mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for cutting a workpiece, comprising: a main support frame; a torch mounting plate mounted on and depending from said support frame, said torch mounting plate being pivotally movable about a pivot axis; a first cutting torch mounted on said torch mounting plate; and a second cutting torch, different from the first cutting torch, and mounted on said torch mounting plate, said torch mounting plate being selectively movable about said pivot axis, wherein the main support frame defines a vertical main axis, characterised in that said torch mounting plate is rotatable about said main axis relative to said support frame, wherein said pivot axis intersects said main axis at a right angle thereto, to permit a selected one of said first and second cutting torches (40, 60) selectively positioned for cutting said workpiece, wherein said first cutting torch is axially movable relative to said torch mounting plate along a first cutting axis that intersects said pivot axis; and said second cutting torch is axially movable relative to said torch mounting plate along a second cutting axis that intersects said pivot axis. a main support frame; a torch mounting plate mounted on and depending from said support frame, said torch mounting plate being pivotally movable about a pivot axis; a first cutting torch mounted on said torch mounting plate; and a second cutting torch, different from the first cutting torch, and mounted on said torch mounting plate, said torch mounting plate being selectively movable about said pivot axis, wherein the main support frame defines a vertical main axis, characterised in that said torch mounting plate is rotatable about said main axis relative to said support frame, wherein said pivot axis intersects said main axis at a right angle thereto, to permit a selected one of said first and second cutting torches (40, 60) selectively positioned for cutting said workpiece, wherein said first cutting torch is axially movable relative to said torch mounting plate along a first cutting axis that intersects said pivot axis; and said second cutting torch is axially movable relative to said torch mounting plate along a second cutting axis that intersects said pivot axis.
A shoulder strap retention device for routing shoulder straps and retain them over a body armor, the shoulder strap retention device comprising a first anchoring strip and a second anchoring strip, a retention strap comprising a first strap section having a first loop at its left lateral end, a first connection fitting towards its first medial end and an adjustment fitting, a second strap section having a second loop at its right lateral end and a second connection fitting towards its second medial end, wherein the first anchoring strip is threaded through the first loop of the first strap section and secured therein and the second anchoring strip is threaded through the second loop of the second strap section and secured therein, characterized in that the body armor includes a front panel having a plurality of loops stitched thereto and the first anchoring strip and the second anchoring strip being threaded through the loops located on opposite sides of the front panel of the body armor.
A method of promoting the symmetrical division of neural stem cells comprising culturing said neural stem cells attached to a substrate in an adherent monolayer culture in a medium containing: (a) an agonist of an EGF receptor; or (b) an agonist of an EGF receptor and an agonist of an FGF receptor, wherein at least 80% of said cells are symmetrically-dividing neural stem cells and wherein no more than 1% of the cells are positive for the expression of markers for mature astrocytes, neurons and oligodendrocytes. (a) an agonist of an EGF receptor; or (b) an agonist of an EGF receptor and an agonist of an FGF receptor,
Agricultural baler, comprising: - a bale chamber; - a feeder duct communicating with the bale chamber for charges of crop material to be transferred from the feeder duct into the bale chamber; - a plunger reciprocally moveable within the bale chamber to compress successive charges of crop material received from the feeder duct to form a bale; and - feeder means operable within the feeder duct to accumulate a charge of crop material therein and then stuff that accumulated charge into the bale chamber; - the feeder means comprising at least one first tine and at least one second tine, each having a leading face for engaging the crop material, the width (W 2) of frontal area (A 2) of the leading face of the second tine being smaller than the width (W 1) of the frontal area (A 1) of the leading face of the first tine; characterized in that at least the first tine comprises a tine body having mounted thereon a plate, said plate defining the leading face having the frontal area (A 1) with the larger width (W 1). - a bale chamber; - a feeder duct communicating with the bale chamber for charges of crop material to be transferred from the feeder duct into the bale chamber; - a plunger reciprocally moveable within the bale chamber to compress successive charges of crop material received from the feeder duct to form a bale; and - feeder means operable within the feeder duct to accumulate a charge of crop material therein and then stuff that accumulated charge into the bale chamber; - the feeder means comprising at least one first tine and at least one second tine, each having a leading face for engaging the crop material, the width (W 2) of frontal area (A 2) of the leading face of the second tine being smaller than the width (W 1) of the frontal area (A 1) of the leading face of the first tine; characterized in that at least the first tine comprises a tine body having mounted thereon a plate, said plate defining the leading face having the frontal area (A 1) with the larger width (W 1).
A static random access memory (SRAM) comprising:a first inverter comprising a first pull up, short PU, back-gate transistor and a first pull down, short PD, back-gate transistor, the first PU back-gate transistor comprising a back-gate feedback loop, the first PD back-gate transistor having a first width;a second inverter comprising a second PU back-gate transistor and a second PD back-gate transistor, the second PU back-gate transistor comprising a back-gate feedback loop, the second PD back-gate transistor having a second width substantially equal to the first width;a first pass gate, short PG, transistor associated with the first inverter, the first PG transistor comprising a first PG width substantially equal to the first width; and a second PG transistor associated with the second inverter,the second PG transistor comprising a second PG width substantially equal to the second width; characterized by a write driver comprising two outputs (144, 146), wherein: a first output of the two outputs is connected to a bit line source and to a back-gate of the second PD back-gate transistor, wherein the bit line source is coupled to the first inverter through the first PG transistor, and a second output of the two outputs is connected to a bit line bar source and to a back-gate of the first PD back-gate transistor, wherein the bit line bar source is coupled to the second inverter through the second PG transistor.
A sensor assembly for sensing a property associated with a structure of interest, the assembly comprising: an elongate member constructed and arranged so as to be capable of assuming a structure-engaging form in which it is resiliently biased such that the member can engage with and grip said structure along at least part of the length of the member; and, at least one sensor supported by the elongate member, characterised in that the member is constructed and arranged so that it can be progressively flattened and wound about an axis extending transversely to the longitudinal extent of the member to form a coil so as to be reversibly configurable between a coiled form and an extended form, wherein the extended form is the structure-engaging form, wherein the longitudinal extent of the member is at least 5 times the transverse extent of the member when in the structure-engaging form, wherein the member is constructed and arranged to allow the sensor assembly to follow bending of the structure of interest whilst maintaining its grip on the structure. an elongate member constructed and arranged so as to be capable of assuming a structure-engaging form in which it is resiliently biased such that the member can engage with and grip said structure along at least part of the length of the member; and, at least one sensor supported by the elongate member, characterised in that
A method of operation of a navigation system including a first device connected to a second device that is remote from the first device, the method comprising: determining a frame of a map in the first device based on a current travel-direction and a current location for tracking a movement of the first device; generating a directional-tile from the frame based on the current travel-direction in the first device, wherein the directional-tile is a portion of the frame; and transferring the directional-tile from the first device for displaying a navigation map on the second device using the directional-tile from the first device to update only portions of the navigation map without recalculating or regenerating an entire display of a screen of the second device. determining a frame of a map in the first device based on a current travel-direction and a current location for tracking a movement of the first device; generating a directional-tile from the frame based on the current travel-direction in the first device, wherein the directional-tile is a portion of the frame; and transferring the directional-tile from the first device for displaying a navigation map on the second device using the directional-tile from the first device to update only portions of the navigation map without recalculating or regenerating an entire display of a screen of the second device.
A radiation sensor device comprising: an integrated circuit chip including a radiation sensor on a surface of the integrated chip; one or more electrical connections configured to connect between an active surface of the integrated circuit chip and a lead frame; a cap attached to said integrated circuit chip spaced from and covering said radiation sensor, the cap having a transparent portion defining a first lens transparent to the radiation to be sensed; characterised by a second lens transparent to the radiation to be sensed disposed in a recess so as to be proximate and spaced from said first lens; and an air gap between said first lens and said second lens; the radiation sensor device further comprising an encapsulant for encapsulating said cap and said integrated circuit chip with said radiation sensor having said primary lens exposed at a boundary of said encapsulant, wherein the second lens in the recess does not protrude above a top surface of the radiation sensor device. an integrated circuit chip including a radiation sensor on a surface of the integrated chip; one or more electrical connections configured to connect between an active surface of the integrated circuit chip and a lead frame; a cap attached to said integrated circuit chip spaced from and covering said radiation sensor, the cap having a transparent portion defining a first lens transparent to the radiation to be sensed; characterised by a second lens transparent to the radiation to be sensed disposed in a recess so as to be proximate and spaced from said first lens; and an air gap between said first lens and said second lens; the radiation sensor device further comprising an encapsulant for encapsulating said cap and said integrated circuit chip with said radiation sensor having said primary lens exposed at a boundary of said encapsulant, wherein the second lens in the recess does not protrude above a top surface of the radiation sensor device.
A system for aiding a user to move, comprising: a sensor configured to detect a parameter indicating a position of the user's foot; a projector operable to project: a first visual cue in the form of a projection indicating a path extending in or perpendicular to a direction of intended travel; and a second visual cue, different to the first visual cue, in the form of a projection for highlighting obstacles, the system further comprising a processor, wherein the processor is configured to: enable the first or second visual cue when the sensed parameter is above a first threshold value; and enable the other of the first and the second visual cues when the sensed parameter is below a second threshold value.
Process for preparing a fat-continuous emulsion, which emulsion comprises 30-70% of an aqueous phase, said aqueous phase comprising 0.1-2 % protein, by weight on total emulsion, and 30-70% of a fat phase, said fat phase comprising 5-80 % hardstock (weight % on total fat phase), and 20-95% oil (weight % on total fat phase), which process comprises the steps of: a. providing a water-continuous dispersion at a temperature of between 0°C and 15°C comprising water as a continuous phase with dispersed therein oil and further comprising protein, which water-continuous dispersion does not contain midstock fat fraction crystals; b. providing the melted hardstock fat at a temperature of between 30°C and 60°C; c. combining the water-continuous dispersion of step a. with the melted hardstock fat of step b.; d. subjecting the mixture obtained after step c. to high shear imparted by a high shear device to provide a fat-continuous emulsion, wherein the high shear device is a high shear mixing process in a high shear mixer having a rotor and a stator, which mixer has a residence time of less than 3 seconds, and sufficient shear to effect emulsification of water droplets in oil having a droplet size d3,3 of less than 15 micrometer; e. subjecting the emulsion obtained from step d. to working by a pin-stirrer; wherein the temperature of the mixture obtained from step c. is below the melting point of the hardstock fat. a. providing a water-continuous dispersion at a temperature of between 0°C and 15°C comprising water as a continuous phase with dispersed therein oil and further comprising protein, which water-continuous dispersion does not contain midstock fat fraction crystals; b. providing the melted hardstock fat at a temperature of between 30°C and 60°C; c. combining the water-continuous dispersion of step a. with the melted hardstock fat of step b.; d. subjecting the mixture obtained after step c. to high shear imparted by a high shear device to provide a fat-continuous emulsion, wherein the high shear device is a high shear mixing process in a high shear mixer having a rotor and a stator, which mixer has a residence time of less than 3 seconds, and sufficient shear to effect emulsification of water droplets in oil having a droplet size d3,3 of less than 15 micrometer; e. subjecting the emulsion obtained from step d. to working by a pin-stirrer; wherein the temperature of the mixture obtained from step c. is below the melting point of the hardstock fat.
A device for refuelling containers with pressurized gas, notably for refuelling gaseous hydrogen tanks, comprising a pressurized gas source, a transfer circuit comprising one upstream end connected to the gas source and at least one downstream end intended to be removably connected to a container, the device comprising a refrigeration system for cooling the gas flowing from the gas source prior to its entering into the container, the refrigeration system comprising a refrigerant cooling loop circuit comprising, arranged in series, a compressor, a condenser section, an expansion valve and an evaporator section, the refrigeration system comprising a cold source in heat exchange with the condenser section and a heat exchanger located in the transfer circuit and comprising a heat exchange section between the gas flowing in the transfer circuit and the evaporator section, the device comprising an electronic controller connected to the expansion valve and configured for controlling cooling power produced by the refrigeration system via the control of the opening of the expansion valve, the electronic controller being configured to generate or receive a signal indicative of the cooling power needed at heat exchanger for cooling the flow of gas in the transfer circuit through the heat exchanger and, in response, for controlling the cooling power produced by the refrigeration accordingly, characterized in that the refrigerant cooling loop circuit comprises a bypass conduit comprising an upstream end connected to the outlet of the compressor and a downstream end connected to the refrigerant cooling loop circuit upstream the compressor inlet and bypassing the condenser section and expansion valve, the device comprising a bypass regulating valve for controlling the flow of refrigerant flowing into the by-pass conduit.
A method for determining a male subject's risk of plaque accumulation within a blood vessel, comprising: separating Apolipoprotein A-1 (ApoA-I) containing high-density lipoprotein particles from a plasma sample of the male subject to obtain HDL subpopulations, wherein the HDL subpopulations comprise alpha (α)-1 particles, α-2 particles, α-3 particles, and α-4 particles; quantitating the particles of the HDL subpopulations to thereby provide an HDL subpopulation profile; providing a reference HDL subpopulation profile associated with risk of plaque accumulation selected from the group consisting of an increased risk profile, a borderline risk profile, and a low risk profile, wherein an increased risk profile comprises an α-1 value of <14 mg/dl, an α-2 value of <27 mg/dl, an α-3 value of >30, and an α-4 value of >25 mg/dl, wherein a borderline risk profile comprises an α-1 value between 14-20 mg/dl, an α-2 value between 27-34 mg/dl, an α-3 value between 13.5-30 mg/dl, and an α-4 value between 17-25 mg/dl, and wherein a low risk profile comprises an α-1 value of >20, an α-2 value of >34, an α-3 value of <13.5, and an α-4 value of <25; comparing said HDL subpopulation profile with the reference HDL subpopulation profile to thereby determine a risk of plaque accumulation in the male subject. separating Apolipoprotein A-1 (ApoA-I) containing high-density lipoprotein particles from a plasma sample of the male subject to obtain HDL subpopulations, wherein the HDL subpopulations comprise alpha (α)-1 particles, α-2 particles, α-3 particles, and α-4 particles; quantitating the particles of the HDL subpopulations to thereby provide an HDL subpopulation profile; providing a reference HDL subpopulation profile associated with risk of plaque accumulation selected from the group consisting of an increased risk profile, a borderline risk profile, and a low risk profile, wherein an increased risk profile comprises an α-1 value of <14 mg/dl, an α-2 value of <27 mg/dl, an α-3 value of >30, and an α-4 value of >25 mg/dl, wherein a borderline risk profile comprises an α-1 value between 14-20 mg/dl, an α-2 value between 27-34 mg/dl, an α-3 value between 13.5-30 mg/dl, and an α-4 value between 17-25 mg/dl, and wherein a low risk profile comprises an α-1 value of >20, an α-2 value of >34, an α-3 value of <13.5, and an α-4 value of <25; comparing said HDL subpopulation profile with the reference HDL subpopulation profile to thereby determine a risk of plaque accumulation in the male subject.
A powder of particles for an electrode, each particle comprising silicon and having a silicon-comprising particle core and a plurality of silicon-comprising pillars extending therefrom, wherein the silicon comprising pillars are electrochemically active.
A network node for a wireless communication system, the network node including a processor and a transceiver, the processor being configured to: generate a plurality of random access grant signals, the random access grant signals including: at least one unoccupied radio network temporary identifier; and a resource allocation for an uplink communication request; assign the plurality of random access grant signals to one or more downlink transmit beams, wherein the plurality of random access grant signals are assigned to different downlink transmit beams; and code multiplex the plurality of random access grant signals; wherein the transceiver is configured to: periodically transmit the code-multiplexed plurality of random access grant signals on the one or more downlink transmit beams using a same time-frequency resource without a reception of a preamble sequence, wherein the code-multiplexed plurality of random access grant signals is used to initiate a random access procedure; and receive an uplink communication connection request from a user device on one of the resource allocations included in the code-multiplexed plurality of random access grant signals. generate a plurality of random access grant signals, the random access grant signals including: at least one unoccupied radio network temporary identifier; and a resource allocation for an uplink communication request; at least one unoccupied radio network temporary identifier; and a resource allocation for an uplink communication request; assign the plurality of random access grant signals to one or more downlink transmit beams, wherein the plurality of random access grant signals are assigned to different downlink transmit beams; and code multiplex the plurality of random access grant signals; wherein the transceiver is configured to: periodically transmit the code-multiplexed plurality of random access grant signals on the one or more downlink transmit beams using a same time-frequency resource without a reception of a preamble sequence, wherein the code-multiplexed plurality of random access grant signals is used to initiate a random access procedure; and receive an uplink communication connection request from a user device on one of the resource allocations included in the code-multiplexed plurality of random access grant signals. periodically transmit the code-multiplexed plurality of random access grant signals on the one or more downlink transmit beams using a same time-frequency resource without a reception of a preamble sequence, wherein the code-multiplexed plurality of random access grant signals is used to initiate a random access procedure; and receive an uplink communication connection request from a user device on one of the resource allocations included in the code-multiplexed plurality of random access grant signals.