mhurhangee/ep-ind-claims huggingface dataset:
A headering arrangement for a heat exchanger comprising a heat exchanger body for use in automotive applications, such headering arrangement comprising: a heat exchanger tank; a header with a gasket lower flange wherein a tank to header sealing gasket sits, wherein the header has slots to let at least a tube extending from the heat exchanger body and passing through the header by the slots; a tank foot at the end of the heat exchanger tank; and a collar situated at the area of passage of the tube through the header, wherein the gasket lower flange and the gasket are made essentially coplanar with the header surface between the tube slots, and wherein the gasket is essentially flat and can be cured in place and is intervening in the space between the tank foot and the header, characterized in that the tank to header sealing gasket and the tank foot are retained by the collar. a heat exchanger tank; a header with a gasket lower flange wherein a tank to header sealing gasket sits, wherein the header has slots to let at least a tube extending from the heat exchanger body and passing through the header by the slots; a tank foot at the end of the heat exchanger tank; and a collar situated at the area of passage of the tube through the header, wherein the gasket lower flange and the gasket are made essentially coplanar with the header surface between the tube slots, and wherein the gasket is essentially flat and can be cured in place and is intervening in the space between the tank foot and the header, characterized in that the tank to header sealing gasket and the tank foot are retained by the collar.
Quick change unit for coupling a tool to an excavator arm or another tool carrier, with two interlockable change unit halves (2, 3) that can be coupled to one another at a first pair of locking parts (6, 33) and can be pivoted together about the coupled first pair of locking parts into a coupling position in which a second pair of locking parts (10, 11; 34) of the change unit halves (2, 3) can be locked, wherein provided on each of the two change unit halves (2, 3) are energy coupling parts (12, 13), which move together when the change unit halves (2, 3) are pivoted together about the pivot axis formed by said first pair of locking parts, wherein mounted on each change unit half (2, 3) is a coupling carrier (14, 15), which supports respectively a number of energy coupling parts (12, 13), characterised in that the energy coupling parts (12, 13) are formed to be self-centring, wherein at least one of the coupling carriers is supported in a multiaxial, elastically tiltable manner on the associated change unit half by means of a rubber elastic carrier mounting and at least one energy coupling part (12, 13) of each pair of energy coupling parts (12, 13) moving together is supported in a multiaxial, elastically tiltable manner on the associated coupling carrier (14, 15) by a rubber elastic coupling part bearing.
An ultrasonic inspection device comprising: a laser device that emits output-adjusted laser light; and an ultrasonic-wave transmitting unit (17, 19) having a transmitting diaphragm that generates ultrasonic waves upon being irradiated with the laser light emitted by the laser device; wherein inspection is carried out by irradiating the test object with the ultrasonic waves generated by the transmitting diaphragm of the ultrasonic-wave transmitting unit, and wherein the ultrasonic inspection device further comprises: beam-diameter adjusting means for adjusting the beam diameter of the laser light radiated on the transmitting diaphragm, a plurality of ultrasonic-wave receiving units which are arranged in a matrix and receive ultrasonic waves, wherein the ultrasonic-wave transmitting unit comprises a volumetric-inspection ultrasonic-wave transmitting unit and a surface-inspection ultrasonic-wave transmitting unit which are both installed in a substantially center portion of the ultrasonic-wave receiving units, wherein the laser device is provided with a plurality of optical fibers (23, 51) having differing diameters and respectively transmitting the laser light, wherein the beam-diameter adjusting means selects one of the optical fibers (23, 51) to be used. a laser device that emits output-adjusted laser light; and an ultrasonic-wave transmitting unit (17, 19) having a transmitting diaphragm that generates ultrasonic waves upon being irradiated with the laser light emitted by the laser device; beam-diameter adjusting means for adjusting the beam diameter of the laser light radiated on the transmitting diaphragm, a plurality of ultrasonic-wave receiving units which are arranged in a matrix and receive ultrasonic waves,
A laminate sheet, comprising in successive order: a base film formed from one or more of a biodegradable, degradable, and compostable material; an emboss coat; a metal or reflective film layer; a heat resistant layer; an adhesive; and a substrate, wherein the base film and substrate are positioned as respective outermost layers on opposite sides of the laminate sheet. a base film formed from one or more of a biodegradable, degradable, and compostable material; an emboss coat; a metal or reflective film layer; a heat resistant layer; an adhesive; and a substrate, wherein the base film and substrate are positioned as respective outermost layers on opposite sides of the laminate sheet.
An infusion pump with a device for locking syringes, comprising: - an infusion pump provided with a frame and with an anchoring element; - supporting means for supporting a syringe of the type that comprises a substantially cylindrical body inside which a plunger is inserted so that it can slide axially, with said supporting means being rigidly associable with said substantially cylindrical body, characterized in that it further comprises coupling means for temporarily fixing said supporting means to said anchoring element of the infusion pump and in that said anchoring element is constituted by a shaft, which extends along a longitudinal axis thereof that is substantially at right angles to the longitudinal axis of said syringe and is supported, so as to perform rotation about said longitudinal axis thereof, by said frame. - an infusion pump provided with a frame and with an anchoring element; - supporting means for supporting a syringe of the type that comprises a substantially cylindrical body inside which a plunger is inserted so that it can slide axially, with said supporting means being rigidly associable with said substantially cylindrical body,
A system comprising: a coupling circuit between a communications network and a radio frequency identification, hereinafter referred to as RFID, tag associated with a passive element of a distributed antenna system, the distributed antenna system comprising at least one master unit communicatively coupled to one or more remote antenna units, wherein the at least one master unit is configured to communicate uplink and downlink telecommunications signals between a base station and the one or more remote antenna units over the communications network; and an attenuation circuit between the coupling circuit and the RFID tag, wherein the attenuation circuit is configured for coupling the RFID tag to ground; wherein the coupling circuit comprises a physical coupling between the RFID tag and the communications network, the physical coupling having a resonant frequency that allows an RFID signal received from the RFID transmitter over the communications network to be transported to the RFID tag and impedes one or more non-RFID communication signals from the communications network from being transported to the RFID tag, wherein the RFID signal and the one or more non-RFID communication signals are carried on the communications network over at least one shared conductor. a coupling circuit between a communications network and a radio frequency identification, hereinafter referred to as RFID, tag associated with a passive element of a distributed antenna system, the distributed antenna system comprising at least one master unit communicatively coupled to one or more remote antenna units, wherein the at least one master unit is configured to communicate uplink and downlink telecommunications signals between a base station and the one or more remote antenna units over the communications network; and an attenuation circuit between the coupling circuit and the RFID tag, wherein the attenuation circuit is configured for coupling the RFID tag to ground; wherein the coupling circuit comprises a physical coupling between the RFID tag and the communications network, the physical coupling having a resonant frequency that allows an RFID signal received from the RFID transmitter over the communications network to be transported to the RFID tag and impedes one or more non-RFID communication signals from the communications network from being transported to the RFID tag, wherein the RFID signal and the one or more non-RFID communication signals are carried on the communications network over at least one shared conductor.
An optical reader configured to read a reading object having a plurality of color patterns, the plurality of color patterns assigned to respective different values being arranged in a first direction, each of the color patterns having a plurality of patterns corresponding to a plurality of digits arranged in a second direction intersecting the first direction, the optical reader characterized by comprising: a plurality of first readers (20, 22b) arranged along the second direction, and configured to read patterns corresponding to respective different digits in one of the color patterns; and a plurality of second readers (22a, 22c) arranged opposite to one of the first readers (20, 22b) along the first direction, and configured to read patterns of the same digit as a digit read by the one of the first readers, the patterns of the same digit being included in a color pattern adjacent to a color pattern read by the first readers in the first direction. a plurality of first readers (20, 22b) arranged along the second direction, and configured to read patterns corresponding to respective different digits in one of the color patterns; and a plurality of second readers (22a, 22c) arranged opposite to one of the first readers (20, 22b) along the first direction, and configured to read patterns of the same digit as a digit read by the one of the first readers, the patterns of the same digit being included in a color pattern adjacent to a color pattern read by the first readers in the first direction.
An immunotherapy composition comprising: a population of human T-cells, wherein each cell of the population of human T-cells comprises at least two vectors, wherein at least one of the two vectors comprises at least one multi-cistronic vector, each of the at least one multi-cistronic vector comprises a promoter operably linked to a multicistronic nucleic acid sequence encoding two or more functional CARs comprising at least two non-identical extracellular antigen binding domain, a transmembrane domain, and one or more non-identical intracellular signaling motifs, wherein one of the two or more functional CARs comprises an amino acid sequence selected from the group consisting of SEQ ID NO: 10 and SEQ ID NO: 52; and the combination of the vectors results in the expression at least two non-identical extracellular binding domains; and wherein the at least two vectors are used to genetically modify one or more human T-cell populations, and wherein T-cells are autologous to a human having a leukemia or a lymphoma. a population of human T-cells, wherein each cell of the population of human T-cells comprises at least two vectors, wherein at least one of the two vectors comprises at least one multi-cistronic vector, each of the at least one multi-cistronic vector comprises a promoter operably linked to a multicistronic nucleic acid sequence encoding two or more functional CARs comprising at least two non-identical extracellular antigen binding domain, a transmembrane domain, and one or more non-identical intracellular signaling motifs, wherein one of the two or more functional CARs comprises an amino acid sequence selected from the group consisting of SEQ ID NO: 10 and SEQ ID NO: 52; and the combination of the vectors results in the expression at least two non-identical extracellular binding domains; and wherein the at least two vectors are used to genetically modify one or more human T-cell populations, and wherein T-cells are autologous to a human having a leukemia or a lymphoma.
A tubular member connection system, comprising: a pin having a central axis, external pin threads, and an annular pin lip at a shoulder surface of the pin; a first tubular member extending from the pin in a direction opposite the pin lip of the pin; a box having internal box threads and an annular box lip at an end surface of the box, the box threads shaped to mate with the pin threads to releasably secure the pin to the box; a second tubular member extending from the box in a direction opposite the end surface of the box; a pin recess formed in an outer diameter surface of the pin, the pin recess extending in an axial direction from the pin lip; a pin key selectively fastenable within the pin recess, the pin key having pin teeth on an outer edge of the pin key; and box key teeth located in the box, the box key teeth selectively mating with the pin teeth and resisting rotation of the pin relative to the box; a box recess formed in an outer diameter surface of the box, the box recess extending in an axial direction from the box lip and having a box recess profile; a box key selectively retainable with the box recess, the box key having a box key mating profile on a first side for mating with the box recess profile, the box key further having the box key teeth on a second side for mating with the pin teeth and resisting rotation of the pin relative to the box. a pin having a central axis, external pin threads, and an annular pin lip at a shoulder surface of the pin; a first tubular member extending from the pin in a direction opposite the pin lip of the pin; a box having internal box threads and an annular box lip at an end surface of the box, the box threads shaped to mate with the pin threads to releasably secure the pin to the box; a second tubular member extending from the box in a direction opposite the end surface of the box; a pin recess formed in an outer diameter surface of the pin, the pin recess extending in an axial direction from the pin lip; a pin key selectively fastenable within the pin recess, the pin key having pin teeth on an outer edge of the pin key; and box key teeth located in the box, the box key teeth selectively mating with the pin teeth and resisting rotation of the pin relative to the box; a box recess formed in an outer diameter surface of the box, the box recess extending in an axial direction from the box lip and having a box recess profile; a box key selectively retainable with the box recess, the box key having a box key mating profile on a first side for mating with the box recess profile, the box key further having the box key teeth on a second side for mating with the pin teeth and resisting rotation of the pin relative to the box.
A method for obtaining content in a protected environment, the method comprising: Receiving a storage device comprising a storage device identifier and protected content; forwarding the storage device identifier to a network device; receiving at least a reference to a cryptographic mechanism from the network device based on an association with the storage device identifier, wherein the cryptographic mechanism is based on an encryption key generated using the storage device identifier or a computing device identifier as a seed; and accessing at least a portion of the protected content with the cryptographic mech-anism, wherein the step of receiving a storage device further comprises the step of receiving a storage device comprising a storage device identifier as well as protected content and non-protected content in addition to the storage device identifier, wherein the non-protected content comprises files, applications or routines that are usable in conjunction with the protected content once the protected content has been converted to non-protected content. Receiving a storage device comprising a storage device identifier and protected content; forwarding the storage device identifier to a network device; receiving at least a reference to a cryptographic mechanism from the network device based on an association with the storage device identifier, wherein the cryptographic mechanism is based on an encryption key generated using the storage device identifier or a computing device identifier as a seed; and accessing at least a portion of the protected content with the cryptographic mech-anism, wherein the step of receiving a storage device further comprises the step of receiving a storage device comprising a storage device identifier as well as protected content and non-protected content in addition to the storage device identifier, wherein the non-protected content comprises files, applications or routines that are usable in conjunction with the protected content once the protected content has been converted to non-protected content.
A device for providing a compensated acoustic measurement of the level of a liquid in a saddle tank, which saddle tank has a first and second section (18; 20) and an ejector system for transferring liquid between the sections, the ejector system comprising a first transportation pipe extending from the first section to the second section, and a second transportation pipe extending from a feed pipe to the second section, the device comprising: a transducer assembly for transmitting and receiving acoustic signals, a waveguide connected to the transducer assembly and adapted to extend into one section of the saddle tank, and means for directing a flow of fluid from the second transportation pipe along a portion of the waveguide, which portion during operation is located above the liquid level. a transducer assembly for transmitting and receiving acoustic signals, a waveguide connected to the transducer assembly and adapted to extend into one section of the saddle tank, and means for directing a flow of fluid from the second transportation pipe along a portion of the waveguide, which portion during operation is located above the liquid level.
Device for heating an exhaust gas stream from an exhaust gas source, with a honeycomb body (1, 12, 40) through which gas can flow in a main flow direction, which is produced from a plurality of metallic foils by stacking and winding, wherein the honeycomb body (1, 12, 40) comprises at least one electrical conduction path which can be electrically contacted by two electrical contacts, wherein the device comprises at least one first frame element (2, 15, 16, 20, 21, 41, 42) which is positioned upstream or downstream of the honeycomb body (1, 12, 40) along the main flow direction, wherein the honeycomb body (1, 12, 40) is connected to the first frame element (2, 15, 16, 20, 21, 41, 42) by means of a plurality of supporting pins (3, 10, 30, 43, 50), wherein the at least one first frame element (2, 15, 16, 20, 21, 41, 42) comprises an annular section at its radially outer end area, wherein individual spokes running from this annular section to a central section, characterized in that the spokes are bent in the shape of a shovel.
A method performed by a Session Management Function, SMF, for providing Access Network, AN, information, the method comprising: receiving a request for AN information from a Policy Control Function, PCF,; determining whether an AN does not support reporting of AN information; upon determining that the AN does not support reporting of AN information, sending, to the PCF, a first notification that the AN does not support reporting of AN information, wherein the first notification comprises a UeCampingRep data structure having a netLocAccSupp attribute set to a first value, ANR_NOT_SUPPORTED, which indicates that the AN does not support the report of AN information; upon determining that the AN does support reporting of AN information: if the requested AN information comprises User Equipment, UE, timezone information, and if the SMF determines that the AN does not support the report of the UE time zone, sending, to the PCF, a second notification, wherein the second notification comprises a UeCampingRep data structure having a netLocAccSupp attribute set to a second value, TZR_NOT_SUPPORTED, which indicates that the AN does not support the report of UE time zone; otherwise: acquiring (706, 708) the requested AN information; and sending the requested AN information to the PCF. receiving a request for AN information from a Policy Control Function, PCF,; determining whether an AN does not support reporting of AN information; upon determining that the AN does not support reporting of AN information, sending, to the PCF, a first notification that the AN does not support reporting of AN information, wherein the first notification comprises a UeCampingRep data structure having a netLocAccSupp attribute set to a first value, ANR_NOT_SUPPORTED, which indicates that the AN does not support the report of AN information; upon determining that the AN does support reporting of AN information: if the requested AN information comprises User Equipment, UE, timezone information, and if the SMF determines that the AN does not support the report of the UE time zone, sending, to the PCF, a second notification, wherein the second notification comprises a UeCampingRep data structure having a netLocAccSupp attribute set to a second value, TZR_NOT_SUPPORTED, which indicates that the AN does not support the report of UE time zone; otherwise: acquiring (706, 708) the requested AN information; and sending the requested AN information to the PCF. acquiring (706, 708) the requested AN information; and sending the requested AN information to the PCF.
A radial or diagonal turbo compressor for extracting pure gas from a part flow of the process gas having at least one compressor wheel attached to a shaft, wherein the shaft is mounted in a housing which, behind the hub disc of the compressor wheel, comprises a rear inner housing region and a front inner housing region arranged in front of the hub disc of the compressor wheel, wherein between compressor wheel and housing a wheel side chamber is formed, and wherein the driven compressor wheel delivers a fluid from an inlet passage to an outlet passage, and that from the wheel side chamber, a withdrawing passage for withdrawing fluid is formed in the front inner housing region and the wheel side chamber is in flow connection with a return passage, which opens into the inlet passage, characterized in that the withdrawing passage is in flow connection with a pure gas consumer via suitable passages, chambers and/or pipes.
Method for determining an overall dimension (L1, L2) of a motor vehicle equipped, on the outside, with a load, comprising steps of: a) acquiring an image in which at least part of said motor vehicle and of said load appears, b) acquiring a shape template (30, 31) associated with said motor vehicle, c) scaling said shape template (30, 31) with respect to the image of said part of the motor vehicle, and d) deducing said overall dimension (L1, L2) based on the scaling step, the image of said part of the motor vehicle and the shape template (30, 31) being displayed in a superimposed position on a screen, the shape template (30, 31) then being scaled so that it is superimposed on the outline of the motor vehicle. a) acquiring an image in which at least part of said motor vehicle and of said load appears, b) acquiring a shape template (30, 31) associated with said motor vehicle, c) scaling said shape template (30, 31) with respect to the image of said part of the motor vehicle, and d) deducing said overall dimension (L1, L2) based on the scaling step, the image of said part of the motor vehicle and the shape template (30, 31) being displayed in a superimposed position on a screen, the shape template (30, 31) then being scaled so that it is superimposed on the outline of the motor vehicle.