mhurhangee/ep-ind-claims huggingface dataset:
A solar cell comprising: a substrate containing impurities of a first conductive type; an emitter region positioned at a front surface of the substrate, the emitter region containing impurities of a second conductive type opposite the first conductive type; a back passivation layer positioned on a back surface of the substrate, the back passivation layer having a plurality of openings; a back surface field region containing impurities of the first conductive type; a first electrode connected to the emitter region; and a second electrode connected to the back surface field region, wherein the back surface field region includes a first back surface field region, which is positioned on the back passivation layer and has a plurality of openings overlapping the plurality of openings in the back passivation layer, and a second back surface field region, which is positioned at the back surface of the substrate exposed by the plurality of openings of the back passivation layer, and wherein the second electrode physically contacts the first back surface field region and the second back surface field region, characterized in that the first back surface field region includes a microcrystalline silicon layer (170A2) which is more heavily doped with impurities of the first conductive type than the substrate. a substrate containing impurities of a first conductive type; an emitter region positioned at a front surface of the substrate, the emitter region containing impurities of a second conductive type opposite the first conductive type; a back passivation layer positioned on a back surface of the substrate, the back passivation layer having a plurality of openings; a back surface field region containing impurities of the first conductive type; a first electrode connected to the emitter region; and a second electrode connected to the back surface field region, wherein the back surface field region includes a first back surface field region, which is positioned on the back passivation layer and has a plurality of openings overlapping the plurality of openings in the back passivation layer, and a second back surface field region, which is positioned at the back surface of the substrate exposed by the plurality of openings of the back passivation layer, and wherein the second electrode physically contacts the first back surface field region and the second back surface field region, characterized in that the first back surface field region includes a microcrystalline silicon layer (170A2) which is more heavily doped with impurities of the first conductive type than the substrate.
A compound for use in a method of treating a H-Ras mutant head and neck squamous cell carcinoma (HNSCC) in a subject, wherein the compound is tipifarnib and wherein the method comprises administering a therapeutically effective amount of tipifarnib to said subject, wherein said HNSCC is at an advanced stage, metastatic, relapsed or refractory and wherein said HNSCC is human papillomavirus -negative.
A lift truck, the lift truck comprising: a mast comprising: a first mast section comprising a first mast rail member; a second mast section comprising a second mast rail member movably coupled to the first mast rail member along an axial direction; a lift cylinder comprising a piston rod having an outer piston rod diameter and a cylinder housing disposed concentrically about the piston rod and movably coupled to the piston rod along the axial direction; and a piston rod retention mechanism, characterized in that the piston rod retention mechanism comprises a retention fixture affixed to the first mast rail member and a selectively coupled portion or a selectively engaged portion, the retention fixture having an internal shape to enable movable coupling between the cylinder housing and the retention fixture, and the selectively coupled portion or the selectively engaged portion having an internal shape to enable movable coupling between the piston rod and the selectively coupled portion or the selectively engaged portion. a first mast section comprising a first mast rail member; a second mast section comprising a second mast rail member movably coupled to the first mast rail member along an axial direction; a lift cylinder comprising a piston rod having an outer piston rod diameter and a cylinder housing disposed concentrically about the piston rod and movably coupled to the piston rod along the axial direction; and a piston rod retention mechanism, characterized in that the piston rod retention mechanism comprises a retention fixture affixed to the first mast rail member and a selectively coupled portion or a selectively engaged portion, the retention fixture having an internal shape to enable movable coupling between the cylinder housing and the retention fixture, and the selectively coupled portion or the selectively engaged portion having an internal shape to enable movable coupling between the piston rod and the selectively coupled portion or the selectively engaged portion.
A urine bottle formed from maceratable dried moulded paper pulp, comprising: a base wall on which the bottle rests, in use; an enclosing wall extending upwardly from the base wall; a urine receiving volume defined by the base wall and the enclosing wall; and an aperture in the enclosing wall which allows access to the urine receiving volume; the urine bottle being elongate and comprising a front end portion for presentation to a user and a rear end portion; the enclosing wall comprising: a front wall portion which overhangs the base wall at the front end portion of the bottle; two side wall portions; a top wall portion located above the base wall extending between the two side wall portions and located rearwardly of the aperture; and handle means comprising a recess (44, 46) in each of the two side wall portions, located below the top wall portion and forwardly of the rear end portion. a base wall on which the bottle rests, in use; an enclosing wall extending upwardly from the base wall; a urine receiving volume defined by the base wall and the enclosing wall; and an aperture in the enclosing wall which allows access to the urine receiving volume; the urine bottle being elongate and comprising a front end portion for presentation to a user and a rear end portion; the enclosing wall comprising: a front wall portion which overhangs the base wall at the front end portion of the bottle; two side wall portions; a top wall portion located above the base wall extending between the two side wall portions and located rearwardly of the aperture; and handle means comprising a recess (44, 46) in each of the two side wall portions, located below the top wall portion and forwardly of the rear end portion. a front wall portion which overhangs the base wall at the front end portion of the bottle; two side wall portions; a top wall portion located above the base wall extending between the two side wall portions and located rearwardly of the aperture; and handle means comprising a recess (44, 46) in each of the two side wall portions, located below the top wall portion and forwardly of the rear end portion.
A system for managing a plurality of alarmed individual spaces, the system comprising: • a set of detection points (4a-4g) associated with the alarms, each detection point (4a-4g) equipping one of the individual spaces; • at least one alarm center (6a-6c) dedicated to the detection points (4a-4g), the or each alarm center (6a-6c) being linked to the detection points of a subset of said set of detection points, for the management of said detection points; • a set of access controllers (8a-8g), each access controller (8a-8g) being associated with one of the individual spaces and being configured to identify a user of said space; • a user center to which said access controllers (8a-8g) are connected; and • for each alarmed individual space, an alarm disabling and re-enabling module (12a-12g) linked to the user center and connected between the or one of the alarm center(s) (6a-6c) and the detection point (4a-4g) equipping said individual space, characterized in that the user center manages the alarm disabling and re-enabling for all detection point (4a-4g) and in that each alarm disabling and re-enabling module (12a-12g) is configured to selectively disable and re-enable the detection point (4a-4g) to which it is linked, and to trigger the disabling of said detection point (4a-4g) following an identification of a user by the access controller (8a-8g) associated with said individual space and a verification of the identity of an user by the user center. • a set of detection points (4a-4g) associated with the alarms, each detection point (4a-4g) equipping one of the individual spaces; • at least one alarm center (6a-6c) dedicated to the detection points (4a-4g), the or each alarm center (6a-6c) being linked to the detection points of a subset of said set of detection points, for the management of said detection points; • a set of access controllers (8a-8g), each access controller (8a-8g) being associated with one of the individual spaces and being configured to identify a user of said space; • a user center to which said access controllers (8a-8g) are connected; and • for each alarmed individual space, an alarm disabling and re-enabling module (12a-12g) linked to the user center and connected between the or one of the alarm center(s) (6a-6c) and the detection point (4a-4g) equipping said individual space,
A transmitter in a multi-user Multiple-Input Multiple-Output, MIMO, communication system, the transmitter comprising: a filter portion (210, 220; 430, 435) for receiving quantized Channel State Information, CSI, and Channel Quality Information, CQI, from a receiver, calculating a transmit filter value (440, 445) using the quantized CSI and the CQI, determining an appropriate Adaptive Modulation and Coding, AMC, level for the receiver, and sending a pilot signal including the transmit filter value and information about the determined AMC level on subcarriers in one of a preamble and data symbols, wherein the quantized CSI comprises quantized three angles regarding to a channel matrix of an estimated channel of the receiver, wherein each receiver quantizes the three angles using an identical codebook, wherein, at the transmitter, two different codebooks are used to represent two receivers; and two antennas for sending an output of the filter portion to a receiver and receiving data from the receiver. a filter portion (210, 220; 430, 435) for receiving quantized Channel State Information, CSI, and Channel Quality Information, CQI, from a receiver, calculating a transmit filter value (440, 445) using the quantized CSI and the CQI, determining an appropriate Adaptive Modulation and Coding, AMC, level for the receiver, and sending a pilot signal including the transmit filter value and information about the determined AMC level on subcarriers in one of a preamble and data symbols, wherein the quantized CSI comprises quantized three angles regarding to a channel matrix of an estimated channel of the receiver, wherein each receiver quantizes the three angles using an identical codebook, wherein, at the transmitter, two different codebooks are used to represent two receivers; and two antennas for sending an output of the filter portion to a receiver and receiving data from the receiver.
Ejection device having a lever mounted on a housing so as to be rotatable about an axis of rotation, which is pretensioned in one direction of rotation by means of an energy storage device, and a latching mechanism for releasably locking the lever with the energy storage device tensioned, wherein the latching mechanism comprises a cam guide having a latching receiver for a latch that is movably displaceable in the cam guide, and the lever has an actuating section with a contact element which can be brought into engagement with an activator of a movable furniture part (82, 92) for ejecting the movable furniture part (82, 92) when the lever is turned by the force of the energy storage device, characterized in that the latching mechanism comprises a control cam in which a control element is guided which is connected to the latch, and in that the control cam is arranged closer to the axis of rotation than the cam guide.
A method for finishing a supplied building panel made of HDF with an upper side and a lower side comprising the following steps: (a) in a first embossing step, embossing a relief into at least the upper side at a depth, said relief being embossed as at least one strip-shaped depression with a bottom wall, (b) applying a decorative paper to the upper side, (c) applying an overlay paper to the decorative paper as an abrasion-resistant layer, (d) feeding the structure prepared in this way to a press and pressing it, (e) during pressing, in a second embossing step, embossing again into the at least one strip-shaped depression without changing the depth in the process, characterised in that (f) markings are printed onto the decorative paper where it comes to rest in the bottom walls of the at least one depression, wherein said markings can be in the form of lines, circles, dots, crosses or other graphic symbols, (g) the upper side is provided with a press skin that has a thickness of 0.3 to 0.5 mm, (h) the bulk thickness of the building panel in the top layer that forms the upper side is between 950 and 1.000 kg/m 3, (i) the lower side is provided with a backing layer before pressing, (j) the building panel is heated with steam before embossing until a surface temperature of 30 - 50°C is reached, (k) before or immediately after embossing, an aqueous melamine resin is applied as a tempering agent to the upper side, and (l) the press is a short-cycle press at a pressure and temperature. (a) in a first embossing step, embossing a relief into at least the upper side at a depth, said relief being embossed as at least one strip-shaped depression with a bottom wall, (b) applying a decorative paper to the upper side, (c) applying an overlay paper to the decorative paper as an abrasion-resistant layer, (d) feeding the structure prepared in this way to a press and pressing it, (e) during pressing, in a second embossing step, embossing again into the at least one strip-shaped depression without changing the depth in the process, characterised in that (f) markings are printed onto the decorative paper where it comes to rest in the bottom walls of the at least one depression, wherein said markings can be in the form of lines, circles, dots, crosses or other graphic symbols, (g) the upper side is provided with a press skin that has a thickness of 0.3 to 0.5 mm, (h) the bulk thickness of the building panel in the top layer that forms the upper side is between 950 and 1.000 kg/m 3, (i) the lower side is provided with a backing layer before pressing, (j) the building panel is heated with steam before embossing until a surface temperature of 30 - 50°C is reached, (k) before or immediately after embossing, an aqueous melamine resin is applied as a tempering agent to the upper side, and (l) the press is a short-cycle press at a pressure and temperature.
An electronic ink comprising negatively charged particles that include a combination of: - resin particles exhibiting an average particle size less than 1.0 micron and containing an acidic resin that exhibits a weight average molecular weight of 500 to 5,000, wherein said resin comprises a copolymer of polyethylene grafted with maleic anhydride or a polyethylene-based ionomer; - a pigment loaded on the resin particles; - a charge director which forms a micelle structure physically associated by hydrophobic bonding with the resin particles to provide at least part of the particle charge; and - a charge adjuvant in the form of a metallic soap containing a metal, such as Al, Zn, Ca, Mg, and combinations thereof, and a ligand, such as stearate, oleate, and combinations thereof. - resin particles exhibiting an average particle size less than 1.0 micron and containing an acidic resin that exhibits a weight average molecular weight of 500 to 5,000, wherein said resin comprises a copolymer of polyethylene grafted with maleic anhydride or a polyethylene-based ionomer; - a pigment loaded on the resin particles; - a charge director which forms a micelle structure physically associated by hydrophobic bonding with the resin particles to provide at least part of the particle charge; and - a charge adjuvant in the form of a metallic soap containing a metal, such as Al, Zn, Ca, Mg, and combinations thereof, and a ligand, such as stearate, oleate, and combinations thereof.
A method of minimizing or eliminating seeds in a seed pool of a planter row unit when crossing a boundary during planting comprising: adding seeds to the seed pool from a first compartment (532-1, 532-2; 932-1, 932-2); obtaining a seed size of the seeds, an average number of seeds in the seed pool, and a distance traveled per dump of seeds into the seed pool; determining whether a distance from the row unit to the boundary is greater than a distance to dispense all seeds from the seed pool and less than a distance to dispense all seeds from a full dump of seeds into the seed pool; characterized by activating an actuator to partially open a passageway (933-1, 933-2) between the first compartment (532-1, 532-2; 932-1, 932-2) and the seed pool in which the partially open passageway is directly proportional to seed size to create a partial dump; and activating the actuator to close the passageway after the partial dump. adding seeds to the seed pool from a first compartment (532-1, 532-2; 932-1, 932-2); obtaining a seed size of the seeds, an average number of seeds in the seed pool, and a distance traveled per dump of seeds into the seed pool; determining whether a distance from the row unit to the boundary is greater than a distance to dispense all seeds from the seed pool and less than a distance to dispense all seeds from a full dump of seeds into the seed pool; characterized by activating an actuator to partially open a passageway (933-1, 933-2) between the first compartment (532-1, 532-2; 932-1, 932-2) and the seed pool in which the partially open passageway is directly proportional to seed size to create a partial dump; and activating the actuator to close the passageway after the partial dump.
A circuit panel of an electronic device comprising: a flexible substrate having: a substantially flat surface including an active area (506, 612) of the electronic device, wherein the active area is an active touch and display area of the electronic device; a bent border area (502, 504) contiguous with and extending from the substantially flat surface; and a plurality of traces (606, 608) on the substrate that are coupled to the active area and routed in the bent border area (502, 504); wherein the active area (506, 612) extends towards a bent edge (510, 610) between the substantially flat surface and the bent border area (502, 504); and wherein the circuit panel is characterised in that: the bent border area comprises patterned perforations that decrease stress in the circuit panel, wherein one or more of the plurality of traces (606, 608) are routed between the perforations. a flexible substrate having: a substantially flat surface including an active area (506, 612) of the electronic device, wherein the active area is an active touch and display area of the electronic device; a bent border area (502, 504) contiguous with and extending from the substantially flat surface; and a plurality of traces (606, 608) on the substrate that are coupled to the active area and routed in the bent border area (502, 504); wherein the active area (506, 612) extends towards a bent edge (510, 610) between the substantially flat surface and the bent border area (502, 504); a substantially flat surface including an active area (506, 612) of the electronic device, wherein the active area is an active touch and display area of the electronic device; a bent border area (502, 504) contiguous with and extending from the substantially flat surface; and a plurality of traces (606, 608) on the substrate that are coupled to the active area and routed in the bent border area (502, 504); wherein the active area (506, 612) extends towards a bent edge (510, 610) between the substantially flat surface and the bent border area (502, 504); the bent border area comprises patterned perforations that decrease stress in the circuit panel, wherein one or more of the plurality of traces (606, 608) are routed between the perforations.
A process for removal of fixed-pattern noise in images formed by electromagnetic sensor arrays in a light field comprising at least the following steps: a. forming a digital image by an electromagnetic sensor array; b. forming a light field defined as an image matrix that comprises at least 2 × 2 digital images of a scene, wherein each digital image of the image matrix has a separation distance of at least a size of an effective area of an electromagnetic sensor; and c. reconstructing an image by: digital refocusing from the light field on a selection of different focal planes using a digital focus control algorithm, wherein the selection of focal planes comprises a far focal plane corresponding to the infinity containing a fixed-pattern noise causing an object in the digital image be maximally contaminated and a plurality of increasingly nearer focal planes containing lower levels of fixed-pattern noise, converting a spatial information of the light field to information in frequency space through the application of a Fourier transform in four dimensions, and extracting information applying a two-dimensional inverse Fourier transform to the selection of focal planes, wherein the digital focus control algorithm is used for selecting the digital image of the object in the plurality of the nearer focal planes. a. forming a digital image by an electromagnetic sensor array; b. forming a light field defined as an image matrix that comprises at least 2 × 2 digital images of a scene, wherein each digital image of the image matrix has a separation distance of at least a size of an effective area of an electromagnetic sensor; and c. reconstructing an image by: digital refocusing from the light field on a selection of different focal planes using a digital focus control algorithm, wherein the selection of focal planes comprises a far focal plane corresponding to the infinity containing a fixed-pattern noise causing an object in the digital image be maximally contaminated and a plurality of increasingly nearer focal planes containing lower levels of fixed-pattern noise, converting a spatial information of the light field to information in frequency space through the application of a Fourier transform in four dimensions, and extracting information applying a two-dimensional inverse Fourier transform to the selection of focal planes, wherein the digital focus control algorithm is used for selecting the digital image of the object in the plurality of the nearer focal planes.