mhurhangee/ep-ind-claims huggingface dataset:
A system for closing an aperture in a biological tissue, the system comprising: a proximal portion adapted to remain outside a patient body; a distal portion adapted to be inserted into the patient body, the distal portion including at least one frame arm; at least one clip rotatably connected to the at least one frame arm by a pivot and configured to releasably retain a surgical implant to the frame arm, the clip comprising at least one locking structure (815, 817), and a lock bar disposed on the at least one frame arm and configured to translate along the at least one frame arm between a locked and an unlocked configuration, wherein at least a portion of the lock bar is selectively engageable with the locking structure of the at least one clip to lock the at least one clip in a closed position by inhibiting movement of the at least one clip when the lock bar is in the locked position, and wherein the lock bar allows the at least one clip to move to an open position when the lock bar is in the unlocked position wherein the at least one locking structure includes a flat bottom surface for locking the at least one clip in the closed position and a flat side surface for locking the at least one clip in an open position, characterised in that a top-most flat surface of the lock bar is selectively engageable with the flat bottom surface of the locking structure for locking the at least one clip in the closed position and the top-most flat surface of the lock bar is selectively engageable with the flat side surface of the locking structure for locking the at least one clip in the open position. a proximal portion adapted to remain outside a patient body; a distal portion adapted to be inserted into the patient body, the distal portion including at least one frame arm; at least one clip rotatably connected to the at least one frame arm by a pivot and configured to releasably retain a surgical implant to the frame arm, the clip comprising at least one locking structure (815, 817), and a lock bar disposed on the at least one frame arm and configured to translate along the at least one frame arm between a locked and an unlocked configuration, wherein at least a portion of the lock bar is selectively engageable with the locking structure of the at least one clip to lock the at least one clip in a closed position by inhibiting movement of the at least one clip when the lock bar is in the locked position, and wherein the lock bar allows the at least one clip to move to an open position when the lock bar is in the unlocked position wherein the at least one locking structure includes a flat bottom surface for locking the at least one clip in the closed position and a flat side surface for locking the at least one clip in an open position, characterised in that a top-most flat surface of the lock bar is selectively engageable with the flat bottom surface of the locking structure for locking the at least one clip in the closed position and the top-most flat surface of the lock bar is selectively engageable with the flat side surface of the locking structure for locking the at least one clip in the open position.
A method for bonding a first substrate (1, 6) with a second substrate, wherein the substrates (1, 2, 6) are hybrid substrates and comprise surfaces made of a dielectric, which encloses an electrically conductive area, with the following sequence: - Production of a first amorphous layer (1a, 6a) comprising the electrically conductive surface areas on the first substrate (1, 6) and/or production of a second amorphous layer comprising the electrically conductive surface areas on the second substrate, - bonding of the first substrate (1, 6) with the second substrate to the amorphous layer (1a, 2a, 6a) or to the amorphous layers (1a, 2a, 6a) form a substrate stack, - irradiation of the amorphous layer (1a, 2a, 6a) or the amorphous layers (1a, 2a, 6a) with a radiation, in such a way that the amorphous layer (1a, 2a, 6a) or the amorphous layers (1a, 2a, 6a) is/are converted into a crystalline layer or crystalline layers. - Production of a first amorphous layer (1a, 6a) comprising the electrically conductive surface areas on the first substrate (1, 6) and/or production of a second amorphous layer comprising the electrically conductive surface areas on the second substrate, - bonding of the first substrate (1, 6) with the second substrate to the amorphous layer (1a, 2a, 6a) or to the amorphous layers (1a, 2a, 6a) form a substrate stack, - irradiation of the amorphous layer (1a, 2a, 6a) or the amorphous layers (1a, 2a, 6a) with a radiation, in such a way that the amorphous layer (1a, 2a, 6a) or the amorphous layers (1a, 2a, 6a) is/are converted into a crystalline layer or crystalline layers.
An oxycombustion system with thermally integrated ammonia synthesis, the oxycombustion system comprising: an air separation unit that separates an air feed stream into an oxygen stream and a nitrogen stream; an ammonia synthesis unit that synthesizes ammonia from a hydrogen feed stream and the nitrogen stream from the air separation unit to form a crude ammonia stream containing the ammonia and, optionally, unreacted nitrogen and hydrogen; an ammonia separation unit that condenses at least a portion of the crude ammonia stream formed in the ammonia synthesis unit and separates the ammonia from any unreacted nitrogen and hydrogen to form a purified ammonia stream; an oxycombustion reactor that combusts a fuel from a fuel feed stream in the presence of the oxygen stream from the air separation unit to produce combustion heat; a flue-gas treatment system that treats a flue gas formed by the combustion of the fuel in the oxycombustion reactor; and thermal integrations comprising a reactor thermal linkage of the ammonia synthesis unit with the oxycombustion reactor and a separator thermal linkage of the air separation unit with the ammonia separation unit, wherein the purified ammonia stream is in fluidic communication with the flue-gas treatment system and at least a portion of the ammonia separated in the ammonia separation unit is used in the flue-gas treatment system to remove pollutants from the flue gas. an air separation unit that separates an air feed stream into an oxygen stream and a nitrogen stream; an ammonia synthesis unit that synthesizes ammonia from a hydrogen feed stream and the nitrogen stream from the air separation unit to form a crude ammonia stream containing the ammonia and, optionally, unreacted nitrogen and hydrogen; an ammonia separation unit that condenses at least a portion of the crude ammonia stream formed in the ammonia synthesis unit and separates the ammonia from any unreacted nitrogen and hydrogen to form a purified ammonia stream; an oxycombustion reactor that combusts a fuel from a fuel feed stream in the presence of the oxygen stream from the air separation unit to produce combustion heat; a flue-gas treatment system that treats a flue gas formed by the combustion of the fuel in the oxycombustion reactor; and thermal integrations comprising a reactor thermal linkage of the ammonia synthesis unit with the oxycombustion reactor and a separator thermal linkage of the air separation unit with the ammonia separation unit,
A process for providing a sodium-ion cell which is in a state of charge from about 20% or less and which is capable of safe storage and/or transportation and/or maintenance, comprising the steps: a) providing a sodium-ion cell comprising a positive electrode comprising a positive electrode material, a positive electrode current collector, a negative electrode comprising a negative electrode material, a negative electrode current collector and an electrolyte, wherein the positive and negative electrode current collectors comprise aluminium; b) subjecting the sodium-ion cell provided in step a) to one or more discharge operations to a minimum cell operating voltage (cell Vmin) of less than -0.1V, at a discharge rate of C/<10; and c) maintaining the sodium-ion cell at a voltage of 1V or less. a) providing a sodium-ion cell comprising a positive electrode comprising a positive electrode material, a positive electrode current collector, a negative electrode comprising a negative electrode material, a negative electrode current collector and an electrolyte, wherein the positive and negative electrode current collectors comprise aluminium; b) subjecting the sodium-ion cell provided in step a) to one or more discharge operations to a minimum cell operating voltage (cell Vmin) of less than -0.1V, at a discharge rate of C/<10; and c) maintaining the sodium-ion cell at a voltage of 1V or less.
Rotor unit for a brushless direct current motor, in particular for use in a wet-running pump, comprising: a main body having a substantially cylindrical portion integrally formed with a rotor shaft (224, 225, 226), wherein the rotor shaft of the main body comprises first and second bearing portions (224, 225); an annular magnet mounted on the outer circumference of the cylindrical portion of the main body; characterized in that the rotor unit further comprises first and second bearing sleeves (210, 211) providing two cylindrical sliding surfaces and being respectively attached to the first and second bearing portions (224, 225); and one of the first and second bearing sleeves comprises a collar protruding radially from the cylindrical portion of the bearing sleeve and being arranged to bear axial forces. a main body having a substantially cylindrical portion integrally formed with a rotor shaft (224, 225, 226), wherein the rotor shaft of the main body comprises first and second bearing portions (224, 225); an annular magnet mounted on the outer circumference of the cylindrical portion of the main body; characterized in that the rotor unit further comprises first and second bearing sleeves (210, 211) providing two cylindrical sliding surfaces and being respectively attached to the first and second bearing portions (224, 225); and one of the first and second bearing sleeves comprises a collar protruding radially from the cylindrical portion of the bearing sleeve and being arranged to bear axial forces.
A method of determining which detonator in a plurality of detonators at a blast site is closest to an operator who has a tagger, wherein the blast site has a plurality of boreholes each of which is associated with at least one respective detonator, the method including the steps of providing a reference GPS receiver which includes a transmitter which is located at the blast site, linking the tagger to at least one roving GPS receiver which is movable by the operator at the blast site and which receives positional data corrections from the transmitter at the reference GPS receiver, coupling the roving GPS receiver to a database which includes a tagging plan which contains positional data for each of the boreholes at the blast site, wherein said positional data includes respective latitude and longitude coordinate values for each borehole, and using said coordinate values and said positional data corrections to determine the position of a detonator which is closest to the tagger, characterized in that the method includes the further steps of creating a latitude index for the latitude values, creating a longitude index for the longitude values, sorting the latitude index into a desired sequence, sorting the longitude index into a desired sequence, at a given location of the tagger at the blast site, using the roving GPS receiver to determine current tagger latitude and current tagger longitude values, creating a latitude subset, from the latitude index, wherein the difference between each of the latitude values in the latitude subset and the current tagger latitude value is less than a first predetermined amount, creating a longitude subset from the longitude index wherein the difference between each of the longitude values in the subset and the current tagger longitude value is less than a second predetermined amount, sorting the latitude values in the latitude subset, sorting the longitude values in the longitude subset, generating an intersection of the latitude subset with the longitude subset, identifying each of the boreholes whose latitude and longitude values are included in the intersection and for each such borehole performing a haversine calculation using the respective latitude value and longitude value for the borehole and the current tagger latitude value and the current tagger longitude value to determine the distance between the tagger and the borehole, and selecting from such distance calculations the smallest value to obtain the position of the borehole which is closest to the tagger.
An ostomy wafer comprising: - a skin-facing adhesive layer; - a stoma receiving hole formed at a center of the wafer and a central area formed as a continuous band of material around the stoma receiving hole; - an outer periphery of the wafer is formed by a plurality of petals extending away from the central area; and - a plurality of bridges, each bridge formed between adjacent petals of the plurality of petals, - wherein the thickness of the adhesive layer at the bridges is higher than the thickness of the adhesive layer at the petals characterized in that the bridges are provided with an embossed pattern of lines, wherein the distance between the lines is diverging from bridge towards the petal. - a skin-facing adhesive layer; - a stoma receiving hole formed at a center of the wafer and a central area formed as a continuous band of material around the stoma receiving hole; - an outer periphery of the wafer is formed by a plurality of petals extending away from the central area; and - a plurality of bridges, each bridge formed between adjacent petals of the plurality of petals, - wherein the thickness of the adhesive layer at the bridges is higher than the thickness of the adhesive layer at the petals characterized in that the bridges are provided with an embossed pattern of lines, wherein the distance between the lines is diverging from bridge towards the petal.
A string trimmer, comprising: a protective shield, a first motor, arranged on one side of the protective shield, a first rotation shaft of the first motor penetrating the protective shield to the other side of the protective shield, a blade, arranged on the other side of the protective shield and connected with the first rotation shaft, and a fan, arranged on the same side as the first motor, and mounted on the protective shield through a second rotation shaft, wherein a rotation speed ratio between the second rotation shaft and the first rotation shaft ranges from 0.5 to 4. a protective shield, a first motor, arranged on one side of the protective shield, a first rotation shaft of the first motor penetrating the protective shield to the other side of the protective shield, a blade, arranged on the other side of the protective shield and connected with the first rotation shaft, and a fan, arranged on the same side as the first motor, and mounted on the protective shield through a second rotation shaft, wherein a rotation speed ratio between the second rotation shaft and the first rotation shaft ranges from 0.5 to 4.
A computer-implemented method for automatically sending a message to a mobile device after a call between the mobile device and a company or business has disconnected, the message configured to prompt a user of the mobile device to add contact information of the company or business to the phonebook of the mobile device, the method comprising: receiving, at a server operably connected to a Mobile Operator's Network, an indication that a call connected from the mobile device to a first phone number associated with the company or business has disconnected; determining, at the server, whether the first phone number matches a second phone number associated with the company or business, wherein the second phone number is stored in a database connected to the server; requesting user information when the first phone number matches the second phone number associated with the company or business stored in the database; receiving, at the server, user information, wherein the user information comprises the user's Mobile Station International Subscriber Directory Number MSISDN; preparing, at the server, an advertising message comprising contact information of the company or business comprising the first phone number, an actionable option to add the contact information to the phonebook of the mobile device, and instructions for causing the message to be displayed; and sending the advertising message to the user's mobile device via the MSISDN, wherein the message is configured to prompt the user to add the contact information to the phonebook of the mobile device when the message is displayed on a screen of the mobile device. receiving, at a server operably connected to a Mobile Operator's Network, an indication that a call connected from the mobile device to a first phone number associated with the company or business has disconnected; determining, at the server, whether the first phone number matches a second phone number associated with the company or business, wherein the second phone number is stored in a database connected to the server; requesting user information when the first phone number matches the second phone number associated with the company or business stored in the database; receiving, at the server, user information, wherein the user information comprises the user's Mobile Station International Subscriber Directory Number MSISDN; preparing, at the server, an advertising message comprising contact information of the company or business comprising the first phone number, an actionable option to add the contact information to the phonebook of the mobile device, and instructions for causing the message to be displayed; and sending the advertising message to the user's mobile device via the MSISDN, wherein the message is configured to prompt the user to add the contact information to the phonebook of the mobile device when the message is displayed on a screen of the mobile device.
A gallium nitride semiconductor substrate, comprising: a gallium nitride single crystal; a diameter of not less than 25.4 mm; and a thickness of not less than 150 μm, wherein the substrate satisfies that a ratio of Δα/α is not more than 0.1, where α is a thermal expansion coefficient obtained by measuring a temperature dependent change of the sample size of the substrate, and wherein Δα is a difference (α-αL) between said thermal expansion coefficient α and a thermal expansion coefficient αL, which is determined based on the measurement of a temperature dependent change of the lattice constant. a gallium nitride single crystal; a diameter of not less than 25.4 mm; and a thickness of not less than 150 μm, wherein the substrate satisfies that a ratio of Δα/α is not more than 0.1, where α is a thermal expansion coefficient obtained by measuring a temperature dependent change of the sample size of the substrate, and wherein Δα is a difference (α-αL) between said thermal expansion coefficient α and a thermal expansion coefficient αL, which is determined based on the measurement of a temperature dependent change of the lattice constant.
A terminal for use in a mobile communication system, the terminal comprising: a transceiver; and a controller configured to: receive, from a base station, a message including information indicating a time domain position of a physical broadcast channel, PBCH, within a time interval, identify resources for the PBCH based on the information, and receive, from the base station, a physical downlink shared channel, PDSCH, based on resource blocks not containing the resources for the PBCH. a transceiver; and a controller configured to: receive, from a base station, a message including information indicating a time domain position of a physical broadcast channel, PBCH, within a time interval, identify resources for the PBCH based on the information, and receive, from the base station, a physical downlink shared channel, PDSCH, based on resource blocks not containing the resources for the PBCH. receive, from a base station, a message including information indicating a time domain position of a physical broadcast channel, PBCH, within a time interval, identify resources for the PBCH based on the information, and receive, from the base station, a physical downlink shared channel, PDSCH, based on resource blocks not containing the resources for the PBCH.
An extrusion device for producing a plastic film, the extrusion device comprising at least two feed devices for feeding a feedstock for an extruder, wherein an automatic cleaning device is arranged in each feed device for removing the feedstock from the feed device when the material used for the extrusion device is changed, wherein the cleaning device has at least one cleaning means in the form of a compressed air nozzle and wherein at least two feed devices have at least one discharge opening with a discharge closure for opening and closing the discharge opening and a container interface for the reversible fastening of a discharge container for receiving feedstock discharged from the respective feed device, wherein an opening sensor is provided for detecting the position of the discharge opening, characterized in that the cleaning means has a cleaning direction with a maximum angle of 0° to approx. 30° to a discharge direction of the discharge opening for discharging the feedstock.
An assembly including on the one hand a securing system between a member to equip a motor vehicle and a chassis of the motor vehicle, and on the other hand said member, the securing system including a linking tab comprising a first sheet for ensuring a mechanical link with the chassis, and a second sheet for ensuring a mechanical link with the member, the linking tab including an intermediate sheet interposed between the first sheet and the second sheet, the second sheet being equipped with a tongue including a distal edge, characterized in that in the storage position of the linking tab, the distal edge is in contact against a blocking stop arranged at the edge of a first notch which is comprised by an upper surface of the member, such that in the storage position, the linking tab is held fixed on the member, and in that said linking tab is formed in an S shape, the first sheet and the second sheet forming the branches of the S connected by the intermediate sheet.
A cell selection method, comprising: determining, by a terminal device, in coverage of a cell, that cell selection criteria is satisfied and the cell is forbidden due to that the terminal device cannot obtain, in normal coverage of the cell, a system information block 1 of the cell; characterised by selecting, by the terminal device, in enhanced coverage of the cell, the cell, if the terminal device is able to obtain, in the enhanced coverage of the cell, a master information block, a bandwidth reduced system information block 1, and a bandwidth reduced system information block 2 of the cell. determining, by a terminal device, in coverage of a cell, that cell selection criteria is satisfied and the cell is forbidden due to that the terminal device cannot obtain, in normal coverage of the cell, a system information block 1 of the cell; characterised by selecting, by the terminal device, in enhanced coverage of the cell, the cell, if the terminal device is able to obtain, in the enhanced coverage of the cell, a master information block, a bandwidth reduced system information block 1, and a bandwidth reduced system information block 2 of the cell.
A vaccine composition comprising an Infectious Bursal Disease Virus (IBDV) VP-2 antigen in combination with IBDV Lukert ACL antigen and a pharmacologically acceptable carrier, wherein said IBDV VP-2 antigen comprises, in comparison to the classic consensus amino acid sequence set forth in Figure 1 as follows SSQ YQPGGVTITL FSANIDAITS LSVGGELVFQ TSVQGLVLGA TIYLIGFDGT AVITRAVAAD NGLTAGTDNL MPFNLVIPTN EITQPITSIK LEIVTSKSGG QAGDQMSWSA SGS, only one substitution G to D at position 318 in the major hydrophilic peak B of IBDV VP-2, and in addition, only one or more other substitutions selected from 222-T, 249-K, 254-S, 279-N and 286-I.