mhurhangee/ep-ind-claims huggingface dataset:
Lift installation with at least one lift cage carrier movable in a travel space provided for travel of the lift cage carrier, a first lift cage adjustably arranged at the lift cage carrier, at least one second lift cage adjustably arranged at the lift cage carrier, a drive unit arranged at the lift cage carrier and at least one adjusting device, wherein the adjusting device comprises a first traction means and at least one second traction means, which are guided in opposite sense around at least one drive roller, which is drivable by the drive unit, so that the spacing between the first lift cage and the second lift cage is adjustable by movement of the lift cages (10, 11) in opposite sense, wherein a first end of the first traction means is connected at least indirectly with the first lift cage, wherein a second end of the first traction means is connected at least indirectly with the second lift cage, wherein a first end of the second traction means is connected at least indirectly with the second lift cage and wherein a second end of the second traction means is connected at least indirectly with the first lift cage, wherein the first lift cage has a first longitudinal side and a second longitudinal side remote from the first longitudinal side, that the second lift cage has a first longitudinal side and a second longitudinal side remote from the first longitudinal side, the first traction means on the one hand is guided between the drive roller and the first end of the first traction means along the first longitudinal side of the second lift cage past the second lift cage to the first lift cage and the second traction means on the other hand is guided between the drive roller and the second end of the second traction means along the second longitudinal side of the second lift cage past the second lift cage to the first lift cage, characterised in that the second traction means on the one hand is guided between the drive roller and the first end of the second traction means at least in section along the first longitudinal side of the second lift cage and that the first traction means on the other hand is guided between the drive roller and the second end of the first traction means at least in a section along the second longitudinal side of the second lift cage.
A process for producing a polyimide film, comprising steps of: providing a solution of a polyimide precursor prepared from an aromatic tetracarboxylic acid component comprising 3,3',4,4'-biphenyltetracarboxylic dianhydride in an amount of 95 mol% or more and an aromatic diamine component comprising p-phenylenediamine in an amount of 95 mol% or more; flow-casting the polyimide precursor solution on a support, followed by heating, thereby preparing a self-supporting film of a polyimide precursor solution; imidizing the self-supporting film by heating the self-supporting film while fixing at least both edges of the self-supporting film in the width direction to complete imidization, thereby preparing a polyimide film; and heating the polyimide film at a temperature of 500 °C or higher in a substantially unstressed state while not fixing one edge or both edges of the polyimide film in the width direction, thereby preparing a polyimide film which has a dimensional change from 25°C to 500°C within a range of from -0.3% to +0.6% based on the initial dimension at 25°C, as defined in section "Means for Solving the Problems" of the description. providing a solution of a polyimide precursor prepared from an aromatic tetracarboxylic acid component comprising 3,3',4,4'-biphenyltetracarboxylic dianhydride in an amount of 95 mol% or more and an aromatic diamine component comprising p-phenylenediamine in an amount of 95 mol% or more; flow-casting the polyimide precursor solution on a support, followed by heating, thereby preparing a self-supporting film of a polyimide precursor solution; imidizing the self-supporting film by heating the self-supporting film while fixing at least both edges of the self-supporting film in the width direction to complete imidization, thereby preparing a polyimide film; and heating the polyimide film at a temperature of 500 °C or higher in a substantially unstressed state while not fixing one edge or both edges of the polyimide film in the width direction, thereby preparing a polyimide film which has a dimensional change from 25°C to 500°C within a range of from -0.3% to +0.6% based on the initial dimension at 25°C, as defined in section "Means for Solving the Problems" of the description.
(+)-2-[1-(3-Ethoxy-4-methoxyphenyl)-2-methylsulfonylethyl]-4-acetylaminoisoindoline-1,3-dione, or a pharmaceutically acceptable polymorph, salt, solvate, or hydrate thereof, for use in a method of treating or preventing rheumatoid spondylitis or osteoarthritis.
Method for concrete structure modification comprising: - cutting an element of the structure along a cutting edge and - simultaneous injection of a foam in different places of the cutting edge, characterized in that cutting the element of the concrete structure is done by a diamond wire, going through the first and second holes (31, 33) going through the element of the concrete structure and along the cutting edge between the first and the second holes, and in that the element of the concrete structure comprises a third hole located between the first and the second holes and receiving the injected foam during the cut. - cutting an element of the structure along a cutting edge and - simultaneous injection of a foam in different places of the cutting edge,
A lubricant injector with a lubricant inlet conduit and an outlet opening, through which a lubricant is delivered into the inner space to be lubricated of a piston machine, wherein the outlet opening may be selectively opened and closed by means of a needle valve, which is actuated by a magnetic coil, wherein the lubricant injector has a flow sensor suitable for determining the quantity of lubricant delivered through the outlet opening, characterized in that the flow sensor has a permanent magnet, which is positioned in the flow path and which is movable along the flow direction, and which is subject to a restoring force, which acts against the flow direction, wherein at least one measuring coil, which is connected to an electronic unit, is positioned outside the flow path, in the magnetic field of the permanent magnet.
A transmission lubrication system (30, 100), comprising: a primary lubrication system including a primary oil reservoir and which provides lubricant to a transmission element requiring lubrication, a secondary lubrication system including a lubricant reservoir and which is fluidly isolated from the primary lubrication system, a flow-metering device (114, 115, 116, 117, 118, 119, 120) connected between the lubricant reservoir and the transmission element; and a controller operatively associated with the flow-metering device (114, 115, 116, 117, 118, 119, 120), wherein the controller is configured to fluidly connect the secondary lubrication system to the transmission based on an operating parameter of the transmission indicative of the primary lubrication system not providing sufficient lubrication to the transmission element, characterized in that the controller is configured to cause the flow-metering device (114, 115, 116, 117, 118, 119, 120) to issue lubricant intermittently from the lubricant reservoir to the transmission element based on the operating parameter of the transmission according to a predetermined schedule recorded on a memory of the controller, which schedule causes the flow-metering device to open or close, or become less or more open, to provide discrete bursts of lubricant from the lubricant reservoir. a primary lubrication system including a primary oil reservoir and which provides lubricant to a transmission element requiring lubrication, a secondary lubrication system including a lubricant reservoir and which is fluidly isolated from the primary lubrication system, a flow-metering device (114, 115, 116, 117, 118, 119, 120) connected between the lubricant reservoir and the transmission element; and a controller operatively associated with the flow-metering device (114, 115, 116, 117, 118, 119, 120), wherein the controller is configured to fluidly connect the secondary lubrication system to the transmission based on an operating parameter of the transmission indicative of the primary lubrication system not providing sufficient lubrication to the transmission element, characterized in that the controller is configured to cause the flow-metering device (114, 115, 116, 117, 118, 119, 120) to issue lubricant intermittently from the lubricant reservoir to the transmission element based on the operating parameter of the transmission according to a predetermined schedule recorded on a memory of the controller, which schedule causes the flow-metering device to open or close, or become less or more open, to provide discrete bursts of lubricant from the lubricant reservoir.
Soundproofing element for a noise barrier wall having a dimensionally stable profile frame, having at least one inlay of transparent material held by the profile frame, and having a sound absorption structure which is arranged marginally on one side of the inlay, the sound side, and covers the inlay over a marginal, peripheral strip, wherein the edge of the inlay is positioned in a U-shaped receptacle of the profile frame by means of an elastic arrangement, characterized in that at least two inlays, which are held by the profile frame and arranged in alignment with one another in the profile frame, are provided, in that a dimensionally stable profile centre web having two U-shaped receptacles directed away from one another is arranged between the two inlays, in that the adjacent edges of the inlays are positioned in the U-shaped receptacles in each case by an elastic arrangement, in that the sound absorption structure also covers the inlays over a marginal strip on both sides of the profile centre web, and in that the profile centre web is not connected to the profile frame.
Canakinumab for use as a medicament for treating or alleviating the symptoms of peripheral arterial disease in a subject, comprising administering about 25 mg to about 300 mg of canakinumab, and wherein the subject is exhibiting an ankle-brachial index less than 0.9 in at least one leg before treatment.
Device 1 designed for the size reduction and mixing of one or more products, characterised in that a size reduction section 13 with size reduction element 3 and a mixing section 14 with mixing element 4 are located sequentially one after the other seen from top to bottom and relative to the centre axis of the device 1 in a common machine housing 2, and that a defined atmosphere is present inside the common machine housing 2 to condition the product.
A portable identification encoder for a passive access system of a motor vehicle, wherein the identification encoder comprises in a housing: a) a supply battery, b) a microcontroller, c) RF transmitting and receiving circuits controlled by the microcontroller for communication with a motor vehicle-side control unit, characterized by d) a pin of a floating input of the microcontroller used as a wake-up input, the pin being connected as a floating-potential capacitive electrode, wherein the input signals at the wake-up input can be evaluated in the microcontroller in order to detect the changes in charge on the pin as a wake-up signal, and wherein either the pin is provided as a free pin or the pin is coupled to a floating conductor track to the extension of the pin in the housing into the identification encoder. a) a supply battery, b) a microcontroller, c) RF transmitting and receiving circuits controlled by the microcontroller for communication with a motor vehicle-side control unit, d) a pin of a floating input of the microcontroller used as a wake-up input, the pin being connected as a floating-potential capacitive electrode, wherein the input signals at the wake-up input can be evaluated in the microcontroller in order to detect the changes in charge on the pin as a wake-up signal,
A cover accessory, comprising: a rear cover configured to be mounted on a mobile communication device having a display; and a front cover configured to cover the display of the mobile communication device, wherein a light reflection layer facing the display is formed on the front cover, wherein the front cover comprises a fluorescent layer arranged to face the display when the front cover is closed and made of a fluorescent material, and the light reflection layer is formed on the fluorescent layer in a substantially central area of the front cover, and wherein in at least a partial area of an edge area enclosing the substantially central area of the front cover, the light reflection layer is not formed. a rear cover configured to be mounted on a mobile communication device having a display; and a front cover configured to cover the display of the mobile communication device, wherein a light reflection layer facing the display is formed on the front cover, wherein the front cover comprises a fluorescent layer arranged to face the display when the front cover is closed and made of a fluorescent material, and the light reflection layer is formed on the fluorescent layer in a substantially central area of the front cover, and wherein in at least a partial area of an edge area enclosing the substantially central area of the front cover, the light reflection layer is not formed.
Machine for the production of cardboard tubes, comprising a mandrel on which a carboard tube is formed by the helicoidal winding of a cardboard strip on the same mandrel, a winding member adapted to interact with the mandrel and the cardboard strip to realize said helicoidal winding, the machine being adapted to perform a drawing-in step, consisting in configuring the cardboard strip in a configuration suitable for winding it on the mandrel, and a subsequent forming step, consisting in said helicoidal winding of the cardboard tube to form the tube, characterized in that it comprises an inlet section for the cardboard strip to be drawn-in; dragging means adapted to drag the cardboard strip to be drawn-in and introduced in said inlet section, along a predetermined dragging direction, said dragging means being active during the said drawing-in step; and guide means adapted to guide the cardboard strip towards the mandrel at the end of said drawing-in step, said guide means being disposed and acting between the dragging means and the mandrel, the machine further comprising cutting means adapted to cut the cardboard strip along a cutting direction oriented at a predetermined angle with respect to said dragging direction at the end of said drawing-in step, said dragging means comprising cooperating wheels (1, 4) between which the cardboard strip can be inserted.
A laundry dryer comprising a laundry drying chamber rotatably mounted in a cabinet, an air inlet path for conveying air inside the appliance, and an air outlet path exhausting air from the appliance, the inlet path and/or outlet path communicating with the environment outside the appliance through a bottom side of the cabinet, the cabinet resting on a support plane by means of a plurality of supports which form a space between the bottom side of the cabinet and the support plane, characterised in that a sealing is formed between an air inlet flow, and an air outlet flow by means of a gasket placed between the support plane and the lower edge of a partition separating the air inlet path and the air outlet path.
Cleaning apparatus, in particular conveyor dishwasher, having multiple treatment zones for items to be cleaned, wherein the multiple treatment zones are assigned in each case one tank (144, 150, 160), wherein one of the treatment zones has a dirt separator which is operable in a secondary flow line, characterized in that said dirt separator, via a multi-way valve, feeds rinsing fluid cleaned by the dirt separator, according to need, to a treatment zone which, as seen in the transport direction of the items to be cleaned, is situated downstream, or, via a switching apparatus, discharges dirt separated from the cleaned rinsing fluid into a wastewater system at periodic intervals.
A dual detector comprising a detection head including: - an inductive sensor, and - a ground-penetrating radar comprising a transmitting antenna and a receiving antenna, the detector being characterized in that the transmitting antenna and the receiving antenna have a thickness (e) less than or equal to one micron in order to limit the interactions with the inductive sensor. - an inductive sensor, and - a ground-penetrating radar comprising a transmitting antenna and a receiving antenna, the detector being characterized in that the transmitting antenna and the receiving antenna have a thickness (e) less than or equal to one micron in order to limit the interactions with the inductive sensor.
A surface enhanced Raman scattering system comprising - a resonator structure for supporting radiation in a resonating cavity, the resonator structure comprising ∘ a metal - insulator - metal waveguide comprising two metal layers (110, 130) and an insulating layer sandwiched between the two metal layers (110, 130), characterized in that the resonator structure comprises at least two nano-scale metallic reflector (160a, 160b) being positioned at least partly in the insulating layer and forming at least two mirrors of the resonating cavity in the insulating layer, and ∘ a radiation inlet for guiding radiation into the waveguide through the first metal layer of the structure and a radiation outlet for guiding radiation out of the waveguide through the second metal layer of the structure, the radiation inlet and the radiation outlet being arranged on either side of the resonating cavity, wherein the resonator structure has a nanoscale size in three dimensions. - a resonator structure for supporting radiation in a resonating cavity, the resonator structure comprising ∘ a metal - insulator - metal waveguide comprising two metal layers (110, 130) and an insulating layer sandwiched between the two metal layers (110, 130), characterized in that the resonator structure comprises at least two nano-scale metallic reflector (160a, 160b) being positioned at least partly in the insulating layer and forming at least two mirrors of the resonating cavity in the insulating layer, and ∘ a radiation inlet for guiding radiation into the waveguide through the first metal layer of the structure and a radiation outlet for guiding radiation out of the waveguide through the second metal layer of the structure, the radiation inlet and the radiation outlet being arranged on either side of the resonating cavity, wherein the resonator structure has a nanoscale size in three dimensions. ∘ a metal - insulator - metal waveguide comprising two metal layers (110, 130) and an insulating layer sandwiched between the two metal layers (110, 130), characterized in that the resonator structure comprises at least two nano-scale metallic reflector (160a, 160b) being positioned at least partly in the insulating layer and forming at least two mirrors of the resonating cavity in the insulating layer, and ∘ a radiation inlet for guiding radiation into the waveguide through the first metal layer of the structure and a radiation outlet for guiding radiation out of the waveguide through the second metal layer of the structure, the radiation inlet and the radiation outlet being arranged on either side of the resonating cavity, wherein the resonator structure has a nanoscale size in three dimensions.
A nozzle for a servo valve, the nozzle comprising a nozzle element having a fluid outlet at a first axial end, and a tubular body extending from the first end to an opposed, second axial end of the nozzle element; a plug element mounted in and closing the second axial end of the tubular body, thereby defining an internal cavity within the tubular body; and one or more openings formed through the tubular body to fluidly communicate with the internal cavity; characterised in that the plug element comprises an annular wall extending in a direction away from the nozzle element for sealing engagement with a bore of the servo valve. a nozzle element having a fluid outlet at a first axial end, and a tubular body extending from the first end to an opposed, second axial end of the nozzle element; a plug element mounted in and closing the second axial end of the tubular body, thereby defining an internal cavity within the tubular body; and one or more openings formed through the tubular body to fluidly communicate with the internal cavity; characterised in that the plug element comprises an annular wall extending in a direction away from the nozzle element for sealing engagement with a bore of the servo valve.
A method performed by a terminal in a wireless communication system, the method comprising: receiving (740, 905), from a base station, a first message including information on a capability report restriction, the information on the capability report restriction including first information on a radio access technology, RAT, type, second information that requests at least one frequency band actually used by the terminal, and third information on a maximum bandwidth of the at least one frequency band; selecting at least one carrier aggregation, CA, frequency band combination supported by the terminal based on the information on the capability report restriction; and transmitting (745, 950), to the base station, a second message as a response to the first message, the second message including the at least one CA frequency band combination supported by the terminal, wherein each frequency band in the at least one CA frequency band combination does not exceed the maximum bandwidth. receiving (740, 905), from a base station, a first message including information on a capability report restriction, the information on the capability report restriction including first information on a radio access technology, RAT, type, second information that requests at least one frequency band actually used by the terminal, and third information on a maximum bandwidth of the at least one frequency band; selecting at least one carrier aggregation, CA, frequency band combination supported by the terminal based on the information on the capability report restriction; and transmitting (745, 950), to the base station, a second message as a response to the first message, the second message including the at least one CA frequency band combination supported by the terminal, wherein each frequency band in the at least one CA frequency band combination does not exceed the maximum bandwidth.
A support for a reel, comprising a reel and a pair of removable flanges adapted to be attached on both sides of said reel, said support being characterized in that each of said flanges comprises: a rotary control button for locking said flange on said reel, said button having a circular perimeter and having a diametric gripping rib operable between a locked position and an unlocked position of said flange and a locking tab extending radially from the circumference of said button; two feet each having a removable side end part; a transport handle, fixed or movable between a storage position and a use position. a rotary control button for locking said flange on said reel, said button having a circular perimeter and having a diametric gripping rib operable between a locked position and an unlocked position of said flange and a locking tab extending radially from the circumference of said button; two feet each having a removable side end part; a transport handle, fixed or movable between a storage position and a use position.