mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition comprising an anti-CD38 antibody and a hyaluronidase, wherein: a) the antibody comprises a heavy chain variable region of SEQ ID NO: 4 and a light chain variable region of SEQ ID NO: 5; and b) the composition comprises about 1,800 mg of the anti-CD38 antibody and from about 30,000 U to about 45,000 U of the hyaluronidase. a) the antibody comprises a heavy chain variable region of SEQ ID NO: 4 and a light chain variable region of SEQ ID NO: 5; and b) the composition comprises about 1,800 mg of the anti-CD38 antibody and from about 30,000 U to about 45,000 U of the hyaluronidase.
A battery comprising a battery cell accommodating an electrolyte and an electrode assembly, a plastic molded body, a protection circuit portion, and an A/S label being a submersion label, characterized in that: - said submersion label is disposed in the plastic molded body, a portion of the A/S submersion is exposed, and a circumferential portion of the A/S label is buried in the plastic molded body; and the A/S label being located on the protection circuit portion, and the submersion label having a color which is changed or disappeared by the contact with water. - said submersion label is disposed in the plastic molded body, a portion of the A/S submersion is exposed, and a circumferential portion of the A/S label is buried in the plastic molded body; and
A process for the tanning of leathers comprising a pre-tanning step and a tanning step, characterized in that in said pre-tanning step the leathers are treated with a cationic active agent comprising a quaternized ester of a fatty acid and triethanolamine, or mixtures thereof and, subsequently, with an anionic active agent comprising tannins vegetable extracts and a natural or synthetic dispersant selected from the group consisting of lignosulfonates, distillation stillages, sulfonated disulfonic polymers, sulfonated naphthalene polymers or mixtures thereof, to obtain leathers with a shrinkage temperature, measured according to the standard method ISO 3380:2015, of at least 65°C, and wherein said pre-tanning and tanning steps do not include a treatment with aldehydes or aldehyde donor compounds and/or with metal salts.
An apparatus (1, 500) for suspending a well string along a generally vertical axis, the apparatus comprising: a base plate (4, 505) having an opening (5, 520) for receiving a component of the well string; a clamp mechanism (8, 630) supported by the base plate (4, 520), wherein the clamp mechanism (8, 630) includes a first clamp body (17, 655a) supported for linear motion relative to the base plate and positioned on a first side of the axis, and a second clamp body (73, 75, 655b) supported for linear motion relative to the base plate (4, 505) and positioned on a second side of the axis, wherein the first and second clamp bodies (17, 73, 75, 655a, 655b) include gripping surfaces for engaging the well string component received in the opening; wherein the clamp mechanism (8, 630) has a closed position with the gripping surfaces of the first and second clamp bodies (17, 73, 75, 655a, 655b) engaging the well string, and an open position with the gripping surfaces of the first and second clamp bodies (17, 73, 75, 655a, 655b) disengaged from the well string; and a drive mechanism (10, 800) coupled to the clamp bodies (17, 73, 75, 655a, 655b) and configured to move the clamp bodies (17, 73, 75, 655a, 655b) and transition the clamp mechanism (8, 630) between the open and closed positions. a base plate (4, 505) having an opening (5, 520) for receiving a component of the well string; a clamp mechanism (8, 630) supported by the base plate (4, 520), wherein the clamp mechanism (8, 630) includes a first clamp body (17, 655a) supported for linear motion relative to the base plate and positioned on a first side of the axis, and a second clamp body (73, 75, 655b) supported for linear motion relative to the base plate (4, 505) and positioned on a second side of the axis, wherein the first and second clamp bodies (17, 73, 75, 655a, 655b) include gripping surfaces for engaging the well string component received in the opening; wherein the clamp mechanism (8, 630) has a closed position with the gripping surfaces of the first and second clamp bodies (17, 73, 75, 655a, 655b) engaging the well string, and an open position with the gripping surfaces of the first and second clamp bodies (17, 73, 75, 655a, 655b) disengaged from the well string; and a drive mechanism (10, 800) coupled to the clamp bodies (17, 73, 75, 655a, 655b) and configured to move the clamp bodies (17, 73, 75, 655a, 655b) and transition the clamp mechanism (8, 630) between the open and closed positions.
Flat face female hydraulic coupling comprising: - a body with a continuous passage extending in axial direction; - a valve stem coaxially arranged in the continuous passage of the body; - a valve guide coaxially arranged in the continuous passage of the body, wherein the valve guide is sealed against the surface of the continuous passage and wherein the valve guide comprises a central passage; - a valve sleeve arranged slidingly in axial direction between a first and a second position relative to the valve guide, wherein the valve sleeve is guided by the valve guide and wherein the valve sleeve is sealed to the valve guide in both first and second position and is sealed to the valve stem in the first position and a passage is provided between the valve stem and the valve sleeve in the second position; wherein in the first position of the valve sleeve a fluid chamber is formed by the central passage, the inner surface of the valve sleeve and the valve stem; characterized in that the part of the inner surface of the valve sleeve bordering the fluid chamber has a surface integrated normal vector perpendicular to the axial direction or equal to zero. - a body with a continuous passage extending in axial direction; - a valve stem coaxially arranged in the continuous passage of the body; - a valve guide coaxially arranged in the continuous passage of the body, wherein the valve guide is sealed against the surface of the continuous passage and wherein the valve guide comprises a central passage; - a valve sleeve arranged slidingly in axial direction between a first and a second position relative to the valve guide, wherein the valve sleeve is guided by the valve guide and wherein the valve sleeve is sealed to the valve guide in both first and second position and is sealed to the valve stem in the first position and a passage is provided between the valve stem and the valve sleeve in the second position;
A cutting insert (23; 123; 323; 523) for a cutting tool, the insert comprising: a plurality of first insert supporting surfaces (25; 325); and a plurality of cutting elements (27; 327', 327", 327"', 327"") each cutting element comprising at least one cutting edge, each cutting element projecting outwardly at a base of the cutting element from the at least one first insert supporting surface (25; 325; 525) to a tip of the cutting element remote from the at least one first insert supporting surface (25; 325; 525) each of the cutting elements (27; 327'; 327"; 327"'; 327"") is substantially centered on a corresponding one of the plurality of first insert supporting surfaces (25; 325) in a thickness direction of the cutting insert, wherein there are four cutting elements (27; 327', 327", 327"', 327"";), at least two second insert supporting surfaces extend transverse to an indexing axis of the cutting insert, a through hole extending between the at least two second insert supporting surfaces, characterized in that each of the cutting elements (27; 327', 327", 327"', 327"";) is substantially surrounded by a corresponding one of the plurality of first insert supporting surfaces (25; 325, 625',625",625"'.625""). a plurality of first insert supporting surfaces (25; 325); and a plurality of cutting elements (27; 327', 327", 327"', 327"") each cutting element comprising at least one cutting edge, each cutting element projecting outwardly at a base of the cutting element from the at least one first insert supporting surface (25; 325; 525) to a tip of the cutting element remote from the at least one first insert supporting surface (25; 325; 525) each of the cutting elements (27; 327'; 327"; 327"'; 327"") is substantially centered on a corresponding one of the plurality of first insert supporting surfaces (25; 325) in a thickness direction of the cutting insert, wherein there are four cutting elements (27; 327', 327", 327"', 327"";), at least two second insert supporting surfaces extend transverse to an indexing axis of the cutting insert, a through hole extending between the at least two second insert supporting surfaces,
An electricity storage module comprising: a power storage element group obtained by stacking a plurality of power storage elements each having a lead terminal that protrudes from a side edge; and holding members that are attached to the side edges at which the lead terminals are provided and that hold the power storage elements, the holding members being provided with a fuse mounting portion for mounting a fuse that is to be electrically connected to the lead terminal, wherein holding members that are adjacent in a direction in which the power storage elements are stacked are locked movably in the direction in which the power storage elements are stacked. a power storage element group obtained by stacking a plurality of power storage elements each having a lead terminal that protrudes from a side edge; and holding members that are attached to the side edges at which the lead terminals are provided and that hold the power storage elements, the holding members being provided with a fuse mounting portion for mounting a fuse that is to be electrically connected to the lead terminal, wherein holding members that are adjacent in a direction in which the power storage elements are stacked are locked movably in the direction in which the power storage elements are stacked.
A thermal sensor system, comprising: at least one thermal sensor; a voltage control network which applies a reference voltage level and a corresponding delta voltage level to said at least one thermal sensor, wherein said at least one thermal sensor responsively develops a reference current signal and a corresponding delta current signal; a current gain network configured to adjust gain of said delta current signal relative to said reference current signal; a current compare sensor responsive to said reference current signal and said delta current signal which is configured to provide a comparison metric; a controller which is configured to select said reference voltage level and said delta voltage level from among a plurality of reference voltage levels and a corresponding plurality of delta voltage levels, wherein said selected reference and delta voltage levels correspond with a selected one of a plurality of temperature subranges; and wherein said controller is further configured to control said current gain network to adjust gain of said delta current signal while monitoring said comparison metric to determine a gain differential value indicative of a current ratio of said reference current signal and said delta current signal, and wherein said controller determines a temperature value based on said gain differential value. at least one thermal sensor; a voltage control network which applies a reference voltage level and a corresponding delta voltage level to said at least one thermal sensor, wherein said at least one thermal sensor responsively develops a reference current signal and a corresponding delta current signal; a current gain network configured to adjust gain of said delta current signal relative to said reference current signal; a current compare sensor responsive to said reference current signal and said delta current signal which is configured to provide a comparison metric; a controller which is configured to select said reference voltage level and said delta voltage level from among a plurality of reference voltage levels and a corresponding plurality of delta voltage levels, wherein said selected reference and delta voltage levels correspond with a selected one of a plurality of temperature subranges; and wherein said controller is further configured to control said current gain network to adjust gain of said delta current signal while monitoring said comparison metric to determine a gain differential value indicative of a current ratio of said reference current signal and said delta current signal, and wherein said controller determines a temperature value based on said gain differential value.
A method for authenticating the presence of a viewer during a presentation of video content, said method using a system comprising at least a receiver/decoder, a display unit and a viewer input means, said receiver/decoder comprising a security module, said method comprising the following steps: - receiving a broadcast programme comprising the video content and at least one encrypted data item; - displaying the video content on the display unit; - transferring the encrypted data item to the security module, thus causing said security module to generate a value unique for each time an encrypted data item is received; - displaying a message on the display unit, said message being personalised with respect to the security module, the message comprising at least part of said value and being designed to provoke the viewer to respond; - generating, by the security module, an expected response based on at least part of said value; - receiving the viewer's response via the viewer input means; - transferring the viewer's response to the security module; - comparing the viewer's response with the expected response thus producing a result for said authentication, said comparison being made using the security module; and - storing the result for said authentication in a memory in said security module. - receiving a broadcast programme comprising the video content and at least one encrypted data item; - displaying the video content on the display unit; - transferring the encrypted data item to the security module, thus causing said security module to generate a value unique for each time an encrypted data item is received; - displaying a message on the display unit, said message being personalised with respect to the security module, the message comprising at least part of said value and being designed to provoke the viewer to respond; - generating, by the security module, an expected response based on at least part of said value; - receiving the viewer's response via the viewer input means; - transferring the viewer's response to the security module; - comparing the viewer's response with the expected response thus producing a result for said authentication, said comparison being made using the security module; and - storing the result for said authentication in a memory in said security module.
A bedrock crack apparatus using a powder keg type ice explosive, comprising: a packer which is fixedly inserted in the mouth of a via hole formed at a bedrock; an inner tube which is disposed at the packer and is filled with water; an injection device which is connected to the packer; characterized by a nitrogen injection nozzle which is installed at the injection device and passes through the packer; and a supply unit which is connected to the injection device and is configured to supply liquid nitrogen, and further characterized in that an outer tube is provided at an outer side of the inner tube, and in that the nitrogen injection nozzle is configured to inject liquid nitrogen into between the inner tube and the outer tube. a packer which is fixedly inserted in the mouth of a via hole formed at a bedrock; an inner tube which is disposed at the packer and is filled with water; an injection device which is connected to the packer; characterized by a nitrogen injection nozzle which is installed at the injection device and passes through the packer; and a supply unit which is connected to the injection device and is configured to supply liquid nitrogen,
A Method, in particular a computer implemented method, of determining an interface height (h) of an interface between an upper layer and a lower layer comprised in a container of a thickener, wherein said thickener is designed to perform a thickening process, wherein particles suspended in a medium supplied to said container are separated from a liquid comprised in the medium, and wherein said upper layer comprises said liquid floating on said lower layer comprising said particles, said method comprising the method steps of: measuring said interface height (h) with an interface level measurement device installed on said thickener during time periods, when conditions prevailing at said thickener permit performance of these measurements, with a group of measurement devices installed on said thickener measuring process variables (v 1,..., v n) related to the thickening process performed by the thickener, and at least once calculating and providing a calculated interface height (h c) with a calculating unit based on said measured process variables (v 1,..., v n) provided to said calculating unit, wherein said calculating unit is designed to learn said calculation of said calculated interface height (h c) based on said measured interface heights (h m) and said measured process variables (v 1,..., v n) measured during at least one of said time periods and provided by said interface level measurement device and said measurement devices. measuring said interface height (h) with an interface level measurement device installed on said thickener during time periods, when conditions prevailing at said thickener permit performance of these measurements, with a group of measurement devices installed on said thickener measuring process variables (v 1,..., v n) related to the thickening process performed by the thickener, and at least once calculating and providing a calculated interface height (h c) with a calculating unit based on said measured process variables (v 1,..., v n) provided to said calculating unit, wherein said calculating unit is designed to learn said calculation of said calculated interface height (h c) based on said measured interface heights (h m) and said measured process variables (v 1,..., v n) measured during at least one of said time periods and provided by said interface level measurement device and said measurement devices.
An isolated monoclonal antibody or antigen-binding fragment thereof specific for coagulation factor XI (fXI) and which binds fXI competitively with antibody having the variable light chain (V L) of SEQ ID NO: 1 and the variable heavy chain (V H) of SEQ ID NO: 3, wherein: the variable light chain (V L) of the monoclonal antibody comprises CDR1, CDR2 and CDR3 each with respective amino acids 24-34, 50-63 and 91-98 of SEQ ID NO: 1, and the variable heavy chain (V H) of the monoclonal antibody comprises CDR1, CDR2 and CDR3 with respective amino acids 31-35, 50-68 and 98-105 of SEQ ID NO: 3.
A pharmaceutical composition comprising from 20 to 40 wt% of milk fat globules (MFGs) and at least one added C 12 -C 20 fatty acid, and being free of added zinc oxide or added zinc for use in the treatment of skin disorders selected from skin wounds and skin burns, wherein skin wounds and/or skin burns are infected by pseudomonas aeruginosa and/or of cell abnormal proliferation disorders selected from squamous cell carcinoma.
A wind power plant gear mechanism with an axle and a gearwheel, at least one plain bearing bush (4, 20) being arranged between the axle and the gearwheel, characterized in that the at least one plain bearing bush (4, 20) is connected to the gearwheel by a conical press fit, wherein the at least one plain bearing bush (4, 20) has a first end surface and a second end surface which lies opposite the former along a longitudinal center axis through the at least one plain bearing bush (4, 20), and wherein the first end surface has a diameter d and the second end surface has a diameter D, the diameter D being greater than the diameter d and wherein a bearing surface for the at least one plain bearing bush (4, 20) is formed so as to adjoin the end surface with the diameter D.
An electronic device (101;200;400,700), comprising: a housing comprising a front plate, a rear plate facing in a direction opposite the front plate, and a side member (410,710) surrounding a space between the front plate and the rear plate, wherein the side member comprises a support member at least partially extending to the space; a printed circuit board disposed extending on a plane in the space between the rear plate and the support member; an electrical structure disposed in the space at least partially parallel to the printed circuit board and on the same plane as the printed circuit board, wherein the electrical structure comprises at least one extension portion (4311,4312) at least partially overlapping the printed circuit board when the front plate is viewed perpendicular to the surface of the front plate;and at least one fastening member configured to simultaneously pass through the at least one extension portion and the printed circuit board and fasten to the support member, and wherein the at least one extension portion is disposed between the printed circuit board and the support member. a housing comprising a front plate, a rear plate facing in a direction opposite the front plate, and a side member (410,710) surrounding a space between the front plate and the rear plate, wherein the side member comprises a support member at least partially extending to the space; a printed circuit board disposed extending on a plane in the space between the rear plate and the support member; an electrical structure disposed in the space at least partially parallel to the printed circuit board and on the same plane as the printed circuit board, wherein the electrical structure comprises at least one extension portion (4311,4312) at least partially overlapping the printed circuit board when the front plate is viewed perpendicular to the surface of the front plate;and at least one fastening member configured to simultaneously pass through the at least one extension portion and the printed circuit board and fasten to the support member, and wherein the at least one extension portion is disposed between the printed circuit board and the support member.