mhurhangee/ep-ind-claims huggingface dataset:
A first Ethernet switch configurable for providing a first Layer-2 communication path between the first Ethernet switch and a second Ethernet switch via a third Ethernet switch connected between the first and second Ethernet switches, a second Layer-2 communication path, that is different from the first communication path, between the first Ethernet switch and the second Ethernet switch via a fourth Ethernet switch connected between the first and second Ethernet switches, and a third Layer-2 communication path, that is different from the first and from the second communication paths, between the first Ethernet switch and the second Ethernet switch via a fifth Ethernet switch connected between the first and second Ethernet switches, the first Ethernet switch comprising: a first port for receiving different first, second, and third groups of Ethernet frames; a second port connectable to the third Ethernet switch; a third port connectable to the fourth Ethernet switch; and a fourth port connectable to the fifth Ethernet switch, wherein the first Ethernet switch is configurable to transmit the first group of Ethernet frames only via the second port to the third Ethernet switch as part of the first Layer-2 communication path, wherein the first Ethernet switch is configurable to transmit the second group of Ethernet frames only via the third port to the fourth Ethernet switch as part of the second Layer-2 communication path, wherein the first Ethernet switch is configurable to transmit the third group of Ethernet frames only via the fourth port to the fifth Ethernet switch as part of the third Layer-2 communication path, and wherein the Ethernet frames are assigned to be carried over one of the first, second, and third communication paths based on respective results of a hashing function applied to their respective header value in a header field. a first port for receiving different first, second, and third groups of Ethernet frames; a second port connectable to the third Ethernet switch; a third port connectable to the fourth Ethernet switch; and a fourth port connectable to the fifth Ethernet switch, wherein the first Ethernet switch is configurable to transmit the first group of Ethernet frames only via the second port to the third Ethernet switch as part of the first Layer-2 communication path, wherein the first Ethernet switch is configurable to transmit the second group of Ethernet frames only via the third port to the fourth Ethernet switch as part of the second Layer-2 communication path, wherein the first Ethernet switch is configurable to transmit the third group of Ethernet frames only via the fourth port to the fifth Ethernet switch as part of the third Layer-2 communication path, and wherein the Ethernet frames are assigned to be carried over one of the first, second, and third communication paths based on respective results of a hashing function applied to their respective header value in a header field.
A pharmaceutical composition comprising: a NMDA antagonist; a CYP2D6 inhibitor; and an opioid agonist, wherein the ratio of opioid agonist to NMDA antagonist to CYP2D6 inhibitor is about 1:1:1 (wt:wt:wt). a NMDA antagonist; a CYP2D6 inhibitor; and an opioid agonist, wherein the ratio of opioid agonist to NMDA antagonist to CYP2D6 inhibitor is about 1:1:1 (wt:wt:wt).
A method for obtaining a curved laminated glazing unit, especially for a windshield or roof of a motor vehicle, comprising the following successive steps: a. providing a first glass sheet, covered on at least part of one of its surfaces with a stack of thin layers, b. a step of depositing, on a part of the surface of the stack of thin layers, a layer of enamel, the deposition being carried out by screen-printing an enamel composition comprising 1 to 15% by weight of zinc oxide particles having a particle size distribution by volume such that d90 is at most 5 μm, c. a step of bending the first glass sheet, the stack of thin layers located under the enamel layer being completely dissolved by said enamel layer at least at the end of this step, then d. a step of laminating said first glass sheet with an additional glass sheet by means of a lamination interlayer, so that the enamel layer faces said interlayer. a. providing a first glass sheet, covered on at least part of one of its surfaces with a stack of thin layers, b. a step of depositing, on a part of the surface of the stack of thin layers, a layer of enamel, the deposition being carried out by screen-printing an enamel composition comprising 1 to 15% by weight of zinc oxide particles having a particle size distribution by volume such that d90 is at most 5 μm, c. a step of bending the first glass sheet, the stack of thin layers located under the enamel layer being completely dissolved by said enamel layer at least at the end of this step, then d. a step of laminating said first glass sheet with an additional glass sheet by means of a lamination interlayer, so that the enamel layer faces said interlayer.
An apparatus for positioning one or more robots using a gantry, comprising: a base platform; a work platform positioned above the base platform for supporting one or more humans; one or more robots supported on the base platform independently of the work platform; at least one gantry, positioned above the base platform and adjacent the work platform, for supporting and positioning the one or more robots along the work platform, wherein each of the one or more robots is placed upon an individual support stand that is attached to the gantry, and wherein the individual support stand includes a base that extends underneath the gantry to counter-balance the individual support stand and the robot placed thereon. a base platform; a work platform positioned above the base platform for supporting one or more humans; one or more robots supported on the base platform independently of the work platform; at least one gantry, positioned above the base platform and adjacent the work platform, for supporting and positioning the one or more robots along the work platform, wherein each of the one or more robots is placed upon an individual support stand that is attached to the gantry, and wherein the individual support stand includes a base that extends underneath the gantry to counter-balance the individual support stand and the robot placed thereon.
A structural member comprising a coupling region (14, 141, 142, 143, 144) where a fitting and a beam section (16, 161, 162, 163, 164) of the structural member are coupled together by a nipping sleeve of the structural member, the fitting comprises a nipple arranged to fit into an open end of the beam section (16, 161, 162, 163, 164) while a portion of the fitting remains outside of the beam section (16, 161, 162, 163, 164), and the nipple comprises at least one anchoring region, the nipping sleeve being arranged to press at least a portion of the beam section (16, 161, 162, 163, 164) against the anchoring region to form the coupling, characterized in that the anchoring region comprising a generally planar face in form of a localized region on the nipple's outer periphery, and the anchoring region being arranged to resist relative movements between the beam section (16, 161, 162, 163, 164) and fitting about a central axis X of the fitting and generally along the central axis X by provision of bulging and/or step-like formations located along or within the anchor region. the fitting comprises a nipple arranged to fit into an open end of the beam section (16, 161, 162, 163, 164) while a portion of the fitting remains outside of the beam section (16, 161, 162, 163, 164), and the nipple comprises at least one anchoring region, the nipping sleeve being arranged to press at least a portion of the beam section (16, 161, 162, 163, 164) against the anchoring region to form the coupling, characterized in that the anchoring region comprising a generally planar face in form of a localized region on the nipple's outer periphery, and the anchoring region being arranged to resist relative movements between the beam section (16, 161, 162, 163, 164) and fitting about a central axis X of the fitting and generally along the central axis X by provision of bulging and/or step-like formations located along or within the anchor region.
A method of repairing an airfoil surface having a plurality of damage cavities caused by erosion or impact damage comprising: filling said plurality of damage cavities in said surface with a liquid repair material using a flexible applicator capable of conforming to the surface of said airfoil surface while being drawn lengthwise along the airfoil surface, wherein said airfoil surface has an elastomeric protective coating adhered to a portion of said airfoil surface and said elastomeric protective coating contains said plurality of damage cavities caused by erosion or impact damage, and wherein the portion of the airfoil surface containing the plurality of cavities is a surface surrounding the leading edge of said airfoil.
Drive unit for a wiper device in a vehicle, with an electric drive motor which drives an output shaft which is coupled to a wiper linkage, wherein a wiper coupling section for coupling to a linkage part of the wiper linkage is formed on the lateral surface of the output shaft, wherein, in addition to the wiper coupling section, a test coupling section for connecting to a test bench component is formed on the output shaft, and the test coupling section is designed as an interlocking section which is in the form of a recess in the end side of the output shaft, characterized in that the recess is in the form of a torx socket or a polygonal socket.
Laundry drying appliance (1; 11), having a bottom group and a drive of a heat pump, which drive is connected to a plurality of elastic grommets and the grommets are fastened to the bottom group (2; 12) by means of bolts (3; 13) which are guided through the grommets, wherein the grommets rest against the bottom group (2; 12) directly and wherein the respective bolts (3; 13) - are screw bolts (3; 13) which have a front section provided with a first outer thread and a rear section provided with a second outer thread (9a; 16), - the respective bolts are introduced into sleeve-shaped fastening regions (5; 14) of the bottom group made of plastic or metal, - are screwed into the fastening regions with their front section and - secure the associated grommet with their rear section. - are screw bolts (3; 13) which have a front section provided with a first outer thread and a rear section provided with a second outer thread (9a; 16), - the respective bolts are introduced into sleeve-shaped fastening regions (5; 14) of the bottom group made of plastic or metal, - are screwed into the fastening regions with their front section and - secure the associated grommet with their rear section.
A cable comprising a conductor surrounded by one or more layers, wherein at least one layer is a jacketing layer comprising a copolymer of ethylene with one or more comonomers, wherein the ethylene copolymer is a multimodal ethylene copolymer which density of less than 945 kg/m 3, an Mz of at least 250,000, an Mw/Mn of 2.5 to 10.0 and an Mz/Mw of 2.50 to 10.00 and wherein the ethylene copolymer is obtainable by polymerising ethylene in the presence of a single site catalyst and an activator for said catalyst.
An exposure apparatus for exposing a substrate with exposure light via a projection optical system and via a liquid, the exposure apparatus comprising: a stage that is capable of moving relative to the projection optical system; a substrate holder provided on the stage to hold the substrate; an optical member that is provided on the stage and that comprises a first surface and a second surface, the first surface being arranged to come into contact with the liquid in a state of being disposed facing the projection optical system, the optical member being arranged to allow the exposure light from the projection optical system to enter into the first surface via the liquid and to exit from the second surface; a light-receiving element that comprises a light-receiving surface, the light-receiving surface being arranged to receive exposure light exiting from the second surface; and a liquid-proof countermeasure arranged to prevent the liquid from inflowing into a space between the stage and the optical member, wherein the substrate holder is provided on the stage so that an upper surface of the substrate held by the substrate holder is substantially flush with an upper surface of the stage, and wherein the optical member is provided on the stage so that the first surface is substantially flush with the upper surface of the stage. a stage that is capable of moving relative to the projection optical system; a substrate holder provided on the stage to hold the substrate; an optical member that is provided on the stage and that comprises a first surface and a second surface, the first surface being arranged to come into contact with the liquid in a state of being disposed facing the projection optical system, the optical member being arranged to allow the exposure light from the projection optical system to enter into the first surface via the liquid and to exit from the second surface; a light-receiving element that comprises a light-receiving surface, the light-receiving surface being arranged to receive exposure light exiting from the second surface; and a liquid-proof countermeasure arranged to prevent the liquid from inflowing into a space between the stage and the optical member, wherein the substrate holder is provided on the stage so that an upper surface of the substrate held by the substrate holder is substantially flush with an upper surface of the stage, and wherein the optical member is provided on the stage so that the first surface is substantially flush with the upper surface of the stage.
A particulate water-absorbing agent comprising a water-insoluble metal phosphate including an anion of a phosphoric acid compound and a divalent or trivalent metal cation, the water-insoluble metal phosphate having a crystallite size, measured by powder X-ray diffraction as disclosed in point 5-6 of the description, of less than 0.15 μm, and a water-absorbing resin in an amount of 60% by mass or more per the total amount of the water-absorbing agent, wherein the water-insoluble metal phosphate has an amount of dissolution in 100 g of water at 25°C of less than 1 g, the water-absorbing resin is a cross-linked polyacrylic acid (salt)-based water-absorbing resin containing, as a repeating unit, acrylic acid and/or a salt thereof in an amount of 50 mol% to 100 mol% relative to the total amount of monomers used for polymerization, excluding a crosslinking agent, the water-absorbing resin has a Centrifuge Retention Capacity, CRC, of 5 g/g or more determined according to EDANA Recommended Test, ERT, 441.2-02, and an Water Soluble Component, Extr, of 0% to 50% by mass determined according to ERT 470.2-02, and the particulate water-absorbing agent has a fluid retention capacity under pressure of 2.06 kPa of 20 g/g or more determined according to ERT 442.2-02.
A shaping method for forming, in a predetermined shaping-target area of a film comprising a patterned face including a micropattern, where the micropattern is a geometrical shape formed by concavities and convexities with a smaller depth than the thickness of the film, and a rear face opposite to the patterned face, a curved face beyond a thickness of the film, the method comprising: a fixing step for fixing an outer edge of the shaping-target area of the film; and a pressure adjusting step for producing a predetermined pressure difference between both faces of the resin film in such a way that a pressure of a fluid at a side where the resin film is fixed in the fixing step becomes relatively small, the method being characterized in further comprising a first heating step for heating the film, wherein in the first heating step, a heated heat-transfer stage is caused to contact the rear face of the film to heat the film. a fixing step for fixing an outer edge of the shaping-target area of the film; and a pressure adjusting step for producing a predetermined pressure difference between both faces of the resin film in such a way that a pressure of a fluid at a side where the resin film is fixed in the fixing step becomes relatively small, the method being characterized in further comprising a first heating step for heating the film, wherein in the first heating step, a heated heat-transfer stage is caused to contact the rear face of the film to heat the film.
A serum amyloid P agonist for use in treating myelofibrosis, or improving the efficacy of an anti-cancer therapeutic, in a patient with myelofibrosis, wherein said patient is to be administered a therapeutically effective amount of said serum amyloid P agonist; wherein the SAP agonist is an SAP polypeptide; wherein the SAP agonist is to be administered one or more times in an initial loading dose during a first week of administration followed by one time every one to four weeks, and wherein each administration of the SAP agonist is 0.1-40 mg/kg.
A transmitter (400, 600) comprising: - a pulse encoder for creating pulses from the amplitude component of an input signal to the transmitter, - a compensation signal generator for cancelling quantization noise caused by the pulse encoder, - a first mixer or I/Q modulator for mixing an output of the pulse encoder with the phase component of the input signal to the transmitter, - an amplifier for creating an amplified signal to the output of the transmitter, in which transmitter (400, 600) a control signal (C A) for controlling a function of the amplifier comprises an output signal from the compensation signal generator, and an input signal to the amplifier comprises an output from a second mixer converting the output from the first mixer or I/Q modulator to a desired frequency, the transmitter additionally comprising a band pass filter at the output of the amplifier, the transmitter (400, 600) being characterized in that the control signal (C A) is at each instant chosen such that the output of the amplifier with the band pass filter is a linear copy of the input signal to the transmitter (400, 600), with the function in the amplifier which the control signal (C A) is used for controlling being the maximum output amplitude of the amplifier or the impedance of an output matching network comprised in the amplifier. - a pulse encoder for creating pulses from the amplitude component of an input signal to the transmitter, - a compensation signal generator for cancelling quantization noise caused by the pulse encoder, - a first mixer or I/Q modulator for mixing an output of the pulse encoder with the phase component of the input signal to the transmitter, - an amplifier for creating an amplified signal to the output of the transmitter,
An assembly which can be used for recovering molecules in a sample, the assembly comprising, a first flow cell which comprises first ligands which can bind to molecules; at least one waste reservoir (7, 27) which is connected to a first fluid port of the first flow cell via a first conduit, and a second conduit which connects the waste reservoir (7, 27) to a second fluid port of the first flow cell; and a first valve arranged to control the fluid communication between the first conduit and the waste reservoir (7, 27), and a second valve to control the fluid communication between the second conduit and the waste reservoir (7, 27); a first buffer reservoir which can hold buffer fluid, which is fluidly connected to the first conduit via a first subsidiary conduit, wherein the first subsidiary conduit connects to the first conduit at a first junction which is located between the first fluid port of the first flow cell and the first valve, and wherein buffer fluid can be selectively supplied from the first buffer reservoir into the first subsidiary conduit; and wherein the first buffer reservoir comprises a first pump; a unit (71,72) which comprises at least a collection reservoir, and a sample reservoir which can hold sample fluid, and a second buffer reservoir which can hold buffer fluid and wherein the second buffer reservoir comprises a second pump, wherein said unit (71,72) is fluidly connected to the second conduit via a second subsidiary conduit, wherein the second subsidiary conduit connects to the second conduit at a second junction which is located between the second fluid port of the first flow cell and the second valve, and wherein the unit (71,72) is operable to selectively fluidly connect the collection reservoir, second buffer reservoir, or sample reservoir, with the second subsidiary conduit; and wherein the unit (71,72) further comprises a third valve which is fluidly connected to the second subsidiary conduit; and a storage conduit which fluidly connects the second buffer reservoir to the third valve and wherein the third valve is operable to selectively, fluidly connect the storage conduit to the second subsidiary conduit, or fluidly connect the collection reservoir to the second subsidiary conduit, or fluidly connect the sample reservoir to the second subsidiary conduit.
An apparatus for installing or dismantling a crane, in particular a tower slewing crane, comprising a coupling unit for coupling the apparatus with a carrier of a tower part, wherein the coupling unit can be moved into a latching position for avoiding a release of the coupling between the coupling unit and the carrier of the tower part or into an unlatching position for coupling or decoupling the coupling unit with the carrier of the tower part, characterized in that the coupling unit comprises: a guide section non-rotatably arranged on a fastening section with a run-in slope for guiding the carrier into a receiving space of the coupling unit during a coupling process, and a hook rotatably arranged on the fastening section, which is coupled with a clamping unit which urges the hook into the latching position, wherein coupling of the carrier with the coupling unit is effected automatically by lowering the coupling unit, in that on lowering of the coupling unit and contacting of the carrier with the hook and the guide section the hook rotates, whereby the coupling unit is in an unlatching position, and after entry of the carrier into the receiving space the hook again rotates into the latching position. a guide section non-rotatably arranged on a fastening section with a run-in slope for guiding the carrier into a receiving space of the coupling unit during a coupling process, and a hook rotatably arranged on the fastening section, which is coupled with a clamping unit which urges the hook into the latching position, wherein coupling of the carrier with the coupling unit is effected automatically by lowering the coupling unit, in that on lowering of the coupling unit and contacting of the carrier with the hook and the guide section the hook rotates, whereby the coupling unit is in an unlatching position, and after entry of the carrier into the receiving space the hook again rotates into the latching position.