mhurhangee/ep-ind-claims huggingface dataset:
A method of producing bathroom or kitchen hardware shells, such as a faucet shell, comprising: providing a bar having an outer diameter and a length; heating the bar to a first temperature for a first time; extruding the heated bar to form a hollow blank having a substantially uniform wall thickness; forming a semi-finished blank by closing one end of the hollow blank; bending the semi-finished blank to have an angle between first and second parts of the semi-finished blank; placing the bent semi-finished blank in a bathroom hardware shell shaping die, wherein the bathroom hardware shell shaping die is heated to a second temperature; forming a shell by injecting a gas onto or into the bent semi-finished blank, after closing the bathroom hardware shell shaping die, through a gas inlet in the bathroom hardware shell shaping die at a pressure for a second time, which causes the bent semi-finished blank to fit a cavity of the bathroom hardware shell shaping die; removing the shell from the bathroom hardware shell shaping die and forming a water passage hole, such as a water faucet hole, therein; and plating an outer surface of the shell with a coating. providing a bar having an outer diameter and a length; heating the bar to a first temperature for a first time; extruding the heated bar to form a hollow blank having a substantially uniform wall thickness; forming a semi-finished blank by closing one end of the hollow blank; bending the semi-finished blank to have an angle between first and second parts of the semi-finished blank; placing the bent semi-finished blank in a bathroom hardware shell shaping die, wherein the bathroom hardware shell shaping die is heated to a second temperature; forming a shell by injecting a gas onto or into the bent semi-finished blank, after closing the bathroom hardware shell shaping die, through a gas inlet in the bathroom hardware shell shaping die at a pressure for a second time, which causes the bent semi-finished blank to fit a cavity of the bathroom hardware shell shaping die; removing the shell from the bathroom hardware shell shaping die and forming a water passage hole, such as a water faucet hole, therein; and plating an outer surface of the shell with a coating.
A continuous method of making draw strip bags with two hems (H1, H2), comprising the following steps: - providing a film web wherein a first portion and a second portion overlap each other with free longitudinal side edges (7, 7') thereof being aligned or near aligned with each other, characterised in - back folding a first part having said free side edge of the first portion outwardly away from said second portion along a first fold line by a first hemmer, with the rest of said first portion preferably remaining in full contact with said second portion, - folding a first subpart of said first part along a second fold line whereby the free side edge of said first portion is brought into near alignment, or alignment, with said first fold line while a second subpart of said first part of the first portion remains back folded, whereby said first and second subparts (14, 15) of the first portion define a first hem, - folding, preferably simultaneously with the back-folding of said first part of the first portion, a first part of the second portion having said free side edge 7' thereof, to create a third fold line (C'), with a first subpart overlying a second subpart and having the same width, or about the same width, such that the free edge of said second portion is aligned with, or near aligned with, said first fold line of the first portion whereby said first and second subparts (14', 15') of the second portion define a second hem, and - folding the first hem about said first fold line such that said second fold line is aligned with, or near aligned with, said third fold line (C') of the second portion. - providing a film web wherein a first portion and a second portion overlap each other with free longitudinal side edges (7, 7') thereof being aligned or near aligned with each other, characterised in - back folding a first part having said free side edge of the first portion outwardly away from said second portion along a first fold line by a first hemmer, with the rest of said first portion preferably remaining in full contact with said second portion, - folding a first subpart of said first part along a second fold line whereby the free side edge of said first portion is brought into near alignment, or alignment, with said first fold line while a second subpart of said first part of the first portion remains back folded, whereby said first and second subparts (14, 15) of the first portion define a first hem, - folding, preferably simultaneously with the back-folding of said first part of the first portion, a first part of the second portion having said free side edge 7' thereof, to create a third fold line (C'), with a first subpart overlying a second subpart and having the same width, or about the same width, such that the free edge of said second portion is aligned with, or near aligned with, said first fold line of the first portion whereby said first and second subparts (14', 15') of the second portion define a second hem, and - folding the first hem about said first fold line such that said second fold line is aligned with, or near aligned with, said third fold line (C') of the second portion.
Working method for a system for the secure provision of a file of a first computer of a first network for retrieval by a second computer of a second network, wherein the first network and the second network are connected in each case via a firewall (11, 12) to a perimeter network, with the steps: - transferring the file from the first computer into a storage area, accessible to the first computer, of a first data server which is assigned to the perimeter network; - signaling of a receipt of the file in the accessible storage area of the first data server by the first data server to a first release computer of the first network with a release request to forward the file; - transferring the file to a storage area of the first data server inaccessible to the first computer following receipt of a release for the forwarding by the first release computer; - signaling of a receipt of the file in the inaccessible storage area of the first data server by the first data server to a second data server of the perimeter network; - signaling of a receipt of the file in the inaccessible storage area of the first data server by the second data server to a second release computer of the second network with a release request to forward the file; - transferring the file into a storage area of the second data server inaccessible to the second computer following receipt of a release for the forwarding of the file by the second computer; and - transferring the file into a storage area of the second data server accessible to the second computer. - transferring the file from the first computer into a storage area, accessible to the first computer, of a first data server which is assigned to the perimeter network; - signaling of a receipt of the file in the accessible storage area of the first data server by the first data server to a first release computer of the first network with a release request to forward the file; - transferring the file to a storage area of the first data server inaccessible to the first computer following receipt of a release for the forwarding by the first release computer; - signaling of a receipt of the file in the inaccessible storage area of the first data server by the first data server to a second data server of the perimeter network; - signaling of a receipt of the file in the inaccessible storage area of the first data server by the second data server to a second release computer of the second network with a release request to forward the file; - transferring the file into a storage area of the second data server inaccessible to the second computer following receipt of a release for the forwarding of the file by the second computer; and - transferring the file into a storage area of the second data server accessible to the second computer.
A method of reading a passive RFID transponder with reduced RFID system reaction time, the method comprising: receiving a data signal, which comprises a code signal if a passive RFID transponder is located in a carrier field of an RFID reader, the code signal representing the code of the passive RFID transponder; disabling the carrier field to reset the data signal; enabling the carrier field to receive a first portion of the code signal; characterized in validating the code of the passive RFID transponder on the basis of the first portion of the code signal only, wherein the disabling and enabling the carrier field is performed in a periodic manner. receiving a data signal, which comprises a code signal if a passive RFID transponder is located in a carrier field of an RFID reader, the code signal representing the code of the passive RFID transponder; disabling the carrier field to reset the data signal; enabling the carrier field to receive a first portion of the code signal; characterized in validating the code of the passive RFID transponder on the basis of the first portion of the code signal only, wherein the disabling and enabling the carrier field is performed in a periodic manner.
A flow control screen operable to be positioned in a wellbore, the screen comprising: a base pipe with an internal passageway; a filter medium positioned around the base pipe; a housing positioned around the base pipe defining a fluid flow path between the filter medium and the internal passageway; at least one flow control component (124, 218, 318, 418) disposed within the fluid flow path operable to control fluid flow therethrough; and an autonomous pressure sensitive valve disposed within the fluid flow path in parallel with the at least one flow control component (124, 218, 318, 418), the valve comprising a sliding sleeve (142, 222, 322, 422) with one or more bypass ports (153, 238, 338, 438) extending radially through the sliding sleeve, and the sliding sleeve autonomously shifting from a first position to a second position responsive to a change in a pressure signal received by the valve, thereby enabling fluid flow therethrough. a base pipe with an internal passageway; a filter medium positioned around the base pipe; a housing positioned around the base pipe defining a fluid flow path between the filter medium and the internal passageway; at least one flow control component (124, 218, 318, 418) disposed within the fluid flow path operable to control fluid flow therethrough; and an autonomous pressure sensitive valve disposed within the fluid flow path in parallel with the at least one flow control component (124, 218, 318, 418), the valve comprising a sliding sleeve (142, 222, 322, 422) with one or more bypass ports (153, 238, 338, 438) extending radially through the sliding sleeve, and the sliding sleeve autonomously shifting from a first position to a second position responsive to a change in a pressure signal received by the valve, thereby enabling fluid flow therethrough.
A liquid discharge apparatus, comprising: a liquid discharge surface having a plurality of liquid discharge ports; and a control unit configured to generate a drive waveform and control discharge of liquid from the plurality of liquid discharge ports based on the drive waveform, wherein the control unit includes a plurality of droplet-count distribution tables in which information on a number of times of droplets to be discharged from each one of the plurality of liquid discharge ports is set, and wherein the control unit is configured to form the drive waveform based on image data and by using a droplet-count distribution table selected from the plurality of droplet-count distribution tables based on information on a use environment of the plurality of liquid discharge ports acquired before starting a discharge operation of the liquid. a liquid discharge surface having a plurality of liquid discharge ports; and a control unit configured to generate a drive waveform and control discharge of liquid from the plurality of liquid discharge ports based on the drive waveform, wherein the control unit includes a plurality of droplet-count distribution tables in which information on a number of times of droplets to be discharged from each one of the plurality of liquid discharge ports is set, and wherein the control unit is configured to form the drive waveform based on image data and by using a droplet-count distribution table selected from the plurality of droplet-count distribution tables based on information on a use environment of the plurality of liquid discharge ports acquired before starting a discharge operation of the liquid.
A method for supplementing fuel feed pressure and flow within an aircraft fuel system fueling an aircraft engine, the aircraft fuel system including a primary fuel tank, a first boost fuel pump delivering fuel from the primary tank to a fuel manifold, an auxiliary fuel tank, an override fuel pump delivering fuel from the auxiliary fuel tank to the fuel manifold, and a jettison fuel pump operable to draw fuel from the auxiliary fuel tank, and the method comprising the steps of: (a) sensing whether the aircraft engine is operating near maximum power; (b) upon sensing that the aircraft engine is operating near maximum power, operating the jettison fuel pump in fluid interconnection with the override fuel pump to deliver fuel to the fuel manifold; and (c) upon sensing that the aircraft engine has ceased to operate near maximum power, deactivating the jettison fuel pump; whereby operation of the jettison fuel pump in combination with the override fuel pump completely overrides fuel delivery by the first boost fuel pump from the primary fuel tank to the fuel manifold. (a) sensing whether the aircraft engine is operating near maximum power; (b) upon sensing that the aircraft engine is operating near maximum power, operating the jettison fuel pump in fluid interconnection with the override fuel pump to deliver fuel to the fuel manifold; and (c) upon sensing that the aircraft engine has ceased to operate near maximum power, deactivating the jettison fuel pump;
Self-aligning tool guide, comprising: a holder for fixing a portable power tool, a lifting mechanism on which the holder is mounted, and wherein the lifting mechanism has a propulsion system for raising the holder parallel to a lifting axis, a self-balancing chassis which has two wheels on a wheel axis, a drive which is coupled to the wheels, and a steering system, wherein the tool guide is equipped with a tool, characterized in that the tool guide is provided with a centre of gravity sensor for detecting a lateral deflection (x) of the centre of gravity of the lifting mechanism in relation to the wheel axis, wherein the steering system is designed to actuate the drive to output a torque which counteracts the deflection (x), an inclination sensor for detecting an inclination of the lifting mechanism in relation to the force of gravity in a frontal plane which is parallel to the wheel axis and parallel to the lifting axis, a pivot joint by means of which the lifting mechanism is mounted on the chassis, wherein a pivot axis of the pivot joint is inclined in relation to the frontal plane or is perpendicular to the frontal plane, a pivot drive which is coupled to the pivot joint for adjusting an inclination of the lifting axis in relation to the wheel axis in the frontal plane, and an inclination controller which is designed to actuate the pivot drive in such a way that the inclination is minimized, and wherein the tool guide is designed to check, before start-up, whether the tool is still in engagement with a ceiling. a holder for fixing a portable power tool, a lifting mechanism on which the holder is mounted, and wherein the lifting mechanism has a propulsion system for raising the holder parallel to a lifting axis, a self-balancing chassis which has two wheels on a wheel axis, a drive which is coupled to the wheels, and a steering system, wherein the tool guide is equipped with a tool, characterized in that the tool guide is provided with a centre of gravity sensor for detecting a lateral deflection (x) of the centre of gravity of the lifting mechanism in relation to the wheel axis, wherein the steering system is designed to actuate the drive to output a torque which counteracts the deflection (x), an inclination sensor for detecting an inclination of the lifting mechanism in relation to the force of gravity in a frontal plane which is parallel to the wheel axis and parallel to the lifting axis, a pivot joint by means of which the lifting mechanism is mounted on the chassis, wherein a pivot axis of the pivot joint is inclined in relation to the frontal plane or is perpendicular to the frontal plane, a pivot drive which is coupled to the pivot joint for adjusting an inclination of the lifting axis in relation to the wheel axis in the frontal plane, and an inclination controller which is designed to actuate the pivot drive in such a way that the inclination is minimized, and wherein the tool guide is designed to check, before start-up, whether the tool is still in engagement with a ceiling.
A thermal pad, comprising a pad body, wherein the pad body is provided with a hollowed-out part, and the hollowed-out part is filled with a liquid metal material layer; wherein in a thickness direction of the pad body, the pad body comprises two pad surfaces (3311, 3311a, 3311b) that are disposed facing away from each other, and the hollowed-out part is disposed on the pad surface (3311, 3311a, 3311b); the hollowed-out part penetrates through the pad body.; and each pad surface (3311, 3311a, 3311b) is provided with the hollowed-out part, and a depth of the hollowed-out part is less than a thickness of the pad body. in a thickness direction of the pad body, the pad body comprises two pad surfaces (3311, 3311a, 3311b) that are disposed facing away from each other, and the hollowed-out part is disposed on the pad surface (3311, 3311a, 3311b); the hollowed-out part penetrates through the pad body.; and each pad surface (3311, 3311a, 3311b) is provided with the hollowed-out part, and a depth of the hollowed-out part is less than a thickness of the pad body.
An apparatus for fixation measurement, the apparatus comprising: a first reflector comprising a diffraction component, wherein the first reflector is configured to rotate about a rotation axis, reflect light received from a light source onto a second reflector via the diffraction component, and reflect light received from the second reflector via the diffraction component; and one or more photodetectors (412A, 412B) configured to capture light which is reflected by the second reflector and subsequently reflected by the first reflector; wherein the rotation axis corresponds to a natural axis of symmetry of the first reflector including the diffraction component, so that the first reflector including the diffraction component rotates without inducing torque on the rotation axis; and wherein the first reflector including the diffraction component re-images, with an angular deviance induced by the diffraction component, a beam waist of the light received from the light source onto the second reflector so that, by rotation of the first reflector including the diffraction component, the re-imaged beam waist sweeps out a circle on the second reflector. a first reflector comprising a diffraction component, wherein the first reflector is configured to rotate about a rotation axis, reflect light received from a light source onto a second reflector via the diffraction component, and reflect light received from the second reflector via the diffraction component; and one or more photodetectors (412A, 412B) configured to capture light which is reflected by the second reflector and subsequently reflected by the first reflector; wherein the rotation axis corresponds to a natural axis of symmetry of the first reflector including the diffraction component, so that the first reflector including the diffraction component rotates without inducing torque on the rotation axis; and wherein the first reflector including the diffraction component re-images, with an angular deviance induced by the diffraction component, a beam waist of the light received from the light source onto the second reflector so that, by rotation of the first reflector including the diffraction component, the re-imaged beam waist sweeps out a circle on the second reflector.
A stable aqueous solution comprising: (a) an anti-C5 antibody at a concentration of 100 mg/mL, from 47.5 mM to 52.5 mM Phosphate Buffer, from 4.75% to 5.25% sucrose, and from 23.75 mM to 26.25 mM Arginine; or (b) an anti-C5 antibody, from 47.5 mM to 52.5 mM Phosphate Buffer, from 4.75% to 5.25% sucrose, from 0.0475% to 0.0525% Polysorbate 80, and from 23.75 mM to 26.25 mM Arginine; wherein the anti-C5 antibody comprises a heavy chain polypeptide comprising the amino acid sequence depicted in SEQ ID NO: 14 and a light chain polypeptide comprising the amino acid sequence depicted in SEQ ID NO: 11, and wherein the pH of the solution is between 7.2 and 7.6. (a) an anti-C5 antibody at a concentration of 100 mg/mL, from 47.5 mM to 52.5 mM Phosphate Buffer, from 4.75% to 5.25% sucrose, and from 23.75 mM to 26.25 mM Arginine; or (b) an anti-C5 antibody, from 47.5 mM to 52.5 mM Phosphate Buffer, from 4.75% to 5.25% sucrose, from 0.0475% to 0.0525% Polysorbate 80, and from 23.75 mM to 26.25 mM Arginine; wherein the anti-C5 antibody comprises a heavy chain polypeptide comprising the amino acid sequence depicted in SEQ ID NO: 14 and a light chain polypeptide comprising the amino acid sequence depicted in SEQ ID NO: 11, and wherein the pH of the solution is between 7.2 and 7.6.
A method for the operation and maintenance of a compressor with at least one valve subassembly, according to which the valve subassembly and the compressor are designed in a manner such that the valve subassembly comprises at least one first and a second valve which with opposed flow directions are arranged symmetrically to one another with respect to a central axis in the valve subassembly, wherein the valve subassembly can be installed into the compressor in two positions which are rotated by 180° to one another, wherein in a first position the at least one first valve operates as an inlet valve and the at least one second valve operates as an outlet valve, and in a second position the at least one first valve operates as an outlet valve and the at least one second valve operates as an inlet valve, and the compressor is operated in a manner such that the subassembly is used in its first position in the compressor for a first predefined time interval (t 1) and is subsequently installed into the compressor in a manner rotated by 180° and used in its second position in the compressor for a second predefined time interval (t 1).
A torque sensor comprising: a rotor section connected to a first shaft; and a stator section connected to a second shaft and comprising a stator holder configured to fix a first stator ring and a second stator ring, characterized in that the stator holder comprises a plurality of second coupling pieces protruding in an axial direction to be coupled to the second shaft, and a second hog ring coupled to pass through the plurality of second coupling pieces. a rotor section connected to a first shaft; and a stator section connected to a second shaft and comprising a stator holder configured to fix a first stator ring and a second stator ring,