mhurhangee/patent-ind-claim-en huggingface dataset:
Device for dispensing product, notably fluid product, packaged in a flexible bag fitted with a dispensing utensil , said device comprising at least one box able to accommodate said flexible bag containing the fluid product, said box having: - a front wall , movably mounted between an open position of the box and a closed position of the box, said front wall having a through-opening which is able to accommodate the dispensing utensil of the flexible bag , and - an internal panel , against which the flexible bag bears when the box accommodates said flexible bag , the internal panel being able to be oriented in a direction which is inclined in relation to the front wall and being pivotably mounted about a first pivot axis (X1) which is parallel to the front wall , between an inactive position and an active position, promoting the flow of the fluid product contained in the flexible bag towards the dispensing utensil , said device for dispensing also comprising a pressure system which is stressed in the active position of said panel, characterized in that the front wall is pivotably mounted between said open position of the box and said closed position of the box about a second pivot axis (X) which is parallel to said first pivot axis (X1). - a front wall , movably mounted between an open position of the box and a closed position of the box, said front wall having a through-opening which is able to accommodate the dispensing utensil of the flexible bag , and - an internal panel , against which the flexible bag bears when the box accommodates said flexible bag , the internal panel being able to be oriented in a direction which is inclined in relation to the front wall and being pivotably mounted about a first pivot axis (X1) which is parallel to the front wall , between an inactive position and an active position, promoting the flow of the fluid product contained in the flexible bag towards the dispensing utensil , said device for dispensing also comprising a pressure system which is stressed in the active position of said panel,
An upper for an article of footwear, the upper comprising: a unitary braided structure forming at least a toe region , a forefoot region , a midfoot region , a heel region , and an ankle region , wherein the unitary braided structure comprises a first density of braids forming at least a portion of the midfoot region and forefoot region , characterized in that the unitary braided structure further comprises a first band of a second density of braids and a second band of the second density of braids, the first band and the second band each extending across a width of the upper over an instep of the upper , and wherein the second density of braids is higher than the first density of braids. a unitary braided structure forming at least a toe region , a forefoot region , a midfoot region , a heel region , and an ankle region , wherein the unitary braided structure comprises a first density of braids forming at least a portion of the midfoot region and forefoot region , characterized in that the unitary braided structure further comprises a first band of a second density of braids and a second band of the second density of braids, the first band and the second band each extending across a width of the upper over an instep of the upper , and wherein the second density of braids is higher than the first density of braids.
Mobile additive manufacturing installation , the installation comprising a main self-supporting frame which makes it possible to render the installation transportable by road, the installation comprising a main manufacturing housing supported by the main frame and closed in leaktight fashion by panels fixed to the main frame, at least one main additive manufacturing machine (M1) being installed inside the main manufacturing housing, the main additive manufacturing machine (M1) comprising at least one manufacturing chamber inside which is carried out an additive manufacturing process consisting in depositing additive manufacturing powder and in fusing the grains of this powder using a source of energy or of heat, the installation comprising a main inerting device which makes it possible to supply the manufacturing chamber (CF1) of the machine (M1) with an inert gas and which also makes it possible to capture the inert gas contaminated by the fumes resulting from the additive manufacturing inside the manufacturing chamber (CF1), a main circulation path being provided in the main manufacturing housing in order to make it possible for an operator to circulate around the main additive manufacturing machine (M1), the installation comprising a main airlock for the entry and the exit of at least one operator, and this main airlock being supported by the main frame and closed in leaktight fashion by panels fixed to the main self-supporting frame , an internal door makes it possible for an operator to circulate between the main airlock and the main manufacturing housing and an external door makes it possible for an operator to circulate between the main airlock and the outside of the installation , the mobile installation comprising at least one auxiliary manufacturing housing connected in leaktight fashion to the main manufacturing housing , at least one auxiliary additive manufacturing machine (M2, M3) being installed inside this auxiliary manufacturing housing , the mobile installation comprising an auxiliary self-supporting frame which supports this auxiliary manufacturing housing and which is independent of the main self-supporting frame , this auxiliary manufacturing housing being closed in leaktight fashion by panels fixed to the auxiliary self-supporting frame , an auxiliary circulation path being provided in the auxiliary manufacturing housing in order to make it possible for an operator to circulate around each auxiliary manufacturing machine (M2, M3) installed in this auxiliary manufacturing housing .
An apparatus comprising an optical repeater having (i) a plurality of first input ports (IN a ) and a plurality of first output ports (OUT a ) for a plurality of first optical paths (830 a , 1130 a , 1230 a ) and (ii) a plurality of second inputports (IN b ) and a plurality of second output ports (OUT b ) for a plurality of second optical paths (830 b , 1130 b , 1230 b ), each first optical path having a corresponding second optical path, wherein the corresponding second optical path is in the opposite direction to the first optical path, the optical repeater comprising: a plurality of first optical amplifiers (960a, 1060a, 1122a/1152a, 1222a/1252a, 1322a/1352a), each first optical amplifier connecting a first input port and a corresponding first output port for a corresponding first optical path; a plurality of second optical amplifiers (960b, 1060b, 1122b/1152b, 1222b/1252b, 1322b/1352b), each second optical amplifier connecting a second input port and a corresponding second output port for a corresponding second optical path; the apparatus being characterized in the fact that the optical repeater comprises a set of shared optical elements (910/920, 1020, 610/620), wherein each optical element is configured to receive, modify, and forward optical signals between each of the first optical paths and its corresponding second optical path, wherein at least one of the shared optical elements comprises a filter or an attenuator. a plurality of first optical amplifiers (960a, 1060a, 1122a/1152a, 1222a/1252a, 1322a/1352a), each first optical amplifier connecting a first input port and a corresponding first output port for a corresponding first optical path; a plurality of second optical amplifiers (960b, 1060b, 1122b/1152b, 1222b/1252b, 1322b/1352b), each second optical amplifier connecting a second input port and a corresponding second output port for a corresponding second optical path; the apparatus being characterized in the fact that the optical repeater comprises a set of shared optical elements (910/920, 1020, 610/620), wherein each optical element is configured to receive, modify, and forward optical signals between each of the first optical paths and its corresponding second optical path, wherein at least one of the shared optical elements comprises a filter or an attenuator.
A hybrid vehicle comprising a motor , an engine , a clutch , a rapid deceleration control device and a drive road wheel , wherein the motor is positioned between the engine and the drive road wheel , the engine and the motor are connected through the clutch , and the rapid deceleration control device comprises a fuel cut means for stopping feeding of fuel to the engine , characterized in that the rapid deceleration control device further comprises a rapid deceleration judging means that judges whether or not the deceleration of the vehicle is rapid deceleration of a predetermined value or greater; and when, under running of the vehicle with the clutch kept engaged, the rapid deceleration judging means judges that the deceleration is the rapid deceleration, the fuel cut means stops feeding of fuel to the engine . the motor is positioned between the engine and the drive road wheel , the engine and the motor are connected through the clutch , and the rapid deceleration control device comprises a fuel cut means for stopping feeding of fuel to the engine , characterized in that the rapid deceleration control device further comprises a rapid deceleration judging means that judges whether or not the deceleration of the vehicle is rapid deceleration of a predetermined value or greater; and when, under running of the vehicle with the clutch kept engaged, the rapid deceleration judging means judges that the deceleration is the rapid deceleration, the fuel cut means stops feeding of fuel to the engine .
Lid stay, comprising the following: a base body , a setting arm which is fastened to the base body pivotally about a pivot axis (S1) between a closed position and an open position, wherein the setting arm has a base element and a lever , wherein the base element is fastened to the base body pivotally about the pivot axis (S1), a drive applying force to the base element at least over part of the pivoting path of the setting arm between the closed position and the open position to take up the open position, and a latching mechanism with which the lever can be fixed non-rotatingly in at least one latching position on the base element , characterized in that the lever is always connected to the base element and is hinged to the base element , wherein the lever is freely pivotable relative to the base element about a third pivot axis (S3) in an unlatched state, and that the lid stay further comprises a bolt arranged on the lever , wherein the bolt is guided in an elongated hole on the base element , or that the lid stay further comprises a bolt arranged on the base element , wherein the bolt is guided in an elongated hole on the lever . a base body , a setting arm which is fastened to the base body pivotally about a pivot axis (S1) between a closed position and an open position, wherein the setting arm has a base element and a lever , wherein the base element is fastened to the base body pivotally about the pivot axis (S1), a drive applying force to the base element at least over part of the pivoting path of the setting arm between the closed position and the open position to take up the open position, and a latching mechanism with which the lever can be fixed non-rotatingly in at least one latching position on the base element , characterized in that the lever is always connected to the base element and is hinged to the base element , wherein the lever is freely pivotable relative to the base element about a third pivot axis (S3) in an unlatched state, and that the lid stay further comprises a bolt arranged on the lever , wherein the bolt is guided in an elongated hole on the base element , or that the lid stay further comprises a bolt arranged on the base element , wherein the bolt is guided in an elongated hole on the lever .
Rotary interface element , comprising: a rotor , the rotation of which causes a control signal, the rotor comprising a rotor disc comprising a disc-shaped contact surface ( S ) on which a user ( U ) can press one or more fingers, • a stator , stationary with respect to the rotor , the stator comprising a disc shaped recess for the rotor disc , • radial rollers , disposed radially with respect to the rotor disc in housings under the rotor disc , having a cylindrical central body against which the rotor disc is resting, characterized in that : - the rotor further comprises a rotor shaft bound in rotation with the rotor disc which is flush with a surrounding surface in which the rotary interface element is implemented, - the stator comprises a bearing for the rotor shaft, the housings being made in the stator , - the radial rollers are resting against the side of the rotor disc opposite the contact surface ( S ), - the rotor comprises a bottom disc at the opposite end of the rotor shaft with respect to the rotor disc , bound in rotation with said rotor shaft and having haptic asperities on its outer rim, and the rotary interface element further comprises haptic fingers pressed against the haptic asperities so as to generate a haptic feedback when the rotor is set in rotational motion. a rotor , the rotation of which causes a control signal, the rotor comprising a rotor disc comprising a disc-shaped contact surface ( S ) on which a user ( U ) can press one or more fingers, • a stator , stationary with respect to the rotor , the stator comprising a disc shaped recess for the rotor disc , • radial rollers , disposed radially with respect to the rotor disc in housings under the rotor disc , having a cylindrical central body against which the rotor disc is resting, • a stator , stationary with respect to the rotor , the stator comprising a disc shaped recess for the rotor disc , • radial rollers , disposed radially with respect to the rotor disc in housings under the rotor disc , having a cylindrical central body against which the rotor disc is resting, - the rotor further comprises a rotor shaft bound in rotation with the rotor disc which is flush with a surrounding surface in which the rotary interface element is implemented, - the stator comprises a bearing for the rotor shaft, the housings being made in the stator , - the radial rollers are resting against the side of the rotor disc opposite the contact surface ( S ), - the rotor comprises a bottom disc at the opposite end of the rotor shaft with respect to the rotor disc , bound in rotation with said rotor shaft and having haptic asperities on its outer rim, and
A lubricated high pressure fuel pump assembly comprising: a fuel pump including a pump drive shaft via which the fuel pump is configured to be mechanically driven; a sealed enclosure configured to surround a first portion of the pump drive shaft , wherein the first portion is exterior to the fuel pump ; and a pump lubrication circuit comprising: a lubricant reservoir ; and a lubricant pump configured to pump lubricant from the lubricant reservoir to the pump drive shaft ; wherein: the sealed enclosure is configured to prevent fluid leakage from the fuel pump via the first portion of the pump drive shaft ; and the lubricant reservoir is configured to collect the lubricant from the pump drive shaft ; such that the lubricant is retained within the lubricated high pressure fuel pump assembly . a fuel pump including a pump drive shaft via which the fuel pump is configured to be mechanically driven; a sealed enclosure configured to surround a first portion of the pump drive shaft , wherein the first portion is exterior to the fuel pump ; and a pump lubrication circuit comprising: a lubricant reservoir ; and a lubricant pump configured to pump lubricant from the lubricant reservoir to the pump drive shaft ; a lubricant reservoir ; and a lubricant pump configured to pump lubricant from the lubricant reservoir to the pump drive shaft ; the sealed enclosure is configured to prevent fluid leakage from the fuel pump via the first portion of the pump drive shaft ; and the lubricant reservoir is configured to collect the lubricant from the pump drive shaft ; such that the lubricant is retained within the lubricated high pressure fuel pump assembly .
A method to determine the heading or orientation of a target vehicle by a host vehicle, said host vehicle equipped with a lidar or radar system, said system including a sensor unit adapted to receive signals emitted from said host vehicle and reflected by said target vehicle, comprising: a) determining at least one reference angle being an initial estimate of target heading or orientation (β); b) emitting a signal from said system and determining a plurality of point radar or lidar detections belonging to said target vehicle, said point detections having co-ordinates in the horizontal plane; c) formulating an initial rectangular boundary box from said point detections, where the boundary box is formulated such that two edges of the boundary box are drawn parallel to the reference angle and two sides are perpendicular to the reference angle and such that all the point detections are either on the boundary box sides or lay within the boundary box and each edge has at least one point detection on it; d) for each point detection lying on an edge of the boundary box, rotating a line coincident with the respective edge clockwise and anticlockwise about the respectively selected point detection until said line hits another point detection or until a maximum angle of rotation is performed; and each time when said line hits said another point detection, determining a correction angle (Δi), where the correction angle is such that applied to the reference angle it gives a candidate orientation angle (γi); f) determining a cost function in respect of each candidate orientation angle (γi) and/or correction angle (Δi); g) selecting that candidate orientation angle having the lowest cost function. a) determining at least one reference angle being an initial estimate of target heading or orientation (β); b) emitting a signal from said system and determining a plurality of point radar or lidar detections belonging to said target vehicle, said point detections having co-ordinates in the horizontal plane; c) formulating an initial rectangular boundary box from said point detections, where the boundary box is formulated such that two edges of the boundary box are drawn parallel to the reference angle and two sides are perpendicular to the reference angle and such that all the point detections are either on the boundary box sides or lay within the boundary box and each edge has at least one point detection on it; d) for each point detection lying on an edge of the boundary box, rotating a line coincident with the respective edge clockwise and anticlockwise about the respectively selected point detection until said line hits another point detection or until a maximum angle of rotation is performed; and each time when said line hits said another point detection, determining a correction angle (Δi), where the correction angle is such that applied to the reference angle it gives a candidate orientation angle (γi); f) determining a cost function in respect of each candidate orientation angle (γi) and/or correction angle (Δi); g) selecting that candidate orientation angle having the lowest cost function.
Apparatus for removing a surface layer including the skin from fish fillets , comprising a feeding device for feeding the fish fillets lying skin side down tail end first in transport direction T in the region of a separating arrangement , a dispatching device for dispatching the fish fillets freed from the surface layer, and the separating arrangement , wherein the separating arrangement comprises a rotationally driven driver roller arranged downstream of the feeding device and upstream of the dispatching device in the transport direction T of the fish fillets , said driver roller having a drive direction A synchronous with the transport direction T, a main blade arranged in the region of the driver roller for removing the surface layer and a pressing element active in the region of the main blade for pressing the fish fillets onto the textured conveying surface F of the driver roller , wherein the main blade is arranged at a distance from the driver roller to form a cutting gap S and is designed to be deflectable relative to the driver roller , characterized in that the apparatus has a measuring arrangement , said measuring arrangement comprising at least one detection element , which is arranged in the region of the feeding device and is designed and configured to determine size-relevant data of the fish fillets , and an evaluation and control unit , the evaluation and control unit being connected by means of signal lines to the or to each detection element and to the main blade for automatically controlling the size of the cutting gap S between the main blade and the driver roller depending on the previously determined fish fillet size, wherein the main blade is firmly connected to the pivot mechanism and is pivotable therewith about the pivot point D, and in that a secondary blade , which is movable relative to the main blade , is assigned to the main blade for incising the surface layer, wherein an adjusting drive , which is connected to the evaluation and control unit by means of a signal line , is assigned to the secondary blade for executing the incision movement depending on the previously determined fish fillet size.
Gas analyzer comprising a self-contained pressure module that encloses at least partly a pipe for a gas , that is equipped with at least one sensor and a valve that comprises a valve portion and a solenoid portion , said sensor and said valve being operable through a master control circuit , characterized in that said master control circuit is accommodated in a self-contained control enclosure that separates the master control circuit from said pressure module with said valve and said sensor , the valve and the sensor being accommodated in the pressure module .
Lashing point on a loading surface of a transport vehicle, wherein the lashing point is coupled to a lashing means, by an eyelet body being mounted so as to be relatively movable in a cassette and able to be drawn out from a rest position located in the cassette into an assembly or use position, wherein the cassette has a link guide in laterally arranged slotted guide plates and the eyelet body has laterally projecting arms which engage in the link guide , characterised in that , for the assembly position, a projection projecting into the link guide is arranged in an upper part of the link guide of the cassette , wherein the projection increases in longitudinal section from below and in an upper portion has a shoulder , in such a way that the eyelet body is held by the arms bearing against a respective projection .