mhurhangee/patent-ind-claim-en huggingface dataset:
System with a plurality of panels for the covering of a wall, ceiling or furniture front, wherein each panel has a front side , which is delimited by two longitudinal edges running parallel to one another and two transverse edges running parallel to one another, which run orthogonal to the longitudinal edges , and, each panel , on the front side , has a decoration that is not symmetric per se, which is formed in each case by haptic markings , wherein the markings forming the decoration have at least two different diameters, wherein the decoration of a first of the panels differs from the decoration of a second of the panels , wherein the haptic markings are boreholes and wherein the boreholes are arranged in a regular grid pattern, characterised in that - the decoration of the first panel at a longitudinal edge corresponds to the decoration at its opposing longitudinal edge , - the decoration of the second panel corresponds to the decoration of the first panel mirrored by one of its longitudinal edges , - the grid pattern is 3-15 mm, - boreholes with a first diameter, which is in a range between 1.25 mm and 1.75 mm, and boreholes with a second diameter, which is in a range between 1.75 mm and 2.25 mm, are provided as boreholes , - the panels have, on the front side , a single or multi-layered coating provided with the decoration which has a laminate and/or a veneer, - the panels have a carrier plate and - the coating provided with the boreholes is applied on the carrier plate . - the decoration of the first panel at a longitudinal edge corresponds to the decoration at its opposing longitudinal edge , - the decoration of the second panel corresponds to the decoration of the first panel mirrored by one of its longitudinal edges , - the grid pattern is 3-15 mm, - boreholes with a first diameter, which is in a range between 1.25 mm and 1.75 mm, and boreholes with a second diameter, which is in a range between 1.75 mm and 2.25 mm, are provided as boreholes , - the panels have, on the front side , a single or multi-layered coating provided with the decoration which has a laminate and/or a veneer, - the panels have a carrier plate and - the coating provided with the boreholes is applied on the carrier plate .
A system for ventilating a vacuum bandage covering a wound having a wound surface, and the bandage being connectable to a vacuum source and an irrigation source, the system comprising: a multi-lumen tube configured to couple to the vacuum bandage , the multi-lumen tube including a first lumen configured to communicate with the vacuum source , a second lumen in communication with the surrounding atmosphere, and a third lumen in communication with the irrigation source , a wound dressing member coupled to the multi-lumen tube , the wound dressing member being provided to communicate negative pressure from the vacuum source to the wound, a vent coupled to the multi-lumen tube and including a passageway between the second lumen and the surrounding atmosphere wherein the vent includes a multi-lumen connector coupled to the multi-lumen tube and a single-lumen connector configured to be coupled to the vacuum source , wherein the vent further includes another single-lumen connector configured to be coupled to the irrigation source , wherein the multi-lumen connector includes an irrigation conduit coupled to the single-lumen connector configured to be coupled to the irrigation source and a vacuum conduit coupled to the single-lumen connector configured to be coupled to the vacuum source ; wherein the multi-lumen connector further includes an outer conduit positioned around and spaced-apart from the vacuum and irrigation conduits to create a space in communication with the second lumen and with the surrounding atmosphere. a multi-lumen tube configured to couple to the vacuum bandage , the multi-lumen tube including a first lumen configured to communicate with the vacuum source , a second lumen in communication with the surrounding atmosphere, and a third lumen in communication with the irrigation source , a wound dressing member coupled to the multi-lumen tube , the wound dressing member being provided to communicate negative pressure from the vacuum source to the wound, a vent coupled to the multi-lumen tube and including a passageway between the second lumen and the surrounding atmosphere wherein the vent includes a multi-lumen connector coupled to the multi-lumen tube and a single-lumen connector configured to be coupled to the vacuum source , wherein the vent further includes another single-lumen connector configured to be coupled to the irrigation source , wherein the multi-lumen connector includes an irrigation conduit coupled to the single-lumen connector configured to be coupled to the irrigation source and a vacuum conduit coupled to the single-lumen connector configured to be coupled to the vacuum source ; wherein the multi-lumen connector further includes an outer conduit positioned around and spaced-apart from the vacuum and irrigation conduits to create a space in communication with the second lumen and with the surrounding atmosphere.
A sample holding device for an X-ray analysis apparatus , comprising: a sample holder having a sample filling portion for filling with a sample; a base member adapted to hold the sample holder ; and an airtight member including a main body portion having a hollow portion therein, wherein the airtight member is configured to be freely and detachably mounted on the base member so as to cover the surroundings of the sample holder held by the base member , wherein the base member comprises a mounting portion configured to mount the airtight member thereon, the airtight member comprising a fitting portion formed so as to protrude from a lower surface of the main body portion and configured to be fitted and mounted in the mounting portion , wherein a lower end surface of the fitting portion is opened and communicates with the hollow portion in the main body portion , wherein a locking mechanism is provided in the mounting portion and the fitting portion so as to prevent the airtight member from coming off the base member when the fitting portion is fitted into the mounting portion , wherein an X-ray transmission window is formed by cutting out the main body portion , and an X-ray window material is formed around the X-ray transmission window so as to cover the X-ray transmission window , and wherein an operating portion adapted to enable an operator to perform a fitting operation while gripping the operating portion is formed in a surface region of the main body portion where the X-ray transmission window is not formed. a sample holder having a sample filling portion for filling with a sample; a base member adapted to hold the sample holder ; and an airtight member including a main body portion having a hollow portion therein, wherein the airtight member is configured to be freely and detachably mounted on the base member so as to cover the surroundings of the sample holder held by the base member , wherein the base member comprises a mounting portion configured to mount the airtight member thereon, the airtight member comprising a fitting portion formed so as to protrude from a lower surface of the main body portion and configured to be fitted and mounted in the mounting portion , wherein a lower end surface of the fitting portion is opened and communicates with the hollow portion in the main body portion , wherein a locking mechanism is provided in the mounting portion and the fitting portion so as to prevent the airtight member from coming off the base member when the fitting portion is fitted into the mounting portion , wherein an X-ray transmission window is formed by cutting out the main body portion , and an X-ray window material is formed around the X-ray transmission window so as to cover the X-ray transmission window , and wherein an operating portion adapted to enable an operator to perform a fitting operation while gripping the operating portion is formed in a surface region of the main body portion where the X-ray transmission window is not formed.
Painting method for painting a component with a decor , in particular for painting a motor vehicle bodywork component, comprising the following steps: a) applying a base coat layer onto the component , b) intermediate drying of the base coat layer on the entire component , in particular by air drying, for example, with an air temperature of +60°C to +80°C, c) applying a decor limited in area on the intermediate dried base coat layer , particularly a decorative stripe, a graphic, a contrast surface or a pattern, c1) wherein the decor comprises a decor area limited in area on the component , c2) wherein the decor is applied by an applicator which applies a coating agent sharp-edged and overspray-free, d) limited area drying of the decor within a drying region (5; 8) for reducing the content of volatile components, wherein d1) the drying region (5; 8) includes the decor area, d2) the component is dried only in a limited area within the drying region (5; 8), d3) the drying region (5; 8) includes the decor area at least partially, and d4) the drying region (5; 8) is moved over the component , particularly by means of a drying robot, which moves a drying unit over the component , e) applying a clear coat layer on the base coat layer and the decor . a) applying a base coat layer onto the component , b) intermediate drying of the base coat layer on the entire component , in particular by air drying, for example, with an air temperature of +60°C to +80°C, c) applying a decor limited in area on the intermediate dried base coat layer , particularly a decorative stripe, a graphic, a contrast surface or a pattern, c1) wherein the decor comprises a decor area limited in area on the component , c2) wherein the decor is applied by an applicator which applies a coating agent sharp-edged and overspray-free, c1) wherein the decor comprises a decor area limited in area on the component , c2) wherein the decor is applied by an applicator which applies a coating agent sharp-edged and overspray-free, d) limited area drying of the decor within a drying region (5; 8) for reducing the content of volatile components, wherein d1) the drying region (5; 8) includes the decor area, d2) the component is dried only in a limited area within the drying region (5; 8), d3) the drying region (5; 8) includes the decor area at least partially, and d4) the drying region (5; 8) is moved over the component , particularly by means of a drying robot, which moves a drying unit over the component , d1) the drying region (5; 8) includes the decor area, d2) the component is dried only in a limited area within the drying region (5; 8), d3) the drying region (5; 8) includes the decor area at least partially, and d4) the drying region (5; 8) is moved over the component , particularly by means of a drying robot, which moves a drying unit over the component , e) applying a clear coat layer on the base coat layer and the decor .
Planting machine for planting tubers, wherein the planting machine comprises at least one hopper for holding a stock of tubers, at least two planting devices which each have at least one conveying element that circulates during operation of the planting device , and at least one drive device, wherein at least one of the planting devices , in particular each planting device , has a coupling device which can be transitioned from a coupled position, in which at least one conveying element of the planting device is driven by the drive device during operation, to a disconnected position, in which the conveying element is not driven by the drive device during operation, characterised in that the coupling device has an electromagnetic clutch or is designed as an electromagnetic clutch , wherein the electromagnetic clutch has at least two clutch partners which are designed to transmit force by way of a friction fit in the coupled position and of which at least one clutch partner is displaceable along a clutch rotation axis, wherein at least a first friction surface is substantially flat and a friction surface normal arranged at a right angle to the first friction surface is arranged parallel to or in the clutch rotation axis.
Use of a lubricant to improve control stability of an automobile as measured by a method comprising the measurement of automobile yaw angle acceleration, the lubricant comprising: a base oil; and an additive containing a carbon black. a base oil; and an additive containing a carbon black.
An interposer comprising: a substrate having a plurality of through-holes continuously extending from a first surface of the substrate to a second surface of the substrate, wherein: the substrate is transparent to at least one wavelength in a range from 390 nm to 700 nm; the plurality of through-holes comprise an opening in the first surface, an opening in the second surface, and a waist located between the opening in the first surface and the opening in the second surface; and characterised in that : a diameter of the waist is at least 50% of the diameter of the opening in the first surface or the opening in the second surface; the plurality of through-holes have a diameter of 20 μm or less; a spacing between adjacent through-holes of 10 μm or greater; a difference between a diameter of the opening in the first surface and a diameter of the opening in the second surface is 3 μm or less; and the plurality of through-holes are coated and/or filled with a conductive material. a substrate having a plurality of through-holes continuously extending from a first surface of the substrate to a second surface of the substrate, wherein: the substrate is transparent to at least one wavelength in a range from 390 nm to 700 nm; the plurality of through-holes comprise an opening in the first surface, an opening in the second surface, and a waist located between the opening in the first surface and the opening in the second surface; the substrate is transparent to at least one wavelength in a range from 390 nm to 700 nm; the plurality of through-holes comprise an opening in the first surface, an opening in the second surface, and a waist located between the opening in the first surface and the opening in the second surface; and characterised in that : a diameter of the waist is at least 50% of the diameter of the opening in the first surface or the opening in the second surface; the plurality of through-holes have a diameter of 20 μm or less; a spacing between adjacent through-holes of 10 μm or greater; a difference between a diameter of the opening in the first surface and a diameter of the opening in the second surface is 3 μm or less; and the plurality of through-holes are coated and/or filled with a conductive material. a diameter of the waist is at least 50% of the diameter of the opening in the first surface or the opening in the second surface; the plurality of through-holes have a diameter of 20 μm or less; a spacing between adjacent through-holes of 10 μm or greater; a difference between a diameter of the opening in the first surface and a diameter of the opening in the second surface is 3 μm or less; and the plurality of through-holes are coated and/or filled with a conductive material.
Sample Hydraulic system for an automatic transmission, in particular double-clutch transmission, of a motor vehicle, with a high-pressure circuit (H), in which a pressure accumulator , at least one clutch (K1, K2) and gear selector (G1 to G4) are connected, and with a low-pressure circuit (N) for cooling the clutch (K1), wherein the high-pressure circuit (H) and the low-pressure circuit (N) have at least one hydraulic pump that can be driven by an electric motor , and with a control unit that actuates the electric motor of the hydraulic pump when a pressure accumulator charging requirement is identified, wherein the high-pressure and low-pressure circuit (H, N) are connected via a by-pass line to an integrated accumulator charging valve , which, in a non-charging position (K) connects the hydraulic pump fluidically to the low-pressure circuit (N) and in a charging position (L) connects the hydraulic pump fluidically to the high-pressure circuit (H), wherein the accumulator charging valve automatically shifts from the charging position (L) into the non-charging position (K) at a first shift time (t U1 ) when the accumulator pressure (p s ) in the high pressure circuit (H) exceeds an upper pressure threshold value (pmax), and wherein same automatically shifts from the non-charging position (K) into the charging position (L) at a second shift time (t U2 ) when the accumulator pressure (p s ) falls below a lower pressure threshold value (pmin), characterised in that the control unit has a diagnosis module with which a shift time diagnosis occurs, whereby it is determined whether the actual accumulator pressure (p s (t)) is in the range of the upper pressure threshold value (p max ) at the first shift time (t U1 ), wherein an error can be stored in a shift time error memory , and in that a clutch valve that can be actuated by the control unit is arranged in at least one clutch path leading from the pressure accumulator to the clutch hydraulic cylinder , with which a hydraulic pressure applied to the clutch hydraulic cylinder can be set, and in that the electronic control unit is assigned a pressure sensor , with which the hydraulic pressure applied to the clutch-hydraulic cylinder can be detected, and in that the clutch path pressure sensor is used to detect the actual accumulator pressure (p s (t)) during the shift time diagnosis, and in that a measuring range (Δp mess ) of the pressure sensor lies outside, i.e. below, the upper pressure threshold value (pmax), and in that an evaluation unit estimates a time window (Δt soll ) on the basis of measured pressure values (p a (t a ), p b (t b )), which lie within the pressure sensor measuring range (Δp mess ), within which the first shift time (t U1 ) lies if the valve is operating properly, and in that in the event of a first shift time (t U1 ) outside the time window (Δt soll ) an error is identified, which can be stored in the shift time error memory .
A method of commissioning an energy storage system, comprising: connecting a first energy storage system to a power source; connecting the first energy storage system to a battery module; receiving, by the first energy storage system, power from the power source; energizing , by the first energy storage system via the power source, the battery module; articulating one or more battery contactors within the first energy storage system to selectively couple the battery module to the power source; processing a battery contactor status of the one or more battery contactors to detect a battery contactor error comprising a stuck battery contactor; in response to detecting the at least one stuck battery contactor, prompting , a user to manually correct the at least one stuck battery contactor; disengaging , by a battery-management system responsive to not detecting any battery contactor errors, the battery module at the first energy storage system; and determining a status of the energy storage system. connecting a first energy storage system to a power source; connecting the first energy storage system to a battery module; receiving, by the first energy storage system, power from the power source; energizing , by the first energy storage system via the power source, the battery module; articulating one or more battery contactors within the first energy storage system to selectively couple the battery module to the power source; processing a battery contactor status of the one or more battery contactors to detect a battery contactor error comprising a stuck battery contactor; in response to detecting the at least one stuck battery contactor, prompting , a user to manually correct the at least one stuck battery contactor; disengaging , by a battery-management system responsive to not detecting any battery contactor errors, the battery module at the first energy storage system; and determining a status of the energy storage system.
An optical fiber cutter which is configured to cut an optical fiber held by a fiber holder in an extension state, the optical fiber cutter comprising: a base member ; a movable member which is configured to clamp the optical fiber extending from the fiber holder and is movable with respect to the base member between an advanced position and a retracted position in an extending direction of the optical fiber ; a biasing member which is configured to bias the movable member forwards when the movable member is in the retracted position; a locking member which is configured to regulate forward movement of the movable member at the retracted position; a cutter supporter which supports a blade capable of forming an initial cut in the optical fiber , is configured to move in a direction intersecting with the extending direction of the optical fiber , and to form the initial cut by the blade at an initial cut forming position between the fiber holder and the movable member in the optical fiber ; and an unlocking member which, when the cutter supporter is moved, is configured to release the regulation of forward movement of the movable member by the locking member before the blade reaches the initial cut forming position, characterized by a stopper which is configured to limit contact of the blade with the optical fiber when the movable member moves to the advanced position, after the work of cutting the optical fiber is completed. a base member ; a movable member which is configured to clamp the optical fiber extending from the fiber holder and is movable with respect to the base member between an advanced position and a retracted position in an extending direction of the optical fiber ; a biasing member which is configured to bias the movable member forwards when the movable member is in the retracted position; a locking member which is configured to regulate forward movement of the movable member at the retracted position; a cutter supporter which supports a blade capable of forming an initial cut in the optical fiber , is configured to move in a direction intersecting with the extending direction of the optical fiber , and to form the initial cut by the blade at an initial cut forming position between the fiber holder and the movable member in the optical fiber ; and an unlocking member which, when the cutter supporter is moved, is configured to release the regulation of forward movement of the movable member by the locking member before the blade reaches the initial cut forming position, characterized by a stopper which is configured to limit contact of the blade with the optical fiber when the movable member moves to the advanced position, after the work of cutting the optical fiber is completed.
The method of machining wood-like longitudinal components where a wood-like blank that is initially in the form of a regular prism is turned at a rotational speed not lower than 1000 rpm and not higher than 6000 rpm, by using a machining tool containing at least one blade provided with a hardened cutting edge , characterized in that each cutting blade , , of the machining tool is individually cooled during turning with cold air stream at a temperature not exceeding 15° C; and the machined blank is inserted into a clamping holder that is connected to the suction cup hood covering top of the blank and all the cutting blades , , , the holder and the suction cup are moving along the blank , covering the blank at least over half of its perimeter, and at the same time the dust extraction system is running during turning creating vacuum in the space between the blank and the throat of the suction cup in the range of 11-35 m/s.