mhurhangee/ep-ind-claims huggingface dataset:
A fixing device comprising: a rotatable fixing member; halogen heaters as a heating source configured to heat the fixing member; an opposing member configured to come into contact with an outer circumferential surface of the fixing member to form a nip portion; and a shielding member configured to block heat from the heating source, wherein the rotation center of the shielding member is disposed at a position different from the centers of the halogen heaters such that the shielding member is configured to rotate about a position different from the center of the heating source so as to be movable between a shielding position and a retraction position, the shielding position being a position where the shielding member comes close to the heating source to block heat from the heating source to the fixing member, the retraction position being a position where the shielding member is retracted away from the shielding position, wherein even though the shielding member is moved to the retraction position, a distance to the heating source is not changed in a range of the shielding member, wherein the shielding member is configured such that, when the shielding member is rotated and moved from the shielding position to the retraction position, a nearby region of the shielding member close to the heating source is reduced and a distant region of the shielding member far from the heating source is increased. a rotatable fixing member; halogen heaters as a heating source configured to heat the fixing member; an opposing member configured to come into contact with an outer circumferential surface of the fixing member to form a nip portion; and a shielding member configured to block heat from the heating source, wherein the rotation center of the shielding member is disposed at a position different from the centers of the halogen heaters such that the shielding member is configured to rotate about a position different from the center of the heating source so as to be movable between a shielding position and a retraction position, the shielding position being a position where the shielding member comes close to the heating source to block heat from the heating source to the fixing member, the retraction position being a position where the shielding member is retracted away from the shielding position, wherein even though the shielding member is moved to the retraction position, a distance to the heating source is not changed in a range of the shielding member, wherein the shielding member is configured such that, when the shielding member is rotated and moved from the shielding position to the retraction position, a nearby region of the shielding member close to the heating source is reduced and a distant region of the shielding member far from the heating source is increased.
Device for detecting the position of a switching element which can be moved into at least one neutral position, one reverse gear speed position and one forward gear speed position and has at least one latching arrangement with a first contour which has at least a first switched position at a top level and at least a second switched position at a bottom level of the latching arrangement, wherein the latching arrangement is assigned a sensor switch which has a spring-loaded sensing element which can move in a reciprocating fashion in a housing and interacts with the latching arrangement, and a sensor is provided in the housing, by means of which sensor the position of the sensing element or of a component that can be acted on by the sensing element can be determined and a position of the switching element can be detected therefrom, characterized in that the neutral position and the reverse gear speed position are determined by means of the external switched positions (10, 11).
An antenna, comprising: a flexible board having a first region and a second region; a high frequency antenna pattern formed in the first region of the flexible board to transceive a wireless signal by detecting a magnetic flux; a low frequency antenna pattern formed in the second region of the flexible board to generate an induced current; and a magnetic sheet stacked on one surface of the flexible board to simultaneously cover both of the high frequency antenna pattern and the low frequency antenna pattern, the magnetic sheet having a high magnetic permeability for both a high frequency and a low frequency. a flexible board having a first region and a second region; a high frequency antenna pattern formed in the first region of the flexible board to transceive a wireless signal by detecting a magnetic flux; a low frequency antenna pattern formed in the second region of the flexible board to generate an induced current; and a magnetic sheet stacked on one surface of the flexible board to simultaneously cover both of the high frequency antenna pattern and the low frequency antenna pattern, the magnetic sheet having a high magnetic permeability for both a high frequency and a low frequency.
An apparatus for dyeing edges of leather pieces, comprising a driven vertical dyeing shaft being connected to a motor through a coupling, a dye tank, and a plate for controlling the thickness of the dye film on said dyeing shaft, characterized in that the apparatus comprising a vertically arranged dyeing head including said dyeing shaft and an eccentric pump, having a common rotation axis and being connected to each other by means of a channel-and-tube system for supplying dye to said dyeing shaft, and said plate for controlling the thickness of the dye film on said dyeing shaft is arranged perpendicularly to the rotating axis and tangentially to the lateral surface of the dyeing shaft; said eccentric pump comprises an eccentric cylinder closed at the top by the bottom of the dye tank in which an opening for supplying dye to said eccentric pump is formed, wherein a pin mechanism and a process plug are mounted on the lateral side of said eccentric cylinder, said pin mechanism consists of a sleeve closed at its one end, said sleeve accommodating a spring and a spring-loaded pin; and said process plug comprises an opening connected to a channel-and-tube system inlet for supplying dye to the dyeing shaft, wherein the apparatus is provided with a controller.
A pharmaceutical composition that is a stable aqueous formulation comprising a soluble form of the p75 TNF receptor fused to an Fc domain and an aggregation inhibitor, wherein the aggregation inhibitor is L-arginine.
Molten-salt bath for nitriding mechanical parts made of steel, essentially constituted by (the contents are expressed by weight): - 40% to 60% alkali metal chlorides, - 10% to 40% alkali metal carbonates, and - 20% to 40% alkali metal cyanates, - a maximum of 3% cyanide ions, the total of the contents being 100%, in which the alkali metal chlorides are lithium, sodium and/or potassium chlorides. - 40% to 60% alkali metal chlorides, - 10% to 40% alkali metal carbonates, and - 20% to 40% alkali metal cyanates, - a maximum of 3% cyanide ions,
A turbomachine, comprising: a hot gas path component comprising an inner surface and defining a hot gas path component cavity; an impingement insert positioned within the hot gas path component cavity, the impingement insert comprising an inner surface and an outer surface and defining an impingement insert cavity and a plurality of impingement apertures fluidly coupling the impingement insert cavity and the hot gas path component cavity; and a plurality of pins extending from the outer surface of the impingement insert to the inner surface of the hot gas path component, wherein the plurality of pins fixedly couples to the impingement insert and removably couples to the hot gas path component; wherein the hot gas path component defines a slot along the inner surface of the hot gas path component; the turbomachine characterized in that at least a portion of the plurality of pins are arranged into a linear row, and wherein the slot receives the linear row during insertion of the impingement insert into the hot gas path component cavity. a hot gas path component comprising an inner surface and defining a hot gas path component cavity; an impingement insert positioned within the hot gas path component cavity, the impingement insert comprising an inner surface and an outer surface and defining an impingement insert cavity and a plurality of impingement apertures fluidly coupling the impingement insert cavity and the hot gas path component cavity; and a plurality of pins extending from the outer surface of the impingement insert to the inner surface of the hot gas path component, wherein the plurality of pins fixedly couples to the impingement insert and removably couples to the hot gas path component; wherein the hot gas path component defines a slot along the inner surface of the hot gas path component; the turbomachine characterized in that at least a portion of the plurality of pins are arranged into a linear row, and wherein the slot receives the linear row during insertion of the impingement insert into the hot gas path component cavity.
A method of routing communications at an interexchange carrier comprising: determining a destination at which a communication received at the interexchange carrier is to terminate; determining whether the interexchange carrier has a peering partnership with a terminating mobile telephone switching office configured to communicate with the destination by determining if the destination is in a designated block of telephone numbers; and when the interexchange carrier has a peering partnership with the terminating mobile telephone switching office configured to communicate with the destination, routing the communication from the interexchange carrier through a terminating access charge free line to the terminating mobile telephone switching office, wherein the terminating access charge free line comprises a dedicated access line. determining a destination at which a communication received at the interexchange carrier is to terminate; determining whether the interexchange carrier has a peering partnership with a terminating mobile telephone switching office configured to communicate with the destination by determining if the destination is in a designated block of telephone numbers; and
A method for detecting S. pneumoniae ribonucleic acid in a sample comprising the steps of: - isolating said ribonucleic acid, wherein said isolation comprises the addition of phenol to said sample and the purification of said ribonucleic acid, - synthetizing a deoxyribonucleic acid from the isolated ribonucleic acid, - contacting said deoxyribonucleic acid with a set of primers comprising two primers, wherein the first primer sequence is identical to the nucleotide sequence set forth as SEQ ID NO: 6 which is 5' AATAAATCATAAACGTCTAAGAATCAGTCTTTC 3' and the second primer sequence is identical to the nucleotide sequence set forth as SEQ ID NO: 7 which is 5' AATAAATCATAACGACACCGAACTAATAGG 3', thereby targeting the S. pneumonia wzg gene, thus discriminating between S. pneumoniae nucleic acid and a pneumococcus-like viridans Streptococci (P-LVS) nucleic acid, - contacting said deoxyribonucleic acid with at least one labeled probe having a nucleic acid sequence consisting of X-SEQ ID NO:10-Y, wherein X is a fluorophore, and Y is a dark quencher or acceptor dye, - amplifying the S. pneumoniae deoxyribonucleic acid by real-time PCR, and - detecting hybridization between the S. pneumoniae nucleic acid and said labeled probe, wherein the detection of hybridization comprises detecting a change in signal from the labeled probe during or after hybridization relative to the labeled probe signal before hybridization. - isolating said ribonucleic acid, wherein said isolation comprises the addition of phenol to said sample and the purification of said ribonucleic acid, - synthetizing a deoxyribonucleic acid from the isolated ribonucleic acid, - contacting said deoxyribonucleic acid with a set of primers comprising two primers, wherein the first primer sequence is identical to the nucleotide sequence set forth as SEQ ID NO: 6 which is 5' AATAAATCATAAACGTCTAAGAATCAGTCTTTC 3' and the second primer sequence is identical to the nucleotide sequence set forth as SEQ ID NO: 7 which is 5' AATAAATCATAACGACACCGAACTAATAGG 3', thereby targeting the S. pneumonia wzg gene, thus discriminating between S. pneumoniae nucleic acid and a pneumococcus-like viridans Streptococci (P-LVS) nucleic acid, - contacting said deoxyribonucleic acid with at least one labeled probe having a nucleic acid sequence consisting of X-SEQ ID NO:10-Y, wherein X is a fluorophore, and Y is a dark quencher or acceptor dye, - amplifying the S. pneumoniae deoxyribonucleic acid by real-time PCR, and - detecting hybridization between the S. pneumoniae nucleic acid and said labeled probe, wherein the detection of hybridization comprises detecting a change in signal from the labeled probe during or after hybridization relative to the labeled probe signal before hybridization.
A static random access memory, SRAM, global bitline circuit for a plurality of SRAM bitcells, comprising: a global bitline enable generation circuit configured to generate a global bitline enable signal in response to a falling transition of a system clock; and a bitline evaluation circuit coupled to an aggregated read bitline configured to receive data stored in a selected SRAM bitcell among a plurality of SRAM bitcells of an SRAM data array, the bitline evaluation circuit configured to: receive the data from the selected SRAM bitcell on the aggregated read bitline; and generate a global bitline output provided as an SRAM data for the SRAM data array containing the data in response to the global bitline enable signal and further comprising an output latch configured to receive and latch the global bitline output in response to a rising transition of the system clock. a global bitline enable generation circuit configured to generate a global bitline enable signal in response to a falling transition of a system clock; and a bitline evaluation circuit coupled to an aggregated read bitline configured to receive data stored in a selected SRAM bitcell among a plurality of SRAM bitcells of an SRAM data array, the bitline evaluation circuit configured to: receive the data from the selected SRAM bitcell on the aggregated read bitline; and generate a global bitline output provided as an SRAM data for the SRAM data array containing the data in response to the global bitline enable signal and further comprising an output latch configured to receive and latch the global bitline output in response to a rising transition of the system clock. receive the data from the selected SRAM bitcell on the aggregated read bitline; and generate a global bitline output provided as an SRAM data for the SRAM data array containing the data in response to the global bitline enable signal and further comprising an output latch configured to receive and latch the global bitline output in response to a rising transition of the system clock.
A method of forming a self-heating tool, the method comprising: laying up a plurality of plies of pre-preg material (312a, 312b) including carbon fibers on a mandrel; curing the plurality of plies to form a forming surface of the self heating tool adjacent the mandrel; forming a first insulation layer on the cured plurality of plies; applying at least a first coating of electrically conductive nano tube impregnated resin on the first insulation layer; selectively placing at least two conductive strips on the first coat of nano tube impregnated resin; applying at least a second coating of electrically conductive nano tube impregnated resin over the at least two conductive strips and first coating of nano tube impregnated resin; curing at least the first and second coatings of nano tube impregnated resin (302a, 02b); laying up a second insulation layer on the nano tube impregnated resin; curing the second insulation layer; laying up and curing ply layers (204a, 204b) of a pre-preg material to form a support base portion of the tool; forming passages to the at least two conductive strips through a portion of the cured nano tube impregnated resin; and coupling conductive wires to the at least two conductive strips through the passages. laying up a plurality of plies of pre-preg material (312a, 312b) including carbon fibers on a mandrel; curing the plurality of plies to form a forming surface of the self heating tool adjacent the mandrel; forming a first insulation layer on the cured plurality of plies; applying at least a first coating of electrically conductive nano tube impregnated resin on the first insulation layer; selectively placing at least two conductive strips on the first coat of nano tube impregnated resin; applying at least a second coating of electrically conductive nano tube impregnated resin over the at least two conductive strips and first coating of nano tube impregnated resin; curing at least the first and second coatings of nano tube impregnated resin (302a, 02b); laying up a second insulation layer on the nano tube impregnated resin; curing the second insulation layer; laying up and curing ply layers (204a, 204b) of a pre-preg material to form a support base portion of the tool; forming passages to the at least two conductive strips through a portion of the cured nano tube impregnated resin; and coupling conductive wires to the at least two conductive strips through the passages.
Flight-capable, wind-driven, passive aerodynamic wing construction which is capable of converting flow energy generated by wind into electrical energy, essentially comprising at least one wing comprising fixed frame elements with flexible, elastic sail area elements and cable-guided tethering, traction and extension devices (5, 6, 12) and control devices, which are connected to a ground station which operates and controls said wing construction, characterised in that (i) the wing has a profiled hard, but elastic support spar in the spanwise direction of the wing and the wing leading edge serves as base on which hard, inflexible profile elements, which determine the shape of the wing, are mounted via joints or connecting elements, where these profile elements are connected to one another under stress by a flexible membrane, laminate or film material as upper sail and a flexible membrane, laminate or film material as lower sail and form individual profile segments, and (ii) the wing has, for load distribution in the region of the greatest loading, at least one central bridle line in the centre of the wing, so that free rotation of the wing in the form of pitch and yaw movements is possible. (i) the wing has a profiled hard, but elastic support spar in the spanwise direction of the wing and the wing leading edge serves as base on which hard, inflexible profile elements, which determine the shape of the wing, are mounted via joints or connecting elements, where these profile elements are connected to one another under stress by a flexible membrane, laminate or film material as upper sail and a flexible membrane, laminate or film material as lower sail and form individual profile segments, and (ii) the wing has, for load distribution in the region of the greatest loading, at least one central bridle line in the centre of the wing, so that free rotation of the wing in the form of pitch and yaw movements is possible.
Assembly for packaging and applying a liquid cosmetic product comprising, on the one hand, a body forming a reservoir comprising a liquid cosmetic product containing solid particles, in particular pigments and/or nacres and, on the other hand, an applicator comprising an application member that defines a convex application surface having at least one apex; the body which forms the reservoir comprising a housing capable of receiving the application member and of which a dividing wall with the reservoir has a plurality of through-orifices in direct fluid communication with the reservoir, wherein the application member is produced from an open-cell porous material, characterized in that said through-orifices are located only at at least one end wall of the housing opposite a zone around the geometric apex representing 10% of the total surface of the application surface of the application member, when said application member is in place in the housing of the body which forms the reservoir.
A cooling system for a ball mill used for production of a lead oxide, the system comprising: - an internal nozzle configured to introduce water into an interior of a ball mill drum; - a water conduit on an exterior of the rotating ball mill drum and configured for external water delivery so as to deliver water on the drum exterior; - a water source in communication with the internal nozzle and the water conduit configured for external water delivery; and - a control system in communication with the internal nozzle, the water conduit, and/or the water source, to activate the water source, the internal nozzle, and/or the water conduit and deliver water to cool the ball mill drum or materials therein, the control system also in communication with one or more sensors configured to monitor a condition of the rotating ball mill drum or materials contained therein and deliver a signal to the control system in response to the condition. - an internal nozzle configured to introduce water into an interior of a ball mill drum; - a water conduit on an exterior of the rotating ball mill drum and configured for external water delivery so as to deliver water on the drum exterior; - a water source in communication with the internal nozzle and the water conduit configured for external water delivery; and - a control system in communication with the internal nozzle, the water conduit, and/or the water source, to activate the water source, the internal nozzle, and/or the water conduit and deliver water to cool the ball mill drum or materials therein, the control system also in communication with one or more sensors configured to monitor a condition of the rotating ball mill drum or materials contained therein and deliver a signal to the control system in response to the condition.