mhurhangee/patent-ind-claim-en huggingface dataset:
Test method for testing a system for automated monitoring of a protection readiness of a fire protection system , wherein the system uses a secured communication link to communicate with a test system for performing the test method , comprising the following steps: receiving (S100) at least one test parameter of the system , evaluating, by a processor unit of the test system , the at least one test parameter on the basis of at least one specification for the at least one test parameter, and determining (S700), by the processor unit , on the basis of the evaluating a quality indicator which indicates the quality of the monitoring of the fire protection system by the system ; wherein the at least one test parameter comprises a functional readiness indication, and wherein the evaluating comprises determining (S300), on the basis of the functional readiness indication, that the system is configured to transfer the fire protection system from a testing state to an operating state in the event of a fire. receiving (S100) at least one test parameter of the system , evaluating, by a processor unit of the test system , the at least one test parameter on the basis of at least one specification for the at least one test parameter, and determining (S700), by the processor unit , on the basis of the evaluating a quality indicator which indicates the quality of the monitoring of the fire protection system by the system ; wherein the at least one test parameter comprises a functional readiness indication, and wherein the evaluating comprises determining (S300), on the basis of the functional readiness indication, that the system is configured to transfer the fire protection system from a testing state to an operating state in the event of a fire.
A pleated filter preparation system, the system comprising: a pleat driver configured to move a pleated filter material through the system; a pleat counter configured to identify a target pleat to be cut and to clamp the pleat filter material, wherein the pleat to be cut is marked by way of stretching to distinguish the pleat to be cut from other pleats comprising the filter material; a punch cut station configured to cut the target pleat to form a filter strip; and a pleat compressor configured to compress the filter strip to a predetermined size. a pleat driver configured to move a pleated filter material through the system; a pleat counter configured to identify a target pleat to be cut and to clamp the pleat filter material, wherein the pleat to be cut is marked by way of stretching to distinguish the pleat to be cut from other pleats comprising the filter material; a punch cut station configured to cut the target pleat to form a filter strip; and a pleat compressor configured to compress the filter strip to a predetermined size.
A farming system comprising: a field engagement unit comprising: a support assembly comprising: a support frame ; one or more work tool rail assemblies ; and one or more support structures ; one or more propulsion units coupled to the one or more support structures of the support assembly via one or more steering assemblies , wherein the one or more propulsion units provide omnidirectional control of the field engagement unit ; one or more work tool assemblies , wherein the one or more work tool assemblies are positioned parallel to the support frame, wherein one or more work tool assemblies are actuatable along the one or more work tool rail assemblies ; and one or more material storage containers ; and a local controller , wherein the local controller includes one or more processors configured to execute a set of program instructions stored in memory , wherein the program instructions are configured to cause the one or more processors to re-position and/or engage the one or more work tool assemblies . a support assembly comprising: a support frame ; one or more work tool rail assemblies ; and one or more support structures ; one or more propulsion units coupled to the one or more support structures of the support assembly via one or more steering assemblies , wherein the one or more propulsion units provide omnidirectional control of the field engagement unit ; one or more work tool assemblies , wherein the one or more work tool assemblies are positioned parallel to the support frame, wherein one or more work tool assemblies are actuatable along the one or more work tool rail assemblies ; and one or more material storage containers ; and a local controller , wherein the local controller includes one or more processors configured to execute a set of program instructions stored in memory , wherein the program instructions are configured to cause the one or more processors to re-position and/or engage the one or more work tool assemblies .
A gas turbine engine stator vane combination (100; 126; 160; 210; 299) comprising: a stator vane body (102; 128; 162; 212; 301) having an airfoil with a leading edge , a trailing edge , a suction side and a pressure side, and having at least one internal cooling air channel , said stator vane body (102...301) being formed of ceramic matrix composite materials; a spar (104; 132; 164; 214; 314) received within said at least one cooling air channel and formed of a metal, and said spar (104...314) having an outer peripheral surface spaced from an inner peripheral surface (107; 122; 166; 200; 311) of the cooling air channel to define a cooling air path, with said cooling air path having a varying cross-sectional area through the cooling air channel , characterised in that : said variable cross-sectional area is achieved by said spar (104...314) having a variation in said outer peripheral surface , with a first thinner portion (134; 144) leading into an outwardly first ramped portion at each of a leading edge end (117; 300), trailing edge end (119; 300), suction wall face and pressure wall face of said spar (104...314) to change the cross-sectional area; and there is a second ramped portion beyond said first ramped portion , and said second ramped portion ramps back to a second thinner portion such that the cross-sectional area of the cooling air path decreases at the first ramped portion and increases at the second ramped portion . a stator vane body (102; 128; 162; 212; 301) having an airfoil with a leading edge , a trailing edge , a suction side and a pressure side, and having at least one internal cooling air channel , said stator vane body (102...301) being formed of ceramic matrix composite materials; a spar (104; 132; 164; 214; 314) received within said at least one cooling air channel and formed of a metal, and said spar (104...314) having an outer peripheral surface spaced from an inner peripheral surface (107; 122; 166; 200; 311) of the cooling air channel to define a cooling air path, with said cooling air path having a varying cross-sectional area through the cooling air channel , said variable cross-sectional area is achieved by said spar (104...314) having a variation in said outer peripheral surface , with a first thinner portion (134; 144) leading into an outwardly first ramped portion at each of a leading edge end (117; 300), trailing edge end (119; 300), suction wall face and pressure wall face of said spar (104...314) to change the cross-sectional area; and there is a second ramped portion beyond said first ramped portion , and said second ramped portion ramps back to a second thinner portion such that the cross-sectional area of the cooling air path decreases at the first ramped portion and increases at the second ramped portion .
An apparatus comprising: a data source element configured to provide audiovisual data to a receiver being authenticated using an authenticating protocol; and a first bridge element coupled between the data source element and the receiver, the first bridge element configured to: convert the audiovisual data from a first protocol to a second protocol; receive an operation command from the data source element, the operation command for receipt by the receiver and requiring a response from the receiver to the data source element within a predetermined time frame defined by the authenticating protocol, characterized by the first bridge element being further configured to handle the operation command for a read operation by responding to the data source element within the predetermined time frame without sending the received operation command to the receiver by at least translating a sequential read command to a short read command by filtering out a slave address and an offset included in the sequential read command to handle at least a part of a handshake operation without the receiver thereby to reduce or eliminate clock stretching of the data source element caused by the sequential read command, the short read command requiring less time to complete than the sequential read command. a data source element configured to provide audiovisual data to a receiver being authenticated using an authenticating protocol; and a first bridge element coupled between the data source element and the receiver, the first bridge element configured to: convert the audiovisual data from a first protocol to a second protocol; receive an operation command from the data source element, the operation command for receipt by the receiver and requiring a response from the receiver to the data source element within a predetermined time frame defined by the authenticating protocol, characterized by the first bridge element being further configured to handle the operation command for a read operation by responding to the data source element within the predetermined time frame without sending the received convert the audiovisual data from a first protocol to a second protocol; receive an operation command from the data source element, the operation command for receipt by the receiver and requiring a response from the receiver to the data source element within a predetermined time frame defined by the authenticating protocol, characterized by the first bridge element being further configured to handle the operation command for a read operation by responding to the data source element within the predetermined time frame without sending the received operation command to the receiver by at least translating a sequential read command to a short read command by filtering out a slave address and an offset included in the sequential read command to handle at least a part of a handshake operation without the receiver thereby to reduce or eliminate clock stretching of the data source element caused by the sequential read command, the short read command requiring less time to complete than the sequential read command.
A joint between a copper short-circuiting ring and a copper bar of the damper winding in a permanent magnet synchronous machine, wherein the end of the bar is jointed to a hole disposed in the short-circuiting ring by welding them together at the mating surfaces, characterized in that the short-circuiting ring includes a blocking structure for limiting the heat flux during the manufacturing process from being conducted further into the short-circuiting ring from the weld between the short-circuiting ring and the bar .
A vehicular head-up display that is provided in a vehicle and is configured to display a predetermined image to an occupant of the vehicle comprising: a housing that has an opening upward; a transparent cover that covers the opening of the housing ; a picture generation section comprising: a picture generation unit that is provided inside an accommodation portion (S1) formed with the housing and the transparent cover in order to emit light for generating the predetermined image; and a reflection unit that reflects light so that light emitted by the picture generation unit heads toward a windshield ; and a cleaner that is configured to clean an outer surface of the transparent cover , characterized in that the cleaner is provided inside the housing and is configured to be actuated according to output of a dirt sensor configured to determine a degree of dirt (D) on the transparent cover based on reflection of the light emitted from the reflection unit at the transparent cover , and comprising a notification unit actuated when a signal indicating that the transparent cover is dirtier than a predetermined degree is acquired from the dirt sensor even after the cleaner was actuated. a housing that has an opening upward; a transparent cover that covers the opening of the housing ; a picture generation section comprising: a picture generation unit that is provided inside an accommodation portion (S1) formed with the housing and the transparent cover in order to emit light for generating the predetermined image; and a reflection unit that reflects light so that light emitted by the picture generation unit heads toward a windshield ; and a picture generation unit that is provided inside an accommodation portion (S1) formed with the housing and the transparent cover in order to emit light for generating the predetermined image; and a reflection unit that reflects light so that light emitted by the picture generation unit heads toward a windshield ; and a cleaner that is configured to clean an outer surface of the transparent cover , characterized in that the cleaner is provided inside the housing and is configured to be actuated according to output of a dirt sensor configured to determine a degree of dirt (D) on the transparent cover based on reflection of the light emitted from the reflection unit at the transparent cover , and comprising a notification unit actuated when a signal indicating that the transparent cover is dirtier than a predetermined degree is acquired from the dirt sensor even after the cleaner was actuated.
A method of forming an image on a substrate, comprising: applying a radiation curable white inkjet ink composition comprising a radiation curable anti-wrinkle agent onto a surface of the substrate; exposing the radiation curable white inkjet ink composition to UV light having a wavelength of less than 200 nm to pin the radiation curable white inkjet ink composition and form a coated substrate having an arithmetical mean surface roughness value R a of less than or equal to 2.0 micrometers and an arithmetical mean surface roughness depth R z of less than or equal to 10.0 micrometers; applying a radiation curable CMYK inkjet ink composition onto the coated substrate; and exposing the pinned radiation curable white inkjet ink composition and the radiation curable CMYK inkjet ink composition to electron beam radiation; wherein the radiation curable anti-wrinkle agent is a poly-ethylenically unsaturated monomer of a polyalcohol which has 3 to 9 carbon atoms; and wherein the radiation curable anti-wrinkle agent is present in an amount of about 15 to about 40 wt. %, based on a total weight of the radiation curable white inkjet ink composition. applying a radiation curable white inkjet ink composition comprising a radiation curable anti-wrinkle agent onto a surface of the substrate; exposing the radiation curable white inkjet ink composition to UV light having a wavelength of less than 200 nm to pin the radiation curable white inkjet ink composition and form a coated substrate having an arithmetical mean surface roughness value R a of less than or equal to 2.0 micrometers and an arithmetical mean surface roughness depth R z of less than or equal to 10.0 micrometers; applying a radiation curable CMYK inkjet ink composition onto the coated substrate; and exposing the pinned radiation curable white inkjet ink composition and the radiation curable CMYK inkjet ink composition to electron beam radiation; wherein the radiation curable anti-wrinkle agent is a poly-ethylenically unsaturated monomer of a polyalcohol which has 3 to 9 carbon atoms; and wherein the radiation curable anti-wrinkle agent is present in an amount of about 15 to about 40 wt. %, based on a total weight of the radiation curable white inkjet ink composition.
Anchoring means for anchoring a guy line of a tent to the ground, comprising an elongated tent peg having two main surfaces oppositely disposed on the outside of the tent peg and facing away from each other and a pointed ground end and an extraction end , which tent peg at the location of or near the extraction end is provided with coupling means to which a guy line can be attached, which anchoring means further include an elongated auxiliary element which is provided with two further main surfaces present on the outside of the auxiliary element oppositely disposed and facing away from each other, which auxiliary element is parallel to the tent peg and is movably connected to the tent peg in longitudinal direction, wherein the auxiliary element's further main surface facing the tent peg and the tent peg's main surface facing the auxiliary element are in contact with each other and are movable relative to each other between a first and a second position, in at least the first position said surfaces are in contact with each other over a first surface and in the second position said surfaces are in contact with each other over a second surface, characterized in that the first position is an insertion position, and the second position is an extraction position, in the first surface being larger than the second surface.
An aircraft turbine engine , said turbine engine having a longitudinal axis (A) and comprising: - at least one first turbine rotor connected to a first turbine shaft and comprising rotor vanes located in a duct (V), - an annular exhaust casing supporting at least one bearing for guiding in rotation said first shaft about the axis (A) and comprising arms located in said duct, downstream of said vanes, and - a mechanical reduction gear with epicyclic gear train of the planetary type which comprises a sun gear , a ring gear , and a planet carrier , the reduction gear being at least partly surrounded by said exhaust casing and one of the elements that can rotate about the axis (A) selected from the sun gear and the ring gear of the reduction gear being connected to said first shaft, characterised in that said exhaust casing carries a device for recovering and evacuating oil centrifugally sprayed in operation by the reduction gear, said device comprising an annular oil recovery gutter which extends around the reduction gear and which is connected to at least one oil evacuation conduit which passes through one of said arms of said exhaust casing. - at least one first turbine rotor connected to a first turbine shaft and comprising rotor vanes located in a duct (V), - an annular exhaust casing supporting at least one bearing for guiding in rotation said first shaft about the axis (A) and comprising arms located in said duct, downstream of said vanes, and - a mechanical reduction gear with epicyclic gear train of the planetary type which comprises a sun gear , a ring gear , and a planet carrier , the reduction gear being at least partly surrounded by said exhaust casing and one of the elements that can rotate about the axis (A) selected from the sun gear and the ring gear of the reduction gear being connected to said first shaft,
A damper (14A, ..., 14D) for an object placed in a medium subject to vibrations, the damper (14A, ..., 14D) configured to present a state of rest in the absence of vibrations, a first operating state in the event of vibrations of the first type and a second operating state in the event of vibrations of the second type, the level of each vibration of the first type being lower than the level of each vibration of the second type; the damper (14A, ..., 14D) comprising: - an outer support structure intended to be in rigid contact with the medium and forming a first attachment portion and a second attachment portion disposed opposite one another; - an inner support structure intended to be in rigid contact with the object ; - at least one pair of membranes formed of a first membrane extending between the inner support structure and the first attachment portion of the outer support structure along one or several directions of extension (D), and of a second membrane extending between the inner support structure and the second attachment portion of the outer support structure along one or several directions of extension (D); each membrane being formed of a viscoelastic material comprising fibers aligned substantially in the same direction. the damper (14A, ..., 14D) comprising: - an outer support structure intended to be in rigid contact with the medium and forming a first attachment portion and a second attachment portion disposed opposite one another; - an inner support structure intended to be in rigid contact with the object ; - at least one pair of membranes formed of a first membrane extending between the inner support structure and the first attachment portion of the outer support structure along one or several directions of extension (D), and of a second membrane extending between the inner support structure and the second attachment portion of the outer support structure along one or several directions of extension (D); - an outer support structure intended to be in rigid contact with the medium and forming a first attachment portion and a second attachment portion disposed opposite one another; - an inner support structure intended to be in rigid contact with the object ; - at least one pair of membranes formed of a first membrane extending between the inner support structure and the first attachment portion of the outer support structure along one or several directions of extension (D), and of a second membrane extending between the inner support structure and the second attachment portion of the outer support structure along one or several directions of extension (D); each membrane being formed of a viscoelastic material comprising fibers aligned substantially in the same direction.
Door/window comprising a plurality of openable leaves and possibly one or more fixed leaves, wherein all the leaves of the door/window, in their closed position, are mutually aligned along a single plane and said openable leaves are slidingly supported on respective lower support elements (Ls) and upper guide elements (Rm, Sm; Sb, St), said elements being movable, transversely to the plane in which lie the leaves of the door/window, between a closing position and an opening position of the openable leaves (Va) of the door/window, wherein said support elements are formed by spherical wheels (Ls) fixed to the openable leaves (Va) and sliding on concave rails (Rt, Rg), characterised in that said door/window further comprises movable lower guide elements and opposed boxes which are parallel to and set at a distance from the bottom side and top side of the leaves, said movable guide elements being mutually independent from said support elements and and consisting of slide pins (Sb, St) housed in said opposed boxes which cooperate with a U-shaped groove formed in the bottom and top side of the openable leaves (Va).