mhurhangee/ep-ind-claims huggingface dataset:
System having an engagement element for a motor vehicle body and a vehicle jacking apparatus, wherein the engagement element can be attached to a support of the motor vehicle body, and the engagement element has a receiving device having a receiving projection with at least two horizontal engagement openings (13, 14) through which compressive forces and tensile forces can be transmitted from the vehicle jacking apparatus to the motor vehicle body by means of form-fitting connection in the vertical direction, wherein the two horizontal engagement openings (13, 14) are arranged opposite each other, characterized in that the engagement openings for rotating the engagement of an engagement tool which has corresponding engagement projections (17, 18) are attached to the vehicle jacking apparatus.
A blank for producing a weld-free geocell, formed from a sheet polymeric material provided with incisions, characterized in that the incisions are in the form of parallel line segments of the same length L that are arranged in rows (R 1, R 2,...R N), the incision lines in adjacent rows being offset along the direction of said incisions, wherein adjacent incisions in a row (R 1, R 2,...R N) are made at a distance S between their ends, and the relationship S/L = K1, where K1 is in the range from 0.1 to 0.5; the incisions in adjacent rows (R 1, R 2,...R N) are made at a distance D from each other, and the relationship D/L = K2, where K2 is in the range from 0.1 to 0.7; the ends of the incisions are provided with oval or circular openings.
A cooling and exhaust system, in particular for a cooking oven, comprising a fan shroud, a base plate and a discharging channel, wherein - an impeller is arranged inside the fan shroud, so that the fan shroud and the impeller form a cross-flow fan, - the discharging channel is attached at the fan shroud and arranged at the circumferential side of the impeller, - the discharging channel includes an open end arranged opposite to the fan shroud, - the discharging channel extends along a horizontal direction, - a first inlet is arranged in the fan shroud, - a second inlet is arranged in a lower portion of the fan shroud, - the first inlet and the second inlet are arranged at or close to opposite circumferential sides of the impeller, and - an outlet is arranged at the open end of the discharging channel, characterized in that the first inlet is arranged in an upper portion of the fan shroud, wherein said first inlet is arranged above the discharging channel, and wherein a bottom side of the fan shroud is at least partially open, and wherein a portion of said bottom side is closed or closable by said base plate, and wherein the position of the base plate is variable, so that an air stream through the cooling and exhaust system follows a path defined by the geometry of the cooling and exhaust system in a predetermined manner. - an impeller is arranged inside the fan shroud, so that the fan shroud and the impeller form a cross-flow fan, - the discharging channel is attached at the fan shroud and arranged at the circumferential side of the impeller, - the discharging channel includes an open end arranged opposite to the fan shroud, - the discharging channel extends along a horizontal direction, - a first inlet is arranged in the fan shroud, - a second inlet is arranged in a lower portion of the fan shroud, - the first inlet and the second inlet are arranged at or close to opposite circumferential sides of the impeller, and - an outlet is arranged at the open end of the discharging channel, characterized in that
A float plate for a connector interface, comprising: at least one substantially planar body panel; at least one opening in the body panel, the opening having a perimeter; and a plurality of fingers extending from the perimeter of the opening wherein the fingers are configured to engage a coaxial connector inserted into the opening; characterized in that the plurality of fingers extend within a plane defined by the body panel, and in that the fingers are configured to flex within the plane defined by the body panel and normal to the plane defined by the body panel to enable adjustment of the position of the coaxial connector radially, angularly and axially. at least one substantially planar body panel; at least one opening in the body panel, the opening having a perimeter; and a plurality of fingers extending from the perimeter of the opening wherein the fingers are configured to engage a coaxial connector inserted into the opening; characterized in that the plurality of fingers extend within a plane defined by the body panel, and in that the fingers are configured to flex within the plane defined by the body panel and normal to the plane defined by the body panel to enable adjustment of the position of the coaxial connector radially, angularly and axially.
A robot cleaner comprising: a cleaner body including a wheel unit and a controller configured to control driving of the wheel unit; a dust container detachably coupled to a dust container accommodation part of the cleaner body; and a dust container cover rotatably coupled to the cleaner body, the dust container cover being detachably coupled to the dust container to cover the dust container, characterized in that the dust container cover includes: a top cover formed of a light transmissive material; a bottom cover coupled to the top cover to form an appearance of the dust container cover together with the top cover; and infrared receiving units spaced apart from each other at a certain distance in an internal space defined by the top cover and the bottom cover configured to receive an infrared signal. a cleaner body including a wheel unit and a controller configured to control driving of the wheel unit; a dust container detachably coupled to a dust container accommodation part of the cleaner body; and a dust container cover rotatably coupled to the cleaner body, the dust container cover being detachably coupled to the dust container to cover the dust container, characterized in that the dust container cover includes: a top cover formed of a light transmissive material; a bottom cover coupled to the top cover to form an appearance of the dust container cover together with the top cover; and infrared receiving units spaced apart from each other at a certain distance in an internal space defined by the top cover and the bottom cover configured to receive an infrared signal. a top cover formed of a light transmissive material; a bottom cover coupled to the top cover to form an appearance of the dust container cover together with the top cover; and infrared receiving units spaced apart from each other at a certain distance in an internal space defined by the top cover and the bottom cover configured to receive an infrared signal.
An alkali vapor cell comprising a sealed chamber enclosing an alkali atomic gas therein and having at least one optically transparent window, the chamber and the transparent window defining an optical beam path through which a light beam can pass and interact with the alkali atomic gas in the chamber wherein said alkali vapor cell comprises at least one localized condensation area of alkali atoms at a predetermined location in the sealed chamber, characterized in that said at least one localized condensation area comprises a metal layer.
A laminate comprising a substrate layer and at least 2 or more energy ray curable resin layers formed by curing a resin composition with an energy ray, wherein: the laminate has an energy ray curable resin layer which is formed on the substrate layer and an energy ray curable resin layer which is formed on the energy ray curable resin layer; and a first resin composition used in formation of the energy ray curable resin layer contains an energy ray curable resin having an ethylene oxide skeleton having two or more ethylene oxide repeating units, the energy ray curable resin comprising at least one of a polyethylene glycol based oligomer, an acrylate represented by general formula, and an acrylate represented by general formula: the laminate has an energy ray curable resin layer which is formed on the substrate layer and an energy ray curable resin layer which is formed on the energy ray curable resin layer; and a first resin composition used in formation of the energy ray curable resin layer contains an energy ray curable resin having an ethylene oxide skeleton having two or more ethylene oxide repeating units, the energy ray curable resin comprising at least one of a polyethylene glycol based oligomer, an acrylate represented by general formula, and an acrylate represented by general formula:
Fitting for a vehicle seat, in particular for a motor vehicle seat, having a first fitting part and a second fitting part which are in a geared connection with one another by means of a gearwheel and a crown gear which mesh with one another, and having a circulating eccentric (27, 27) which is driven by a driver in order to drive a relative rolling movement of the gearwheel and the crown gear, the first fitting part receiving the eccentric (27, 27) which is supported on the second fitting part, the fitting being assigned to one of at least two load classes, and the fitting consisting of components which are parameterized with regard to the associated load class, and of components which are identical parts for all load classes, the fitting parts (11, 12) being parameterized components, and the eccentric (27, 27) belonging to the identical parts, characterized in that the diameters and the axial dimensions of the crown gear and the gearwheel are parameterized.
A light emitting apparatus comprising: a semiconductor light emitting device, a light transparent member that receives incident light emitted from the semiconductor light emitting device, and a covering member that contains a light reflective material and covers the periphery of the semiconductor light emitting device, wherein the light transparent member is formed of an inorganic material light conversion member, wherein the light transparent member is plate-shaped and has an externally exposed light emission surface, a side surface contiguous to the light emission surface, and a light receiving surface opposed to the light emission surface, wherein the light emitting device is joined to the light receiving surface, characterized in that the covering member covers the side surface of the light transparent member, and the covering member covers the periphery of the light emission surface in a plan view from a light outgoing side of the light emitting apparatus to suppress outward light emission from the covering area at the side surface so that the light emission surface serves as the main light emission surface of the light emitting apparatus from which light outgoes. a semiconductor light emitting device, a light transparent member that receives incident light emitted from the semiconductor light emitting device, and a covering member that contains a light reflective material and covers the periphery of the semiconductor light emitting device, wherein the light transparent member is formed of an inorganic material light conversion member, wherein the light transparent member is plate-shaped and has an externally exposed light emission surface, a side surface contiguous to the light emission surface, and a light receiving surface opposed to the light emission surface, wherein the light emitting device is joined to the light receiving surface,
A beverage cooling system comprising a motor assembly for circulating fluid in the system, the motor assembly comprising a housing containing a motor operative to drive a shaft extending from the housing, the shaft being mounted on bearing means in the housing, a distal end of the shaft being adapted to be submersed in use in a fluid to be circulated, wherein the beverage cooling system is characterised in that the motor assembly further comprises a motor protection device comprising barrier means provided adjacent the bearing means, and evacuation means arranged to define a cavity between the bearing means and the evacuation means, wherein the evacuation means is operative to create a pressure differential across the evacuation means such that the fluid to be circulated is evacuated from the cavity.
Pressure tank, especially three-bottoms tank, creating beneficially toroidal tank, comprising connected bottoms, equipped with connector pipes, brackets for fastening the tank and cover, type plate, equipment cover, an inner bottom, and an inner shell, wherein an outer upper bottom with an outer lower bottom create an outer tank shell, whereas the inner bottom is connected with the inner shell, creating a central inner part of the tank, characterised in that connector pipes for equipment (9, 9a, 9b and 14) and flow connector pipes (15, 15a) have on their length two zones: a first zone with walls of increased thickness and a second zone with walls of reduced thickness, beneficially on the whole circumference of the connector pipe, and wall thickness in the second zone is between 0,5 up to 1,7 of the thickness of the tank walls, where the pipe is placed, for walls thick 0,01 up to 2,9 mm, and 0,3 up to 1,4 for walls above 2,9 mm.
A method for forming a coating structure, comprising: forming a surface-smoothing layer made of a diamond-like carbon film and having a surface roughness (Rz) of not more than 10 μm above a metal member to smooth a surface of the metal member, wherein a surface roughness (Rz) of a surface, on which the diamond-like carbon film is formed, is not more than 10 μm; applying a fluorine-containing solution being made of fluoroalkylsilane on the surface-smoothing layer; and drying the fluorine-containing solution to form a fluorine-based film having a thickness of 0.01 to 0.5 μm. forming a surface-smoothing layer made of a diamond-like carbon film and having a surface roughness (Rz) of not more than 10 μm above a metal member to smooth a surface of the metal member, wherein a surface roughness (Rz) of a surface, on which the diamond-like carbon film is formed, is not more than 10 μm; applying a fluorine-containing solution being made of fluoroalkylsilane on the surface-smoothing layer; and drying the fluorine-containing solution to form a fluorine-based film having a thickness of 0.01 to 0.5 μm.
Arrangement for applying a sealing profile to a motor vehicle part, which has a circumferential sealing surface and, in particular, an edge projecting beyond the sealing surface comprising a conveyor device which has at least one transport holder, which can be moved along a transport path of the conveyor device, for holding the motor vehicle part in the conveyor device, which transport path leads past an application station having at least one application robot and having a holding device (16a, 16b), the transport holder coming into the radius of action of the application station and being designed to hold the motor vehicle part during application of the sealing profile, wherein the application robot has at least one movable robot arm and an application head for applying the sealing profile to the sealing surface of the motor vehicle part, and wherein the holding device (16a, 16b) comprises at least one positioning robot (16a, 16b) which is designed to stabilize the position of the motor vehicle part during application in the transport holder.
A medical treatment device for treating at least first and second medical conditions of a patient, comprising: a neurostimulation device for treating a first neurologically based condition of the patient, the neurostimulation device further comprising a first waveform generator adapted to generate a first waveform having a frequency capable of stimulating a predetermined nerve of the patient, a second waveform generator adapted to generate a carrier waveform having a frequency capable of passing through tissue of the patient, a modulation device electrically coupled to the first and second waveform generators and adapted to modulate the first and carrier waveforms to create a modulated waveform, and an electrode electrically coupled to the modulation device and positioned substantially adjacent to skin of the patient, and adapted to apply the modulated waveform thereto; and an implantable mesh adapted for implantation within the patient to treat a second medical condition of the patient, wherein the implantable mesh has a plurality of incorporated electrically conductive elements (1302, 1303) adapted to conduct the applied modulated waveform to a position closer to the predetermined nerve than the electrode when the mesh is implanted. a neurostimulation device for treating a first neurologically based condition of the patient, the neurostimulation device further comprising a first waveform generator adapted to generate a first waveform having a frequency capable of stimulating a predetermined nerve of the patient, a second waveform generator adapted to generate a carrier waveform having a frequency capable of passing through tissue of the patient, a modulation device electrically coupled to the first and second waveform generators and adapted to modulate the first and carrier waveforms to create a modulated waveform, and an electrode electrically coupled to the modulation device and positioned substantially adjacent to skin of the patient, and adapted to apply the modulated waveform thereto; and an implantable mesh adapted for implantation within the patient to treat a second medical condition of the patient, wherein the implantable mesh has a plurality of incorporated electrically conductive elements (1302, 1303) adapted to conduct the applied modulated waveform to a position closer to the predetermined nerve than the electrode when the mesh is implanted.
An operating mechanism for a dual-power changeover switch, the operating mechanism being configured to drive breaking units of poles of the dual-power changeover switch simultaneously, so that the dual-power changeover switch can be switched between different states, the operating mechanism comprises a manual operating device arranged on a first side of a housing of the dual-power changeover switch and configured to rotate around a rotation axis under the action of a driving force; a synchronizing rod connected to the manual operating device in a transmission way, the synchronizing rod comprising a first end located close to the first side and a second end located close to a second side of the housing opposite to the first side, and the synchronizing rod being configured to be rotatable around an extension direction of the synchronizing rod when the manual operating device rotates; a first driving member arranged on the first end of the synchronizing rod and connected with a first driving disc assembly at a first end of a main shaft shared by the breaking units of the poles; and a second driving member arranged on the second end of the synchronizing rod and connected with a second driving disc assembly at a second end of the main shaft, wherein the first driving member and the second driving member are configured to rotate simultaneously in a same direction, with the synchronizing rod as a rotation shaft, when the synchronizing rod rotates, so as to drive the first driving disc assembly and the second driving disc assembly to rotate, thereby driving the main shaft to perform an opening motion and a closing motion. a manual operating device arranged on a first side of a housing of the dual-power changeover switch and configured to rotate around a rotation axis under the action of a driving force; a synchronizing rod connected to the manual operating device in a transmission way, the synchronizing rod comprising a first end located close to the first side and a second end located close to a second side of the housing opposite to the first side, and the synchronizing rod being configured to be rotatable around an extension direction of the synchronizing rod when the manual operating device rotates; a first driving member arranged on the first end of the synchronizing rod and connected with a first driving disc assembly at a first end of a main shaft shared by the breaking units of the poles; and a second driving member arranged on the second end of the synchronizing rod and connected with a second driving disc assembly at a second end of the main shaft, wherein the first driving member and the second driving member are configured to rotate simultaneously in a same direction, with the synchronizing rod as a rotation shaft, when the synchronizing rod rotates, so as to drive the first driving disc assembly and the second driving disc assembly to rotate, thereby driving the main shaft to perform an opening motion and a closing motion.
A motor comprising: a motor body; a bracket installed in the motor body; a rotating shaft; a bearing accommodated inside the bracket and supporting the rotating shaft; and a bearing supporter defining a plurality of pores, wherein the bracket and the bearing define a bearing heat dissipation flow path between an outer surface of the bearing and an inner surface of the bracket, the bearing heat dissipation flow path being configured to pass air therethrough, wherein the bearing supporter is disposed in the bearing heat dissipation flow path, and wherein a rotating shaft through-hole through which the rotating shaft rotatably passes is formed in the bracket, characterized in that the bracket defines a bracket through-hole (87, 88) configured to discharge air that has passed through the plurality of pores of the bearing supporter, and in that the bracket through-hole (87, 88) faces one or more of the plurality of pores. a motor body; a bracket installed in the motor body; a rotating shaft; a bearing accommodated inside the bracket and supporting the rotating shaft; and a bearing supporter defining a plurality of pores, wherein the bracket and the bearing define a bearing heat dissipation flow path between an outer surface of the bearing and an inner surface of the bracket, the bearing heat dissipation flow path being configured to pass air therethrough, wherein the bearing supporter is disposed in the bearing heat dissipation flow path, and wherein a rotating shaft through-hole through which the rotating shaft rotatably passes is formed in the bracket, characterized in that the bracket defines a bracket through-hole (87, 88) configured to discharge air that has passed through the plurality of pores of the bearing supporter, and in that the bracket through-hole (87, 88) faces one or more of the plurality of pores.
Flow rate control valve device with a lead wire insulating structure and a pair of lead wires, the flow rate control valve device including a heater inserted and disposed in a device housing, the lead wire insulating structure characterized by having: a pair of insulating rod pieces (40, 40) configured to clamp the heater by a front end portion and clamp and hold a pair of lead wires (21, 22) from the heater while maintaining the lead wires (21, 22) in an insulated state; and a connector member attached to a side of the insulating rod pieces (40, 40) opposite a side on which the insulating rod pieces (40, 40) clamp the heater, the connector member having on an inner end a pair of lead end connecting pieces (31a, 32a) to which the lead wires (21, 22) are connected, and an engagement concave portion that engages an engagement convex portion provided on a side of the insulating rod pieces (40, 40) opposite the side on which the insulating rod pieces (40, 40) hold the heater. a pair of insulating rod pieces (40, 40) configured to clamp the heater by a front end portion and clamp and hold a pair of lead wires (21, 22) from the heater while maintaining the lead wires (21, 22) in an insulated state; and a connector member attached to a side of the insulating rod pieces (40, 40) opposite a side on which the insulating rod pieces (40, 40) clamp the heater, the connector member having on an inner end a pair of lead end connecting pieces (31a, 32a) to which the lead wires (21, 22) are connected, and an engagement concave portion that engages an engagement convex portion provided on a side of the insulating rod pieces (40, 40) opposite the side on which the insulating rod pieces (40, 40) hold the heater.