mhurhangee/ep-ind-claims huggingface dataset:
A laser welding device for joining work pieces (3, 5) by means of a laser beam, comprising: - Scanning optics to guide the laser beam; - Multiple pressure elements (13, 15), which are pressed along a pressing direction on at least one of the work pieces to fix the work pieces (3, 5) during the joining process; - A housing that encloses the scanning optics and the laser beam running from the scanning optics to the work pieces (3, 5); characterized in that - The laser welding device has, arranged inside and/or outside of the housing, scattered light sensors (43, 45) to detect the intensity of scattered laser radiation, and a safety unit that is connected with the scattered light sensors (43, 45) and that is designed so that scattered light intensities detected by the scattered light sensors (43, 45) are electronically captured and evaluated, to trigger an alarm and/or to interrupt the joining process if a threshold is exceeded; - The pressure elements (13, 15) form a part of the housing, at least one of the pressure elements (13, 15) being movable relative to the rest of the housing along the pressing direction. - Scanning optics to guide the laser beam; - Multiple pressure elements (13, 15), which are pressed along a pressing direction on at least one of the work pieces to fix the work pieces (3, 5) during the joining process; - A housing that encloses the scanning optics and the laser beam running from the scanning optics to the work pieces (3, 5); - The laser welding device has, arranged inside and/or outside of the housing, scattered light sensors (43, 45) to detect the intensity of scattered laser radiation, and a safety unit that is connected with the scattered light sensors (43, 45) and that is designed so that scattered light intensities detected by the scattered light sensors (43, 45) are electronically captured and evaluated, to trigger an alarm and/or to interrupt the joining process if a threshold is exceeded; - The pressure elements (13, 15) form a part of the housing, at least one of the pressure elements (13, 15) being movable relative to the rest of the housing along the pressing direction.
A tool holder comprising: (a) a body with a back having a flat outer surface, a back upper end, a back lower end, a finger extending from the back upper end, and a hook extending from the back lower end, the hook having a free end extending generally toward the finger; (b) an opening spanning the finger and the hook free end, the opening providing access to an interior defined by the back, hook, and finger; (c) a gate with an elongated arm having a pivot end and a free end, the arm pivot end pivotally attached at the finger to pivot between a closed position wherein the gate spans the opening, an inside position wherein the arm free end is within the interior, and an outside position wherein the arm free end is outside of the interior and opening, the gate being biased to the closed position; and (d) an attachment mechanism adapted for attaching the back to a webbing. (a) a body with a back having a flat outer surface, a back upper end, a back lower end, a finger extending from the back upper end, and a hook extending from the back lower end, the hook having a free end extending generally toward the finger; (b) an opening spanning the finger and the hook free end, the opening providing access to an interior defined by the back, hook, and finger; (c) a gate with an elongated arm having a pivot end and a free end, the arm pivot end pivotally attached at the finger to pivot between a closed position wherein the gate spans the opening, an inside position wherein the arm free end is within the interior, and an outside position wherein the arm free end is outside of the interior and opening, the gate being biased to the closed position; and (d) an attachment mechanism adapted for attaching the back to a webbing.
A surface-crosslinking treatment method of a water-absorbing resin powder comprising the steps of adding a surface-crosslinking agent to a water-absorbing resin powder and heating the mixture, wherein the water-absorbing resin powder after the heat treatment is cooled under an air flow, and at the same time, at least a part of fine particles of the water-absorbing resin powder and/or the residual crosslinking agent is removed by the air flow.
A method for geo-locating raw data exchanged between an aircraft and a very high frequency receiver, each item of raw data comprising an identifier of the aircraft transmitting this item of data, the method being characterized in that it comprises: a step of obtaining position data of the aircraft the data comprising a piece of information which represents the identifier of the aircraft, a step of correlating the raw data and the position data by determining the data which have an identical identifier. a step of obtaining position data of the aircraft the data comprising a piece of information which represents the identifier of the aircraft, a step of correlating the raw data and the position data by determining the data which have an identical identifier.
A computer-implemented method for predicting privacy sharing preferences, comprising: detecting by an input interface a first action performed by a user; gathering information associated with the first action; applying machine learning to generate a predictive model, based on the information and past sharing actions associated with the information, wherein the machine learning is applied as a black box that receives the past sharing actions and outputs the predictive model; retrieving the predictive model based on the information, wherein the predictive model is configured to predict privacy sharing preferences; determining an applicability level of the predictive model to the first action, wherein the predictive model suggests a second action; and characterized in that in case the applicability level meets a threshold level, automatically selecting the second action as enabled through a setting. detecting by an input interface a first action performed by a user; gathering information associated with the first action; applying machine learning to generate a predictive model, based on the information and past sharing actions associated with the information, wherein the machine learning is applied as a black box that receives the past sharing actions and outputs the predictive model; retrieving the predictive model based on the information, wherein the predictive model is configured to predict privacy sharing preferences; determining an applicability level of the predictive model to the first action, wherein the predictive model suggests a second action; and characterized in that in case the applicability level meets a threshold level, automatically selecting the second action as enabled through a setting.
A system for moving an anatomical model of a fetus inside a mannequin having a birth canal, comprising: a descent mechanism for moving the anatomical model of the fetus longitudinally towards the birth canal of the mannequin, the descent mechanism comprising a frame, two parallel and linear rails mounted on the frame and a carriage traveling along the two parallel and linear rails; and a rotation mechanism mounted to the carriage of the descent mechanism, characterized in that the rotation mechanism comprising a rotating ring, an inside of the rotating ring being ovoid shaped for allowing insertion of the anatomical model of the fetus within the rotating ring in two different ways corresponding to two different styles of birth, the inside of the rotating ring comprising at least one pneumatic bladder acting as a fetal clamp when inflated for holding the anatomical model of the fetus during a descent of the anatomical model of the fetus. a descent mechanism for moving the anatomical model of the fetus longitudinally towards the birth canal of the mannequin, the descent mechanism comprising a frame, two parallel and linear rails mounted on the frame and a carriage traveling along the two parallel and linear rails; and a rotation mechanism mounted to the carriage of the descent mechanism, characterized in that the rotation mechanism comprising a rotating ring, an inside of the rotating ring being ovoid shaped for allowing insertion of the anatomical model of the fetus within the rotating ring in two different ways corresponding to two different styles of birth, the inside of the rotating ring comprising at least one pneumatic bladder acting as a fetal clamp when inflated for holding the anatomical model of the fetus during a descent of the anatomical model of the fetus.
A trim component for the interior of a motor vehicle, in particular a trim component for the floor surface of a motor vehicle, including a cassette profile layer, in which a plurality of cavities are formed, which are open towards a supporting or abutting side of the trim component, and a supported use layer, wherein the cavities of the cassette profile layer are filled with air and wherein the columns of air enclosed in the cassette profile layer in combination with (i) an airtight use layer or (ii) a surface of the cassette profile layer sealing the use side in an airtight manner form an acoustic spring-mass system, wherein the cavities of the cassette profile layer are separated by walls, characterized in that the trim component is configured so that the bottom edges of the separating walls can rest on the vehicle body, either directly or via an air permeable cover layer wherein there is no or substantially no lateral exchange of air between the individual cavities of the cassette profile layer. (i) an airtight use layer or (ii) a surface of the cassette profile layer sealing the use side in an airtight manner
A bearing acting as energy dissipating device which includes a bearing basement base parallel to a plane (X, Y) and a bearing upper part comprising a pressure pad and a bearing cap which abuts against an upper surface of the pressure pad characterised in that the upper part comprises a lower surface (35, 55) parallel to the plane (X, Y) that can slidingly move in all directions on a sliding surface of the bearing basement base and where said bearing includes two C-shaped metallic dampers having two extremities, one extremity being hinged to the bearing upper part and the other extremity being hinged to the bearing basement base, the dampers being geometrically so arranged that they define a segment ([-Y max; Y max]) of a first direction of said plane (X, Y) along which the bearing upper part is adapted to slide without causing a deformation of the dampers whereas a slide of the bearing upper part along a second direction of said plane (X, Y) and perpendicular to the first direction causes a deformation of the dampers.
A light emitting module comprising: a board that is provided with a wiring pattern; a light emitting element that is electrically connected to the wiring pattern; and a surrounding wall member that is provided on the board via a joining portion containing a resin and surrounds the light emitting element; characterized by comprising: a first coating portion that contains the same resin as the resin contained in the joining portion, and covers an exposed portion of the wiring pattern outside the surrounding wall member. a board that is provided with a wiring pattern; a light emitting element that is electrically connected to the wiring pattern; and a surrounding wall member that is provided on the board via a joining portion containing a resin and surrounds the light emitting element; characterized by comprising: a first coating portion that contains the same resin as the resin contained in the joining portion, and covers an exposed portion of the wiring pattern outside the surrounding wall member.
A smartphone, comprising: a housing, a touchscreen, a battery, antenna circuits, a wireless charging component, comprising a multilayer coil design comprising: a first coil layer of a printed circuit board comprising a first coil trace; a plurality of vias coupled to the surface of the first coil trace; and a second coil layer of the PCB comprising a second coil trace and coupled to the vias, wherein the vias are positioned between the first coil layer and the second coil layer and enable substantially high current and low equivalent series resistance so that the smartphone has a thickness of less than one centimeter. a housing, a touchscreen, a battery, antenna circuits, a wireless charging component, comprising a multilayer coil design comprising: a first coil layer of a printed circuit board comprising a first coil trace; a plurality of vias coupled to the surface of the first coil trace; and a second coil layer of the PCB comprising a second coil trace and coupled to the vias, wherein the vias are positioned between the first coil layer and the second coil layer and enable substantially high current and low equivalent series resistance so that the smartphone has a thickness of less than one centimeter. a first coil layer of a printed circuit board comprising a first coil trace; a plurality of vias coupled to the surface of the first coil trace; and a second coil layer of the PCB comprising a second coil trace and coupled to the vias, wherein the vias are positioned between the first coil layer and the second coil layer and enable substantially high current and low equivalent series resistance so that the smartphone has a thickness of less than one centimeter.
An intelligent disinfection carpet, comprising: a plurality of mutually independent disinfection elements; a controller that is communicatively coupled to the disinfection elements for controlling at least one of the plurality of mutually independent disinfection elements to release disinfection media; and a light guide; wherein each of the disinfection elements comprises a disinfection component communicatively coupled to the controller, and the disinfection component comprises a shell and an ultraviolet lamp that are arranged in the shell; wherein the light guide overlies a plurality of the shells that guides ultraviolet light emitted by the ultraviolet lamp. a plurality of mutually independent disinfection elements; a controller that is communicatively coupled to the disinfection elements for controlling at least one of the plurality of mutually independent disinfection elements to release disinfection media; and a light guide; wherein each of the disinfection elements comprises a disinfection component communicatively coupled to the controller, and the disinfection component comprises a shell and an ultraviolet lamp that are arranged in the shell; wherein the light guide overlies a plurality of the shells that guides ultraviolet light emitted by the ultraviolet lamp.
A atomizer, comprising: a housing, provided with an air inlet and an air outlet; an airflow channel, formed in the housing and running through the air inlet and the air outlet; a liquid-storing chamber, disposed in the housing; a atomization assembly, disposed in the airflow channel and in fluid communication with the liquid-storing chamber; an air intake valve, disposed in the airflow channel between the air inlet and the atomization assembly, wherein an air outlet portion of the air intake valve is disposed close to the atomization assembly, an air inlet portion of the air intake valve is disposed away from the atomization assembly, and a leaked liquid storage for storing leaked liquid is formed between the air intake valve and the atomization assembly; a gulp valve, disposed in the housing, wherein an air outlet portion of the gulp valve is located in the liquid-storing chamber, and an air inlet portion of the gulp valve is communicated with external air; and a mouthpiece valve, disposed in the airflow channel and located between the air outlet and the atomization assembly, wherein an air outlet portion of the mouthpiece valve faces the air outlet, and an air inlet of the mouthpiece valve faces the atomization assembly. a housing, provided with an air inlet and an air outlet; an airflow channel, formed in the housing and running through the air inlet and the air outlet; a liquid-storing chamber, disposed in the housing; a atomization assembly, disposed in the airflow channel and in fluid communication with the liquid-storing chamber; an air intake valve, disposed in the airflow channel between the air inlet and the atomization assembly, wherein an air outlet portion of the air intake valve is disposed close to the atomization assembly, an air inlet portion of the air intake valve is disposed away from the atomization assembly, and a leaked liquid storage for storing leaked liquid is formed between the air intake valve and the atomization assembly; a gulp valve, disposed in the housing, wherein an air outlet portion of the gulp valve is located in the liquid-storing chamber, and an air inlet portion of the gulp valve is communicated with external air; and a mouthpiece valve, disposed in the airflow channel and located between the air outlet and the atomization assembly, wherein an air outlet portion of the mouthpiece valve faces the air outlet, and an air inlet of the mouthpiece valve faces the atomization assembly.
A first network node for a wireless communication system, the first network node comprising: a processor; and a transceiver; wherein the transceiver is configured to receive a first signal comprising a network information message indicating network information associated with a region or with at least one sub-region of the region; wherein the processor is configured to determine a density λ b of network nodes for operation in the region or in the sub-region based on the network information; and wherein the transceiver further is configured to transmit a second signal to one or more second network nodes (300a, 300b,..., 300n) associated with the region or with the sub-region, the second signal comprising a first network resource allocation message indicating the density λ b of network nodes for operation; characterized in that the processor further is configured to determine a first allocation W 1 of frequency resources for operation in the region or in the sub-region based on the network information; and wherein the first network resource allocation message further indicates the first allocation W 1 of frequency resources for operation. a processor; and a transceiver; wherein the transceiver is configured to receive a first signal comprising a network information message indicating network information associated with a region or with at least one sub-region of the region; wherein the processor is configured to determine a density λ b of network nodes for operation in the region or in the sub-region based on the network information; and wherein the transceiver further is configured to transmit a second signal to one or more second network nodes (300a, 300b,..., 300n) associated with the region or with the sub-region, the second signal comprising a first network resource allocation message indicating the density λ b of network nodes for operation; characterized in that the processor further is configured to determine a first allocation W 1 of frequency resources for operation in the region or in the sub-region based on the network information; and wherein the first network resource allocation message further indicates the first allocation W 1 of frequency resources for operation.
A laying nest for hens, comprising: a box having a bottom, sidewalls, a back wall and a roof, wherein the box is configured to house hens and eggs; an expulsion system that is configured to remove the hens from the box, wherein the expulsion system comprises: a floor; a first shaft provided with a gear wheel having a plurality of teeth, the gear wheel being fixedly connected with the first shaft; a gear rack having a plurality of teeth that correspond to the teeth of the gear wheel; and a second shaft having an axis; wherein the floor is both rotatably connected with the first shaft and pivotably connected with the box via the second shaft; wherein the gear rack is both fixedly arranged in the box and configured for cooperation with said gear wheel; and wherein upon rotation of the first shaft, the first shaft moves along a path extending parallel to the gear rack, thereby pivotably moving the floor by virtue of the first shaft moving along the path extending parallel to the gear rack and the second shaft pivoting around the axis. a box having a bottom, sidewalls, a back wall and a roof, wherein the box is configured to house hens and eggs; an expulsion system that is configured to remove the hens from the box, wherein the expulsion system comprises: a floor; a first shaft provided with a gear wheel having a plurality of teeth, the gear wheel being fixedly connected with the first shaft; a gear rack having a plurality of teeth that correspond to the teeth of the gear wheel; and a second shaft having an axis; a floor; a first shaft provided with a gear wheel having a plurality of teeth, the gear wheel being fixedly connected with the first shaft; a gear rack having a plurality of teeth that correspond to the teeth of the gear wheel; and a second shaft having an axis; wherein the floor is both rotatably connected with the first shaft and pivotably connected with the box via the second shaft; wherein the gear rack is both fixedly arranged in the box and configured for cooperation with said gear wheel; and wherein upon rotation of the first shaft, the first shaft moves along a path extending parallel to the gear rack, thereby pivotably moving the floor by virtue of the first shaft moving along the path extending parallel to the gear rack and the second shaft pivoting around the axis.
Medicament delivery device comprising an elongated housing having opposite distal and proximal ends, comprising; a grip member connected to the elongated housing and movable between a rest position in which the device has a predetermined grip size and an operation position in which the pre-determined grip size of the device is increased for providing an improved grip of the device during use, characterised in that said grip member comprises an elongated arc-shaped rib arranged extending in the longitudinal direction of the device and being rotatably attached to the housing and in that the housing is designed comprising opposite first and second surface parts, wherein the first surface part comprises an elongated arc-shape, and wherein the second surface part is generally parallel with the longitudinal axis of the device, such that when the rib is in the rest position, the first surface part and an inner surface of the rib are abutting each other such that the predetermined grip size of the device is the distance between the second surface part and an outer surface of the rib, and when the rib is in the operation position, the rib is positioned opposite to the first part surface such that the increased predetermined grip size is the distance between the outer surface of the rib and the first surface part.