mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (103, 403, 503) for electrical resistance deposition, in particular resistance welding or resistance soldering, of a filler material (109, 409, 509) onto a machining surface (139, 439, 539) of a base material (131, 431, 432, 531, 532) in a machining zone (135, 435, 535) with a feeder device (107, 407, 507) for feeding the filler material (109, 409, 509) into the machining zone (135, 435, 535) along a reference axis and an electrical energisation unit for generating an electrical flow between the base material (131, 431, 432, 531, 532) and the filler material (109, 409, 509) to melt the filler material (109, 409, 509) and/or the base material (131, 431, 432, 531, 532), characterised in that a first laser emitter at a first laser emitter position, a second laser emitter at a second laser emitter position and a third laser emitter at a third laser emitter position are directed towards the machining zone (135, 435, 535) in such a way that, by means of a first laser beam from the first laser emitter, by means of a second laser beam from the second laser emitter and by means of a third laser beam from the third laser emitter, an irradiation of laser energy from different laser emitter positions is made possible, such that, by means of the first laser beam and/or the second laser beam, a machining-dependent impingement into the machining zone (135, 435, 535) for the machining-dependent support of the electrical resistance deposition process is made possible, wherein the first laser emitter, the second laser emitter and/or the third laser emitter has or have an optics system and/or a fibre optics system for guiding the laser radiation, wherein the first laser emitter, the second laser emitter and/or the third laser emitter is or are arranged in such a way that a first laser axis of the first laser beam, a second laser axis of the second laser beam and/or a third laser axis of the third laser beam is or are arranged at an angle of 0° to 60° to the machining surface (139, 439, 539) and at an angle of 0° to 180° to one another.
A method for selecting content at a content provider system for distribution over a network to a plurality of user devices (101, 102, 103, 104) intermittently connected to the network, the method comprising: storing a plurality of content items within a content database (204, 208) in the content provider system; storing a plurality of user profiles corresponding to the plurality of user devices in the content provider system, the user profile including play history information; receiving a first current inventory of ones of the content items stored on a first of the plurality of user devices (101, 102, 103, 104)wherein the first current inventory is sent by the first of the plurality of user devices and is associated with a first station; storing a plurality of station definitions corresponding to a plurality of stations, at least a first of the station definitions including customization information associated with the first of the plurality of user devices (101, 102, 103, 104); identifying, based at least in part upon the first current inventory, a first of the user profiles, and the play history thereof, a first plurality of the content items to be distributed to the first of the plurality of user devices (101, 102, 103, 104) wherein the first plurality of the content items includes a first sequence of content items corresponding to the first station and a second sequence of content items corresponding to a second station. storing a plurality of content items within a content database (204, 208) in the content provider system; storing a plurality of user profiles corresponding to the plurality of user devices in the content provider system, the user profile including play history information; receiving a first current inventory of ones of the content items stored on a first of the plurality of user devices (101, 102, 103, 104)wherein the first current inventory is sent by the first of the plurality of user devices and is associated with a first station; storing a plurality of station definitions corresponding to a plurality of stations, at least a first of the station definitions including customization information associated with the first of the plurality of user devices (101, 102, 103, 104); identifying, based at least in part upon the first current inventory, a first of the user profiles, and the play history thereof, a first plurality of the content items to be distributed to the first of the plurality of user devices (101, 102, 103, 104) wherein the first plurality of the content items includes a first sequence of content items corresponding to the first station and a second sequence of content items corresponding to a second station.
A device, comprising: (a) an expandable balloon including an outer surface; and (b) at least one flexible circuit mounted on the outer surface of the expandable balloon, the at least one flexible circuit including: (i) a first insulating layer facing the outer surface of the expandable balloon, (ii) at least one heat sensing device positioned at least partially within the first insulating layer, (iii) a conductive layer above the first insulating layer, at least a portion of which is electrically coupled to the heat sensing device, (iv) a second insulating layer above the conductive layer, and (v) at least one electrode coupled to the conductive layer through the second insulating layer. (a) an expandable balloon including an outer surface; and (b) at least one flexible circuit mounted on the outer surface of the expandable balloon, the at least one flexible circuit including: (i) a first insulating layer facing the outer surface of the expandable balloon, (ii) at least one heat sensing device positioned at least partially within the first insulating layer, (iii) a conductive layer above the first insulating layer, at least a portion of which is electrically coupled to the heat sensing device, (iv) a second insulating layer above the conductive layer, and (v) at least one electrode coupled to the conductive layer through the second insulating layer. (i) a first insulating layer facing the outer surface of the expandable balloon, (ii) at least one heat sensing device positioned at least partially within the first insulating layer, (iii) a conductive layer above the first insulating layer, at least a portion of which is electrically coupled to the heat sensing device, (iv) a second insulating layer above the conductive layer, and (v) at least one electrode coupled to the conductive layer through the second insulating layer.
Treatment unit for the dental treatment station, which is connected to a water supply, wherein the treatment unit comprises means for reducing lime deposits from and for sterilizing water provided by the water supply, wherein said means comprise at least one storage container with an aqueous concentrate containing complexing agents and disinfectants and an admixing location for admixing the concentrate to water provided by the water supply, and wherein the complexing agent is selected from the group polyphosphates, 2-Phosphonobutane-1,2,4-tricarboxylic acid (PBTC) and low-molecular polyacrylic acids, and wherein the means are configured for adding the complexing agents in a sub-stoichiometric manner. wherein the treatment unit comprises means for reducing lime deposits from and for sterilizing water provided by the water supply, wherein said means comprise at least one storage container with an aqueous concentrate containing complexing agents and disinfectants and an admixing location for admixing the concentrate to water provided by the water supply, and wherein the complexing agent is selected from the group polyphosphates, 2-Phosphonobutane-1,2,4-tricarboxylic acid (PBTC) and low-molecular polyacrylic acids, and wherein the means are configured for adding the complexing agents in a sub-stoichiometric manner.
An apparatus (110, 210) for inserting one or more objects into a filter component of at least one tobacco rod, the apparatus (110, 210) comprising at least one storage apparatus that stores a plurality of the objects, each object having a predetermined volume, and at least one inserter wheel (150, 250a, 250b) that receives the objects stored in the storage apparatus and inserts the objects into at least one band of filter material, each of the at least one inserter wheels (150, 250a, 250b) having an outer periphery with a plurality of pockets (152, 252a, 252b) defined in the outer periphery and distributed about the outer periphery, characterized in that it further comprises at least one cylindrical transfer chamber (174, 176, 274a, 274b, 276a, 276b) with horizontal axis that transfers the objects from the storage apparatus to the inserter wheel (150, 250a, 250b), wherein the transfer chamber (174, 176, 274a, 274b, 276a, 276b) includes an inner periphery (182, 184), and at least one source of air (186, 188) that accelerates the objects around the inner periphery (182, 184) of the transfer chamber (174, 176, 274a, 274b, 276a, 276b),wherein the at least one transfer chamber (174, 176, 274a, 274b, 276a, 276b) includes an object track (182a, 184a) defined in the inner periphery (182, 184) designed to guide the objects around the inner periphery (182, 184) in a predetermined pattern.
An adjustable collet chuck for guiding a material to be machined along a longitudinal axis of the collet chuck, the collet chuck comprising: • a main body; • a grip situated at least partially in the main body for clamping and/or unclamping the material; and • a pneumatic piston situated at least partially in the main body, for clamping and/or unclamping pneumatically the material in the grip, the piston comprising a base and a wall extending radially from the base, the wall separating transversely, with respect to the longitudinal axis of the collet chuck, two chambers (117; 119) situated axially in the collet chuck, the pressures in the two chambers being used to operate the grip, characterised in that the wall is in the shape of a plurality of lobes such that the radial thickness of the wall, in a perpendicular plane with respect to the longitudinal axis, is not constant. • a main body; • a grip situated at least partially in the main body for clamping and/or unclamping the material; and • a pneumatic piston situated at least partially in the main body, for clamping and/or unclamping pneumatically the material in the grip, the piston comprising a base and a wall extending radially from the base, the wall separating transversely, with respect to the longitudinal axis of the collet chuck, two chambers (117; 119) situated axially in the collet chuck, the pressures in the two chambers being used to operate the grip,
A glass composition suitable for fiber forming comprising: SiO 2 56-68 weight percent; Al 2 O 3 11 to less than 20 weight percent; CaO 12 weight percent or less; MgO between 10 and 16 weight percent; Na 2 O 0-1 weight percent; K 2 O 0-1 weight percent; Li 2 O 0-5 weight percent; TiO 2 0-2 weight percent; B 2 O 3 0-3 weight percent; Fe 2 O 3 0-1 weight percent; SnO 2 0-4 weight percent; ZnO is present in an amount up to 4 weight percent; at least one rare earth oxide in an amount not less than 0.05 weight percent; and other constituents 0-11 weight percent total. at least one rare earth oxide in an amount not less than 0.05 weight percent; and other constituents 0-11 weight percent total.
An encoder comprising: a processor; and a memory, the memory including code as instructions that cause the processor to: receive geometric data and a viewpoint associated with the geometric data, quantize the geometric data based on the viewpoint using a plurality of view-dependent quantization values each having a quantized distance based on a distance z to the viewpoint, characterised in that quantizing comprises transforming the distance z to z'= 1/(z+d) for any d > 0. a processor; and a memory, the memory including code as instructions that cause the processor to: receive geometric data and a viewpoint associated with the geometric data, quantize the geometric data based on the viewpoint using a plurality of view-dependent quantization values each having a quantized distance based on a distance z to the viewpoint, characterised in that quantizing comprises transforming the distance z to z'= 1/(z+d) for any d > 0. receive geometric data and a viewpoint associated with the geometric data, quantize the geometric data based on the viewpoint using a plurality of view-dependent quantization values each having a quantized distance based on a distance z to the viewpoint, characterised in that quantizing comprises transforming the distance z to z'= 1/(z+d) for any d > 0.
A two-cylinder internal combustion engine for motorcycles whose cylinders are opposed and arranged longitudinally with respect to the motorcycle, comprising at least one cylinder inclined under the horizontal plane, comprising a cylinder head provided with lubrication means, and a distribution system comprising a cam shaft, said cylinder head comprising an oil return pump sucking oil at the lower point of the cylinder head cover and delivering oil to the main crankcase of the engine, characterized in that the pump casing comprises two inner and outer rotors, the inner rotor being carried by the camshaft tip and the cover closing the pump and having on its inner surface an intake pocket and an exhaust pocket.
Reactor for the production of hydrogen and zinc oxide and electric power, said reactor comprising a container, within which there are provided a cell and a solution, said cell providing at least two first zinc elements or plates and at least two second metallic elements or plates, said first and second plates being connected by short-circuit or an external load, said solution comprising at least water, C n H 2n O n (n = 3, 4, 5, 6 or 7) and sodium hydroxide or potassium hydroxide, said water, C n H 2n O n (n = 3, 4, 5, 6 or 7) and sodium hydroxide or potassium hydroxide, being present in said solution, respectively, according to the following weight ratios: water (H 2 O) 1000g C n H 2n O n (n = 3, 4, 5, 6 or 7) 10g - 700g sodium hydroxide(NaOH) or potassium hydroxide 10g - 700g, said cell being immersed within said solution.
Device for composting green wastes, comprising: - a receptacle, - a cover, characterised in that the cover comprises a front flap and a rear flap, the front flap being pivotally attached to the rear flap, the rear flap being mounted on the receptacle so as to be able to pivot about a fixed geometric axis of rotation relative to the receptacle and to slide relative to said axis of rotation, and in that the rear flap of the cover comprises at least one groove and the receptacle at least one lug arranged to engage and slide in the groove and in that the groove comprises first and second stops to limit the sliding stroke of the rear flap relative to the receptacle respectively when opening and closing the cover, tilting of the front and rear flaps being facilitated by suitable adjustment of the sliding stroke of the cover enabling to balance the weight of the front and rear flaps, so that a relatively small force exerted on the front flap is sufficient to tilt the front and rear flaps when opening. - a receptacle, - a cover,
Sprayer fitting having a fitting body, an inflow-regulating device, an extendable hand sprayer and a flexible hose line leading from the inflow-regulating device through the fitting body to the hand sprayer, the hand sprayer having a mechanical switch, preferably a pushbutton switch, for switching over between at least two different types of jet, which switch is arranged on the side of the handgrip facing towards the fitting body when the sprayer fitting is in the mounted position, characterised in that the hand sprayer is in the form of a downward-facing handgrip having an integrally formed connector for a hose end of the flexible hose line, wherein the handgrip and the connector enclose approximately a right-angle and wherein the handgrip has a grip end which is open towards the bottom, which grip end forms the water outlet of the hand sprayer.
Pressure reducing valve with a main valve, which has a control part which, in dependence upon a pilot pressure which is regulated via a pilot valve, controls an opening cross section between a control-oil port and an outlet port, wherein the pilot valve has at least one pilot part (44, 46) in order to keep the adjusted pilot pressure constant during a pressure control operation, characterized in that by means of the at least one pilot part (44, 46) a first opening cross section between a control-oil port and a pilot port which is fluidically connected to the main valve can be controlled, and a second opening cross section between the pilot port and a drain port can be controlled, wherein during the pressure control operation both opening cross sections are opened.
Electronic arrangement, comprising a photodiode and a transimpedance amplifier, characterized in that the electronic arrangement is selectively switchable into a photocurrent measurement mode and into a temperature measurement mode, wherein - in the photocurrent measurement mode - an anode terminal of the photodiode is connected to a first input of an operational amplifier of the transimpedance amplifier, - a cathode terminal of the photodiode is connected to a second input of the operational amplifier, and - a first bias voltage terminal of the electronic arrangement is connected to the first input and the anode terminal, and - in the temperature measurement mode - the anode terminal is connected to an earth terminal of the electronic arrangement, - the cathode terminal is connected to the second input of the operational amplifier, and - the first bias voltage terminal is connected to the first input and is disconnected from the anode terminal. - in the photocurrent measurement mode - an anode terminal of the photodiode is connected to a first input of an operational amplifier of the transimpedance amplifier, - a cathode terminal of the photodiode is connected to a second input of the operational amplifier, and - a first bias voltage terminal of the electronic arrangement is connected to the first input and the anode terminal, and - an anode terminal of the photodiode is connected to a first input of an operational amplifier of the transimpedance amplifier, - a cathode terminal of the photodiode is connected to a second input of the operational amplifier, and - a first bias voltage terminal of the electronic arrangement is connected to the first input and the anode terminal, and - in the temperature measurement mode - the anode terminal is connected to an earth terminal of the electronic arrangement, - the cathode terminal is connected to the second input of the operational amplifier, and - the first bias voltage terminal is connected to the first input and is disconnected from the anode terminal. - the anode terminal is connected to an earth terminal of the electronic arrangement, - the cathode terminal is connected to the second input of the operational amplifier, and - the first bias voltage terminal is connected to the first input and is disconnected from the anode terminal.
An axle system for use in utility vehicles, comprising a suspension arm and a clamping unit, wherein the clamping unit has a base element and a clamping element, wherein the base element is or can be secured to an axle element, characterized in that the base element is substantially arranged on a first side and the clamping element on the second side of the suspension arm lying opposite the first side, wherein a tensile element is provided which is designed to apply a tensile force between the clamping element and the base element, such that the suspension arm is held by force fit between the clamping element and the base element.
A receiving folder comprising a top cover and a bottom case to form a capacity space positioned between said top cover and said bottom case, wherein a pair of first sidewalls of said top cover having first inclined edges, a pair of clamping units being formed on the front end of said pair of first sidewalls; a pair of second sidewalls of said bottom case having second inclined edges, said bottom case has an elastic unit therein, wherein an end of said elastic unit extends upward to contact said inner top cover, end of said bottom case has at least one plate; and wherein said pair of first sidewalls have first sliding elements, said pair of second sidewalls have second sliding elements, said first inclined edges are opposite to said second inclined edges, thereby said pair of first sidewalls and said pair of second sidewalls are engaged with each other by coupling of said first and second sliding elements.
Friction element for fixing implant-anchored, removable dental prostheses on implant-holding elements or root caps, wherein the friction element is in one piece, has an external thread and a central recess for receiving an implant holding element or a root cap, wherein the friction element has at least one spring gap, wherein the spring gap is a recess which divides the casing of the friction element into an outer lip and an inner lip, wherein the inner lip will lie at least partially against the implant-holding element or the root cap and the outer lip has the external thread to be in engagement with the dental prosthesis.
A method to prepare a PEKK powder adapted for being used in a laser sintering method comprising heating PEKK pellets having a crystallinity of no more than 5%, as measured by X-ray diffraction, to a temperature of between 160 °C and 300 °C, preferably between 180 °C and 290 °C, for a time sufficient to produce semicrystalline PEKK pellets having a crystallinity of at least 10%, as measured by X-ray diffraction; grinding the semicrystalline PEKK pellets to produce a PEKK powder having a median particle diameter of between 10±10% microns and 150±10% microns, as measured by laser light scattering diffraction; and heating the PEKK powder to a temperature of 275 °C±10% to 290 °C±10%, preferably between 280 °C and 290 °C to produce a heat-treated PEKK powder. heating PEKK pellets having a crystallinity of no more than 5%, as measured by X-ray diffraction, to a temperature of between 160 °C and 300 °C, preferably between 180 °C and 290 °C, for a time sufficient to produce semicrystalline PEKK pellets having a crystallinity of at least 10%, as measured by X-ray diffraction; grinding the semicrystalline PEKK pellets to produce a PEKK powder having a median particle diameter of between 10±10% microns and 150±10% microns, as measured by laser light scattering diffraction; and heating the PEKK powder to a temperature of 275 °C±10% to 290 °C±10%, preferably between 280 °C and 290 °C to produce a heat-treated PEKK powder.
Heating article comprising a supporting member intended to be heated, said supporting member comprising a surface coated with a non-stick coating comprising at least one sintered layer (5, 5') based on fluorocarbon resin forming a continuous lattice, characterised in that said sintered layer (5, 5') is a finishing layer further comprising a mixture of magnetisable particles and non-magnetisable particles, a portion of said magnetisable particles being inclined by an angle α with respect to the surface of the supporting member and the other magnetisable particles being substantially parallel with the supporting member so as to form a three-dimensional decor.