mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a first device (101a... 101n), the method comprising: determining an interface request directed to one or more proxy subscriber identity modules (111a...111n) associated with the first device (101a...101n); causing an establishment of a communication connection between the one or more proxy subscriber identity modules (111a...111n) and one or more primary subscriber identity modules (113a... 113n) associated with a second device to cause a transfer of information responsive to the interface request from the one or more primary subscriber identity modules (113a... 113n) to the one or more proxy subscriber identity modules (111a...111n); and characterized in that the transfer is for a pre-defined period of time so that the first device (101a... 101n) is enabled to be loaned credentials of the one or more primary subscriber identity modules (113a... 113n) from the second device when the first device (101a... 101n) is out of range of the second device during said pre-defined period of time, and wherein the information is information about the credentials. determining an interface request directed to one or more proxy subscriber identity modules (111a...111n) associated with the first device (101a...101n); causing an establishment of a communication connection between the one or more proxy subscriber identity modules (111a...111n) and one or more primary subscriber identity modules (113a... 113n) associated with a second device to cause a transfer of information responsive to the interface request from the one or more primary subscriber identity modules (113a... 113n) to the one or more proxy subscriber identity modules (111a...111n); and characterized in that the transfer is for a pre-defined period of time so that the first device (101a... 101n) is enabled to be loaned credentials of the one or more primary subscriber identity modules (113a... 113n) from the second device when the first device (101a... 101n) is out of range of the second device during said pre-defined period of time, and wherein the information is information about the credentials.
A refrigeration cycle apparatus comprising: a first refrigerant circuit including a first compressor, an oil separator, a first heat exchanger that functions as a condenser, a first refrigerant flow passage of a second heat exchanger, a first expansion device, and a third heat exchanger that functions as an evaporator, the first refrigerant circuit allowing first refrigerant to flow therein; a second refrigerant circuit including a second compressor, a fourth heat exchanger that functions as a condenser, a second expansion device, and a second refrigerant flow passage of the second heat exchanger, the second refrigerant circuit allowing second refrigerant to flow therein; an oil return circuit that includes a first opening and closing device, connects the oil separator and the first compressor, and returns, to the first compressor, refrigerating machine oil stored in the oil separator, and a controller (Cnt) configured to control the first compressor, the second compressor, and the first opening and closing device, wherein the first refrigerant circuit is a low-stage circuit, and the second refrigerant circuit is a high-stage circuit; and the refrigeration cycle apparatus being characterized in that: the controller (Cnt) is configured to implement first control of starting operation of the second compressor, and opening the first opening and closing device, in a case where the first compressor and the second compressor are stopped, and pressure in a low pressure part of the first refrigerant circuit is a reference value or more. a first refrigerant circuit including a first compressor, an oil separator, a first heat exchanger that functions as a condenser, a first refrigerant flow passage of a second heat exchanger, a first expansion device, and a third heat exchanger that functions as an evaporator, the first refrigerant circuit allowing first refrigerant to flow therein; a second refrigerant circuit including a second compressor, a fourth heat exchanger that functions as a condenser, a second expansion device, and a second refrigerant flow passage of the second heat exchanger, the second refrigerant circuit allowing second refrigerant to flow therein; an oil return circuit that includes a first opening and closing device, connects the oil separator and the first compressor, and returns, to the first compressor, refrigerating machine oil stored in the oil separator, and a controller (Cnt) configured to control the first compressor, the second compressor, and the first opening and closing device, wherein the first refrigerant circuit is a low-stage circuit, and the second refrigerant circuit is a high-stage circuit; and the refrigeration cycle apparatus being characterized in that: the controller (Cnt) is configured to implement first control of starting operation of the second compressor, and opening the first opening and closing device, in a case where the first compressor and the second compressor are stopped, and pressure in a low pressure part of the first refrigerant circuit is a reference value or more.
Production method for a vehicle braking system wherein: - a hub is machined so as to provide it with a nose and a tapped hole, - a ring having at least one relief extending in a direction perpendicular to a main axis of the ring is mounted on the nose of the hub, and - the ring is rigidly attached to the hub such that the assembly consisting of the hub and the ring forms a nut. - a hub is machined so as to provide it with a nose and a tapped hole, - a ring having at least one relief extending in a direction perpendicular to a main axis of the ring is mounted on the nose of the hub, and - the ring is rigidly attached to the hub such that the assembly consisting of the hub and the ring forms a nut.
A client device that can make communication with an imaging device through a network, the imaging device including an imaging optical system, an imaging unit configured to take an image of an object formed by the imaging optical system, an infrared cut filter configured to cut infrared radiation, an inserting/removing unit configured to insert/remove the infrared cut filter to/from an optical path of the imaging optical system, and a control unit configured to control the inserting/removing unit based on adjustment information relating to insertion/removal of the infrared cut filter, the client device comprising: a receiving unit configured to receive insertion/removal specification information relating to the adjustment information from the imaging device through the network; and a user interface unit (408, 422) configured to allow a user to specify the adjustment information based on the insertion/removal specification information received by the receiving unit, wherein the insertion/removal specification information indicates whether different pieces of the adjustment information, which is used by the control unit, can be individually specified for each of a case in which the infrared cut filter is inserted to the optical path and a case in which the infrared cut filter is removed from the optical path, or the adjustment information can be commonly specified for both cases in which the infrared cut filter is inserted to the optical path and the infrared cut filter is removed from the optical path. a receiving unit configured to receive insertion/removal specification information relating to the adjustment information from the imaging device through the network; and a user interface unit (408, 422) configured to allow a user to specify the adjustment information based on the insertion/removal specification information received by the receiving unit, wherein the insertion/removal specification information indicates whether different pieces of the adjustment information, which is used by the control unit, can be individually specified for each of a case in which the infrared cut filter is inserted to the optical path and a case in which the infrared cut filter is removed from the optical path, or the adjustment information can be commonly specified for both cases in which the infrared cut filter is inserted to the optical path and the infrared cut filter is removed from the optical path.
A process of purifying a synthetic peptide comprising the guanylate cyclase C agonist sequence selected from the group consisting of SEQ ID NOs: 1-54 and 56-251, the process comprising: providing a first peptide solution comprising a peptide comprising the guanylate cyclase C agonist sequence selected from the group consisting of SEQ ID NOs: 1-54 and 56-251, water, and acetonitrile; loading a C 18 RP-HPLC or polymeric adsorbent column with the first peptide solution to adsorb the peptide onto the C 18 RP-HPLC or polymeric adsorbent column, eluting the peptide off the C 18 RP-HPLC or polymeric adsorbent column with an isopropanol/water solution to form a second peptide solution, subjecting the second peptide solution to rotoevaporation to remove the excess isopropanol, lyophilizing the second peptide solution such that a dry peptide is obtained, reconstituting the dry peptide in a buffer containing ammonium acetate to form a third peptide solution, and lyophilizing the third peptide solution such that a purified dry peptide is obtained. providing a first peptide solution comprising a peptide comprising the guanylate cyclase C agonist sequence selected from the group consisting of SEQ ID NOs: 1-54 and 56-251, water, and acetonitrile; loading a C 18 RP-HPLC or polymeric adsorbent column with the first peptide solution to adsorb the peptide onto the C 18 RP-HPLC or polymeric adsorbent column, eluting the peptide off the C 18 RP-HPLC or polymeric adsorbent column with an isopropanol/water solution to form a second peptide solution, subjecting the second peptide solution to rotoevaporation to remove the excess isopropanol, lyophilizing the second peptide solution such that a dry peptide is obtained, reconstituting the dry peptide in a buffer containing ammonium acetate to form a third peptide solution, and lyophilizing the third peptide solution such that a purified dry peptide is obtained.
Visual aid for visually impaired persons, comprising an image recording device that records an image (60, 70), comprising an image memory that is connected to the image recording device, and comprising an image rendering device that is connected to the image memory and worn on the head of the person, wherein the image memory is operable in a recording mode and in a rendering mode, wherein an image (60, 70) is recorded by means of the image recording device and stored in an image memory in the recording mode and the modified image is transmitted to the image rendering device in the rendering mode, and wherein provision is made of a manual input device for calling the rendering mode at an adjustable time interval from the recording mode, characterized in that the visual aid is embodied in such a way that, when recording a text (61, 71) that is rendered in lines, the text (61, 71) is read into the image memory line-by-line in the recording mode and, in the process, aligned in the line direction and that first means are provided in order, in the recording mode, to initially record a plurality of individual images of an overall image and thereupon electronically compose an overall image from the individual images, wherein the image recording device is a camera and wherein the camera is fastened to the head of the person, wherein provision is made of at least one sensor (22a, 22b) for capturing movements (23a, 23b) of the head and that the image sensor (22a, 22b) is connected to the image memory in such a way that an image stored in the image memory is modified depending on the movements (23a, 23b) and transmitted to the image rendering device, and wherein means are provided for compensating jitter movements of the head, wherein the image recording device worn on the head of the person forms the at least one sensor (22a, 22b) for capturing movements (23a, 23b).
A burner combustion head comprising: - a central pipe supplied with a liquid fuel and fitted on one end with a nozzle for atomizing said liquid fuel in a combustion chamber; - an intermediate pipe coaxial with and outside said central pipe, with which it defines a first conduit to said combustion chamber; a cylindrical body being interposed between said central pipe and said intermediate pipe, and having equally spaced grooves sloping with respect to a longitudinal axis of symmetry of said central pipe; and - an outer pipe coaxial with said intermediate pipe, with which it defines a second conduit to said combustion chamber; the combustion head being characterized by also comprising a cap fixed to said cylindrical body; said cap being provided with: - radial holes for a radial primary air (A1r); - slots for a swirled primary air (A1sw); and - a central hole for an axial primary air (A1a). - a central pipe supplied with a liquid fuel and fitted on one end with a nozzle for atomizing said liquid fuel in a combustion chamber; - an intermediate pipe coaxial with and outside said central pipe, with which it defines a first conduit to said combustion chamber; a cylindrical body being interposed between said central pipe and said intermediate pipe, and having equally spaced grooves sloping with respect to a longitudinal axis of symmetry of said central pipe; and - an outer pipe coaxial with said intermediate pipe, with which it defines a second conduit to said combustion chamber; - radial holes for a radial primary air (A1r); - slots for a swirled primary air (A1sw); and - a central hole for an axial primary air (A1a).
A liquid collection arrangement for collecting washing liquid that is used for washing the exterior of a four-wheeled vehicle, the liquid collection arrangement comprising - a first liquid collection portion that can be arranged on a first side of the vehicle for collecting washing liquid running along the first side of the vehicle, - a second liquid collection portion that can be arranged on a second side of the vehicle for collecting washing liquid running along the second side of the vehicle, - a third liquid collection portion that can be arranged in front of the vehicle for collecting washing liquid running along the front of the vehicle, and - a fourth liquid collection portion that can be arranged behind the vehicle for collecting washing liquid running along the rear of the vehicle, wherein the liquid collection arrangement has a mounting mode, in which mode the first, second, third and fourth liquid collection portions (1, 2, 3, 4) can be arranged around the vehicle without moving the vehicle, and a use mode, in which mode the liquid collection portions (1, 2, 3, 4) surround the vehicle, characterized in that the arrangement comprises attachment means for attaching the first liquid collection portion and the second liquid connection portion to the tires and/or to the wheel arches of the vehicle and the attachment means are arranged in tire covering sections (1a, 1b, 2a, 2b) of the first liquid collection portion and the second liquid collection portion. - a first liquid collection portion that can be arranged on a first side of the vehicle for collecting washing liquid running along the first side of the vehicle, - a second liquid collection portion that can be arranged on a second side of the vehicle for collecting washing liquid running along the second side of the vehicle, - a third liquid collection portion that can be arranged in front of the vehicle for collecting washing liquid running along the front of the vehicle, and - a fourth liquid collection portion that can be arranged behind the vehicle for collecting washing liquid running along the rear of the vehicle, wherein the liquid collection arrangement has a mounting mode, in which mode the first, second, third and fourth liquid collection portions (1, 2, 3, 4) can be arranged around the vehicle without moving the vehicle, and a use mode, in which mode the liquid collection portions (1, 2, 3, 4) surround the vehicle, characterized in that the arrangement comprises attachment means for attaching the first liquid collection portion and the second liquid connection portion to the tires and/or to the wheel arches of the vehicle and the attachment means are arranged in tire covering sections (1a, 1b, 2a, 2b) of the first liquid collection portion and the second liquid collection portion.
An apparatus for use in a user equipment, UE, the UE configured for discovering a network, the apparatus comprising one or more processors and memory configured to: process signals, received from access points, APs, the signals including a first synchronization signal, SS, and a second SS, wherein the first SS and the second SS are beamformed with a plurality of transmit beams and transmitted on a plurality of subbands in a first set of symbols, for the first SS, and a second set of symbols, for the second SS; detect the first SS in the first set of symbols, and measure beam qualities of the plurality of transmit beams on the plurality of subbands in at least one of the first set of symbols or the second set of symbols; select one or more transmit beams from the plurality of transmit beams and corresponding one or more subbands from the plurality of subbands, based on the measured beam qualities; and detect the second SS on the selected one or more subbands in the second set of symbols, wherein each of plurality of subbands in the first and second sets of symbols is associated with one of the plurality of transmit beams; characterized in that the signals include SSs received from different APs having an identical pair of a first SS sequence and a second SS sequence mapped to different subbands; and the one or more processors and memory configured to derive a beam identification of each of the plurality of transmit beams based on the one or more subbands to which an identical pair of first SS sequence and second SS sequence is allocated. process signals, received from access points, APs, the signals including a first synchronization signal, SS, and a second SS, wherein the first SS and the second SS are beamformed with a plurality of transmit beams and transmitted on a plurality of subbands in a first set of symbols, for the first SS, and a second set of symbols, for the second SS; detect the first SS in the first set of symbols, and measure beam qualities of the plurality of transmit beams on the plurality of subbands in at least one of the first set of symbols or the second set of symbols; select one or more transmit beams from the plurality of transmit beams and corresponding one or more subbands from the plurality of subbands, based on the measured beam qualities; and detect the second SS on the selected one or more subbands in the second set of symbols, wherein each of plurality of subbands in the first and second sets of symbols is associated with one of the plurality of transmit beams; characterized in that the signals include SSs received from different APs having an identical pair of a first SS sequence and a second SS sequence mapped to different subbands; and the one or more processors and memory configured to derive a beam identification of each of the plurality of transmit beams based on the one or more subbands to which an identical pair of first SS sequence and second SS sequence is allocated.
A prosthesis for implantation within a blood vessel, the prosthesis comprising: a tubular body of a graft material; first and second opposing couplings (208A, 208B) that extend outwardly from the tubular body, wherein each coupling (208A, 208B) includes a base coupled to the tubular body, a top spaced from the tubular body, and a coupling lumen disposed between the base and the top that is in fluid communication with a lumen defined by the tubular body; and a variable stiffness stent (228; 1028) coupled to the tubular body proximal of the couplings (208A, 208B) and including a plurality of crowns and a plurality of struts (942; 1042) with each crown being formed between a pair of opposing struts (942; 1042), wherein the variable stiffness stent includes at least two zones (850; 1050) of relatively greater flexibility that are approximately circumferentially aligned with the couplings (208A, 208B). a tubular body of a graft material; first and second opposing couplings (208A, 208B) that extend outwardly from the tubular body, wherein each coupling (208A, 208B) includes a base coupled to the tubular body, a top spaced from the tubular body, and a coupling lumen disposed between the base and the top that is in fluid communication with a lumen defined by the tubular body; and a variable stiffness stent (228; 1028) coupled to the tubular body proximal of the couplings (208A, 208B) and including a plurality of crowns and a plurality of struts (942; 1042) with each crown being formed between a pair of opposing struts (942; 1042), wherein the variable stiffness stent includes at least two zones (850; 1050) of relatively greater flexibility that are approximately circumferentially aligned with the couplings (208A, 208B).
A brake control method for a train compartment, the method comprising operations of: acquiring a number of train compartments of a current train formation; acquiring a number and type of a current compartment coded by an encoder in the compartment; and calculating a braking force of the current compartment based on a train brake instruction and the number of train compartments of the current train formation, and performing brake control on the current compartment according to the number and type of the current compartment, characterized in that, the operation of acquiring the number of train compartments of the current train formation comprises: acquiring the number of train compartments of the current train formation in real time from a train control and management system via a wired train bus; and the operation of acquiring the number and type of the current compartment comprises: receiving a coding sequence set by an encoder in the compartment; extracting respectively the number code and the type code from the coding sequence, and identifying a respective code based on a predefined coding table. acquiring a number of train compartments of a current train formation; acquiring a number and type of a current compartment coded by an encoder in the compartment; and calculating a braking force of the current compartment based on a train brake instruction and the number of train compartments of the current train formation, and performing brake control on the current compartment according to the number and type of the current compartment, characterized in that, the operation of acquiring the number of train compartments of the current train formation comprises: acquiring the number of train compartments of the current train formation in real time from a train control and management system via a wired train bus; and acquiring the number of train compartments of the current train formation in real time from a train control and management system via a wired train bus; and the operation of acquiring the number and type of the current compartment comprises: receiving a coding sequence set by an encoder in the compartment; extracting respectively the number code and the type code from the coding sequence, and identifying a respective code based on a predefined coding table. receiving a coding sequence set by an encoder in the compartment; extracting respectively the number code and the type code from the coding sequence, and identifying a respective code based on a predefined coding table.