mhurhangee/ep-ind-claims huggingface dataset:
A vibrating plate for ground compaction, comprising - a drive motor; - an exciter unit driven by the drive motor, by means of which a base plate can be set in vibration, - an adjustably mounted hood which is adjustable between an operating position at least partially covering the drive motor and a maintenance position at least partially exposing the drive motor, - an exhaust air guiding device leading from the drive motor to an exhaust air opening in the hood for the cooling air of the drive motor, characterized in that the exhaust air guiding device is designed in at least two parts and comprises an exhaust air adapter on the drive motor side and an exhaust air guide on the hood side, the exhaust air adapter and the exhaust air guide together forming a continuous exhaust air path (16, 23) from the drive motor to the exhaust air opening in the hood when the hood is in the operating position, that the exhaust air adapter is attached to the drive motor, and that the exhaust air guide is attached to the hood in such a way that it is adjustable with the hood between the operating position and the maintenance position. - a drive motor; - an exciter unit driven by the drive motor, by means of which a base plate can be set in vibration, - an adjustably mounted hood which is adjustable between an operating position at least partially covering the drive motor and a maintenance position at least partially exposing the drive motor, - an exhaust air guiding device leading from the drive motor to an exhaust air opening in the hood for the cooling air of the drive motor, characterized in that the exhaust air guiding device is designed in at least two parts and comprises an exhaust air adapter on the drive motor side and an exhaust air guide on the hood side, the exhaust air adapter and the exhaust air guide together forming a continuous exhaust air path (16, 23) from the drive motor to the exhaust air opening in the hood when the hood is in the operating position, that the exhaust air adapter is attached to the drive motor, and that the exhaust air guide is attached to the hood in such a way that it is adjustable with the hood between the operating position and the maintenance position.
Stackable tray for receiving and transporting objects and for stacking one above the other in a stacking direction with at least one other tray of the same type, wherein the tray has a base and a side wall projecting above the base and extending at least partially, in particular entirely, around the base, wherein the base and the side wall together bound a receiving space of the tray for receiving the objects, and in a plan view of the tray the side wall has a, in particular rectangular, basic shape comprising, in particular four, corner regions and side wall portions extending between the corner regions, wherein the side wall portions extending between the corner regions are each bounded by a top side of the side wall portion, which at least in part is inclined at an angle to the stacking direction, and an opposite bottom side of the side wall portion, characterized in that formed on the side wall portions, on the top sides of the side wall portions between in each case two of these inclined regions of the respective top side, are contact areas which project beyond these inclined regions and which are designed to support, across their entire surface, a bottom side of a side wall portion of a tray arranged thereabove or to support, across their entire surface, contact areas which are formed on the bottom sides of a side wall portion of a tray arranged thereabove and which extend in a plane arranged normal to the stacking direction, wherein the contact areas formed on the top sides extend in a plane arranged normal to-the stacking direction, or in that formed on the bottom sides of the side wall portions are contact areas which project beyond two regions of the respective bottom side adjacent thereto and which are designed to ensure stable support for trays stacked one on top of the other, wherein the contact areas formed on the bottom sides extend in a plane arranged at an angle to the stacking direction, and the incline of the contact areas formed on the bottom sides is formed at an angle corresponding to the inclined regions of the respective top sides of the side wall portions.
A sample transporting device comprising: a first transport path for transporting a sample rack holding a sample; a second transport path for transporting the sample rack, disposed parallel to the first transport path; a rack moving mechanism for moving the sample rack from the first transport path to the second transport path; characterised by: a guide member, movable in vertical directions, for allowing the sample rack to move from the first transport path to the second transport path when at a predetermined position, and for preventing the sample rack being transported on the first transport path or the second transport path from deviating from the transport path when the guide member is above the predetermined position; and a drive source for moving the guide member in vertical directions. a first transport path for transporting a sample rack holding a sample; a second transport path for transporting the sample rack, disposed parallel to the first transport path; a rack moving mechanism for moving the sample rack from the first transport path to the second transport path; characterised by: a guide member, movable in vertical directions, for allowing the sample rack to move from the first transport path to the second transport path when at a predetermined position, and for preventing the sample rack being transported on the first transport path or the second transport path from deviating from the transport path when the guide member is above the predetermined position; and a drive source for moving the guide member in vertical directions. a guide member, movable in vertical directions, for allowing the sample rack to move from the first transport path to the second transport path when at a predetermined position, and for preventing the sample rack being transported on the first transport path or the second transport path from deviating from the transport path when the guide member is above the predetermined position; and a drive source for moving the guide member in vertical directions.
An intraocular lens composed of a copolymer that includes an acrylate-based monomer component A and a methacrylate-based monomer component B as constituent components, the intraocular lens comprising: a surface portion that includes a surface of the copolymer; and a central portion closer to a center than the surface portion, wherein the surface portion forms a methacrylate-rich layer containing a higher content of the monomer component B, as a monomer component, than that in the central portion. a surface portion that includes a surface of the copolymer; and a central portion closer to a center than the surface portion, wherein the surface portion forms a methacrylate-rich layer containing a higher content of the monomer component B, as a monomer component, than that in the central portion.
Glass comprising: Ingredient wt. % SiO 2 67 - 75 % Na 2 O 10 - 20 % CaO 5 - 15 % total iron (expressed as Fe 2 O 3) 0.02 to 0.10 % erbium oxide 0.02 to 0.15 % SO 3 0.25 to 0.40 % cerium oxide 0 to 0.08 % wherein the glass has visible transmission of at least 90%, a transmissive a* color value of from -0.8 to +0.8, and a transmissive b* color value of -0.8 to +0.9, wherein the glass comprises from 0.001 to 0.4% cobalt oxide and/or neodymium oxide.
A method of producing a thin glass resin laminate piece, comprising a step of subjecting a thin glass resin laminate including a thin glass having a thickness of 100 μm or less, a resin layer, and a pressure-sensitive adhesive layer in the stated order to laser processing to cut the laminate, wherein a thickness (μm) of the pressure-sensitive adhesive layer and a creep characteristic (μm/Hr) of the pressure-sensitive adhesive layer have a relationship of (thickness (μm)) 2 ×creep characteristic (μm/Hr)≥50×10 3 (μm 2 ·μm/Hr), wherein "creep characteristic" refers to a shift amount after 1 hour after the application of a tensile shear force of 500 g to the layer under an environment at 23° C.
A 3D-camera having at least one image sensor (14a-b) and at least one illumination unit which comprises a light source with a semiconductor array having a plurality of individual emitter elements and which is configured for generating an irregular illumination pattern in an illumination area of the 3D-camera, characterized in that a respective individual emitter element generates a pattern element of the irregular illumination pattern and in that the individual emitter elements have an irregular arrangement so that the irregular structure of the illumination pattern is obtained by the irregular arrangement of the individual light emitters.
Scissor lift, comprising at least one scissor arranged between an upper part defining an upper table surface and a base part, the scissor having at least two scissor legs crossing each other in a scissor-like manner and pivotable about a scissor axis, wherein a first end section of the respective scissor leg is coupled to the upper part and a second end section of the respective scissor leg is coupled to the base part and wherein the opening angle of the scissor changes when the scissor legs are pivoted relative to each other about the scissor axis, and comprising a drive unit with a drive motor for mutually pivoting the scissor legs relative to each other in order to lift or lower the table surface relative to the base part, and with an erecting member the movement of which transversely to the scissor axis spreads apart or pulls together the scissor legs, wherein the erecting member is connected to the winding element via a traction means in a traction-absorbing manner and the traction means can be wound onto and unwound from the winding element by actuation of the winding element by means of the drive motor, wherein curved rails with their curvature facing each other are arranged on at least two mutually opposite scissor leg halves of the two scissor legs which are arranged on one side of the scissor axis and are arranged facing either the upper part or the base part, wherein the erecting member is coupled to both curved rails in a power transmitting manner and can be displaced relative thereto in the longitudinal direction thereof along the curvature thereof by actuating the drive motor while winding or unwinding the traction means onto or from the winding element in order to perform the lifting movement of the scissor lift, and wherein a linkage arrangement is provided which respectively couples to one of the two scissor legs on the same side of the scissor axis with at least one linkage part and interacts with it and exerts an erecting force on the respective scissor leg when the erecting member is actuated, characterized in that the traction means is designed as a spirally self-winding traction means and the curvature of the mutually facing curved rails is designed in such a way that the drive motor is loaded with constant power consumption at least over a substantial and/or the predominant part of the lifting movement when the erecting member is displaced along the two curved rails while performing the lifting movement.
A removable voice activated vehicle diagnostic device configured to be used in a vehicle during a test of that vehicle, the device comprising: a vehicle interface configured to receive diagnostic information from the vehicle in the form of a data stream, the vehicle diagnostic device being configured to be in communication with the vehicle using a communication link comprising a wireless and/or wired link a vehicle data store configured to store at least a portion of the data stream so as to provide stored information for subsequent analysis; wherein portions of the data stream define corresponding snap shots at a certain instant in time, a voice activation control module, the control module being responsive to voice commands uttered by an operator of the device, the operator of the vehicle, the control module being configured on receipt of a voice command to effect a recordal of a plurality of snap shots in a timed sequence, and a user interface module operable to generate voice synthesis from the data stream so that the presence of an anomaly in the received diagnostic information can be communicated to the operator while the vehicle is being driven, and a processing system, the processing system being configured to deliver a plurality of different types of test requests to the vehicle, each one of which causes a different type of diagnostic information to be sent by the vehicle to the diagnostic system, the choice of test request being determined in response to an appropriate voice command received by the voice activation control module. a vehicle interface configured to receive diagnostic information from the vehicle in the form of a data stream, the vehicle diagnostic device being configured to be in communication with the vehicle using a communication link comprising a wireless and/or wired link a vehicle data store configured to store at least a portion of the data stream so as to provide stored information for subsequent analysis; wherein portions of the data stream define corresponding snap shots at a certain instant in time, a voice activation control module, the control module being responsive to voice commands uttered by an operator of the device, the operator of the vehicle, the control module being configured on receipt of a voice command to effect a recordal of a plurality of snap shots in a timed sequence, and a user interface module operable to generate voice synthesis from the data stream so that the presence of an anomaly in the received diagnostic information can be communicated to the operator while the vehicle is being driven, and a processing system, the processing system being configured to deliver a plurality of different types of test requests to the vehicle, each one of which causes a different type of diagnostic information to be sent by the vehicle to the diagnostic system, the choice of test request being determined in response to an appropriate voice command received by the voice activation control module.
A thermistor element (1, 101) comprising: a thermistor main body made of an electrically conductive sintered oxide and having a rectangular parallelepiped shape; and a first covering layer (20, 120) which has reduction resistance, characterized by said first covering layer (20, 120) being formed by press forming a green first covering layer into a shape for encapsulating the thermistor main body and then firing said green first covering layer, thereby covering the entire peripheral surfaces (11A, 11B, 12A, 12B, 12C, 12D) of the thermistor main body and having an outer surface (20F, 120F), at least a portion of which is an exposed outer surface (20R, 120R) exposed to the outside, wherein when a shortest distance in a straight line in the first covering layer (20, 120) extending from a starting point on the thermistor main body to the exposed outer surface (20R, 120R) is defined as an exposed layer thickness at the starting point, the first covering layer (20, 120) is formed such that the exposed layer thickness measured by using any vertex of the rectangular parallelepiped thermistor main body as a starting point is equal to or greater than the smallest one of exposed layer thicknesses measured by using, as starting points, points which are other than the vertex and are located on three sides and three flat surfaces which form the vertex. a thermistor main body made of an electrically conductive sintered oxide and having a rectangular parallelepiped shape; and a first covering layer (20, 120) which has reduction resistance, characterized by said first covering layer (20, 120) being formed by press forming a green first covering layer into a shape for encapsulating the thermistor main body and then firing said green first covering layer, thereby covering the entire peripheral surfaces (11A, 11B, 12A, 12B, 12C, 12D) of the thermistor main body and having an outer surface (20F, 120F), at least a portion of which is an exposed outer surface (20R, 120R) exposed to the outside, wherein when a shortest distance in a straight line in the first covering layer (20, 120) extending from a starting point on the thermistor main body to the exposed outer surface (20R, 120R) is defined as an exposed layer thickness at the starting point, the first covering layer (20, 120) is formed such that the exposed layer thickness measured by using any vertex of the rectangular parallelepiped thermistor main body as a starting point is equal to or greater than the smallest one of exposed layer thicknesses measured by using, as starting points, points which are other than the vertex and are located on three sides and three flat surfaces which form the vertex.
A lithium ion secondary battery comprising: a current collector; an electrode including a cathode or an anode that is provided on at least one surface of the current collector; a separator that separates the cathode and the anode from each other; a porous insulating layer that is formed between the cathode and the separator; and a non-aqueous electrolyte, wherein the porous insulating layer is formed of a binding material containing polyvinylidene fluoride and a melting point lowering agent, wherein the melting point lowering agent is a copolymer of a vinylidene fluoride monomer and another fluorine-containing monomer or an oxygen-containing monomer, and a content of the melting point lowering agent contained in the binding material is from 1 to 50% by mass, and wherein the melting point lowering agent lowers one or more of a melting start temperature or a melting peak temperature of the binding material, which is measured by differential scanning calorimetry in accordance with JIS 7121 under coexistence with the non-aqueous electrolyte, as compared to a case of using only polyvinylidene fluoride. a current collector; an electrode including a cathode or an anode that is provided on at least one surface of the current collector; a separator that separates the cathode and the anode from each other; a porous insulating layer that is formed between the cathode and the separator; and a non-aqueous electrolyte, wherein the porous insulating layer is formed of a binding material containing polyvinylidene fluoride and a melting point lowering agent, wherein the melting point lowering agent is a copolymer of a vinylidene fluoride monomer and another fluorine-containing monomer or an oxygen-containing monomer, and a content of the melting point lowering agent contained in the binding material is from 1 to 50% by mass, and wherein the melting point lowering agent lowers one or more of a melting start temperature or a melting peak temperature of the binding material, which is measured by differential scanning calorimetry in accordance with JIS 7121 under coexistence with the non-aqueous electrolyte, as compared to a case of using only polyvinylidene fluoride.
A curable die attach composition comprising conductive filler and a resin, wherein the conductive filler comprises silver coated material flake filler, and is a silver coated copper flake filler or a silver coated glass flake filler, and wherein the silver coated material flake filler is in an amount of 30% or more by weight of the conductive filler, and wherein the loading of the conductive filler is from 30% to 86% by weight of the composition, and wherein the loading of the resin is from 1% to 60% by weight of the composition.
A conveyor device for conveying non-homogeneous liquids, such as liquid manure, swill, sewage sludge or fecal matter, comprising - a housing having an antechamber with an intake opening and a main chamber with a discharge opening, - a suction wheel mounted on a driven shaft in the main chamber, - a size-reducing device, having at least one rotating cutting element that is provided between the antechamber and the main chamber and works together with a cutting plate, wherein the cutting plate is provided with a plurality of openings, which form a connection between the antechamber and the main chamber, and - a collecting box having a discharge opening is provided in the antechamber for foreign bodies that cannot be pulverized, characterized in that the openings in the cutting plate are arranged in a helical pattern around the axis of rotation of the at least one rotating cutting element. - a housing having an antechamber with an intake opening and a main chamber with a discharge opening, - a suction wheel mounted on a driven shaft in the main chamber, - a size-reducing device, having at least one rotating cutting element that is provided between the antechamber and the main chamber and works together with a cutting plate, wherein the cutting plate is provided with a plurality of openings, which form a connection between the antechamber and the main chamber, and - a collecting box having a discharge opening is provided in the antechamber for foreign bodies that cannot be pulverized,
An elevator apparatus, comprising: a generator (26,27,55,56) for generating a power corresponding to a speed of a raised/lowered body; an emergency stop device with which the raised/lowered body is mounted, for being operated by the power generated by the generator (26,27,55,56) to forcibly brake the raised/lowered body when the speed of the raised/lowered body is abnormal; characterized by a speed governing device for acquiring information on the power from the generator (55,56) as raised/lowered body information, determining, based on the raised/lowered body information, whether or not the speed of the raised/lowered body is abnormal, and supplying the emergency stop device with the power from the generator (55,56) only when it is determined that the speed of the raised/lowered body is abnormal; and a rotational body device (17,54) having a rotational body (14,15,51,52) rotated in accordance with a speed of the raised/lowered body, wherein: the speed governing device (30,57) acquires the raised/lowered body information based on rotation of the rotational body (14,15,51,52), the rotational body device (17,54) has a plurality of the rotational bodies (14,15,51,52), and the speed governing device (30,57) makes, based on the raised/lowered body information obtained from rotation of the respective rotational bodies (14,15,51,52), individual determinations on whether or not the speed of the raised/lowered body is abnormal, and supplies the emergency stop device with the power from the generator (26,27,55,56) when at least one of the determinations has produced a result that the speed of the raised/lowered body is abnormal. the speed governing device (30,57) acquires the raised/lowered body information based on rotation of the rotational body (14,15,51,52), the rotational body device (17,54) has a plurality of the rotational bodies (14,15,51,52), and the speed governing device (30,57) makes, based on the raised/lowered body information obtained from rotation of the respective rotational bodies (14,15,51,52), individual determinations on whether or not the speed of the raised/lowered body is abnormal, and supplies the emergency stop device with the power from the generator (26,27,55,56) when at least one of the determinations has produced a result that the speed of the raised/lowered body is abnormal.