mhurhangee/ep-ind-claims huggingface dataset:
An assembly, comprising: an injector tip including a prechamber and at least a portion of a chamber housing, the prechamber being defined by at least the portion of the chamber housing, and the chamber housing having a first thermal conductivity; a spark plug, wherein the chamber housing houses at least a portion of the spark plug; and a nozzle combustion shield NCS including an inner surface, the NCS having a second thermal conductivity, the inner surface being in a press fit configuration with the chamber housing, wherein the second thermal conductivity of the NCS is greater than the first thermal conductivity of the chamber housing, and the NCS including a proximal end and a distal end, and both the proximal and distal ends (90, 110) of the NCS are positioned adjacent the injector tip, the NCS including a barrel and a brim extending outwardly from the barrel; characterized in that the barrel of the NCS wraps around the circumference of the chamber housing at the injector tip at least between the spark plug and the combustion chamber. an injector tip including a prechamber and at least a portion of a chamber housing, the prechamber being defined by at least the portion of the chamber housing, and the chamber housing having a first thermal conductivity; a spark plug, wherein the chamber housing houses at least a portion of the spark plug; and a nozzle combustion shield NCS including an inner surface, the NCS having a second thermal conductivity, the inner surface being in a press fit configuration with the chamber housing, wherein the second thermal conductivity of the NCS is greater than the first thermal conductivity of the chamber housing, and the NCS including a proximal end and a distal end, and both the proximal and distal ends (90, 110) of the NCS are positioned adjacent the injector tip, the NCS including a barrel and a brim extending outwardly from the barrel;
A method for wireless communications by a user equipment, UE, comprising: determining a frequency location of a channel, located in a narrowband region of a wider system bandwidth, a number of antenna ports, and a deployment mode for narrowband communications with a base station of a cell, wherein the determining the frequency location of the channel comprises: receiving a master information block, MIB, the MIB comprising a first field and the number of antenna ports; based on the number of antenna ports, determining the deployment mode and determining that the first field signals a physical resource block, PRB, position with respect to a center frequency of a wideband cell that uses the wider system bandwidth, wherein a cell identifier, ID, for the cell is the same as a cell ID for the wideband cell; and determining, based on the first field, the PRB position, and determining the frequency location of the one channel based at least in part on the PRB position, and communicating with the base station, based at least in part on the cell ID, the frequency location of the channel, the number of antenna ports, and the deployment mode. determining a frequency location of a channel, located in a narrowband region of a wider system bandwidth, a number of antenna ports, and a deployment mode for narrowband communications with a base station of a cell, wherein the determining the frequency location of the channel comprises: receiving a master information block, MIB, the MIB comprising a first field and the number of antenna ports; based on the number of antenna ports, determining the deployment mode and determining that the first field signals a physical resource block, PRB, position with respect to a center frequency of a wideband cell that uses the wider system bandwidth, wherein a cell identifier, ID, for the cell is the same as a cell ID for the wideband cell; and determining, based on the first field, the PRB position, and determining the frequency location of the one channel based at least in part on the PRB position, and receiving a master information block, MIB, the MIB comprising a first field and the number of antenna ports; based on the number of antenna ports, determining the deployment mode and determining that the first field signals a physical resource block, PRB, position with respect to a center frequency of a wideband cell that uses the wider system bandwidth, wherein a cell identifier, ID, for the cell is the same as a cell ID for the wideband cell; and determining, based on the first field, the PRB position, and determining the frequency location of the one channel based at least in part on the PRB position, and communicating with the base station, based at least in part on the cell ID, the frequency location of the channel, the number of antenna ports, and the deployment mode.
A method for combined wireless charging and near field communications, NFC, comprising: generating, with a wireless charger, a magnetic field for wireless charging; generating, with an NFC reader, an NFC field; sampling and measuring a signal strength of a subcarrier signal associated with the NFC field to generate a current subcarrier signal strength; determining presence of a proximity integrated circuit card, PICC, based upon the measured signal strength of the subcarrier signal by comparing the current subcarrier signal strength to a background subcarrier signal strength; and turning off the wireless charging to protect the PICC if the PICC is determined to be present. generating, with a wireless charger, a magnetic field for wireless charging; generating, with an NFC reader, an NFC field; sampling and measuring a signal strength of a subcarrier signal associated with the NFC field to generate a current subcarrier signal strength; determining presence of a proximity integrated circuit card, PICC, based upon the measured signal strength of the subcarrier signal by comparing the current subcarrier signal strength to a background subcarrier signal strength; and turning off the wireless charging to protect the PICC if the PICC is determined to be present.
A digital price indicator comprising: a display body disposed on a front side of a fence installed on a shelf; a battery disposed on a back side of the fence and supplying power to the display body; and a connection unit installed at the display body and the battery, connecting power between the display body and the battery, and securing the display body and the battery to the fence, wherein the fence is installed vertically on an edge of the shelf, and comprises a fixing hole in a longitudinal direction thereof, characterised in that the connection unit comprises: a locking hook on a back side of the display body, the locking hook penetrating the fixing hole in the fence and in which a first power connection terminal is disposed; and a locking member on a front side of the battery, the locking member catching the locking hook therein and in which a second power connection terminal is disposed. a display body disposed on a front side of a fence installed on a shelf; a battery disposed on a back side of the fence and supplying power to the display body; and a connection unit installed at the display body and the battery, connecting power between the display body and the battery, and securing the display body and the battery to the fence, wherein the fence is installed vertically on an edge of the shelf, and comprises a fixing hole in a longitudinal direction thereof, characterised in that the connection unit comprises: a locking hook on a back side of the display body, the locking hook penetrating the fixing hole in the fence and in which a first power connection terminal is disposed; and a locking member on a front side of the battery, the locking member catching the locking hook therein and in which a second power connection terminal is disposed. a locking hook on a back side of the display body, the locking hook penetrating the fixing hole in the fence and in which a first power connection terminal is disposed; and a locking member on a front side of the battery, the locking member catching the locking hook therein and in which a second power connection terminal is disposed.
Carriage and guiding rail assembly for sliding doors, wherein the guiding rail comprises a profile with a C-shaped cross-section having lateral walls, said carriage comprising: - a body shaped as a plate suitable for being disposed along a vertical plane, - a lower shank that protrudes in lower position from the body to receive connection means for connecting the body of the carriage to a door panel, and - wheels revolvingly connected to the body of the carriage and suitable for rolling inside said guiding rail, characterized in that said carriage further comprises: - lateral inserts that are removably inserted in lateral housings obtained on the sides of the body of the carriage, in such a way to protrude laterally in opposite directions from the body of the carriage in order to slide on said lateral walls of said guiding rail; wherein each lateral insert is at least partially made of a material with a low friction coefficient compared to the lateral walls of the guiding rail. - a body shaped as a plate suitable for being disposed along a vertical plane, - a lower shank that protrudes in lower position from the body to receive connection means for connecting the body of the carriage to a door panel, and - wheels revolvingly connected to the body of the carriage and suitable for rolling inside said guiding rail, - lateral inserts that are removably inserted in lateral housings obtained on the sides of the body of the carriage, in such a way to protrude laterally in opposite directions from the body of the carriage in order to slide on said lateral walls of said guiding rail; wherein each lateral insert is at least partially made of a material with a low friction coefficient compared to the lateral walls of the guiding rail.
Cells for use in a method of promoting wound healing in a subject, wherein the wound is a wound to the skin and is an ulcer and wherein the cells are not delivered from a functionalized substrate, wherein the cells are multipotent adult progenitor cells (MAPCs) characterised in that they are non-embryonic non-germ cells that express oct4 or telomerase, are not transformed, are not tumorigenic, and have a normal karyotype.
A method for loop filter processing of video data in a video decoder, the method comprising: receiving a current block of processed-reconstructed pixels associated with a picture from a media or a processor; determining whether to allow sharing of loop filter information between the current block and a neighboring block according to a condition; parsing a merge flag from a video bitstream only if the condition indicates said sharing of loop filter information being allowed, wherein the merge flag indicates whether the current block shares the same loop filter information of the neighboring block; and decoding the merge flag if the condition indicates said sharing of loop filter information being allowed, wherein the condition depends on region partitioning of the picture, where region partitioning partitions the picture into regions, the region corresponds to a slice or a tile, and the condition is set to indicate that sharing of loop filter information is disallowed if the current block and the neighboring block are in different regions. receiving a current block of processed-reconstructed pixels associated with a picture from a media or a processor; determining whether to allow sharing of loop filter information between the current block and a neighboring block according to a condition; parsing a merge flag from a video bitstream only if the condition indicates said sharing of loop filter information being allowed, wherein the merge flag indicates whether the current block shares the same loop filter information of the neighboring block; and decoding the merge flag if the condition indicates said sharing of loop filter information being allowed, wherein the condition depends on region partitioning of the picture, where region partitioning partitions the picture into regions, the region corresponds to a slice or a tile, and the condition is set to indicate that sharing of loop filter information is disallowed if the current block and the neighboring block are in different regions.
Method for applying a transfer ply of a film to a substrate, wherein the method comprises the following steps: a) applying a radically curable adhesive to at least one partial region of the transfer ply by means of an inkjet printing head; b) pre-curing the adhesive by means of UV irradiation; c) applying the at least one partial region, provided with adhesive, of the transfer ply to the substrate; d) curing the adhesive by means of UV irradiation; (e) removing a carrier ply of the film from the at least one partial region of the transfer ply, and wherein an inkjet printing head with a resolution of from 300 to 1200 application nozzles per inch (npi) is used to apply the adhesive, and/or adhesive drops with a volume of from 2pl to 50pl with a tolerance of no more than ±6% are provided by the inkjet printing head. a) applying a radically curable adhesive to at least one partial region of the transfer ply by means of an inkjet printing head; b) pre-curing the adhesive by means of UV irradiation; c) applying the at least one partial region, provided with adhesive, of the transfer ply to the substrate; d) curing the adhesive by means of UV irradiation; (e) removing a carrier ply of the film from the at least one partial region of the transfer ply,
An optical system, comprising: a display light source, a collimating module, a light-transmitting substrate having at least two parallel major surfaces (26, 32) and edges; an optical prism having at least a first, a second and a third surface, for coupling light waves emerging from the display light source into the substrate so that the light waves are trapped inside the substrate by total internal reflection, said light waves having a given field-of-view; at least one partially reflecting surface located in the substrate, the partially reflecting surface being orientated non-parallelly with respect to the major surfaces of said substrate, for coupling said light waves out of the substrate; characterised in that at least one of the edges of the substrate is slanted at an oblique angle (α sur3) with respect to the major surfaces; in that the second surface of the prism is located adjacent to the slanted edge of the substrate, in that a part of the substrate located next to the slanted edge is substantially transparent, in that a refractive index of said optical prism is different from a refractive index of said substrate, and in that light waves emerging from the display light source are collimated by the collimating module and coupled into the substrate through the prism, wherein the light waves enter the prism through the first surface of the prism, traverse the prism directly without any reflections and enter the substrate through the slanted edge. a display light source, a collimating module, a light-transmitting substrate having at least two parallel major surfaces (26, 32) and edges; an optical prism having at least a first, a second and a third surface, for coupling light waves emerging from the display light source into the substrate so that the light waves are trapped inside the substrate by total internal reflection, said light waves having a given field-of-view; at least one partially reflecting surface located in the substrate, the partially reflecting surface being orientated non-parallelly with respect to the major surfaces of said substrate, for coupling said light waves out of the substrate; characterised in that at least one of the edges of the substrate is slanted at an oblique angle (α sur3) with respect to the major surfaces; in that the second surface of the prism is located adjacent to the slanted edge of the substrate, in that a part of the substrate located next to the slanted edge is substantially transparent, in that a refractive index of said optical prism is different from a refractive index of said substrate, and in that light waves emerging from the display light source are collimated by the collimating module and coupled into the substrate through the prism, wherein the light waves enter the prism through the first surface of the prism, traverse the prism directly without any reflections and enter the substrate through the slanted edge.
A method, comprising: acquiring a plurality of projections of at least a portion of a subject using a source of radiation and an area detector movable in synchrony with the source, wherein in the acquiring of the plurality of projections, the source continuously irradiates the portion of the subject with a cone beam of radiation from a plurality of angles and the area detector reads out data during the continuous irradiating of the portion of the subject with the cone beam of radiation; and reconstructing a tomographic image of the portion of the subject based on at least a portion of the plurality of projections; wherein the projection data is pre-processed by giving a weight to a data value of a pixel of a given row (y) based on a time delay in reading out data of the given row (y) relative to a reference row of the area detector. acquiring a plurality of projections of at least a portion of a subject using a source of radiation and an area detector movable in synchrony with the source, wherein in the acquiring of the plurality of projections, the source continuously irradiates the portion of the subject with a cone beam of radiation from a plurality of angles and the area detector reads out data during the continuous irradiating of the portion of the subject with the cone beam of radiation; and reconstructing a tomographic image of the portion of the subject based on at least a portion of the plurality of projections; wherein the projection data is pre-processed by giving a weight to a data value of a pixel of a given row (y) based on a time delay in reading out data of the given row (y) relative to a reference row of the area detector.
A drug discovery screening apparatus comprising: - an image measurement unit; - an incubator unit integrally connected to the image measurement unit; - a fixed stage disposed at the incubator unit; - first conveyance means for taking out one of plates stored in the incubator unit and conveying the plate onto the fixed stage; - second conveyance means for taking out the plate conveyed onto the fixed stage and conveying the plate onto an XY stage disposed at the image measurement unit; and - a control unit for controlling operations of the image measurement unit and incubator unit;, characterized in that the incubator unit comprises a carousel for storing the plates, and the second conveyance means comprises a first conveyance arm and a second conveyance arm, respectively supported horizontally by a conveyance unit support section, the first and second conveyance arms (301a, 301b) are vertically movable along the conveyance unit support section and provided with hands (302a, 302b), each hand having predetermined length relative to the first and second conveyance arms (301a, 301 b) for gripping the plates, and being movable horizontally along the first and second conveyance arms (301a, 301b), so that one of said conveyance arms (301 a, 301b) can grip and lift a plate placed onto the fixed stage while the other of the conveyance arms can grip and lift a plate placed on the XY stage so as to allow the respective plates (54a, 54b) to cross each other. - an image measurement unit; - an incubator unit integrally connected to the image measurement unit; - a fixed stage disposed at the incubator unit; - first conveyance means for taking out one of plates stored in the incubator unit and conveying the plate onto the fixed stage; - second conveyance means for taking out the plate conveyed onto the fixed stage and conveying the plate onto an XY stage disposed at the image measurement unit; and - a control unit for controlling operations of the image measurement unit and incubator unit;
A Molding suitable for functional or decorative purposes on vehicles, suitable to be used on/for the outside surface on vehicle doors, having a translucent body consisting of at least one piece, comprising at least a lighting unit in said body, the body being suitable to be positioned on to the exterior of a door plate such as to radiate light in one direction, at least an outer cover that is formed at the front section of the body that allows a homogeneous distribution of light, and a light-blocking layer on at least the outer surface of the outer cover, that provides regional opacity by limiting the radiance of light that is initially radiated from said lighting unit, from being radiated from the surface of the body, characterized in that, the lighting unit comprises a light-blocking apparatus that is formed of at least one piece and is located on inner side of the body between the door plate and the lighting unit, and that enables to block light at a top section direction and in door plate direction, such that the radiation area created by the lighting unit is limited by means of the light-blocking apparatus thereby preventing light from being radiated in afore-mentioned two directions.
A method of feeding a growing fish, comprising feeding the growing fish a fish food composition comprising an effective amount of purified preen oil to improve survival and/or stimulate growth in the growing fish.
Method for producing polyether carbonate polyols from one or more H-functional starter substances, one or more alkylene oxides and carbon dioxide, in the presence of a DMC catalyst, characterised in that the DMC catalyst comprises at least one complex-forming component selected from the group consisting of polycarbonate diol, polyether carbonate polyol, polyethylene glycol diol and poly(tetramethylene ether diol).