mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: (a) bendamustine; (b) a first charged cyclopolysaccharide comprising at least one charged group; and (c) a stabilizing agent which is a second charged cyclopolysaccharide having at least one charged group, said second charged cyclopolysaccharide having a charge opposite to that of the first charged cyclopolysaccharide. (a) bendamustine; (b) a first charged cyclopolysaccharide comprising at least one charged group; and (c) a stabilizing agent which is a second charged cyclopolysaccharide having at least one charged group, said second charged cyclopolysaccharide having a charge opposite to that of the first charged cyclopolysaccharide.
A pharmaceutical composition comprising a complex comprising an ENOl polypeptide or a fragment thereof which is biologically active and a muscle targeting peptide.
Method for producing a strain gauge arrangement on the surface of a machine element, in particular of a bearing ring or of a shaft, wherein a deformation-sensitive measurement layer and a protective layer located thereabove are applied to the surface, wherein the protective layer is removed locally by means of laser machining and wherein the measurement layer exposed as a result thereof is electrically contacted.
A fluid handling assembly comprising: a) a first pipe, the first pipe including: an inner layer comprising a CPVC composition, an intermediate layer comprising a metal at least partially surrounding the inner layer; and an outer layer comprising a CPVC composition at least partially surrounding the intermediate layer; characterized in that said fluid handling assembly further comprises b) a first tubular coupling bushing having a first, hollow cylindrical body portion and a second, radially extending flange portion which radiates outwardly from the end of the body, in which the first, hollow cylindrical body portion is tapered and is inserted into the first pipe in engaging relation with said inner layer of said first pipe, wherein the inner surface of the first pipe is bonded to the outer surface of the hollow cylindrical body of the first tubular coupling bushing with CPVC solvent cement, the second, radially extending flange portion having a continuous annular groove in an annular exterior wall of the second portion that is configured to releasibly engage a mechanical fixture that sealingly engages the first pipe to a second pipe. a) a first pipe, the first pipe including: an inner layer comprising a CPVC composition, an intermediate layer comprising a metal at least partially surrounding the inner layer; and an outer layer comprising a CPVC composition at least partially surrounding the intermediate layer; characterized in that said fluid handling assembly further comprises b) a first tubular coupling bushing having a first, hollow cylindrical body portion and a second, radially extending flange portion which radiates outwardly from the end of the body, in which the first, hollow cylindrical body portion is tapered and is inserted into the first pipe in engaging relation with said inner layer of said first pipe, wherein the inner surface of the first pipe is bonded to the outer surface of the hollow cylindrical body of the first tubular coupling bushing with CPVC solvent cement, the second, radially extending flange portion having a continuous annular groove in an annular exterior wall of the second portion that is configured to releasibly engage a mechanical fixture that sealingly engages the first pipe to a second pipe.
A software defined network-based data processing system, comprising a source data node, a corresponding source control node, a destination control node and one or more serving nodes (431, 432,433); the source data node, configured to receive a first data packet, and send the first data packet to the source control node; the source control node, configured to receive the first data packet sent by the source data node, wherein the first data packet carries a destination address of the first data packet; and determine a destination control node according to the destination address of the first data packet; and characterized by, the destination control node, configured to receive the first data packet, search a matching policy rule, according to sub-tuple information of the first data packet or application layer information of the first data packet, for an action parameter or a policy parameter corresponding to the sub-tuple information of the first data packet or the application layer information of the first data packet; and send, according to the found action parameter or policy parameter, capability request information to a first serving node (431, 432,433) having the capability of executing the action parameter or policy parameter in the one or more serving nodes and the destination control node further configured to generate a second data packet according to capability response information, wherein the capability request information is used to request calling by the destination control node the service capability required by the destination control node for processing the first data packet; wherein the matching policy rule comprises: mapping/correspondence between sub-tuple information and an action parameter or a policy parameter, or mapping between application layer information and an action parameter or a policy parameter, wherein the capability response information is sent by the first serving node in response to the capability request information.
A display device comprising: a plurality of subpixels (PXn) arranged along a first direction and a second direction crossing the first direction, wherein each of the subpixels comprises an emission area, a plurality of electrodes located in the emission area, extending in the first direction and spaced from one another in the second direction, and a plurality of light-emitting elements located on the electrodes spaced from one another in the second direction, wherein the subpixels comprise a plurality of subpixels of a first type(PX#1) and a plurality of subpixels of a second type (PX#2) the subpixels of the second type having a different number of electrodes in the emission areas from the subpixels of the first type, and wherein the subpixels of the first type include more light-emitting elements per unit area of the emission area and fewer electrodes in the emission area than the subpixels of the second type. a plurality of subpixels (PXn) arranged along a first direction and a second direction crossing the first direction, wherein each of the subpixels comprises an emission area, a plurality of electrodes located in the emission area, extending in the first direction and spaced from one another in the second direction, and a plurality of light-emitting elements located on the electrodes spaced from one another in the second direction, wherein the subpixels comprise a plurality of subpixels of a first type(PX#1) and a plurality of subpixels of a second type (PX#2) the subpixels of the second type having a different number of electrodes in the emission areas from the subpixels of the first type, and wherein the subpixels of the first type include more light-emitting elements per unit area of the emission area and fewer electrodes in the emission area than the subpixels of the second type.
Embedding device for electrical equipment, to be linked, by at least one source cable, to an electrical network, such as a communication network, the device comprising a box consisting of a bottom wall and lateral walls, defining an internal box volume, characterized in that it further comprises at least one removable link element, comprising means for attachment and connection to an end portion of the at least one source cable, means for anchoring to the box, cooperating with at least one reception site formed in the internal volume of the box, and a socket for a standard connection, intended to accommodate the end of a standard cable that can be linked to the equipment and thus form an extension between the latter and said link element, thus making it possible to secure, both mechanically and electrically, the at least one link element, on the one hand, to the at least one source cable, and, on the other hand, to the standard cable, and fix the link element to the box.
An audio system comprising: a first wireless audio device configured to: operate separate physical layer channels for audio data and control data, wherein the audio data has a first modulation scheme and the control data has a second modulation scheme; change the second modulation scheme of the control data based on a desired latency of the control data; and transmit the audio data and control data using a single wideband carrier; and one or more second wireless audio devices (120A-I) configured to: receive the audio data and control data, wherein the control data conforms to the desired latency of the control data; and execute an instruction based on the control data. a first wireless audio device configured to: operate separate physical layer channels for audio data and control data, wherein the audio data has a first modulation scheme and the control data has a second modulation scheme; change the second modulation scheme of the control data based on a desired latency of the control data; and transmit the audio data and control data using a single wideband carrier; and operate separate physical layer channels for audio data and control data, wherein the audio data has a first modulation scheme and the control data has a second modulation scheme; change the second modulation scheme of the control data based on a desired latency of the control data; and transmit the audio data and control data using a single wideband carrier; and one or more second wireless audio devices (120A-I) configured to: receive the audio data and control data, wherein the control data conforms to the desired latency of the control data; and execute an instruction based on the control data. receive the audio data and control data, wherein the control data conforms to the desired latency of the control data; and execute an instruction based on the control data.
Connector for drill pipes, that can be materially connected by friction welding with a longitudinal end of a drill pipe, comprising a substantially cylindrical body, provided with a central through hole, at one longitudinal end of which a connecting section is configured for a correspondingly configured connecting section of a second connector and the second longitudinal end of which has a coupling part for the form-fitting connection with a longitudinal end of a drill pipe, wherein the coupling part is configured on a plug-in section of the body, that is facing away from the connecting section, in which the central through hole continues and radially projects over the plug-in section, the central through hole has a hole section following a cylindrical hole section and conically widened to the free end of the plug-in section, the conically widened hole section has an inner face that encloses an angle (α) of 2° to 16° with the axis of the body, characterized in that the coupling part is formed by a lateral part with the form of a connecting sleeve that is limited by cylindrical outer and inner faces and that is separated from the plug-in section by an axially extending concave groove.
Use of a kit for hospitals and doctors comprising at least one anti-human placental lactogen antibody, for quantifying in an immunoassay the amount of a hormone hPL or a detectable fragment thereof in a urine sample from a human female to identify a drop in hPL levels after loss or termination of a foetus.
A muffler cutter that is fitted to a tailpipe of a vehicular exhaust system, the muffler cutter comprising: an exhaust pipe, a plurality of through-holes being formed in a side wall of the exhaust pipe; a tubular heat shield plate that is provided around the exhaust pipe coaxially with the exhaust pipe; and a sound-absorbing heat insulator that is provided between the exhaust pipe and the tubular heat shield plate, characterized in that: the sound-absorbing heat insulator being partially provided between the exhaust pipe and the tubular heat shield plate so as to have a semi-circular shape situated on the side of the vehicle main body, a closed space having a curved shape being formed between the exhaust pipe and the tubular heat shield plate in an area in which the sound-absorbing heat insulator is not provided, and a distance between the exhaust pipe and the tubular heat shield plate in an area in which the closed space is formed being 1 to 50 mm. an exhaust pipe, a plurality of through-holes being formed in a side wall of the exhaust pipe; a tubular heat shield plate that is provided around the exhaust pipe coaxially with the exhaust pipe; and a sound-absorbing heat insulator that is provided between the exhaust pipe and the tubular heat shield plate, characterized in that: the sound-absorbing heat insulator being partially provided between the exhaust pipe and the tubular heat shield plate so as to have a semi-circular shape situated on the side of the vehicle main body, a closed space having a curved shape being formed between the exhaust pipe and the tubular heat shield plate in an area in which the sound-absorbing heat insulator is not provided, and a distance between the exhaust pipe and the tubular heat shield plate in an area in which the closed space is formed being 1 to 50 mm. the sound-absorbing heat insulator being partially provided between the exhaust pipe and the tubular heat shield plate so as to have a semi-circular shape situated on the side of the vehicle main body, a closed space having a curved shape being formed between the exhaust pipe and the tubular heat shield plate in an area in which the sound-absorbing heat insulator is not provided, and a distance between the exhaust pipe and the tubular heat shield plate in an area in which the closed space is formed being 1 to 50 mm.
A cam device comprising: a first member including a plurality of cam followers arranged in a row direction; and a second member including a rotatable cam with an engaging groove, on an outer circumferential surface thereof, to be engaged with the cam followers, one of said first and second members (20,30) moving relatively with respect to the other member in the row direction by rotating the cam and making the plurality of the cam followers engage successively in the engaging groove, wherein the second member includes a housing for receiving the cam, and wherein the second member includes a gear that rotates the cam by engaging with the cam, and second teeth that mesh with first teeth of the gear are provided on the outer circumferential surface of the cam, characterized in that the first member includes two cam follower rows (25, 25a, 25b) each having the plurality of cam followers arranged in the row direction, on both ends of the housing, guided sections with a fitting projection are provided, and the two cam follower rows (25, 25a, 25b) guide the relative movement of the second member by allowing the second member to move in a state that each fitting projection is fitted in a space (26, 316) between the two cam follower rows (25, 25a, 25b). a first member including a plurality of cam followers arranged in a row direction; and a second member including a rotatable cam with an engaging groove, on an outer circumferential surface thereof, to be engaged with the cam followers, one of said first and second members (20,30) moving relatively with respect to the other member in the row direction by rotating the cam and making the plurality of the cam followers engage successively in the engaging groove, wherein the second member includes a housing for receiving the cam, and wherein the second member includes a gear that rotates the cam by engaging with the cam, and second teeth that mesh with first teeth of the gear are provided on the outer circumferential surface of the cam, characterized in that the first member includes two cam follower rows (25, 25a, 25b) each having the plurality of cam followers arranged in the row direction, on both ends of the housing, guided sections with a fitting projection are provided, and the two cam follower rows (25, 25a, 25b) guide the relative movement of the second member by allowing the second member to move in a state that each fitting projection is fitted in a space (26, 316) between the two cam follower rows (25, 25a, 25b).
Taphole assembly configured to be arranged in a taphole assembly opening extending through a shell and a refractory lining of a metallurgical furnace such as of a pyrometallurgical furnace and configured to lead melt from the inside of the metallurgical furnace to the outside of the metallurgical furnace, characterized by the taphole assembly comprises a frame section of metal to be arranged in a taphole assembly opening extending through a shell and a refractory lining of a metallurgical furnace, at least one refractory insert channel element arranged in a seat of the frame section of metal, said at least one refractory insert channel element having a channel for melt, by the frame section of metal comprises at least two identical frame parts of metal, and by said at least two identical frame parts of metal are connected such that a connection face between said at least two identical frame parts of metal cuts the seat for the refractory insert channel element such that an identical longitudinal groove is formed in each of said at least two identical frame parts of metal.
An apparatus for use in tissue removal from a body organ, the apparatus comprising a hand-held probe device, a rotating motor device and a connection assembly configured for removably interconnecting between said hand-held probe device and said rotating motor device; said hand-held probe device comprising a housing having proximal and distal ends (PE, DE), a rotatable cutting tool extending distally from said distal end of the housing and being configured for cutting and removing tissue during rotation, and a transmission assembly passing inside said housing between said proximal and distal ends and being configured for transmitting rotational power to said rotatable cutting tool from the rotating motor device; said hand-held probe device being made from disposable material and intended for one use only, enabling the hand-held probe device to be sterile; said rotating motor device being enclosed in a separate second housing and configured as a multi-use device; said connection assembly being distributed between the proximal end of said hand-held probe device and a distal side of the external rotating motor device; the apparatus being characterized in that the connection assembly being configured such that, while internal rotating parts of said external rotating motor device and said hand-held probe device are engaged to controllably rotate the cutting tool and remove tissue, the outer housings of the hand-held probe device and the rotating motor device are free to turn with respect to each other. said hand-held probe device comprising a housing having proximal and distal ends (PE, DE), a rotatable cutting tool extending distally from said distal end of the housing and being configured for cutting and removing tissue during rotation, and a transmission assembly passing inside said housing between said proximal and distal ends and being configured for transmitting rotational power to said rotatable cutting tool from the rotating motor device; said hand-held probe device being made from disposable material and intended for one use only, enabling the hand-held probe device to be sterile; said rotating motor device being enclosed in a separate second housing and configured as a multi-use device; said connection assembly being distributed between the proximal end of said hand-held probe device and a distal side of the external rotating motor device; the apparatus being characterized in that the connection assembly being configured such that, while internal rotating parts of said external rotating motor device and said hand-held probe device are engaged to controllably rotate the cutting tool and remove tissue, the outer housings of the hand-held probe device and the rotating motor device are free to turn with respect to each other.
Method for allocating an elevator (10a, 10b) for the use of a passenger group in an elevator system, which comprises a plurality of elevators, call-giving devices for registering destination calls given by passengers and reader devices (12c, 21) for reading access cards (11, 20) given into the possession of passengers, wherein the method comprises the phases: the identification data contained in one or more access cards (11, 20) is read with the same reader device (12c, 21) until the desired termination condition is fulfilled; a passenger group is formed on the basis of the aforementioned identification data; one or more destination calls to be connected to the aforementioned passenger group are registered; an elevator (10a, 10b) is allocated for the use of the passenger group for taking the passengers belonging to the passenger group from the departure floor (F1, F2,... F10) according to the aforementioned one or more destination calls to one or more destination floors (F1, F2,... F10), characterized in that the method comprises the phases: the group data determining a passenger group is connected to the identification data of one or more access cards (11, 20); and the aforementioned group data is used for forming a passenger group. the identification data contained in one or more access cards (11, 20) is read with the same reader device (12c, 21) until the desired termination condition is fulfilled; a passenger group is formed on the basis of the aforementioned identification data; one or more destination calls to be connected to the aforementioned passenger group are registered; an elevator (10a, 10b) is allocated for the use of the passenger group for taking the passengers belonging to the passenger group from the departure floor (F1, F2,... F10) according to the aforementioned one or more destination calls to one or more destination floors (F1, F2,... F10), characterized in that the method comprises the phases: the group data determining a passenger group is connected to the identification data of one or more access cards (11, 20); and the aforementioned group data is used for forming a passenger group.
An electrical connector comprising: a docking array of connectors disposed on a docking surface; a pin assembly disposed on an opposite surface, the opposite surface being substantially parallel with the docking surface; a sidewall extending between the docking surface and the opposite surface; and a hook protrusion disposed on the sidewall, the hook protrusion having a surface that is substantially co-planar with the docking surface, characterised in that a guide protrusion is disposed on the sidewall, the guide protrusion having an edge that is substantially co-planar with the opposite surface, the guide protrusion sized to fit within a guide groove disposed on a receiving portion; wherein the hook protrusion aligns with a slot when the guide protrusion is seated into the guide groove, wherein the slot opens to an inner sidewall of the receiving portion. a docking array of connectors disposed on a docking surface; a pin assembly disposed on an opposite surface, the opposite surface being substantially parallel with the docking surface; a sidewall extending between the docking surface and the opposite surface; and a hook protrusion disposed on the sidewall, the hook protrusion having a surface that is substantially co-planar with the docking surface, characterised in that a guide protrusion is disposed on the sidewall, the guide protrusion having an edge that is substantially co-planar with the opposite surface, the guide protrusion sized to fit within a guide groove disposed on a receiving portion; wherein the hook protrusion aligns with a slot when the guide protrusion is seated into the guide groove, wherein the slot opens to an inner sidewall of the receiving portion.