mhurhangee/ep-ind-claims huggingface dataset:
Controllable glazing, comprising at least a first and a second reflective polarizer (1, 2) and a liquid-crystal-dye-layer, wherein the liquid-crystal-dye-layer is arranged between the first and the second reflective polarizer (1, 2) and wherein the alignment of the dichroic dye and the liquid crystal of the liquid-crystal-dye-layer is changeable, wherein the first and the second reflective polarizer (1, 2) polarize the electromagnetic radiation in the wavelength range λ1 to λ2 wherein the liquid-crystal-dye-layer is selected such that the electromagnetic radiation transmission through the controllable glazing is controlled in the wavelength range of λ3 to λ4 by dye-absorbance and in the wavelength range λ1 to λ2 by controlling the polarization state of electromagnetic radiation in the wavelength range λ1 to λ2 travelling through the liquid-crystal-dye layer by alignment of the liquid crystal and the dye in the liquid-crystal-dye-layer, characterized in that the wavelength range of λ1 to λ2 is within the wavelength range of 750 nm to 2000 nm and the wavelength range of λ3 to λ4 is within the wavelength range of 380 nm to 750 nm.
A luminaire for stationary mounting in an interior or exterior with a variable light distribution, wherein the luminaire has a control device (8, 24) which is configured to receive sensor information to determine a solid angle of the luminaire in which a person or a vehicle approaches the luminaire by means of the sensor information, and to control the light distribution of the luminaire in order to reduce a luminous flux of the luminaire which is emitted in said solid angle, characterized in that the control is further configured to increase the luminous flux in a solid angle of the luminaire in which the person or vehicle is located and moves away from the luminaire. wherein the luminaire has a control device (8, 24) which is configured to receive sensor information to determine a solid angle of the luminaire in which a person or a vehicle approaches the luminaire by means of the sensor information, and to control the light distribution of the luminaire in order to reduce a luminous flux of the luminaire which is emitted in said solid angle, characterized in that the control is further configured to increase the luminous flux in a solid angle of the luminaire in which the person or vehicle is located and moves away from the luminaire.
A cable connector tray holder for supporting at least a first cable connector and a second cable connector connectable with each other, the cable connector tray holder comprises a tray holder support for supporting and aligning mating ends of said cable connectors (4, 202) in a facing manner; wherein the tray holder support has tray holder connection means for connecting a cable connector holder with the tray holder support, which cable connector holder is adapted to hold said first cable connector; wherein said tray holder connection means are configured to pivotably support the cable connector holder about a pivot axis extending in a direction transverse to a mating direction of said cable connectors (4, 202), characterized in that the cable connector tray holder further comprises a tray holder gate which is arranged stationary and protrudes a tray holder support surface of the cable connector tray holder, which tray holder support surface is provided for supporting at least said first cable connector and said second cable connector, wherein the tray holder gate comprises an upper inner rim being slanted at a tray holder gate side facing the cable connector holder so that the cable connector holder can be pivoted without interference with said upper inner rim and wherein the tray holder gate forms a tray holder gateway for passing therethrough said first cable connector to enable connection therebetween.
A channel configuration method, comprising: determining, by a base station, a quantity of system flows based on a random access channel, RACH, detection result, wherein the quantity of system flows is a sum of quantities of flows supported by all users; configuring, by the base station, an uplink channel and a downlink channel based on the quantity of system flows, wherein the uplink channel is a radio frequency channel used for uplink transmission, and the downlink channel is a radio frequency channel used for downlink transmission; and transmitting, by the base station, data based on the configured uplink channel and the configured downlink channel, wherein the configuring, by the base station, an uplink channel and a downlink channel based on the quantity of system flows comprises: determining a quantity of uplink channels and a quantity of downlink channels based on the quantity of system flows; and determining the uplink channel based on the quantity of uplink channels, and determining the downlink channel based on the quantity of downlink channels. determining, by a base station, a quantity of system flows based on a random access channel, RACH, detection result, wherein the quantity of system flows is a sum of quantities of flows supported by all users; configuring, by the base station, an uplink channel and a downlink channel based on the quantity of system flows, wherein the uplink channel is a radio frequency channel used for uplink transmission, and the downlink channel is a radio frequency channel used for downlink transmission; and transmitting, by the base station, data based on the configured uplink channel and the configured downlink channel, wherein the configuring, by the base station, an uplink channel and a downlink channel based on the quantity of system flows comprises: determining a quantity of uplink channels and a quantity of downlink channels based on the quantity of system flows; and determining the uplink channel based on the quantity of uplink channels, and determining the downlink channel based on the quantity of downlink channels. determining a quantity of uplink channels and a quantity of downlink channels based on the quantity of system flows; and determining the uplink channel based on the quantity of uplink channels, and determining the downlink channel based on the quantity of downlink channels.
A honeycomb body, comprising: a contoured honeycomb core, comprising: a plurality of intersecting channel walls extending from an inlet face to an outlet face defining cell channels therebetween, including partial cell channels, an outer periphery extending from the inlet face to the outlet face, wherein each partial cell channel has a gap in its respective intersecting walls at the outer periphery, and wherein the outer periphery comprises an after-applied skin disposed across the gaps such that each partial cell channel comprises a volume from the inlet face to the outlet face being enclosed by the channel walls and the after-applied skin, wherein a majority of the total partial cell channel volume is open from the inlet face to the outlet face. a plurality of intersecting channel walls extending from an inlet face to an outlet face defining cell channels therebetween, including partial cell channels, an outer periphery extending from the inlet face to the outlet face, wherein each partial cell channel has a gap in its respective intersecting walls at the outer periphery, and wherein the outer periphery comprises an after-applied skin disposed across the gaps such that each partial cell channel comprises a volume from the inlet face to the outlet face being enclosed by the channel walls and the after-applied skin, wherein a majority of the total partial cell channel volume is open from the inlet face to the outlet face.
A polishing composition for polishing cobalt films, comprising: a) an abrasive; b) a weak acid removal rate enhancer; c) an azole-containing corrosion inhibitor; and d) a pH adjuster; wherein said removal rate enhancer, said corrosion inhibitor, and said pH adjuster each have a pKa between 1 and 18, and wherein the pH of the composition is between 7 and 12, and wherein the composition has less than 100 parts per million of sulfate ions and less than 100 parts per million of halide ions, each based on the total weight of the composition. a) an abrasive; b) a weak acid removal rate enhancer; c) an azole-containing corrosion inhibitor; and d) a pH adjuster;
A gas turbine system, comprising: one or more fluid lines (44, 58) configured to flow a fluid in a first direction in the gas turbine system; the gas turbine system characterized by: an eductor (52, 62) configured to reverse flow of the fluid in the one or more fluid lines during a reverse purge of the gas turbine system. one or more fluid lines (44, 58) configured to flow a fluid in a first direction in the gas turbine system; the gas turbine system characterized by: an eductor (52, 62) configured to reverse flow of the fluid in the one or more fluid lines during a reverse purge of the gas turbine system.
A lock deployment catheter comprising: an elongate body having a first opening in its sidewall and a longitudinal lumen therethrough that terminates at a distal-most opening; a lock member configured to be secured over a tether, the lock member comprising a plug and a lock member tube having a second opening and being configured to receive the plug; a lock member docking section located within the lumen that retains the lock member; and a push member slidably disposed within the longitudinal lumen, characterized in that, the lock member docking section is located at a pre-selected distance from the distal-most opening such that the lock member secures the tether with a pre-selected amount of slack that corresponds to the pre-selected distance when the tether is threaded through the first opening in the wall of the elongate body and the second opening in the lock member tube. an elongate body having a first opening in its sidewall and a longitudinal lumen therethrough that terminates at a distal-most opening; a lock member configured to be secured over a tether, the lock member comprising a plug and a lock member tube having a second opening and being configured to receive the plug; a lock member docking section located within the lumen that retains the lock member; and a push member slidably disposed within the longitudinal lumen, characterized in that, the lock member docking section is located at a pre-selected distance from the distal-most opening such that the lock member secures the tether with a pre-selected amount of slack that corresponds to the pre-selected distance when the tether is threaded through the first opening in the wall of the elongate body and the second opening in the lock member tube.
A method of receiving a paging channel performed by a User Equipment, UE, in a wireless communication system, the method comprising: receiving a control channel for the paging channel on a paging occasion of the UE; attempting a reception of the paging channel based on first Downlink Control Information, DCI, including an information indicating a retransmission occasion of the paging channel; and reattempting the reception of the paging channel on the retransmission occasion indicated by the first DCI within a maximum retransmission number for a time duration for the retransmission until succeeding in the reception of the paging channel; receiving second DCI indicating that the paging channel will not be retransmitted any more before the time duration for the retransmission and the maximum retransmission number are exceeded; and stopping attempting the reception of the paging channel based on the received second DCI. receiving a control channel for the paging channel on a paging occasion of the UE; attempting a reception of the paging channel based on first Downlink Control Information, DCI, including an information indicating a retransmission occasion of the paging channel; and reattempting the reception of the paging channel on the retransmission occasion indicated by the first DCI within a maximum retransmission number for a time duration for the retransmission until succeeding in the reception of the paging channel; receiving second DCI indicating that the paging channel will not be retransmitted any more before the time duration for the retransmission and the maximum retransmission number are exceeded; and stopping attempting the reception of the paging channel based on the received second DCI.
Dust collecting device for a handheld machine tool, in particular for a saw or a grinding machine, which has a connection apparatus to a base body and to a dust inlet arranged at or on the base body for connection to a machine dust outlet of the handheld machine tool such that the machine dust outlet communicates with the dust inlet of the dust collecting device and particles flowing out of the machine dust outlet can flow into a dust collecting chamber of a flexible dust container of the dust collecting device, wherein the dust container is supported by a longitudinal section of a support apparatus from the base body up to its longitudinal end region along a longitudinal axis of the dust collecting device and in the longitudinal end region by a transverse section of the support apparatus transverse to the longitudinal axis over its inner cross-section such that the dust container is mounted by the support apparatus transverse to the longitudinal axis and the dust collecting chamber extends from the dust inlet to the longitudinal end region of the dust container, wherein the longitudinal section of the support apparatus extends only over a partial circumference of the circumference of the dust container transverse to the longitudinal axis and has a spring assembly, which is resiliently flexible for an elastic flexibility of the dust collecting device transverse to the longitudinal axis and/or along the longitudinal axis and/or in terms of a torsion around the longitudinal axis, characterised in that the longitudinal section of the support apparatus, in particular at least one longitudinal member of the support apparatus, runs, in the region of a wall surface, closest to a workpiece during operation of the handheld machine tool, of the dust container or edge of the circumferential contour of the dust container.
A touch screen, comprising a display panel and a touch point positioning device, the touch point positioning device comprising a timing unit, a calculating unit and n receiving units, where n ≧ 3, wherein the receiving units are provided in edge areas of the display panel, and the receiving units are configured to receive an acoustic wave signal generated at a touch point when the display panel is touched; the timing unit is configured to record reception times when the receiving units receive the acoustic wave signal; and the calculating unit is configured to calculate a position coordinate of the touch point on the display panel according to the reception times of the receiving units recorded by the timing unit, characterized in that, the positioning device further comprises a storage unit, the storage unit is configured to pre-store position coordinates of a plurality of reference positions on the display panel and corresponding reception times of the receiving units when the reference positions are touched, the calculating unit comprises a time coordinate generating module and a calculating module, the time coordinate generating module is configured to generate a corresponding reception time coordinate of the touch point in an n-dimensional coordinate system according to the reception times of the receiving units recorded by the timing unit and according to a preset arrangement sequence of the receiving units, and to generate corresponding reception time coordinates of the reference positions in the n-dimensional coordinate system according to the corresponding reception times of the receiving units when the reference positions are touched stored in the storage unit and according to the preset arrangement sequence of the receiving units; the calculating module is configured to respectively calculate Euclidean distances between the reference positions and the touch point according to the reception time coordinate of the touch point and the reception time coordinates of the reference positions in the n-dimensional coordinate system, and to determine a reference position at a minimum Euclidean distance from the touch point, so as to determine the position coordinate of the touch point on the display panel as the position coordinate corresponding to the reference position at the minimum Euclidean distance from the touch point.
A motor vehicle differential comprising a casing and a substantially axial differential mechanism, which is carried in the casing by two opposite bearings and which comprises at least one ring gear adjoining a cage of planet pinions the said housing comprising, on the one hand, a first half-casing which comprises a first bearing and which is capable of housing the cage of pinions and at least part of the ring gear, and, on the other hand, a second half-casing which comprises a second bearing and which is capable of closing the first half-casing the first half-casing comprising at least one housing able to house the cage of pinions and a bell, into which said housing opens, which houses at least part of the ring gear, and which comprises at least one main transverse wall adjacent to a transverse face of the ring gear wherein the first half housing includes: - a means for recovering the oil sprayed onto the wall by the ring gear which comprises a first recess which opens into the main wall and which comprises two axial radial walls (38, 40), a transverse radial wall, and two inner and outer tangential walls which delimit an oil reservoir, and - means for redirecting the recovered oil to the cage of planet gears, characterized in that the means for redirecting the recovered oil comprises a second recess adjoining the first recess, communicating with said first recess, which comprises a slot facing the cage of planet gears. the said housing comprising, on the one hand, a first half-casing which comprises a first bearing and which is capable of housing the cage of pinions and at least part of the ring gear, and, on the other hand, a second half-casing which comprises a second bearing and which is capable of closing the first half-casing the first half-casing comprising at least one housing able to house the cage of pinions and a bell, into which said housing opens, which houses at least part of the ring gear, and which comprises at least one main transverse wall adjacent to a transverse face of the ring gear wherein the first half housing includes: - a means for recovering the oil sprayed onto the wall by the ring gear which comprises a first recess which opens into the main wall and which comprises two axial radial walls (38, 40), a transverse radial wall, and two inner and outer tangential walls which delimit an oil reservoir, and - means for redirecting the recovered oil to the cage of planet gears, - a means for recovering the oil sprayed onto the wall by the ring gear which comprises a first recess which opens into the main wall and which comprises two axial radial walls (38, 40), a transverse radial wall, and two inner and outer tangential walls which delimit an oil reservoir, and - means for redirecting the recovered oil to the cage of planet gears, characterized in that the means for redirecting the recovered oil comprises a second recess adjoining the first recess, communicating with said first recess, which comprises a slot facing the cage of planet gears.
A non-therapeutic cosmetic use of vescalagin, castalagin, or an extract of Lythrum salicaria L. containing gallic acid, vescalagin and castalagin, to stimulate the barrier function of the epidermis.
An MRI scanner-compatible virtual reality system comprising: user equipment (200; 700; 800) locatable within an MRI scanner bore, said user equipment (200; 700; 800) being configured to provide a subject with an immersive virtual environment; said system further comprising: at least one sensor configured to track eye movement of said subject; wherein said system is arranged such that interaction of said subject with said immersive virtual environment is controlled by said tracked eye movement, characterized in that sustained gaze from a subject is used by said system for calibration of gaze tracking and for controlling selection of options within the immersive virtual reality environment. user equipment (200; 700; 800) locatable within an MRI scanner bore, said user equipment (200; 700; 800) being configured to provide a subject with an immersive virtual environment; said system further comprising: at least one sensor configured to track eye movement of said subject; wherein said system is arranged such that interaction of said subject with said immersive virtual environment is controlled by said tracked eye movement, characterized in that sustained gaze from a subject is used by said system for calibration of gaze tracking and for controlling selection of options within the immersive virtual reality environment. at least one sensor configured to track eye movement of said subject; wherein said system is arranged such that interaction of said subject with said immersive virtual environment is controlled by said tracked eye movement, characterized in that sustained gaze from a subject is used by said system for calibration of gaze tracking and for controlling selection of options within the immersive virtual reality environment.
A modified conjugated diene-based polymer represented by Chemical Formula 1 below: in Chemical Formula 1, R 1, R 2, and R 5 are each independently a C1-C10 alkylene group, R 3, R 4, R 6 and R 7 are each independently a C1-C10 alkyl group, R 8 is hydrogen or a C1-C10 alkyl group, P is a conjugated diene-based polymer chain, B is a compound unit derived from one or more compounds selected from the group consisting of 4,4'-vinylidenebis(n,n-dimethylaniline), 3-(2-pyrrolidino ethyl)styrene, 4-(2-pyrrolidino ethyl)styrene, and (3-(2-pyrrolidino-1-methylethyl)-α-methylstyrene, a and c are each independently 0, 1, or 2, b and d are each independently 1, 2, or 3, a+b and c+d are each independently 1, 2, or 3, and A is wherein R 9, R 10, R 11, and R 12 are each independently hydrogen or a C1-C10 alkyl group. R 1, R 2, and R 5 are each independently a C1-C10 alkylene group, R 3, R 4, R 6 and R 7 are each independently a C1-C10 alkyl group, R 8 is hydrogen or a C1-C10 alkyl group, P is a conjugated diene-based polymer chain, B is a compound unit derived from one or more compounds selected from the group consisting of 4,4'-vinylidenebis(n,n-dimethylaniline), 3-(2-pyrrolidino ethyl)styrene, 4-(2-pyrrolidino ethyl)styrene, and (3-(2-pyrrolidino-1-methylethyl)-α-methylstyrene, a and c are each independently 0, 1, or 2, b and d are each independently 1, 2, or 3, a+b and c+d are each independently 1, 2, or 3, and A is wherein R 9, R 10, R 11, and R 12 are each independently hydrogen or a C1-C10 alkyl group.
A coupling element for a crane, or a lowering device, in particular a davit, for producing a detachable, force-locked connection between a load to be borne, in particular a boat, and a cable-like bearing element, in particular a bearing cable, having a cable connection between the cable-like bearing element and the coupling element, a load connection between the load and the coupling element, a locking and unlocking mechanism to change between an open position in which the load is released by the cable-like bearing element and a closed position in which the load is connected to the cable-like bearing element in a force-locked manner, characterized in that the coupling element consists of a truncated-cone-shaped receiving cone and a cylinder receiving the receiving cone, wherein the receiving cone is arranged with its base on the load or on a receiving base arranged on the load, the cylinder has a pendulum suspension for lasting connection to the end of the crane jib, of the lowering device, in particular of the davit, the cylinder has a cable feedthrough for the cable-like bearing element, and the load connection is produced between the receiving cone and the cable-like bearing element by means of the locking and unlocking mechanism.