mhurhangee/patent-ind-claim-en huggingface dataset:
A device for holding at least one substrate for use in a process chamber of a CVD or PVD reactor, with a flat upper side on which at least one bearing area for the at least one substrate is located, wherein an outline contour line corresponding to the outline contour of the substrate is flanked by positioning flanks for the positionally fixed contacting of a respective section of an edge of the substrate , which surrounds a bearing area base surface extending on a base surface level, with respective carrying protrusions projecting from a depression of the bearing area base surface , which have contact surfaces that are raised in relation to the bearing area base surface , on which the substrate can be placed, in a substrate contact level in which the contact surfaces extend, wherein a respective carrying protrusion is completely surrounded by a depression exhibiting a depression level, which is spaced farther apart from the substrate contact level in a vertical direction than the base surface level, wherein the depression has an annular apex line lying in the depression level, from which the floor of the depression transitions into the outer wall of the carrying protrusion with the formation of a cross sectional rounding, which in turn transitions without kinks into the curved contact surface with the formation of a cross sectional rounding, characterized in that the carrying protrusion extends as a kind of bulge without kinks from the apex line up to the contact surface .
A method for producing a fermented bamboo extract, comprising: a pulverization step of pulverizing bamboo to obtain bamboo powder; a fermentation step of fermenting the bamboo powder with lactic acid bacteria to obtain a fermented bamboo product; and an extraction step of subjecting the fermented bamboo product to hot water extraction characterized in that the hot water extraction is performed under conditions of 80°C to 130°C and 0.1 MPa to 0.3 MPa_to obtain an extract. a pulverization step of pulverizing bamboo to obtain bamboo powder; a fermentation step of fermenting the bamboo powder with lactic acid bacteria to obtain a fermented bamboo product; and an extraction step of subjecting the fermented bamboo product to hot water extraction characterized in that the hot water extraction is performed under conditions of 80°C to 130°C and 0.1 MPa to 0.3 MPa_to obtain an extract.
An exterior panel comprising: a metal sheet having a curved portion; a resin structure which includes a plurality of tubular bodies having the same length in a central axis direction, top surfaces covering respective one end portions of the tubular bodies, and base portions connecting respective the other end portions of the tubular bodies and is formed with the top surfaces being brought into close contact with and joined to the curved portion of the metal sheet; and a sheet member made of a resin or paper and joined to the base portions of the resin structure, a relationship between a tensile elastic modulus E (N/mm 2 ) and a thickness t (mm) of the sheet member satisfies Formula . 4.0 N ⋅ mm < E × t 3 < 200 N ⋅ mm a metal sheet having a curved portion; a resin structure which includes a plurality of tubular bodies having the same length in a central axis direction, top surfaces covering respective one end portions of the tubular bodies, and base portions connecting respective the other end portions of the tubular bodies and is formed with the top surfaces being brought into close contact with and joined to the curved portion of the metal sheet; and a sheet member made of a resin or paper and joined to the base portions of the resin structure, a relationship between a tensile elastic modulus E (N/mm 2 ) and a thickness t (mm) of the sheet member satisfies Formula . 4.0 N ⋅ mm < E × t 3 < 200 N ⋅ mm
A pipe cleaner for applying to a to-be-cleaned pipeline , comprising: a body , the surface of the body being provided with a cleaning portion ; wherein the cleaning portion is configured as a conductive structure, when the body moves along the pipeline , the cleaning portion is capable of pushing out dust particles in the pipeline to a tail end of the pipeline , and guiding out static electricity generated by friction with the pipeline ; wherein the cleaning portion is a plurality of conductive brushes arranged on the surface of the body ; characterized in that an area occupied by the cleaning portion on the surface of the body is 65% to 80% of the surface area of the body ; wherein the area occupied by the cleaning portion on the surface of the body is a sum of contact areas between the cleaning portion and the surface of the body . a body , the surface of the body being provided with a cleaning portion ; wherein the cleaning portion is configured as a conductive structure, when the body moves along the pipeline , the cleaning portion is capable of pushing out dust particles in the pipeline to a tail end of the pipeline , and guiding out static electricity generated by friction with the pipeline ; wherein the cleaning portion is a plurality of conductive brushes arranged on the surface of the body ; characterized in that an area occupied by the cleaning portion on the surface of the body is 65% to 80% of the surface area of the body ; wherein the area occupied by the cleaning portion on the surface of the body is a sum of contact areas between the cleaning portion and the surface of the body .
A system of at least two distributed wind turbines wherein said at least two wind turbines communicate via data communication network (DCN) wherein - said data communication network communicates monitoring and control data (MCD) to and from said at least two wind turbines (WT), - said data communication network communicates power control related data (PCRD) to and from said at least two wind turbines (WT), characterized by the following features: - said power control related data (PCRD) has higher transmission priority than a subset of said monitoring and control data (MCD) and wherein - said transmission priority is defined in relation to a protocol, and wherein each of the wind turbines comprises a device driver (DD) supporting the priority of the power control related data. - said data communication network communicates monitoring and control data (MCD) to and from said at least two wind turbines (WT), - said data communication network communicates power control related data (PCRD) to and from said at least two wind turbines (WT), characterized by the following features: - said power control related data (PCRD) has higher transmission priority than a subset of said monitoring and control data (MCD) and wherein - said transmission priority is defined in relation to a protocol, and wherein each of the wind turbines comprises a device driver (DD) supporting the priority of the power control related data.
A method of laser cutting a metal foil layer from a substrate construction , the method comprising: providing a carrier layer for the metal foil layer ; generating a laser beam having a selected wavelength, and directing the laser beam toward a surface of the metal foil layer to cut the metal foil layer , wherein the metal foil layer is vaporized by the laser beam at the selected wavelength and wherein the carrier layer is transparent to the laser beam at the selected wavelength such that the carrier layer remains substantially intact while the metal foil layer is laser cut into a plurality of parts, characterised by directing the laser beam to one or more removal areas cut from the substrate and by setting the laser beam to cause the metal foil layer to curl proximate one or more cut lines and to cause the metal foil layer to lift off the carrier layer proximate the one or more cut lines for aiding in separation of the carrier layer from the metal foil layer . providing a carrier layer for the metal foil layer ; generating a laser beam having a selected wavelength, and directing the laser beam toward a surface of the metal foil layer to cut the metal foil layer , wherein the metal foil layer is vaporized by the laser beam at the selected wavelength and wherein the carrier layer is transparent to the laser beam at the selected wavelength such that the carrier layer remains substantially intact while the metal foil layer is laser cut into a plurality of parts, characterised by directing the laser beam to one or more removal areas cut from the substrate and by setting the laser beam to cause the metal foil layer to curl proximate one or more cut lines and to cause the metal foil layer to lift off the carrier layer proximate the one or more cut lines for aiding in separation of the carrier layer from the metal foil layer .
A soluble form of a member of the CD83 family of proteins consisting of the extracellular domain of the CD83 protein with the amino acid residues 20 to 144 of SEQ ID NO:2 (sCD83 protein), a functional derivative of said sCD83 protein having up to 10 amino acids attached to the C- or N-terminus of said sCD83 protein and/or having up to 10 amino acids of said sCD83 protein substituted, a dimeric or trimeric form of said sCD83 protein, or a dimeric or trimeric form of the functional derivative of said sCD83 protein, for use in wound closure of cutaneous wounds.
A blow head for carrying out a blown film extrusion process, having at least one melt channel for conveying melt to a blow outlet of the blow head, wherein in the at least one melt channel at least one turning device is arranged for turning a melt in a melt channel and the turning device has a melt inlet and a melt outlet , wherein between the melt inlet and the melt outlet at least one melt guiding means is arranged for shifting melt from the center of the melt inlet to the edge of the melt outlet and for shifting melt from the edge of the melt inlet into the center of the melt outlet , characterized in that the at least one turning device is designed as an integral part of the at least one melt channel , wherein the at least one melt channel branches inside the blow head and the at least one turning device is arranged in at least one branching stage.
A cleaning fixture for cleaning a medical device having a housing , a shaft extending distally from the housing, an end effector assembly disposed at the distal end of the shaft, and a handle coupled to the housing and operable to effect manipulation of the end effector assembly, the cleaning fixture comprising: a shaft receiving portion configured to receive the shaft and end effector assembly of the medical device, the shaft receiving portion including at least one nozzle disposed towards a distal end of the shaft receiving portion such that the at least one nozzle is positioned adjacent the end effector assembly of the medical device upon receipt of the shaft and end effector assembly of the medical device within the shaft receiving portion; and a handle receiving portion configured to receive the housing and handle of the medical device, the handle receiving portion releasably securable with the shaft receiving portion to enclose the medical device therein, the handle receiving portion including at least one lever activation assembly positioned adjacent the handle and operable to selectively actuate the handle to manipulate the end effector assembly. a shaft receiving portion configured to receive the shaft and end effector assembly of the medical device, the shaft receiving portion including at least one nozzle disposed towards a distal end of the shaft receiving portion such that the at least one nozzle is positioned adjacent the end effector assembly of the medical device upon receipt of the shaft and end effector assembly of the medical device within the shaft receiving portion; and a handle receiving portion configured to receive the housing and handle of the medical device, the handle receiving portion releasably securable with the shaft receiving portion to enclose the medical device therein, the handle receiving portion including at least one lever activation assembly positioned adjacent the handle and operable to selectively actuate the handle to manipulate the end effector assembly.
An article of footwear comprising: an upper ; and a sole coupled to the upper and comprising dispensed components having a non- hollow spiral geometry, each spiral dispensed component extending vertically with layers of the spiral geometry stacked on top of each other, wherein the spiral dispensed components are disposed adjacent to each other along a longitudinal direction of the sole . an upper ; and a sole coupled to the upper and comprising dispensed components having a non- hollow spiral geometry, each spiral dispensed component extending vertically with layers of the spiral geometry stacked on top of each other, wherein the spiral dispensed components are disposed adjacent to each other along a longitudinal direction of the sole .
Device for viewing the inside of a mouth of a patient , the viewing device comprising a penetrating ray emitter capable of taking an image of an internal portion located under an outer surface of an organ arranged in the mouth, a pair of augmented reality glasses having, on the one hand, an optical lens through which a user of the pair of glasses can view the inside of the mouth, and, on the other hand, a viewing camera suitable for taking an image of what the user sees through the optical lens, a central processing unit capable of correlating first images corresponding to the images taken by the viewing camera with second images corresponding to those taken by the penetrating ray emitter , characterized in that the central processing unit is adapted so that a correlation of images is projected onto said optical lens, said correlation of images consisting of: - said view of an internal portion, - the direct view through said glasses and - said image taken by the camera , said internal portion thus being visible through said optical lens, superimposed on the direct view and on said image taken by the camera . - said view of an internal portion, - the direct view through said glasses and - said image taken by the camera ,
An aircraft engine assembly comprising: a compounded turboshaft engine comprising a rotary engine having a roll axis , a pitch axis and a yaw axis , each axis extending through a center of gravity of the rotary engine ; a first set of one-degree-of-freedom links mounted to a first side and a second side of the rotary engine , the first set of one-degree-of-freedom links having a distal end configured to be mounted to an aircraft and a proximal end mounted to the rotary engine , the first set of one-degree-of-freedom links positioned relative to the rotary engine to have respective reaction axes passing through the roll axis ; and a second set of links (12;9) having a distal end (20;25) configured to be mounted to the aircraft and a proximal end mounted to the rotary engine , the second set of links (12;9) positioned relative to the rotary engine to have respective reaction axes transversally spaced-apart from the roll axis . a compounded turboshaft engine comprising a rotary engine having a roll axis , a pitch axis and a yaw axis , each axis extending through a center of gravity of the rotary engine ; a first set of one-degree-of-freedom links mounted to a first side and a second side of the rotary engine , the first set of one-degree-of-freedom links having a distal end configured to be mounted to an aircraft and a proximal end mounted to the rotary engine , the first set of one-degree-of-freedom links positioned relative to the rotary engine to have respective reaction axes passing through the roll axis ; and a second set of links (12;9) having a distal end (20;25) configured to be mounted to the aircraft and a proximal end mounted to the rotary engine , the second set of links (12;9) positioned relative to the rotary engine to have respective reaction axes transversally spaced-apart from the roll axis .
An ion source (100; 400; 700; 1400), comprising: a plasma generator (104; 404; 1404) configured for supplying plasma at an ionization region proximate to a sample surface (120; 1120; 1220; 1320; 1420), the plasma generator comprising a plasma generating component (132; 532; 632; 732; 932; 1132; 1232; 1332) configured for applying a radio frequency energy; and an interface (116; 716; 1416) configured for transferring analyte ions or photons produced in the plasma to an analytical instrument , characterized in that the plasma generating component is further configured for switching between operating in a desorption mode and in an ionization mode, wherein: in the desorption mode, the plasma generating component applies the radio frequency energy effective for heating the sample without generating plasma; and in the ionization mode, the plasma generating component applies the radio frequency energy effective for generating plasma from a plasma precursor gas. a plasma generator (104; 404; 1404) configured for supplying plasma at an ionization region proximate to a sample surface (120; 1120; 1220; 1320; 1420), the plasma generator comprising a plasma generating component (132; 532; 632; 732; 932; 1132; 1232; 1332) configured for applying a radio frequency energy; and an interface (116; 716; 1416) configured for transferring analyte ions or photons produced in the plasma to an analytical instrument , characterized in that the plasma generating component is further configured for switching between operating in a desorption mode and in an ionization mode, wherein: in the desorption mode, the plasma generating component applies the radio frequency energy effective for heating the sample without generating plasma; and in the ionization mode, the plasma generating component applies the radio frequency energy effective for generating plasma from a plasma precursor gas. in the desorption mode, the plasma generating component applies the radio frequency energy effective for heating the sample without generating plasma; and in the ionization mode, the plasma generating component applies the radio frequency energy effective for generating plasma from a plasma precursor gas.
A foldable case for removably receiving a separate and distinct foldable mobile electronic device having a front device surface, a rear device surface opposite the front device surface, and a periphery extending between the front device surface and the rear device surface of the device, the case comprising: first and second cover members including respective first and second rear walls , respective first and second peripheral rims and respective first and second sidewalls extending between the respective rear walls and the respective peripheral rims and thereby defining respective first and second recesses configured for receiving respective first and second portions of the device; characterized in that the case further comprises: opposing first and second hinge members each extending between adjacent locations at the respective peripheral rims of the first and the second cover members to hingedly connect the first and the second cover members.
A method of controlling the flow of ink and/or air through the gutter line of a single jet continuous inkjet printer using a vacuum pump , characterised in that said method comprises identifying transition flow in said gutter line, where transition flow occurs between annular flow where ink flows as an annulus down the gutter line and forms a layer on the inner surface of the line, and slug flow, where ink and air are not mixed but form into, and flow as, individual slugs of ink and air in said gutter line by running the vacuum pump at a speed sufficient to establish annular flow of ink and air through the gutter line , determining vacuum noise values in the gutter line , comparing vacuum noise values with a predetermined threshold value, and lowering the speed of the vacuum pump until a vacuum noise value is greater than the predetermined threshold value, and controlling said pump to maintain transition flow in said gutter line by comparing vacuum noise values with a predetermined threshold value and, if a vacuum noise value is less than the predetermined threshold value, lowering the speed of the vacuum pump , or, if a vacuum noise value is greater than the predetermined threshold value, raising the speed of the vacuum pump .
A delivery device for delivering an anchoring device to a native valve annulus of a patient's heart, where the anchoring device is usable to secure a prosthetic heart valve at the native valve annulus, the delivery device comprising: a delivery catheter having a distal region configured such that it can transition from a first shape to a second shape different from the first shape, the second shape being curved; and a pusher tool , the pusher tool comprising: a body rotationally fixable relative to the delivery catheter ; a control connected to the body ; and a pusher connected to the control ; wherein the pusher is configured to extend through the body to the delivery catheter , and to move translationally in the delivery catheter when the control is actuated, to move the anchoring device within and/or out of the delivery catheter . a delivery catheter having a distal region configured such that it can transition from a first shape to a second shape different from the first shape, the second shape being curved; and a pusher tool , the pusher tool comprising: a body rotationally fixable relative to the delivery catheter ; a control connected to the body ; and a pusher connected to the control ; a body rotationally fixable relative to the delivery catheter ; a control connected to the body ; and a pusher connected to the control ; wherein the pusher is configured to extend through the body to the delivery catheter , and to move translationally in the delivery catheter when the control is actuated, to move the anchoring device within and/or out of the delivery catheter .