mhurhangee/ep-ind-claims huggingface dataset:
Vacuum valve having a housing which encloses at least one volume, wherein the housing has at least one first connection opening and at least one second connection opening and at least one first flow path is formed between the first connection opening and the second connection opening and at least one second flow path is formed between a housing opening and the second connection opening and the first flow path can be opened and closed by at least one rotatable first control disc and the second flow path can be opened and closed by at least one rotatable second control disc, and the first control disc and the second control disc can be controlled such that the first flow path and the second flow path are opened and closed alternately, characterised in that the volume is subdivided at least by the first control disc into at least one first chamber and into at least one second chamber, in that the housing opening is provided in a first cover, in that the first cover closes the housing and the second chamber, in that the housing opening present in the first cover cooperates with the second control disc, and in that the second control disc is arranged on the outside of the first cover.
An isolated monoclonal, humanized antibody that specifically binds HtrA1, wherein the antibody comprises a VH domain comprising the amino acid sequence of SEQ ID NO: 45 and a VL domain comprising an amino acid sequence having the amino acid sequence of SEQ ID NO: 46.
A pharmaceutical combination comprising an antibody specifically recognizing CD38 and at least cyclophosphamide, wherein said antibody is a humanized version of the murine 38SB19 antibody, wherein the heavy chain of said murine 38SB19 antibody comprises three sequential complementarity-determining regions having amino acid sequences represented by SEQ ID NOS: 13, 14, and 15, and wherein the light chain of said murine 38SB19 antibody comprises three sequential complementarity-determining regions having amino acid sequences represented by SEQ ID NOS: 16, 17, and 18 or wherein said antibody comprises at least one heavy chain and at least one light chain and wherein said heavy chain comprises an amino acid sequence represented by SEQ ID NO: 66 and wherein said light chain comprises an amino acid sequence selected from the group of SEQ ID NOS: 62 and 64.
A system, comprising: an obtaining module configured to obtain driving data from sensors associated with a vehicle driven by a driver; a target time period determination module configured to determine, based on the driving data, a plurality of fluctuation variances of the driving data corresponding to a plurality of time points and a target time period, wherein the plurality of fluctuation variances of the driving data corresponding to the plurality of time points within the target time period are greater than a fluctuation variance threshold; a target data determination module configured to obtain, based on the driving data, target data within the target time period; an identification module configured to identify, based on the target data, a presence of a risky driving behavior of the driver. an obtaining module configured to obtain driving data from sensors associated with a vehicle driven by a driver; a target time period determination module configured to determine, based on the driving data, a plurality of fluctuation variances of the driving data corresponding to a plurality of time points and a target time period, wherein the plurality of fluctuation variances of the driving data corresponding to the plurality of time points within the target time period are greater than a fluctuation variance threshold; a target data determination module configured to obtain, based on the driving data, target data within the target time period; an identification module configured to identify, based on the target data, a presence of a risky driving behavior of the driver.
A composition comprising a proteinaceous molecule comprising: (a) a Factor VIII molecule; and (b) at least one of PEG, PSA or dextran bound to said Factor VIII molecule, wherein said PSA, PEG or dextran is attached to the Factor VIII via one or more carbohydrate moieties located in the B domain of Factor VIII, wherein said molecule retains at least 50% of native FVIII biological activity. (a) a Factor VIII molecule; and (b) at least one of PEG, PSA or dextran bound to said Factor VIII molecule, wherein said PSA, PEG or dextran is attached to the Factor VIII via one or more carbohydrate moieties located in the B domain of Factor VIII,
A method for allocating an IP address, comprising: sending an authentication request message to a client at intervals of a preset duration; receiving a response message sent by the client, wherein the response message carries authentication information of a user carried on the client; sending an authentication message to a server according to the response message; receiving an authentication reply message sent by the server, wherein the authentication reply message carries information about an authentication domain authorized by the server to the user; determining, according to the authentication reply message, whether the authentication domain of the user is changed; and if the authentication domain of the user is changed, sending an authentication domain change message to the client according to the authentication reply message, so that the client obtains an IP address again according to the authentication domain change message. sending an authentication request message to a client at intervals of a preset duration; receiving a response message sent by the client, wherein the response message carries authentication information of a user carried on the client; sending an authentication message to a server according to the response message; receiving an authentication reply message sent by the server, wherein the authentication reply message carries information about an authentication domain authorized by the server to the user; determining, according to the authentication reply message, whether the authentication domain of the user is changed; and if the authentication domain of the user is changed, sending an authentication domain change message to the client according to the authentication reply message, so that the client obtains an IP address again according to the authentication domain change message.
A high pressure compressor rotor stack comprising: a bore basket including a bore basket internal passage; a first plurality of rotor stages at least partially defining a forward rotor bore with a forward hub structure and the bore basket; and a second plurality of rotor stages at least partially defining an aft rotor bore with an aft hub structure and the bore basket; and a fluid inlet to the forward rotor bore extending through the forward hub structure, characterised in that the bore basket internal passage includes an inlet downstream of an axially forward outlet. a bore basket including a bore basket internal passage; a first plurality of rotor stages at least partially defining a forward rotor bore with a forward hub structure and the bore basket; and a second plurality of rotor stages at least partially defining an aft rotor bore with an aft hub structure and the bore basket; and a fluid inlet to the forward rotor bore extending through the forward hub structure, characterised in that the bore basket internal passage includes an inlet downstream of an axially forward outlet.
A synthetic optical image system, comprising an array of focusing elements, and an image system including an array of microstructured icon elements designed to collectively form an image, wherein the array of focusing elements and the image system cooperate to form a synthetic optical image, wherein the array of microstructured icon elements is incorporated into an icon layer comprising depressed shapes and flats further including a coating material applied to at least a portion of the surface of the microstructured icon layer; the coating material including a directional coating, wherein the coating provides visual highlighting of one side of a microstructured icon element, producing a shadowed or spot illuminated effect, and wherein an icon fill material is added to the coated microstructured elements, which is applied so as to only fill the icon depressions.
An in-vehicle input device for a steering wheel of a vehicle, comprising: a touch panel including a lower electrode, an upper electrode facing the lower electrode, and a spacer disposed between the lower electrode and the upper electrode, the device being capable of detecting a capacitance between the lower electrode and the upper electrode, the device having an operation surface located above the upper electrode, the operation surface including a plurality of operation areas, the spacer having a plurality of openings that coincide with the operation areas in plan view, the device detecting an input operation based on a change in distance between the lower electrode and the upper electrode in response to pressing any of the operation areas by the operator; characterized in that the device further includes a suppression layer that is disposed between the operation surface and the upper electrode or disposed on an upper surface of the operation surface, the suppression layer eliminating or reducing formation of a capacitance between the upper electrode and an operator. a touch panel including a lower electrode, an upper electrode facing the lower electrode, and a spacer disposed between the lower electrode and the upper electrode, the device being capable of detecting a capacitance between the lower electrode and the upper electrode, the device having an operation surface located above the upper electrode, the operation surface including a plurality of operation areas, the spacer having a plurality of openings that coincide with the operation areas in plan view, the device detecting an input operation based on a change in distance between the lower electrode and the upper electrode in response to pressing any of the operation areas by the operator; characterized in that the device further includes a suppression layer that is disposed between the operation surface and the upper electrode or disposed on an upper surface of the operation surface, the suppression layer eliminating or reducing formation of a capacitance between the upper electrode and an operator.
An ex vivo or in vitro method of preparing a population of Natural Killer T cells and/or γδ T cells, the method comprising: an obtained first population comprising hematopoietic stem cells; engineering the HSC to overexpress Ten eleven translocation (Tet)1; maintaining the Tetl-overexpressing HSC in culture under conditions and for a time sufficient for at least some of the HSC to differentiate into NKT and/or γδ T cells; and optionally purifying the NKT and/or γδ T cells, thereby providing a population of NKT and/or γδ T cells. an obtained first population comprising hematopoietic stem cells; engineering the HSC to overexpress Ten eleven translocation (Tet)1; maintaining the Tetl-overexpressing HSC in culture under conditions and for a time sufficient for at least some of the HSC to differentiate into NKT and/or γδ T cells; and optionally purifying the NKT and/or γδ T cells, thereby providing a population of NKT and/or γδ T cells.
Method for recording intracellular action potentials in electrogenic cells through pores in cell membranes of cells formed by optoporation, comprising the following steps: a) positioning of a sample comprising said cells on a multi-electrode array; b) incubation or perfusion of the sample; e) focusing of a laser on the surface of the array electrodes, which surface contacts the sample; f) application of one or more laser pulses to one or more array electrodes to perform a localized breakdown of the membrane of the cells of the sample; g) recording of intracellular action potentials; characterized in that said surface of the electrodes is porous, so that it presents cavities and protrusions at the nanoscale wherein the electric field produced by the laser during said application of one or more laser pulses is localized and amplified to perform said localized breakdown of the membrane of the cells of the sample. a) positioning of a sample comprising said cells on a multi-electrode array; b) incubation or perfusion of the sample; e) focusing of a laser on the surface of the array electrodes, which surface contacts the sample; f) application of one or more laser pulses to one or more array electrodes to perform a localized breakdown of the membrane of the cells of the sample; g) recording of intracellular action potentials;
A method for producing a press hardened part of a surface-treated steel sheet, the method comprising forming a Zn-Fe-based plated layer comprising Fe of from 10 to 80 mass% on a surface of a base steel sheet, thereby obtaining the surface-treated steel sheet; heating the surface-treated steel sheet to a temperature that is not lower than an Ac 1 transformation point of a base steel sheet and 950°C or lower; subsequently cooling the surface-treated steel sheet to a temperature not higher than a solidifying point of the Zn-Fe-based plated layer depending on a content of Fe in the Zn-Fe-based plated layer; and subsequently press forming the surface-treated steel sheet, thereby obtaining the press hardened part, wherein the solidifying point of the Zn-Fe-based plated layer is a solidifying point of the Zn-Fe-based plated layer before the heating. forming a Zn-Fe-based plated layer comprising Fe of from 10 to 80 mass% on a surface of a base steel sheet, thereby obtaining the surface-treated steel sheet; heating the surface-treated steel sheet to a temperature that is not lower than an Ac 1 transformation point of a base steel sheet and 950°C or lower; subsequently cooling the surface-treated steel sheet to a temperature not higher than a solidifying point of the Zn-Fe-based plated layer depending on a content of Fe in the Zn-Fe-based plated layer; and subsequently press forming the surface-treated steel sheet, thereby obtaining the press hardened part, wherein the solidifying point of the Zn-Fe-based plated layer is a solidifying point of the Zn-Fe-based plated layer before the heating.
Reflector arrangement, in particular for industrial and/or geodetic surveying, comprising • a retroreflector (21, 22, 41), which provides a passage surface (33, 34) for at least one part of measurement radiation entering the retroreflector (21, 22, 41) as orientation measurement radiation, • a first sensor arrangement, by means of which the orientation measurement radiation passing through the retroreflector (21, 22, 41) is acquirable, characterized in that the first sensor arrangement comprises • a first optical assembly (25, 25', 26) providing a fisheye lens, and • a first sensor (23, 24), wherein the retroreflector (21, 22, 41) and the first sensor arrangement are arranged in such a way that orientation measurement radiation passing through the retroreflector (21, 22, 41) is deflectable and in particular focusable onto the detection surface of the first sensor (23, 24) by means of the first optical assembly (25, 25', 26). • a retroreflector (21, 22, 41), which provides a passage surface (33, 34) for at least one part of measurement radiation entering the retroreflector (21, 22, 41) as orientation measurement radiation, • a first sensor arrangement, by means of which the orientation measurement radiation passing through the retroreflector (21, 22, 41) is acquirable, • a first optical assembly (25, 25', 26) providing a fisheye lens, and • a first sensor (23, 24),
A method of repairing an air data probe comprising: assessing an air data probe for a damaged portion; and depositing a material on the air data probe to repair the damaged portion of the air data probe, and characterized in that depositing the material includes depositing the material using directed energy deposition and/or powder bed fusion. assessing an air data probe for a damaged portion; and depositing a material on the air data probe to repair the damaged portion of the air data probe, and characterized in that depositing the material includes depositing the material using directed energy deposition and/or powder bed fusion.
Tool (1, 10, 20) for supporting and guiding a set of electrical cables that are intended to be mounted between a passenger compartment and an engine compartment of a vehicle by passing through an opening in a firewall of said vehicle, characterized in that said tool (1, 10, 20) includes a supporting portion which takes the form of a tray including lateral walls so as to support said set of electrical cables and a guiding portion having a width that decreases, the end of said guiding portion not including lateral walls and having a width less than or equal to the width of the opening in the firewall of the vehicle intended to be positioned at least opposite said opening in the firewall so as to allow guiding and thus to facilitate the passage of said set of electrical cables through the opening in the firewall of the vehicle.
A drive mechanism comprising: - a rotatable rod that includes rod parts which are separated by a boundary along a central axis, the rod parts each being independently movable along the central axis; - an outer cylinder that has longitudinal grooves each extending along the central axis, characterized by - a support member (A, B) having a slide groove that is in the form of a ring and that surrounds the rotatable rod; and wherein - the outer cylinder is disposed between the rotatable rod and the support member (A, B), - the rod parts have respective protrusions that stick out from side surfaces of the respective rod parts, - the protrusions are configured to slide in the slide groove and the longitudinal grooves, - the rod parts having the respective protrusions and the slide groove are configured such that sliding of each of the protrusions in the slide groove causes a corresponding one of the rod parts to move along the central axis, and - the protrusions and the outer cylinder are configured such that rotation of the outer cylinder about the central axis causes each of the protrusions to slide in the slide groove and the longitudinal grooves and causes the rod parts to rotate about the central axis. - a rotatable rod that includes rod parts which are separated by a boundary along a central axis, the rod parts each being independently movable along the central axis; - an outer cylinder that has longitudinal grooves each extending along the central axis, - a support member (A, B) having a slide groove that is in the form of a ring and that surrounds the rotatable rod; and - the outer cylinder is disposed between the rotatable rod and the support member (A, B), - the rod parts have respective protrusions that stick out from side surfaces of the respective rod parts, - the protrusions are configured to slide in the slide groove and the longitudinal grooves, - the rod parts having the respective protrusions and the slide groove are configured such that sliding of each of the protrusions in the slide groove causes a corresponding one of the rod parts to move along the central axis, and - the protrusions and the outer cylinder are configured such that rotation of the outer cylinder about the central axis causes each of the protrusions to slide in the slide groove and the longitudinal grooves and causes the rod parts to rotate about the central axis.
A cleaning machine for cleaning tube bundle machines by means of high-pressure water, - with a beam-shaped horizontal unit having a) a frame forming a linear guide, b) a driving unit disposed at an end of the frame, c) a carriage guided along the linear guide and displaceable by means of the driving unit, and - with a vertical beam unit, which is attached to the carriage, protrudes from the beam-shaped horizontal unit transversely thereto, and which has: d) a vertical beam, and e) a lance which is guided on the vertical beam in a motor-driven, displaceable manner and which has on a lower, free end an accommodating part for a nozzle, characterized in that the horizontal unit also has a weight carriage, which, guided along the linear guide, is displaceable in the opposite direction to the carriage by means of the driving unit, and a counterweight retained on the weight carriage. - with a beam-shaped horizontal unit having a) a frame forming a linear guide, b) a driving unit disposed at an end of the frame, c) a carriage guided along the linear guide and displaceable by means of the driving unit, and a) a frame forming a linear guide, b) a driving unit disposed at an end of the frame, c) a carriage guided along the linear guide and displaceable by means of the driving unit, - with a vertical beam unit, which is attached to the carriage, protrudes from the beam-shaped horizontal unit transversely thereto, and which has: d) a vertical beam, and e) a lance which is guided on the vertical beam in a motor-driven, displaceable manner and which has on a lower, free end an accommodating part for a nozzle, characterized in that the horizontal unit also has a weight carriage, which, guided along the linear guide, is displaceable in the opposite direction to the carriage by means of the driving unit, and a counterweight retained on the weight carriage. d) a vertical beam, and e) a lance which is guided on the vertical beam in a motor-driven, displaceable manner and which has on a lower, free end an accommodating part for a nozzle, characterized in that the horizontal unit also has a weight carriage, which, guided along the linear guide, is displaceable in the opposite direction to the carriage by means of the driving unit, and a counterweight retained on the weight carriage.
A TIG welding torch body, having a torch neck, an electrode holder for holding a welding electrode, a gas nozzle and a substantially cylindrical plug-in element arranged in the torch neck for detachable connection to a receiving part of a welding torch handle, which plug-in element has an inlet opening for the shielding gas and a gas duct, connected to the inlet opening, for conducting the shielding gas to the gas nozzle and is designed to transmit a welding current to the electrode holder, characterized in that the gas duct terminates in front of the distal end of the plug-in element in an inlet opening arranged on the lateral side of the plug-in element, a substantially central inlet orifice is provided at the distal end of the plug-in element, and a return opening terminates on the lateral side of the plug-in element in front of the distal end of the plug-in element.