mhurhangee/ep-ind-claims huggingface dataset:
A method for use with a local device that is directly connected by a hardwired connection to an automotive controller which is connected through a controller area network to sensors and actuators resident on a vehicle, wherein the method comprises: establishing a data connection with the automotive controller; establishing a wireless network connection with a client device which acts as a client of a system server and as a client of the local device; sending a first vehicle data request from the client device to the local device; retrieving, by the local device, the first vehicle data from the automotive controller based on the first vehicle data request; transmitting, by the local device, the first vehicle data to the client device for display by the client device; sending a second vehicle data request from the client device to the local device; retrieving, by the local device, the second vehicle data from the automotive controller based on the second vehicle data request; transmitting, by the local device, the second vehicle data to the client device for display by the client device; transmitting, by the client device, a request for updated engine parameters to the system server based on the second vehicle data; receiving, at the client device, the updated engine parameters and updated firmware; making, at the client device, a selection of one or more of the updated parameters and the updated firmware; receiving, at the local device, the selection of the one or more of the updated parameters and the updated firmware from the client device; and loading the selection of the one or more of the updated parameters and the updated firmware onto the automotive controller. establishing a data connection with the automotive controller; establishing a wireless network connection with a client device which acts as a client of a system server and as a client of the local device; sending a first vehicle data request from the client device to the local device; retrieving, by the local device, the first vehicle data from the automotive controller based on the first vehicle data request; transmitting, by the local device, the first vehicle data to the client device for display by the client device; sending a second vehicle data request from the client device to the local device; retrieving, by the local device, the second vehicle data from the automotive controller based on the second vehicle data request; transmitting, by the local device, the second vehicle data to the client device for display by the client device; transmitting, by the client device, a request for updated engine parameters to the system server based on the second vehicle data; receiving, at the client device, the updated engine parameters and updated firmware; making, at the client device, a selection of one or more of the updated parameters and the updated firmware; receiving, at the local device, the selection of the one or more of the updated parameters and the updated firmware from the client device; and loading the selection of the one or more of the updated parameters and the updated firmware onto the automotive controller.
Mounting tool having a longitudinal axis for driving a plate screw having a retaining plate into a screw anchor for fastening an insulating panel to a substructure, comprising - a tool housing with a front side (2.1) and a rear side (2.2), with a housing chamber open to the front side (2.2), - a stop disc arranged non-rotatably on the front side of the tool housing with a central opening (3.1), - a drive shaft that can be connected to a drive machine, characterized by - a screwdriver bit attached to a rear side (10.1) of the housing chamber on the tool housing and having a screw-driving profile (15.1), wherein the screwdriver bit extends so far through the central opening (3.1) in the stop disc that at least the screw-driving profile (15.1) protrudes beyond the surface of the stop disc, - a slip clutch arranged between the drive shaft and the tool housing having an outer body (7.1) and a hub part (7.2), wherein the outer body (7.1) is connected to the tool housing in a rotationally fixed manner and the hub part (7.2) is connected to the drive shaft in a rotationally fixed manner, wherein a cavity is arranged on a rear side (2.2) of the tool housing and the outer body (7.1) of the slip clutch is fixed in the cavity of the tool housing so that it cannot rotate. - a tool housing with a front side (2.1) and a rear side (2.2), with a housing chamber open to the front side (2.2), - a stop disc arranged non-rotatably on the front side of the tool housing with a central opening (3.1), - a drive shaft that can be connected to a drive machine, characterized by - a screwdriver bit attached to a rear side (10.1) of the housing chamber on the tool housing and having a screw-driving profile (15.1), wherein the screwdriver bit extends so far through the central opening (3.1) in the stop disc that at least the screw-driving profile (15.1) protrudes beyond the surface of the stop disc, - a slip clutch arranged between the drive shaft and the tool housing having an outer body (7.1) and a hub part (7.2), wherein the outer body (7.1) is connected to the tool housing in a rotationally fixed manner and the hub part (7.2) is connected to the drive shaft in a rotationally fixed manner, wherein a cavity is arranged on a rear side (2.2) of the tool housing and the outer body (7.1) of the slip clutch is fixed in the cavity of the tool housing so that it cannot rotate.
Use of a smoke condensate for browning and smoking a protein-containing food, the smoke condensate comprising: Phenols: 0,1 - 0,56 % Carbonyls: 3,5 - 13,0 % Polysorbate: 0 - 2,25 % and the rest water, wherein the smoke condensate is atomized and ejected into an air flow which is circulated in one chamber of an oven, wherein the air flow has a temperature of 100 - 200 °C. Phenols: 0,1 - 0,56 % Carbonyls: 3,5 - 13,0 % Polysorbate: 0 - 2,25 %
Device for determining the state of a mechanical component, which is a bearing, which supports a rotor driven by a motor shaft in a stator, in which when the component is in use at least one part of the component is moved relative to another component, wherein a measuring device, which can determine an electrical quantity of the mechanical component or the modification of an electrical quantity, and an evaluation unit, which on the basis of a result produced by the measuring device outputs information on the state of the movable mechanical component, are present, characterised in that a signal generator is present, which is designed to connect a voltage signal to the motor shaft, and the measuring device is a voltmeter, which is designed to connect to the stator and calculate the voltage difference between the stator and earth.
A method comprising: exposing functionality by an operating system of a computing device that is accessible by one or more applications executable by the computing device, the functionality configured to perform operations comprising: receiving a request at the operating system via one or more application programming interfaces, APIs, from the one or more applications to initiate a secure data sharing session; and responsive to the request, initiating a secure data sharing session via a network connection between the one or more applications with one or more other applications executed by one or more other computing devices associated with guests, the method being characterized in that the initiating of the secure data sharing session includes broadcasting an invitation by the operating system for receipt by the one or more other computing devices that indicates availability of the secure data sharing session, and in that the initiating of the secure data sharing session includes verifying by the operating system that the guests are permitted to participate in the secure data sharing session. receiving a request at the operating system via one or more application programming interfaces, APIs, from the one or more applications to initiate a secure data sharing session; and responsive to the request, initiating a secure data sharing session via a network connection between the one or more applications with one or more other applications executed by one or more other computing devices associated with guests, the method being characterized in that the initiating of the secure data sharing session includes broadcasting an invitation by the operating system for receipt by the one or more other computing devices that indicates availability of the secure data sharing session, and in that the initiating of the secure data sharing session includes verifying by the operating system that the guests are permitted to participate in the secure data sharing session.
A fusion protein comprising an immunoglobulin Fc domain and at least one heterologous polypeptide domain comprising a TNFR2 polypeptide comprising an amino acid sequence at least 90% identical to SEQ ID NO: 2, wherein (a) the amino acid residue corresponding to Q26 of SEQ ID NO: 2 is replaced by an N, and the amino acid residue corresponding to A28 of SEQ ID NO: 2 is replaced by an S; (b) the amino acid residue corresponding to E133 of SEQ ID NO: 2 is replaced by an N; (c) the amino acid residue corresponding to G231 of SEQ ID NO: 2 is replaced by an N; (d) the polypeptide comprises the substitutions specified in (a) and (b); (e) the polypeptide comprises the substitutions specified in (a) and (c); or (f) the polypeptide comprises the substitutions specified in (b) and (c), to create a non-endogenous N-linked glycosylation site, and wherein glycosylation at the one or more introduced glycosylation sites increases the serum half-life of the modified fusion protein by at least 10% relative to the serum half-life of the fusion protein lacking an introduced glycosylation site as measured in a pharmacokinetic monkey assay. (a) the amino acid residue corresponding to Q26 of SEQ ID NO: 2 is replaced by an N, and the amino acid residue corresponding to A28 of SEQ ID NO: 2 is replaced by an S; (b) the amino acid residue corresponding to E133 of SEQ ID NO: 2 is replaced by an N; (c) the amino acid residue corresponding to G231 of SEQ ID NO: 2 is replaced by an N; (d) the polypeptide comprises the substitutions specified in (a) and (b); (e) the polypeptide comprises the substitutions specified in (a) and (c); or (f) the polypeptide comprises the substitutions specified in (b) and (c),
An impeller for a turbomachine, in particular a radial turbomachine, with an impeller disc (2.1) carrying moving blades and a shrink collar (2.3) following the impeller face end (2.2), with a supporting shrink collar seat length, wherein the shrink collar (2.3) is suitable for shrinking onto a rotor (of the turbomachine), wherein between impeller face end (2.2) of the impeller disc (2.1) and the shrink collar (2.3) connected to the same a circumferential groove located radially outside is formed, characterized in that the circumferential groove is radially stepped multiple times.
A torque limiting device, comprising: a handle; a drive shaft attached to the handle; a torque limiting assembly coupled to the drive shaft; the torque limiting assembly further comprising a shaft element; a first transmission member housing the shaft element; a second transmission member, the second transmission member being fixed to the shaft element and interacting with the first transmission member; an adjusting sleeve for adjusting the degree of interaction between the first transmission member and the second transmission member, the adjusting sleeve slipped over the first transmission member and rotatably adjustable on the first transmission member by being rotatably mounted onto an outer thread on the first transmission member. a handle; a drive shaft attached to the handle; a torque limiting assembly coupled to the drive shaft; the torque limiting assembly further comprising a shaft element; a first transmission member housing the shaft element; a second transmission member, the second transmission member being fixed to the shaft element and interacting with the first transmission member; an adjusting sleeve for adjusting the degree of interaction between the first transmission member and the second transmission member, the adjusting sleeve slipped over the first transmission member and rotatably adjustable on the first transmission member by being rotatably mounted onto an outer thread on the first transmission member.
A supplementary device for attachment to a manually operable injection device in a specific position relative to an outside surface of the injection device, the supplementary device comprising: a body having an injection device receiving channel; and a mating unit configured to releasably mount the body to the injection device in the specific position relative to the outside surface of the injection device, wherein the mating unit comprises a collar extending from the body and configured to receive the injection device so that the injection device extends through the collar, wherein the collar comprises a closure which is rotatable towards the body about an axis of rotation that is transverse to the longitudinal axis of the injection device receiving channel to secure the body to the injection device, wherein the mating unit further comprises an engaging unit configured to engage the supplementary device with the injection device, wherein the engaging unit comprises a support member having an engaging element, the engaging element being configured to engage in an indent on the injection device when the body is disposed in the specific position relative to an outside surface of the injection device, and wherein the closure is configured to act on the support member to urge the engaging element into the indent when the closure is in its secured position so that the body is secured to the injection device in the specific position. a body having an injection device receiving channel; and a mating unit configured to releasably mount the body to the injection device in the specific position relative to the outside surface of the injection device, wherein the mating unit comprises a collar extending from the body and configured to receive the injection device so that the injection device extends through the collar, wherein the collar comprises a closure which is rotatable towards the body about an axis of rotation that is transverse to the longitudinal axis of the injection device receiving channel to secure the body to the injection device, wherein the mating unit further comprises an engaging unit configured to engage the supplementary device with the injection device, wherein the engaging unit comprises a support member having an engaging element, the engaging element being configured to engage in an indent on the injection device when the body is disposed in the specific position relative to an outside surface of the injection device, and wherein the closure is configured to act on the support member to urge the engaging element into the indent when the closure is in its secured position so that the body is secured to the injection device in the specific position.
A method of manufacturing an apparatus comprising: investment casting a first sub-component having a locking feature, the first sub-component being constructed from a first material that is a superalloy; placing the first sub-component into a void in sand in a sand molding box, the void having a first portion shaped like the first sub-component and a second portion shaped like a second sub-component with the first sub-component sitting in the void such that the locking feature is adjoining the second portion and the second portion is unoccupied by the first sub-component; introducing a second material in a fluidic state into the second portion so that the second material is adjacent to at least a part of the locking feature, the second material having a melting temperature that is less than the melting temperature of the first material; and solidifying the second material to form the second sub-component adjoining the locking feature. investment casting a first sub-component having a locking feature, the first sub-component being constructed from a first material that is a superalloy; placing the first sub-component into a void in sand in a sand molding box, the void having a first portion shaped like the first sub-component and a second portion shaped like a second sub-component with the first sub-component sitting in the void such that the locking feature is adjoining the second portion and the second portion is unoccupied by the first sub-component; introducing a second material in a fluidic state into the second portion so that the second material is adjacent to at least a part of the locking feature, the second material having a melting temperature that is less than the melting temperature of the first material; and solidifying the second material to form the second sub-component adjoining the locking feature.
A system for repairing a heart valve, comprising: an outer shaft; and an implant disposed within the outer shaft, the implant including: at least one tether, a prosthetic valve portion coupled to a distal end of the at least one tether and having at least one positioning member, the prosthetic valve portion being configured to be distally advanced from the outer shaft so as to move from an unexpanded configuration to an expanded configuration such that at least a portion of the prosthetic valve portion is positioned within an opening in tissue, an anchor portion coupled to a proximal end of the at least one tether and configured to be removably affixed to tissue, and a tether lock that is either (i) recessed into a body of the anchor portion or (ii) coupled to a proximal end of the anchor portion, the tether lock being configured to reversibly lock the at least one tether; wherein the tether lock is configured to be released to allow the at least one tether to be adjusted relative to the anchor portion to cause a distance between the prosthetic valve portion and the anchor portion to increase or decrease. an outer shaft; and an implant disposed within the outer shaft, the implant including: at least one tether, a prosthetic valve portion coupled to a distal end of the at least one tether and having at least one positioning member, the prosthetic valve portion being configured to be distally advanced from the outer shaft so as to move from an unexpanded configuration to an expanded configuration such that at least a portion of the prosthetic valve portion is positioned within an opening in tissue, an anchor portion coupled to a proximal end of the at least one tether and configured to be removably affixed to tissue, and a tether lock that is either (i) recessed into a body of the anchor portion or (ii) coupled to a proximal end of the anchor portion, the tether lock being configured to reversibly lock the at least one tether; at least one tether, a prosthetic valve portion coupled to a distal end of the at least one tether and having at least one positioning member, the prosthetic valve portion being configured to be distally advanced from the outer shaft so as to move from an unexpanded configuration to an expanded configuration such that at least a portion of the prosthetic valve portion is positioned within an opening in tissue, an anchor portion coupled to a proximal end of the at least one tether and configured to be removably affixed to tissue, and a tether lock that is either (i) recessed into a body of the anchor portion or (ii) coupled to a proximal end of the anchor portion, the tether lock being configured to reversibly lock the at least one tether; wherein the tether lock is configured to be released to allow the at least one tether to be adjusted relative to the anchor portion to cause a distance between the prosthetic valve portion and the anchor portion to increase or decrease.
Thermal flowmeter comprising a sensor with a sensor housing, which has a metal cap with a lateral surface and a front face, wherein the sensor housing has at least a first and a second contact sleeve (3a, 3b) which project out of the front face, wherein the sensor housing has a first heater in a first of the two contact sleeves (3a or 3b) and a temperature sensor, which is designed to determine a temperature of the medium, in a second of the two contact sleeves (3a or 3b); characterized in that the front face of the cap is subdivided at least into a base area and into at least a first planar surface (14, 14') inclined at an angle (σ) in relation to said base area, wherein a second heater (8, 9) is arranged on an interior wall of the cap in the area of said first surface (14, 14').
A method implemented in a wireless transmit/receive unit, WTRU, for transmitting pilot symbols on multiple antennas, the method comprising: transmitting a primary dedicated physical control channel, DPCCH, and at least one secondary DPCCH via multiple antennas using different channelization codes, wherein the secondary DPCCH carries pilot symbols and first eight symbols of the secondary DPCCH are same as pilot symbols of length eight for the primary DPCCH, wherein power scaling is applied equally to the primary DPCCH and the secondary DPCCH on a condition that a required transmit power exceeds a maximum allowed transmit power of the WTRU such that a power ratio between the primary DPCCH and the secondary DPCCH remains the same after the power scaling. transmitting a primary dedicated physical control channel, DPCCH, and at least one secondary DPCCH via multiple antennas using different channelization codes, wherein the secondary DPCCH carries pilot symbols and first eight symbols of the secondary DPCCH are same as pilot symbols of length eight for the primary DPCCH, wherein power scaling is applied equally to the primary DPCCH and the secondary DPCCH on a condition that a required transmit power exceeds a maximum allowed transmit power of the WTRU such that a power ratio between the primary DPCCH and the secondary DPCCH remains the same after the power scaling.
A method for determining the short-term risk of future major adverse cardiovascular event in an individual, comprising the steps of (a) determining the amount of N-terminal fragment of IGFBP-4 consisting of amino acid sequence SEQ ID NO 1, or determining the amount of C-terminal fragment of IGFBP-4 consisting of amino acid sequence SEQ ID NO 2, or determining the amount of N-terminal fragment of IGFBP-5 consisting of amino acid sequence SEQ ID NO 4, in a sample of said individual; (b) comparing the amounts as determined in step a) with suitable reference amounts for corresponding peptides, wherein increased amounts of determined fragments are indicative of increased short-term risk of future major adverse cardiovascular event, wherein said short-term is 6 months. (a) determining the amount of N-terminal fragment of IGFBP-4 consisting of amino acid sequence SEQ ID NO 1, or determining the amount of C-terminal fragment of IGFBP-4 consisting of amino acid sequence SEQ ID NO 2, or determining the amount of N-terminal fragment of IGFBP-5 consisting of amino acid sequence SEQ ID NO 4, in a sample of said individual; or determining the amount of C-terminal fragment of IGFBP-4 consisting of amino acid sequence SEQ ID NO 2, or determining the amount of N-terminal fragment of IGFBP-5 consisting of amino acid sequence SEQ ID NO 4, (b) comparing the amounts as determined in step a) with suitable reference amounts for corresponding peptides, wherein increased amounts of determined fragments are indicative of increased short-term risk of future major adverse cardiovascular event, wherein said short-term is 6 months.