mhurhangee/ep-ind-claims huggingface dataset:
An implantable neurostimulator for delivering one or more electrical pulses to a target region within a patient's body according to a program received via wireless communication with an external device, the implantable neurostimulator comprising: a hermetic housing having an external surface comprising a biocompatible material that is configured to be implanted within a body of a patient; a transceiver disposed within the housing and comprising a first lead and a second lead; and a communication antenna circuit disposed within the housing and coupled to the first lead and the second lead, the antenna circuit having a first path and a second path parallel to the first path, the first path comprising a first capacitor, and the second path comprising: a second capacitor; a radiating element; and a resistor, wherein the second capacitor, the resistor, and the radiating element are arranged in series. a hermetic housing having an external surface comprising a biocompatible material that is configured to be implanted within a body of a patient; a transceiver disposed within the housing and comprising a first lead and a second lead; and a communication antenna circuit disposed within the housing and coupled to the first lead and the second lead, the antenna circuit having a first path and a second path parallel to the first path, the first path comprising a first capacitor, and the second path comprising: a second capacitor; a radiating element; and a resistor, wherein the second capacitor, the resistor, and the radiating element are arranged in series. a second capacitor; a radiating element; and a resistor, wherein the second capacitor, the resistor, and the radiating element are arranged in series.
Card reader for data exchange with a chip card that has been inserted into a card reader housing up to a data exchange position, comprising at least one electrical contact that is arranged fixedly in the card reader housing or displaceably in the card insertion direction and that, in the data exchange position, projects into the card path of the inserted chip card by way of a contact area, and at least one detector device, which, in the case of a contact that is fixedly arranged in the card reader housing, is directed at the contact face of the contact or at the region around said contact face or which, in the case of a contact that is displaceably arranged in the card reader housing in the card insertion direction, is directed at the position in the card reader at which the contact face is located in the data exchange position, or is directed at the region around this position, characterized in that the at least one detector device is embodied as a one-way light barrier, a reflection light barrier, a camera or an inductive sensor.
An intraocular drainage device, comprising: a flexible main body having a flap and a top surface, the top surface having an opening bounded by opposing lobes; a rigid bottom plate having a portion configured to contact a corresponding portion of the flap; and a rigid top plate disposed in the opening in the top surface of the flexible main body, wherein a portion of the top surface of the rigid top plate in the opening forms a portion of a top surface of the device and wherein the opposing lobes each bear against another portion of the top surface of the rigid top plate. a flexible main body having a flap and a top surface, the top surface having an opening bounded by opposing lobes; a rigid bottom plate having a portion configured to contact a corresponding portion of the flap; and a rigid top plate disposed in the opening in the top surface of the flexible main body, wherein a portion of the top surface of the rigid top plate in the opening forms a portion of a top surface of the device and wherein the opposing lobes each bear against another portion of the top surface of the rigid top plate.
A method performed by a communication device, the method comprising: determining, based on at least one parameter for communication with a communication node: a plurality of random access channel, RACH, groups, and an association between an individual RACH group of the plurality of RACH groups and a plurality of measured signals, wherein each individual RACH group of the plurality of RACH groups comprises at least one RACH occasion and a number of contention-based RACH preambles per synchronization signal, SS, block, and the at least one parameter indicates the number of contention-based RACH preambles in each individual RACH group and a number of RACH groups per RACH occasion, wherein each RACH occasion corresponds to a time instance in which a contention-based RACH preamble may be transmitted and wherein the plurality of RACH groups are determined based on a RACH group period; obtaining measurement results from the plurality of measured signals, wherein the plurality of measured signals comprises at least one SS block; determining a matching RACH group from the plurality of RACH groups based on the measurement results; and sending a message using at least one resource of the matching RACH group to the communication node. determining, based on at least one parameter for communication with a communication node: a plurality of random access channel, RACH, groups, and an association between an individual RACH group of the plurality of RACH groups and a plurality of measured signals, wherein each individual RACH group of the plurality of RACH groups comprises at least one RACH occasion and a number of contention-based RACH preambles per synchronization signal, SS, block, and the at least one parameter indicates the number of contention-based RACH preambles in each individual RACH group and a number of RACH groups per RACH occasion, wherein each RACH occasion corresponds to a time instance in which a contention-based RACH preamble may be transmitted and wherein the plurality of RACH groups are determined based on a RACH group period; a plurality of random access channel, RACH, groups, and an association between an individual RACH group of the plurality of RACH groups and a plurality of measured signals, wherein each individual RACH group of the plurality of RACH groups comprises at least one RACH occasion and a number of contention-based RACH preambles per synchronization signal, SS, block, and the at least one parameter indicates the number of contention-based RACH preambles in each individual RACH group and a number of RACH groups per RACH occasion, wherein each RACH occasion corresponds to a time instance in which a contention-based RACH preamble may be transmitted and wherein the plurality of RACH groups are determined based on a RACH group period; obtaining measurement results from the plurality of measured signals, wherein the plurality of measured signals comprises at least one SS block; determining a matching RACH group from the plurality of RACH groups based on the measurement results; and sending a message using at least one resource of the matching RACH group to the communication node.
System for treating a mixture of water and solids accruing during jet cutting with a suspension of water and abrasive material in a nuclear plant, having a supply line for supplying the mixture accruing during jet cutting with a suspension of water and abrasive material, characterised by a plurality of outlet lines connected in parallel to one another and connected to the supply line via a valve, wherein each outlet line is connected to a container allocated only to this and provided with a filter, and wherein each container is connected to a pump station allocated only to it for vacuuming the water passing through the filter.
An oral care composition comprising a phosphate/acrylate co-polymer, a synthetic anionic linear polycarboxylate polymer, and an orally acceptable carrier, wherein the phosphate/acrylate co-polymer is a co-polymerized product of a mixture of acrylic acid, methacrylic acid, and 2-hydroxyethyl methacrylate phosphates of Formula 1 comprising acrylic acid in a molar percentage of 70-90%; methacrylic acid in a molar percentage of 5-20%, and hydroxyethyl methacrylate phosphates of Formula 1 in a molar percentage of 1-10% wherein n is 0, 1 or 2, and wherein the synthetic anionic linear polycarboxylate is a copolymer of maleic anhydride or acid and methyl vinyl ether.
Method for purifying elemental boron, comprising the following steps: - provision of elemental boron; - grinding of the elemental boron in the presence of an alcohol in order to obtain a first suspension; - admixing the first suspension with a strong acid that is soluble in the alcohol in order to obtain a second suspension; - heating the second suspension to boiling with reflux cooling in order to obtain a third suspension; - separating off the solid present in the suspension; - heat-treating the solid in vacuo at a pressure of at most 10 -3 mbar. - provision of elemental boron; - grinding of the elemental boron in the presence of an alcohol in order to obtain a first suspension; - admixing the first suspension with a strong acid that is soluble in the alcohol in order to obtain a second suspension; - heating the second suspension to boiling with reflux cooling in order to obtain a third suspension; - separating off the solid present in the suspension; - heat-treating the solid in vacuo at a pressure of at most 10 -3 mbar.
A method, comprising: maintaining, by a relay node (128, 302, 802), a backhaul link (130, 132) with one or more access points, the relay node being a relay between one of the access points and a mobile device, and the access point providing network access to the mobile device; determining one or more backhaul link resources over which information is received from the one or more access points over the backhaul link; decoding a resource assignment from the one or more access points related to at least one of the one or more mobile devices; and selecting one or more access link resources, for communicating with one or more mobile devices over an access link that avoid resources for communication between the one or mobile devices and the access point, wherein the one or more access link resources are selected to be different from the one or more backhaul link resources, and wherein the one or more access link resources are further selected based at least in part on avoiding one or more resources corresponding to the resource assignment. maintaining, by a relay node (128, 302, 802), a backhaul link (130, 132) with one or more access points, the relay node being a relay between one of the access points and a mobile device, and the access point providing network access to the mobile device; determining one or more backhaul link resources over which information is received from the one or more access points over the backhaul link; decoding a resource assignment from the one or more access points related to at least one of the one or more mobile devices; and selecting one or more access link resources, for communicating with one or more mobile devices over an access link that avoid resources for communication between the one or mobile devices and the access point, wherein the one or more access link resources are selected to be different from the one or more backhaul link resources, and wherein the one or more access link resources are further selected based at least in part on avoiding one or more resources corresponding to the resource assignment.
A synchrotron configured to accelerate and decelerate a charged particle beam that circulates in the synchrotron, comprising: a first extraction deflector and a second extraction deflector configured to extract said accelerated or decelerated beam from the synchrotron; characterized in further comprising, a plurality of deflection magnets and only one first quadrupole magnet that are arranged between said first and second extraction deflectors (208, 209), said first quadrupole magnet being arranged between any deflection magnets among said plurality of deflection magnets; a second quadrupole magnet that is arranged on the upstream side of the first extraction deflector in a traveling direction of said charged particle beam on a path of the circulating charged particle beam; and a third quadrupole magnet that is arranged on the downstream side of said second extraction deflector in the traveling direction of said charged particle beam on the path of the circulating charged particle beam wherein said first quadrupole magnet is a defocusing quadrupole magnet configured to defocus said beam in a horizontal direction, and said second quadrupole magnet and said third quadrupole magnet are focusing quadrupole magnets configured to focus the beam in the horizontal direction. a first extraction deflector and a second extraction deflector configured to extract said accelerated or decelerated beam from the synchrotron; characterized in further comprising, a plurality of deflection magnets and only one first quadrupole magnet that are arranged between said first and second extraction deflectors (208, 209), said first quadrupole magnet being arranged between any deflection magnets among said plurality of deflection magnets; a second quadrupole magnet that is arranged on the upstream side of the first extraction deflector in a traveling direction of said charged particle beam on a path of the circulating charged particle beam; and a third quadrupole magnet that is arranged on the downstream side of said second extraction deflector in the traveling direction of said charged particle beam on the path of the circulating charged particle beam wherein said first quadrupole magnet is a defocusing quadrupole magnet configured to defocus said beam in a horizontal direction, and said second quadrupole magnet and said third quadrupole magnet are focusing quadrupole magnets configured to focus the beam in the horizontal direction.
A device for clearing obstructions from a medical tube, the device comprising a shuttle guide, a shuttle member adapted to translate along a length of the guide, and an elongate guide member, wherein said shuttle guide comprises a shuttle guide tube having an inner diameter; and wherein said device further comprises a clearance member attached to or formed integrally with said guide member; characterised in that: said shuttle member is disposed entirely outside the guide tube; and said device further comprises a magnetic guide secured to said guide member, said magnetic guide being adapted to be magnetically coupled to said shuttle member through a wall of said guide tube so that translation of said shuttle member along the length thereof induces a corresponding translation of said guide member. said shuttle member is disposed entirely outside the guide tube; and said device further comprises a magnetic guide secured to said guide member, said magnetic guide being adapted to be magnetically coupled to said shuttle member through a wall of said guide tube so that translation of said shuttle member along the length thereof induces a corresponding translation of said guide member.
A treatment unit, in particular an instrument cabinet for medical workstations with at least one pull-out drawer and/or an instrument storage plate, which are mounted in recesses on lateral rails in the treatment unit, wherein the drawer and/or the instrument storage plate of the treatment unit is movably connected with a protective cover (5; 18, 19), characterised in that the drawer and/or the instrument storage plate of the treatment unit is movably connected with the protective cover (5; 18 19) via at least one elastic link chain, one end (7; 20) of which is fastened at the rear end of the drawer and/or the instrument storage plate and the other end (8; 22) of which is fastened at the rear end of the protective cover (5; 19), in that the side walls of the recess in the treatment unit have guiding plates arranged in them, in which at least one approximately U-shaped guiding groove (3; 27) is formed, in which the link chain is guided, in that the sides of the protective cover (5; 19) have support rollers (9, 10; 24, 25) arranged in them, which engage in the guiding grooves (3; 26), in that the guiding groove (3; 26) comprises angled sections (12, 13; 28) and in that when the support rollers (9, 10; 24, 25) are moved along the angled sections (12, 13; 28) of the guiding groove (3; 26), the protective cover (5; 19) is raised or lowered), depending on the direction of movement of the link chain.
A semiconductor device comprising: a printed circuit board, PCB, comprising a first metal layer (202a, 310); a set of solder balls (204, 308) coupled to the PCB; and a die coupled to the PCB through the set of solder balls (204, 308), the die comprising a second metal layer (218, 304) and a third metal layer (210, 302) and a set of vias (212, 306) coupling the second metal layer and the third metal layer (210, 302); wherein the first metal layer (202a, 310) of the PCB, the set of solder balls (204, 308), the second and third metal layers (218; 210, 302) and set of vias (212, 306) of the die are configured to operate as an inductor in the device; wherein the first metal layer (202a, 310) of the PCB, the set of solder balls (204, 308), the second and third metal layers (218; 210, 302) and the set of vias (212, 306) of the die are configured to provide a winding for the inductor, the winding having a number of N turns that is 2 or more. a printed circuit board, PCB, comprising a first metal layer (202a, 310); a set of solder balls (204, 308) coupled to the PCB; and a die coupled to the PCB through the set of solder balls (204, 308), the die comprising a second metal layer (218, 304) and a third metal layer (210, 302) and a set of vias (212, 306) coupling the second metal layer and the third metal layer (210, 302); wherein the first metal layer (202a, 310) of the PCB, the set of solder balls (204, 308), the second and third metal layers (218; 210, 302) and set of vias (212, 306) of the die are configured to operate as an inductor in the device; wherein the first metal layer (202a, 310) of the PCB, the set of solder balls (204, 308), the second and third metal layers (218; 210, 302) and the set of vias (212, 306) of the die are configured to provide a winding for the inductor, the winding having a number of N turns that is 2 or more.
A method for mass production of human coagulation factor VII, comprising: a) constructing an expression vector carrying i) a dihydrofolate reductase promoter devoid of one or more CCGCC repeat sequences from the GC-rich region thereof and a dihydrofolate reductase (DHFR) gene operably linked thereto and ii) a cytomegalovirus promoter and a human coagulation factor VII gene operably linked thereto; b) transfecting the expression vector of step a) into an animal cell line; c) culturing the transfected animal cell line of step b) in the presence of a dihydrofolate reductase inhibitor to select cells which express human coagulation factor VII with high efficiency; and d) adding sodium butyrate to the selected animal cells of step c), wherein the selected animal cell line is devoid of dihydrofolate reductase gene and is HMF708 (accession No. KCTC 11779BP), wherein the sodium butyrate of step d) ranges in concentration from 0.1 to 3.0 mM. a) constructing an expression vector carrying i) a dihydrofolate reductase promoter devoid of one or more CCGCC repeat sequences from the GC-rich region thereof and a dihydrofolate reductase (DHFR) gene operably linked thereto and ii) a cytomegalovirus promoter and a human coagulation factor VII gene operably linked thereto; b) transfecting the expression vector of step a) into an animal cell line; c) culturing the transfected animal cell line of step b) in the presence of a dihydrofolate reductase inhibitor to select cells which express human coagulation factor VII with high efficiency; and d) adding sodium butyrate to the selected animal cells of step c), wherein the selected animal cell line is devoid of dihydrofolate reductase gene and is HMF708 (accession No. KCTC 11779BP),
A radio communication antenna having a narrow beam width, the radio communication antenna comprising: a reflective plate provided in the form of a tetragonal plate; and one radiation module installed on the reflective plate and configured to generate an X polarization, wherein the radiation module comprises four radiation elements (411, 412, 413, 414) of a dipole structure, the four radiation elements (411, 412, 413, 414) are arranged at four corners of the reflective plate, respectively, two radiation arms (a1, a2) of each dipole structure extend along two edges with respect to one of the corners, and pairs of two radiation elements (411+413; 412+414) of the four radiation elements (411, 412, 413, 414), which face each other in the diagonal direction are configured to interwork with each other and to generate one polarization in the X polarization, the radio communication antenna further comprising: a separate radiation module installed at a central location of the radiation module formed by the four radiation elements (411, 412, 413, 414) on the reflective plate to generate an additional X polarization to improve side lobe characteristics and an overall gain of the radio communication antenna. a reflective plate provided in the form of a tetragonal plate; and one radiation module installed on the reflective plate and configured to generate an X polarization, wherein the radiation module comprises four radiation elements (411, 412, 413, 414) of a dipole structure, the four radiation elements (411, 412, 413, 414) are arranged at four corners of the reflective plate, respectively, two radiation arms (a1, a2) of each dipole structure extend along two edges with respect to one of the corners, and pairs of two radiation elements (411+413; 412+414) of the four radiation elements (411, 412, 413, 414), which face each other in the diagonal direction are configured to interwork with each other and to generate one polarization in the X polarization, the radio communication antenna further comprising: a separate radiation module installed at a central location of the radiation module formed by the four radiation elements (411, 412, 413, 414) on the reflective plate to generate an additional X polarization to improve side lobe characteristics and an overall gain of the radio communication antenna.