mhurhangee/ep-ind-claims huggingface dataset:
A rollable display device comprising: a housing; a roller disposed inside the housing; and a flexible display configured to be at least partially wound on the roller, the flexible display including a pixel layer and a window (510, 410, 310, 210), wherein the window (510, 410, 310, 210) includes: a first region (511, 411, 311) having a substantially constant thickness, a second region (512, 412, 312) extending from one end of the first region (511, 411, 311) having a thickness that gradually decreases with a first inclination, in a direction away from the one end of the first region (511, 411, 311), and a third region (513, 413, 313) extending from one end of the second region (512, 412, 312) having a thickness that gradually decreases with a second inclination different from the first inclination, in a direction away from the second region (512, 412, 312), and wherein at least a portion of the second region (512, 412, 312) and the third region (513, 413, 313) are configured to be drawn into interior of the rollable display device when the flexible display is wound around the roller. a housing; a roller disposed inside the housing; and a flexible display configured to be at least partially wound on the roller, the flexible display including a pixel layer and a window (510, 410, 310, 210), wherein the window (510, 410, 310, 210) includes: a first region (511, 411, 311) having a substantially constant thickness, a second region (512, 412, 312) extending from one end of the first region (511, 411, 311) having a thickness that gradually decreases with a first inclination, in a direction away from the one end of the first region (511, 411, 311), and a third region (513, 413, 313) extending from one end of the second region (512, 412, 312) having a thickness that gradually decreases with a second inclination different from the first inclination, in a direction away from the second region (512, 412, 312), and a first region (511, 411, 311) having a substantially constant thickness, a second region (512, 412, 312) extending from one end of the first region (511, 411, 311) having a thickness that gradually decreases with a first inclination, in a direction away from the one end of the first region (511, 411, 311), and a third region (513, 413, 313) extending from one end of the second region (512, 412, 312) having a thickness that gradually decreases with a second inclination different from the first inclination, in a direction away from the second region (512, 412, 312), and wherein at least a portion of the second region (512, 412, 312) and the third region (513, 413, 313) are configured to be drawn into interior of the rollable display device when the flexible display is wound around the roller.
A process for fractionating hydrocarbon feeds employing at least one fractionation zone provided with separator internals, and at least two switchable bottom zones connected together in series, and at least one first bottom zone is connected to the bottom of the fractionation zone in a manner such as to be able to operate in a cyclic and successive manner for a period at most equal to the plugging period of the bottom zone furthest from the fractionation zone in accordance with an operating protocol wherein, when the bottom zone furthest from the fractionation zone becomes plugged or before it becomes plugged, it is disconnected for cleaning, while the feed fractionation process continues with the other bottom zone or zones preceding said bottom zone, and when cleaning of said bottom zone is finished, it is rendered operational and connected directly to the head of the series, the operating protocol being repeated each time the bottom zone furthest from the fractionation zone becomes plugged or before it becomes plugged, in which, the bottom zones are capable of receiving bottom fractions of the feed with a boiling point greater than the temperature of the theoretical stage at the bottom of the fractionation zone, during passage through the bottom zones, the bottom fractions undergo stripping by means of a gas stream.
A device for applying pressure to one or more neck veins of a subject comprising: a flexible material sized to cover a minority of the circumference of the neck of a subject; and one or more inwardly directed protuberances (103, 120) contacting an inner surface of said flexible material; wherein the flexible material is sized such that an inner surface of said material extends beyond the protuberance (103, 120), and said protuberances are of appropriate size and shape such that when placed on the neck above a neck vein of the subject, said device restricts blood flow egressing from the head of the subject and wherein the device is of a non-collar type. a flexible material sized to cover a minority of the circumference of the neck of a subject; and one or more inwardly directed protuberances (103, 120) contacting an inner surface of said flexible material;
A variant biotin carboxyl carrier protein (BCCP) of SEQ ID NO: 2 comprising an amino acid substitution at position 2 of SEO ID NO: 2, wherein said variant BCCP comprises a polypeptide sequence selected from the group consisting of SEQ ID NOS: 4, 6, 10, 14, 16, 20, 24, 32, 48, 70.
A method of controlling a hydraulic actuator hydraulically coupled to a pair of counter-balance valves (300, 400), the method comprising: providing the hydraulic actuator, the hydraulic actuator including a pair of chambers (116, 118) hydraulically coupled to the pair of counter-balance valves, respectively; providing a pair of control valves (700, 800) hydraulically coupled to the pair of counter-balance valves; operating a first control valve (700, 800) of the pair of control valves in a pressure control mode to regulate a chamber pressure of at least one of the chambers (116,118); operating a second control valve (800, 700) of the pair of control valves in a flow control mode to regulate a hydraulic fluid flow into, or out of, at least one of the chambers (116,118) to control the velocity of the at least one of the chambers (116,118) independently of operating the first control valve in the pressure control mode; and transferring hydraulic fluid flow with the pair of control valves to/from the hydraulic actuator via the pair of counter-balance valves. providing the hydraulic actuator, the hydraulic actuator including a pair of chambers (116, 118) hydraulically coupled to the pair of counter-balance valves, respectively; providing a pair of control valves (700, 800) hydraulically coupled to the pair of counter-balance valves; operating a first control valve (700, 800) of the pair of control valves in a pressure control mode to regulate a chamber pressure of at least one of the chambers (116,118); operating a second control valve (800, 700) of the pair of control valves in a flow control mode to regulate a hydraulic fluid flow into, or out of, at least one of the chambers (116,118) to control the velocity of the at least one of the chambers (116,118) independently of operating the first control valve in the pressure control mode; and transferring hydraulic fluid flow with the pair of control valves to/from the hydraulic actuator via the pair of counter-balance valves.
A solar cell, comprising: a single crystal substrate of a first conductive type having a textured front surface having a plurality of uneven portions, wherein the front surface of the single crystal substrate has been textured by an alkali solution; a second passivation layer on a back surface of the substrate; a first passivation layer positioned on the textured front surface of the substrate; an anti-reflection layer (130, 131) positioned on the first passivation layer, the anti-reflection layer (130, 131) being formed of a transparent conductive oxide material and having a plurality of uneven portions; a plurality of emitter layers positioned on the second passivation layer, the plurality of emitter layers being of a second conductive type opposite the first conductive type; a plurality of first electrodes positioned on the plurality of emitter layers; and a plurality of second electrodes that are electrically connected to the substrate and are positioned on the second passivation layer and to be spaced apart from the plurality of first electrodes, wherein the first electrodes and the second electrodes are positioned on the same surface of the substrate, wherein a plurality of micro-uneven portions are formed on the uneven portions of the anti-reflection layer (130, 131), wherein the micro-uneven portions are formed by etching the anti-reflection layer by a wet etching method using an acid solution. a single crystal substrate of a first conductive type having a textured front surface having a plurality of uneven portions, wherein the front surface of the single crystal substrate has been textured by an alkali solution; a second passivation layer on a back surface of the substrate; a first passivation layer positioned on the textured front surface of the substrate; an anti-reflection layer (130, 131) positioned on the first passivation layer, the anti-reflection layer (130, 131) being formed of a transparent conductive oxide material and having a plurality of uneven portions; a plurality of emitter layers positioned on the second passivation layer, the plurality of emitter layers being of a second conductive type opposite the first conductive type; a plurality of first electrodes positioned on the plurality of emitter layers; and a plurality of second electrodes that are electrically connected to the substrate and are positioned on the second passivation layer and to be spaced apart from the plurality of first electrodes, wherein the first electrodes and the second electrodes are positioned on the same surface of the substrate, wherein a plurality of micro-uneven portions are formed on the uneven portions of the anti-reflection layer (130, 131), wherein the micro-uneven portions are formed by etching the anti-reflection layer by a wet etching method using an acid solution.
A computer-readable memory device having stored thereon: a compressed color table (102; 301; 702) representing the nodes of an original color table compressed with a lossy compression at a selected compression ratio, wherein the compressed color table includes quantized coefficients, obtained by performing a domain transform on the original color table and quantizing the obtained coefficients using a step size which is related to the selected compression ratio, and wherein a first set of nodes when reconstructed from the compressed color table have a color difference between an original node in the color table and a reconstructed compressed value of the original node at the selected compression ratio within an error threshold at the selected compression ratio; and corrective information (106; 308) for a second set of nodes of the color table, the second set of nodes when reconstructed from the compressed color table having a color difference between an original node in the color table and a reconstructed compressed value of the original node outside the error threshold at the selected compression ratio. a compressed color table (102; 301; 702) representing the nodes of an original color table compressed with a lossy compression at a selected compression ratio, wherein the compressed color table includes quantized coefficients, obtained by performing a domain transform on the original color table and quantizing the obtained coefficients using a step size which is related to the selected compression ratio, and wherein a first set of nodes when reconstructed from the compressed color table have a color difference between an original node in the color table and a reconstructed compressed value of the original node at the selected compression ratio within an error threshold at the selected compression ratio; and corrective information (106; 308) for a second set of nodes of the color table, the second set of nodes when reconstructed from the compressed color table having a color difference between an original node in the color table and a reconstructed compressed value of the original node outside the error threshold at the selected compression ratio.
Telescopic conveyor with integrated indexing and measuring conveyor means, the telescopic conveyor having a frame, at least one telescopic segment (30, 32) mounted so as to be extendable with respect to the frame and a transport conveyor, the transport conveyor is driven at a first conveying speed (v 1) and is supported on the at least one telescopic segment (30, 32) and on the frame and wherein the indexing and measuring conveyor means is arranged on a delivery side of the transport conveyor, wherein the indexing and measuring conveyor means is mounted on the same frame and is driven at a second conveying speed (v 2), the second conveying speed (v 2) being greater than the first conveying speed (v 1), characterized in that a sensor for detecting a packet located on the indexing and measuring conveyor means is arranged above the indexing and measuring conveyor means.
A system comprising: a head office configured to serve an enterprise application comprised of a collaborative document; a branch office configured to request the collaborative document from the head office; and a set of Point of Presence locations geographically proximate to and between the head office and the branch office and configured to perform an application acceleration function for a plurality of business entities through communicating the collaborative document on behalf of the head office from a closest POP location to the head office to a closest POP location to the branch office and then onward to the branch office. a head office configured to serve an enterprise application comprised of a collaborative document; a branch office configured to request the collaborative document from the head office; and a set of Point of Presence locations geographically proximate to and between the head office and the branch office and configured to perform an application acceleration function for a plurality of business entities through communicating the collaborative document on behalf of the head office from a closest POP location to the head office to a closest POP location to the branch office and then onward to the branch office.
A container comprising: a first side wall and a second side wall, the side walls (8, 9) permanently joined by at least one seam (11-14, 23, 33) such that a chamber is formed between the side walls (8, 9), and a peelable seal separating the chamber into a first sub-chamber capable of receiving a first liquid content and a second sub-chamber capable of receiving a second liquid content, thereby allowing, if the peelable seal is opened, a liquid content of the first sub-chamber to be mixed with a liquid content of the second sub-chamber, characterized in that the seam (11-14, 23, 33) comprises a protrusion (23, 33) that has a curved portion and extends into the chamber, and in that the peelable seal and the protrusion overlap and intersects at the curved portion of the protrusion (23, 33), and in that the protrusion (23, 33) forms a loop. a first side wall and a second side wall, the side walls (8, 9) permanently joined by at least one seam (11-14, 23, 33) such that a chamber is formed between the side walls (8, 9), and a peelable seal separating the chamber into a first sub-chamber capable of receiving a first liquid content and a second sub-chamber capable of receiving a second liquid content, thereby allowing, if the peelable seal is opened, a liquid content of the first sub-chamber to be mixed with a liquid content of the second sub-chamber, characterized in that the seam (11-14, 23, 33) comprises a protrusion (23, 33) that has a curved portion and extends into the chamber, and in that the peelable seal and the protrusion overlap and intersects at the curved portion of the protrusion (23, 33), and in that the protrusion (23, 33) forms a loop.
A nozzle suspension for at least one winding nozzle, in particular for producing an electric coil on a carrier body, wherein the nozzle suspension comprises at least one nozzle receiving portion for the winding nozzle for the purpose of receiving and securing the winding nozzle in the correct position and such that it does not rotate in the nozzle receiving portion, wherein the nozzle receiving portion is mounted rotatably in the nozzle suspension such that the winding nozzle received in the nozzle receiving portion is mounted rotatably about a winding nozzle longitudinal axis that runs transversely to a deposit direction of winding material exiting from the winding nozzle, wherein a rotational position of the nozzle receiving portion can be actively controlled by a means of the nozzle suspension, characterized in that the rotational position of the nozzle receiving portion is controlled by means of the nozzle suspension such that the winding material, prior to the release from the mouth surface of the winding nozzle in the deposit direction, is pre-formed elastically to plastically by counter-bending by a bearing surface (21; 22) arranged fixedly on the mouth surface of the winding nozzle and at a distance from the longitudinal axis and running substantially parallel to the longitudinal axis, such that the winding material bears tightly in a sustaining manner against the carrier body, wherein an effect of the bearing surface (21, 22) can be controlled cyclically via a cyclical control of the rotational position of the nozzle receiving portion in that an angle of intersection of the bearing surface (21;22) with a tangential surface of the carrier body through a point of contact of the winding material on the carrier body can be controlled via the controllable rotational position of the nozzle receiving portion.
Parking roof area or terrace area comprising a sealing sheet, a thermal insulation and supports for concrete slabs, characterized in that between at least two of these layers at least one stabilisation element (1; 1a, 1b, 1c) is placed having an essentially plate-shaped extent and having first locking elements on one side and second locking elements on the opposite other side, which are each provided by material protrusions which are raised in relation to the related side and have such a hardness and shape that the first locking elements can penetrate at least partially into the material of a layer lying above the stabilisation element and the second locking elements can penetrate at least partially into the material of a layer lying below the stabilisation element, both due to the pressure exerted via the layer lying above the stabilisation element.
Method of assisting a user of a motor vehicle, comprising the following steps: - acquiring parameters associated with the context in which the motor vehicle is being used, - compiling a list of suggested actions, - storing parameters associated with the context in which the motor vehicle is being used in an electronic storage device, - selecting suggested actions from among this list of suggested actions in accordance with the context in which the motor vehicle is being used, - transmitting these selected suggested actions to the user via a human-machine interface, - observing the use made by the user of each of the suggested actions on the list, and - withdrawing suggested actions from the list or retaining them thereon according to the result of the observation, the observation being carried out by means of a counter of the number of launches of suggested actions from the list. - acquiring parameters associated with the context in which the motor vehicle is being used, - compiling a list of suggested actions, - storing parameters associated with the context in which the motor vehicle is being used in an electronic storage device, - selecting suggested actions from among this list of suggested actions in accordance with the context in which the motor vehicle is being used, - transmitting these selected suggested actions to the user via a human-machine interface, - observing the use made by the user of each of the suggested actions on the list, and - withdrawing suggested actions from the list or retaining them thereon according to the result of the observation, the observation being carried out by means of a counter of the number of launches of suggested actions from the list.
Method for preventing biofilm formation on at least one luminal surface of a catheter system, the catheter system comprising a collection vessel and a tube having a first end and a second end, wherein the first end of the tube is coupled to the collection vessel, wherein the catheter system further comprises a catheter connector (2, 20) coupled to the second end of the tube and connectable to a catheter, wherein the catheter connector comprises a port providing access to the interior of the connector and the silicon oil is contained in a dispensing unit, wherein the dispensing unit is a pipette or a syringe, and characterized by that the method comprises the consecutive steps of connecting the catheter connector (2, 20) to the catheter and supplying the silicon oil to the interior of the catheter connector (2, 20) after the catheter connector is connected to the catheter by introducing the pipette or syringe into the port and transferring the silicon oil from the pipette or syringe to the interior of the connector, thereby allowing the silicon oil to be transferred directly from the pipette or syringe to the interior of the connector.