mhurhangee/ep-ind-claims huggingface dataset:
A photo voltaic cell, comprising: an anode located at one extremity; a cathode located at another extremity; a pre-patterned insulating polymeric layer placed in abutting relationship with the cathode; and an active layer disposed between the anode and the pre-patterned insulating polymeric layer, the said active layer generating charge carrier upon excitation by light; the cathode comprising a plurality of interconnected cathode structures on a side abutting the pre-patterned insulating polymeric layer and an interconnecting region on an opposing side thereof, the interconnecting region further interconnecting the plurality of interconnected cathode structures. an anode located at one extremity; a cathode located at another extremity; a pre-patterned insulating polymeric layer placed in abutting relationship with the cathode; and an active layer disposed between the anode and the pre-patterned insulating polymeric layer, the said active layer generating charge carrier upon excitation by light; the cathode comprising a plurality of interconnected cathode structures on a side abutting the pre-patterned insulating polymeric layer and an interconnecting region on an opposing side thereof, the interconnecting region further interconnecting the plurality of interconnected cathode structures.
An access needle, comprising: a hollow shaft having a lumen sized and shaped to slidably receive a guidewire therein and having a distal end including an angled surface extending proximally and transversely from a sharpened distal-most tip of the shaft to a beveled smoothed area of the shaft proximal and transverse to the sharpened tip, the beveled smoothed area being positioned to slidably engage a guidewire extended distally out the distal end of the needle so that, as the guidewire is retracted proximally into the needle, the beveled smoothed area slidably engages the guidewire to minimize abrasion to the guidewire; wherein the distal end of the shaft includes a first sharp cutting surface extending from the distal-most tip to a first transition and a second sharp cutting surface extending from the first transition to a second transition, the first sharp cutting surface extending at a first angle relative to a longitudinal plane of the shaft at the distal-most tip and curving to a second angle relative to the longitudinal plane of the shaft at the first transition, the second cutting surface having a third angle relative to the longitudinal plane of the shaft. a hollow shaft having a lumen sized and shaped to slidably receive a guidewire therein and having a distal end including an angled surface extending proximally and transversely from a sharpened distal-most tip of the shaft to a beveled smoothed area of the shaft proximal and transverse to the sharpened tip, the beveled smoothed area being positioned to slidably engage a guidewire extended distally out the distal end of the needle so that, as the guidewire is retracted proximally into the needle, the beveled smoothed area slidably engages the guidewire to minimize abrasion to the guidewire; wherein the distal end of the shaft includes a first sharp cutting surface extending from the distal-most tip to a first transition and a second sharp cutting surface extending from the first transition to a second transition, the first sharp cutting surface extending at a first angle relative to a longitudinal plane of the shaft at the distal-most tip and curving to a second angle relative to the longitudinal plane of the shaft at the first transition, the second cutting surface having a third angle relative to the longitudinal plane of the shaft.
Cleaning device for cleaning a cover lens of a headlight, in particular a vehicle headlight, wherein the cleaning device comprises at least one cover lens and at least one vibrating element which is fastened to the at least one cover lens, wherein the at least one vibrating element can be activated by a control unit and is set up to cause the at least one cover lens to vibrate and to shake off impurities from the cover lens, and wherein the at least one vibrating element is coupled to a counterweight attached to the at least one cover lens, characterized in that the at least one vibrating element and the counterweight coupled to the vibrating element are each integrated in the at least one cover lens, and wherein the cover lens has a hydrophobic and dirt-repellent coating on its outer side.
An information system, comprising a heating system with a central processing unit which comprises a control unit, and with a plurality of radiators and a plurality of local supply pumps, wherein with each radiator a local supply pump is associated in order to individually regulate an inflow of heating medium decentrally for each radiator, wherein the local supply pumps are networked with the central processing unit, wherein the local supply pumps each are equipped with a temperature sensor (Tr) for the continuous measurement of a heating medium flowing through the heating system, wherein the central processing unit calculates current setpoint values of operating parameters of the local supply pumps and receives current actual values of operating parameters of the local supply pumps so that with reference to these values a volume flow of the heating medium can be determined, which volume flow flows through the respective local supply pump and through the respective radiator, wherein in operation of the heating system the control unit actuates the local supply pumps based on calculated current setpoint values of operating parameters, characterized in that the information system comprises further sensor units which are not directly connected with the above-described fundamental operation of the heating system, and that in addition to the local supply pumps the further sensor units are directly or indirectly coupled to the central processing unit, and that the central processing unit is provided with means for evaluating the data transmitted by the sensor units in conjunction with the setpoint/actual values of the operating parameters of the local supply pumps.
A method, implemented by a wireless transmit/receive unit, WTRU,, the method comprising: transmitting a 1A or a 1C measurement report; receiving target cell pre-configuration information,; and transmitting a 1D measurement report, characterized in that the target cell pre-configuration information includes enhanced dedicated channel, E-DCH, configuration information for a secondary uplink frequency, and wherein the E-DCH configuration information includes E-DCH relative grant channel, E-RGCH, information. transmitting a 1A or a 1C measurement report; receiving target cell pre-configuration information,; and transmitting a 1D measurement report, characterized in that the target cell pre-configuration information includes enhanced dedicated channel, E-DCH, configuration information for a secondary uplink frequency, and wherein the E-DCH configuration information includes E-DCH relative grant channel, E-RGCH, information.
A method for obtaining a heating element for an electronic vapour provision system, the method comprising: providing a sheet of electrically conductive porous material; directing light onto at least a portion of the sheet; detecting an amount of the light transmitted through the portion of the sheet; comparing the amount of light detected to a range of light transmission values known to correspond to a predetermined range of electrical resistance values required for the portion; and selecting the portion of the sheet for use as a heating element if the amount of detected light lies within the range of light transmission values, and otherwise rejecting the portion of the sheet. providing a sheet of electrically conductive porous material; directing light onto at least a portion of the sheet; detecting an amount of the light transmitted through the portion of the sheet; comparing the amount of light detected to a range of light transmission values known to correspond to a predetermined range of electrical resistance values required for the portion; and selecting the portion of the sheet for use as a heating element if the amount of detected light lies within the range of light transmission values, and otherwise rejecting the portion of the sheet.
A method of determining an optimal target gemstone to be obtained from a rough gemstone, the method comprising: obtaining a first series of 2D images of the rough gemstone; providing a 3D model of a target gemstone to be obtained from the rough gemstone; generating a second series of 2D images of the target gemstone from the 3D model thereof; and comparing the first and second series of 2D images to determine an optimal transformation to be applied to the 3D model of the target gemstone. obtaining a first series of 2D images of the rough gemstone; providing a 3D model of a target gemstone to be obtained from the rough gemstone; generating a second series of 2D images of the target gemstone from the 3D model thereof; and comparing the first and second series of 2D images to determine an optimal transformation to be applied to the 3D model of the target gemstone.
A cargo handling system comprising: a tray; an RFID tag coupled to said tray; a power drive unit, said power drive unit disposed in said tray, the PDU comprising: a motor; and a PDU controller in communication with the motor and configured to receive a command signal including an address corresponding to an identification and location of the PDU within a cargo deck of an aircraft and, the PDU controller comprising: a radio frequency identification (RFID) reader, wherein the PDU controller is configured to determine the location of the PDU by reading the RFID tag; wherein the PDU controller is configured to determine whether the address included in the command signal matches the location of the PDU. a tray; an RFID tag coupled to said tray; a power drive unit, said power drive unit disposed in said tray, the PDU comprising: a motor; and a PDU controller in communication with the motor and configured to receive a command signal including an address corresponding to an identification and location of the PDU within a cargo deck of an aircraft and, the PDU controller comprising: a radio frequency identification (RFID) reader, wherein the PDU controller is configured to determine the location of the PDU by reading the RFID tag; wherein the PDU controller is configured to determine whether the address included in the command signal matches the location of the PDU. a motor; and a PDU controller in communication with the motor and configured to receive a command signal including an address corresponding to an identification and location of the PDU within a cargo deck of an aircraft and, the PDU controller comprising: a radio frequency identification (RFID) reader, wherein the PDU controller is configured to determine the location of the PDU by reading the RFID tag; wherein the PDU controller is configured to determine whether the address included in the command signal matches the location of the PDU. a radio frequency identification (RFID) reader, wherein the PDU controller is configured to determine the location of the PDU by reading the RFID tag;
A method implemented by a network controller for virtual network, VN, management, wherein the network controller comprises a VN controller and one or more physical network controllers, PNCs, (220, 230), the VNC is configured to manage and coordinate with the multiple PNCs, and each PNC is configured to manage a plurality of physical network nodes (211-213, or 214-216); the method comprising: receiving a request via an application programming interface, API, wherein the request comprises program codes written in a declarative programming language, and wherein the program codes describe at least some aspects of a VN; and parsing the program codes into internal objects of the network controller, wherein the internal objects represent the aspects of the VN described by the program codes; wherein the VN comprises network nodes, ports on the network nodes, and links between the ports, and wherein the program codes comprise instructions for creating the VN, wherein the method further comprises creating the VN using an internal API of the network controller according to the internal objects, which are understandable by the internal API, and wherein creating the VN comprises setting up at least one of the network nodes, the ports, the links, and bandwidths assigned to the links, and wherein the declarative programming language uses an extensible markup language, XML, schema with defined legal names, wherein the legal names used in describing the VN comprise one or more of node, port, link, bandwidth, policy, and event. receiving a request via an application programming interface, API, wherein the request comprises program codes written in a declarative programming language, and wherein the program codes describe at least some aspects of a VN; and parsing the program codes into internal objects of the network controller, wherein the internal objects represent the aspects of the VN described by the program codes; wherein the VN comprises network nodes, ports on the network nodes, and links between the ports, and wherein the program codes comprise instructions for creating the VN, wherein the method further comprises creating the VN using an internal API of the network controller according to the internal objects, which are understandable by the internal API, and wherein creating the VN comprises setting up at least one of the network nodes, the ports, the links, and bandwidths assigned to the links, and wherein the declarative programming language uses an extensible markup language, XML, schema with defined legal names, wherein the legal names used in describing the VN comprise one or more of node, port, link, bandwidth, policy, and event.
Electronically commutated DC motor with a stator wound with a multi-phase stator winding, a permanent magnet rotor mounted rotatably about a motor axis, a circuit board, a plurality of guide plates electrically connected to the winding and a housing component, characterized in that a majority of the guide plates comprise at least one press-fit contact for electrical connection to the circuit board and at least one insulation displacement contact for electrical connection to the winding, a central part of the guide plate between the insulation displacement contact and the press-fit contact in the housing component is cast or injection-moulded to be oil-tight, the insulation displacement contacts extend parallel to the axis in an oil-filled or oil-fillable motor compartment, and the press-fit contacts extend parallel to the axis in a dry compartment in which the circuit board is arranged and the press-fit contacts are pressed into the circuit board.
A plurality of containers (105, 204, 306, 501) fabricated from plastic preforms, characterized in that the form of each of said containers (105, 204, 306, 501) is partially defined by the other containers (105, 204, 306, 501) in the group through expansion of the preforms, wherein at least two adjacent containers (105, 204, 306, 501) adhere to each other over the abutting portions (107, 108, 110, 111, 112, 113, 114) of the surfaces thereof, the at least two adjacent containers (105, 204, 306, 501) being detachable from each other.
A base station comprising: means for transmitting System Information to a radio terminal, the System Information including a first value of a ra-ResponseWindowSize, a second value of mac-ContentionResolutionTimer, and a multiplier factor corresponding to a coverage enhancement level, wherein the multiplier factor corresponding to the coverage enhancement level is configured to enable the radio terminal to derive a third value of the ra-ResponseWindowSize from the first value and to derive a fourth value of the mac-ContentionResolutionTimer from the second value, the third value being associated with the coverage enhancement level and the fourth value being associated with the coverage enhancement level, wherein the multiplier factor is also used as a value regarding a number of repetitions for a Random Access Response, RAR, of a random access procedure. means for transmitting System Information to a radio terminal, the System Information including a first value of a ra-ResponseWindowSize, a second value of mac-ContentionResolutionTimer, and a multiplier factor corresponding to a coverage enhancement level, wherein the multiplier factor corresponding to the coverage enhancement level is configured to enable the radio terminal to derive a third value of the ra-ResponseWindowSize from the first value and to derive a fourth value of the mac-ContentionResolutionTimer from the second value, the third value being associated with the coverage enhancement level and the fourth value being associated with the coverage enhancement level, wherein the multiplier factor is also used as a value regarding a number of repetitions for a Random Access Response, RAR, of a random access procedure.
Process for the distribution of at least one fragrance in the passenger compartment of a motor vehicle from a cartridge incorporating a storage and diffusion element of that fragrance, the cartridge being housed in a fragrance diffuser having a hollow body defining a housing for the cartridge, a rotary puller capable of generating a circulating air flow In that hollow body and delivered in that passenger compartment via an outlet pipe in fluidized communication with that hollow body, that cartridge comprising an orifice through which the exchange in that hollow body can take place between the air flow generated by that pulsor and that fragrance, so that that air flow delivered into the vehicle passenger compartment is perfumed, the process of stopping or reducing the speed of the pulsor during the phases during which the engine of that vehicle is stationary while the vehicle remains electrically powered, characterized by the fact that the device also includes means of sealing capable of managing the opening and closing of the orifice of that cartridge, consisting of increasing weight. and as the duration of use of that cartridge increases over a diffusion cycle, the ratio of the opening and closing times of the orifice of that cartridge.
A composition for forming a foamed silicone elastomer, said composition comprising: A) an organopolysiloxane having at least two silicon-bonded ethylenically unsaturated groups per molecule; B) an organohydrogensiloxane having at least two silicon-bonded hydrogen atoms per molecule; C) a hydrosilylation catalyst present in a catalytically effective amount; D) a chemical blowing agent having at least one hydroxyl group and present in an amount to provide a hydroxyl content greater than zero and less than 500 parts per million; and E) a physical blowing agent that undergoes a phase change from a liquid to a gaseous state during exposure to atmospheric pressure and a temperature greater than or equal to 0°C. A) an organopolysiloxane having at least two silicon-bonded ethylenically unsaturated groups per molecule; B) an organohydrogensiloxane having at least two silicon-bonded hydrogen atoms per molecule; C) a hydrosilylation catalyst present in a catalytically effective amount; D) a chemical blowing agent having at least one hydroxyl group and present in an amount to provide a hydroxyl content greater than zero and less than 500 parts per million; and E) a physical blowing agent that undergoes a phase change from a liquid to a gaseous state during exposure to atmospheric pressure and a temperature greater than or equal to 0°C.
A computer-implemented method (600A, B) for fitting a reflectance model to high dynamic range data from a plurality of measured sample data points associated with reflectance on a surface of a material, said reflectance model being a non-parametric microfacet factor model for bidirectional reflectance distribution function, BRDF, modeling of the plurality of measured sample data points for use in computer graphics rendering, the method comprising: accessing the plurality of measured sample data points, the plurality of measured sample data points representing measurements of an appearance of brightness of points on the surface; transforming the accessed measured sample data points by fitting the plurality of measured sample data points to the model by applying a model fitting metric to the obtained sample data points and minimizing the model fitting metric, the model fitting metric comprising a compressive weighting reducing the importance of error in bright peak areas to better match darker and broader areas in the measured sample data points, the compressive weighting being a nonnegative, nonzero power of a ratio of a first function and a second function, the first and second functions defined over normalized values of the plurality of measured sample data points, the first function defined as a compressive function, the second function defined as a non-asymptotically increasing function, the power applied to both the first function and the second function in the ratio to increase the weighting of dark areas relative to bright areas in the measured sample data points when setting the power to a higher value. accessing the plurality of measured sample data points, the plurality of measured sample data points representing measurements of an appearance of brightness of points on the surface; transforming the accessed measured sample data points by fitting the plurality of measured sample data points to the model by applying a model fitting metric to the obtained sample data points and minimizing the model fitting metric, the model fitting metric comprising a compressive weighting reducing the importance of error in bright peak areas to better match darker and broader areas in the measured sample data points, the compressive weighting being a nonnegative, nonzero power of a ratio of a first function and a second function, the first and second functions defined over normalized values of the plurality of measured sample data points, the first function defined as a compressive function, the second function defined as a non-asymptotically increasing function, the power applied to both the first function and the second function in the ratio to increase the weighting of dark areas relative to bright areas in the measured sample data points when setting the power to a higher value.