mhurhangee/ep-ind-claims huggingface dataset:
An isolated Methanothermobacter thermautotrophicus strain UC 120910, deposited on December 21, 2010, with the American Type Culture Collection (ATCC®) under ATCC® Patent Deposit Designation No. PTA-11561.
A resonating microelectronic structure comprising at least one movable mass mechanically connected to at least one first mechanical element by first mechanical connection means and to at least one second mechanical element by second electrically conductive mechanical connection means, said mass being configured to be vibrated by an external stimulus, electrical bias means for electrically biasing the second mechanical connection means, said second mechanical connection means being such that they are the object of a thermo-piezoresistive effect, the second connection means and the movable mass being disposed with respect to each other such that a movement of the movable mass applies a mechanical stress to the second connection means, wherein the electrical bias means form with at least the second mechanical connection means a thermo-piezoresistive feedback electric circuit, characterized in that the electrical bias means are DC voltage bias means.
A drug reconstitution system comprising: a robotic arm movable between a plurality of positions; at least one bracket member operably coupled with the robotic arm, the at least one bracket member including a mounting region, a support surface, an upper surface, and a throughbore extending through the support surface and the upper surface; and at least one coaxial needle operably coupled with the robotic arm and being movably disposed between the throughbore of the at least one bracket member, wherein the at least one coaxial needle is adapted to pierce at least a portion of a vial and dispense a liquid into the vial during drug reconstitution. a robotic arm movable between a plurality of positions; at least one bracket member operably coupled with the robotic arm, the at least one bracket member including a mounting region, a support surface, an upper surface, and a throughbore extending through the support surface and the upper surface; and at least one coaxial needle operably coupled with the robotic arm and being movably disposed between the throughbore of the at least one bracket member, wherein the at least one coaxial needle is adapted to pierce at least a portion of a vial and dispense a liquid into the vial during drug reconstitution.
A water- and oxygen-occlusive blister pack enclosing an inert atmosphere containing medicinal tablets, wherein the tablets contain buprenorphine or a salt or ester thereof and a mixture of anhydrous citric acid and sodium citrate, and wherein the tablets do not further contain either an antioxidant or a chelating agent to protect the buprenorphine or salt or ester thereof, and wherein the blister pack comprises a base part comprising a metal layer over which a breachable- by-tablet metallic foil is laid; wherein the base part comprises a layer of aliphatic polyamide 10-40 μm thick, then a metallic layer 30-60 μm thick, then a layer of PVC 40-80 μm thick, the PVC layer being the product contact surface; and wherein the breachable-by-tablet metallic foil consists of a 50 g/m 2 lidding foil consisting of 12 μm thick PET, 25 μm thick aluminium and a 6-8 g/m 2 PVC/PVA lacquer, the PVC/PVA being the product contact surface. wherein the base part comprises a layer of aliphatic polyamide 10-40 μm thick, then a metallic layer 30-60 μm thick, then a layer of PVC 40-80 μm thick, the PVC layer being the product contact surface; and wherein the breachable-by-tablet metallic foil consists of a 50 g/m 2 lidding foil consisting of 12 μm thick PET, 25 μm thick aluminium and a 6-8 g/m 2 PVC/PVA lacquer, the PVC/PVA being the product contact surface.
A propulsion and steering arrangement for a vessel, the arrangement comprising a screw propeller and a rudder (10; 10') arranged behind the propeller, wherein the screw propeller is mounted on a drive shaft of the vessel; and a fairing (4; 6) at a tail end of the propeller and a bulb-shaped body provided on a rudder blade of the rudder (10; 10') form a streamlined body which is continuous except for a narrow gap between the fairing (4; 6) and the bulb-shaped body to allow a swinging movement of the bulb-shaped body relative to the fairing (4; 6) when the rudder blade is turned, characterized in that a tail end of the rudder blade is provided with a movable flap.
Use of an adaptation apparatus (100, 200) comprising a waveguide (302, 402), which waveguide is able to be excited, so that an electromagnetic wave with wavelength λ is generated, the adaptation apparatus (100, 200) comprising: a closing-off body (103, 104, 203, 204); an enlargement (101, 201); wherein the closing-off body comprises a jacket surface (102, 107, 211, 212), wherein the jacket surface (102, 107, 211, 212) is configured to establish contact with an external conductor of the waveguide (302, 402); wherein the enlargement (101, 201) is arranged on the jacket surface (102, 107); wherein the enlargement (101, 201) is configured such that the enlargement (101, 201) spaces apart an electrical short circuit at a predeterminable space (w) from the jacket surface (102, 107, 211, 212) of the closing-off body (103, 104, 203, 204); the adaptation apparatus further comprising: a seal (303, 304, 403, 600, 601, 702, 703) formed as a discrete component, wherein the seal (303, 304, 403, 600, 601, 702, 703) is arranged in the propagation direction of an outgoing electromagnetic wave in front of and/or behind the enlargement (101, 201) and so as to rest against the enlargement (101, 201), wherein the space (w) is an integer multiple n of λ/2, wherein n≥2. a closing-off body (103, 104, 203, 204); an enlargement (101, 201); wherein the closing-off body comprises a jacket surface (102, 107, 211, 212), wherein the jacket surface (102, 107, 211, 212) is configured to establish contact with an external conductor of the waveguide (302, 402); wherein the enlargement (101, 201) is arranged on the jacket surface (102, 107); wherein the enlargement (101, 201) is configured such that the enlargement (101, 201) spaces apart an electrical short circuit at a predeterminable space (w) from the jacket surface (102, 107, 211, 212) of the closing-off body (103, 104, 203, 204); the adaptation apparatus further comprising: a seal (303, 304, 403, 600, 601, 702, 703) formed as a discrete component, wherein the seal (303, 304, 403, 600, 601, 702, 703) is arranged in the propagation direction of an outgoing electromagnetic wave in front of and/or behind the enlargement (101, 201) and so as to rest against the enlargement (101, 201), wherein the space (w) is an integer multiple n of λ/2, wherein n≥2.
A bacterial screening assay comprising: a bacterial cell expressing (a) a modified protein degradation tag fused to a target protein, wherein the modified degradation tag is derived from a Mesoplasma florum degradation tag, comprises one or more substitutions of amino acid residues corresponding to amino acids 24-27 of SEQ ID NO: 1 and comprises altered degradation dynamics compared to the unmodified Mesoplasma florum degradation tag (SEQ ID NO: 1), and (b) a Mesoplasma florum Lon ( mf -Lon) protease capable of degrading the modified protein degradation tag that is not expressed constitutively by the bacterial cell. (a) a modified protein degradation tag fused to a target protein, wherein the modified degradation tag is derived from a Mesoplasma florum degradation tag, comprises one or more substitutions of amino acid residues corresponding to amino acids 24-27 of SEQ ID NO: 1 and comprises altered degradation dynamics compared to the unmodified Mesoplasma florum degradation tag (SEQ ID NO: 1), and (b) a Mesoplasma florum Lon ( mf -Lon) protease capable of degrading the modified protein degradation tag that is not expressed constitutively by the bacterial cell.
A conductive component (1; 11; 21; 31; 41; 51; 61; 71; 81; 91; 101; 111) which electrically connects two members (8, 9) when sandwiched therebetween, the conductive component (1; 11; 21; 31; 41; 51; 61; 71; 81; 91; 101; 111) comprising: a tubular body wherein the tubular body includes: a first portion (5; 115) and a second portion (6; 116) located on opposite sides to each other the first portion (5; 115) including a solder joint portion (5; 115) which is joined to one of the two members (8, 9) by soldering and the second portion (6; 116) including a contact portion (6; 116) which contacts an other of the two members (8, 9).
A sealant composition comprising: (a) an elastomer selected from butyl rubber, polyisobutylene rubber, ethylene-propylene rubber, and mixtures thereof, (b) an inorganic filler, and (c) an adhesion promoter comprising an epoxy-based silane and an amino-based silane, wherein the weight ratio between the epoxy-based silane and the amino-based silane ranges from 60/40 to 90/10. (a) an elastomer selected from butyl rubber, polyisobutylene rubber, ethylene-propylene rubber, and mixtures thereof, (b) an inorganic filler, and (c) an adhesion promoter comprising an epoxy-based silane and an amino-based silane, wherein the weight ratio between the epoxy-based silane and the amino-based silane ranges from 60/40 to 90/10.
Connecting end-piece for connecting an insulated electrical supply cable, comprising a rigid conductive core, to a terminal of an electrical equipment, comprising a connection terminal configured to receive, in an axial insertion direction, one end of said supply cable, and an electrical connection cable, comprising a flexible conductive core, said connection cable being mechanically fixed and electrically connected to said connection terminal and being configured so as to be connected to said terminal of said equipment; said connection terminal comprises a conductive contact member provided with two series of conductive teeth facing each other, each tooth having an active part configured so as to come into contact with said rigid conductive core of said supply cable, and a clamping member configured to clamp said supply cable against said active parts of said two series of conductive teeth; characterised in that said conductive contact member is formed by a bridge that extends in said axial insertion direction and to which said connection cable is mechanically fixed and electrically connected, and by a support lug extending transversely to said axial insertion direction, said support lug being provided with a folding portion connected to said bridge, an intermediate portion connected to and extending said folding portion and two straight portions (56, 57) connected on either side of said intermediate portion, straight portions (56, 57) on which said two series of conductive teeth are provided; with said folding portion that is folded on itself and said two straight portions (56, 57) that are folded with respect to said intermediate portion, so that the latter rests on said bridge, so that said two series of conductive teeth extend transversely to said axial insertion direction and so that said active parts of said two series of conductive teeth extend radially towards said clamping member.
A radar device (100, 200) mounted in a host vehicle, comprising: a radar transmitter that is adapted to transmit a radar signal; a camera that is adapted to take one or more image of a region including a direction in which the radar signal is transmitted; a light detection unit that is adapted to detect a light state of an other vehicle, the light state of the other vehicle being detected as an ON state, if a light of the other vehicle included in the one or more images captured by the camera is ON, and being detected as an OFF state, if the light of the other vehicle included in the one or more images is OFF; and a controller in form of a timing control unit (103, 203) that is adapted to set a transmission pattern, including a transmission period and a transmission suspension period, of the radar signal and a light ON/OFF pattern, including a light ON period and a light OFF period, of a light of the host vehicle, wherein the light ON/OFF pattern of the light of the host vehicle is synchronized with the transmission pattern of the radar signal, and on basis of the detected light state of the other vehicle, the transmission period of the radar signal is set different from a transmission period of a radar signal of an other radar device mounted in the other vehicle. a radar transmitter that is adapted to transmit a radar signal; a camera that is adapted to take one or more image of a region including a direction in which the radar signal is transmitted; a light detection unit that is adapted to detect a light state of an other vehicle, the light state of the other vehicle being detected as an ON state, if a light of the other vehicle included in the one or more images captured by the camera is ON, and being detected as an OFF state, if the light of the other vehicle included in the one or more images is OFF; and a controller in form of a timing control unit (103, 203) that is adapted to set a transmission pattern, including a transmission period and a transmission suspension period, of the radar signal and a light ON/OFF pattern, including a light ON period and a light OFF period, of a light of the host vehicle, wherein the light ON/OFF pattern of the light of the host vehicle is synchronized with the transmission pattern of the radar signal, and on basis of the detected light state of the other vehicle, the transmission period of the radar signal is set different from a transmission period of a radar signal of an other radar device mounted in the other vehicle.
A surgical needle device, comprising: a needle assembly including; a generally stationary needle having a lumen defined therethrough; a wire having a distal tip portion, with the wire adapted to traverse along at least a portion of the needle lumen; a needle distal end including a barb guard having at least one barb member extending beyond the generally stationary needle; a handle assembly including at least one slider actuator and a biasing member, with the at least one actuator being operatively coupled with the wire and the biasing member such that the biasing member biases the distal tip portion of the wire into an extended engagement position a distance outside of the needle lumen, with the distal tip portion being retractable upon activation of the at least one actuator; and a tissue anchor device having at least one extending tine adapted to selectively abuttably stop against the at least one barb member, wherein the tissue anchor device can be engaged at the needle distal end, distal to the barb member, and wherein the barb member is shaped to correspond to a cross-section of the extending tine, such that the barb guard can prevent the tine from engaging tissue until the wire distal portion is disengaged from the anchor device. a needle assembly including; a generally stationary needle having a lumen defined therethrough; a wire having a distal tip portion, with the wire adapted to traverse along at least a portion of the needle lumen; a generally stationary needle having a lumen defined therethrough; a wire having a distal tip portion, with the wire adapted to traverse along at least a portion of the needle lumen; a needle distal end including a barb guard having at least one barb member extending beyond the generally stationary needle; a handle assembly including at least one slider actuator and a biasing member, with the at least one actuator being operatively coupled with the wire and the biasing member such that the biasing member biases the distal tip portion of the wire into an extended engagement position a distance outside of the needle lumen, with the distal tip portion being retractable upon activation of the at least one actuator; and a tissue anchor device having at least one extending tine adapted to selectively abuttably stop against the at least one barb member, wherein the tissue anchor device can be engaged at the needle distal end, distal to the barb member, and wherein the barb member is shaped to correspond to a cross-section of the extending tine, such that the barb guard can prevent the tine from engaging tissue until the wire distal portion is disengaged from the anchor device.
A method for providing tessellated primitive data to a geometry shader, the method comprising: computing a new set of tessellated vertices and a new set of connectivity data in a tessellation engine based on an original set of vertices and an original set of connectivity data; characterized by transmitting, from the tessellation engine, the computed new set of connectivity data and the original set of connectivity data to the geometry shader, wherein the computed new set of connectivity data and the original set of connectivity data are transmitted from the tessellation engine without going through the vertex shader (102,203); generating modified vertex data at a vertex shader (102,203) based on the original set of vertices and the new set of tessellated vertices received from the tessellation engine; retrieving at the geometry shader from the vertex shader, a subset of the modified vertex data based on the new set of connectivity data; and processing primitives defined by the subset of the modified vertex data. computing a new set of tessellated vertices and a new set of connectivity data in a tessellation engine based on an original set of vertices and an original set of connectivity data; characterized by transmitting, from the tessellation engine, the computed new set of connectivity data and the original set of connectivity data to the geometry shader, wherein the computed new set of connectivity data and the original set of connectivity data are transmitted from the tessellation engine without going through the vertex shader (102,203); generating modified vertex data at a vertex shader (102,203) based on the original set of vertices and the new set of tessellated vertices received from the tessellation engine; retrieving at the geometry shader from the vertex shader, a subset of the modified vertex data based on the new set of connectivity data; and processing primitives defined by the subset of the modified vertex data.
A releasing mechanism for an aerosol generating device, said aerosol generating device being provided with a heating body used to be inserted into an aerosol-forming substrate placeable on the releasing mechanism, the releasing mechanism comprising: a rotary portion comprising an outer case and an inner case, wherein the outer case is sleeved on the inner case, said inner case having an inner chamber for placing said aerosol-forming substrate on the inner case; characterized in that a pressing mechanism is provided on the inner case, wherein the outer case is movable along a circumferential direction, and the circumferential movement is transferred to a movement along an axial direction which coincides with an axial direction of the inner chamber and an inserting direction of the heating body when inserted into the aerosol-forming substrate, to drive the pressing mechanism for applying a radial pressing force to the aerosol-forming substrate when placed in said inner chamber; the inner case is connectable to the aerosol generating device rotatably between a first position and a second position. a rotary portion comprising an outer case and an inner case, wherein the outer case is sleeved on the inner case, said inner case having an inner chamber for placing said aerosol-forming substrate on the inner case; characterized in that a pressing mechanism is provided on the inner case, wherein the outer case is movable along a circumferential direction, and the circumferential movement is transferred to a movement along an axial direction which coincides with an axial direction of the inner chamber and an inserting direction of the heating body when inserted into the aerosol-forming substrate, to drive the pressing mechanism for applying a radial pressing force to the aerosol-forming substrate when placed in said inner chamber; the inner case is connectable to the aerosol generating device rotatably between a first position and a second position.
A transmitter for wireless communication, wherein the transmitter is operable to wirelessly transmit digital information with a plurality of data transmission rates using a common MSK modulation format and direct sequence spectrum spreading (DSSS), wherein the digital information is transmitted using a transmission frame including a header part and a payload part, wherein the header part comprises a a preamble and a start frame delimiter SFD, wherein the data transmission rate is encoded at least into the preamble of the frame and wherein the modulation format for the header and payload part (230, 220) is the same for all data transmission rates, wherein the preamble defines one of a plurality of data transmission rate groups which are detected by a plurality of preamble detectors each receiving a sampled MSK symbol stream, and the start frame delimiter can be configured to further define different data transmission rates within each data group; and wherein a transmission time for the preamble and start frame delimiter for each data rate group has a different length and is defined by a repetition of a chip sequence which encodes a data signal, wherein the chip sequence comprises a predefined chip pattern for each data rate group.
Protective jacket, in particular flame-retardant jacket, comprising an integral belt, in which the ends (18a, 18b) of the belt each have a loop and are each accessible through respective openings (16a, 16b) on the front of the protective jacket, characterised in that a safety loop is arranged or formed between the ends (18a, 18b) of the belt, the safety loop being accessible through an opening on the front of the protective jacket.