mhurhangee/ep-ind-claims huggingface dataset:
An optical modulation unit for a stereoscopic display, the optical modulation unit comprising: a liquid crystal cell having different phase retardation amounts of penetrated light when a first electric signal and a second electric signal are applied to the liquid crystal cell; and a phase retardation film part arranged on at least one of an optical path of light having passed through the liquid crystal cell and an optical path of light entering into the liquid crystal cell, the phase retardation film part comprising a phase retardation film having a fixed phase retardation amount except for λ/4 and -λ/4, when a wavelength of passed light is λ, wherein a phase retardation amount of the light having passed through both the liquid crystal cell and the phase retardation film part is λ/4 when the first electric signal is applied to the liquid crystal cell and -λ/4 when the second electric signal is applied to the liquid crystal cell, the optical modulation unit being arranged such that the first electric signal and the second electric signal are applied alternately to the liquid crystal cell, and that the first electric signal and the second electric signal are not off signals. a liquid crystal cell having different phase retardation amounts of penetrated light when a first electric signal and a second electric signal are applied to the liquid crystal cell; and a phase retardation film part arranged on at least one of an optical path of light having passed through the liquid crystal cell and an optical path of light entering into the liquid crystal cell, the phase retardation film part comprising a phase retardation film having a fixed phase retardation amount except for λ/4 and -λ/4, when a wavelength of passed light is λ, wherein a phase retardation amount of the light having passed through both the liquid crystal cell and the phase retardation film part is λ/4 when the first electric signal is applied to the liquid crystal cell and -λ/4 when the second electric signal is applied to the liquid crystal cell, the optical modulation unit being arranged such that the first electric signal and the second electric signal are applied alternately to the liquid crystal cell, and that the first electric signal and the second electric signal are not off signals.
A method comprising: logging measurements performed by a user equipment while the user equipment is in an idle state according to an extended logged minimization of drive test configuration and logging measurements performed by the user equipment while the user equipment is in a connected state according to said extended logged minimization of drive test configuration; and thereafter sending uplink a report comprising the measurements logged while the user equipment was in the idle state and while the user equipment was in the connected state. logging measurements performed by a user equipment while the user equipment is in an idle state according to an extended logged minimization of drive test configuration and logging measurements performed by the user equipment while the user equipment is in a connected state according to said extended logged minimization of drive test configuration; and thereafter sending uplink a report comprising the measurements logged while the user equipment was in the idle state and while the user equipment was in the connected state.
A signal sending method, wherein the method comprises: obtaining, by a base station of a serving cell, a first power ratio restriction set preset by a base station of at least one interference cell, wherein an element in the first power ratio restriction set is a preset value of a first power ratio, the first power ratio is a ratio of power of a first original control signal to power of a first original pilot signal in a first original physical downlink control channel PDCCH signal sent by the base station of the interference cell by using a first transmission channel; sending, by the base station of the serving cell, a second power ratio restriction set preset by the base station of the serving cell and the first power ratio restriction set to a terminal, wherein an element in the second power ratio restriction set is a preset value of a second power ratio, the second power ratio is a ratio of power of a second original control signal to power of a second original pilot signal in a second original PDCCH signal sent by the base station of the serving cell; and sending (103, 201, 202, 203), by the base station of the serving cell, the second original PDCCH signal to the terminal, wherein a current value of the second power ratio of the second original PDCCH signal is an element selected from the second power ratio restriction set. obtaining, by a base station of a serving cell, a first power ratio restriction set preset by a base station of at least one interference cell, wherein an element in the first power ratio restriction set is a preset value of a first power ratio, the first power ratio is a ratio of power of a first original control signal to power of a first original pilot signal in a first original physical downlink control channel PDCCH signal sent by the base station of the interference cell by using a first transmission channel; sending, by the base station of the serving cell, a second power ratio restriction set preset by the base station of the serving cell and the first power ratio restriction set to a terminal, wherein an element in the second power ratio restriction set is a preset value of a second power ratio, the second power ratio is a ratio of power of a second original control signal to power of a second original pilot signal in a second original PDCCH signal sent by the base station of the serving cell; and sending (103, 201, 202, 203), by the base station of the serving cell, the second original PDCCH signal to the terminal, wherein a current value of the second power ratio of the second original PDCCH signal is an element selected from the second power ratio restriction set.
Radiation shielding member for an X-ray inspection apparatus, said radiation shielding member comprising at least one ionizing radiation shielding core surrounded by at least one protective layer, said protective layer consisting of at least one outer layer and at least one indicator layer (124; 124-1, 124-2; 124-1, 124-2, 124-3), the indicator layer consisting of at least one layer (124; 124-1, 124-2; 124-1, 124-2, 124-3) which is distinguishable in colour from the outer layer; characterised in that the indicator layer consists of a plurality of layers (124; 124-1, 124-2; 124-1, 124-2, 124-3), wherein respective adjacent layers are distinguishable in colour from one another; and the outer layer comprises or consists of at least one of the following materials: rubber, PVC, protective lacquer. the indicator layer consists of a plurality of layers (124; 124-1, 124-2; 124-1, 124-2, 124-3), wherein respective adjacent layers are distinguishable in colour from one another; and the outer layer comprises or consists of at least one of the following materials: rubber, PVC, protective lacquer.
A release film for producing a membrane electrode assembly of a polymer electrolyte fuel cell, wherein the release film comprises a release layer, characterized in that the release layer comprises a cyclic olefin polymer comprising a copolymer comprising, as a repeating unit, a cyclic olefin unit free from a C 3-10 alkyl group and a chain or cyclic olefin unit having a C 3-10 alkyl group as a side chain thereof and wherein the release layer has a glass transition temperature of 210 to 350°C, which is measured with a differential scanning calorimeter under a nitrogen flow at a heating rate of 10°C/minute in accordance with JIS K7121, and a transition point of a dynamic storage modulus E' in a range from -50 to 100°C, which is measured from -100 to 250°C using a dynamic viscoelasticity measuring apparatus with the following conditions: chuck distance of 20 mm, heating rate of 5°C/minute and an angular frequency of 10 Hz.
A hydraulic steering arrangement comprising a static steering unit, an adjustable pressure source connected to a pressure port of said steering unit and having a load sensing port, and a load sensing line, said pressure source being a dynamic pressure source having an orifice (Adyn) outputting hydraulic fluid to said load sensing port, characterized in that said load sensing line connects said load sensing port and a low pressure port, a control valve being arranged in said load sensing line between said load sensing port and said low pressure port, said control valve being actuated by a control pressure within said steering unit and throttling a flow through said load sensing line depending on said control pressure.
Cam follower roller device comprising a tappet body extending along an axis, an insert mounted in the tappet body, a pin mounted at least on said insert and a roller mounted on said pin, characterized in that the device further comprises a spacer provided with a body mounted axially against the insert and with retaining means (46, 48; 56, 58; 70) cooperating with the insert, or with the tappet body, for fixing said spacer to said insert, or to said tappet body.
A power electronics system, comprising: an environmentally sealed electronics compartment for housing power electronics equipment; a fan configured to circulate air within the environmentally sealed electronics compartment; a plenum within the sealed electronics compartment for circulating the air across an upper portion of the compartment and down one interior side wall of the compartment to the fan; a first liquid cooling loop configured to cool the air flowing through the plenum; a second liquid cooling loop configured to directly cool the power electronics equipment, the second cooling loop being separate from the first cooling loop; and a controller for independently controlling airflow rates and coolant flow rates of the first liquid cooling loop and the second liquid cooling loop. an environmentally sealed electronics compartment for housing power electronics equipment; a fan configured to circulate air within the environmentally sealed electronics compartment; a plenum within the sealed electronics compartment for circulating the air across an upper portion of the compartment and down one interior side wall of the compartment to the fan; a first liquid cooling loop configured to cool the air flowing through the plenum; a second liquid cooling loop configured to directly cool the power electronics equipment, the second cooling loop being separate from the first cooling loop; and a controller for independently controlling airflow rates and coolant flow rates of the first liquid cooling loop and the second liquid cooling loop.
A process for the preparation of glycol ethers comprising the steps of: (a) providing a diethylene glycol ether column bottoms mixture comprising triethylene glycol ether, tetraethylene glycol ether, and a glycol ether catalyst; (b) separating, in a stripping column, the column bottom mixture into a triethylene glycol ether vapor overhead and a liquid bottoms; and (c) separating, in an evaporator, the liquid bottoms into a residue containing 80% to 90% tetraethylene glycol ether and an evaporator overhead comprising at least 60% tetraethylene glycol ether. (a) providing a diethylene glycol ether column bottoms mixture comprising triethylene glycol ether, tetraethylene glycol ether, and a glycol ether catalyst; (b) separating, in a stripping column, the column bottom mixture into a triethylene glycol ether vapor overhead and a liquid bottoms; and (c) separating, in an evaporator, the liquid bottoms into a residue containing 80% to 90% tetraethylene glycol ether and an evaporator overhead comprising at least 60% tetraethylene glycol ether.
A pigment mixture comprising (a) pigment particles coated with a hydrous metal oxide top coating, (b) colloidal spacer particles dispersed on surfaces of the pigment particles and embedded in the top coating, and (c) carrier particles, wherein the carrier particles comprise diatomaceous earth; wherein the pigment particles with colloidal spacer particles are dispersed on surfaces of the carrier particles.
A system for projecting an image onto a surface for viewing by a user, the system comprising: a light source; a sensor mountable on the head of the user or the body of the user; a memory that stores at least instructions; and one or more processor devices that execute the instructions that perform actions, comprising: employing the light source to project the image onto the surface; employing the position of the sensor to adjust the image to the perspective of the user as if the user is looking at the image in real world in 3-D;, and employing the light source to project the adjusted image onto the surface; characterised in that the sensor is a position camera aligned with the users's perspective to detect the position of the sensor. a light source; a sensor mountable on the head of the user or the body of the user; a memory that stores at least instructions; and one or more processor devices that execute the instructions that perform actions, comprising: employing the light source to project the image onto the surface; employing the position of the sensor to adjust the image to the perspective of the user as if the user is looking at the image in real world in 3-D;, and employing the light source to project the adjusted image onto the surface; employing the light source to project the image onto the surface; employing the position of the sensor to adjust the image to the perspective of the user as if the user is looking at the image in real world in 3-D;, and employing the light source to project the adjusted image onto the surface;
A method of receiving a downlink common channel, DL-CCH, by a user equipment, UE, operating in a frequency band in a wireless communication system, the method comprising: receiving a synchronization signal block, SSB, that comprises a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcasting channel, PBCH; determining a subcarrier spacing for the DL-CCH based on 1-bit information that is obtained via the PBCH; and receiving the DL-CCH based on the subcarrier spacing, wherein the 1-bit information in the PBCH is used for indicating the subcarrier spacing among a plurality of subcarrier spacings for receiving the DL CCH, based on the frequency band in which the UE operates, wherein for the frequency band being in a first frequency range, the subcarrier spacing is determined as one of a first subcarrier spacing or a second subcarrier spacing based on the 1-bit information, wherein for the frequency band being in a second frequency range, the subcarrier spacing is determined as one of a third subcarrier spacing or a fourth subcarrier spacing based on the 1-bit information, and wherein the DL-CCH includes remaining minimum system information, RMSI. receiving a synchronization signal block, SSB, that comprises a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcasting channel, PBCH; determining a subcarrier spacing for the DL-CCH based on 1-bit information that is obtained via the PBCH; and receiving the DL-CCH based on the subcarrier spacing, wherein the 1-bit information in the PBCH is used for indicating the subcarrier spacing among a plurality of subcarrier spacings for receiving the DL CCH, based on the frequency band in which the UE operates, wherein for the frequency band being in a first frequency range, the subcarrier spacing is determined as one of a first subcarrier spacing or a second subcarrier spacing based on the 1-bit information, wherein for the frequency band being in a second frequency range, the subcarrier spacing is determined as one of a third subcarrier spacing or a fourth subcarrier spacing based on the 1-bit information, and wherein the DL-CCH includes remaining minimum system information, RMSI.
A compound for use in the treatment of hyperphosphatemia in a patient in need thereof, wherein the compound does not bind NHE3 and is substantially active in the gastrointestinal tract to inhibit transport of phosphate ions (Pi), and wherein the compound is an adenylate cyclase receptor agonist or a pharmaceutically acceptable salt thereof.
A display panel assembly, comprising a display panel and a display switching device on a light outgoing surface of the display panel, and characterized in that: the display switching device comprises an electrode group and an electrochromic layer; the electrode group comprises a first electrode and a second electrode; and the first electrode and the second electrode are configured to receive voltage signals to make the electrochromic layer present each of a transparent state for 2D display, a first pattern for 3D display by means of an auxiliary viewing device, and a second pattern for glasses-free 3D display, the first electrode comprises a plurality of strip electrodes, the plurality of strip electrodes extend in a first direction and are closely arranged, the second electrode comprises a plurality of strip electrodes, the plurality of strip electrodes extend in a second direction intersecting the first direction and are closely arranged, and the electrochromic layer is between the first electrode and the second electrode. the display switching device comprises an electrode group and an electrochromic layer; the electrode group comprises a first electrode and a second electrode; and the first electrode and the second electrode are configured to receive voltage signals to make the electrochromic layer present each of a transparent state for 2D display, a first pattern for 3D display by means of an auxiliary viewing device, and a second pattern for glasses-free 3D display, the first electrode comprises a plurality of strip electrodes, the plurality of strip electrodes extend in a first direction and are closely arranged, the second electrode comprises a plurality of strip electrodes, the plurality of strip electrodes extend in a second direction intersecting the first direction and are closely arranged, and the electrochromic layer is between the first electrode and the second electrode.
A method of making a fuel cell component, comprising the steps of: permeating at least a portion of a component layer with a polymer, the portion being adjacent an edge of the component layer; allowing some of the polymer to extend beyond the edge to thereby establish a flap beyond the edge of the component layer; and shaping the polymer extending beyond the edge into a selected flap geometry. permeating at least a portion of a component layer with a polymer, the portion being adjacent an edge of the component layer; allowing some of the polymer to extend beyond the edge to thereby establish a flap beyond the edge of the component layer; and shaping the polymer extending beyond the edge into a selected flap geometry.
Machine tool (1, 1', 1") with at least one first and one second machining unit (2, 2') being arranged adjacent to each other in a first axial direction (x) and being movable independently from each other in a second and third axial direction (y, z), being arranged on a common machine bed, wherein stand units (4, 4') spaced apart in the first axial direction (x) are provided on both sides of the machining units (2, 2'), characterized in that the machining units (2, 2') are guided through upper and lower guides (5, 5', 6, 6', 6") and are movable independently from each other in the first, the second and the third axial direction (x, y, z), wherein the upper and lower guides (5, 5', 6, 6') are provided on sides of the stand units (4, 4') pointing upwards or downwards so that the stand units (4, 4') are movable with each other, towards each other and against each other and the guides (5, 5', 6, 6') are extendable by attaching at least one additional guiding element by which the distance between at least two of the machining units (2, 2', 2") can be increased or the machine tool comprises a fixed working width determined by the distance between the stand units (4, 4') but defined in such a way that at least one third machining unit (2") is providable and removable again in the first axial direction (x) adjacent to the first and/or the second machining unit (2, 2'), wherein all machining units (2, 2', 2") are structurally identical and/or comprise the same travel paths and wherein the stand units (4, 4') of the machine tool (1, 1') are connected by means of a bridge through which the machining units (2, 2', 2") are only jointly movable in the first axial direction (x).
An adhesive sheet having multi-staged air vent channels, the adhesive sheet including a base film and a pressure sensitive adhesive layer, wherein the adhesive layer has surface patterns formed by transfer of convexo-concave portions on a release surface of a release liner, the surface patterns being constructed of at least two kinds of channels connected with each other, the at least two kinds of channels including first-stage channels with a relatively smaller height and second-stage channels with a relatively larger height, and the first-stage channels are arranged at a smaller interval and the second-stage channels are arranged at a larger interval, wherein the first-stage channels have a height of 3 μm to 10 μm and a width of 10 μm to 30 μm, and the second-stage channels have a height of 10 μm to 20 μm and a width of 30 μm to 60 μm, and wherein the second-stage channels are arranged at an interval of 2 mm to 4 mm and the lengths of air vent paths of the first-stage channels are limited to the dimensional range, so that the first-stage channels provides air vent channels before they are vanished after the adhesive sheet is attached to a target surface so that an adhesion area to the target surface can increase as the first-stage channels are vanished, and the second-stage channels provide air vent channels even after the first-stage channels are vanished.
Measuring apparatus, comprising a temperature sensor and a system for installing the temperature sensor in a measurement space, for inserting the temperature sensor into the measurement space and for removing the temperature sensor from the measurement space, wherein the system has a shut-off device for sealing off the measurement space with respect to an outside environment, at least during an operation of inserting the temperature sensor into the measurement space and during an operation of removing the temperature sensor from the measurement space, and wherein the shut-off device is designed for opening and closing a sensor opening of the system, through which the temperature sensor is insertable into the measurement space, characterized in that the temperature sensor and the system respectively have at least one latching element (20, 21) each, which are positioned on the system and on the temperature sensor, respectively, in such a way that, while the temperature sensor is being withdrawn from the system, a greater resistance is noticeable as soon as the temperature sensor has been withdrawn from the system to such an extent that a shut-off movement of the shut-off device is enabled, wherein the latching elements (20, 21) are positioned on the system and on the temperature sensor, respectively, in such a way that, while the temperature sensor is being withdrawn from the system, a greater resistance is noticeable as soon as the temperature sensor has been withdrawn from the sensor opening.