mhurhangee/ep-ind-claims huggingface dataset:
A speed reducer comprising: a first gear; a second gear; a first movable portion configured to hold the first gear to be rotatable around a first axis (Axl); and a second movable portion configured to hold the second gear to be rotatable around a second axis extending non-parallel to the first axis, wherein the first gear has a first power transmission portion that is annular and surrounds the first axis, the first power transmission portion located on one side of the first gear in a direction along the first axis, the second gear has an outer periphery and a second power transmission portion on the outer periphery, the second power transmission portion facing the first power transmission portion and configured to transmit power to the first power transmission portion, the second movable portion has an outer bearing portion configured to hold the second gear outside the first power transmission portion, the second movable portion has an inner bearing portion configured to hold the second gear inside the first power transmission portion, and the first movable portion comprises a third bearing portion, characterized in that the third bearing portion is configured to hold the first gear so as to surround the first gear from outside of an inner periphery of the first power transmission portion. a first gear; a second gear; a first movable portion configured to hold the first gear to be rotatable around a first axis (Axl); and a second movable portion configured to hold the second gear to be rotatable around a second axis extending non-parallel to the first axis, wherein the first gear has a first power transmission portion that is annular and surrounds the first axis, the first power transmission portion located on one side of the first gear in a direction along the first axis, the second gear has an outer periphery and a second power transmission portion on the outer periphery, the second power transmission portion facing the first power transmission portion and configured to transmit power to the first power transmission portion, the second movable portion has an outer bearing portion configured to hold the second gear outside the first power transmission portion, the second movable portion has an inner bearing portion configured to hold the second gear inside the first power transmission portion, and the first movable portion comprises a third bearing portion, characterized in that the third bearing portion is configured to hold the first gear so as to surround the first gear from outside of an inner periphery of the first power transmission portion.
A method of reducing the audible side effects of dynamic current consumption for a listening device having a plurality of subsystems (6, S1, S2), the method comprising the steps of: executing a plurality of processing events in a subsystem (6, S1, S2), the processing events being periodic; monitoring dynamic current caused by one or more than one of the processing events, and reorganizing one or more than one of the processing events to change a dynamic current spectrum property associated with the dynamic current, wherein the dynamic current spectrum property is the characteristic of a spectrum associated with a dynamic current waveform of a subsystem (6, S1, S2). executing a plurality of processing events in a subsystem (6, S1, S2), the processing events being periodic; monitoring dynamic current caused by one or more than one of the processing events, and reorganizing one or more than one of the processing events to change a dynamic current spectrum property associated with the dynamic current, wherein the dynamic current spectrum property is the characteristic of a spectrum associated with a dynamic current waveform of a subsystem (6, S1, S2).
A porous honeycomb filter having a controlled pore distribution, wherein the porosity is in the range of 40 to 75%, the volume of pores having a pore diameter of 15 μm or less is 0.07 cc/cc or less and the volume of pores having a pore diameter of 40 μm or more is 0.07 cc/cc or less, the porosity and pore distribution being measured by mercury porosimetry, wherein the material of the honeycomb filter is one or two or more of silicon carbide, silicon nitride and silicon-silicon carbide composite material.
A plasma generation device, comprising: an ionization unit (2; 156) configured to ionize gas in a target space; and an antenna configured to radiate an electromagnetic wave supplied from an electromagnetic wave oscillator to a gas ionization region in which said gas is ionized by the ionization unit (2; 156), wherein: the antenna comprises a metal rod formed with a plurality of flexure portions; characterised in that the ionization unit (2; 156) includes a plurality of electric dischargers (2; 156) disposed in the vicinity of respective said flexure portions. an ionization unit (2; 156) configured to ionize gas in a target space; and an antenna configured to radiate an electromagnetic wave supplied from an electromagnetic wave oscillator to a gas ionization region in which said gas is ionized by the ionization unit (2; 156), the antenna comprises a metal rod formed with a plurality of flexure portions; characterised in that the ionization unit (2; 156) includes a plurality of electric dischargers (2; 156) disposed in the vicinity of respective said flexure portions.
A vertical two-platen clamping unit for an injection moulding machine, with: • a stationary base platen which is disposed on a plinth, • a platen which can be displaced in the vertical direction relative to the base platen, • struts which pass through the base platen and the displaceable platen and which are guided in both the base platen and also in the displaceable platen and which are movable relative thereto, • bushes disposed in the base platen and/or the displaceable platen in order to guide the struts, • pressure pads disposed on the base platen, by means of which pressure pads the struts can be placed under tension in order to build up a closing force, • a locking device which is disposed on the displaceable platen, by means of which the struts can be locked relative to the displaceable platen, wherein, in order to displace the displaceable platen in the vertical direction, a quick lift device is provided - which is preferably electromechanical or hydraulic - by means of which the displaceable platen can be displaced until contact of the mould onto the base platen occurs or can be moved away therefrom, wherein the clamping unit is frameless in configuration and, apart from the situation when it is locked by means of the locking device and when it is in contact with the mould, the displaceable platen is only supported on the base platen or the base via the quick lift device, wherein in the stationary base platen, one through bush is provided per strut or two bushes are provided, characterized in that one through bush is provided per strut in the displaceable platen. • a stationary base platen which is disposed on a plinth, • a platen which can be displaced in the vertical direction relative to the base platen, • struts which pass through the base platen and the displaceable platen and which are guided in both the base platen and also in the displaceable platen and which are movable relative thereto, • bushes disposed in the base platen and/or the displaceable platen in order to guide the struts, • pressure pads disposed on the base platen, by means of which pressure pads the struts can be placed under tension in order to build up a closing force, • a locking device which is disposed on the displaceable platen, by means of which the struts can be locked relative to the displaceable platen,
A pharmaceutical composition comprising an agent that induces an immunogenic response against alpha-synuclein, for use in prophylaxis or treatment of a disease characterized by Lewy bodies or alpha-synuclein aggregation in the brain, wherein the agent is alpha-synuclein or an immunogenic fragment thereof or an antibody to alpha-synuclein or an immunogenic fragment thereof, and wherein the disease is Parkinson's disease, dementia with Lewy bodies, diffuse Lewy body disease, pure autonomic failure, Lewy body dysphagia, incidental Lewy body disease, inherited Lewy body disease or multiple system atrophy.
A bathtub provided with a removable bath barrier for holding a child in a sitting position, said bathtub being provided, along at least a portion of its longitudinal sides, with respective outer rims (18a, 18b), and the bath barrier being provided with two laterally-extending wrap-around branches (26a, 26b) that are shaped and dimensioned to match the shape of said rims by covering respective ones of them in part, each branch being provided with a hook co-operating with a corresponding rim, characterized in that said rims are provided with windows or with open positioning cavities (20a, 20b) while said branches are provided with corresponding projections (32a, 32b) that are shaped and dimensioned to fit into respective ones of said windows or cavities.
Heating press for vulcanizing a vehicle tyre, having a two-part hood (4, 7) composed of a hood upper part and a hood lower part and having a container which is arranged in the hood upper part and which has the vulcanizing mould with the mould parts (14, 16, 17, 18, 21) for the moulding of the tyre, wherein the hood upper part and the hood lower part are connected to the container such that, as the hood parts (4, 7) are brought together over a total stroke that takes place in an axial direction, during which process the open end of the hood upper part can be caused to enter virtually without play into the open end of the hood lower part, the mould parts (14, 16, 17, 18, 21) of the vulcanizing mould can be closed in a radial direction, wherein the total stroke is composed of a first partial stroke (TH 1) and a second partial stroke (TH 2), wherein, after the first partial stroke (TH 1), the hood parts (4, 7) overlap in a first overlap region and the vulcanizing mould is still open, and wherein, after the second partial stroke (TH 2), the hood parts (4, 7) overlap in a second, larger overlap region and the vulcanizing mould is closed, wherein, to enable a vacuum to be generated in the hood interior, - the hood upper part and the hood lower part are designed to be airtight, - at least one ring seal is arranged in at least one of the two hood parts (4, 7) in the region of the first overlap region, characterized in that, to generate the vacuum in the hood interior, - the vacuum can be generated in the hood interior by means of a pump and a vacuum tank, and wherein the vacuum tank and the pump are connected to the hood interior and wherein the vacuum tank and the pump are connected to one another, wherein the ring seal is a hose that is variable in terms of its diameter or is a differentially inflated double ring seal. - the hood upper part and the hood lower part are designed to be airtight, - at least one ring seal is arranged in at least one of the two hood parts (4, 7) in the region of the first overlap region, characterized in that, to generate the vacuum in the hood interior, - the vacuum can be generated in the hood interior by means of a pump and a vacuum tank, and wherein the vacuum tank and the pump are connected to the hood interior and wherein the vacuum tank and the pump are connected to one another,
An arc welding control method of alternating feeding of a welding wire between forward feeding and reverse feeding as to a feeding rate (Fw) with a predetermined cycle (Tf) and a predetermined amplitude (Wf), and generating short-circuiting periods and arc periods to perform welding, the arc welding control method characterized in that it comprises: - providing an average feeding-rate calculation signal (Fad) and an average feeding-rate setting signal (Far), - amplifying an error between the average feeding-rate setting signal (Far) and the average feeding-rate calculation signal (Fad) and outputting a feeding error amplified signal (Ef), - integrating the feeding error amplified signal (Ef) and outputing a forward-feeding side shift-amount setting signal (Sfr), - subjecting the forward-feeding side shift-amount setting signal (Sfr) to a feedback control so that the average feeding-rate calculation signal (Fad) becomes equal to the average feeding-rate setting signal (Far), and thus - changing the cycle (Tf) and the amplitude (Wf) when the welding speed changes, such that a forward-feeding side shift amount (Sf) is changed so that the average value of the feeding rate (Fw) becomes constant although the amplitude (Wf) changes. - providing an average feeding-rate calculation signal (Fad) and an average feeding-rate setting signal (Far), - amplifying an error between the average feeding-rate setting signal (Far) and the average feeding-rate calculation signal (Fad) and outputting a feeding error amplified signal (Ef), - integrating the feeding error amplified signal (Ef) and outputing a forward-feeding side shift-amount setting signal (Sfr), - subjecting the forward-feeding side shift-amount setting signal (Sfr) to a feedback control so that the average feeding-rate calculation signal (Fad) becomes equal to the average feeding-rate setting signal (Far), and thus - changing the cycle (Tf) and the amplitude (Wf) when the welding speed changes, such that a forward-feeding side shift amount (Sf) is changed so that the average value of the feeding rate (Fw) becomes constant although the amplitude (Wf) changes.
An elongated element such as a cable tray or pipes, covered by a fire protection device including cover plates provided with a cover material provided with an internal face positioned on the elongated element side including a layer of intumescent material and provided with an external face including a layer of fabric of a heat-resistant material, characterised in that it includes a plurality of said plates stacked in a staggered manner and comprising: - a first layer of said plates (3a and 3b) laid on at least one face of said elongated element(s) and disposed spaced apart from each other, leaving first spaces therebetween; - a second layer of said plates (4a, 4b) laid on the first layer, overlapping the first spaces and disposed spaced apart from each other, themselves leaving second spaces therebetween; - a third layer of said plates (3'a, 3'b) overlapping the second spaces and disposed spaced apart from each other, themselves leaving third spaces therebetween and; - at least a fourth layer of said plates (4'a, 4'b) overlapping the third spaces and disposed spaced apart from each other, themselves leaving fourth spaces therebetween; said spaces having a length such that the ends of the plates of said layers are stacked on top of each other, a central part of said plates overhanging said spaces, so as to have expansion zones of the intumescent material in the event of fire and good cooling of the elongated elements in normal use. - a first layer of said plates (3a and 3b) laid on at least one face of said elongated element(s) and disposed spaced apart from each other, leaving first spaces therebetween; - a second layer of said plates (4a, 4b) laid on the first layer, overlapping the first spaces and disposed spaced apart from each other, themselves leaving second spaces therebetween; - a third layer of said plates (3'a, 3'b) overlapping the second spaces and disposed spaced apart from each other, themselves leaving third spaces therebetween and; - at least a fourth layer of said plates (4'a, 4'b) overlapping the third spaces and disposed spaced apart from each other, themselves leaving fourth spaces therebetween;
A method of operating a checked bag reconciliation area, said method including: transporting a luggage item from an entrance mechanism to one of a plurality of inspection stations, wherein transporting a luggage item from an entrance mechanism to one of a plurality of inspection stations includes transporting the luggage item to the inspection station with the luggage item disposed on a search table of an automatic guided vehicle; conducting an inspection of the luggage item at the inspection station, wherein conducting an inspection of the luggage item includes conducting the inspection of the luggage item while the luggage item is disposed on the search table of the automatic guided vehicle; programming at least one bag ID into a control system, wherein the bag ID includes information related to the at least one luggage item and further includes information related to at least one of: flight departure time, flight destination, and a risk based security level that corresponds with the luggage item; and determining an inspection station to transport the luggage item to based on the bag ID, and transmitting instructions to the automatic guided vehicle from the control system to transport the luggage item to the determined inspection station, wherein transporting a luggage item from an entrance mechanism to one of a plurality of inspection stations includes transporting the luggage item to the determined inspection station. transporting a luggage item from an entrance mechanism to one of a plurality of inspection stations, wherein transporting a luggage item from an entrance mechanism to one of a plurality of inspection stations includes transporting the luggage item to the inspection station with the luggage item disposed on a search table of an automatic guided vehicle; conducting an inspection of the luggage item at the inspection station, wherein conducting an inspection of the luggage item includes conducting the inspection of the luggage item while the luggage item is disposed on the search table of the automatic guided vehicle; programming at least one bag ID into a control system, wherein the bag ID includes information related to the at least one luggage item and further includes information related to at least one of: flight departure time, flight destination, and a risk based security level that corresponds with the luggage item; and determining an inspection station to transport the luggage item to based on the bag ID, and transmitting instructions to the automatic guided vehicle from the control system to transport the luggage item to the determined inspection station, wherein transporting a luggage item from an entrance mechanism to one of a plurality of inspection stations includes transporting the luggage item to the determined inspection station.
A tensioner comprising: a base; a first tensioner assembly mounted to the base, the first tensioner assembly comprising a first pivot arm and a first damping assembly configured to frictionally restrict movement of the first pivot arm in a first predetermined direction, a first pulley journalled to the first pivot arm; a second tensioner assembly mounted to the base, the second tensioner assembly comprising a second pivot arm and a second damping assembly configured to frictionally restrict movement of the second pivot arm in a second predetermined direction, a second pulley journalled to the second pivot arm; a flexible member engaged between the first tensioner assembly and the second tensioner assembly, the flexible member configured to control movement of the first tensioner assembly and the second tensioner assembly; and a third tensioner mounted to the base and engaged with the flexible member, characterized in that: the first damping assembly comprises a first clutch spring engaged with the base, the first clutch spring loaded in an unwinding direction; and the second damping assembly comprises a second clutch spring engaged with the base, the second clutch spring loaded in an unwinding direction. a base; a first tensioner assembly mounted to the base, the first tensioner assembly comprising a first pivot arm and a first damping assembly configured to frictionally restrict movement of the first pivot arm in a first predetermined direction, a first pulley journalled to the first pivot arm; a second tensioner assembly mounted to the base, the second tensioner assembly comprising a second pivot arm and a second damping assembly configured to frictionally restrict movement of the second pivot arm in a second predetermined direction, a second pulley journalled to the second pivot arm; a flexible member engaged between the first tensioner assembly and the second tensioner assembly, the flexible member configured to control movement of the first tensioner assembly and the second tensioner assembly; and a third tensioner mounted to the base and engaged with the flexible member, characterized in that: the first damping assembly comprises a first clutch spring engaged with the base, the first clutch spring loaded in an unwinding direction; and the second damping assembly comprises a second clutch spring engaged with the base, the second clutch spring loaded in an unwinding direction. the first damping assembly comprises a first clutch spring engaged with the base, the first clutch spring loaded in an unwinding direction; and the second damping assembly comprises a second clutch spring engaged with the base, the second clutch spring loaded in an unwinding direction.
A method for at least partially compensating for a change in threshold voltage level of a field-effect transistor induced by OFF-state stress degradation, the method comprising: - determining a signal indicative of a change in threshold voltage level of the field-effect transistor with respect to a reference threshold voltage level, and - applying a restoration signal to the field-effect transistor, in which said restoration signal is adapted for shifting the threshold voltage level of the field-effect transistor in a direction having opposite sign with respect to said change in threshold voltage level, and in which said applying the restoration signal is taking said signal indicative of the change in threshold voltage level into account, characterised in that applying the restoration signal comprises applying at least one voltage pulse to the field-effect transistor such that a gate terminal of said field-effect transistor is connected to a higher voltage level than a drain terminal of said field-effect transistor and higher than a source terminal of said field-effect transistor. - determining a signal indicative of a change in threshold voltage level of the field-effect transistor with respect to a reference threshold voltage level, and - applying a restoration signal to the field-effect transistor, in which said restoration signal is adapted for shifting the threshold voltage level of the field-effect transistor in a direction having opposite sign with respect to said change in threshold voltage level, and in which said applying the restoration signal is taking said signal indicative of the change in threshold voltage level into account,
A compressor, comprising: a piston inserted into a cylinder and reciprocating within the cylinder, wherein the piston includes: a surface treatment body made of aluminum or an aluminum alloy; a first surface treatment part provided on an outer surface of the surface treatment body, by a first vacuum deposition process; and a second surface treatment part provided on an outer surface of the first surface treatment part, by a second vacuum deposition process, wherein a hardness of the second surface treatment part is greater than a hardness of the first surface treatment part, characterized in that the compressor is a linear compressor; and the first surface treatment part includes chromium nitride and the second surface treatment part includes diamond-like carbon. a surface treatment body made of aluminum or an aluminum alloy; a first surface treatment part provided on an outer surface of the surface treatment body, by a first vacuum deposition process; and a second surface treatment part provided on an outer surface of the first surface treatment part, by a second vacuum deposition process, wherein a hardness of the second surface treatment part is greater than a hardness of the first surface treatment part, characterized in that the compressor is a linear compressor; and the first surface treatment part includes chromium nitride and the second surface treatment part includes diamond-like carbon.