mhurhangee/ep-ind-claims huggingface dataset:
Autonomous handling machine comprising: - a chassis; and - a boom which is intended to receive a tool which is mounted articulated on the chassis of the machine, by means of an articulation device, between a lowered extreme position and a raised extreme position, the boom comprising two lifting arms (12, 13) extending on either side of a longitudinal axis of the machine, and in which the machine comprises a spatial detection sensor, said handling machine being characterised in that the chassis comprises a projecting portion which projects upwards between the two lifting arms (12, 13), said projecting portion is in the lowered extreme position, in that the spatial detection sensor is fixed to an apex of the projecting portion and in that the articulation device comprises a front connecting rod and a rear connecting rod, the rear connecting rod being pivotingly mounted on the chassis about a first axis and on the boom about a second axis, the front connecting rod being positioned between the two lifting arms (12, 13) and pivotingly mounted on the boom about a third axis and on the projecting portion of the chassis about a fourth axis, the first axis, the second axis, the third axis and the fourth axis being parallel to one another and orthogonal to the longitudinal plane of the machine. - a chassis; and - a boom which is intended to receive a tool which is mounted articulated on the chassis of the machine, by means of an articulation device, between a lowered extreme position and a raised extreme position, the boom comprising two lifting arms (12, 13) extending on either side of a longitudinal axis of the machine,
Hand-operated tool for mounting a sleeve-like terminal onto a stud contact, in particular, a ground stud contact attached to a car body, the hand-operated tool comprising a hollow receptacle adapted to receive the terminal, the receptacle being open in a mounting direction, characterized in that the hand-operated tool further comprises a stud detector arrangement adapted to detect at least a final installation position of the stud contact within the receptacle and an indicator element that is operatively connected to the stud detector arrangement and arranged visibly from outside the hand-operated tool, the indicator element comprising a first visual appearance and an alternative second visual appearance, the second visual appearance being different from the first visual appearance, and the indicator element being adapted to automatically switch from the first to the second visual appearance (38, 40) depending on the stud contact being in the final installation position.
A fastening structure for a footrest ring of a chair, comprising: an inner sleeve, having an outer thread, a shape of a frustum of a cone, and a longitudinal slot for allowing deformation; a quick release handle, disposed on a bottom end of the inner sleeve for adjusting a width of the slot; and an outer sleeve, used for connecting the footrest ring, having an inner shape and an inner thread corresponding to an outer shape and the outer thread of the inner sleeve so as to screw on the inner sleeve.
A loom including a frame structure comprising: a frame formed by connecting a pair of side frames (2, 2), by a plurality of beam materials, to each of which a beam support for supporting a warp beam is fixed, and one or more pairs of height position setting members (11, 14) arranged between a loom installation surface and each of the side frames (2, 2), wherein each of the height position setting members (11, 14) is fixed to the loom installation surface and the corresponding side frame, characterized in that the pair of height position setting members (11, 14) are provided as a support structur or as a height position setting part included in the support structure, configured such that a fixed position with respect to the corresponding side frame on at least one of a let-off side and a take-up side is an inner surface or an outer surface of the side frame. a frame formed by connecting a pair of side frames (2, 2), by a plurality of beam materials, to each of which a beam support for supporting a warp beam is fixed, and one or more pairs of height position setting members (11, 14) arranged between a loom installation surface and each of the side frames (2, 2), wherein each of the height position setting members (11, 14) is fixed to the loom installation surface and the corresponding side frame, characterized in that the pair of height position setting members (11, 14) are provided as a support structur or as a height position setting part included in the support structure, configured such that a fixed position with respect to the corresponding side frame on at least one of a let-off side and a take-up side is an inner surface or an outer surface of the side frame.
A composite inner frame multi-bonded barrel comprising: a cylinder portion comprising a plurality of inner frames bonded together; and a dome portion comprising an upper dome frame and a lower dome frame bonded to an upper end and a lower end of the cylinder portion, respectively, wherein the plurality of inner frames, the upper dome frame, and the lower dome frame each comprise at least one flange protruding inside at each end thereof, and characterized in that the plurality of inner frames, the upper dome frame, and the lower dome frame form a baffle structure by secondary bonding of the flanges. a cylinder portion comprising a plurality of inner frames bonded together; and a dome portion comprising an upper dome frame and a lower dome frame bonded to an upper end and a lower end of the cylinder portion, respectively, wherein the plurality of inner frames, the upper dome frame, and the lower dome frame each comprise at least one flange protruding inside at each end thereof, and characterized in that the plurality of inner frames, the upper dome frame, and the lower dome frame form a baffle structure by secondary bonding of the flanges.
A motor comprising: a rotor; a stator assembly (3, 3a), wherein the stator assembly (3, 3a) includes a printed circuit board (4, 4a) and a drive element fixed on a surface of the printed circuit board (4, 4a) and to control rotation of the rotor; a heat radiation member to radiate heat of the stator assembly (3, 3a); wherein the heat radiation member is fixed to one side of the motor in an axial direction, and a resin integrating the heat radiation member with the stator assembly (3, 3a), wherein the printed circuit board (4, 4a) is integrated with the heat radiation member by the resin, characterised in that the heat radiation member has a cylindrical shape and includes a flange engaging with the resin to prevent displacement of the heat radiation member in the axial direction, wherein a part of the heat radiation member is exposed outside the resin. a rotor; a stator assembly (3, 3a), wherein the stator assembly (3, 3a) includes a printed circuit board (4, 4a) and a drive element fixed on a surface of the printed circuit board (4, 4a) and to control rotation of the rotor; a heat radiation member to radiate heat of the stator assembly (3, 3a); wherein the heat radiation member is fixed to one side of the motor in an axial direction, and a resin integrating the heat radiation member with the stator assembly (3, 3a), wherein the printed circuit board (4, 4a) is integrated with the heat radiation member by the resin, characterised in that the heat radiation member has a cylindrical shape and includes a flange engaging with the resin to prevent displacement of the heat radiation member in the axial direction, wherein a part of the heat radiation member is exposed outside the resin.
A lead-acid battery comprising: a negative electrode plate; a positive electrode plate; and an electrolyte solution, wherein the negative electrode plate includes a negative electrode material as negative active material containing graphite or carbon fiber, wherein the positive electrode plate includes a positive electrode material as positive active material containing 0.01 to 0.10 mass% of antimony, and wherein the negative electrode material contains 0.70 mass% to 1.75 mass% of the barium element. a negative electrode plate; a positive electrode plate; and an electrolyte solution, wherein the negative electrode plate includes a negative electrode material as negative active material containing graphite or carbon fiber, wherein the positive electrode plate includes a positive electrode material as positive active material containing 0.01 to 0.10 mass% of antimony, and wherein the negative electrode material contains 0.70 mass% to 1.75 mass% of the barium element.
A laminate, specially designed for manufacturing a construction panel, which meets the requirements of the building material class A1 according to DIN 4102-1 or EN 13501, by coating the construction panel with the laminate, the laminate consisting of a combination of a carrier material layer made of a non-flammable non-woven fabric impregnated with a synthetic resin, whereby the non-woven fabric is a glass fiber non-woven fabric, and at least one decorative material layer made of a decorative paper that is impregnated with a resin, and is produced by pressing the carrier material layer with the decorative material layer, characterized in that the laminate comprises a total thickness between 0.3 mm and beneath 2.2 mm and a calorific value of less than 2 MJ/kg according to ISO 1716, barium sulfate, magnesium sulfate, aluminum sulfate, calcium carbonate, and/or magnesium carbonate, are used as filling material in the synthetic resin which is used for impregnating the non-woven fabric of the carrier material layer, and for impregnation of the decorative paper of the decorative material layer as resin a melamine formaldehyde resin is used. specially designed for manufacturing a construction panel, which meets the requirements of the building material class A1 according to DIN 4102-1 or EN 13501, by coating the construction panel with the laminate, the laminate consisting of a combination of a carrier material layer made of a non-flammable non-woven fabric impregnated with a synthetic resin, whereby the non-woven fabric is a glass fiber non-woven fabric, and at least one decorative material layer made of a decorative paper that is impregnated with a resin, and is produced by pressing the carrier material layer with the decorative material layer, characterized in that the laminate comprises a total thickness between 0.3 mm and beneath 2.2 mm and a calorific value of less than 2 MJ/kg according to ISO 1716, barium sulfate, magnesium sulfate, aluminum sulfate, calcium carbonate, and/or magnesium carbonate, are used as filling material in the synthetic resin which is used for impregnating the non-woven fabric of the carrier material layer, and for impregnation of the decorative paper of the decorative material layer as resin a melamine formaldehyde resin is used.
An active physical play piece comprising: a receiver operative to receive signals from one or more other physical play pieces; a distance module operative to generate proximity data using signals received by the receiver, the proximity data describing distances between the active physical play piece and the one or more other physical play pieces into three or more discrete and non-overlapping levels of proximity; and wherein the three or more discrete and non-overlapping levels of proximity comprise a first level indicating a lack of proximity between play pieces, a second level indicating distant proximity between play pieces and a third level indicating close proximity between play pieces; and a transmitter operative to transmit the proximity data to a computing device arranged to carry out an interactive entertainment experience, such as a game, associated with the play pieces using a computer-readable media comprising device-executable instructions operable when executed to cause the computing device to receive the proximity data from the active physical play piece and reflect changes in proximity levels between play pieces in the interactive entertainment experience. a receiver operative to receive signals from one or more other physical play pieces; a distance module operative to generate proximity data using signals received by the receiver, the proximity data describing distances between the active physical play piece and the one or more other physical play pieces into three or more discrete and non-overlapping levels of proximity; and wherein the three or more discrete and non-overlapping levels of proximity comprise a first level indicating a lack of proximity between play pieces, a second level indicating distant proximity between play pieces and a third level indicating close proximity between play pieces; and a transmitter operative to transmit the proximity data to a computing device arranged to carry out an interactive entertainment experience, such as a game, associated with the play pieces using a computer-readable media comprising device-executable instructions operable when executed to cause the computing device to receive the proximity data from the active physical play piece and reflect changes in proximity levels between play pieces in the interactive entertainment experience.
A disk assembly, comprising: a disk holder having an inner surface; a disk gasket coupled to the inner surface of the disk holder; a sealing disk positioned in the disk holder, the sealing disk having a front side including a sealing surface, and a back side located opposite the front side, the back side being positioned adjacent the disk gasket; and a disk retainer coupled to the disk holder, the disk retainer configured to retain the sealing disk in the disk holder, characterised in that the disk retainer includes a finger configured to retain the sealing disk in the disk holder, the finger arranged to mate with a notch formed in the front side of the sealing disk. a disk holder having an inner surface; a disk gasket coupled to the inner surface of the disk holder; a sealing disk positioned in the disk holder, the sealing disk having a front side including a sealing surface, and a back side located opposite the front side, the back side being positioned adjacent the disk gasket; and a disk retainer coupled to the disk holder, the disk retainer configured to retain the sealing disk in the disk holder, characterised in that the disk retainer includes a finger configured to retain the sealing disk in the disk holder, the finger arranged to mate with a notch formed in the front side of the sealing disk.
Method for reducing arcs during electrical treatments of plants, in particular during desiccation of field crops, for controlling green manure or for controlling weeds, the method comprising the steps of: targeted application of a composition to plants, wherein the composition has at least one component which reduces an electrical contact resistance in the region of the surface of the plants, wherein the applied composition reduces the electrical contact resistance by at least 5%, applying electrical current to the plants, wherein the method is characterized by the steps of detecting an arc formed between two applicators (21a, 21b, 21c), detecting and evaluating the number of detected arcs within a predetermined time period and/or during the electrical treatment of a predetermined area, and adapting the composition if the detected number of arcs exceeds a specified frequency. targeted application of a composition to plants, wherein the composition has at least one component which reduces an electrical contact resistance in the region of the surface of the plants, wherein the applied composition reduces the electrical contact resistance by at least 5%, applying electrical current to the plants, wherein the method is characterized by the steps of detecting an arc formed between two applicators (21a, 21b, 21c), detecting and evaluating the number of detected arcs within a predetermined time period and/or during the electrical treatment of a predetermined area, and adapting the composition if the detected number of arcs exceeds a specified frequency.
A method of calibrating a patient monitoring system comprising a first calibration stage and a second calibration stage, the method comprising: providing a plurality of image detectors arranged to view a surface of a patient lying on a mechanical couch of a radiotherapy treatment apparatus, wherein the first calibration stage comprises locating a calibration object at a first position where the surface of the calibration object substantially corresponds to the expected position of the viewable surface of the patient lying on the mechanical couch of the radio therapy treatment apparatus during treatment; and obtaining images of the calibration object using the plurality of image detectors and processing the obtained images to ascertain the relative locations and orientations of the plurality of image detectors and optical distortion parameters indicative of optical distortions present in the images of the calibration object obtained by the image detectors; wherein the second calibration stage comprises re-locating the calibration object to a second position at a known position relative to the iso-centre of the treatment apparatus and obtaining images of the re-located calibration object using the plurality of image detectors and processing the obtained images to determine a transform corresponding to the relocation of the calibration object from the first position to the iso-centre of the treatment apparatus; and storing data indicative of optical distortions present in the images obtained by the image detectors of the calibration object in the first position during the first calibration stage, and data indicative of the locations and orientations of the image detectors relative to the iso-centre of the treatment apparatus determined by applying the determined transform obtained during the second calibration stage to the ascertained relative locations and orientations of the image detectors.
Non-therapeutic use of a liquid mixture for application to the scalp, wherein the mixture comprises at least the following ingredients: an amino acid, Biotin, Lecithin, Sandalwood oil. an amino acid, Biotin, Lecithin, Sandalwood oil.
Optoelectronic organic component, comprising: - a first electrode, - a first planarization layer, which is arranged on the first electrode, - a first injection layer, which is arranged on the planarization layer, - an organic functional layer, which is arranged on the injection layer, - a second electrode, which is arranged on the organic functional layer, - a second planarization layer, which is arranged between the second electrode and the organic functional layer, - a second injection layer, which is arranged between the second planarization layer and the organic functional layer, wherein the first electrode is an anode and the following holds true for the energy levels: E F - E HOMO, inj. ≤ E F - E HOMO, plan. and E F - E HOMO, inj. < E F - E HOMO, func., wherein E HOMO denotes the energy of the highest occupied energy level of the first planarization layer, the first injection layer and the organic functional layer and E F denotes the Fermi energy, wherein the first injection layer and the first planarization layer are doped and each comprise the same matrix material, wherein the matrix material; is selected from: PEDOT:PSS, poly(9-vinylcarbazole), poly(N,N'-bis-(4-butylphenyl)-N,N'-bis(phenyl)benzidine, poly(3-hexylthiophene), polyaniline, wherein the first injection layer is p-doped and the dopant of the first injection layer is selected from: MoO 2, MoO 3, WO 3, ReO 3, Re 2 O 7, V 2 O 5. - a first electrode, - a first planarization layer, which is arranged on the first electrode, - a first injection layer, which is arranged on the planarization layer, - an organic functional layer, which is arranged on the injection layer, - a second electrode, which is arranged on the organic functional layer, - a second planarization layer, which is arranged between the second electrode and the organic functional layer, - a second injection layer, which is arranged between the second planarization layer and the organic functional layer,
A display device comprising: a back plate including an active area and a bezel area disposed outside the active area, the active area including a module area in which an opening is provided; a first flexible substrate, an insulation layer, and a second flexible substrate sequentially stacked on one surface of the back plate; a buffer layer disposed on the insulation layer; a thin-film transistor and wire formation layer (T/WL) disposed on one surface of the buffer layer, and including a thin-film transistor and wire on the module area and multiple light-transmitting areas disposed corresponding to multiple holes on the module area; and a light-emitting element layer including pixels on the opening and a bank layer dividing the pixels and disposed corresponding to the multiple holes; an encapsulation layer disposed over the opening; a polarizing film disposed on the encapsulation layer; a module disposed in the opening of the back plate and disposed under the multiple holes, wherein the first flexible substrate have the multiple holes that correspond to the multiple light-transmitting areas, respectively, and the module receives light from outside through the polarizing film, the encapsulation layer, the bank layer, the multiple light-transmitting areas, the multiple holes, and the opening. a back plate including an active area and a bezel area disposed outside the active area, the active area including a module area in which an opening is provided; a first flexible substrate, an insulation layer, and a second flexible substrate sequentially stacked on one surface of the back plate; a buffer layer disposed on the insulation layer; a thin-film transistor and wire formation layer (T/WL) disposed on one surface of the buffer layer, and including a thin-film transistor and wire on the module area and multiple light-transmitting areas disposed corresponding to multiple holes on the module area; and a light-emitting element layer including pixels on the opening and a bank layer dividing the pixels and disposed corresponding to the multiple holes; an encapsulation layer disposed over the opening; a polarizing film disposed on the encapsulation layer; a module disposed in the opening of the back plate and disposed under the multiple holes, wherein the first flexible substrate have the multiple holes that correspond to the multiple light-transmitting areas, respectively, and the module receives light from outside through the polarizing film, the encapsulation layer, the bank layer, the multiple light-transmitting areas, the multiple holes, and the opening.