mhurhangee/ep-ind-claims huggingface dataset:
An embossing roller with a rotation axis and a substantially cylindrical surface comprising a plurality of embossing protuberances with linear extension provided on said cylindrical surface; wherein said embossing protuberances have: a front surface having a distance from the axis of rotation of the embossing roller, a first side forming a first angle of inclination (α) with a radial direction (RA; RB) orthogonal to the rotation axis of the embossing roller, a second side forming a second angle of inclination (β) with said radial direction (RB; RA); wherein said first side and said second side have respective radial extensions towards the rotation axis of the embossing roller; characterized in that: said embossing protuberances are curvilinear, and along the linear extension thereof, said embossing protuberances have a variable inclination with respect to the rotation axis of the embossing roller; and said embossing protuberances have at least one variable stress-related characteristic along the longitudinal extension of said embossing protuberances; wherein said stress-related characteristic comprises at least one of the following: the cross section of the protuberance; said first angle of inclination (α) of the first side of the protuberance; said second angle of inclination (β) of the second side (FA, FB) of the protuberance; said distance of the front surface of the protuberance from the rotation axis of the embossing roller; the radial extension towards the rotation axis of the embossing roller of the first side or of the second side of the protuberance; and wherein said at least one stress-related characteristic varies according to said inclination of the embossing protuberance with respect to the rotation axis of the embossing roller.
An optical sensor for detecting objects in a surveillance area with a housing comprising a disc, an evaluation unit and a transmitting/receiving unit arranged within the housing, which is designed to guide light beams emitted by a transmitter of the transmitting/receiving unit periodically within the surveillance area and thereby to pass through the disc, wherein the optical sensor is designed to guide the light beams reflected back from an object through the disc to a receiver of the transmitter/receiver unit and to evaluate received signals from the receiver in the evaluation unit to generate an object detection signal, and wherein a test unit is provided for checking the permeability of the disc, wherein the test unit has a first test device which operates in transmission and by means of which an impairment of the permeability of the pane can be determined independently of location by testing whether the passage of the light beams through the pane is impaired, characterised in that the test unit is designed to detect the permeability of the pane in a spatially resolved manner over its height, and in that the test unit has a second test device operating in reflection, by means of which the scattered light reflected back from the pane is evaluated, by means of which a spatially resolved detection of the transmittance of the pane is carried out over the height of the pane, the second test device having a vertical arrangement of a plurality of light scanners.
A driving device to drive an interior permanent magnet motor including a coil, comprising: a connection switching unit to switch connection condition of the coil between first connection condition and second connection condition, the second connection condition lowering line voltage of the coil compared to the first connection condition; an inverter to apply voltage to the coil; and a control device to control a carrier frequency of the inverter for adjusting a control frequency of the voltage applied to the coil, wherein the carrier frequency is set at a first carrier frequency when the connection condition of the coil is the first connection condition, characterized in that the carrier frequency is set at a second carrier frequency different from the first carrier frequency when the connection condition of the coil is the second connection condition, wherein the first carrier frequency is higher than the second carrier frequency, wherein the first connection condition is a Y connection and the second connection condition is a delta connection. a connection switching unit to switch connection condition of the coil between first connection condition and second connection condition, the second connection condition lowering line voltage of the coil compared to the first connection condition; an inverter to apply voltage to the coil; and a control device to control a carrier frequency of the inverter for adjusting a control frequency of the voltage applied to the coil, wherein the carrier frequency is set at a first carrier frequency when the connection condition of the coil is the first connection condition, characterized in that the carrier frequency is set at a second carrier frequency different from the first carrier frequency when the connection condition of the coil is the second connection condition, wherein the first carrier frequency is higher than the second carrier frequency, wherein the first connection condition is a Y connection and the second connection condition is a delta connection.
A method at a first access node interfering with a second access node in a wireless communications system, the method comprising: performing at least one of blanking and transmitting at lower than nominal transmit power only on a control region of a control channel, comprising applying the at least one of blanking and transmitting at lower than nominal transmit power only on the control region of chosen subframes of a first component carrier of a plurality of component carriers of the first access node; when the at least one of blanking and transmitting at lower than nominal transmit power is applied to the control region only of chosen subframes of the first component carrier, transmitting the control region at the nominal transmit power on a second component carrier of the plurality of component carriers; and transmitting a subframe configuration for the chosen subframes to the second access node. performing at least one of blanking and transmitting at lower than nominal transmit power only on a control region of a control channel, comprising applying the at least one of blanking and transmitting at lower than nominal transmit power only on the control region of chosen subframes of a first component carrier of a plurality of component carriers of the first access node; when the at least one of blanking and transmitting at lower than nominal transmit power is applied to the control region only of chosen subframes of the first component carrier, transmitting the control region at the nominal transmit power on a second component carrier of the plurality of component carriers; and transmitting a subframe configuration for the chosen subframes to the second access node.
A CAR-T cell-derived effector cell population comprising: a population of activated T cells expressing a chimeric antigen receptor, the CAR comprising an extracellular domain which specifically binds a predetermined antigen, a transmembrane domain, and a cytoplasmic co-stimulatory signaling domain, wherein the nucleic acid of the activated T cells have been modified by reaction with a nucleic acid targeting compound that reacts directly with the nucleic acid so that the activated T cells are attenuated for proliferation, wherein the activated T cells are present in the population in a therapeutically effective amount for treatment of a malignancy that expresses the predetermined antigen.
A ram circuit for an aircraft, the ram circuit comprising: a ram inlet housing with a chamber and an inlet configured to receive air into the ram inlet housing; a ram outlet housing fluidly connected to the ram inlet housing; a heat exchanger disposed between and fluidly connected to the inlet housing and the outlet housing; a ram air fan disposed in the ram outlet housing, wherein the ram air fan comprises a motor with a cooling inlet; and a particle separator with an outer inlet configured to receive ram air from the chamber of the ram inlet housing and a clean air outlet through which clean air is discharged, wherein the outer inlet faces into a flow of air passing through the chamber of the ram inlet housing, and wherein the clean air outlet is fluidly connected to the cooling inlet of the motor of the ram air fan; and characterized in that the outer inlet of the particle separator comprises a face with a center-point, wherein the center-point of the face is located at a point within the ram inlet housing where a velocity of a flow of the air through the ram inlet housing is at a maximum. a ram inlet housing with a chamber and an inlet configured to receive air into the ram inlet housing; a ram outlet housing fluidly connected to the ram inlet housing; a heat exchanger disposed between and fluidly connected to the inlet housing and the outlet housing; a ram air fan disposed in the ram outlet housing, wherein the ram air fan comprises a motor with a cooling inlet; and a particle separator with an outer inlet configured to receive ram air from the chamber of the ram inlet housing and a clean air outlet through which clean air is discharged, wherein the outer inlet faces into a flow of air passing through the chamber of the ram inlet housing, and wherein the clean air outlet is fluidly connected to the cooling inlet of the motor of the ram air fan; and characterized in that
A separator element for a medical discharge device for discharging a product with a proximal end and a distal end, said separator element comprising: a filter region which is configured to prevent the passage of a granulate along an axial direction between the proximal end and the distal end but to permit the passage of liquid along the axial direction; and an internal thread which is open toward the proximal end and which extends around the axial direction, characterized by at least one resilient locking arm which is arranged on the outer periphery, which is formed in the region of the proximal end and which extends with its free end toward the proximal end, and in that the separator element has one or more driver elements which are formed at the outer side on the separator element in order to permit a form-fitting engagement of the separator element with a driver of a closure in the peripheral direction. a filter region which is configured to prevent the passage of a granulate along an axial direction between the proximal end and the distal end but to permit the passage of liquid along the axial direction; and an internal thread which is open toward the proximal end and which extends around the axial direction, characterized by at least one resilient locking arm which is arranged on the outer periphery, which is formed in the region of the proximal end and which extends with its free end toward the proximal end, and in that the separator element has one or more driver elements which are formed at the outer side on the separator element in order to permit a form-fitting engagement of the separator element with a driver of a closure in the peripheral direction.
A medical electrical lead comprising: an insulative lead body extending from a distal region to a proximal region; a conductor disposed within the insulative lead body and extending from the proximal region to the distal region; an electrode disposed on the insulative lead body and in electrical contact with the conductor; and a non-conductive fibrous matrix disposed at least partially over the electrode, the fibrous matrix comprising a polyisobutylene urethane, a polyisobutylene urea or a polyisobutylene urethane/urea copolymer comprising 10% to 60% by weight of a hard segment and the balance by weight of a soft segment, and wherein the fibrous matrix comprises a plurality of randomly aligned fibers having an average fiber diameter ranging from 10 nanometers to 400 nanometers. an insulative lead body extending from a distal region to a proximal region; a conductor disposed within the insulative lead body and extending from the proximal region to the distal region; an electrode disposed on the insulative lead body and in electrical contact with the conductor; and a non-conductive fibrous matrix disposed at least partially over the electrode, the fibrous matrix comprising a polyisobutylene urethane, a polyisobutylene urea or a polyisobutylene urethane/urea copolymer comprising 10% to 60% by weight of a hard segment and the balance by weight of a soft segment, and wherein the fibrous matrix comprises a plurality of randomly aligned fibers having an average fiber diameter ranging from 10 nanometers to 400 nanometers.
A peritoneal dialysis cycler (116, 216), comprising: a combined infusion and effluent line (128, 228) for delivering and receiving a peritoneal dialysate to and from a peritoneal cavity; at least one pump (118, 218) positioned in the combined infusion and effluent line; and at least one sensor (106a-106h) fluidly connected to the combined infusion and effluent line, wherein the at least one sensor is selected from the group consisting of: a flow sensor, an ion selective electrode, a pH sensor, a pressure sensor, a refractive index sensor, a conductivity sensor, and a temperature sensor, characterized in that the peritoneal dialysis cycler further comprises: a sampling flow path (130, 230) fluidly connected to the combined infusion and effluent line, wherein the at least one sensor is positioned in the sampling flow path; a valve connecting the combined infusion and effluent line to the sampling flow path; and at least one pump in the sampling flow path. a combined infusion and effluent line (128, 228) for delivering and receiving a peritoneal dialysate to and from a peritoneal cavity; at least one pump (118, 218) positioned in the combined infusion and effluent line; and at least one sensor (106a-106h) fluidly connected to the combined infusion and effluent line, wherein the at least one sensor is selected from the group consisting of: a flow sensor, an ion selective electrode, a pH sensor, a pressure sensor, a refractive index sensor, a conductivity sensor, and a temperature sensor, characterized in that the peritoneal dialysis cycler further comprises: a sampling flow path (130, 230) fluidly connected to the combined infusion and effluent line, wherein the at least one sensor is positioned in the sampling flow path; a valve connecting the combined infusion and effluent line to the sampling flow path; and at least one pump in the sampling flow path. a sampling flow path (130, 230) fluidly connected to the combined infusion and effluent line, wherein the at least one sensor is positioned in the sampling flow path; a valve connecting the combined infusion and effluent line to the sampling flow path; and at least one pump in the sampling flow path.
A method of transferring provisioning data for use in a user's mobile handset, comprising: - establishing a communications link between said mobile handset and a server, the server comprising a database of user accounts; - entering account information specific to said user of the mobile handset; - retrieving, by the server, provisioning information associated with a cellular service provider; and - transmitting, from the server to the mobile handset, the provisioning information to enable the mobile handset to connect to a network of said service provider characterised in that the method further comprises - retrieving, by the server, provisioning information associated with a plurality of cellular service providers; - requesting said user to select one of said plurality of cellular service providers; and - transmitting, to the mobile handset, the provisioning information associated with said selected cellular service provider, to enable the mobile handset to connect to a network of said selected cellular service provider. - establishing a communications link between said mobile handset and a server, the server comprising a database of user accounts; - entering account information specific to said user of the mobile handset; - retrieving, by the server, provisioning information associated with a cellular service provider; and - transmitting, from the server to the mobile handset, the provisioning information to enable the mobile handset to connect to a network of said service provider - retrieving, by the server, provisioning information associated with a plurality of cellular service providers; - requesting said user to select one of said plurality of cellular service providers; and - transmitting, to the mobile handset, the provisioning information associated with said selected cellular service provider, to enable the mobile handset to connect to a network of said selected cellular service provider.
A method for improving the organoleptic qualities of at least one aromatic herb, wherein: - said aromatic herb is dehydrated; - at least one edible oil is sprayed on the surface of said aromatic herb. - said aromatic herb is dehydrated; - at least one edible oil is sprayed on the surface of said aromatic herb.
Antenna system, having a first antenna structure and a second antenna structure, which are connected to an interface, wherein the antenna structures (2, 3) are suitable and designed for receiving and/or transmitting radio-frequency signals, wherein the first antenna structure and the second antenna structure are arranged in a first installation space, characterized in that a third antenna structure, which is arranged in a second installation space, is capacitively coupled to the first antenna structure, wherein the second antenna structure is not coupled to the third antenna structure.
An HVAC system including a thermostat comprising: a device body; an electronic display that is viewable by a user in front of the thermostat; a first infrared-detecting element that measures infrared energy and is positioned such that it is provided with an outward field of view; a microprocessor programmed to detect occupancy based on readings from the first infrared-detecting element and to generate a scheduled program based on the detected occupancy; and a second infrared-detecting element that measures infrared energy and is positioned such that it is provided with a downward directed field of view; wherein the microprocessor is further programmed to detect an approaching user that will likely manually interact with the thermostat based on readings from the second infrared-detecting element, wherein the microprocessor is further programmed to cause the electronic display and a head unit microprocessor to transition from an off state to an on state in response to detecting the approaching user based on the readings from the second infrared-detecting element, wherein the microprocessor is further programmed to not cause the electronic display and the head unit microprocessor to transition from the off state to the on state, but to instead remain in the off state if the microprocessor detects occupancy based on the readings from the first infrared-detecting element and the microprocessor does not detect an approaching user that will likely manually interact with the device based on the readings from the second infrared-detecting element. a device body; an electronic display that is viewable by a user in front of the thermostat; a first infrared-detecting element that measures infrared energy and is positioned such that it is provided with an outward field of view; a microprocessor programmed to detect occupancy based on readings from the first infrared-detecting element and to generate a scheduled program based on the detected occupancy; and a second infrared-detecting element that measures infrared energy and is positioned such that it is provided with a downward directed field of view; wherein the microprocessor is further programmed to detect an approaching user that will likely manually interact with the thermostat based on readings from the second infrared-detecting element, wherein the microprocessor is further programmed to cause the electronic display and a head unit microprocessor to transition from an off state to an on state in response to detecting the approaching user based on the readings from the second infrared-detecting element, wherein the microprocessor is further programmed to not cause the electronic display and the head unit microprocessor to transition from the off state to the on state, but to instead remain in the off state if the microprocessor detects occupancy based on the readings from the first infrared-detecting element and the microprocessor does not detect an approaching user that will likely manually interact with the device based on the readings from the second infrared-detecting element.
An isolated monoclonal antibody, or antigen binding fragment thereof, wherein the monoclonal antibody or antigen binding fragment thereof specifically binds to an AGR2 polypeptide and comprises: (a) a first VH CDR identical to SEQ ID NO: 20; (b) a second VH CDR identical to SEQ ID NO: 21; (c) a third VH CDR identical to SEQ ID NO: 22; (d) a first VL CDR identical to SEQ ID NO: 23; (e) a second VL CDR identical to SEQ ID NO: 24; and (f) a third VL CDR identical to SEQ ID NO: 25. (a) a first VH CDR identical to SEQ ID NO: 20; (b) a second VH CDR identical to SEQ ID NO: 21; (c) a third VH CDR identical to SEQ ID NO: 22; (d) a first VL CDR identical to SEQ ID NO: 23; (e) a second VL CDR identical to SEQ ID NO: 24; and (f) a third VL CDR identical to SEQ ID NO: 25.
Joint, with an inner hub which has a longitudinal axis and inner ball tracks, with an outer hub which has a longitudinal axis and outer ball tracks, whereby the inner ball tracks and the outer ball tracks are assigned to each other in pairs, with a cage which has circumferentially distributed windows and which is arranged between the inner hub and the outer hub, and with balls which are arranged in the windows of the cage and in the pairs of inner ball tracks and the outer ball tracks and which are held by the cage in one plane, whereby the tangential planes at the contact points of the balls form an angle of inclination with the inner ball tracks and the outer ball tracks, whereby the inner ball tracks each have an active section in which the balls move, whereby the outer ball tracks each have an active section in which the balls move, whereby at least the active sections of the inner ball tracks each have a mainly continuously changing curve along the longitudinal axis and whereby at least the active sections of the outer ball tracks each have a mainly continuously changing curve along the longitudinal axis, characterized by the fact that the curve of the active sections of the inner ball tracks and the curve of the active sections of the outer ball tracks are so designed and matched to each other that the inclination angle (s) is substantially constant at least between the conditions of the fully extended joint and the maximum bent joint, whereby the curve of at least the active sections of the inner ball tracks and the curve of at least the active sections of the outer ball tracks can be at least approximately described by at least a piece-by-piece elliptical mathematical function.