mhurhangee/ep-ind-claims huggingface dataset:
A medical wrap assembly, comprising: a foldable wrap body (112, 162) including a front surface, the front surface configured to define a sterile field; a component placement area disposed on the front surface of the wrap body (112, 162) and configured for the placement thereon of a plurality of medical components, the medical components arranged in a predetermined order of use for a medical procedure; and at least one folded edge (118, 168) included on the wrap body (112, 162), the at least one folded edge (118, 168) configured to retain the medical components on the front surface of the wrap body (112, 162), wherein the at least one folded edge (118, 168) includes a compound-folded S-shaped cross-sectional configuration. a foldable wrap body (112, 162) including a front surface, the front surface configured to define a sterile field; a component placement area disposed on the front surface of the wrap body (112, 162) and configured for the placement thereon of a plurality of medical components, the medical components arranged in a predetermined order of use for a medical procedure; and at least one folded edge (118, 168) included on the wrap body (112, 162), the at least one folded edge (118, 168) configured to retain the medical components on the front surface of the wrap body (112, 162), wherein the at least one folded edge (118, 168) includes a compound-folded S-shaped cross-sectional configuration.
A wrapping machine for wrapping trayed food products, comprising: - a wrap station at which trayed food products are wrapped; - a film dispensing system for drawing out film at the wrap station; - a conveying system (18A, 18B, 42, 44) for moving trayed food products through the wrapping machine; - a printer and label apply arrangement positioned for applying labels to trayed food products after wrapping, the printer and label apply arrangement including a support that is pivotable between an operating position and an access position; wherein the wrapping machine further includes a latch (142, 146) for releasably holding the support in the operating position; characterized in that the film dispensing system includes a knife movable for cutting the film, and opposite ends of the knife are mechanically linked via spaced apart first and second belts (196, 198) to maintain alignment of the opposite ends. - a wrap station at which trayed food products are wrapped; - a film dispensing system for drawing out film at the wrap station; - a conveying system (18A, 18B, 42, 44) for moving trayed food products through the wrapping machine; - a printer and label apply arrangement positioned for applying labels to trayed food products after wrapping, the printer and label apply arrangement including a support that is pivotable between an operating position and an access position;
A flame retardant composition comprising a polycarbonate; a branched polycarbonate comprising bisphenol carbonate units, 0.01 to 1.0 mol% of a repeating unit derived from a monomer having a pendant ester group, or a combination thereof, and repeating units derived from a branching agent based on the total moles of the composition; a linear polycarbonate comprising bisphenol carbonate units and 0.01 to 1.0 mol% of a repeating unit derived from a monomer having a pendant ester group based on the total moles of the composition; a flame retardant comprising an alkyl sulfonate, an aromatic sulfonate, an aromatic sulfone sulfonate, an aromatic organophosphorus compound, or a combination thereof, and optionally a cyclic siloxane; optionally, an additive composition; and optionally a filler. a polycarbonate; a branched polycarbonate comprising bisphenol carbonate units, 0.01 to 1.0 mol% of a repeating unit derived from a monomer having a pendant ester group, or a combination thereof, and repeating units derived from a branching agent based on the total moles of the composition; a linear polycarbonate comprising bisphenol carbonate units and 0.01 to 1.0 mol% of a repeating unit derived from a monomer having a pendant ester group based on the total moles of the composition; a flame retardant comprising an alkyl sulfonate, an aromatic sulfonate, an aromatic sulfone sulfonate, an aromatic organophosphorus compound, or a combination thereof, and optionally a cyclic siloxane; optionally, an additive composition; and optionally a filler.
A level switch operable to initiate a switching function in the event of a change of medium in contact with said switch, said switch including: a sensor having a connection end and a distal end, and being operable to sense a change of medium in contact with the distal end of said sensor; and drive and processing electronics connected to the connection end of the sensor and configured and operable to provide drive signals to the connection end of said sensor, to receive and process received signals resulting from reflection of the drive signals at the distal end of said sensor, and to initiate a switching function dependent on an amplitude and/or phase difference in frequency of said received signals, wherein said sensor comprises an open ended microwave waveguide formed by an outer electrode and an inner electrode held within said outer electrode with an electrical insulator there-between, said sensor having a length L, wherein said sensor is configured to create an impedance mismatch at or adjacent to said connection end. a sensor having a connection end and a distal end, and being operable to sense a change of medium in contact with the distal end of said sensor; and drive and processing electronics connected to the connection end of the sensor and configured and operable to provide drive signals to the connection end of said sensor, to receive and process received signals resulting from reflection of the drive signals at the distal end of said sensor, and to initiate a switching function dependent on an amplitude and/or phase difference in frequency of said received signals, wherein said sensor comprises an open ended microwave waveguide formed by an outer electrode and an inner electrode held within said outer electrode with an electrical insulator there-between, said sensor having a length L, wherein said sensor is configured to create an impedance mismatch at or adjacent to said connection end.
A catalyst for asymmetric hydrogenation of a carbon-carbon double bond-containing compound, comprising: an iridium cation; and a ligand of the following Formula 1, which is bonded to the iridium cation wherein R 1 is a hydrogen atom, a substituted or unsubstituted, straight or branched C 1 -C 3 alkyl group, or a substituted or unsubstituted, straight or branched C 1 -C 3 alkoxy group; R 2 and R 2 ' are each independently a hydrogen atom, a substituted or unsubstituted, straight or branched C 1 -C 3 alkyl group, or a substituted or unsubstituted, straight or branched C 1 -C 3 alkoxy group; and the substituent in the substituted alkyl group and substituted alkoxy group is a halogen atom, a straight or branched C 1 -C 3 alkyl group, or a straight or branched C 1 -C 3 alkoxy group. an iridium cation; and a ligand of the following Formula 1, which is bonded to the iridium cation wherein R 1 is a hydrogen atom, a substituted or unsubstituted, straight or branched C 1 -C 3 alkyl group, or a substituted or unsubstituted, straight or branched C 1 -C 3 alkoxy group; R 2 and R 2 ' are each independently a hydrogen atom, a substituted or unsubstituted, straight or branched C 1 -C 3 alkyl group, or a substituted or unsubstituted, straight or branched C 1 -C 3 alkoxy group; and the substituent in the substituted alkyl group and substituted alkoxy group is a halogen atom, a straight or branched C 1 -C 3 alkyl group, or a straight or branched C 1 -C 3 alkoxy group.
A method for reporting channel status information, CSI, from a user equipment in a wireless communication system, the method comprising: receiving from a base station a first channel status information-reference signal, CSI-RS, based on CSI-RS configuration information for a first domain antenna group of a two-dimensional antenna structure, the CSI-RS configuration information for the first domain antenna group being provided from the base station; reporting to the base station first CSI for the first domain antenna group, the first CSI being generated by using the first CSI-RS; receiving from the base station a second CSI-RS based on CSI-RS configuration information for a second domain antenna group of the two-dimensional antenna structure, the CSI-RS configuration information for the second domain antenna group being provided from the base station; and reporting to the base station second CSI for the second domain antenna group, the second CSI is generated by using the second CSI-RS, wherein the CSI-RS configuration information for the second domain antenna group is determined based on the first CSI. receiving from a base station a first channel status information-reference signal, CSI-RS, based on CSI-RS configuration information for a first domain antenna group of a two-dimensional antenna structure, the CSI-RS configuration information for the first domain antenna group being provided from the base station; reporting to the base station first CSI for the first domain antenna group, the first CSI being generated by using the first CSI-RS; receiving from the base station a second CSI-RS based on CSI-RS configuration information for a second domain antenna group of the two-dimensional antenna structure, the CSI-RS configuration information for the second domain antenna group being provided from the base station; and reporting to the base station second CSI for the second domain antenna group, the second CSI is generated by using the second CSI-RS, wherein the CSI-RS configuration information for the second domain antenna group is determined based on the first CSI.
A tyre pressure monitoring unit comprising a pressure sensor for measuring tyre pressure and a printed circuit board, which carries an antenna circuit for sending pressure data, wherein the antenna circuit is set up to transmit pressure data by means of Bluetooth low-energy technology, characterized in that the antenna circuit for transmitting the pressure data comprises a bracket-shaped antenna, the ends of which are attached to the circuit board.
Damper of a ventilation duct, which damper comprises a hollow duct part, e.g. a cylindrical pipe, a turnable plate inside it for adjusting the airflow, a shaft fixed to the plate, and also an adjusting means fixed to one end of the shaft outside the duct part for turning the damper plate manually, characterized in that a control handle provided with an insulation allowance is installed on top of the adjusting means.
Method for managing the cellular transfer of information with at least one relay interposed between a base station and terminals, the relay, the base station and the terminals being entities (10, 10A, 10B, 12, 12A, 12B, 14, 16, 18, 20, 22) of a network architecture comprising a plurality of entities (10, 10A, 10B, 12, 12A, 12B, 14, 16, 18, 20, 22), the network architecture being adapted to implement telecommunications between the entities (10, 10A, 10B, 12, 12A, 12B, 14, 16, 18, 20, 22), the entities (10, 10A, 10B, 12, 12A, 12B, 14, 16, 18, 20, 22) being also a mobile managing entity, named MME, and a controller separate from the MME, the base station comprising a radio transceiver and a virtual machine, the virtual machine and the relay having a configuration controlled by the controller, the method comprising, at the level of the relay, managing the transfer of information from at least one layer selected from among a Radio Resource Control layer, named RRC layer, a Non Access Stratum layer, named NAS layer, and a Packet Data Convergence Protocol layer, named PDCP layer, to at least one terminal, the method being characterize in that the configuration of the virtual machine and of the relay is chosen in a periodical way between three operating modes: - a first operating mode in which the method comprises a step of encapsulation of the RRC layer in a PDCP layer specific to the terminal and then in a PDCP layer specific to the relay, - a second operating mode in which the used RRC layer is a RRC layer specific to the relay, and - a third operating mode in which the method comprises a step of encapsulation of the RRC layer in a PDCP layer specific to the terminal, the RRC layer being transmitted to/from the relay and without PDCP layer specific to the relay. - a first operating mode in which the method comprises a step of encapsulation of the RRC layer in a PDCP layer specific to the terminal and then in a PDCP layer specific to the relay, - a second operating mode in which the used RRC layer is a RRC layer specific to the relay, and - a third operating mode in which the method comprises a step of encapsulation of the RRC layer in a PDCP layer specific to the terminal, the RRC layer being transmitted to/from the relay and without PDCP layer specific to the relay.
A system configured to automatically calibrate a pipette, the system comprising: - a robotic arm, configured to translate and rotate its end effector; - a pressing-device firmly connected to the robotic arm, to serve as its end effector, the pressing device configured to hold a pipette and to press a plunger-button of the pipette; - a rotating-device, configured to rotate/dial a wheel-button of the pipette; - at least one liquid source; - at least one scaling element, configured to measure weight; - at least one input-device, configured to receive real-time input-data; and - at least one processor (399,499,800), in communication with the input-device configured to analyze the input-data and accordingly to: ▪ control the motion of the robotic arm, therefore control location and orientation of the pipette; ▪ control the rotating-device, therefore control a rotation angle / dialing applied onto the wheel-button; ▪ control the pressing-device, therefore control pressure applied onto the plunger-button and control the gripping and release of the pipette; ▪ evaluate calibration of the pipette, in reference to a predetermined standard; and ▪ output a calibration report for the pipette. - a robotic arm, configured to translate and rotate its end effector; - a pressing-device firmly connected to the robotic arm, to serve as its end effector, the pressing device configured to hold a pipette and to press a plunger-button of the pipette; - a rotating-device, configured to rotate/dial a wheel-button of the pipette; - at least one liquid source; - at least one scaling element, configured to measure weight; - at least one input-device, configured to receive real-time input-data; and - at least one processor (399,499,800), in communication with the input-device configured to analyze the input-data and accordingly to: ▪ control the motion of the robotic arm, therefore control location and orientation of the pipette; ▪ control the rotating-device, therefore control a rotation angle / dialing applied onto the wheel-button; ▪ control the pressing-device, therefore control pressure applied onto the plunger-button and control the gripping and release of the pipette; ▪ evaluate calibration of the pipette, in reference to a predetermined standard; and ▪ output a calibration report for the pipette. ▪ control the motion of the robotic arm, therefore control location and orientation of the pipette; ▪ control the rotating-device, therefore control a rotation angle / dialing applied onto the wheel-button; ▪ control the pressing-device, therefore control pressure applied onto the plunger-button and control the gripping and release of the pipette; ▪ evaluate calibration of the pipette, in reference to a predetermined standard; and ▪ output a calibration report for the pipette.
A method of creating an embossing die comprising: receiving design data specifying a design to be embossed; and forming an embossing die by printing multiple ink layers (530, 540) on a substrate in superposition thereby to build up a printed relief pattern in accordance with the design data; the method further comprising modifying (184; 185) the design data after receipt to introduce into the printed relief pattern to be built, one or more channels (610, 620) which extend depth-wise through multiple ink layers of the printed relief pattern and serve to fully or partially segment the printed relief pattern. receiving design data specifying a design to be embossed; and forming an embossing die by printing multiple ink layers (530, 540) on a substrate in superposition thereby to build up a printed relief pattern in accordance with the design data; superposition thereby to build up a printed relief pattern in accordance with the design data;
A catheter with expandable member, comprising a guide wire guiding tubular member having an inside surface of its lumen composed of a composite material containing nanocarbon dispersed in a matrix polymer, and an expandable member disposed around the outer circumference of a portion in the vicinity of a distal end portion of said tubular member, a distal end portion of said expandable member being attached to the outer circumference of the portion in the vicinity of said distal end portion of said tubular member, characterized in that said lumen surface of said tubular member has a rough surface having minute recesses and projections.
A method for draining a medical device adapted to be implanted in a human or animal body, said medical device comprising a casing enclosing a fluid reservoir and a fluid outlet forming a fluid connection between the reservoir and a volume external to the casing, comprising: - providing the device in a packaging comprising a tank, the casing being held in the tank in a position in which the reservoir is positioned between the bottom of the tank and the fluid outlet, - filling the tank with a biocompatible fluid, so that a zone of the packaging external to the medical device which is in fluid connection with the fluid outlet of the reservoir is immersed in the fluid, - draining the medical device by filling the reservoir with the biocompatible fluid and discharging the air present in the reservoir to the fluid outlet. - providing the device in a packaging comprising a tank, the casing being held in the tank in a position in which the reservoir is positioned between the bottom of the tank and the fluid outlet, - filling the tank with a biocompatible fluid, so that a zone of the packaging external to the medical device which is in fluid connection with the fluid outlet of the reservoir is immersed in the fluid, - draining the medical device by filling the reservoir with the biocompatible fluid and discharging the air present in the reservoir to the fluid outlet.
A system for measuring at least the bounce height of a roulette ball into one or more of the following a cone, separator ring, number ring and lower ball track of a roulette wheel, comprising a frame member rotatably attachable to a roulette wheel proximate a turret support; a ball-drop tube slidably engaged to said frame member, said ball-drop tube slidable from near a center of said roulette wheel to an outer section of said roulette wheel; and a laser positioned to measure at least a bounce height of a roulette ball dropped through said ball-drop tube onto one or more of the following: a cone, separator ring, number ring and lower ball track of said roulette wheel.
An animal-protein free, solid-form Clostridial toxin pharmaceutical composition comprising a Clostridial toxin active ingredient, an effective amount of a sugar excipient comprising two different sugars, and an effective amount of surfactant excipient.
A braided article of footwear comprising: a sole; and a braided upper coupled to the sole, the braided upper having a first braided layer having an interior surface and an opposing exterior surface, the first braided layer defining a toe portion, a heel portion, a medial midfoot portion and a lateral midfoot portion extending between the toe portion and the heel portion, a throat portion, and an underfoot portion, wherein the braided upper is comprised of a high performance yarn and a base yarn, wherein the high performance yarn has a higher strength than the base yarn, and wherein the high performance yarn forms a braided framework that is integrally and contiguously braided with at least a portion of the first braided layer of the braided upper, characterized in that the braided framework formed from the high performance yarn comprises a first plurality of arcuate loops forming a second layer along a first edge of the throat portion and a second plurality of arcuate loops forming the second layer along a second edge of the throat portion, and wherein each of the first plurality of arcuate loops and the second plurality of arcuate loops are contiguous with the braided framework when transitioning from the first braided layer to the second layer at a first location, and while transitioning from the second layer back to the first braided layer at a second location, wherein each arcuate loop in the first plurality of arcuate loops and the second plurality of arcuate loops encloses an opening, and wherein the opening is configured to receive at least one lace framework through the opening.
A process for making an aromatic dicarboxylic acid composition, starting from dialkylaromatic compounds, said process comprising: (a) subjecting a multi-phase reaction medium to oxidation in a primary oxidation zone to thereby produce an initial slurry; (b) subjecting at least a portion of said initial slurry to oxidative digestion in a digestion zone to thereby produce a digestion product slurry; (c) cooling at least a portion of said digestion product slurry in a cooling zone to thereby produce a cooled slurry comprising cooled liquid and solid phases; and (d) using a solvent purification system to remove of at least one aromatic impurity present in a solvent purification feed introduced into said solvent purification system, wherein said cooled liquid phase of said cooled slurry forms at least 20 weight percent of said solvent purification feed; characterized in that less than 70 weight percent of the liquid phase of said initial slurry is removed from said initial slurry prior to introducing at least a portion of said initial slurry into said digestion zone. (a) subjecting a multi-phase reaction medium to oxidation in a primary oxidation zone to thereby produce an initial slurry; (b) subjecting at least a portion of said initial slurry to oxidative digestion in a digestion zone to thereby produce a digestion product slurry; (c) cooling at least a portion of said digestion product slurry in a cooling zone to thereby produce a cooled slurry comprising cooled liquid and solid phases; and (d) using a solvent purification system to remove of at least one aromatic impurity present in a solvent purification feed introduced into said solvent purification system, wherein said cooled liquid phase of said cooled slurry forms at least 20 weight percent of said solvent purification feed;
An inhibitory nucleic acid comprising a sequence that is complementary to a contiguous sequence of at least 7 nucleotides present in microRNA hsa-miR-155 for use in treating amyotrophic lateral sclerosis in a subject.