into the connecting region, - fusing together the constructional parts (1, 2, 3) under the influence of heat and pressure, including the fusing under the influence of heat and pressure of the constructional parts (1, 2, 3) in their entirety, allowing the thermoplastic material to flow out between the abutting edge of one of the composite parts and the directly opposing face of the other composite part,
A pharmaceutical composition for use in relieving or treating pain, which comprises a gene encoding glutamate decarboxylase and a gene encoding interleukin-10 (IL-10).
Rotary feed-through for a wastegate valve of a turbocharger, comprising an adjusting shaft connected to an actuating device for the purpose of force transmission and a sealing device sealed against exhaust gases, characterized in that the sealing device is designed as a mica seal and that the sealing device has a contact element exerting a pressing force in a radial direction and thereby developing a sealing effect in an axial direction.
Method for the heat treatment of a quenchable sheet metal component, in particular for a motor vehicle, involving - press-quenching the sheet metal component in a machine press, - removing the sheet metal component from the machine press, forming locally delimited soft regions of the sheet metal part by localized tempering of predefined part regions of the sheet metal part by means of a laser beam method, in which the predefined part regions are exposed to a laser beam, wherein martensite regions are created in the sheet metal component by press-quenching, characterized in that new martensite regions are formed by subsequent localized tempering in the predefined part regions or in the region of the locally delimited soft part regions, wherein at least 30% of the periphery line of the locally delimited soft part, in which new martensite or tempered martensite is formed, lies in a rim region of the sheet metal component. - press-quenching the sheet metal component in a machine press, - removing the sheet metal component from the machine press,