mhurhangee/ep-ind-claims huggingface dataset:
A mobile device, in particular a vehicle (130, 140), in a radio communication network where local end-to-end data paths are established with another mobile device by and via base stations (150, 160) without participation of nodes of the core network; the mobile device comprising a processor configured to provide a report (433, 443) to a network device so that it obtains all necessary information for improving or optimizing the network conditions, the report (433, 443) comprising at least one of the following information: location information, application layer information, mobile device status information, experienced QoS at the mobile device side, and radio channel conditions; a transceiver, configured to receive from the network device, a notification (1303, 131, 141; 804, 805; 1102, 1103) of predicted change of a Quality-of-Service, QoS, related to a local end-to-end data communication path, predicted based on the reported information; and wherein the processor is configured to provide a response (1104, 1105) to the notification (1303, 131, 141; 804, 805, 1102, 1103) from the network device about the predicted change of the QoS related to the local end-to-end data communication path indicating whether the mobile device accepts or declines the change. in a radio communication network where local end-to-end data paths are established with another mobile device by and via base stations (150, 160) without participation of nodes of the core network; the mobile device comprising a processor configured to provide a report (433, 443) to a network device so that it obtains all necessary information for improving or optimizing the network conditions, the report (433, 443) comprising at least one of the following information: location information, application layer information, mobile device status information, experienced QoS at the mobile device side, and radio channel conditions; a transceiver, configured to receive from the network device, a notification (1303, 131, 141; 804, 805; 1102, 1103) of predicted change of a Quality-of-Service, QoS, related to a local end-to-end data communication path, predicted based on the reported information; and wherein the processor is configured to provide a response (1104, 1105) to the notification (1303, 131, 141; 804, 805, 1102, 1103) from the network device about the predicted change of the QoS related to the local end-to-end data communication path indicating whether the mobile device accepts or declines the change.
Hydraulic circuit as a transmission control system, by which operating elements (29, 31, 33, 35, 37, 39, 41, 43, 45) of the hydraulic circuit, which operate at working pressures, can be addressed in order to operate transmission components such as clutches (507, 509, 511), in particular dual clutches (507, 509) or drivetrains having more than two friction clutches, and by which hydraulic medium for cooling and/or lubricating individual transmission components (539, 541, 543) can be distributed, having a priority circuit (179, 179 I, 179", 179 III, 159), by which hydraulic flows can be prioritized depending on a switch position (105, 105 I, 105", 107) of at least one valve, characterized in that the priority circuit (179, 179 I, 179", 179 III, 159), by way of piston positions of a single valve designed as a piston slide valve, for example a first priority directional control valve (171, 172), having at least two working ports (181, 183) and at least two pressure supply ports (185, 187), controls a working pressure on an assembly of the hydraulic circuit as well as a flow of a hydraulic medium at a pressure level differing from the working pressure, for example a lower-pressure coolant stream (110, 110 I). by which operating elements (29, 31, 33, 35, 37, 39, 41, 43, 45) of the hydraulic circuit, which operate at working pressures, can be addressed in order to operate transmission components such as clutches (507, 509, 511), in particular dual clutches (507, 509) or drivetrains having more than two friction clutches, and by which hydraulic medium for cooling and/or lubricating individual transmission components (539, 541, 543) can be distributed, having a priority circuit (179, 179 I, 179", 179 III, 159), by which hydraulic flows can be prioritized depending on a switch position (105, 105 I, 105", 107) of at least one valve, characterized in that the priority circuit (179, 179 I, 179", 179 III, 159), by way of piston positions of a single valve designed as a piston slide valve, for example a first priority directional control valve (171, 172), having at least two working ports (181, 183) and at least two pressure supply ports (185, 187), controls a working pressure on an assembly of the hydraulic circuit as well as a flow of a hydraulic medium at a pressure level differing from the working pressure, for example a lower-pressure coolant stream (110, 110 I).
A low and medium voltage electrical enclosure (1, 10, 100) comprising a supporting structure which defines an internal space delimited by walls (13, 14, 15) forming one or more compartments housing one or more electrical apparatuses, wherein at least one of said walls (13, 14, 15) is provided with one or more venting openings (20, 30) that put into communication said internal space with the outside of said low and medium voltage electrical enclosure (1, 10, 100) and/or one of said compartments with a second compartment, said one or more venting openings (20, 30) being provided with a cover (21, 31) closing a corresponding venting opening (20, 30) in a first - closed - operating condition at first predetermined temperatures and with an actuating device adapted to open said cover (21, 31) in a second - open - operating condition at second predetermined temperatures, and wherein said actuating device comprises an actuating mechanism having a Shape Memory Alloy-based (SMA-based) actuating element (42, 421) having a first dimension at said first predetermined temperatures reversibly changeable into a second dimension at said second predetermined temperatures, the reversible change of dimension of said SMA-based actuating element (42, 421) from said first dimension to said second dimension determining the reversible movement of said cover (21, 31) from said first - closed -operating condition to said second - open - operating condition, and vice-versa, wherein said cover (21, 31) is hinged on a rim (211, 311) of a corresponding opening and pivotally movable between said first - closed -operating condition to said second - open - operating condition, wherein said SMA-based actuating element (42, 421) comprises a bar or wire having a first predetermined length at said first predetermined temperatures and a second predetermined length at second first predetermined temperatures, characterized in that said actuating mechanism comprises a lever having a first end operatively connected to said cover (21, 31) and a second end operatively connected to a first end (43, 431) of said bar or wire (42, 421), said lever being hinged on two protrusions extending from an internal rim portion of said venting openings (20, 30) toward said internal space at an intermediate point between said first end and said second end.
A modified antigen binding molecule specifically binding to human CD20 comprising (a) a heavy chain variable region of SEQ ID NO: 125, a heavy chain variable region comprising the replacement of the amino acid residue at Kabat position 11 with a leucine and at Kabat position 12 with lysine in SEQ ID NO: 125, a heavy chain variable region comprising the replacement of the amino acid residue at Kabat position 9 with a glycine in SEQ ID NO: 125, or a heavy chain variable region comprising the replacement of the amino acid residue at Kabat position 10 with a glycine in SEQ ID NO: 125; and (b) a light chain variable region selected from the group consisting of SEQ ID NO: 48, 130, 131, 132, 133 and 134. (a) a heavy chain variable region of SEQ ID NO: 125, a heavy chain variable region comprising the replacement of the amino acid residue at Kabat position 11 with a leucine and at Kabat position 12 with lysine in SEQ ID NO: 125, a heavy chain variable region comprising the replacement of the amino acid residue at Kabat position 9 with a glycine in SEQ ID NO: 125, or a heavy chain variable region comprising the replacement of the amino acid residue at Kabat position 10 with a glycine in SEQ ID NO: 125; and (b) a light chain variable region selected from the group consisting of SEQ ID NO: 48, 130, 131, 132, 133 and 134.
Food thermometer, wherein the food thermometer is a resistance thermometer with an electrical conductor, wherein at least three measuring points for the electrical conductor are present, preferably at least six measuring points, characterized in that each measuring point makes electrical contact with the electrical conductor, so that the electrical resistance of the electrical conductor between two measuring points is determined, wherein the electrical resistance depends on the temperature.
A system for monitoring a joint of a patient, the system comprising: a sensor module configured to be positioned on skin of the patient near the joint, the sensor module comprising a housing, wherein the housing has a first end and a second end opposite the first end, wherein the second end is narrower than the first end indicating to the patient that the second end is to be positioned on the skin of the patient pointed toward the joint; a plurality of sensors (102, 602a, 602b, 702a, 702b, 702c) disposed in the housing and configured and arranged to measure or observe actions or physical quantities associated with the joint; and at least one communications unit (666, 766) coupled to the plurality of sensors (102, 602a, 602b, 702a, 702b, 702c) and configured and arranged to receive data from the sensors (102, 602a, 602b, 702a, 702b, 702c) and configured and arranged to transmit sensor information to an external device; and either a) adhesive directly disposed on the housing or b) an adhesive pad coupled, or coupleable, to the housing, wherein the adhesive or adhesive pad is configured to adhere the sensor module to the skin of the patient. a sensor module configured to be positioned on skin of the patient near the joint, the sensor module comprising a housing, wherein the housing has a first end and a second end opposite the first end, wherein the second end is narrower than the first end indicating to the patient that the second end is to be positioned on the skin of the patient pointed toward the joint; a plurality of sensors (102, 602a, 602b, 702a, 702b, 702c) disposed in the housing and configured and arranged to measure or observe actions or physical quantities associated with the joint; and at least one communications unit (666, 766) coupled to the plurality of sensors (102, 602a, 602b, 702a, 702b, 702c) and configured and arranged to receive data from the sensors (102, 602a, 602b, 702a, 702b, 702c) and configured and arranged to transmit sensor information to an external device; and a housing, wherein the housing has a first end and a second end opposite the first end, wherein the second end is narrower than the first end indicating to the patient that the second end is to be positioned on the skin of the patient pointed toward the joint; a plurality of sensors (102, 602a, 602b, 702a, 702b, 702c) disposed in the housing and configured and arranged to measure or observe actions or physical quantities associated with the joint; and at least one communications unit (666, 766) coupled to the plurality of sensors (102, 602a, 602b, 702a, 702b, 702c) and configured and arranged to receive data from the sensors (102, 602a, 602b, 702a, 702b, 702c) and configured and arranged to transmit sensor information to an external device; and either a) adhesive directly disposed on the housing or b) an adhesive pad coupled, or coupleable, to the housing, wherein the adhesive or adhesive pad is configured to adhere the sensor module to the skin of the patient.
A method for selecting a transport format to transmit messages in a wireless communication system, the method comprising: obtaining transmission information from a wireless subscriber unit; wherein the method is characterised by: modifying a communication channel format in response to said transmission information. obtaining transmission information from a wireless subscriber unit; modifying a communication channel format in response to said transmission information.
A method for producing a radiopharmaceutical, comprising the following steps: - obtaining a generator eluate comprising 68 gallium from a 68 Ge/ 68 Ga generator by means of hydrochloric acid (HCl), - passing the generator eluate into a cation exchange cartridge in which the 68 gallium is held, - removing an effluent of the generator eluate from the cation exchange cartridge, - eluting the 68 gallium from the cation exchange cartridge by means of a solution comprising sodium chloride (NaCl) and hydrochloric acid (HCl) and passing it into a mixture of a ligand-conjugated peptide as labeling precursor and sodium acetate (C 2 H 3 NaO 2). - obtaining a generator eluate comprising 68 gallium from a 68 Ge/ 68 Ga generator by means of hydrochloric acid (HCl), - passing the generator eluate into a cation exchange cartridge in which the 68 gallium is held, - removing an effluent of the generator eluate from the cation exchange cartridge, - eluting the 68 gallium from the cation exchange cartridge by means of a solution comprising sodium chloride (NaCl) and hydrochloric acid (HCl) and passing it into a mixture of a ligand-conjugated peptide as labeling precursor and sodium acetate (C 2 H 3 NaO 2).
A nitride semiconductor device which comprises an active layer containing an n-type impurity and comprising quantum well layers and barrier layers between n-type nitride semiconductor layers (5, 6) and p-type nitride semiconductor layers, wherein at least one of said barrier layers and said quantum well layers at the proximate side in said active layer to said n-type nitride semiconductor layers (5, 6) are doped with n-type impurity, and said active layer is a MQW having a number i of laminated layers including said quantum well layers and said barrier layers, where i ≥ 4, and at least one of the 1 st to j-th layers from said n-type nitride semiconductor layers (5, 6) of said laminated layers is doped with n-type impurity; wherein integer j (not counting fractions)= i/6 + 2, characterized in that said barrier layers and said quantum well layers at the distal side of said active layer to said n-type nitride semiconductor layers (5, 6) are not doped with n-type impurity.
Adapter for a power unit mount, comprising: a coupling member having a first fastening device and a second fastening device which are arranged substantially perpendicular to each other, and a support arm having at least one third fastening device which is arranged substantially perpendicular to the first fastening device, wherein the third fastening device is formed by at least one through hole by means of which a machine element can be fastened, characterised in that the coupling member comprises a first nut which is arranged substantially centrally and rotationally fixedly in the coupling member and which can be engaged with the second fastening device, and in that each of the coupling member, the first nut and the support arm have a bore (16, 17, 18), the bores (16, 17, 18) being congruent and being penetrated by the second fastening device in order to fix the coupling member, the first nut and the support arm to one another. a coupling member having a first fastening device and a second fastening device which are arranged substantially perpendicular to each other, and a support arm having at least one third fastening device which is arranged substantially perpendicular to the first fastening device, wherein the third fastening device is formed by at least one through hole by means of which a machine element can be fastened, characterised in that the coupling member comprises a first nut which is arranged substantially centrally and rotationally fixedly in the coupling member and which can be engaged with the second fastening device, and in that each of the coupling member, the first nut and the support arm have a bore (16, 17, 18), the bores (16, 17, 18) being congruent and being penetrated by the second fastening device in order to fix the coupling member, the first nut and the support arm to one another.
A method for assembling a reciprocating body within a chamber, where the body couples through a rotational coupling to a substantially laterally fixed structure to the chamber, the reciprocating body including a first gas inlet, a gas bearing cavity and one or more gas bearing ports disposed toward the chamber, the first gas inlet, gas bearing cavity and gas bearing ports being in fluidic communication, the method comprising the steps of: providing a reciprocating body within the chamber; flowing gas through the first gas inlet to the gas bearing cavity and through the gas bearing ports toward sidewalls of the chamber both while the body is not coupled to a substantially laterally fixed structure and at a pressure at least sufficient to cause the reciprocating body to position into a non-contact relationship with the sidewalls of the chamber within the chamber; affixing the rotational coupling to the substantially laterally fixed structure, the affixing step comprising an initial step of temporarily connecting the rotational coupling to the structure and a following step of permanently connecting the rotational coupling to the structure; and discontinuing the gas flow; and wherein the pressure used during the assembly is greater than the pressure used during operation of the device after assembly. providing a reciprocating body within the chamber; flowing gas through the first gas inlet to the gas bearing cavity and through the gas bearing ports toward sidewalls of the chamber both while the body is not coupled to a substantially laterally fixed structure and at a pressure at least sufficient to cause the reciprocating body to position into a non-contact relationship with the sidewalls of the chamber within the chamber; affixing the rotational coupling to the substantially laterally fixed structure, the affixing step comprising an initial step of temporarily connecting the rotational coupling to the structure and a following step of permanently connecting the rotational coupling to the structure; and discontinuing the gas flow; and wherein the pressure used during the assembly is greater than the pressure used during operation of the device after assembly.
Leadthrough device for holding a conduit in a wall opening of a wall, in particular building wall, wherein the leadthrough device has a holding element with a passage hole, through which the conduit can be led, and has an outer frame, in the frame interior of which the holding element is held in resilient fashion by means of at least one spring device (51, 52, 61, 62), characterized in that two adjacent spring devices (61, 62) of the leadthrough device form a connection unit, in which the two spring devices (61, 62) are fastened in each case by means of their first end (61a, 62a) to the holding element and by means of their second end (61b, 62b) to the frame, wherein - the two first ends (61a, 62a) are spaced apart from one another and define a first distance, and - the two second ends (61b, 62b) are spaced apart from one another and define a second distance, and the angle between the direction vectors of the two distances lies between 80° and 110°, wherein the first distance is arranged in the frame plane of the frame or parallel thereto, and the second distance is arranged perpendicular to the frame plane of the frame, wherein the holding element is fastened at two mutually opposite edges, hereinafter referred to as first and second edges (11, 12), to the frame, in each case by means of two or at least two connection units arranged spaced apart from one another. - the two first ends (61a, 62a) are spaced apart from one another and define a first distance, and - the two second ends (61b, 62b) are spaced apart from one another and define a second distance, and
System for determining the color of teeth, which comprises a 2D or 3D camera wherein the system is adapted to acquire images which are captured by the camera, and an attachment, wherein the attachment comprises a spacer having a connecting means for fitting the attachment to the camera, wherein the spacer comprises an aperture via which the camera is adapted to capture an image of the teeth, wherein the spacer is adapted to create a distance between a capture device of the camera and the tooth surface, and wherein the spacer is adapted to create a distance between the capture device of the camera and the aperture, wherein the camera has a normal recording mode without the use of the attachment, and a color measurement mode for use with the attachment for measuring the color of the tooth, characterized in that the system is adapted to recognize the presence of the attachment on the camera on the basis of changes in the image field captured by the camera and to switch to a color measurement mode when those changes in the image field are detected.