mhurhangee/ep-ind-claims huggingface dataset:
Plunger apparatus for a delivery device suitable for delivering an object or substance, such as an intraocular lens, the plunger apparatus comprising: a housing; a plunger configured for movement in an axial direction relative to the housing for expelling at least one object and/or material from a nozzle of the delivery device; a source of stored mechanical energy for providing a force for driving the movement of the plunger in the axial direction relative to the housing; a rotatable element held by the housing and configured for rotation relative to the housing, about an axis of rotation that is parallel to the axial direction, whereby rotation of the rotatable element through a given cumulative rotational displacement provides a controlled release of the plunger for the movement of the plunger, in the axial direction relative to the housing, under the force provided by the source of stored mechanical energy, for a longitudinal displacement that is dependent on the cumulative rotational displacement; and an actuator for operation by an operator of the plunger apparatus to induce rotation of the rotatable element relative to the housing to provide the controlled release of the plunger for the axial movement of the plunger under the force provided by the source of stored mechanical energy. a housing; a plunger configured for movement in an axial direction relative to the housing for expelling at least one object and/or material from a nozzle of the delivery device; a source of stored mechanical energy for providing a force for driving the movement of the plunger in the axial direction relative to the housing; a rotatable element held by the housing and configured for rotation relative to the housing, about an axis of rotation that is parallel to the axial direction, whereby rotation of the rotatable element through a given cumulative rotational displacement provides a controlled release of the plunger for the movement of the plunger, in the axial direction relative to the housing, under the force provided by the source of stored mechanical energy, for a longitudinal displacement that is dependent on the cumulative rotational displacement; and an actuator for operation by an operator of the plunger apparatus to induce rotation of the rotatable element relative to the housing to provide the controlled release of the plunger for the axial movement of the plunger under the force provided by the source of stored mechanical energy.
A high power diode laser comprising an edge-emitting laser diode bar stack and a fast-axis collimator lens array assembly; the laser diode bar stack providing an array of emitters with a fast axis and a slow axis, the axes being perpendicular to each other and orthogonal to the propagation direction of the laser beam and the slow axis being parallel to the face of the bars; and a fast-axis collimator lens array assembly comprising a plurality of fast-axis collimators formed as a two dimensional array; wherein each emitter has an emitter location in the x and y axes, the emitter locations providing a pattern with an irregular geometry in the x-y axes of the laser diode bar stack; each fast-axis collimator comprises a lens shape in the array and each lens shape being machined so that dominant irregularities in the geometry of the laser diode bar stack are replicated within the fast-axis collimator lens array to correct for errors in fast-axis and slow-axis emitter position, wherein: the fast-axis collimator lens array assembly is provided as a micro-optical element formed as a monolithic array, wherein each fast-axis collimator comprises a lens form in the element corresponding to an emitter in the laser diode bar stack; wherein the spacing between the collimators in the fast axis varies across the micro-optical element. the fast-axis collimator lens array assembly is provided as a micro-optical element formed as a monolithic array, wherein each fast-axis collimator comprises a lens form in the element corresponding to an emitter in the laser diode bar stack; wherein the spacing between the collimators in the fast axis varies across the micro-optical element.
System for making a moulded article made of foamed material, comprising a die essentially composed of sections, respectively an upper section and a lower section, which are separable and coupled to define a recess, first sucking means adapted to create a vacuum to allow shaping a plastic film on a wall of at least one portion of the recess of said sections and, tensioning and locking means of the plastic film to allow positioning and fastening the plastic film outside the recess, said tensioning and locking means of the plastic film comprising a fixed frame equipped with at least one internal perimeter groove, said at least one internal groove being peripherally arranged with respect to the recess of said sections and and connected to second sucking means to create a vacuum adapted to allow tensioning and blocking the plastic film along said at least one internal groove, wherein said tensioning and locking means of the plastic film comprise a mobile frame equipped with at least one external perimeter groove, said at least one external groove being peripherally arranged with respect to said at least one internal groove and connected to third sucking means adapted to create a vacuum to allow tensioning and blocking the plastic film along said at least one external groove, characterized in that said first and second sucking means (20, 40) comprise filtering elements adapted to allow distributing the suction action and levelling the vacuum action, in the recess formed of said coupled sections (11, 12) and in said internal groove (32, 34).
A passenger electric vehicle comprising a charging arm accommodated in a side portion of the passenger electric vehicle and having an electrode power reception unit at a position facing toward a corresponding power line of a power supplying device, the charging arm being configured to extend out in a vehicle widthwise direction so that the electrode power reception unit of the charging arm contacts with the corresponding power line of the power supplying device provided at a position facing the side portion of the passenger electric vehicle along a running direction of the passenger electric vehicle to charge an electrical storage device for driving in the passenger electric vehicle, wherein the electrode power reception unit is attached to a distal end of an arm member of the charging arm configured to extend in the vehicle widthwise direction, and characterized in that when accommodated in a side portion of the passenger electric vehicle so that the electrode power reception unit is in a home position of a vehicle body, the charging arm is arranged within a region defined by vehicle body width and height of the passenger electric vehicle at a position overlapping with a vehicle body in a plan view and along a lower end of the vehicle body between front and rear wheels of the passenger electric vehicle in a side view. a charging arm accommodated in a side portion of the passenger electric vehicle and having an electrode power reception unit at a position facing toward a corresponding power line of a power supplying device, the charging arm being configured to extend out in a vehicle widthwise direction so that the electrode power reception unit of the charging arm contacts with the corresponding power line of the power supplying device provided at a position facing the side portion of the passenger electric vehicle along a running direction of the passenger electric vehicle to charge an electrical storage device for driving in the passenger electric vehicle, wherein the electrode power reception unit is attached to a distal end of an arm member of the charging arm configured to extend in the vehicle widthwise direction, and characterized in that when accommodated in a side portion of the passenger electric vehicle so that the electrode power reception unit is in a home position of a vehicle body, the charging arm is arranged within a region defined by vehicle body width and height of the passenger electric vehicle at a position overlapping with a vehicle body in a plan view and along a lower end of the vehicle body between front and rear wheels of the passenger electric vehicle in a side view.
A system to authenticate computing devices in a networked environment, comprising: a data processing system comprising one or more processors and memory, the one or more processors executing a natural language processor component, a content selection component, and an authorization component to: receive, by the natural language processor component, an input audio signal detected by a sensor at a first client device; parse, by the natural language processor component, the input audio signal to identify a first digital component request in the input audio signal; select, by the content selection component, a first digital component and a second digital component based at least on the first digital component request; transmit, by the content selection component and to the first client device, a first portion of the first digital component; transmit, by the authorization component and to a second client device to authorize transmission of a second portion of the digital component to the first client device, an authorization request transmitted to the second client device based at least on transmission of the first portion of the first digital component to the first client device; transmit, by the content selection component and to the second client device, the second digital component; and transmit, by the content selection component, the second portion of the digital component to the first client device based at least on a confirmation message generated in response to the authorization request. receive, by the natural language processor component, an input audio signal detected by a sensor at a first client device; parse, by the natural language processor component, the input audio signal to identify a first digital component request in the input audio signal; select, by the content selection component, a first digital component and a second digital component based at least on the first digital component request; transmit, by the content selection component and to the first client device, a first portion of the first digital component; transmit, by the authorization component and to a second client device to authorize transmission of a second portion of the digital component to the first client device, an authorization request transmitted to the second client device based at least on transmission of the first portion of the first digital component to the first client device; transmit, by the content selection component and to the second client device, the second digital component; and transmit, by the content selection component, the second portion of the digital component to the first client device based at least on a confirmation message generated in response to the authorization request.
Arrangement for refrigerant fill level monitoring and regulation in cooling systems, having a cooling system component with a constant refrigerant fill level when the system is stationary with a steam inlet and a condensate outlet for a refrigerant, characterised by a reference evaporator thermally insulated from the condensate of the refrigerant in the cooling system component, whereby the reference evaporator has an injection hole for condensate from the cooling system component and a heating unit and also a steam outlet for refrigerant vapour and whereby a temperature sensor in a refrigerant vapour space of the reference evaporator and a regulation unit are provided.
A cushioning pad for cushioning a user's knee when kneeling on a surface, the cushioning pad comprising: an upper surface which is for contact with the user's knee, a bottom surface which, in use, is nearest to the surface being knelt on, a structure defining longitudinal first passageways with their longitudinal axes arranged to be positioned, in use, so that they intersect with the surface being knelt on, and a sheet member, characterised in that the sheet member is positioned centrally within the structure, the sheet member being convex relative to the upper surface so that the apex of the arc of the sheet member faces the upper surface and in that the sheet member is made of thermoplastic elastomer, whereby the sheet member acts as a leaf spring. an upper surface which is for contact with the user's knee, a bottom surface which, in use, is nearest to the surface being knelt on, a structure defining longitudinal first passageways with their longitudinal axes arranged to be positioned, in use, so that they intersect with the surface being knelt on, and a sheet member, characterised in that the sheet member is positioned centrally within the structure, the sheet member being convex relative to the upper surface so that the apex of the arc of the sheet member faces the upper surface and in that the sheet member is made of thermoplastic elastomer, whereby the sheet member acts as a leaf spring.
Method for prophylaxis of infections in crops and ornamentals, characterized in that the above-ground parts of the plants are sprayed with an aqueous solution of a bacterial serine protease, and characterized in that the bacterial serine protease is derived from Bacillus sp. or Nocardiopsis sp.
Device for defibrillation, which has a low-voltage range and a high-voltage range and in which the low-voltage range is coupled to the high-voltage range via at least one translator and in which electrodes (16, 17) are arranged in the high-voltage range, wherein both a power supply and a set of power electronics and an energy store are arranged in the low-voltage range, characterized in that the translator is part of a voltage converter for converting the current surge from the low-voltage range into the high-voltage range, wherein the voltage converter is implemented as a resonance converter.
Use of a welding device in tunnel construction and/or underground construction, wherein plastic layers are welded together along a surface by the welding device to seal against an environment, wherein the welding device comprises the following for welding thermoplastic plastic layers: - a heating device with at least one heating surface (4,5), wherein the welding device is formed to heat the plastic layers by contact heat transfer between the at least one heating surface (4,5) and the plastic layers, - a joining device, preferably with at least two pressure rollers (7,8), wherein the joining device is formed to exert a compressive force on the plastic layers to join the plastic layers, characterized in that a preheating device, which is formed for the contactless preheating of the plastic layers, is provided upstream of the heating device in relation to a feed direction. - a heating device with at least one heating surface (4,5), wherein the welding device is formed to heat the plastic layers by contact heat transfer between the at least one heating surface (4,5) and the plastic layers, - a joining device, preferably with at least two pressure rollers (7,8), wherein the joining device is formed to exert a compressive force on the plastic layers to join the plastic layers,
An aircraft propeller blade or vane comprising a fibrous reinforcement having a three-dimensional weave between a plurality of warp yarn layers and a plurality of weft yarn layers, the fibrous reinforcement being densified by a matrix, the fibrous reinforcement comprising, in a single woven piece, a root part and an aerodynamic profile part extending along a longitudinal direction (D L) between the root part and a blade tip portion and along a transverse direction (D T) between a leading edge portion and a trailing edge portion, the aerodynamic profile part including first and second suction side and pressure side faces (211e, 211f), the fibrous reinforcement including a separation forming a housing inside said fibrous reinforcement, propeller blade or vane wherein a bladder filled with a shaping foam is present in the housing, and wherein the separation extends over a separation zone inside the aerodynamic profile part of the fibrous reinforcement comprised between the root part and the blade tip portion in the longitudinal direction and between the leading edge portion and the trailing edge portion in the transverse direction, the separation further opening to the outside of the aerodynamic profile part of the fibrous reinforcement.
Compressor for a motor-compressor set, comprising, on a rotating shaft, a balancing piston, a set of bladed wheels, a rear cavity of the piston adjacent to the balancing piston on a side opposite to the set of bladed wheels, a regulation valve suitable for coupling the rear cavity to the input of the set of bladed wheels, a suction pressure chamber coupled to the input of the set of bladed wheels, the rear cavity being arranged between the balancing piston and the suction pressure chamber, characterized in that it comprises a discharge pressure chamber arranged between the rear cavity of the piston and the suction pressure chamber, the discharge pressure chamber being coupled via a discharge line to a discharge area situated between the set of bladed wheels and the balancing piston.
A multilayer base designed to be bonded to the skin so as to form a prosthesis for self-adhesive hair, comprising: • an acrylic film with the addition of 0.1 to 3% of silver ions having the shape of the crown of the user's cranium; • a polyurethane membrane onto which the hair is grafted attached to said acrylic film, characterized in that 0.1 to 3% by weight of micronized silver powder, 0.1 to 3% of nano-bio-ceramics and 0.1 to 3% of maslinic acid are added to the polyurethane polymer forming the membrane onto which the hair is grafted. • an acrylic film with the addition of 0.1 to 3% of silver ions having the shape of the crown of the user's cranium; • a polyurethane membrane onto which the hair is grafted attached to said acrylic film, characterized in that 0.1 to 3% by weight of micronized silver powder, 0.1 to 3% of nano-bio-ceramics and 0.1 to 3% of maslinic acid are added to the polyurethane polymer forming the membrane onto which the hair is grafted.
A power tool with a power tool housing having a handle, with an electric motor located in power tool housing, with an energy storage system in the form of a battery for the energy supply of the electric motor, as well as with a movable actuating member arranged in and/or on the power tool housing for actuating a switch element for the energy supply of the electric motor, wherein the energy storage system can be attached to a base in and/or on the power tool housing located at the end of the handle turned away from the power tool housing, and wherein the actuating member when it moves acts in an actuating manner on the switch element, while in the power tool housing a transmission means is arranged, which interacts and/or can be brought into operative connection both with the actuating member as well as with the switch element, in such a way that the movement of the actuating member can be transmitted to the switch element, characterized in that the switch element is located in a module, that the module has a module housing, and that the module housing is located at the transition from the handle to the energy storage system in the base on the handle of the power tool serving to accommodate the energy storage system.
An ionization gauge comprising: a) a cylindrical cathode cage (130, 1010) having a base, the base having an opening; b) a polymer vacuum housing (110a-f, 1030) surrounding the cylindrical cathode cage (130, 1010); c) a cylindrical magnet (180, 1050) surrounding the polymer vacuum housing (110a-f, 1030); d) an anode feedthrough pin (120, 1020) disposed directly through the polymer vacuum housing (110a-f, 1030) and disposed through the opening of the base of the cylindrical cathode cage (130, 1010); e) a cathode feedthrough pin (140a-f, 1015) disposed directly through the polymer housing and electrically coupled to the cylindrical cathode cage (130, 1010). a) a cylindrical cathode cage (130, 1010) having a base, the base having an opening; b) a polymer vacuum housing (110a-f, 1030) surrounding the cylindrical cathode cage (130, 1010); c) a cylindrical magnet (180, 1050) surrounding the polymer vacuum housing (110a-f, 1030); d) an anode feedthrough pin (120, 1020) disposed directly through the polymer vacuum housing (110a-f, 1030) and disposed through the opening of the base of the cylindrical cathode cage (130, 1010); e) a cathode feedthrough pin (140a-f, 1015) disposed directly through the polymer housing and electrically coupled to the cylindrical cathode cage (130, 1010).
A reciprocating compressor, comprising: - a piston; - a piston rod mechanically connected to said piston; - a cylinder comprising a compression chamber slidingly housing said piston, said cylinder comprising a crank-side wall with an opening, and a packing body sealingly mounted to said crank-side wall at said opening, wherein said packing body is annular and defines a hole wherein said rod is arranged to slide; and - a jacket arranged around said piston rod, said jacket comprising a piston-side end sealingly attached to said piston and a cylinder-side end sealingly attached to said cylinder in order to seal said compression chamber; and wherein said cylinder-side end of said jacket is sealingly attached to said packing body. - a piston; - a piston rod mechanically connected to said piston; - a cylinder comprising a compression chamber slidingly housing said piston, said cylinder comprising a crank-side wall with an opening, and a packing body sealingly mounted to said crank-side wall at said opening, wherein said packing body is annular and defines a hole wherein said rod is arranged to slide; and - a jacket arranged around said piston rod, said jacket comprising a piston-side end sealingly attached to said piston and a cylinder-side end sealingly attached to said cylinder in order to seal said compression chamber; and
A cooling system in a vehicle powered by a combustion engine, which system comprises a coolant pump adapted to circulating coolant in the cooling system, and an expansion tank which allows expansion of the coolant in the cooling system during operation and pressure-providing means which make active pressurisation of the coolant in the cooling system possible close to at least one inlet to the coolant pump, wherein the coolant pump is driven by the combustion engine which is itself started by a starter motor, wherein the cooling system comprises a control unit adapted to receiving information which indicates when the starter motor is in operation and to activating said pressure-providing means to create a positive pressure close to the inlet to the coolant pump during at least part of the time when the starter motor is in operation, wherein said pressure-providing means comprise a compressed air source which makes supply of compressed air to the cooling system possible when the coolant close to the inlet to the pump is to be pressurised, and wherein the compressed air source is connected to the cooling system by a compressed air line provided with a valve means which can be put into an open position allowing compressed air flow from the compressed air source to the cooling system, and a closed position preventing compressed air flow from the compressed air source to the cooling system, said cooling system being characterized in that the compressed air line is provided with a throttle valve.