mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a structure, the method comprising: forming a mask element overlying a layer of crystalline phase material, the layer of crystalline phase material having at least below the mask element a diamond cubic crystal structure having a plurality of crystallographic planes, including a particular crystal plane being a plane of the diamond cubic crystal structure, the mask element having a first sidewall surface and a third sidewall surface; etching the layer using the mask element as an etch mask, thereby forming a second sidewall surface in the layer at a location defined by the first sidewall surface and a fourth sidewall surface in the layer at a location defined by the third sidewall surface; processing the etched layer to straighten both the second and fourth sidewall surfaces extending along respective planes parallel to the particular crystal plane, wherein the processing comprises performing an etching process that has an etch rate for the particular plane that is the slowest of all the crystallographic planes of the crystalline phase material; and etching a second layer underlying said layer using the straightened second sidewall surface as an etch mask, thereby forming an additional sidewall surface in the second layer at a location defined by the straightened second sidewall surface in said layer; wherein the top surface of the layer of crystalline phase material is aligned along a crystallographic plane. forming a mask element overlying a layer of crystalline phase material, the layer of crystalline phase material having at least below the mask element a diamond cubic crystal structure having a plurality of crystallographic planes, including a particular crystal plane being a plane of the diamond cubic crystal structure, the mask element having a first sidewall surface and a third sidewall surface; etching the layer using the mask element as an etch mask, thereby forming a second sidewall surface in the layer at a location defined by the first sidewall surface and a fourth sidewall surface in the layer at a location defined by the third sidewall surface; processing the etched layer to straighten both the second and fourth sidewall surfaces extending along respective planes parallel to the particular crystal plane, wherein the processing comprises performing an etching process that has an etch rate for the particular plane that is the slowest of all the crystallographic planes of the crystalline phase material; and etching a second layer underlying said layer using the straightened second sidewall surface as an etch mask, thereby forming an additional sidewall surface in the second layer at a location defined by the straightened second sidewall surface in said layer; wherein the top surface of the layer of crystalline phase material is aligned along a crystallographic plane.
A stationary anode X-ray tube for analysis, comprising: an envelope comprising an opening; an X-ray transmission assembly mounted on the envelope and vacuum-tightly blocking the opening; a cathode accommodated in the envelope and configured to emit electrons; and an anode target accommodated in the envelope and configured to emit X-rays, wherein the X-ray transmission assembly comprises: a window frame opposing the opening and vacuum-tightly mounted to the envelope, an X-ray transmission window formed of a beryllium thin plate, accommodated in the window frame, and configured to maintain, along with the window frame, a vacuum-tight state inside the envelope and transmit X-rays, an X-ray-resistive resin film located on the atmosphere side with respect to the X-ray transmission window, opposing the X-ray transmission window with a gap between the X-ray-resistive resin film and window frame, and configured to form a space inside along with the window frame and the X-ray transmission window, a sealing member configured to airtightly block the gap between the window frame and the X-ray-resistive resin film to maintain an airtight state of the space, and a dry gas filled in the space. an envelope comprising an opening; an X-ray transmission assembly mounted on the envelope and vacuum-tightly blocking the opening; a cathode accommodated in the envelope and configured to emit electrons; and an anode target accommodated in the envelope and configured to emit X-rays, a window frame opposing the opening and vacuum-tightly mounted to the envelope, an X-ray transmission window formed of a beryllium thin plate, accommodated in the window frame, and configured to maintain, along with the window frame, a vacuum-tight state inside the envelope and transmit X-rays, an X-ray-resistive resin film located on the atmosphere side with respect to the X-ray transmission window, opposing the X-ray transmission window with a gap between the X-ray-resistive resin film and window frame, and configured to form a space inside along with the window frame and the X-ray transmission window, a sealing member configured to airtightly block the gap between the window frame and the X-ray-resistive resin film to maintain an airtight state of the space, and a dry gas filled in the space.
A top plate for a cooking device comprising: a glass substrate that has a cooking surface on which a cooking utensil is to be placed and a back surface located on a side opposite to the cooking surface; and a first coating film provided on the cooking surface and having a pattern, wherein the first coating film is made only of glass and is substantially free of any inorganic pigment, wherein the glass substrate is transparent and the top plate further comprises a second coating film provided on the back surface of the glass substrate, wherein the second coating film is a light shielding film, or wherein the glass substrate is a deeply colored crystallized glass plate. a glass substrate that has a cooking surface on which a cooking utensil is to be placed and a back surface located on a side opposite to the cooking surface; and a first coating film provided on the cooking surface and having a pattern, wherein the first coating film is made only of glass and is substantially free of any inorganic pigment, wherein the glass substrate is transparent and the top plate further comprises a second coating film provided on the back surface of the glass substrate, wherein the second coating film is a light shielding film, or wherein the glass substrate is a deeply colored crystallized glass plate.
A process for the preparation of a compound of formula I from furfural by adding a water-isopropanol mixture into the furfural which leads to conversion of furfural and yield of, wherein R1 is selected independently from hydrogen or CH 3, said process comprising contacting furfural and water-isopropanol mixture with a supported metal catalyst taken in the reactor in the presence of an inert gas as co-feed at a temperature in the range of 200 - 250 °C, at an inert gas pressure in the range 1 to 10 bar to obtain compound of formula I, wherein furfural to water-isopropanol mixture weight ratio ranges between 1:5 to 1:25, and wherein the ratio of catalyst to furfural ranges between 2 and 5 wt%, and wherein supported metal catalyst used is selected from the group consisting of supported Pd or Pt catalyst and Pd or Pt content on the support ranges from 2 - 10 wt%, wherein support in supported metal catalyst is selected from the group consisting of alumina, ceria, zirconia, ceria-zirconia, sulphated zirconia, silica, carbon, clay, hydrotalcite, MgO-Al 2 O 3 or mixtures thereof.
An electrode for an electrochemical machining apparatus that uses a sulfuric acid aqueous solution as electrolyte, said electrode comprising only: a hollow core tube formed of a beta titanium alloy, capable of maintaining its shape when being deformed although not plastically deformed; and a coating formed of an acid-resistant insulating material that is fixed to an outer periphery of the core tube, wherein the tip ends of the core tube and the coating are formed into a conical surface having an inclination angle, and a second hole having a direction or a curvature different from that of a first hole having a predetermined curvature can be formed continuously from the first hole by the core tube. a hollow core tube formed of a beta titanium alloy, capable of maintaining its shape when being deformed although not plastically deformed; and a coating formed of an acid-resistant insulating material that is fixed to an outer periphery of the core tube, wherein the tip ends of the core tube and the coating are formed into a conical surface having an inclination angle, and a second hole having a direction or a curvature different from that of a first hole having a predetermined curvature can be formed continuously from the first hole by the core tube.
Profile arrangement, in particular for a room partition and/or shower partition, wherein the profile arrangement has a - preferably at least substantially U-shaped - base profile and a - preferably at least substantially L-shaped - clamping profile and is designed to hold or connect to at least one pane, wherein the clamping profile comprises or forms a lever and a clamping part, and wherein by pivoting the lever in the direction of the base profile an opening of the profile arrangement can be reduced and a pane can be clamped in the profile arrangement, characterised in that, by pivoting the lever in the direction of the base profile, the pane can be clamped in the profile arrangement without screws, and in that the clamping profile is designed to be self-locking, has or causes a pressure point during the pivoting movement and is designed in such a way that the pressure and/or the clamping force on the pane is increased at least temporarily both when clamping and when releasing the pane. wherein the profile arrangement has a - preferably at least substantially U-shaped - base profile and a - preferably at least substantially L-shaped - clamping profile and is designed to hold or connect to at least one pane, wherein the clamping profile comprises or forms a lever and a clamping part, and wherein by pivoting the lever in the direction of the base profile an opening of the profile arrangement can be reduced and a pane can be clamped in the profile arrangement, characterised in that, by pivoting the lever in the direction of the base profile, the pane can be clamped in the profile arrangement without screws, and in that the clamping profile is designed to be self-locking, has or causes a pressure point during the pivoting movement and is designed in such a way that the pressure and/or the clamping force on the pane is increased at least temporarily both when clamping and when releasing the pane.
A breakable capsule for use in a tobacco industry product, the capsule having a core-shell structure, the core comprising; (a) about 12-25% w/w of a crystallisation inhibitor comprising one or more compounds selected from the group comprising a flavourant which is a mint oil from any species of the genus Mentha, pepper oil, vanillin, eucalyptol, limonene, C 4 - C 16 lactones, C 2 -C 14 esters, C 6 -C 20 aldehydes, C 7 -C 20 ketones and C 6 - C 20 alcohols, but not tri-esters of glycerol; (b) at least about 35% w/w menthol; and (c) a solvent; wherein the above weight percentage values are based on the total weight of the core. (a) about 12-25% w/w of a crystallisation inhibitor comprising one or more compounds selected from the group comprising a flavourant which is a mint oil from any species of the genus Mentha, pepper oil, vanillin, eucalyptol, limonene, C 4 - C 16 lactones, C 2 -C 14 esters, C 6 -C 20 aldehydes, C 7 -C 20 ketones and C 6 - C 20 alcohols, but not tri-esters of glycerol; (b) at least about 35% w/w menthol; and (c) a solvent;
A method of wireless communication by a user equipment, comprising: determining a first timing advance for transmitting data communications to a base station; determining a second timing advance for transmitting a reference signal to other user equipment for cross link interference measurement; transmitting, based on the first timing advance, the communications to the base station; and transmitting, based on the second timing advance, the reference signal to the other user equipment. determining a first timing advance for transmitting data communications to a base station; determining a second timing advance for transmitting a reference signal to other user equipment for cross link interference measurement; transmitting, based on the first timing advance, the communications to the base station; and transmitting, based on the second timing advance, the reference signal to the other user equipment.
A method of wireless communication over a shared spectrum carrier, the method operable at a scheduling entity, the method comprising: transmitting downlink control information in a control region of a downlink-centric slot on the shared spectrum carrier, the downlink control information comprising: a unicast control channel comprising at least one control channel element directed to a specific receiving device; and a broadcast control channel comprising common control information relating to access control for the shared spectrum carrier, wherein the unicast control channel and the broadcast control channel are multiplexed together in a first symbol or first group of symbols of the control region of the downlink-centric slot on the shared spectrum carrier, transmitting the downlink control information further comprising: mapping a set of bits corresponding to the common control information to a concatenation of base sequences in a time domain or frequency domain, which are selected from among a plurality of base sequences and satisfy a coding constraint, for transmission of the common control information, wherein a base sequence corresponds to a group of symbols in the time domain or frequency domain. a unicast control channel comprising at least one control channel element directed to a specific receiving device; and a broadcast control channel comprising common control information relating to access control for the shared spectrum carrier, wherein the unicast control channel and the broadcast control channel are multiplexed together in a first symbol or first group of symbols of the control region of the downlink-centric slot on the shared spectrum carrier, transmitting the downlink control information further comprising: mapping a set of bits corresponding to the common control information to a concatenation of base sequences in a time domain or frequency domain, which are selected from among a plurality of base sequences and satisfy a coding constraint, for transmission of the common control information, wherein a base sequence corresponds to a group of symbols in the time domain or frequency domain.
A lithium ion secondary battery comprising a positive electrode, a negative electrode, an electrolyte solution, and a separator disposed between the positive electrode and the negative electrode, wherein the positive electrode has a charge capacity per unit area of 3 mAh/cm 2 or more, the negative electrode comprises a metal and/or a metal oxide and a carbon as negative electrode active materials, the acceptable amount of lithium in the carbon in the negative electrode is less than the releasable amount of lithium from the positive electrode, and the separator is a microporous membrane having a pore size of 0.5 μm or less, and formed of one or more materials selected from polyimide resins, polyamide resins and polyphenylene sulfide resins. the positive electrode has a charge capacity per unit area of 3 mAh/cm 2 or more, the negative electrode comprises a metal and/or a metal oxide and a carbon as negative electrode active materials, the acceptable amount of lithium in the carbon in the negative electrode is less than the releasable amount of lithium from the positive electrode, and the separator is a microporous membrane having a pore size of 0.5 μm or less, and formed of one or more materials selected from polyimide resins, polyamide resins and polyphenylene sulfide resins.
A semiconductor device comprising: a logic circuit comprising a first transistor including a channel formation region comprising a semiconductor material other than an oxide semiconductor, a second transistor including a channel formation region in an oxide semiconductor layer; wherein one (142a,b) of a source electrode and a drain electrode of the second transistor is electrically connected (136c, 150c, 154c, 150d) to at least one input of the logic circuit, wherein at least one input signal is applied to the logic circuit through the second transistor, and wherein the second transistor is provided above the logic circuit. a logic circuit comprising a first transistor including a channel formation region comprising a semiconductor material other than an oxide semiconductor, a second transistor including a channel formation region in an oxide semiconductor layer; wherein one (142a,b) of a source electrode and a drain electrode of the second transistor is electrically connected (136c, 150c, 154c, 150d) to at least one input of the logic circuit, wherein at least one input signal is applied to the logic circuit through the second transistor, and wherein the second transistor is provided above the logic circuit.
Pyridine-3,4-diamine, a physiologically tolerable salt, solvate, hydrate, co-crystal, polymorphs thereof and/or mixtures containing two of the mentioned compounds for the use for the prophylaxis and/or treatment of a fatigue, which is associated with a viral infection and wherein the viral infection is triggered by ss(+)RNA viruses of the family Coronaviridae comprising the virus SARS-CoV-1, SARS-CoV-2, MERS-CoV, HCoV-HKU1, HCoV-OC43, HCoV-NL63 and/or HCoV-229E.
Machine to tape articles, also having a complex shape, along edges (30a, 30b) of layers of material already temporarily joined together along a join line, comprising a taping unit suitable to apply a tape in correspondence to said join line, and at least a movement unit to determine the feed of said edges (30a, 30b) and comprising a first roll having a first axis of rotation and at least a second roll (17, 117, 217) having a second axis of rotation substantially parallel to said first axis of rotation, said first roll and said second roll (17, 117, 217) defining in use a passage gap for said edges (30a, 30b), wherein said second roll (17, 117, 217) is mounted on a support element configured to rotate around an axis of rotation substantially coinciding with said second axis of rotation, characterized in that said support element is associated with an electric motor mean (35, 36, 37) able to allow a substantially continuous rotation thereof at a variable speed.
A cutting device for agricultural machines, comprising: - a shaft having an axis of extension and defining a lateral surface of the shaft located around the axis of extension, the shaft being designed to be operatively in rotation around the axis of extension for dragging at least one group of cutting wires; - joining means configured to render integral the wires of the group to the rotation of the shaft, so as to form, for each wire of the group, a condition of joining to the shaft wherein the wire projects from the lateral surface of the shaft and may be dragged by the rotation of the shaft, wherein the joining means comprise at least one independent support and at least one seat made in the shaft, the independent support having a plurality of retaining elements each of which configured for retaining a respective wire of the group; wherein the independent support can be housed, in a removable way, in the at least one seat; wherein the seat comprises at least one lateral opening positioned on the lateral surface of the shaft; characterized in that at least one of the retaining elements is positioned relative to the at least one lateral opening in such a way that the respective wire, in the respective joining condition, projects from the lateral surface of the shaft passing through the lateral opening. - a shaft having an axis of extension and defining a lateral surface of the shaft located around the axis of extension, the shaft being designed to be operatively in rotation around the axis of extension for dragging at least one group of cutting wires; - joining means configured to render integral the wires of the group to the rotation of the shaft, so as to form, for each wire of the group, a condition of joining to the shaft wherein the wire projects from the lateral surface of the shaft and may be dragged by the rotation of the shaft,
Multi-component cartridge having a first container for holding a first component and a second container for holding a second component of a curable composition, the multi-component cartridge having an outlet portion for delivering the first component, in which outlet portion there is arranged a holding sleeve in which an outflow portion of the second container is installed, characterised in that the holding sleeve projects beyond the outlet portion in the outflow direction of the composition, and/or the holding sleeve projects beyond the outflow portion in the outflow direction of the composition.
An internal combustion engine, comprising: a compressor (20a, 80a) for supercharging intake air; an EGR device for introducing EGR gas into an intake passage on an upstream side relative to the compressor (20a, 80a); and a collecting pocket (50, 60, 70) that is provided at an outer circumference of an inlet (20a7) of the compressor (20a, 80a), and that collects condensed water that is generated inside the intake passage (20a, 80a) on the upstream side relative to the compressor (20a, 80a); wherein: the collecting pocket (50, 60, 70) opens towards the upstream side of the compressor (20a, 80a), and is formed in a ring shape that surrounds the outer circumference of the inlet (20a7) of the compressor (20a, 80a); the collecting pocket (50, 60, 70) includes at least one partition wall (52, 62, 72) that holds back a flow of condensed water that attempts to move in a downward gravitational direction inside an internal space of the collecting pocket (50, 60, 70) and; an inner wall of the intake passage (20a, 80a) that is positioned directly above a flow of intake air to the collecting pocket (50, 60, 70) covers a portion of the collecting pocket (50, 60, 70) in a radial direction of the inlet (20a7) of the compressor (20a, 80a). a compressor (20a, 80a) for supercharging intake air; an EGR device for introducing EGR gas into an intake passage on an upstream side relative to the compressor (20a, 80a); and a collecting pocket (50, 60, 70) that is provided at an outer circumference of an inlet (20a7) of the compressor (20a, 80a), and that collects condensed water that is generated inside the intake passage (20a, 80a) on the upstream side relative to the compressor (20a, 80a); wherein: the collecting pocket (50, 60, 70) opens towards the upstream side of the compressor (20a, 80a), and is formed in a ring shape that surrounds the outer circumference of the inlet (20a7) of the compressor (20a, 80a); the collecting pocket (50, 60, 70) includes at least one partition wall (52, 62, 72) that holds back a flow of condensed water that attempts to move in a downward gravitational direction inside an internal space of the collecting pocket (50, 60, 70) and; an inner wall of the intake passage (20a, 80a) that is positioned directly above a flow of intake air to the collecting pocket (50, 60, 70) covers a portion of the collecting pocket (50, 60, 70) in a radial direction of the inlet (20a7) of the compressor (20a, 80a). the collecting pocket (50, 60, 70) opens towards the upstream side of the compressor (20a, 80a), and is formed in a ring shape that surrounds the outer circumference of the inlet (20a7) of the compressor (20a, 80a); the collecting pocket (50, 60, 70) includes at least one partition wall (52, 62, 72) that holds back a flow of condensed water that attempts to move in a downward gravitational direction inside an internal space of the collecting pocket (50, 60, 70) and; an inner wall of the intake passage (20a, 80a) that is positioned directly above a flow of intake air to the collecting pocket (50, 60, 70) covers a portion of the collecting pocket (50, 60, 70) in a radial direction of the inlet (20a7) of the compressor (20a, 80a).