mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a solar cell, in particular a silicon thin-film solar cell, comprising the following method steps: - depositing a TCO layer on a glass substrate; - depositing at least one silicon layer (4, 5) on the TCO layer; characterised in that, before the TCO layer is deposited, the glass substrate is exposed to electron radiation, forming a light-scattering layer of the glass substrate, on which layer the TCO layer is deposited, the glass substrate being heated to a temperature between 200°C and 700°C before and/or during exposure to the electron radiation. - depositing a TCO layer on a glass substrate; - depositing at least one silicon layer (4, 5) on the TCO layer;
A shift mechanism comprising: a shift collar; and an actuator; characterized in that the shift mechanism further comprises: an adjuster mechanism that includes: a collar assembly that includes: a collar that defines a collar hole that receives the shift collar; and a shift block that is fixedly positioned with respect to the collar, the shift block defining an elongated slot and a first hole that extends from the elongated slot; a follower that is partially received in the elongated slot and that is operatively connected to the actuator, the follower defining a threaded hole; and an adjustment screw that is received in the first hole and the threaded hole and that is rotatable about an adjustment screw axis such that rotation of the adjustment screw moves the collar assembly and the shift collar along an axis. a shift collar; and an actuator; characterized in that the shift mechanism further comprises: an adjuster mechanism that includes: a collar assembly that includes: a collar that defines a collar hole that receives the shift collar; and a shift block that is fixedly positioned with respect to the collar, the shift block defining an elongated slot and a first hole that extends from the elongated slot; a follower that is partially received in the elongated slot and that is operatively connected to the actuator, the follower defining a threaded hole; and an adjustment screw that is received in the first hole and the threaded hole and that is rotatable about an adjustment screw axis such that rotation of the adjustment screw moves the collar assembly and the shift collar along an axis. a collar assembly that includes: a collar that defines a collar hole that receives the shift collar; and a shift block that is fixedly positioned with respect to the collar, the shift block defining an elongated slot and a first hole that extends from the elongated slot; a collar that defines a collar hole that receives the shift collar; and a shift block that is fixedly positioned with respect to the collar, the shift block defining an elongated slot and a first hole that extends from the elongated slot; a follower that is partially received in the elongated slot and that is operatively connected to the actuator, the follower defining a threaded hole; and an adjustment screw that is received in the first hole and the threaded hole and that is rotatable about an adjustment screw axis such that rotation of the adjustment screw moves the collar assembly and the shift collar along an axis.
A table game management system comprising: a camera; and a management controller, wherein: the management controller is configured to use an image of a game token generated by the camera when the game token is on a game table to identify a type of the game token based on a color of a side face of the game token as captured in the image; the color, on the basis of which the management controller is configured to identify the type, is a first color of a pattern on the side face of the game token captured in the image, the pattern being made up of the first color, which corresponds to the type of the game token and a second color that is not dependent on the type of the game token; and wherein the side face of the game token comprises a first layer containing the first color that extends in a direction that is circumferential about the game token and a second layer containing the second color that extends in the direction that is circumferential about the game token, and the first layer and the second layer are stacked in a thickness direction of the game token. a camera; and a management controller, wherein: the management controller is configured to use an image of a game token generated by the camera when the game token is on a game table to identify a type of the game token based on a color of a side face of the game token as captured in the image; the color, on the basis of which the management controller is configured to identify the type, is a first color of a pattern on the side face of the game token captured in the image, the pattern being made up of the first color, which corresponds to the type of the game token and a second color that is not dependent on the type of the game token; and wherein the side face of the game token comprises a first layer containing the first color that extends in a direction that is circumferential about the game token and a second layer containing the second color that extends in the direction that is circumferential about the game token, and the first layer and the second layer are stacked in a thickness direction of the game token. the management controller is configured to use an image of a game token generated by the camera when the game token is on a game table to identify a type of the game token based on a color of a side face of the game token as captured in the image; the color, on the basis of which the management controller is configured to identify the type, is a first color of a pattern on the side face of the game token captured in the image, the pattern being made up of the first color, which corresponds to the type of the game token and a second color that is not dependent on the type of the game token; and wherein the side face of the game token comprises a first layer containing the first color that extends in a direction that is circumferential about the game token and a second layer containing the second color that extends in the direction that is circumferential about the game token, and the first layer and the second layer are stacked in a thickness direction of the game token.
A method for calibrating a telematic device installable on a ground vehicle by means of a mobile electronic device, comprising the steps of: a) installing said telematic device on a ground vehicle; b) placing the mobile electronic device on said telematic device installed on the ground vehicle; c) acquiring the spatial orientation (qm) of said mobile electronic device placed on said telematic device; d) placing the mobile electronic device on said ground vehicle, orienting it according to the direction of travel thereof; e) acquiring the spatial orientation of said mobile electronic device placed on said ground vehicle and oriented according to the direction of travel thereof; f) calculating the rotation (w) to be applied to the spatial orientation of said telematic device in order to align it with the spatial orientation of said ground vehicle. a) installing said telematic device on a ground vehicle; b) placing the mobile electronic device on said telematic device installed on the ground vehicle; c) acquiring the spatial orientation (qm) of said mobile electronic device placed on said telematic device; d) placing the mobile electronic device on said ground vehicle, orienting it according to the direction of travel thereof; e) acquiring the spatial orientation of said mobile electronic device placed on said ground vehicle and oriented according to the direction of travel thereof; f) calculating the rotation (w) to be applied to the spatial orientation of said telematic device in order to align it with the spatial orientation of said ground vehicle.
A process of joining a wing to an aircraft fuselage, the process comprising the steps of: - mapping a wing root of the wing, - mapping a centre-wing-box of the aircraft fuselage, - determining a position to provide a hole pattern on the CWB, - providing the hole pattern on the CWB, and - attaching the wing root to the CWB, wherein: the step of mapping of the wing root includes obtaining a cloud of points and thereby measuring the wing root volume, wherein this obtaining a cloud of points involves the steps of: - mounting a primary template with a hole pattern on the wing root, - superposing the hole pattern of the primary template onto a hole pattern on the wing root, - installing targets on the primary template, - scanning the targets, or the step of mapping of the CWB includes obtaining a cloud of points and thereby measuring the CWB volume, wherein this obtaining a cloud of points involves the steps of: - mounting a secondary template with a hole pattern corresponding to a hole pattern of a primary template mounted on the wing root, on the CWB, - superposing the secondary template onto a nominal hole pattern position on the CWB, - installing targets on the secondary template, - scanning the targets. - mapping a wing root of the wing, - mapping a centre-wing-box of the aircraft fuselage, - determining a position to provide a hole pattern on the CWB, - providing the hole pattern on the CWB, and - attaching the wing root to the CWB, the step of mapping of the wing root includes obtaining a cloud of points and thereby measuring the wing root volume, wherein this obtaining a cloud of points involves the steps of: - mounting a primary template with a hole pattern on the wing root, - superposing the hole pattern of the primary template onto a hole pattern on the wing root, - installing targets on the primary template, - scanning the targets, or - mounting a primary template with a hole pattern on the wing root, - superposing the hole pattern of the primary template onto a hole pattern on the wing root, - installing targets on the primary template, - scanning the targets, or the step of mapping of the CWB includes obtaining a cloud of points and thereby measuring the CWB volume, wherein this obtaining a cloud of points involves the steps of: - mounting a secondary template with a hole pattern corresponding to a hole pattern of a primary template mounted on the wing root, on the CWB, - superposing the secondary template onto a nominal hole pattern position on the CWB, - installing targets on the secondary template, - scanning the targets. - mounting a secondary template with a hole pattern corresponding to a hole pattern of a primary template mounted on the wing root, on the CWB, - superposing the secondary template onto a nominal hole pattern position on the CWB, - installing targets on the secondary template, - scanning the targets.
IHM-2-N 3 crystallized hybrid solid with an organic-inorganic matrix, of a three-dimensional structure, containing an inorganic network of indium-based metal centers that are connected to one another by organic ligands that consist of the entity -O 2 C-C 6 H 3 -N 3 -CO 2 - (N 3 -bdc ligand), whereby said solid exhibits an X-ray diffraction diagram that includes at least the lines that are recorded in the table below: 2 Thêta (°) d hkl (Å) I/I 0 2 Thêta (°) d hkl (Å) I/I 0 4,68 18,87 mf 25,04 3,55 ff 8,12 10,88 ff 26,45 3,37 ff 8,95 9,87 ff 26,68 3,34 ff 9,37 9,43 FF 27,41 3,25 ff 11,78 7,51 ff 28,33 3,15 ff 11,94 7,41 f 28,61 3,12 ff 12,43 7,11 ff 29,74 3,00 ff 14,08 6,28 ff 31,24 2,86 ff 14,74 6,00 ff 32,35 2,77 ff 16,34 5,42 f 34,20 2,62 ff 16,95 5,23 ff 35,47 2,53 ff 17,45 5,08 ff 38,06 2,36 ff 18,01 4,92 ff 41,71 2,16 ff 18,80 4,72 mf 42,02 2,15 ff 18,96 4,68 f 42,74 2,11 ff 21,03 4,22 ff 43,04 2,10 ff 23,53 3,78 ff 45,92 1,97 ff 23,82 3,73 ff 54,57 1,68 ff where FF = Very High; F = High; m = Medium; mf = Medium Low; f = Low; and ff = Very Low, with the relative intensity I/1, being provided in relation to a relative intensity scale where a value of 100 is assigned to the most intense line of the X-ray diffraction diagram: ff < 15; 15 f < 30; 30 5. mf < 50; 50 m < 65; 65 F < 85; and FF>85.
Composition comprising as active ingredient glucosylglycerol and/or esters of this compound for use in promoting the regeneration of injured body tissue, wherein the injury to the body tissue is a wound, diabetic foot syndrome or an ulcer, wherein the ulcer is crural ulcer, decubitus, malum perforans, durum ulcer, molle ulcer, roden's ulcer or corneal ulcer.
Multi-beam radar sensor comprising a plurality of antenna elements (12, 14, 16, 18) arranged next to one another, a converging lens arranged at a distance in front of the antenna elements and an additional pre-focusing lens, characterized in that the pre-focusing lens is arranged in such a way that an angular range spanned thereby is smaller than an angular range spanned by the converging lens and lies completely within the angular range spanned by the converging lens such that the pre-focusing lens only influences part of the radar radiation that is transmitted and/or received by the antenna elements and has passed through the converging lens.
A portable electronic device comprising: an energy storage unit configured to provide power to the portable electronic device, the energy storage unit having a positive terminal and a negative terminal; a semiconductor material (54, 54a, 54b) configured to absorb light for generating a current, the semiconductor material (54, 54a, 54b) having a positive side (72, 72b) and a negative side (76, 76b); a positive contact in electrical communication with the positive side (72, 72b), the positive contact configured to collect current from the positive side (72, 72b) and further configured to be electrically connectable to the positive terminal; and a negative contact (62, 62a, 62b) in electrical communication with the negative side (76, 76b), the negative contact (62, 62a, 62b) configured to collect current from the negative side (76, 76b) and further configured to be electrically connectable to the negative terminal, the negative contact (62, 62a, 62b) having a coil geometry for coupling with an external interface (204, 204a), the negative contact (62, 62a, 62b) positioned to be exposed to light incident to the semiconductor material (54, 54a, 54b) and configured to allow light to pass through to the semiconductor material (54, 54a, 54b). an energy storage unit configured to provide power to the portable electronic device, the energy storage unit having a positive terminal and a negative terminal; a semiconductor material (54, 54a, 54b) configured to absorb light for generating a current, the semiconductor material (54, 54a, 54b) having a positive side (72, 72b) and a negative side (76, 76b); a positive contact in electrical communication with the positive side (72, 72b), the positive contact configured to collect current from the positive side (72, 72b) and further configured to be electrically connectable to the positive terminal; and a negative contact (62, 62a, 62b) in electrical communication with the negative side (76, 76b), the negative contact (62, 62a, 62b) configured to collect current from the negative side (76, 76b) and further configured to be electrically connectable to the negative terminal, the negative contact (62, 62a, 62b) having a coil geometry for coupling with an external interface (204, 204a), the negative contact (62, 62a, 62b) positioned to be exposed to light incident to the semiconductor material (54, 54a, 54b) and configured to allow light to pass through to the semiconductor material (54, 54a, 54b).
A repair system for a gearbox of a wind turbine uptower, the gearbox having a gearbox housing formed, at least, of a first portion and a second portion, the repair system comprising: a lifting apparatus for removably coupling to the first portion of the gearbox housing of the gearbox, the lifting apparatus adapted for lifting the first portion of the gearbox housing relative to the second portion of the gearbox housing; and, at least one gearbox housing support member for mounting to the second portion of the gearbox housing so as to provide a support surface for the first portion of the gearbox housing during a repair procedure of the gearbox that is offset from the second portion characterized in that a horizontal displacement of the first portion with respect to the second portion is established and a vertical displacement and a horizontal displacement of a first side of the first portion with respect to the second portion is established, and wherein the at least one gearbox housing support member is configured for supporting the first portion in an offset orientation. a lifting apparatus for removably coupling to the first portion of the gearbox housing of the gearbox, the lifting apparatus adapted for lifting the first portion of the gearbox housing relative to the second portion of the gearbox housing; and, at least one gearbox housing support member for mounting to the second portion of the gearbox housing so as to provide a support surface for the first portion of the gearbox housing during a repair procedure of the gearbox that is offset from the second portion characterized in that a horizontal displacement of the first portion with respect to the second portion is established and a vertical displacement and a horizontal displacement of a first side of the first portion with respect to the second portion is established, and wherein the at least one gearbox housing support member is configured for supporting the first portion in an offset orientation.
A retention device adapted to retain detonators inside a booster, said booster comprising: - an explosive charge, - a through hole comprising a first end and a second end, and - a blind hole comprising one end, wherein the retention device comprises, - at least one substantially flat portion, - at least one outer face and at least one inner face, - at least one flexible holding means located substantially in said at least one substantially flat portion, and can be accessed or handled by an operator from the at least one outer face, - at least one first opening located in said at least one substantially flat portion and - at least one second opening located in said at least one substantially flat portion, wherein - the at least one first opening is adapted to allow the detonator to access the through hole, and - the at least one second opening is adapted to allow the detonator to access the blind hole, characterized in that the at least one flexible holding means is arranged substantially next to each at least one second opening, and said flexible holding means are adapted to be movable from the outside of the booster, for example with a finger or tool, between a blocking position retaining a detonator inside the blind hole and an open position which allows extracting the detonator from said blind hole. - an explosive charge, - a through hole comprising a first end and a second end, and - a blind hole comprising one end, - at least one substantially flat portion, - at least one outer face and at least one inner face, - at least one flexible holding means located substantially in said at least one substantially flat portion, and can be accessed or handled by an operator from the at least one outer face, - at least one first opening located in said at least one substantially flat portion and - at least one second opening located in said at least one substantially flat portion, - the at least one first opening is adapted to allow the detonator to access the through hole, and - the at least one second opening is adapted to allow the detonator to access the blind hole, the at least one flexible holding means is arranged substantially next to each at least one second opening, and said flexible holding means are adapted to be movable from the outside of the booster, for example with a finger or tool, between a blocking position retaining a detonator inside the blind hole and an open position which allows extracting the detonator from said blind hole.
A method for clarifying water comprising adding to said water a coagulant in the amount of 0.25-500 ppm based upon one million parts of said water, said coagulant being polydiallyldimethylammonium acetate (PDADMOAC) prepared using a diallyldimethylammonium acetate (DADMOAC) monomer formed by: reacting diallyldimethylammonium chloride and an anion contributing metathesis agent in an aqueous solution to yield a precipitate and a diallyldimethylammonium anion, and removing said precipitate from said solution; wherein said anion contributing metathesis agent is potassium acetate and said precipitate is KCl. reacting diallyldimethylammonium chloride and an anion contributing metathesis agent in an aqueous solution to yield a precipitate and a diallyldimethylammonium anion, and removing said precipitate from said solution; wherein said anion contributing metathesis agent is potassium acetate and said precipitate is KCl.
A liquid precursor composition adapted for application on a hard surface in the oral cavity, comprising: a) at least one therapeutic agent suitable for the treatment of oral disorders, b) at least one acidic-pH sensitive polymer, containing primary, secondary or tertiary amine groups and having enhanced degradation at or below pH 6.0; c) at least one hydrophobic polymer insoluble in the saliva, and d) a pharmaceutically acceptable volatile carrier, wherein a weight ratio between said at least one hydrophobic polymer and said at least one acidic-pH sensitive polymer is larger than 1. a) at least one therapeutic agent suitable for the treatment of oral disorders, b) at least one acidic-pH sensitive polymer, containing primary, secondary or tertiary amine groups and having enhanced degradation at or below pH 6.0; c) at least one hydrophobic polymer insoluble in the saliva, and d) a pharmaceutically acceptable volatile carrier,
Method for detecting inclusions of gases in the blood in a dialysis treatment, wherein the blood is conveyed through a line, wherein a magnetic field is generated under defined conditions, wherein a sensor is associated with the line, with which sensor a magnitude representing the strength of the magnetic field is measurable (101, 102), wherein the sensor consists of two coils corresponding with one another and characterised in that the first coil is acted upon by a direct current, wherein the magnitude representing the strength of the magnetic field is measured by evaluating the magnetic field induced in the second coil (101, 102).
A wireless communication method, applied to a coprocessor of a device, wherein the coprocessor includes a sensor hub configured at least partially to process sensor data from one or more sensors of the device, and the method comprises: receiving, from a processor of the device, an instruction for initiating offline Bluetooth advertising, wherein the instruction for offline Bluetooth advertising is used to instruct the processor to go offline after the instruction is sent, to instruct the sensor hub that the processor is about to go offline, and to instruct the sensor hub to start standard Bluetooth advertising or Bluetooth low energy advertising; in response to the instruction from the processor, initiating Bluetooth advertising, and generating a drive instruction for driving a wireless communications module of the device to perform wireless broadcasting, wherein the wireless broadcasting includes Bluetooth advertising or Bluetooth low energy advertising; and sending the drive instruction to the wireless communications module. receiving, from a processor of the device, an instruction for initiating offline Bluetooth advertising, wherein the instruction for offline Bluetooth advertising is used to instruct the processor to go offline after the instruction is sent, to instruct the sensor hub that the processor is about to go offline, and to instruct the sensor hub to start standard Bluetooth advertising or Bluetooth low energy advertising; in response to the instruction from the processor, initiating Bluetooth advertising, and generating a drive instruction for driving a wireless communications module of the device to perform wireless broadcasting, wherein the wireless broadcasting includes Bluetooth advertising or Bluetooth low energy advertising; and sending the drive instruction to the wireless communications module.