mhurhangee/ep-ind-claims huggingface dataset:
An optical body comprising: a base material having a first surface and a second surface; a macro concave-convex structure formed on said second surface and configured to cause internally propagating light injected into an inside of the base material from a side surface of the base material, to be emitted from said first surface; and a micro concave-convex structure (11, 12) formed to follow each of both surfaces (10A, 10B), wherein the surface of the macro concave-convex structure has an inclined surface that is inclined with respect to the one surface by more than or equal to 30° and less than 90°, and characterized in that said micro concave-convex structure (11, 12) is periodic and has an average period of concavity and convexity less than or equal to a wavelength of visible light; and in that in a plan view on the one surface and the other surface, respectively, the micro concave-convex structure (11, 12) is a structure in which tracks composed of a plurality of first micro convexities and a plurality of first micro concavities are arranged parallel to each other in a dot arrangement direction which agrees with a traveling direction of internally propagating light, and the first micro convexities arranged between adjacent tracks are mutually shifted in the length direction of the track by half the length of the first micro convexity and half a length of the first micro concavity so as to form a zigzag arrangement with respect to a traveling direction of internally propagating light. a base material having a first surface and a second surface; a macro concave-convex structure formed on said second surface and configured to cause internally propagating light injected into an inside of the base material from a side surface of the base material, to be emitted from said first surface; and a micro concave-convex structure (11, 12) formed to follow each of both surfaces (10A, 10B), wherein the surface of the macro concave-convex structure has an inclined surface that is inclined with respect to the one surface by more than or equal to 30° and less than 90°, and characterized in that said micro concave-convex structure (11, 12) is periodic and has an average period of concavity and convexity less than or equal to a wavelength of visible light; and in that in a plan view on the one surface and the other surface, respectively, the micro concave-convex structure (11, 12) is a structure in which tracks composed of a plurality of first micro convexities and a plurality of first micro concavities are arranged parallel to each other in a dot arrangement direction which agrees with a traveling direction of internally propagating light, and the first micro convexities arranged between adjacent tracks are mutually shifted in the length direction of the track by half the length of the first micro convexity and half a length of the first micro concavity so as to form a zigzag arrangement with respect to a traveling direction of internally propagating light.
A method of producing carbon nano-materials, the method comprising: (i) heating carbonate to produce molten carbonate; (ii) inserting an anode and a cathode into the molten carbonate; (iii) (a) providing a transition metal nucleating agent into the molten carbonate; and (iv) generating electrolysis between the anode and the cathode to form deposits of the transition metal nucleating agent on the cathode which act as nucleation sites and grow carbon nano-materials on the nucleation sites, wherein the process further comprises injecting CO 2 from a CO 2 source into the molten carbonate. (i) heating carbonate to produce molten carbonate; (ii) inserting an anode and a cathode into the molten carbonate; (iii) (a) providing a transition metal nucleating agent into the molten carbonate; and (iv) generating electrolysis between the anode and the cathode to form deposits of the transition metal nucleating agent on the cathode which act as nucleation sites and grow carbon nano-materials on the nucleation sites,
A wireless device which is configured to: store an error occurrence state in a wireless link in a region that can be freely used by a user in the wireless link; and to transmit the error occurrence state, wherein the wireless link is a Common Public Radio Interface, CPRI, link, wherein the error occurrence state is a number of converting 8-bit data into 10-bit data, 8B/10B, violation occurrences, and wherein the region is a region that can be freely used by the user, included in a hyperframe in CPRI link. store an error occurrence state in a wireless link in a region that can be freely used by a user in the wireless link; and to transmit the error occurrence state,
A method for producing a composition containing at least one fluorine-containing olefin selected from 1,2-dichloro-3,3,3-trifluoropropene (HCFO-1223xd) and 1,1,2-trichloro-3,3,3-trifluoropropene (CFO-1213xa), comprising (i) subjecting at least one starting compound precursor of the formula CY 3 CHXCHX 2 or CX 3 CX=CX 2, wherein X each independently is H or Cl, with the proviso that at least two X are Cl, and Y each independently is F or Cl, to a gas-phase fluorination reaction using HF to convert the precursor into a starting compound of the formula CF 3 CHXCHX 2 or CF 3 CX=CX 2, wherein each X is independently H or Cl, with the proviso that at least one X is Cl; (ii) subjecting the at least one starting compound to a gas-phase oxychlorination reaction in a temperature range of ≤ 380°C in the presence of chlorine gas and HCl gas, wherein part or all of the HCl gas used in the gas-phase oxychlorination reaction is HCl gas generated when the starting compound precursor is subjected to a gas-phase fluorination reaction using HF. (i) subjecting at least one starting compound precursor of the formula CY 3 CHXCHX 2 or CX 3 CX=CX 2, wherein X each independently is H or Cl, with the proviso that at least two X are Cl, and Y each independently is F or Cl, to a gas-phase fluorination reaction using HF to convert the precursor into a starting compound of the formula CF 3 CHXCHX 2 or CF 3 CX=CX 2, wherein each X is independently H or Cl, with the proviso that at least one X is Cl; (ii) subjecting the at least one starting compound to a gas-phase oxychlorination reaction in a temperature range of ≤ 380°C in the presence of chlorine gas and HCl gas,
A channel device for separating undissolved substances from a fluid flow with the following features: - an intake for feeding the fluid flow into the channel device in a flow direction, - an, in particular channel-shaped, working chamber with a discharge for undissolved substances accumulated in the working chamber, - an overflow channel, disposed at least partially above the working chamber, and - a transfer opening between the working chamber and the overflow channel, wherein at least one mobile separation device is provided in the working chamber, wherein the working chamber and the overflow channel are disposed vertically one above the other and wherein the overflow channel projects at least partially into the working chamber, characterised in that the working chamber and/or the overflow channel are constituted tubular and that the working chamber and the overflow channel run parallel to one another in flow direction. - an intake for feeding the fluid flow into the channel device in a flow direction, - an, in particular channel-shaped, working chamber with a discharge for undissolved substances accumulated in the working chamber, - an overflow channel, disposed at least partially above the working chamber, and - a transfer opening between the working chamber and the overflow channel, wherein at least one mobile separation device is provided in the working chamber, wherein the working chamber and the overflow channel are disposed vertically one above the other and wherein the overflow channel projects at least partially into the working chamber, characterised in that the working chamber and/or the overflow channel are constituted tubular and that the working chamber and the overflow channel run parallel to one another in flow direction.
Communication device (100, 400) comprising - at least one first radio (101, 102) which is configured to be active when the device is in operation; - at least one second radio which is configured to be selectively active or deactivated when the device is in operation; - a processor and a memory comprising code, the device being characterized in that, when the code is executed by the processor, the device carries out the following steps: ∘ detecting the association of a client device with an access point of an active radio from the at least one first radio and at least one second radio; ∘ determining (303, 404, 504) whether the client device supports a deactivated second radio from the at least one second radio and, if so, activating (304, 405, 505) said deactivated second radio. - at least one first radio (101, 102) which is configured to be active when the device is in operation; - at least one second radio which is configured to be selectively active or deactivated when the device is in operation; - a processor and a memory comprising code, the device being characterized in that, when the code is executed by the processor, the device carries out the following steps: ∘ detecting the association of a client device with an access point of an active radio from the at least one first radio and at least one second radio; ∘ determining (303, 404, 504) whether the client device supports a deactivated second radio from the at least one second radio and, if so, activating (304, 405, 505) said deactivated second radio. ∘ detecting the association of a client device with an access point of an active radio from the at least one first radio and at least one second radio; ∘ determining (303, 404, 504) whether the client device supports a deactivated second radio from the at least one second radio and, if so, activating (304, 405, 505) said deactivated second radio.
A computer-implemented method, comprising: receiving, by a server including one or more processors and from a client device, a set of client-encrypted queries that were encrypted by the client device; characterised by identifying, by the server, a set of server-encrypted decryption keys based on the set of client-encrypted queries; transmitting, by the server, the set of server-encrypted decryption keys to the client device; receiving, by the server and from the client device, a set of client-server-encrypted decryption keys that includes the set of server-encrypted decryption keys that have been further encrypted by the client device; receiving, by the server and from the client device, a set of client-encrypted/client-derived decryption keys that (i) were derived by the client device independent of the set of server-encrypted decryption keys, and (ii) are encrypted by the client device; generating, by the server, a matching decryption key map that specifies matches between (i) the set of client-server-encrypted decryption keys and (ii) the set of client-encrypted/client-derived decryption keys; filtering, by the server, the set of client-encrypted queries using the matching decryption key map to create a set of filtered client-encrypted queries; and generating, by the server, a set of query results using the set of filtered client-encrypted queries. identifying, by the server, a set of server-encrypted decryption keys based on the set of client-encrypted queries; transmitting, by the server, the set of server-encrypted decryption keys to the client device; receiving, by the server and from the client device, a set of client-server-encrypted decryption keys that includes the set of server-encrypted decryption keys that have been further encrypted by the client device; receiving, by the server and from the client device, a set of client-encrypted/client-derived decryption keys that (i) were derived by the client device independent of the set of server-encrypted decryption keys, and (ii) are encrypted by the client device; generating, by the server, a matching decryption key map that specifies matches between (i) the set of client-server-encrypted decryption keys and (ii) the set of client-encrypted/client-derived decryption keys; filtering, by the server, the set of client-encrypted queries using the matching decryption key map to create a set of filtered client-encrypted queries; and generating, by the server, a set of query results using the set of filtered client-encrypted queries.
A multi-series connection type battery cell pack, characterized by comprising a plurality of series-connected battery cells, a charge/discharge control switch connected between said plurality of battery cells and an output terminal to perform charge/discharge control, two or more protective circuits for detecting at least the voltage of each of said plurality of battery cells, a control circuit for communicating with external equipment to manage and control signals in said pack, inclusive of detection signals, wherein said control circuit has a switching function of making a switching between a mode in which current consumption in said pack minimizes and a normal operations mode when multiple circuits in said pack are not in use, and a level conversion circuit between said protective circuit and said control circuit for adapting said detection signals so that said detection signals outputted to the control circuit on the same voltage reference level among said plurality of protective circuits wherein said plurality of protective circuits are connected in parallel with said battery cells in a multistage manner.
Display device for a vehicle, which is designed to display information and to be arranged in an interior of the vehicle in relation to a viewing direction (x) of a driver of the vehicle, having: - a display device, which is connectable to a device for operating the display device; - an OLED display comprising a three-dimensional geometry to emit light, wherein the OLED display is arranged overlapping with the display device viewed in the viewing direction (x) and has a passage in the overlapping region (11.3) via which the display device is connectable to the device; - a support frame, which is designed to arrange the OLED display; characterised in that the OLED display is coupled to the support frame in a coupling region and is formed geometrically in a display region such that it is arranged in relation to the three-dimensional shape of the OLED display at least partially detached from the support frame. - a display device, which is connectable to a device for operating the display device; - an OLED display comprising a three-dimensional geometry to emit light, wherein the OLED display is arranged overlapping with the display device viewed in the viewing direction (x) and has a passage in the overlapping region (11.3) via which the display device is connectable to the device; - a support frame, which is designed to arrange the OLED display;
A release film, comprising: a base film containing a synthetic resin; and an embossing patterns layer that is formed on the base film and has more than one protrusion, wherein the embossing patterns layer contains a cured material of a photo curable resin composition, wherein the maximum height of the protrusion is 1 to 20 μ m and the width of the base side is 100 to 500 μ m and; wherein the surface roughness (Rt) of the base film is above 0.1 μm to less than 1 μ m. a base film containing a synthetic resin; and an embossing patterns layer that is formed on the base film and has more than one protrusion, wherein the embossing patterns layer contains a cured material of a photo curable resin composition, wherein the maximum height of the protrusion is 1 to 20 μ m and the width of the base side is 100 to 500 μ m and; wherein the surface roughness (Rt) of the base film is above 0.1 μm to less than 1 μ m.
Stationary storage system for vehicle drive batteries, in particular for storing such vehicle drive batteries before installation in a motor vehicle within the course of the production of the vehicle, having the following features: a. the storage system has a multiplicity of storage areas for vehicle drive batteries which are arranged one next to the other and one above the other in a grid-like fashion and are delimited from one another by dividing walls and intermediate floors, and b. the storage system has a ventilation system for individually feeding in gas and/or discharging gas from the storage areas, characterized by the following features: c. the storage system has a multiplicity of gas sensors (80, 82, 83) which are assigned to the individual gas feeds and/or gas discharge elements in such a way that a plurality of gas sensors (82, 83, 86) are respectively assigned to different subgroups of the total number of storage areas, and d. a common gas sensor (82, 83) is respectively assigned to a horizontally oriented row of storage areas, and e. a common gas sensor is respectively assigned to a vertically oriented row of storage areas. a. the storage system has a multiplicity of storage areas for vehicle drive batteries which are arranged one next to the other and one above the other in a grid-like fashion and are delimited from one another by dividing walls and intermediate floors, and b. the storage system has a ventilation system for individually feeding in gas and/or discharging gas from the storage areas, characterized by the following features: c. the storage system has a multiplicity of gas sensors (80, 82, 83) which are assigned to the individual gas feeds and/or gas discharge elements in such a way that a plurality of gas sensors (82, 83, 86) are respectively assigned to different subgroups of the total number of storage areas, and d. a common gas sensor (82, 83) is respectively assigned to a horizontally oriented row of storage areas, and e. a common gas sensor is respectively assigned to a vertically oriented row of storage areas.
A mitral valve leaflet repair system, comprising: a delivery catheter having at least one lumen extending proximally from a distal end of the delivery catheter; a plurality of anchor elements (130, 230, 330) disposed within the at least one lumen, each of the plurality of anchor elements (130, 230, 330) being configured to extend through one layer of mitral valve leaflet tissue; and a securing element configured to secure at least two of the plurality of anchor elements (130, 230, 330) together on one side of the mitral valve leaflet tissue; wherein the at least one lumen comprises a suction lumen configured to grasp a mitral valve leaflet prior to extending the plurality of anchor elements (130, 230, 330) through one layer of mitral valve leaflet tissue, wherein the at least one lumen further comprises a plurality of anchor lumens, wherein at least one of the plurality of anchor elements (130, 230, 330) is disposed within each of two or more of the plurality of anchor lumens. a delivery catheter having at least one lumen extending proximally from a distal end of the delivery catheter; a plurality of anchor elements (130, 230, 330) disposed within the at least one lumen, each of the plurality of anchor elements (130, 230, 330) being configured to extend through one layer of mitral valve leaflet tissue; and a securing element configured to secure at least two of the plurality of anchor elements (130, 230, 330) together on one side of the mitral valve leaflet tissue; wherein the at least one lumen comprises a suction lumen configured to grasp a mitral valve leaflet prior to extending the plurality of anchor elements (130, 230, 330) through one layer of mitral valve leaflet tissue, wherein the at least one lumen further comprises a plurality of anchor lumens, wherein at least one of the plurality of anchor elements (130, 230, 330) is disposed within each of two or more of the plurality of anchor lumens.
A method of transmitting a beacon signal transporting a first subset of broadcast information and a second subset of broadcast information from a base station, comprising: assigning a first value to a first information stream representing the first subset of broadcast information, wherein the first value is a sequence of bits {X i}; assigning a second value to a second information stream representing the second subset of broadcast information, wherein the second value is a sequence of bits {Y i}; combining the first value and the second value; producing a single composite value from the combined values, wherein the composite value is a sequence of bits {Z i}; and transmitting a waveform including the beacon signal as a function of the composite value. assigning a first value to a first information stream representing the first subset of broadcast information, wherein the first value is a sequence of bits {X i}; assigning a second value to a second information stream representing the second subset of broadcast information, wherein the second value is a sequence of bits {Y i}; combining the first value and the second value; producing a single composite value from the combined values, wherein the composite value is a sequence of bits {Z i}; and transmitting a waveform including the beacon signal as a function of the composite value.
Tap cartridge with cable routing for manual moving actuation handle, whereto is coupled a rotating tap handle or lever with electronic functions of control, configuration, display and/or generation of acoustic signals, wherein the cartridge has at least one routing formed by cable guiding passages, to convey said cable from the inlet or starting connection of said cable in the cartridge to its connection with the handle or lever of the tap that contains said cartridge, wherein the routing has a passage that traverses the cartridge until an area close to the coupling of the handle or lever, characterized in that, this area has an accumulation space of additional length of cable, the accumulation of additional length of cable being configured in spiral form with a plurality of coil turns within said space, before its connection to the electronic elements (102,103) of the handle or lever, and wherein the space provided for the accumulation of additional length of said cable in spiral form is sufficient to contain said additional length of cable in spiral form, so that the contraction or expansion produced by the variation in the number of coil turns in the spiral, due to the pulling of the cable at the end of the handle or lever, in its rotation does not press each turn of the cable on the adjacent ones or against the inner and/or outer limits of the space where it is found. wherein the routing has a passage that traverses the cartridge until an area close to the coupling of the handle or lever, characterized in that, this area has an accumulation space of additional length of cable, the accumulation of additional length of cable being configured in spiral form with a plurality of coil turns within said space, before its connection to the electronic elements (102,103) of the handle or lever, and wherein the space provided for the accumulation of additional length of said cable in spiral form is sufficient to contain said additional length of cable in spiral form, so that the contraction or expansion produced by the variation in the number of coil turns in the spiral, due to the pulling of the cable at the end of the handle or lever, in its rotation does not press each turn of the cable on the adjacent ones or against the inner and/or outer limits of the space where it is found.