mhurhangee/ep-ind-claims huggingface dataset:
Lock for a motor vehicle lid comprising: - a box and a cover, - a locking pin provided with a head that protrudes from the cover to engage with a housing of a lid to close the lid; said locking pin being mounted in such a way to make a rototranslation movement in said cover to go from a retracted closing position, wherein the head of the locking pin engages the seat of the cover, to an extracted opening position; characterized in that said locking pin is internally empty and comprises an axial through channel; and said lock also comprises: - a central pin that is mounted with possibility of sliding axially in said axial through channel of the locking pin, in order to go from a retracted position inside said locking pin to an extracted position wherein an upper portion of the central pin protrudes upperly from the head of the locking pin, - a spring disposed between said box and said central pin to push the central pin and the locking pin to the extracted position, and - detection means disposed in said box to detect when the central pin is in retracted position or in extracted position. - a box and a cover, - a locking pin provided with a head that protrudes from the cover to engage with a housing of a lid to close the lid; said locking pin being mounted in such a way to make a rototranslation movement in said cover to go from a retracted closing position, wherein the head of the locking pin engages the seat of the cover, to an extracted opening position; said locking pin is internally empty and comprises an axial through channel; and said lock also comprises: - a central pin that is mounted with possibility of sliding axially in said axial through channel of the locking pin, in order to go from a retracted position inside said locking pin to an extracted position wherein an upper portion of the central pin protrudes upperly from the head of the locking pin, - a spring disposed between said box and said central pin to push the central pin and the locking pin to the extracted position, and - detection means disposed in said box to detect when the central pin is in retracted position or in extracted position. - a central pin that is mounted with possibility of sliding axially in said axial through channel of the locking pin, in order to go from a retracted position inside said locking pin to an extracted position wherein an upper portion of the central pin protrudes upperly from the head of the locking pin, - a spring disposed between said box and said central pin to push the central pin and the locking pin to the extracted position, and - detection means disposed in said box to detect when the central pin is in retracted position or in extracted position.
Gas-insulated switchgear installation, comprising - three physically identical encapsulation housings (3, 4, 5) which are each substantially axially symmetrical with respect to an axis of symmetry, - for each encapsulation housing (3, 4, 5), a drive element which can be driven for opening and closing a switching contact and extends in the encapsulation housing (3, 4, 5) along a drive axis which runs parallel to the axis of symmetry of the encapsulation housing (3, 4, 5) and at a distance from the axis of symmetry, wherein the arrangement of the drive element in the encapsulation housing (3, 4, 5) corresponds for all encapsulation housings (3, 4, 5), - for each drive element, a coupling element (17, 18, 19) which extends along a coupling axis (13, 14, 15) and is coupled to the drive element by a transmission unit and can be driven by a drive (23, 24, 25) arranged outside the encapsulation housings (3, 4, 5), wherein - the axes of symmetry of all three encapsulation housings (3, 4, 5) run parallel to one another in an axis of symmetry plane, - the drive axes of a first encapsulation housing and a second encapsulation housing run in a drive axis plane which is parallel to the axis of symmetry plane and at a distance from the axis of symmetry plane, characterized in that the drive axis of the third encapsulation housing runs at the same distance from the axis of symmetry plane as the drive axis plane on a different side of the axis of symmetry plane than the drive axis plane. - three physically identical encapsulation housings (3, 4, 5) which are each substantially axially symmetrical with respect to an axis of symmetry, - for each encapsulation housing (3, 4, 5), a drive element which can be driven for opening and closing a switching contact and extends in the encapsulation housing (3, 4, 5) along a drive axis which runs parallel to the axis of symmetry of the encapsulation housing (3, 4, 5) and at a distance from the axis of symmetry, wherein the arrangement of the drive element in the encapsulation housing (3, 4, 5) corresponds for all encapsulation housings (3, 4, 5), - for each drive element, a coupling element (17, 18, 19) which extends along a coupling axis (13, 14, 15) and is coupled to the drive element by a transmission unit and can be driven by a drive (23, 24, 25) arranged outside the encapsulation housings (3, 4, 5), wherein - the axes of symmetry of all three encapsulation housings (3, 4, 5) run parallel to one another in an axis of symmetry plane, - the drive axes of a first encapsulation housing and a second encapsulation housing run in a drive axis plane which is parallel to the axis of symmetry plane and at a distance from the axis of symmetry plane, characterized in that
A turbine nozzle, comprising: an airfoil that extends in span from an inner band to an outer band, the inner band and the outer band define inner and outer flow boundaries of the turbine nozzle; wherein the inner band has a gas side surface at least partially covered by one or more inner plates, wherein the inner band comprises a plurality of cooling channels formed within, and running along, the gas side surface beneath the one or more inner plates, the one or more inner plates enclosing the plurality of cooling channels; and wherein the outer band has a gas side surface at least partially covered by one or more outer plates, wherein the outer band comprises a plurality of cooling channels formed within, and running along, the gas side surface beneath the one or more outer plates, the one or more outer plates enclosing the plurality of cooling channels, characterized in that the plurality of cooling channels of the outer band comprises at least one serpentine shaped cooling channel defined between a pressure side wall of the airfoil and a pressure side wall of the outer band. an airfoil that extends in span from an inner band to an outer band, the inner band and the outer band define inner and outer flow boundaries of the turbine nozzle; wherein the inner band has a gas side surface at least partially covered by one or more inner plates, wherein the inner band comprises a plurality of cooling channels formed within, and running along, the gas side surface beneath the one or more inner plates, the one or more inner plates enclosing the plurality of cooling channels; and wherein the outer band has a gas side surface at least partially covered by one or more outer plates, wherein the outer band comprises a plurality of cooling channels formed within, and running along, the gas side surface beneath the one or more outer plates, the one or more outer plates enclosing the plurality of cooling channels, characterized in that the plurality of cooling channels of the outer band comprises at least one serpentine shaped cooling channel defined between a pressure side wall of the airfoil and a pressure side wall of the outer band.
A device (1, 31) suitable for treating a fluid, which device comprises an elongated foil (11, 21, 22, 27, 72, 73, 74) formed of a plurality of foil layers (12 1...12 n) arranged in zigzag fashion, a first foil layer (12 1) being connected to a second foil layer (12 2) at a first end, and said second foil layer being connected to a third foil layer (12 3) at a second end (13 2) remote from said first end (13 1), whilst spacers are arranged between said foil layers, which spacer comprises a mesh-like layer, through which fluid can flow in the plane of the mesh-like layer as well as transversely to the plane of the mesh-like layer, characterised in that longitudinal sides of the first foil layer and the second foil layer are interconnected by means of a cement selected from a silicon paste, a silicone hot melt or an epoxy resin along at least part of the length up to a point spaced a predetermined distance from the first end, leaving open a passage (14, 15) allowing a fluid to be introduced into or discharged from the space present between the first foil layer (12 1) and the second foil layer (12 2) in use, whilst longitudinal sides of the second foil layer (12 2) and the third foil layer (12 3) are interconnected by means of a cement selected from a silicon paste, a silicone hot melt or an epoxy resin along at least part of the length up to a point spaced a predetermined distance from the second end, leaving open a passage allowing a fluid to be introduced into or discharged from the space present between the second foil layer (12 2) and the third foil layer (12 3) in use.
A folding cot that can take up an unfolded position and a folded position, comprising: - a cot base that is oriented horizontally in the unfolded position, - a first frame that is oriented vertically in the unfolded position, - a second frame that is oriented vertically in the unfolded position, - a third frame that is oriented vertically in the unfolded position, - a first Sarrus mechanism or similar mechanism comprising the first frame, the second frame and at least two articulated arms, namely a lower arm and a side arm, the arms each connecting the first and second frames (1, 5) together and guiding the movement of these frames (5, 1) toward/away from one another during the folding/unfolding of the cot, and - a second Sarrus mechanism or similar mechanism comprising the second frame, the third frame and at least two articulated arms, namely a lower arm and a side arm, the arms each connecting the second and third frames (1, 105) together and guiding the movement of these frames toward/away from one another during the folding/unfolding of the cot, wherein the cot base is formed, at least in part, by the lower arm of the first mechanism and the lower arm of the second mechanism. - a cot base that is oriented horizontally in the unfolded position, - a first frame that is oriented vertically in the unfolded position, - a second frame that is oriented vertically in the unfolded position, - a third frame that is oriented vertically in the unfolded position, - a first Sarrus mechanism or similar mechanism comprising the first frame, the second frame and at least two articulated arms, namely a lower arm and a side arm, the arms each connecting the first and second frames (1, 5) together and guiding the movement of these frames (5, 1) toward/away from one another during the folding/unfolding of the cot, and - a second Sarrus mechanism or similar mechanism comprising the second frame, the third frame and at least two articulated arms, namely a lower arm and a side arm, the arms each connecting the second and third frames (1, 105) together and guiding the movement of these frames toward/away from one another during the folding/unfolding of the cot,
A multiplate clutch, preferably a wet running multiplate clutch, particularly preferably a hydraulically actuable multiplate clutch, with a first plate set connected in a rotationally fixed manner to a first plate carrier, and with a second plate set connected in a rotationally fixed manner to a second plate carrier, wherein the plates (52 to 62, 66 to 74) of the two plate sets (48, 50) are arranged consecutively in an alternating manner in the axial direction (4, 6) and can be brought, preferably directly, into frictional engagement with one other, wherein the first plate set comprises at least one pair of plates consisting of two adjacent plates (52, 54) with an in-between plate of the second plate set and one spring device for providing a first restoring force is provided for the at least one pair of plates, by means of which the two adjacent plates (52, 54) of the pair of plates can be spaced apart from each other in the axial direction (4, 6), characterized in that the in-between plate is of elastically deformable or resilient design in the axial direction (4, 6) for providing a second restoring force, when the multiplate clutch is in an open state the two adjacent plates (52, 54) can be spaced apart from each other by the spring device forming an axial spacing (a) which is greater than the width (b) of the unstressed in-between plate in the axial direction (4, 6) and the multiplate clutch can be closed by firstly compressing the adjacent plates (52, 54) merely counter to the first restoring force of the first and second restoring force and by further compressing the adjacent plates (52, 54) counter to the first and second restoring force.
A cooking oven comprising at least one oven cavity, wherein: - the oven cavity comprises a cavity wall enclosing an interior space of said oven cavity, - the cavity wall includes two side walls, a top wall, a bottom wall and a rear wall, - the cavity wall is enclosed by at least one insulating layer, - at least one air spacer is arranged between the insulating layer and at least one corresponding wall of the cavity wall, characterised in that - the air spacer is aligned at the corresponding wall of the cavity wall, - the air spacer includes at least one plane portion arranged parallel to the corresponding wall of the cavity wall, - the air spacer includes at least one flange enclosing the plane portion of said air spacer, - the flange extends from the plane portion towards the cavity wall, - the air spacer is formed as a shell and covers a plane part of the cavity wall, - one air chamber is formed between the at least one air spacer and said plane part of the corresponding wall of the cavity wall, and - the air chamber provides static air between the cavity wall and the air spacer. - the oven cavity comprises a cavity wall enclosing an interior space of said oven cavity, - the cavity wall includes two side walls, a top wall, a bottom wall and a rear wall, - the cavity wall is enclosed by at least one insulating layer, - at least one air spacer is arranged between the insulating layer and at least one corresponding wall of the cavity wall, - the air spacer is aligned at the corresponding wall of the cavity wall, - the air spacer includes at least one plane portion arranged parallel to the corresponding wall of the cavity wall, - the air spacer includes at least one flange enclosing the plane portion of said air spacer, - the flange extends from the plane portion towards the cavity wall, - the air spacer is formed as a shell and covers a plane part of the cavity wall, - one air chamber is formed between the at least one air spacer and said plane part of the corresponding wall of the cavity wall, and - the air chamber provides static air between the cavity wall and the air spacer.
An electronic circuit breaker comprising controllable mechanical contacts adapted to connect a primary power source to at least one load, control circuitry for monitoring the flow of power from said primary power source to said load and detecting fault conditions and producing a trip signal to automatically open said contacts in response to the detection of a fault condition, a voltage regulator for supplying said control circuitry with power from said primary power source when said contacts are closed, an auxiliary power source for supplying power to said control circuitry only when said contacts are open; and, at least one sensor coupled to the power flow from said primary power source to said load and producing an output signal representing a characteristic of said power flow, and said control circuitry samples data derived from said output signal and processes said data to detect fault conditions, said control circuitry also detecting failures in said data sampling and produces a trip signal in response to a preselected number of detected failures in said data sampling; said control circuitry is adapted to receiving and storing firmware upgrades while said auxiliary power source is supplying power to said circuitry and only while said mechanical contacts are open.
A glass panel unit, comprising: a first glass pane including at least a plate glass; a second glass pane including at least a plate glass facing the first glass pane; a frame member which has a frame shape and which the first glass pane and the second glass pane are bound together through; and a spacer disposed between the first glass pane and the second glass pane, a depressurized space being provided between the first glass pane and the second glass pane, the spacer containing a resin, wherein the spacer is formed of a film, the film is made of a resin, and the spacer includes at least one polyimide film, the first glass pane being to be an exterior pane, the second glass pane being to be an interior pane, and the first glass pane having ultraviolet transmittance lower than ultraviolet transmittance of the second glass pane within an ultraviolet range corresponding to a wavelength range of 300 nm to 400 nm, and the ultraviolet transmittance of the first glass pane and the ultraviolet transmittance of the second glass pane being not different from each other and being both substantially 0% when the ultraviolet wavelength is shorter than 300 nm, wherein the second glass pane includes no functional film and is a plate glass itself, and the first glass pane includes a plate glass which is the same as the second glass pane and a functional film disposed on the plate glass, wherein the functional film is a thin film containing metal. a first glass pane including at least a plate glass; a second glass pane including at least a plate glass facing the first glass pane; a frame member which has a frame shape and which the first glass pane and the second glass pane are bound together through; and a spacer disposed between the first glass pane and the second glass pane, a depressurized space being provided between the first glass pane and the second glass pane, the spacer containing a resin, wherein the spacer is formed of a film, the film is made of a resin, and the spacer includes at least one polyimide film, the first glass pane being to be an exterior pane, the second glass pane being to be an interior pane, and the first glass pane having ultraviolet transmittance lower than ultraviolet transmittance of the second glass pane within an ultraviolet range corresponding to a wavelength range of 300 nm to 400 nm, and the ultraviolet transmittance of the first glass pane and the ultraviolet transmittance of the second glass pane being not different from each other and being both substantially 0% when the ultraviolet wavelength is shorter than 300 nm, wherein the second glass pane includes no functional film and is a plate glass itself, and the first glass pane includes a plate glass which is the same as the second glass pane and a functional film disposed on the plate glass, wherein the functional film is a thin film containing metal.
A method for encoding digital video data corresponding to a sequence of digital source images using a digital video data encoder comprising a cache memory, each of the digital source images having an equal source image width corresponding to a first number of blocks, the cache memory having a cache width corresponding to a second number of blocks, wherein the second number of blocks is smaller than the first number of blocks, said method comprising: encoding a frame of the digital video data, the frame comprising data corresponding to a first part of a digital source image in the sequence of digital source images, the first part of the digital source image having an image width corresponding to a third number of blocks being smaller than or equal to the second number of blocks such that data pertaining to the first part of the digital source image is storable in the cache memory, and the frame being padded with skip blocks such that an image width of the frame corresponds to the source image width, and encoding a subsequent frame of the digital video data, the subsequent frame comprising data corresponding to a second part of the digital source image, the second part of the digital source image having an image width corresponding to a fourth number of blocks being smaller than or equal to the second number of blocks such that data pertaining to the second part of the digital source image is storable in the cache memory, and the subsequent frame being padded with skip blocks such that the image width of the subsequent frame corresponds to the source image width, wherein the frame and the subsequent frame are encoded as INTER-frames wherein a skip block is a block recorded without residual error or motion vectors. encoding a frame of the digital video data, the frame comprising data corresponding to a first part of a digital source image in the sequence of digital source images, the first part of the digital source image having an image width corresponding to a third number of blocks being smaller than or equal to the second number of blocks such that data pertaining to the first part of the digital source image is storable in the cache memory, and the frame being padded with skip blocks such that an image width of the frame corresponds to the source image width, and encoding a subsequent frame of the digital video data, the subsequent frame comprising data corresponding to a second part of the digital source image, the second part of the digital source image having an image width corresponding to a fourth number of blocks being smaller than or equal to the second number of blocks such that data pertaining to the second part of the digital source image is storable in the cache memory, and the subsequent frame being padded with skip blocks such that the image width of the subsequent frame corresponds to the source image width, wherein the frame and the subsequent frame are encoded as INTER-frames wherein a skip block is a block recorded without residual error or motion vectors.