mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining plasma characteristics, comprising the steps of: - arranging a measurement probe having a self-inductance in proximity to a plasma to establish inductive coupling between the plasma and the measurement probe ; - determining a mutual inductance (M probe/plasma ) between the measurement probe and the plasma ; - depending on the mutual inductance (M probe/plasma ), estimating a quantity representing the plasma complex conductivity (σ) ; and - deriving at least one plasma parameter from the quantity representing the plasma conductivity (σ). - arranging a measurement probe having a self-inductance in proximity to a plasma to establish inductive coupling between the plasma and the measurement probe ; - determining a mutual inductance (M probe/plasma ) between the measurement probe and the plasma ; - depending on the mutual inductance (M probe/plasma ), estimating a quantity representing the plasma complex conductivity (σ) ; and - deriving at least one plasma parameter from the quantity representing the plasma conductivity (σ).
An electronic control device of a vehicle includes: a control unit that executes a plurality of applications; a data extraction unit that extracts data from a received data frame conforming to a predetermined communication protocol; a vehicle information generation unit that generates vehicle information based on the data extracted by the data extraction unit ; a vehicle information storage unit that stores the vehicle information generated by the vehicle information generation unit ; and a vehicle information provision unit that provides the vehicle information stored in the vehicle information storage unit to one of the applications as a request source that requests the vehicle information to be provided, characterised in that the vehicle information generated by the vehicle information generation unit is data uniquely specified from the data extracted from the data frame and has smaller amount of data than the data extracted from the data frame. a control unit that executes a plurality of applications; a data extraction unit that extracts data from a received data frame conforming to a predetermined communication protocol; a vehicle information generation unit that generates vehicle information based on the data extracted by the data extraction unit ; a vehicle information storage unit that stores the vehicle information generated by the vehicle information generation unit ; and a vehicle information provision unit that provides the vehicle information stored in the vehicle information storage unit to one of the applications as a request source that requests the vehicle information to be provided, characterised in that the vehicle information generated by the vehicle information generation unit is data uniquely specified from the data extracted from the data frame and has smaller amount of data than the data extracted from the data frame.
A film-packaged tissue paper in which a pop-up type tissue paper bundle having a substantially cuboid shape and formed by folding and stacking a plurality of tissue papers so that the tissue paper is folded in half and outer folded sides of the other tissue papers located at upper and lower positions are located at an inner folded side is packaged with a flexible resinous packaging film , wherein an air vent communicating the inside and the outside of a package is formed at a position facing a short side surface having no arranged folded edges of the tissue paper bundle of the packaging film, the air vent being capable of discharging a gas inside the package to the outside of the package and guiding a gas outside the package to flow into the package.
Blown film system , comprising an annular nozzle for extruding a film tube, a tube formation zone for longitudinal and transverse stretching of the film tube, a coolant for the film tube moving in the machine direction, a flattening for the film tube to form a double-layer film web, and a haul-off roller pair beyond the coolant for hauling off the film tube, wherein a treatment roller line for longitudinal stretching of the double-layer film web is provided beyond the haul-off roller pair , in the machine direction, wherein the machine direction is oriented vertically, from bottom to top, and the treatment roller line is arranged above the haul-off roller pair, wherein a heating means for the double-layer film web is preferably provided, characterised in that at least three, four, five, six or more rollers or pairs of squeezing rollers are provided in the treatment roller line , specifically comprising a first, a second, a third, and optionally further rollers or pairs of squeezing rollers, wherein these perform at least three, four, five, six or more different functions within the treatment roller line , specifically retaining, heating, stretching and tempering, wherein the first roller is provided with a speed regulation means, such that the surface speed thereof, upon rotation, can be adjusted quite precisely to a specified amount, the second roller is provided with a drive and a regulation means, as a result of which the second roller can be adjusted to a significantly higher circumferential speed than the first roller, wherein the third roller is also driveable.
An electronic cell (100; 200; 300; 400) comprising an integrated stack having successively, vertically: - a first electrode ; - an ovonic threshold switch layer ; - a second electrode connected to the ovonic threshold switch layer and in contact with the ovonic threshold switch layer ; and - a fixed resistor connected to the second electrode and in direct contact with the second electrode , wherein the fixed resistor has a L-shaped cross-section and has a horizontal portion and a vertical portion , characterised in that the vertical portion is located between the horizontal portion and the second electrode . - a first electrode ; - an ovonic threshold switch layer ; - a second electrode connected to the ovonic threshold switch layer and in contact with the ovonic threshold switch layer ; and - a fixed resistor connected to the second electrode and in direct contact with the second electrode , wherein the fixed resistor has a L-shaped cross-section and has a horizontal portion and a vertical portion , characterised in that the vertical portion is located between the horizontal portion and the second electrode .
A wind power generation system comprising: a blade ; a lightning protection device including a receptor provided at the blade and guiding a current of lightning to the ground from the receptor via a lightning conductor ; an electric device installed at the blade and including a first electric conductor and a second electric conductor provided apart from each other; a voltage application mechanism for applying a voltage between the first electric conductor and the second electric conductor ; a first lightning arrester element having one end thereof electrically connected to the first electric conductor and having the other end thereof grounded; and a second lightning arrester element having one end thereof electrically connected to the second electric conductor and having the other end thereof grounded, characterized in that each of the first lightning arrester element and the second lightning arrester element is a sphere gap arrester in which a pair of spheres is held with a gap provided therebetween. a blade ; a lightning protection device including a receptor provided at the blade and guiding a current of lightning to the ground from the receptor via a lightning conductor ; an electric device installed at the blade and including a first electric conductor and a second electric conductor provided apart from each other; a voltage application mechanism for applying a voltage between the first electric conductor and the second electric conductor ; a first lightning arrester element having one end thereof electrically connected to the first electric conductor and having the other end thereof grounded; and a second lightning arrester element having one end thereof electrically connected to the second electric conductor and having the other end thereof grounded, characterized in that each of the first lightning arrester element and the second lightning arrester element is a sphere gap arrester in which a pair of spheres is held with a gap provided therebetween.
A cloud system data management method, wherein the method comprises: creating , by a cloud system data management apparatus, a first virtual machine for a user; allocating , by the cloud system data management apparatus, a virtual data volume to the first virtual machine, wherein a home identifier of the first virtual machine identifies the user; setting , by the cloud system data management apparatus, the home identifier of the first virtual machine as an identifier of the virtual data volume; determining , by the cloud system data management apparatus, whether a home identifier of a second virtual machine corresponds to the identifier of the virtual data volume when the virtual data volume is to be mounted to the second virtual machine; and allowing , by the cloud system data management apparatus, the virtual data volume to be mounted to the second virtual machine, if the home identifier of the second virtual machine is determined to correspond to the identifier of the virtual data volume. creating , by a cloud system data management apparatus, a first virtual machine for a user; allocating , by the cloud system data management apparatus, a virtual data volume to the first virtual machine, wherein a home identifier of the first virtual machine identifies the user; setting , by the cloud system data management apparatus, the home identifier of the first virtual machine as an identifier of the virtual data volume; determining , by the cloud system data management apparatus, whether a home identifier of a second virtual machine corresponds to the identifier of the virtual data volume when the virtual data volume is to be mounted to the second virtual machine; and allowing , by the cloud system data management apparatus, the virtual data volume to be mounted to the second virtual machine, if the home identifier of the second virtual machine is determined to correspond to the identifier of the virtual data volume.
A method for setting up a network, wherein multiple virtual containers are provided access to a computing resource in a computing system, the method comprising: creating a plurality of virtual devices in a namespace of a host container, wherein creating the plurality of virtual devices comprises causing a virtual driver to create multiple instances of the virtual device, wherein the virtual driver is a copy of a real driver, modified to provide information required to communicate with a separate real driver and/or to invoke separate module or commands to communicate across namespace boundaries; associating each one of the virtual devices with a corresponding virtual container by changing the namespace of the virtual devices to a namespace of the corresponding virtual container; connecting the virtual devices to a real device corresponding to the computing resource associated with the host container to enable communication between the virtual devices and the real device across the namespace of the host container, wherein the real device is one of a wireless network adapter, an Ethernet adapter, and a universal serial bus adapter; and managing conflict between the virtual containers via virtual drivers of the virtual devices, wherein the real device indicates to the virtual devices regarding overloading and/or inability to process additional requests. creating a plurality of virtual devices in a namespace of a host container, wherein creating the plurality of virtual devices comprises causing a virtual driver to create multiple instances of the virtual device, wherein the virtual driver is a copy of a real driver, modified to provide information required to communicate with a separate real driver and/or to invoke separate module or commands to communicate across namespace boundaries; associating each one of the virtual devices with a corresponding virtual container by changing the namespace of the virtual devices to a namespace of the corresponding virtual container; connecting the virtual devices to a real device corresponding to the computing resource associated with the host container to enable communication between the virtual devices and the real device across the namespace of the host container, wherein the real device is one of a wireless network adapter, an Ethernet adapter, and a universal serial bus adapter; and managing conflict between the virtual containers via virtual drivers of the virtual devices, wherein the real device indicates to the virtual devices regarding overloading and/or inability to process additional requests.
An anti-inflammatory, analgesic and fast-healing external traditional Chinese medicine preparation, which comprises following components in parts by weight: corydalis tuber 30 - 80; maifanitum 20 - 90; radix aconiti kusnezoffii praeparata 20 - 50; common clubmoss herb 10 - 45; clematis root 10 - 40; safflower 10 - 40; bryozoatum 5 - 40; and oyster shell 5 - 35.
A formed film for use as a fluid distribution material in an absorbent article comprising a topsheet, a backsheet, an absorbent core between the topsheet and backsheet, the formed film comprising: a first side comprising a plurality of elongated ridges extending from a first land area of the first side and oriented in a first direction, a plurality of valleys defined by adjacent elongated ridges and the first land area and oriented in the first direction, and a plurality of primary apertures located at bottoms of the valleys ; and a second side opposite the first side , the second side comprisinga plurality ofapertured protuberances , each of the apertured protuberances comprising a continuous sidewall extending from a second land area of the second side to a distal end comprising a secondary aperture ,wherein each secondary aperture is substantially aligned with a primary aperture , wherein the formed film has a thickness greater than 0.9 mm under a pressure of 0.489 kPa (0.071 psi), and a thickness greater than 0.3 mm under a pressure of 4.137 kPa (0.6 psi). a first side comprising a plurality of elongated ridges extending from a first land area of the first side and oriented in a first direction, a plurality of valleys defined by adjacent elongated ridges and the first land area and oriented in the first direction, and a plurality of primary apertures located at bottoms of the valleys ; and a plurality of elongated ridges extending from a first land area of the first side and oriented in a first direction, a plurality of valleys defined by adjacent elongated ridges and the first land area and oriented in the first direction, and a plurality of primary apertures located at bottoms of the valleys ; and a second side opposite the first side , the second side comprisinga plurality ofapertured protuberances , each of the apertured protuberances comprising a continuous sidewall extending from a second land area of the second side to a distal end comprising a secondary aperture ,wherein each secondary aperture is substantially aligned with a primary aperture , wherein the formed film has a thickness greater than 0.9 mm under a pressure of 0.489 kPa (0.071 psi), and a thickness greater than 0.3 mm under a pressure of 4.137 kPa (0.6 psi).
A method for automatically redacting a digital image containing sensitive information and associated with a predetermined document type of a plurality of predetermined document types, the method comprising: accessing a saved digital image; selecting a cell division pattern associated with the predetermined document type of the digital image; dividing the digital image into a plurality of image cells according to the predetermined cell division pattern; assigning a cell identifier to each of the plurality of image cells; receiving a designation of one or more image cells of the plurality of image cells that includes sensitive information; editing the one or more image cells of the digital image to alter or change the appearance of image fragments within the one or more image cells so that the sensitive information is not legible to an ordinary observer; and leaving image cells of the plurality of image cells not included in the one or more image cells unmodified; wherein the editing to alter or change the appearance of the image fragments is based on one of a plurality of alteration techniques, the alteration techniques including: blurring, shading, crossing out, drawing a line through, pixelating, greying out, or masking. accessing a saved digital image; selecting a cell division pattern associated with the predetermined document type of the digital image; dividing the digital image into a plurality of image cells according to the predetermined cell division pattern; assigning a cell identifier to each of the plurality of image cells; receiving a designation of one or more image cells of the plurality of image cells that includes sensitive information; editing the one or more image cells of the digital image to alter or change the appearance of image fragments within the one or more image cells so that the sensitive information is not legible to an ordinary observer; and leaving image cells of the plurality of image cells not included in the one or more image cells unmodified; wherein the editing to alter or change the appearance of the image fragments is based on one of a plurality of alteration techniques, the alteration techniques including: blurring, shading, crossing out, drawing a line through, pixelating, greying out, or masking.
3D printing process for the production of tissues and organs with vascular structures organs by means of (a) a droplet printer for photorealistic high-resolution prints and (b) a device for applying electromagnetic waves comprising the steps of: - providing at least a bio-ink and a capillary ink comprising cells and crosslinking molecules in the droplet printer - applying at least one droplet of the bioink and the capillary ink to a reaction plane - bringing the electromagnetic waves into contact with the crosslinking molecules in these droplets on the reaction plane - and activating the cross-linking molecules by means of undirected or directed movements of the electromagnetic waves in the droplets, whereby cross-linked structures are formed and vascular structures are thus obtained, characterised in that the capillary inks only crosslink or react in a layer-forming manner in the edge region of the drop and wherein uncrosslinked or unbound components are removed. (a) a droplet printer for photorealistic high-resolution prints and (b) a device for applying electromagnetic waves comprising the steps of: - providing at least a bio-ink and a capillary ink comprising cells and crosslinking molecules in the droplet printer - applying at least one droplet of the bioink and the capillary ink to a reaction plane - bringing the electromagnetic waves into contact with the crosslinking molecules in these droplets on the reaction plane - and activating the cross-linking molecules by means of undirected or directed movements of the electromagnetic waves in the droplets, whereby cross-linked structures are formed and vascular structures are thus obtained, - providing at least a bio-ink and a capillary ink comprising cells and crosslinking molecules in the droplet printer - applying at least one droplet of the bioink and the capillary ink to a reaction plane - bringing the electromagnetic waves into contact with the crosslinking molecules in these droplets on the reaction plane - and activating the cross-linking molecules by means of undirected or directed movements of the electromagnetic waves in the droplets, whereby cross-linked structures are formed and vascular structures are thus obtained,
Actuation module for a door handle , in particular for a motor vehicle, with an actuation element which can be coupled to an electrical component for triggering a switching signal, wherein at least part of the actuation element is arranged inside a receptacle , wherein a potting compound is arranged inside the receptacle for sealing the electrical component , wherein a bearing element constructed from an elastic material is arranged on the actuation element and is designed to move the actuation element , characterized in that the elastic material is designed to retain its elastic properties to a temperature of at least minus 40 degrees Celsius, preferably to minus 70 degrees Celsius in order to guarantee actuation of the electrical component with the actuation element .
Apparatus for measuring biological and/or electronic properties of a sample, in particular for measuring cell parameters, in particular of individual human, plant or animal cells, comprising a field-effect transistor with a contacting device for contacting the sample with the gate of the field-effect transistor, a stimulation device for applying an AC voltage to the sample and a frequency-selective measuring instrument for measuring the amplitude and phase of a current flowing through the source-drain path of the field-effect transistor, wherein the field-effect transistor is an organic field-effect transistor and the organic material of the field-effect transistor has a charge carrier mobility of 0.1 cm 2 /Vs to 3.6 cm 2 /Vs.
A laser machining support comprising a support element having a support surface (2.1), wherein said support element is formed from a material that is machinable by means of laser radiation and wherein a plurality of channels are provided below said support surface (2.1) in such a way that said support surface (2.1) above said channels is formed by a material region which closes said channels , wherein said material region is configured to be partially cut free using a laser machining tool in order to form recesses extending into said channels , wherein said channels are configured to discharge process gas used in the manufacture of a workpiece from a piece of material located on said support surface (2.1), characterized in that said channels are provided below said support surface (2.1) in said support element and that the material region located above said channels and the portion of said support element including said channels are integrally formed from a piece of material.
A polypeptide comprising a SIRP-gamma polypeptide comprising the sequence EEELQX 1 IQPEKLLLVTVGKTATLHCTX 2 TSX 3 X 4 PX 5 GPX 6 X 7 WFRGX 8 GPGRX 9 LIYNX 1 0 X 11 X 12 GX 13 FPRVTTVSDX 14 X 15 KRNNMDFSIRISSITPADVGTYYCX 16 KFRKGX 17 PEX 18 VEFK SGPGTEMALGAKPS (SEQ ID NO: 2), wherein X 1 is M, I, L or F; X 2 is F, I, or L; X 3 is L, I, V, H, N or D; X 4 is F, I, L or V; X 5 is V, I, L, P, T or A; X 6 is V or I; X 7 is L or Q; X 8 is V or A; X 9 is E or V; X 10 is Q, P, L, V, A or E; X 11 is K or R; X 12 is E, D, K, N, Q or H; X 13 is H, P or R; X 14 is L, I, V, P, T, A, R, S or G; X 15 is T, I, N, F, S, Y, V, A or D; X 16 is V or I; X 17 is S, R, N, K, T, I or M; and X 18 is N, K, D, E, H or Q.
Assembly comprising an engine component with a bearing orifice and a clamping device for clamping the engine component , wherein the clamping device (10; 110) has for holding the engine component at least one clamping body (13, 14; 113), in particular a clamping jaw and/or a clamping mandrel (18, 19; 118) and a clamping drive (38; 138) for adjusting a clamping surface (31; 131) of the clamping body or bodies (13, 14; 113) for contact in a clamping position at the inner peripheral surface of the bearing orifice , characterised in that the engine component is a connecting rod and the clamping device forms part of a machine tool or a machining centre for connecting rods , wherein the machine tool of the machining centre has a machining device for at least one further machining step, wherein there is provided on the clamping surface (31; 131) at least one embossed contour (50; 150) in front of the clamping surface (31; 131) which, on adjustment of the clamping body or bodies (13, 14; 113) into the clamping position, impresses an embossed structure in the bearing orifice .