mhurhangee/ep-ind-claims huggingface dataset:
An infusion tube clamp (1; 101) for being inserted in an infusion pump, comprising: a base member (6; 106) including an infusion pump receiving area (7, 107), a first clamping leg (8; 108) and a second clamping leg (9; 109) for squeezing an infusion tube, wherein the two clamping legs (8, 9; 108, 109) are swivelconnected to each other at a first infusion tube clamp end (12; 112); and characterized by a click device (13; 113) for safely positioning the two clamping legs (8, 9; 108, 109) in more than one position (28, 29; 128, 129) relative to each other, wherein the click device (13; 113) includes a non-detachable detent element (14; 114) which can be passed by a click element (16; 116) only once in a first direction and a detachable detent element (15; 115) which can be passed by a click element (16; 116) both in the first direction and in a second direction opposed to the first direction. a base member (6; 106) including an infusion pump receiving area (7, 107), a first clamping leg (8; 108) and a second clamping leg (9; 109) for squeezing an infusion tube, wherein the two clamping legs (8, 9; 108, 109) are swivelconnected to each other at a first infusion tube clamp end (12; 112); and characterized by a click device (13; 113) for safely positioning the two clamping legs (8, 9; 108, 109) in more than one position (28, 29; 128, 129) relative to each other, wherein the click device (13; 113) includes a non-detachable detent element (14; 114) which can be passed by a click element (16; 116) only once in a first direction and a detachable detent element (15; 115) which can be passed by a click element (16; 116) both in the first direction and in a second direction opposed to the first direction.
A phase difference film consisting of a resin C containing a copolymer P containing a polymerization unit A and a polymerization unit B, the phase difference film including a phase separation structure that exhibits a structural birefringence, the phase separation structure including a phase including as a main component the polymerization unit A and another phase including as a main component the polymerization unit B, and the phase difference film having an NZ factor of greater than 0 and smaller than 1, the NZ factor being a value represented by (nx - nz)/(nx - ny), wherein nx represents the refractive index in the direction in which a maximum refractive index is given among in-plane directions, ny represents the refractive index in the direction, among the in-plane directions of the film, orthogonal to the direction giving nx, and nz represents the refractive index in the thickness direction of the film, the refractive indices being measured at a wavelength of 540 nm; and characterized in that the copolymer P includes: a triblock copolymer P' that is an - - triblock copolymer having blocks including as a main component the polymerization unit A and a block including as a main component the polymerization unit B; and a diblock copolymer P" that is an - diblock copolymer having the block and the block, the ratio of the diblock copolymer P" relative to the total of the triblock copolymer P' and the diblock copolymer P" is 5 to 40% by weight. the phase difference film including a phase separation structure that exhibits a structural birefringence, the phase separation structure including a phase including as a main component the polymerization unit A and another phase including as a main component the polymerization unit B, and the phase difference film having an NZ factor of greater than 0 and smaller than 1, the NZ factor being a value represented by (nx - nz)/(nx - ny), wherein nx represents the refractive index in the direction in which a maximum refractive index is given among in-plane directions, ny represents the refractive index in the direction, among the in-plane directions of the film, orthogonal to the direction giving nx, and nz represents the refractive index in the thickness direction of the film, the refractive indices being measured at a wavelength of 540 nm; and characterized in that the copolymer P includes: a triblock copolymer P' that is an - - triblock copolymer having blocks including as a main component the polymerization unit A and a block including as a main component the polymerization unit B; and a diblock copolymer P" that is an - diblock copolymer having the block and the block, a triblock copolymer P' that is an - - triblock copolymer having blocks including as a main component the polymerization unit A and a block including as a main component the polymerization unit B; and a diblock copolymer P" that is an - diblock copolymer having the block and the block, the ratio of the diblock copolymer P" relative to the total of the triblock copolymer P' and the diblock copolymer P" is 5 to 40% by weight.
A method comprising: determining, by an eNB, network coverage status relating to a cell served by the eNB within a wireless communications network, wherein the cell contains one or more UEs, and wherein the eNB supports UE-to-Network relay for a remote UE using direct device-to-device communication between the remote UE and a relay UE connected to the serving cell; based on the determined network coverage status, initiating and selecting at least one UE of the one or more UEs to act as a relay UE, wherein initiating and selecting the relay UE comprises at least one of: evaluating radio interface link quality of the relay UE; and configuring the relay UE to send an indication of the radio interface link quality of the relay UE to the remote UE; based on the determined network coverage status and selection of relay UE, controlling by the eNB the remote UE for the relay UE discovery and selection either directly or via the relay UE, wherein controlling the remote UE comprises at least one of: identifying the remote UE; and configuring the remote UE to determine initiating and to perform radio measurement for relay UE discovery and selection. determining, by an eNB, network coverage status relating to a cell served by the eNB within a wireless communications network, wherein the cell contains one or more UEs, and wherein the eNB supports UE-to-Network relay for a remote UE using direct device-to-device communication between the remote UE and a relay UE connected to the serving cell; wherein the cell contains one or more UEs, and wherein the eNB supports UE-to-Network relay for a remote UE using direct device-to-device communication between the remote UE and a relay UE connected to the serving cell; based on the determined network coverage status, initiating and selecting at least one UE of the one or more UEs to act as a relay UE, wherein initiating and selecting the relay UE comprises at least one of: evaluating radio interface link quality of the relay UE; and configuring the relay UE to send an indication of the radio interface link quality of the relay UE to the remote UE; evaluating radio interface link quality of the relay UE; and configuring the relay UE to send an indication of the radio interface link quality of the relay UE to the remote UE; based on the determined network coverage status and selection of relay UE, controlling by the eNB the remote UE for the relay UE discovery and selection either directly or via the relay UE, wherein controlling the remote UE comprises at least one of: identifying the remote UE; and configuring the remote UE to determine initiating and to perform radio measurement for relay UE discovery and selection. identifying the remote UE; and configuring the remote UE to determine initiating and to perform radio measurement for relay UE discovery and selection.
A method for preparing at least one metal chloride from metal oxide-containing material comprising: (a) calcining the metal oxide containing material under temperature conditions sufficient to obtain a resulting calcined product comprising at least one metal oxide; and (b) selectively chlorinating the resulting calcined product of (a) in a chlorinator including said resulting calcined product of (a), a chlorinating agent comprising a source of chlorine so that chlorine is present in a stoichiometric amount of chlorine, based on the content of the at least one metal oxide, and a reducing agent, wherein the amount of reducing agent is limited to a reducing agent excess of up to 10 wt%, based on the content of metal oxide, and a sulfur containing compound as catalyst is omitted to form at least one metal chloride from the calcined product without substantial formation of non-metal chloride. (a) calcining the metal oxide containing material under temperature conditions sufficient to obtain a resulting calcined product comprising at least one metal oxide; and (b) selectively chlorinating the resulting calcined product of (a) in a chlorinator including said resulting calcined product of (a), a chlorinating agent comprising a source of chlorine so that chlorine is present in a stoichiometric amount of chlorine, based on the content of the at least one metal oxide, and a reducing agent, wherein the amount of reducing agent is limited to a reducing agent excess of up to 10 wt%, based on the content of metal oxide, and a sulfur containing compound as catalyst is omitted to form at least one metal chloride from the calcined product without substantial formation of non-metal chloride.
An intravascular catheter for invasive diagnostics of peripheral vessels, comprising a proximal part, a shaft, and a distal part with a hole or holes for delivering fluid from a catheter lumen, wherein said distal part, optionally positioned at an angle relative to the catheter shaft, is provided with at least two holes located in a side wall of the catheter and with an atraumatic tip comprising, in its most distal part, a flexible passage valve in the form of a slot, wherein said valve prevents the outflow of the fluid from the catheter when it is at rest state, characterised in that said atraumatic tip is in the form of at least partially ball-shaped head having an outer diameter larger than the outer diameter of the catheter shaft, preferably by about 10%, more preferably in the range of 5 to 20% with respect to the outer diameter of said catheter shaft, wherein said at least two holes are arranged oppositely on the periphery of the catheter.
A method for redirecting a terminal to a portal website based on the MAC address of the terminal, which applies on a CPE, characterized in that the method comprises: after a WAN connection has been successfully established between the CPE and the Internet, the CPE querying each table entry of a pre-established address association table to acquire a MAC address in the address association table, checking if the terminal corresponding to the MAC address is connected with the CPE and, if the terminal corresponding to the MAC address in the address association table is connected with the CPE, setting a portal website redirection rule to the IP address of the terminal; and when the terminal accesses an external network, redirecting the terminal to the portal website according to the set portal website redirection rule; wherein before the step of the CPE querying a pre-established address association table, the method further comprises: after having detected that there is a terminal accessing at a LAN side, the CPE establishing the address association table, wherein the address association table includes the MAC address of the terminal and the IP address of the terminal. after a WAN connection has been successfully established between the CPE and the Internet, the CPE querying each table entry of a pre-established address association table to acquire a MAC address in the address association table, checking if the terminal corresponding to the MAC address is connected with the CPE and, if the terminal corresponding to the MAC address in the address association table is connected with the CPE, setting a portal website redirection rule to the IP address of the terminal; and when the terminal accesses an external network, redirecting the terminal to the portal website according to the set portal website redirection rule; wherein before the step of the CPE querying a pre-established address association table, the method further comprises: after having detected that there is a terminal accessing at a LAN side, the CPE establishing the address association table, wherein the address association table includes the MAC address of the terminal and the IP address of the terminal.
A coupling comprising: a centre member having a main axis of rotation and including a plurality of holes disposed about the main axis at a radius; left and right side members (102, 103) each having a common offset axis of rotation parallel to and offset from the main axis, each side member (102, 103) including a plurality of holes (102a, 103a) congruent with the holes in the centre member and disposed about the offset axis at the radius; a plurality of torque transfer elements extending through the holes of the centre member into the holes (102a, 103a) of the side members (102, 103); and wherein the centre member is disposed between the side members (102, 103), characterized in that the torque transfer elements rotate about a third axis parallel to and disposed midway between the main axis and the offset axis and transfer torque between the centre member and the side members (102, 103) through rolling contact between the torque transfer elements and the holes of the centre and side members (101, 102, 103). a centre member having a main axis of rotation and including a plurality of holes disposed about the main axis at a radius; left and right side members (102, 103) each having a common offset axis of rotation parallel to and offset from the main axis, each side member (102, 103) including a plurality of holes (102a, 103a) congruent with the holes in the centre member and disposed about the offset axis at the radius; a plurality of torque transfer elements extending through the holes of the centre member into the holes (102a, 103a) of the side members (102, 103); and wherein the centre member is disposed between the side members (102, 103), characterized in that the torque transfer elements rotate about a third axis parallel to and disposed midway between the main axis and the offset axis and transfer torque between the centre member and the side members (102, 103) through rolling contact between the torque transfer elements and the holes of the centre and side members (101, 102, 103).
A drill bit comprising: a body comprising a gauge for engaging a side of a well bore and a face for engaging a bottom of the well bore; a plurality of channels formed in the body, wherein the plurality of channels extend radially along a portion of the face and extend longitudinally along a portion of the gauge; a central pathway formed through the body for providing a fluid to the plurality of channels; a second opening located in at least one of the plurality of channels within the portion of the gauge, wherein the second opening is in fluidic communication with the central pathway through a second bypath that is directed away from the face; a first opening located in at least one of the plurality of channels within the portion of the face, wherein the first opening is in fluidic communication with the central pathway through a first bypath that is directed toward the face, wherein the first opening and the second opening are located in the same channel; and a plurality of blades formed between the plurality of channels, wherein each of the plurality of blades comprise an edge on which is mounted a plurality of cutters arranged for shearing the bottom of the well bore. a body comprising a gauge for engaging a side of a well bore and a face for engaging a bottom of the well bore; a plurality of channels formed in the body, wherein the plurality of channels extend radially along a portion of the face and extend longitudinally along a portion of the gauge; a central pathway formed through the body for providing a fluid to the plurality of channels; a second opening located in at least one of the plurality of channels within the portion of the gauge, wherein the second opening is in fluidic communication with the central pathway through a second bypath that is directed away from the face; a first opening located in at least one of the plurality of channels within the portion of the face, wherein the first opening is in fluidic communication with the central pathway through a first bypath that is directed toward the face, wherein the first opening and the second opening are located in the same channel; and a plurality of blades formed between the plurality of channels, wherein each of the plurality of blades comprise an edge on which is mounted a plurality of cutters arranged for shearing the bottom of the well bore.
Fastening device for fastening a WC seat to a toilet bowl, which fastening device has at least one joint support connectable via a pivot joint to the WC seat and having a connecting pin which can be inserted into an insertion opening of a counterpart of the fastening device and can be displaced therein, which counterpart can be inserted in a fastening hole of the toilet bowl, wherein the counterpart is in the form of a plug-in dowel which expands when the connecting pin is pushed forwards in the insertion opening, characterized in that the connecting pin has a first pin sub-region, which is at the front in a plugging-in direction, and a second pin sub-region, which is arranged therebehind in the plugging-in direction and has a pin cross section which is enlarged in comparison with the first pin sub-region, in that the plug-in dowel begins to expand when, during the plugging-in or pushing process, the connecting pin penetrates in the insertion opening by way of its second pin sub-region, in that the free pin end region is in the form of a plug-in cone which narrows in the plugging-in direction, and in that the connecting pin engages behind the adjacent face end of the plug-in dowel by way of its plug-in cone.
A liquid jet head comprising: a plurality of nozzles (Hn) configured to jet liquid; an actuator having a plurality of pressure chambers (C1e) communicated individually with the nozzles, and each filled with the liquid; and a drive section configured to apply a drive signal (Sd) having a plurality of pulses (p1,p2) in one cycle (Td) to the actuator to thereby expand and contract a volume of a said pressure chamber to jet the liquid filling the said pressure chamber from the nozzle, wherein the plurality of pulses in the drive signal include: a plurality of first pulses configured to expand the volume of the said pressure chamber; and a plurality of second pulses configured to contract the volume of the said pressure chamber, pressure in the said pressure chamber changes with time including a plurality of extremal values in the one cycle, and first timing as expansion start timing of the volume of the said pressure chamber by a said first pulse and second timing as contraction start timing of the volume of the said pressure chamber by a said second pulse are adjacent to each other, characterized in that both of the first timing and the second timing are located in a period between two consecutive extremal values (PLmin, PLmax) of the plurality of extremal values with respect to the pressure in the said pressure chamber. a plurality of nozzles (Hn) configured to jet liquid; an actuator having a plurality of pressure chambers (C1e) communicated individually with the nozzles, and each filled with the liquid; and a drive section configured to apply a drive signal (Sd) having a plurality of pulses (p1,p2) in one cycle (Td) to the actuator to thereby expand and contract a volume of a said pressure chamber to jet the liquid filling the said pressure chamber from the nozzle, wherein the plurality of pulses in the drive signal include: a plurality of first pulses configured to expand the volume of the said pressure chamber; and a plurality of second pulses configured to contract the volume of the said pressure chamber, a plurality of first pulses configured to expand the volume of the said pressure chamber; and a plurality of second pulses configured to contract the volume of the said pressure chamber, pressure in the said pressure chamber changes with time including a plurality of extremal values in the one cycle, and first timing as expansion start timing of the volume of the said pressure chamber by a said first pulse and second timing as contraction start timing of the volume of the said pressure chamber by a said second pulse are adjacent to each other, characterized in that both of the first timing and the second timing are located in a period between two consecutive extremal values (PLmin, PLmax) of the plurality of extremal values with respect to the pressure in the said pressure chamber.
A transcriptional control element comprising a late element driving late expression of an antigenic determinant, wherein said late element is linked to at least two early elements driving early expression of said antigenic determinant, wherein the late element is stronger than the cowpox ATI promoter in HeLa cells, and wherein the transcriptional element comprises the nucleotide sequence of SEQ ID NO: 3 or a sequence at least 95% identical to the nucleotide sequence of SEQ ID NO:3 over the entire length, and wherein a Modified Vaccinia Ankara expression construct comprising said transcriptional element shows equivalent or higher protein expression with similar early kinetics in HeLa cells when compared to a corresponding MVA expression construct in which said transcriptional element has been replaced by the PrA5E transcriptional element defined by SEQ ID NO:1, and wherein the antibody titer obtained in mice three weeks after a single immunization with an MVA expression construct comprising said transcriptional element is at least 4-fold less than the antibody titer obtained in mice three weeks after a single immunization with a corresponding MVA expression construct in which said transcriptional element has been replaced by the PrS promoter element defined by SEQ ID NO:10.