mhurhangee/ep-ind-claims huggingface dataset:
A diffusion unit for air conditioning of indoor environments suitable for being fed by water, comprising a frame configured to be fixed to a wall; a monocoque bodyshell structure configured to be secured to said frame, exchanging heat means configured to be supported by the said monocoque bodyshell structure and enclosed by said monocoque structure without outwards heat dispersion areas, said heat means comprising at least one microchannel exchanger comprising fan means and filter means; and a cover structure provided at the front of said diffusion unit with a grid of holes for the diffusion of conditioned air, the diffusion unit being characterized in that said monocoque bodyshell structure is entirely made of polystyrene or expanded styrofoam and said microchannel exchanger is provided with water inlet and outlet feeding means for water feeding microchannels of said microchannel exchanger when in use.
A method of adhering a pellicle for lithography comprising a step of adhering a frame-like shaped pellicle frame onto an exposure stencil, - the method further comprising a step of pressing the pellicle frame toward the exposure stencil by a pressure plate via a frame-like shaped compressively deformable member mounted on the surface of the pressure plate in such a manner that the frame-like shaped compressively deformable member can meet the sides of the pellicle frame and can be easily deformed when a pressure is applied thereto, - characterized in that the frame-like shaped compressively deformable member is constituted by a plurality of spring members aligned to meet along the sides of the pellicle frame and having the same spring coefficient, and a center-to-center distance of neighboring springs as measured along the pellicle frame being equal to or shorter than 5 mm. - the method further comprising a step of pressing the pellicle frame toward the exposure stencil by a pressure plate via a frame-like shaped compressively deformable member mounted on the surface of the pressure plate in such a manner that the frame-like shaped compressively deformable member can meet the sides of the pellicle frame and can be easily deformed when a pressure is applied thereto, - characterized in that the frame-like shaped compressively deformable member is constituted by a plurality of spring members aligned to meet along the sides of the pellicle frame and having the same spring coefficient, and a center-to-center distance of neighboring springs as measured along the pellicle frame being equal to or shorter than 5 mm.
A computer-implemented method for operating an autonomous vehicle, wherein the method comprises: determining a first position associated with a set of rear wheels of an autonomous vehicle based on global positioning system data received from a GPS source; determining a moving direction of the autonomous vehicle based on directional data received from an inertial measurement unit onboard; calculating a second position associated with a set of front wheels of the autonomous vehicle based on the first position and the moving direction of the autonomous vehicle; planning a route segment of a route based on the second position as a current position of the autonomous vehicle, generating planning and control data for the route segment; and controlling and driving the autonomous vehicle along the route segment based on the planning and control data. determining a first position associated with a set of rear wheels of an autonomous vehicle based on global positioning system data received from a GPS source; determining a moving direction of the autonomous vehicle based on directional data received from an inertial measurement unit onboard; calculating a second position associated with a set of front wheels of the autonomous vehicle based on the first position and the moving direction of the autonomous vehicle; planning a route segment of a route based on the second position as a current position of the autonomous vehicle, generating planning and control data for the route segment; and controlling and driving the autonomous vehicle along the route segment based on the planning and control data.
Liquid aspirator for removing and sucking up liquids with - a housing, - a removal device formed by at least one squeegee for removing and collecting the liquid in front of at least one suction mouth, - a suction device having a motor-driven suction apparatus which is able to suck an air/liquid stream along a flow path from the suction mouth through an intake passage into the housing, - a separating device for separating the liquid from the air, - a tank to receive the separated liquid and - an exhaust passage which is under a vacuum to draw the air out of the housing, characterised in that the liquid aspirator is formed such that it is provided with an on-/off switching function which switches on the motorised drive of the suction apparatus when pressure is applied to the squeegee or the motor power is increased and, as the pressure is decreased, the motorised drive is switched off or the motor power is reduced. - a housing, - a removal device formed by at least one squeegee for removing and collecting the liquid in front of at least one suction mouth, - a suction device having a motor-driven suction apparatus which is able to suck an air/liquid stream along a flow path from the suction mouth through an intake passage into the housing, - a separating device for separating the liquid from the air, - a tank to receive the separated liquid and - an exhaust passage which is under a vacuum to draw the air out of the housing,
Adapter (26, 26') for a windscreen wiper, in particular a motor vehicle windscreen wiper, said adapter being intended to connect a wiper blade to an end part (28, 28', 28") of a driving arm, said end part having a substantially U-shaped cross section, said adapter comprising a body configured to be inserted into said end part such that said body extends at least in part between two substantially parallel lateral legs (32a, 32b) of the end part, characterized in that said adapter also comprises two substantially parallel lateral walls (52a, 52b) which extend on either side of said body and which are spaced apart laterally from said body in order to allow the lateral legs of the end part to be fitted between said body and said lateral walls, characterized in that the lateral spacings between the body and said lateral walls are designed to receive at least two end parts (28, 28', 28") of arms having different lateral dimensions (L1, L2, L3), said body of the adaptor having an elongate overall shape and comprising a fairing or cowling at a first longitudinal end, said lateral walls (52a, 52b) extending from said fairing or cowling at a second longitudinal end of the adapter, in a manner substantially parallel to the lateral faces (46a, 46b) of said fairing or cowling and/or substantially in line with these lateral faces.
A composition comprising a visual cue agent and a bird repellent, wherein the visual cue agent comprises rutile TiO 2, CaCO 3, or a combination thereof; and the bird repellent is anthraquinone; characterised in that the particle size of the visual cue agent is greater than about 100 nm; and the ratio of visual cue agent to bird repellent is within the range of 1.5:1 to 3:1.
Heat shock protein from alfalfa and/or a hydrolysate of a heat shock protein from alfalfa for use in the prophylactic or therapeutic treatment of a chronic inflammatory disorder, wherein the heat shock protein from alfalfa and/or a hydrolysate of a heat shock protein from alfalfa is comprised in a food product, wherein the heat shock protein and/or hydrolysate thereof is HSP70 and/or a hydrolysate of HSP70, and wherein the chronic inflammatory disorder is chronic arthritis.
An non-human animal cell (i) carrying a DNA encoding an IgG antibody, and (ii)having no α1,6-fucosyltransferase activity for adding fucose to N-acetylglucosamine of the reducing terminus of N-glycoside-linked sugar chains, by deleting the gene encoding the α1,6-fucosyltransferase or by adding a mutation to said gene to eliminate the α1,6-fucosyltransferase activity, wherein said sugar chains comprise (i) carrying a DNA encoding an IgG antibody, and (ii)having no α1,6-fucosyltransferase activity for adding fucose to N-acetylglucosamine of the reducing terminus of N-glycoside-linked sugar chains, by deleting the gene encoding the α1,6-fucosyltransferase or by adding a mutation to said gene to eliminate the α1,6-fucosyltransferase activity, wherein said sugar chains comprise
An apparatus comprising: at least one processor to determine data activity at a receiver based on expected packet arrivals or based on a received signal, and to adjust channel quality indicator reporting by the receiver based on the determined data activity, wherein the at least one processor operates in a continuous packet connectivity mode which supports discontinuous transmission and sends channel quality indicators at a first rate only during discontinuous transmission ON periods when data activity is not detected, and sends channel quality indicators at a second rate faster than the first rate during discontinuous transmission ON and OFF periods when data activity is detected; and a memory coupled to the at least one processor. at least one processor to determine data activity at a receiver based on expected packet arrivals or based on a received signal, and to adjust channel quality indicator reporting by the receiver based on the determined data activity, wherein the at least one processor operates in a continuous packet connectivity mode which supports discontinuous transmission and sends channel quality indicators at a first rate only during discontinuous transmission ON periods when data activity is not detected, and sends channel quality indicators at a second rate faster than the first rate during discontinuous transmission ON and OFF periods when data activity is detected; and a memory coupled to the at least one processor.
An aqueous emulsion comprising particles having an average volume particle size (Dv 50) of 1 to 10 μm as determined by laser diffraction, wherein said particles comprise an interpenetrating polymer network comprising: from 90 to 99 wt % of silicone gum and from 1 to 10 wt % of a crosslinked organic polymer.
A method for transmitting encoded data, comprising: generating a codeword by encoding information bits forming an information word, wherein the codeword includes the information bits and parity bits; dividing the parity bits into Qldpc parity groups; identifying parity groups, wherein each of the parity groups includes a part of the parity bits in a predefined position in each of the Qldpc parity groups; determining at least one parity group to be punctured based on parity bits to be punctured according to a puncturing pattern; puncturing all or a part of the parity bits included in each of the determined at least one parity group; and transmitting a frame including the punctured codeword, generating additional parity bits for obtaining the information word and transmiting the additional parity bits in one or more other frames; wherein the puncturing pattern is determined as Modulation and Code rate Order of parity group to be punctured, { π p ( j), 0 ≤ j < Q ldpc = 25} π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p - BPSK/QPSK 1/2 6 4 18 9 13 8 15 20 5 17 2 24 10 22 12 3 16 23 1 14 0 21 19 7 11 - 16-QAM 1/2 6 4 13 9 18 8 15 20 5 17 2 22 24 7 12 1 16 23 14 0 21 10 19 11 3 - 64-QAM 1/2 6 15 13 10 3 17 21 8 5 19 2 23 16 24 7 18 1 12 20 0 4 14 9 11 22 - wherein the puncturing pattern represents an order of the parity groups to be punctured, and wherein a plurality of π p (j) represent parity group indexes of the parity groups for 0 ≤ j <Q ldpc. generating a codeword by encoding information bits forming an information word, wherein the codeword includes the information bits and parity bits; dividing the parity bits into Qldpc parity groups; identifying parity groups, wherein each of the parity groups includes a part of the parity bits in a predefined position in each of the Qldpc parity groups; determining at least one parity group to be punctured based on parity bits to be punctured according to a puncturing pattern; puncturing all or a part of the parity bits included in each of the determined at least one parity group; and transmitting a frame including the punctured codeword, generating additional parity bits for obtaining the information word and transmiting the additional parity bits in one or more other frames; wherein the puncturing pattern is determined as Modulation and Code rate Order of parity group to be punctured, { π p ( j), 0 ≤ j < Q ldpc = 25} π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p π p - BPSK/QPSK 1/2 6 4 18 9 13 8 15 20 5 17 2 24 10 22 12 3 16 23 1 14 0 21 19 7 11 - 16-QAM 1/2 6 4 13 9 18 8 15 20 5 17 2 22 24 7 12 1 16 23 14 0 21 10 19 11 3 - 64-QAM 1/2 6 15 13 10 3 17 21 8 5 19 2 23 16 24 7 18 1 12 20 0 4 14 9 11 22 - wherein the puncturing pattern represents an order of the parity groups to be punctured, and wherein a plurality of π p (j) represent parity group indexes of the parity groups for 0 ≤ j <Q ldpc.
A device for visualization of internal tissue, the device comprising a hand-held control unit, an elongated member, an illumination structure, and an image capturing tip, the control unit being dimensioned to be held by a user's hand, the elongated member having a proximal end connected to the hand-held control unit and a distal end connected to the image capturing tip, wherein the illumination structure comprises an LED housed in the control unit, and at least a first optical fibre and a second optical fibre, each of the first optical fibre and the second optical fibre extending along the elongated member and forming a releasing fibre end (13, 14) at the image capturing tip and a receiving fibre end at the control unit, the receiving fibre end being in communication with the LED in a light interface in the control unit, characterized in that the elongated member comprises an inner tube and an outer tube, the outer tube being fixed to a flange of a body of the image capturing tip, the inner tube being rotationally suspended to a bearing structure of the body of the image capturing tip, and the first and second optical fibres extending between the flange and the bearing structure.
Catheter for administering anaesthetics to a peripheral nerve site in a patient, the catheter comprising: - a hollow, flexible catheter tube having a first inner lumen extending along a longitudinal axis of the catheter tube from a proximal end to a distal end, the distal end being arranged at the peripheral nerve site when the catheter is in use, and - a balloon adapted to be inflated from a collapsed state to an inflated state by a fluid fed through the catheter tube into an inner cavity of the balloon, wherein the balloon is arranged at the distal end of the catheter tube, and the inner cavity of the balloon is in fluid communication with the proximal end of the catheter tube via the inner lumen, wherein the catheter tube further comprises a second inner lumen arranged substantially parallel to the first inner lumen and extending from the proximal end to the distal end of the catheter tube, and wherein the balloon is arranged closer to the proximal end of the catheter tube than a point where the anaesthetics is to leave the catheter tube when the catheter is in use. - a hollow, flexible catheter tube having a first inner lumen extending along a longitudinal axis of the catheter tube from a proximal end to a distal end, the distal end being arranged at the peripheral nerve site when the catheter is in use, and - a balloon adapted to be inflated from a collapsed state to an inflated state by a fluid fed through the catheter tube into an inner cavity of the balloon,
A method comprising: measuring resource allocations of waves within resources that are shared by processor cores in a multithreaded processor concurrently with the waves executing on the processor cores; averaging, at the multithreaded processor, the measured resource allocations over a time interval to generate an average resource allocation; and spawning, at the multithreaded processor, a number of waves, the number of waves based on a change in the average resource allocation relative to a previous average resource allocation from a previous time interval and dispatching the spawned waves for execution in the multithreaded processor. measuring resource allocations of waves within resources that are shared by processor cores in a multithreaded processor concurrently with the waves executing on the processor cores; averaging, at the multithreaded processor, the measured resource allocations over a time interval to generate an average resource allocation; and spawning, at the multithreaded processor, a number of waves, the number of waves based on a change in the average resource allocation relative to a previous average resource allocation from a previous time interval and dispatching the spawned waves for execution in the multithreaded processor.
An automated dispenser comprising: (a) a rotatable carousel including a mounting station for a primary roll of sheet product and a mounting station for a reserve roll of sheet product; (b) a drive system including a motor coupled to a drive roller and control circuitry; (c) a transfer mechanism adapted so as to be operable to urge a tail of the reserve roll toward a dispensing nip (52, 54) of the drive system upon depletion of the primary roll; (d) a housing for enclosing the rotatable carousel, drive system and transfer mechanism as well as for sequestering the primary and reserve rolls (24, 28) of sheet product, the housing including a front portion, a back portion, and sidewalls (76, 78), the housing including a bottom portion with a dispensing aperture; the dispenser being characterized by (e) mounting brackets (30, 32) configured for mounting the carousel such that it is movable between a locked, rearward position for dispensing and a forward position where the carousel is rotatable for reloading; (f) an auxiliary access aperture fitted with an access door, the auxiliary aperture and access door being configured and adapted to be manually operable to expose the reserve roll for manual dispensing. (a) a rotatable carousel including a mounting station for a primary roll of sheet product and a mounting station for a reserve roll of sheet product; (b) a drive system including a motor coupled to a drive roller and control circuitry; (c) a transfer mechanism adapted so as to be operable to urge a tail of the reserve roll toward a dispensing nip (52, 54) of the drive system upon depletion of the primary roll; (d) a housing for enclosing the rotatable carousel, drive system and transfer mechanism as well as for sequestering the primary and reserve rolls (24, 28) of sheet product, the housing including a front portion, a back portion, and sidewalls (76, 78), the housing including a bottom portion with a dispensing aperture; the dispenser being characterized by (e) mounting brackets (30, 32) configured for mounting the carousel such that it is movable between a locked, rearward position for dispensing and a forward position where the carousel is rotatable for reloading; (f) an auxiliary access aperture fitted with an access door, the auxiliary aperture and access door being configured and adapted to be manually operable to expose the reserve roll for manual dispensing.
An inspection device for verifying a semi-finished product for producing a chip card with a recess delimited by an edge for receiving an electronic circuit, the inspection device comprising: an illumination source configured to illuminate the semi-finished product with light of a predetermined wavelength; an image camera configured to capture an image acquisition of the illuminated semi-finished product with the recess delimited by the edge; and a processor configured to detect a course of the edge in the image acquisition as a circumferential region using a Laplace filter and verify the semi-finished product on the basis of the detected course of the edge, wherein the edge is a laser cutting edge, wherein the processor is configured to detect the course of the edge in the image acquisition by means of the Laplace filter as a circumferential region with a light intensity which is greater than a light intensity of a region situated outside the circumferential region in the captured image acquisition, wherein the inspection device is configured such that the semi-finished product is arrangeable between the illumination source and the image camera. an illumination source configured to illuminate the semi-finished product with light of a predetermined wavelength; an image camera configured to capture an image acquisition of the illuminated semi-finished product with the recess delimited by the edge; and a processor configured to detect a course of the edge in the image acquisition as a circumferential region using a Laplace filter and verify the semi-finished product on the basis of the detected course of the edge, wherein the edge is a laser cutting edge, wherein the processor is configured to detect the course of the edge in the image acquisition by means of the Laplace filter as a circumferential region with a light intensity which is greater than a light intensity of a region situated outside the circumferential region in the captured image acquisition, wherein the inspection device is configured such that the semi-finished product is arrangeable between the illumination source and the image camera.
A control device for controlling a combined cycle plant, which combined cycle plant includes a gas turbine, a heat recovery steam generator, and a steam turbine, wherein the device is configured to set a standby load which is a load retained on the gas turbine when the gas turbine is started-up to change continuously in accordance with a change in a metal temperature of the steam turbine, wherein the device is configured to receive an input of the measured metal temperature of the steam turbine, wherein the device has a map defining the standby load as a function of the temperature of the steam turbine, the function defining an increase of the standby load in accordance with a rise of the metal temperature, and characterised in that the device is configured to set the standby load of the gas turbine during the start-up based on the map and corresponding to the input measured metal temperature, to start up the gas turbine, and to operate the gas turbine such that the load on the gas turbine is retained at the set standby load after the load has reached the standby load.