mhurhangee/ep-ind-claims huggingface dataset:
Production method for producing a transport and transfer receptacle for at least one fluid medium, in particular for at least one sterile liquid, wherein the method comprises the following method steps: a) supplying at least one container for receiving the fluid medium; b) supplying at least one energy unit, wherein the energy unit is configured to effect emptying of the fluid medium from the container, in particular complete emptying, when the transport and transfer receptacle is used, c) introducing the fluid medium into the container and closing the container with a displaceable and perforable stopper, d) charging the fluid medium with positive pressure while using the energy unit, wherein the energy unit comprises at least one spring element, wherein the positive pressure is maintained until the fluid medium is removed, and e) packing at least the container in the state charged with positive pressure in at least one packaging. a) supplying at least one container for receiving the fluid medium; b) supplying at least one energy unit, wherein the energy unit is configured to effect emptying of the fluid medium from the container, in particular complete emptying, when the transport and transfer receptacle is used, c) introducing the fluid medium into the container and closing the container with a displaceable and perforable stopper, d) charging the fluid medium with positive pressure while using the energy unit, wherein the energy unit comprises at least one spring element, wherein the positive pressure is maintained until the fluid medium is removed, and e) packing at least the container in the state charged with positive pressure in at least one packaging.
Climbing shoe comprising a substantially sock-shaped shoe-upper formed so as to completely cover the foot of the user; a front tensioning strip which is made of elastic material, is fixed on the toe of the shoe-upper, and is substantially U-shaped so as to cover the toe of the shoe-upper in the area surrounding the tarsal-phalangeal region of the sole of the foot; a rear tensioning strip which is made of elastic material, is fixed on the rear part of the shoe-upper, and is substantially U-shaped so as to cover the rear part of the shoe-upper in the area immediately over the heel and then extend/ prolong along the two lateral sides of the shoe-upper; and a front sole which is fixed on the bottom part of the shoe-upper so as to cover the tarsal-phalangeal region of the sole of the foot; the climbing shoe being characterized by also comprising: a rear sole which is separate and spaced apart from the front sole, and is fixed on the bottom part of the shoe-upper so as to at least partly cover the talus-calcaneus region of the sole of the foot; and a substantially ribbonlike medial tensioning strip which is made of elastic material, is fixed on the bottom part of the shoe-upper so as to extend from the area of the shoe-upper under the front sole up to the area of the shoe-upper under the rear sole following an arched trajectory substantially coincident with the center line of the sole of the foot, and is finally pretensioned; said medial tensioning strip having a width which is always less than the width of the bottom part of the shoe-upper.
A method of rendering a scene in a graphics system, the method comprising: identifying a first draw call within a current render; analysing at least a last shader in a series of shaders used by the first draw call to identify any buffers sampled by the last shader that are to be written by a previous render that has still to be sent for execution on the GPU and to determine whether the last shader samples from the identified buffers using screen space coordinates that correspond to a current fragment location (104,106); and in response to determining that the last shader used by the first draw call does sample from the identified buffers using screen space coordinates that correspond to the current fragment location, adding the first draw call to data relating to the previous render and recompiling the last shader to replace an instruction that reads data from an identified buffer with an instruction that reads data from an on-chip register. identifying a first draw call within a current render; analysing at least a last shader in a series of shaders used by the first draw call to identify any buffers sampled by the last shader that are to be written by a previous render that has still to be sent for execution on the GPU and to determine whether the last shader samples from the identified buffers using screen space coordinates that correspond to a current fragment location (104,106); and in response to determining that the last shader used by the first draw call does sample from the identified buffers using screen space coordinates that correspond to the current fragment location, adding the first draw call to data relating to the previous render and recompiling the last shader to replace an instruction that reads data from an identified buffer with an instruction that reads data from an on-chip register.
A denim fabric which comprises at least one elastic composite yarn which is present as a warp and/or filling yarn in the fabric, which elastic composite yarn comprises a filamentary core comprised of at least one elastic performance filament and at least one inelastic control filament, and a fibrous sheath comprised of spun staple cotton fibers surrounding the filamentary core, wherein the at least one elastic performance filament has a draft ratio which is at least two times the draft ratio of the at least one inelastic control filament.
Domestic appliance, in particular a dishwasher, comprising a treatment chamber, in particular a washing container, and a drying device for drying items to be treated, in particular washware, located in the treatment chamber, the drying device comprising a sorption container for receiving reversibly dehydratable sorbent, and comprising an air-conducting channel that produces a flow connection between the drying device and the treatment chamber, characterised by a heat exchanger that is in thermal operative connection with the sorbent, in which heat exchanger there is no direct contact between the air and the sorbent, the air inside the drying device being selectively conductible either through the sorbent provided by the sorption container or through the heat exchanger.
Method for flow coating a polymeric material, wherein a. at least one component is inserted at an angle of 25° to 90° relative to the floor into a holder, and b. the component is coated from the upper edge (1 a) with a varnish, containing 10 wt.-% to 30 wt.-% of 4-methyl-2-pentanone and/or derivatives thereof, wherein in step (b) up to 30 % of the surface of the component adjacent the upper edge (1 a) is impinged on by a stream of air, and/or before and/or during step (b) up to 30 % of the surface of the component adjacent the upper edge (1 a) is maintained at a temperature of 25 °C to 100 °C. a. at least one component is inserted at an angle of 25° to 90° relative to the floor into a holder, and b. the component is coated from the upper edge (1 a) with a varnish, containing 10 wt.-% to 30 wt.-% of 4-methyl-2-pentanone and/or derivatives thereof,
A pneumatic tire that includes a carcass extending from a tread portion via sidewall portions to bead cores of bead potions, and sidewall rubbers disposed, in the sidewall portions, outward of the carcass in a tire axial direction, wherein in a tire-meridian cross-section including a tire rotation axis of the tire that is in a normal state in which the tire is mounted to a normal rim and is inflated to a normal internal pressure, and no load is applied to the tire, the sidewall rubbers each include an inner layer extending inward and outward in a tire radial direction, and an outer layer disposed outward of the inner layer in the tire axial direction, the outer layer is formed of a rubber composition having a complex elastic modulus E* higher than that of the inner layer, the inner layer is formed of a rubber composition having a loss tangent tanδ lower than that of the outer layer, and the outer layer has a thickness that is gradually increased inward, in the tire radial direction, from the maximum width position, at least to an inner end, in the tire radial direction, of the inner layer, characterized in that the inner layer has a thickness that is gradually reduced inward, in the tire radial direction, from a maximum width position (Pm) of each sidewall portion, and that is gradually increased outward, in the tire radial direction, from the maximum width position, at least to an outer end, in the tire radial direction, of the outer layer.
A drug deactivation system, comprising: at least one capsule exposed to at least one drug-retaining region of a drug delivery device, wherein the at least one capsule is degradable; and an agent configured to render a drug ineffective upon degradation of the at least one capsule, wherein the at least one drug-retaining region is configured to retain one of the drug and the agent, and wherein the at least one capsule is configured to retain the other of the drug and the agent, characterized in that the at least one capsule is degradable in the presence of at least one selected from the group consisting of electrical energy and magnetic energy. at least one capsule exposed to at least one drug-retaining region of a drug delivery device, wherein the at least one capsule is degradable; and an agent configured to render a drug ineffective upon degradation of the at least one capsule, wherein the at least one drug-retaining region is configured to retain one of the drug and the agent, and wherein the at least one capsule is configured to retain the other of the drug and the agent, characterized in that the at least one capsule is degradable in the presence of at least one selected from the group consisting of electrical energy and magnetic energy.
A server in a communication system for Proximity based Services, ProSe, including a plurality of User Equipment, UEs (10_1-10_n), in proximity, an Evolved Universal Terrestrial Radio Access Network, E-UTRAN, and an Evolved Packet Core, EPC, comprising: monitor means for monitoring locations of UEs (10_1-10_n) that are grouped to conduct ProSe communication with each other; and management means for managing security of the ProSe communication based on the locations. monitor means for monitoring locations of UEs (10_1-10_n) that are grouped to conduct ProSe communication with each other; and management means for managing security of the ProSe communication based on the locations.
A fastener assembly adapted to be coupled to at least one article, the at least one article having a first surface, the fastener assembly comprising: (a) a plastic fastener, the plastic fastener comprising a first cross-bar connected to a transverse filament; (b) a unitary, solid, anchoring member that is separate from the plastic fastener, the anchoring member being constructed of plastic, and being adapted to be disposed between the first cross-bar of the plastic fastener and the first surface of the at least one article such that the anchoring member is in the form of a tab that includes a flat top surface and a flat bottom surface, wherein the anchoring member is square, rectangular, or round; (c) a second cross-bar extending in spaced apart, parallel relationship relative to the first cross-bar; and (d) a transverse filament that interconnects the first and second cross-bars. (a) a plastic fastener, the plastic fastener comprising a first cross-bar connected to a transverse filament; (b) a unitary, solid, anchoring member that is separate from the plastic fastener, the anchoring member being constructed of plastic, and being adapted to be disposed between the first cross-bar of the plastic fastener and the first surface of the at least one article such that the anchoring member is in the form of a tab that includes a flat top surface and a flat bottom surface, wherein the anchoring member is square, rectangular, or round; (c) a second cross-bar extending in spaced apart, parallel relationship relative to the first cross-bar; and (d) a transverse filament that interconnects the first and second cross-bars.
A method of generating an image enhancement function for enhancing an input image comprising a plurality of pixels to form an enhanced output image comprising a plurality of pixels, comprising: receiving a reference image comprising a plurality of pixels; receiving an enhanced image comprising a corresponding plurality of pixels, wherein the enhanced image is derived from the reference image; and calculating a plurality of spatially varying lookup tables using the pixel values of the reference image and the pixel values of the enhanced image, wherein each spatially varying lookup table maps input pixel brightness values to output pixel brightness values, wherein each spatially varying lookup table is calculated using a respective weighting function that assigns a weight to the value of each pixel depending on the pixel location; and generating an image enhancement function which when applied to an input image forms an output image; wherein the image enhancement function is generated by defining at each pixel of the output image a weighted combination of the entries of the spatially varying lookup tables for the pixel value of the corresponding pixel of the input image using the weights provided by the weighting function of each spatially varying lookup table for the particular pixel location; and wherein the image enhancement function when applied to the reference image generates an approximation of the enhanced image. receiving a reference image comprising a plurality of pixels; receiving an enhanced image comprising a corresponding plurality of pixels, wherein the enhanced image is derived from the reference image; and calculating a plurality of spatially varying lookup tables using the pixel values of the reference image and the pixel values of the enhanced image,
A connection verification system, comprising: a movable element in contact with a stationary member, wherein the movable element configured to be partially engaged with the stationary member in an unlocked state and fully engaged with the stationary member in a locked state a radio frequency identification, RFID, integrated circuit, IC, attached to at least one of the movable element and the stationary member; a first pair of pins (17A, 17B) communicatively coupled to the RFID IC, and further coupled to at least one of an antenna and an inductive coil; a second pair of pins (14A, 14B) communicatively coupled to the RFID IC, wherein movement of the movable element from the unlocked state to the lock state leads to an establishment of an electrical circuit between, the RFID IC being configured such that, when an electrical circuit is established between the second pair of pins, it results in a change in at least one of a memory cell value in the RFID IC and a signal generated by the RFID IC; and an RFID reader positioned proximate to the RFID IC and configured to detect the change in the signal generated by the RFID IC, characterized in that the movable element includes an electrical pathway wherein the electrical pathway of the movable element in the locked state engages the second pair of pins of the RFID IC. a movable element in contact with a stationary member, wherein the movable element configured to be partially engaged with the stationary member in an unlocked state and fully engaged with the stationary member in a locked state a radio frequency identification, RFID, integrated circuit, IC, attached to at least one of the movable element and the stationary member; a first pair of pins (17A, 17B) communicatively coupled to the RFID IC, and further coupled to at least one of an antenna and an inductive coil; a second pair of pins (14A, 14B) communicatively coupled to the RFID IC, wherein movement of the movable element from the unlocked state to the lock state leads to an establishment of an electrical circuit between, the RFID IC being configured such that, when an electrical circuit is established between the second pair of pins, it results in a change in at least one of a memory cell value in the RFID IC and a signal generated by the RFID IC; and an RFID reader positioned proximate to the RFID IC and configured to detect the change in the signal generated by the RFID IC, characterized in that the movable element includes an electrical pathway wherein the electrical pathway of the movable element in the locked state engages the second pair of pins of the RFID IC.
Linear compact device with transverse substrate elevator for filling and processing pots, the direction of travel of the elevator blades being at an angle of 5° to 175° to the direction of movement of the substrate in the substrate container, characterized in that the amount of substrate is measured before the substrate enters the elevator at the mouth of the substrate container designed for this purpose by a height-adjustable slide and by measuring the speed of movement of the substrate in the substrate container.
A railway wagon comprising a load carrier and front and rear bogies, each of the bogies being provided with railway track wheels and being electrically, hydraulically and/or pneumatically connected to the load carrier by means of one or more electric cables, hydraulic and/or pneumatic tubings, the load carrier being releasably connected to the respective bogies, and in a released state laterally displaceable in relation to the respective bogies by means of a displacement device, the load carrier having a front and a rear end and being at each end provided with a support device and a ramp, the support device being adapted to support the load carrier on the ground in a position where it is displaced in relation to the bogie, whereas the ramp being along an inner edge pivotally connected to the end of the load carrier, characterized in that the ramp is provided with a suspension device on the underside of the ramp including a guide arrangement extending transverse in relation to a longitudinal axis of the load carrier, along which guide arrangement a slider is displaceably movable, the slider being provided with a holder for holding of the one or more cables and/or tubings while allowing transverse movement of the cables and/or tubings together with the slider and holder along the guide arrangement.
A device adapted to be fastened to a structure of a helicopter for an emergency manual control of a hook for dropping a load hanging to a sling, the device being configured such that during the use thereof with said hook, said hook is remote from the device, said device including: - a body; - a manual actuator; - a system for transmitting a movement of the manual actuator configured to transmit said movement towards the remote drop hook and; - a safety element limiting the possibilities for an operator to actuate said manual actuator; said device being such that: - the manual actuator includes a pawl; - the safety element is a lock adapted to be rotated about a lock axis of said body and including a ratchet adapted to cooperate with the pawl. - a body; - a manual actuator; - a system for transmitting a movement of the manual actuator configured to transmit said movement towards the remote drop hook and; - a safety element limiting the possibilities for an operator to actuate said manual actuator; - the manual actuator includes a pawl; - the safety element is a lock adapted to be rotated about a lock axis of said body and including a ratchet adapted to cooperate with the pawl.
A glass fiber composition, characterized by, comprising the following components expressed as percentage by weight: SiO 2 58-63% Al 2 O 3 13-17% CaO 6-11.8% MgO 7-11% SrO 3.05-8% Na 2 O+K 2 O+Li 2 O 0.1-2% Fe 2 O 3 0.1-1% CeO 2 0-1% TiO 2 0-2% wherein, a weight percentage ratio C1 = (MgO+SrO)/CaO is greater than 1.
An optical module for a lighting and/or signalling device of a vehicle, in particular of a motor vehicle, said optical module including a main body configured to receive a light source, and a projection lens, said projection lens including a front face, able to permit the diffusion of a light emitted by said light source towards the exterior of the vehicle and extending substantially along a diffusion plane (P 51), and at least one lateral branch, extending along a branch plane (P 52) secant to said diffusion plane (P 51) and including an attachment orifice, said main body including at least one attachment stud projecting from said main body, characterized in that said attachment stud has a pyramidal shape extending from a base to an apex, said apex including at least two facets (421, 422) configured to ensure the guidance of said projection lens on the main body and to permit the attaching of the projection lens to the main body.
A clearance monitoring system for a wind turbine, comprising: a processor and a millimeter-wave radar communicatively connected to the processor, wherein a nacelle of the wind turbine has a nacelle casing extending along a central axis of an impeller of the wind turbine, the nacelle casing comprises a nacelle bottom wall close to a tower of the wind turbine, a nacelle top wall away from the tower and a nacelle side wall connecting the nacelle bottom wall and the nacelle top wall, characterised in that the millimeter-wave radar is configured to be mounted on the nacelle side wall close to the nacelle top wall, and be located on a left side portion, viewed in a direction from the nacelle toward the impeller, of an outer side of the nacelle of the wind turbine, a detection direction of the millimeter-wave radar is directed to a lower left of a motion area where the impeller rotates around the central axis thereof, and the millimeter-wave radar is configured to monitor motion data of each of blades in the motion area; and the processor is configured to determine, based on the motion data, a blade clearance between each of the blades and the tower of the wind turbine. a processor and a millimeter-wave radar communicatively connected to the processor, wherein a nacelle of the wind turbine has a nacelle casing extending along a central axis of an impeller of the wind turbine, the nacelle casing comprises a nacelle bottom wall close to a tower of the wind turbine, a nacelle top wall away from the tower and a nacelle side wall connecting the nacelle bottom wall and the nacelle top wall, characterised in that the millimeter-wave radar is configured to be mounted on the nacelle side wall close to the nacelle top wall, and be located on a left side portion, viewed in a direction from the nacelle toward the impeller, of an outer side of the nacelle of the wind turbine, a detection direction of the millimeter-wave radar is directed to a lower left of a motion area where the impeller rotates around the central axis thereof, and the millimeter-wave radar is configured to monitor motion data of each of blades in the motion area; and the processor is configured to determine, based on the motion data, a blade clearance between each of the blades and the tower of the wind turbine.
Household appliance having a rotatable component and a drive motor for driving the component, said motor comprising a stator having a first magnet arrangement and a rotor coupled to the component and having a second magnet arrangement, and having a control device for actuating the drive motor, wherein the rotor is able to rotate relative to the stator about a rotary axis through the interaction of magnetic fields generated by the magnet arrangements (24, 25) and the magnet arrangements (24, 25) are arranged spaced apart from each other along the rotary axis such that an axial gap is formed between the magnet arrangements (24, 25), characterised in that in order to achieve a coaxial arrangement of the rotor with respect to the stator the control device is configured such that, when controlling a distribution of the magnetic field generated by the first and/or second magnet arrangement (24, 25), it generates a constant component of said magnetic field greater than zero.