mhurhangee/ep-ind-claims huggingface dataset:
A test strip for detecting or measuring transferrin in a sample comprising: a. a sample loading region; b. a filtration region downstream of the sample loading region, wherein the filtration region comprises an immobilized compound comprising hydrazide reactive groups that binds to oxidized sialo transferrin (sTF), wherein the oxidized sTF comprises an aldehyde group in a terminal sialic acid residue thereof; c. a binding region downstream of the filtration region comprising an anti-transferrin antibody; and d. a capture region downstream of the binding region, wherein the capture region comprises an immobilized anti-transferrin antibody that binds an anti-transferrin antibody-transferrin complex. a. a sample loading region; b. a filtration region downstream of the sample loading region, wherein the filtration region comprises an immobilized compound comprising hydrazide reactive groups that binds to oxidized sialo transferrin (sTF), wherein the oxidized sTF comprises an aldehyde group in a terminal sialic acid residue thereof; c. a binding region downstream of the filtration region comprising an anti-transferrin antibody; and d. a capture region downstream of the binding region, wherein the capture region comprises an immobilized anti-transferrin antibody that binds an anti-transferrin antibody-transferrin complex.
A one-piece piston for cartridges for squeezing mass out of a cartridge, having a front piston chest, a circumferential sidewall and at least on forwardly projecting flexible sealing lip arranged on the sidewall, the sidewall comprising a rear wall section extending from the piston chest behind the forwardly projecting flexible sealing lip, a circumferential first rear sealing projection being arranged on the rear wall section of the sidewall, characterized in that the circumferential first rear sealing projection has a maximum wall thickness D max1 which is greater than a minimum wall thickness d min of the sidewall in the area of the rear wall section being arranged between the forwardly projecting flexible sealing lip and the rear sealing projection.
A method for depositing at least one biological fluid onto a surface of a substrate, said method comprising the steps of: a) providing at least one thermal bubble-jet printhead (T1, T2, T3) loaded with at least one biological fluid; b) positioning said at least one printhead (T1, T2, T3) next to said substrate; and c) supplying energy to said at least one printhead (T1, T2, T3) thereby depositing said at least one biological fluid onto said surface; characterized in that said at least one printhead (T1, T2, T3) is supplied with an energy E such that 1.6*E th < E ≤ 3.0*E th where E th is the threshold energy of the printhead for said biological fluid. a) providing at least one thermal bubble-jet printhead (T1, T2, T3) loaded with at least one biological fluid; b) positioning said at least one printhead (T1, T2, T3) next to said substrate; and c) supplying energy to said at least one printhead (T1, T2, T3) thereby depositing said at least one biological fluid onto said surface;
Device for sensing a breakage or an end of a warp yarn or a tape fed in a circular weaving machine or a weaving loom, comprising a yarn-end detection means to detect the breakage of or the end in said running yarn, and a notification means to notify breakage of or the end of yarn, said yarn-end detection means comprising a first element provided with a number of cavities/openings each of said cavity/opening corresponding to a drop wire that is provided corresponding to each individual yarn, each said drop wire passing through one of said cavity/opening, and said drop wire having a loop or an eye for passage of said warp yarn, said drop wire being held in its normal operating position due to tension in said running warp yarn, wherein said drop wire is provided with a motion restrictor element, a second element having holes is provided, one hole being provided for each of said drop wires, through which corresponding said drop wires pass, a first sensing element is affixed to said first element, a second sensing element is affixed to said second element, and wherein said first element is rotatable at its ends, and wherein, subsequent to the falling of said drop wire from its normal operating position due to substantial loss of tension in said warp yarn, the fall of said drop wire is halted by said motion restrictor element being obstructed by said cavity/opening, whereby said first element rotates to establish a physical or non-physical contact between said first and second sensing elements (7C and 8A), and in the case where said contact remains in place for longer than a predetermined period, whereafter a signal is sent to the loom operator indicating malfunction of said loom.
Sensor device, comprising: at least one ferromagnetic element arrangeable on a torque transmission device in an operating state; and a measuring device comprising at least one measuring element, wherein each measuring element is configured to measure a ferromagnetic resonance frequency of the at least one ferromagnetic element, wherein the measuring device is configured to determine a torque of the torque transmission device based on a shift in the measured ferromagnetic resonance frequency, wherein the at least one ferromagnetic element has at least one ferromagnetic layer, and wherein at least one measuring element of the at least one measuring elements is formed as a high-frequency triplate stripline. at least one ferromagnetic element arrangeable on a torque transmission device in an operating state; and a measuring device comprising at least one measuring element, wherein each measuring element is configured to measure a ferromagnetic resonance frequency of the at least one ferromagnetic element, wherein the measuring device is configured to determine a torque of the torque transmission device based on a shift in the measured ferromagnetic resonance frequency, wherein the at least one ferromagnetic element has at least one ferromagnetic layer, and wherein at least one measuring element of the at least one measuring elements is formed as a high-frequency triplate stripline.
A spinal endoscope comprising an imaging device and an elongate rigid tube coupled to the imaging device, wherein the tube contains therein: a lens coupled to the imaging device to allow observation of a tissue; first and second irrigation channels to allow injection of a cleaning liquid to secure a view for surgery; a working channel to allow passage of a surgery-tool therethrough to a target location, and an optical fiber to allow irradiation of light beams, the spinal endoscope being characterized in that the working channel includes a first portion with a circular arc cross-sectional shape face-contacting and partially corresponding to an inner circumference of the elongate rigid tube, and a second portion with a linear cross-sectional shape, wherein the second portion connects both ends of the first portion, and wherein the lens is sandwiched between the first and the second irrigation channels, and wherein the lens contacts both irrigation channels, and wherein the lens and irrigation channels all have a tangential contact with the inner circumference of the elongate rigid tube, and wherein a remaining cross-sectional space excluding the spaces of the lens, the first and second irrigation channels, and the working channel is filled with the optical fiber. a lens coupled to the imaging device to allow observation of a tissue; first and second irrigation channels to allow injection of a cleaning liquid to secure a view for surgery; a working channel to allow passage of a surgery-tool therethrough to a target location, and an optical fiber to allow irradiation of light beams, the spinal endoscope being characterized in that the working channel includes a first portion with a circular arc cross-sectional shape face-contacting and partially corresponding to an inner circumference of the elongate rigid tube, and a second portion with a linear cross-sectional shape, wherein the second portion connects both ends of the first portion, and wherein the lens is sandwiched between the first and the second irrigation channels, and wherein the lens contacts both irrigation channels, and wherein the lens and irrigation channels all have a tangential contact with the inner circumference of the elongate rigid tube, and wherein a remaining cross-sectional space excluding the spaces of the lens, the first and second irrigation channels, and the working channel is filled with the optical fiber.
A water extraction module, formed to separate and collect water from an aerosol in an air flow, wherein the water extraction module has - a frame having two longitudinal frame elements and two transverse frame elements, which are connected to one another at connection points, and - at least one one-piece or multi-piece knitted fabric, which is tensioned in the frame over the two transverse frame elements, characterised in that the two longitudinal frame elements can in each case be connected via at least one of their ends to a longitudinal frame element of a further water extraction module, and wherein - a transverse frame element, which comes to rest at the bottom in a use arrangement of the water extraction module, is a collecting channel, and at least one of the two longitudinal frame elements is a longitudinal tube, wherein the at least one longitudinal tube has a mouth at the connection point with the collecting channel, wherein an upper transverse frame element, which comes to rest at the top in the use arrangement of the water extraction module, and the collecting channel in each case have a mutually aligned arcuate curvature, which extends perpendicularly with respect to a plane, which is tensioned by the longitudinal frame elements. wherein the water extraction module has - a frame having two longitudinal frame elements and two transverse frame elements, which are connected to one another at connection points, and - at least one one-piece or multi-piece knitted fabric, which is tensioned in the frame over the two transverse frame elements, - a frame having two longitudinal frame elements and two transverse frame elements, which are connected to one another at connection points, and - at least one one-piece or multi-piece knitted fabric, which is tensioned in the frame over the two transverse frame elements, characterised in that the two longitudinal frame elements can in each case be connected via at least one of their ends to a longitudinal frame element of a further water extraction module, and wherein - a transverse frame element, which comes to rest at the bottom in a use arrangement of the water extraction module, is a collecting channel, and - a transverse frame element, which comes to rest at the bottom in a use arrangement of the water extraction module, is a collecting channel, and at least one of the two longitudinal frame elements is a longitudinal tube, wherein the at least one longitudinal tube has a mouth at the connection point with the collecting channel, wherein an upper transverse frame element, which comes to rest at the top in the use arrangement of the water extraction module, and the collecting channel in each case have a mutually aligned arcuate curvature, which extends perpendicularly with respect to a plane, which is tensioned by the longitudinal frame elements.
A compound of formula: or a pharmaceutically acceptable salt, solvate, clathrate, or stereoisomer thereof, wherein: Y is CH 2; and R 1 is aryl, aralkyl, cycloalkyl, cycloalkylalkyl, heterocyclyl, heterocyclylalkyl, heteroaryl, heteroarylalkyl, arylaminocarbonyl, cycloalkylcarbonyl, heteroarylcarbonyl or heterocyclylcarbonyl; and where R 1 is optionally substituted with one or more groups selected from alkoxy, halo, alkyl, carboxy, alkylaminocarbonyl, alkoxycarbonyl, nitro, amine, nitrile, haloalkyl, hydroxy, and alkylsulfonyl. Y is CH 2; and R 1 is aryl, aralkyl, cycloalkyl, cycloalkylalkyl, heterocyclyl, heterocyclylalkyl, heteroaryl, heteroarylalkyl, arylaminocarbonyl, cycloalkylcarbonyl, heteroarylcarbonyl or heterocyclylcarbonyl; and where R 1 is optionally substituted with one or more groups selected from alkoxy, halo, alkyl, carboxy, alkylaminocarbonyl, alkoxycarbonyl, nitro, amine, nitrile, haloalkyl, hydroxy, and alkylsulfonyl.
A method for producing a ferric maltol composition comprising reacting elemental iron with maltol and recovering the ferric maltol that forms, wherein reacting elemental iron is carried out in the presence of oxygen and/or an oxidising agent.
A control apparatus for controlling a robot, the robot including a movable unit and a force detection unit detecting a force applied to the movable unit, the control apparatus comprising: a control unit for executing control of the robot; and a receiving unit for receiving an object coordinate system set for an object from a user, wherein the control unit is configured to perform a first control mode identified as direct teaching in which the movable unit is moved and rotated according to the detected force while the force is detected by the force detection unit, characterized in that the control unit is further configured to perform, when a predetermined condition is fulfilled, a second control mode identified as automatic alignment in which, when a relative angle between a predetermined first axis of a moving coordinate system set for the movable unit and a predetermined second axis of the object coordinate system is smaller than an angle threshold value (Ath), the movable unit is rotated to make a magnitude of the relative angle closer to zero, and wherein the predetermined condition is either an origin (oh) of the moving coordinate system, wherein a tool center point is in a position within a distance threshold value (Lthm) from an origin (om) of an apparatus coordinate system, or is the origin (oh) of the moving coordinate system, wherein the tool center point is in a position within a distance threshold value (Lthw) from an origin (ow) of the work coordinate system WC. a control unit for executing control of the robot; and a receiving unit for receiving an object coordinate system set for an object from a user, wherein the control unit is configured to perform a first control mode identified as direct teaching in which the movable unit is moved and rotated according to the detected force while the force is detected by the force detection unit, characterized in that the control unit is further configured to perform, when a predetermined condition is fulfilled, a second control mode identified as automatic alignment in which, when a relative angle between a predetermined first axis of a moving coordinate system set for the movable unit and a predetermined second axis of the object coordinate system is smaller than an angle threshold value (Ath), the movable unit is rotated to make a magnitude of the relative angle closer to zero, and wherein the predetermined condition is either an origin (oh) of the moving coordinate system, wherein a tool center point is in a position within a distance threshold value (Lthm) from an origin (om) of an apparatus coordinate system, or is the origin (oh) of the moving coordinate system, wherein the tool center point is in a position within a distance threshold value (Lthw) from an origin (ow) of the work coordinate system WC.
A prosthetic valve delivery assembly (100; 200) comprising: a delivery apparatus comprising a shaft; a prosthetic valve mounted in a radially compressed configuration around a distal portion of the shaft; and the delivery apparatus further comprising an expansion assist device (114; 214) mounted on the shaft; wherein the expansion assist device (114; 214) is independently radially expandable and compressible relative to the prosthetic valve between a radially compressed state and a radially expanded state; and wherein the prosthetic valve is radially expandable by applying an axially directed force against the prosthetic valve in a proximal or distal direction through contact between the prosthetic valve and the expansion assist device (114; 214) when the expansion assist device (114; 214) is in the radially expanded state. a delivery apparatus comprising a shaft; a prosthetic valve mounted in a radially compressed configuration around a distal portion of the shaft; and the delivery apparatus further comprising an expansion assist device (114; 214) mounted on the shaft; wherein the expansion assist device (114; 214) is independently radially expandable and compressible relative to the prosthetic valve between a radially compressed state and a radially expanded state; and wherein the prosthetic valve is radially expandable by applying an axially directed force against the prosthetic valve in a proximal or distal direction through contact between the prosthetic valve and the expansion assist device (114; 214) when the expansion assist device (114; 214) is in the radially expanded state.
A method for obtaining, by a user equipment, UE, power headroom information in a communication system, the method comprising: configuring first path loss reference information for a first serving cell and second path loss reference information for a second serving cell, wherein the first path loss reference information indicates one serving cell of which downlink carrier's path loss is to be referenced for the first serving cell and the second path loss reference information indicates one serving cell of which downlink carrier's path loss is to be referenced for the second serving cell; triggering a power headroom report, PHR, in case that a prohibitPHR-Timer expires, a path loss is changed more than a threshold for at least one activated cell which is used as path loss reference based on the first path loss reference information and the second path loss reference information, and there is uplink resources for a new transmission, wherein at least one cell is activated by a medium access control, MAC, control element, CE; obtaining a maximum power for each of activated cells with configured uplink, UL; and obtaining power headroom information for each of activated cells configured with UL, based on the maximum power for each of activated cells with configured UL, in case that a PHR associated with multiple cells is configured. configuring first path loss reference information for a first serving cell and second path loss reference information for a second serving cell, wherein the first path loss reference information indicates one serving cell of which downlink carrier's path loss is to be referenced for the first serving cell and the second path loss reference information indicates one serving cell of which downlink carrier's path loss is to be referenced for the second serving cell; triggering a power headroom report, PHR, in case that a prohibitPHR-Timer expires, a path loss is changed more than a threshold for at least one activated cell which is used as path loss reference based on the first path loss reference information and the second path loss reference information, and there is uplink resources for a new transmission, wherein at least one cell is activated by a medium access control, MAC, control element, CE; obtaining a maximum power for each of activated cells with configured uplink, UL; and obtaining power headroom information for each of activated cells configured with UL, based on the maximum power for each of activated cells with configured UL, in case that a PHR associated with multiple cells is configured.
Personal protective equipment intended to protect a limb of an individual, comprising: - a main plate of thermoplastic polymer material having two opposing faces, respectively an outer and an inner face; - a first outer layer placed next to the outer face of the main plate; - an inner shock-absorbing layer arranged on the side of the inner face of the main plate; characterized in that: the first outer layer consists of a textile material and is inlaid in the outer face of the main plate so as to create, in the outer face, an impression of the textile material. - a main plate of thermoplastic polymer material having two opposing faces, respectively an outer and an inner face; - a first outer layer placed next to the outer face of the main plate; - an inner shock-absorbing layer arranged on the side of the inner face of the main plate;
A packaged hemostatic textile comprising a textile material comprising glass fibers woven or knitted with secondary fibers, wherein the secondary fibers comprise bamboo rayon fibers, wherein the textile material is within a sterilized package, and wherein the relative amounts of the glass fibers and the secondary fibers range from about 50% to about 80% by weight glass fibers and from about 20% to about 50% by weight secondary fibers, based on the total weight of the textile.
Inner ring system for an inlet guide vane ring of a turbomachine, comprising: - an intermediate housing for receiving structural loads; and - an inner ring which is axially divided into a first ring segment and a second ring segment (24a, 24b) which togetherform recesses for mounting radially inner end regions of guide vanes of the inlet guide vane ring, at least the second ring segment being fixed to the intermediate housing by means of screw connections, characterized in that the first ring segment is sealed with respect to the intermediate housing by a radially outer and/or a radially inner sealing element. - an intermediate housing for receiving structural loads; and - an inner ring which is axially divided into a first ring segment and a second ring segment (24a, 24b) which togetherform recesses for mounting radially inner end regions of guide vanes of the inlet guide vane ring,