mhurhangee/ep-ind-claims huggingface dataset:
A device for the purification of diesel exhaust gases, which device comprises a zoned arrangement of catalysts, in the flow direction of the exhaust gas, (a) as a leading catalyst a first oxidation catalyst disposed on a first carrier substrate and immediately following as a trailing catalyst, a second oxidation catalyst disposed on a second carrier substrate, wherein the first and second oxidation catalysts contain palladium and platinum in their catalytically active coatings, wherein said first and second carrier substrates are through flow substrates, or (b) as a leading catalyst a first oxidation catalyst disposed on a carrier substrate and immediately following as a trailing catalyst, a second oxidation catalyst disposed on said carrier substrate, wherein said carrier substrate is a through flow substrate, wherein the first and second oxidation catalysts contain palladium and platinum in their catalytically active coatings; and further wherein the total quantity of platinum and palladium in the leading catalyst is from 1.06 to 8.83 g/l (30 to 250 g/ft 3) and is high relative to the trailing catalyst which is from 0.18 to 3.53 g/l (5 to 100 g/ft 3), respectively; and where the Pt:Pd ratio in the leading oxidation catalyst is from 0.1 - 2 and is lower than the Pt:Pd ratio in the trailing oxidation catalyst which is from 10 - 15; and wherein the trailing catalyst is followed, in the flow direction of the exhaust gas, by an additional emission control component, where the additional emission control component is a filter body. (a) as a leading catalyst a first oxidation catalyst disposed on a first carrier substrate and immediately following as a trailing catalyst, a second oxidation catalyst disposed on a second carrier substrate, wherein the first and second oxidation catalysts contain palladium and platinum in their catalytically active coatings, wherein said first and second carrier substrates are through flow substrates, or (b) as a leading catalyst a first oxidation catalyst disposed on a carrier substrate and immediately following as a trailing catalyst, a second oxidation catalyst disposed on said carrier substrate, wherein said carrier substrate is a through flow substrate,
A thermal sink comprising: a heat sink at least partially comprised of thermally-conductive material, wherein the heat sink has a unitary, planar base portion comprising a first side that can be placed in contact with or proximate to one or more heat-producing components and a second side opposite the first side, said second side having a finned region and a non-finned region, said finned region with fins thereon and valleys between the fins, each fin having one or more heights; one or more heat pipes, running through the fins of the heat sink, each having a length, wherein at least one of the one or more heat pipes has at least a first portion of its length in contact with the non-finned region of the second side and at least a second portion of its length is at least partially embedded in the one or more heights of the fins of the finned region, wherein the second portion of the at least one heat pipe embedded in the one or more heights of the fins of the finned region is elevated away from the valleys between the fins. a heat sink at least partially comprised of thermally-conductive material, wherein the heat sink has a unitary, planar base portion comprising a first side that can be placed in contact with or proximate to one or more heat-producing components and a second side opposite the first side, said second side having a finned region and a non-finned region, said finned region with fins thereon and valleys between the fins, each fin having one or more heights; one or more heat pipes, running through the fins of the heat sink, each having a length, wherein at least one of the one or more heat pipes has at least a first portion of its length in contact with the non-finned region of the second side and at least a second portion of its length is at least partially embedded in the one or more heights of the fins of the finned region, wherein the second portion of the at least one heat pipe embedded in the one or more heights of the fins of the finned region is elevated away from the valleys between the fins.
A replaceable cartridge (100, 150, 300, 310, 320, 330, 340, 350, 360) for use with a plasma arc cutting system comprising a plasma arc torch, the cartridge comprising the following components: a housing (105, 305) comprising a swirl ring that is configured to hold the components of the replaceable cartridge together; a connection mechanism for coupling the housing (105, 305) to the plasma arc torch; a nozzle (110, 160) connected to the housing (105, 305); an electrode (115, 165) disposed within the housing (105, 305); and an identification mechanism (120, 170) disposed within the housing (105, 305) and configured to store information and communicate the information to a detecting mechanism of the plasma arc cutting system, wherein the information allows to enable the plasma arc cutting system to automatically set at least one operating parameter of the plasma arc cutting system, wherein the information denotes a cartridge type of the replaceable cartridge or includes information comprising specific values for a cutting current, a pilot arc current, a plasma gas flow rate, a shield gas flow rate, or a cutting mode, the information corresponding to a particular combination of consumable components of the replaceable cartridge. a housing (105, 305) comprising a swirl ring that is configured to hold the components of the replaceable cartridge together; a connection mechanism for coupling the housing (105, 305) to the plasma arc torch; a nozzle (110, 160) connected to the housing (105, 305); an electrode (115, 165) disposed within the housing (105, 305); and an identification mechanism (120, 170) disposed within the housing (105, 305) and configured to store information and communicate the information to a detecting mechanism of the plasma arc cutting system, wherein the information allows to enable the plasma arc cutting system to automatically set at least one operating parameter of the plasma arc cutting system, wherein the information denotes a cartridge type of the replaceable cartridge or includes information comprising specific values for a cutting current, a pilot arc current, a plasma gas flow rate, a shield gas flow rate, or a cutting mode, the information corresponding to a particular combination of consumable components of the replaceable cartridge. a nozzle (110, 160) connected to the housing (105, 305); an electrode (115, 165) disposed within the housing (105, 305); and an identification mechanism (120, 170) disposed within the housing (105, 305) and configured to store information and communicate the information to a detecting mechanism of the plasma arc cutting system, wherein the information allows to enable the plasma arc cutting system to automatically set at least one operating parameter of the plasma arc cutting system, wherein the information denotes a cartridge type of the replaceable cartridge or includes information comprising specific values for a cutting current, a pilot arc current, a plasma gas flow rate, a shield gas flow rate, or a cutting mode, the information corresponding to a particular combination of consumable components of the replaceable cartridge.
An annealing separating agent comprising MgO, an oxychloride material, and a sulfate-based antioxidant, and wherein the oxychloride material is included at a ratio of 10-20 g to the MgO at 100-200 g, and the sulfate-based antioxidant is included at a ratio of 1-5 g to the MgO at 100-200 g, wherein the oxychloride material is antimony oxychloride (SbOCI) or bismuth oxychloride (BiOCI) wherein the sulfate-based antioxidant is at least one that is selected from an antimony-based (Sb 2 (SO 4) 3), strontium-based (SrSO 4), or barium-based (BaSO 4) antioxidant.
A device comprising a BUS system with a multitude of users which are producers and/or consumers of at least one process value, wherein information regarding at least one allocation feature is transmitted to the users of the BUS system by the users of a group of users of the BUS system, the allocation feature being determined by the at least one process value produced and/or consumed by the respective users, characterized in that a first user of the group is designed to send an offer telegram and/or a request telegram to the other users of the BUS system, and a second user of the BUS system is designed to send an offer telegram at least to the first user in response to a request telegram of the first user, the offer and request telegrams each being a message communicated within the BUS system and comprising information regarding the process value.
Rail fastener, comprising an anchoring shaft for fixing the rail fastener to a fastening base, for example a sleeper which bears the rail, and a head (10, 10.1) which is integrally formed on the anchoring shaft (9, 9.1), equipped with means for receiving a torque for the purpose of screwing the anchoring shaft (9, 9.1) into the fastening base, characterised in that - a threaded shaft is integrally formed on the head (10, 10.1) on the side thereof opposite to the anchoring shaft (9, 9.1), or - a borehole equipped with an internal thread is made in the head (10, 10.1) and/or the anchoring shaft (9, 9.1) integrally formed thereon from the side thereof opposite to the anchoring shaft (9, 9.1), - the head (10, 10.1) has a surface portion as a first abutment surface annularly surrounding the threaded shaft or the threaded borehole, - the rail fastener has a clamping element (12, 12.1, 12.2) seated on the threaded shaft or engaging in the internal thread of the head (10, 10.1) and/or of the anchoring shaft (9, 9.1), meshing with the respective thread, which clamping element has an outwardly projecting projection for supporting on at least one leg of a rail hold-down spring (22, 22.1) and a shaft portion integrally formed thereon in the direction of the head (10, 10.1), which shaft portion has a second abutment surface directed towards the head (10, 10.1) and corresponding with the first abutment surface, and - between the two abutment surfaces (24, 26) there is situated a securing disc or a securing disc arrangement (16, 16.1), which is supported on the abutment surfaces (24, 26) to prevent the clamping element (12, 12.1, 12.2) from loosening. - a threaded shaft is integrally formed on the head (10, 10.1) on the side thereof opposite to the anchoring shaft (9, 9.1), or - a borehole equipped with an internal thread is made in the head (10, 10.1) and/or the anchoring shaft (9, 9.1) integrally formed thereon from the side thereof opposite to the anchoring shaft (9, 9.1), - the head (10, 10.1) has a surface portion as a first abutment surface annularly surrounding the threaded shaft or the threaded borehole, - the rail fastener has a clamping element (12, 12.1, 12.2) seated on the threaded shaft or engaging in the internal thread of the head (10, 10.1) and/or of the anchoring shaft (9, 9.1), meshing with the respective thread, which clamping element has an outwardly projecting projection for supporting on at least one leg of a rail hold-down spring (22, 22.1) and a shaft portion integrally formed thereon in the direction of the head (10, 10.1), which shaft portion has a second abutment surface directed towards the head (10, 10.1) and corresponding with the first abutment surface, and - between the two abutment surfaces (24, 26) there is situated a securing disc or a securing disc arrangement (16, 16.1), which is supported on the abutment surfaces (24, 26) to prevent the clamping element (12, 12.1, 12.2) from loosening.
System for removing material from a plastic part, comprising: - a rotating spindle provided with abrasive means, the rotating spindle includes a non-abrasive section, which can form a radial stop for the system on a guide edge; - driving means for rotating the abrasive means connected to the rotating spindle; and - mechanical means for linking to a robot, the mechanical linkage being of type ball joint with pin. - a rotating spindle provided with abrasive means, the rotating spindle includes a non-abrasive section, which can form a radial stop for the system on a guide edge; - driving means for rotating the abrasive means connected to the rotating spindle; and - mechanical means for linking to a robot, the mechanical linkage being of type ball joint with pin.
Flush-mounted insert of an electrical/electronic installation device for domestic installation, comprising a device base and a supporting ring, · wherein the device base has, on its lateral surface, a plurality of mechanical interfaces which are each formed from a groove which is delimited by two side ribs (8, 9), · wherein the supporting ring has a plurality of lugs which each have a web, · wherein the bent-over webs engage into the grooves in order to fasten the supporting ring to the device base, characterized in that · the web of a lug has, at the end, lateral cutting edges (16, 17) which engage and cut into the side ribs (8, 9) in a force-fitting manner in the bent-over state, and · wherein the side ribs (8, 9) of the mechanical interfaces have pronounced bottom sides (10, 11) for the engagement of the lateral cutting edges (16, 17). · wherein the device base has, on its lateral surface, a plurality of mechanical interfaces which are each formed from a groove which is delimited by two side ribs (8, 9), · wherein the supporting ring has a plurality of lugs which each have a web, · wherein the bent-over webs engage into the grooves in order to fasten the supporting ring to the device base, · the web of a lug has, at the end, lateral cutting edges (16, 17) which engage and cut into the side ribs (8, 9) in a force-fitting manner in the bent-over state, and · wherein the side ribs (8, 9) of the mechanical interfaces have pronounced bottom sides (10, 11) for the engagement of the lateral cutting edges (16, 17).
A locally expandable surgical access device comprising: a curved non-circumferentially continuous wire structure extending along a length of the access device; a non-circumferentially continuous biocompatible material layer connected to the wire structure; and a circumferentially continuous biocompatible material layer connected to the non-circumferentially continuous biocompatible material layer. a curved non-circumferentially continuous wire structure extending along a length of the access device; a non-circumferentially continuous biocompatible material layer connected to the wire structure; and a circumferentially continuous biocompatible material layer connected to the non-circumferentially continuous biocompatible material layer.
A method for detecting human hepatitis C virus in a sample suspected of containing HCV, which method comprises: (a) amplifying a first target HCV nucleic acid sequence present in a sample obtained from a human by RT-PCR using (i) a forward primer oligonucleotide sequence comprising SEQ ID NO: 1 or SEQ ID NO: 5; and (ii) a reverse primer oligonucleotide sequence comprising SEQ ID NO: 2, SEQ ID NO: 6, SEQ ID NO: 7, SEQ ID NO: 8, or SEQ ID NO: 9; wherein RT-PCR cycling is completed in less than one hour, (b) hybridizing to the first target HCV nucleic acid sequence (i) a first probe oligonucleotide sequence comprising SEQ ID NO: 3, SEQ ID NO: 10, SEQ ID NO: 11, or SEQ ID NO: 12 and a detectable label, and (ii) a second probe oligonucleotide sequence comprising SEQ ID NO: 4, SEQ ID NO: 13, or SEQ ID NO: 14 and a detectable label, (c) detecting hybridization of the first and second probe oligonucleotide sequences to the first target HCV nucleic acid sequence by assessing a signal from each of the detectable labels, whereby (i) the presence of the signals indicates hybridization of the first and second probe oligonucleotide sequences to the first target HCV nucleic acid sequence and the presence of HCV in the sample, and (ii) the absence of the signals indicates the absence of HCV in the sample. (a) amplifying a first target HCV nucleic acid sequence present in a sample obtained from a human by RT-PCR using (i) a forward primer oligonucleotide sequence comprising SEQ ID NO: 1 or SEQ ID NO: 5; and (ii) a reverse primer oligonucleotide sequence comprising SEQ ID NO: 2, SEQ ID NO: 6, SEQ ID NO: 7, SEQ ID NO: 8, or SEQ ID NO: 9; wherein RT-PCR cycling is completed in less than one hour, (b) hybridizing to the first target HCV nucleic acid sequence (i) a first probe oligonucleotide sequence comprising SEQ ID NO: 3, SEQ ID NO: 10, SEQ ID NO: 11, or SEQ ID NO: 12 and a detectable label, and (ii) a second probe oligonucleotide sequence comprising SEQ ID NO: 4, SEQ ID NO: 13, or SEQ ID NO: 14 and a detectable label, (c) detecting hybridization of the first and second probe oligonucleotide sequences to the first target HCV nucleic acid sequence by assessing a signal from each of the detectable labels, whereby (i) the presence of the signals indicates hybridization of the first and second probe oligonucleotide sequences to the first target HCV nucleic acid sequence and the presence of HCV in the sample, and (ii) the absence of the signals indicates the absence of HCV in the sample. (i) the presence of the signals indicates hybridization of the first and second probe oligonucleotide sequences to the first target HCV nucleic acid sequence and the presence of HCV in the sample, and (ii) the absence of the signals indicates the absence of HCV in the sample.
Method for the generation of stable cocoa butter crystals in a fat-based edible product comprising: a) incorporating CO 2 under pressure from 25 to 60 bar into an at least partially liquid fat-based mass comprising cocoa butter; a') where the temperature of the fat-based mass obtained from step a) is decreased below minus (-) 25°C before step b) takes place; and b) heating the fat-based mass at a temperature from minus (-) 25 to plus (+) 10°C. a) incorporating CO 2 under pressure from 25 to 60 bar into an at least partially liquid fat-based mass comprising cocoa butter; a') where the temperature of the fat-based mass obtained from step a) is decreased below minus (-) 25°C before step b) takes place; and b) heating the fat-based mass at a temperature from minus (-) 25 to plus (+) 10°C.
A rear view system comprising - at least one rear camera, which is arranged at a preferred area at the back of the vehicle, and which enables to take the image of the view at the back of the vehicle, - at least two side cameras, which are positioned at the right and left sides of the vehicle, and which enable to take the image of the view at the right/left back of the vehicle, - at least one rear view screen, which is located in the vehicle at a place where it can be seen, and which enables to display the images received from the rear camera, - at least one eye sensor which enables to measure the coordinates and movements of the pupils, - at least one vehicle control system, which is adapted to slide the images in the rear view screen according to the data received from the eye sensor, characterized in that the vehicle control system is adapted to measure the hip-point according to the driver seat position when the driver gets into the vehicle. - at least one rear camera, which is arranged at a preferred area at the back of the vehicle, and which enables to take the image of the view at the back of the vehicle, - at least two side cameras, which are positioned at the right and left sides of the vehicle, and which enable to take the image of the view at the right/left back of the vehicle, - at least one rear view screen, which is located in the vehicle at a place where it can be seen, and which enables to display the images received from the rear camera, - at least one eye sensor which enables to measure the coordinates and movements of the pupils, - at least one vehicle control system, which is adapted to slide the images in the rear view screen according to the data received from the eye sensor, characterized in that the vehicle control system is adapted to measure the hip-point according to the driver seat position when the driver gets into the vehicle.
Case configured to act as a support for a parasol, a rotatable table, or a parasol awning, comprising a body, that has an upper face in which a central hole intended to house a first rod and two side holes, aligned on the central hole and intended to house two further rods are provided, characterized in that the body comprises a lower face to which four wheels are fixed, each of which is at an angle of the lower face.
An automotive trim, comprising: - a skin including a molded groove, the skin having an exposed surface and a lower surface, the skin forming a sheet of material; - a thermoplastic film coupled directly to the lower surface of the skin, wherein the thermoplastic film covers a region of the lower surface of the skin including the molded groove; - a seal having an upper surface coupled to the thermoplastic film, wherein the seal is made of closed cell foam coupled to the thermoplastic film; - at least one strand of stitching material threading through the skin, the film and the seal; and - a backing layer forming a backing for the skin and the seal, the backing layer having an upper surface secured to the lower surface of the seal and the skin, and a lower surface lying opposite to the upper surface. - a skin including a molded groove, the skin having an exposed surface and a lower surface, the skin forming a sheet of material; - a thermoplastic film coupled directly to the lower surface of the skin, wherein the thermoplastic film covers a region of the lower surface of the skin including the molded groove; - a seal having an upper surface coupled to the thermoplastic film, wherein the seal is made of closed cell foam coupled to the thermoplastic film; - at least one strand of stitching material threading through the skin, the film and the seal; and - a backing layer forming a backing for the skin and the seal, the backing layer having an upper surface secured to the lower surface of the seal and the skin, and a lower surface lying opposite to the upper surface.