mhurhangee/patent-ind-claim-en huggingface dataset:
A machine implemented method comprising: receiving , at an application , a user's selection of a resource, indicating that the resource is trusted, the resource managed by a restricted operating environment, the resource including a file or folder located outside of a sandbox in which the application is executing; requesting , by the application, from a resource manager of the restricted operating environment, in response to the selection, a location identifier associated with the resource, the request specifying the file or folder; receiving, in response to the request, an application-scoped bookmark to the file or folder and a digest, wherein the digest is a cryptographically derived version of the bookmark and the bookmark allows retrieval of the resource on a storage device even if the resource is renamed; and storing the bookmark and the digest in the restricted environment to allow the application access to the resource, via a call to the resource manager with the bookmark and digest, without requiring further user interaction to indicate trustworthiness of the resource. receiving , at an application , a user's selection of a resource, indicating that the resource is trusted, the resource managed by a restricted operating environment, the resource including a file or folder located outside of a sandbox in which the application is executing; requesting , by the application, from a resource manager of the restricted operating environment, in response to the selection, a location identifier associated with the resource, the request specifying the file or folder; receiving, in response to the request, an application-scoped bookmark to the file or folder and a digest, wherein the digest is a cryptographically derived version of the bookmark and the bookmark allows retrieval of the resource on a storage device even if the resource is renamed; and storing the bookmark and the digest in the restricted environment to allow the application access to the resource, via a call to the resource manager with the bookmark and digest, without requiring further user interaction to indicate trustworthiness of the resource.
Pneumatic tyre (P) comprising a body ply skim layer in which a reinforcing ply is embedded; said reinforcing ply being arranged at a distance T from an outer surface (E) of the body ply skim layer and at a distance B from an inner surface (I) of the body ply skim layer such as to define an asymmetry index AI equal to 100 x (T-B/T+B); said outer surface (E) being directed towards a tread of the pneumatic tyre (P) and said inner surface (I) being directed towards an inner cavity of the pneumatic tyre (P); said asymmetry index AI being greater than -100 and less than 0, said tyre being characterized in that said body ply skim layer is made of a single rubber compound .
A dialysis device comprising an extracorporeal blood system, a dialyzing fluid system, a dialyzer and a control unit , characterized in that the dialysis device has a heating mechanism for heating the blood in the extracorporeal blood system before entry into the dialyzer or in the dialyzer as well as a cooling mechanism for cooling the blood in the extracorporeal blood system after exiting the dialyzer ; and in that the control unit is configured such that the blood is heated before entry into the dialyzer or in the dialyzer to a dialysis temperature which is above the body temperature of the patient and is cooled back to the body temperature of the patient after exiting the dialyzer .
A carriage arranged for rotation about a first axis (A) in a rotation mixer , the carriage comprising: an arm including a first end , a second end spaced apart from first end , and a support body extending between the first and second ends ; a drive line including a plurality of pulleys coupled to the arm and a belt routed around the pulleys, and a basket mounted on the first end of the arm for rotation relative to the arm about a second axis (B) arranged at an oblique angle relative to the first axis (A), wherein the belt is formed as a continuous loop along a length direction (L) of the belt , the belt is coupled to the basket such that rotation of the arm about the first axis (A) drives rotation of the basket about the second axis (B), and the plurality of pulleys are arranged such that the belt twists across a width direction (W) of the belt less than about 90 degrees throughout the drive line , and characterized in that the plurality of pulleys includes a pair of first pulleys coupled to the support body of the arm , a pair of second pulleys coupled to the second end of the arm , and a pair of third pulleys coupled to the first end of the arm . an arm including a first end , a second end spaced apart from first end , and a support body extending between the first and second ends ; a drive line including a plurality of pulleys coupled to the arm and a belt routed around the pulleys, and a basket mounted on the first end of the arm for rotation relative to the arm about a second axis (B) arranged at an oblique angle relative to the first axis (A), wherein the belt is formed as a continuous loop along a length direction (L) of the belt , the belt is coupled to the basket such that rotation of the arm about the first axis (A) drives rotation of the basket about the second axis (B), and the plurality of pulleys are arranged such that the belt twists across a width direction (W) of the belt less than about 90 degrees throughout the drive line , and characterized in that the plurality of pulleys includes a pair of first pulleys coupled to the support body of the arm , a pair of second pulleys coupled to the second end of the arm , and a pair of third pulleys coupled to the first end of the arm .
A working machine comprising a body including an engine , a handle extending from the body , and an engine operating device installed in the body and the handle , wherein: the engine operating device includes: a control assembly installed in the body and including a base member , a stop switch secured to the base member , and a lever member supported by the base member to be displaceable between a push position where the lever member pushes the stop switch and a release position where the lever member releases pressure on the stop switch ; an operating member mounted on the handle to be operated by a worker; and an operating cable connected with the control assembly and the operating member ; the operating cable includes: a throttle wire connected with a throttle of the engine at one end portion and with the operating member at another end portion; a stop wire connected with the lever member at one end portion and with the operating member at another end portion; and a cable tube in which the throttle wire and the stop wire are fitted; and as the operating member is moved to a predetermined engine stop position, the lever member connected with the stop wire moves to the release position and causes the engine to stop. the engine operating device includes: a control assembly installed in the body and including a base member , a stop switch secured to the base member , and a lever member supported by the base member to be displaceable between a push position where the lever member pushes the stop switch and a release position where the lever member releases pressure on the stop switch ; an operating member mounted on the handle to be operated by a worker; and an operating cable connected with the control assembly and the operating member ; a control assembly installed in the body and including a base member , a stop switch secured to the base member , and a lever member supported by the base member to be displaceable between a push position where the lever member pushes the stop switch and a release position where the lever member releases pressure on the stop switch ; an operating member mounted on the handle to be operated by a worker; and an operating cable connected with the control assembly and the operating member ; the operating cable includes: a throttle wire connected with a throttle of the engine at one end portion and with the operating member at another end portion; a stop wire connected with the lever member at one end portion and with the operating member at another end portion; and a cable tube in which the throttle wire and the stop wire are fitted; and a throttle wire connected with a throttle of the engine at one end portion and with the operating member at another end portion; a stop wire connected with the lever member at one end portion and with the operating member at another end portion; and a cable tube in which the throttle wire and the stop wire are fitted; and as the operating member is moved to a predetermined engine stop position, the lever member connected with the stop wire moves to the release position and causes the engine to stop.
A control device (DC) for controlling access to a computer (CV) comprising a wake-up interface (IR), said control device being adapted to emit a first signal (S1) dedicated to wake-up said computer (CV) said computer (CV) also comprising a communication interface (IC) having an activation input coupled to an activation pin of a connector (CN) intended to be mechanically and temporarily coupled to an activation output of a configuration tool (OC), said control device being adapted to emit a second signal (S2) dedicated to the activation of said communication interface (IC) characterized in that it comprises control means (MCT) supplying, once interposed between, on the one hand, said activation pin and, on the other hand, said wake-up interface (IR) and said activation input of the communication interface (IC), either said wake-up interface (IR) with said first signal, or said activation input of the communication interface (IC) with said second signal, depending on whether they are placed in a first state or a second state by said configuration tool (OC) via said activation pin.
A manual drive unit (70; 170; 270) for use with a cassette unit comprising a cassette unit housing containing there within a syringe comprising a barrel ; a hollow needle at a front end of said barrel; and a plunger that is axially movable within the barrel, the manual drive unit comprising: a manual drive unit housing (71; 171; 271) defining a docking cavity and a needle delivery aperture (78; 278), wherein said docking cavity is arranged for docking receipt of said cassette unit at a docking position; and received by said manual drive unit housing and axially movable relative thereto, a manually operable drive transfer element (90; 190; 290) for transferring axial drive to the plunger of the syringe for moving the plunger into the barrel of the syringe to eject at least part of said volume of liquid drug formulation, characterized in that the drive transfer element is provided with a first retaining feature arranged for retaining interaction with a second retaining feature of the manual drive unit housing such as to retain the drive transfer element in movable relationship to the manual drive unit housing, wherein the drive transfer element defines a drive shaft having a manually operable drive head and a drive tip for transferring said axial drive to the plunger of the syringe, and wherein said first retaining feature is provided to said drive shaft adjacent to said drive tip. a manual drive unit housing (71; 171; 271) defining a docking cavity and a needle delivery aperture (78; 278), wherein said docking cavity is arranged for docking receipt of said cassette unit at a docking position; and received by said manual drive unit housing and axially movable relative thereto, a manually operable drive transfer element (90; 190; 290) for transferring axial drive to the plunger of the syringe for moving the plunger into the barrel of the syringe to eject at least part of said volume of liquid drug formulation, characterized in that the drive transfer element is provided with a first retaining feature arranged for retaining interaction with a second retaining feature of the manual drive unit housing such as to retain the drive transfer element in movable relationship to the manual drive unit housing, wherein the drive transfer element defines a drive shaft having a manually operable drive head and a drive tip for transferring said axial drive to the plunger of the syringe, and wherein said first retaining feature is provided to said drive shaft adjacent to said drive tip.
The frame for seats in public transport vehicles in the form of an ergonomically shaped bent profile that creates the backrest and the seat, to which brackets for the seat and backrest pillows are attached, wherein the profile in the section perpendicular to its longitudinal axis has an outline similar to an ellipse, characterized in that the longer section axis of the tube is tilted upwards / to the outside from the vertical plane, which forms the frame's perpendicular bisector, by angle α (10 - 30)°, preferably 20°.
An automated warehouse storage system comprising: - a storage track for accessing storage space; and - an aisle track comprising a track crossing for accessing said storage track; and - a multi-directional load carrying shuttle adapted to ride on both said storage track and said aisle track; further characterized in that said aisle track is decoupled from said storage track by a discontinuity between said track crossing and said storage track; and wherein said shuttle comprises at least four wheel treads (131-134, 231-234, 331-334) per side for driving said shuttle along a direction of said storage track; and wherein said four wheel treads are configured such that, when riding from said crossing onto said storage track: - a first tread engages with said storage track before a second tread disengages with said track crossing thereby overcoming said discontinuity; and - a third tread engages with said storage track before a fourth tread disengages with said track crossing; and wherein said track crossing bends downwards towards said discontinuity for engaging said first and third tread with said storage track in a continuous manner and/or wherein said storage track bends downwards towards said discontinuity for engaging said first and third tread with said storage track in a continuous manner. - a storage track for accessing storage space; and - an aisle track comprising a track crossing for accessing said storage track; and - a multi-directional load carrying shuttle adapted to ride on both said storage track and said aisle track; - a first tread engages with said storage track before a second tread disengages with said track crossing thereby overcoming said discontinuity; and - a third tread engages with said storage track before a fourth tread disengages with said track crossing;
A mounting device for a fastening groove being a U-shaped profile and configured to be mounted between glass plates of an insulating glass unit, which mounting device is configured to be fastened to an end of the fastening groove , characterized in that the mounting device is a plate-like element and comprises at least an inner guide wall and at least an outer guide wall on its planar side surface for guiding fastening of the mounting device to the end of the fastening groove, and in that the space between the inner and outer guide walls corresponds the cross-section of the fastening groove .
A head mounted display for facilitating a play of a game, the head mounted display comprising: a network communications circuit for receiving, via a network , a stream of compressed interactive media generated by execution of a game program , wherein the network communications circuit is configured to receive the stream of compressed interactive media from the game cloud system without using a game console between the head mounted display and the network; a decoder configured to decode the compressed interactive media received via the network, wherein the compressed interactive media is decoded to output decoded media; and a controller configured to display images of the game on a screen of the head mounted display based on the decoded media. a network communications circuit for receiving, via a network , a stream of compressed interactive media generated by execution of a game program , wherein the network communications circuit is configured to receive the stream of compressed interactive media from the game cloud system without using a game console between the head mounted display and the network; a decoder configured to decode the compressed interactive media received via the network, wherein the compressed interactive media is decoded to output decoded media; and a controller configured to display images of the game on a screen of the head mounted display based on the decoded media.
An ice rink inlay , comprising an illuminants arrangement , wherein the illuminants arrangement comprises a multitude of LED-based light sources which are encased in a water-tight manner by way of one or more encasings , wherein the light sources are, at least in a group-wise manner, operationally interconnected by way of electrical connection leads , wherein the connection leads comprise voltage supply leads, characterized in that the ice rink inlay comprises a layer body for forming a cover layer of an ice rink.
Industrial lighting device comprising: - a light source ; - a sealed housing containing the light source and comprising: - a support delimiting a housing window extending opposite the light source; - a window pane sealing the housing window; and - a sealing gasket extending along the periphery of the housing window and compressed between the window pane and the support, - a filter extending in front of the housing window, outside the housing and comprising: - a frame defining a frame window and removably fixed to the housing, in an assembled position in which the frame window is opposite the housing window; - an optical film fixed to the frame and sealing the frame window , the device comprising an elastic compression member arranged between the support and the frame; characterized in that the elastic compression member is arranged so as to elastically press an edge of the frame towards the frame window and/or so as to elastically press the frame against the window pane . - a light source ; - a sealed housing containing the light source and comprising: - a support delimiting a housing window extending opposite the light source; - a window pane sealing the housing window; and - a sealing gasket extending along the periphery of the housing window and compressed between the window pane and the support, - a support delimiting a housing window extending opposite the light source; - a window pane sealing the housing window; and - a sealing gasket extending along the periphery of the housing window and compressed between the window pane and the support, - a filter extending in front of the housing window, outside the housing and comprising: - a frame defining a frame window and removably fixed to the housing, in an assembled position in which the frame window is opposite the housing window; - an optical film fixed to the frame and sealing the frame window , - a frame defining a frame window and removably fixed to the housing, in an assembled position in which the frame window is opposite the housing window; - an optical film fixed to the frame and sealing the frame window ,
A method for personalizing a document blank by way of a graphic to produce a document using an irradiation unit, the document blank comprising a photosensitive layer, at least one optically detectable parameter of the photosensitive layer changing when electromagnetic radiation is applied, the change in the parameter scaling with the energy input into the photosensitive layer, the irradiation unit providing electromagnetic radiation, the energy of the radiation provided by the irradiation unit being settable, comprising the following steps: • providing a monochrome starting graphic ; • reducing the brightness values of the monochrome starting graphic to at least two brightness levels (H1, H2, H3, ...) to obtain a reduced starting graphic ; • dividing the reduced starting graphic into partial graphics , each of the partial graphics only including pixels of the same brightness; and • completely reproducing each of the individual partial graphics on the document blank by applying electromagnetic radiation to the photosensitive layer, wherein each brightness level (H1, H2, H3, ...) is associated with energy to be introduced into the photosensitive layer, and wherein the energy to be introduced associated with the brightness level (H1, H2, H3, ...) of a partial graphic is applied to the photosensitive layer during the reproduction of the partial graphic , and wherein the applied graphic is the negative of the starting graphic . • providing a monochrome starting graphic ; • reducing the brightness values of the monochrome starting graphic to at least two brightness levels (H1, H2, H3, ...) to obtain a reduced starting graphic ; • dividing the reduced starting graphic into partial graphics , each of the partial graphics only including pixels of the same brightness; and • completely reproducing each of the individual partial graphics on the document blank by applying electromagnetic radiation to the photosensitive layer, wherein each brightness level (H1, H2, H3, ...) is associated with energy to be introduced into the photosensitive layer, and wherein the energy to be introduced associated with the brightness level (H1, H2, H3, ...) of a partial graphic is applied to the photosensitive layer during the reproduction of the partial graphic , and wherein the applied graphic is the negative of the starting graphic .
A one-piece tray system for growing and/or transporting plants, comprising: - a tray comprising a bottom and an upstanding peripheral wall ; - a supporting element attached to the bottom on the inside of the tray , the supporting element comprising a supporting surface parallel to the bottom of the tray , wherein the height of the supporting element is less than the height of the peripheral wall ; and - a capillary element attached to the bottom on the inside of the tray , the capillary element comprising an upper capillary part and a lower capillary part , the upper capillary part extending above the supporting surface and the lower capillary part extending below the supporting surface , wherein the capillary element comprises a groove configured for capillary action from the lower capillary part to the upper capillary part . - a tray comprising a bottom and an upstanding peripheral wall ; - a supporting element attached to the bottom on the inside of the tray , the supporting element comprising a supporting surface parallel to the bottom of the tray , wherein the height of the supporting element is less than the height of the peripheral wall ; and - a capillary element attached to the bottom on the inside of the tray , the capillary element comprising an upper capillary part and a lower capillary part , the upper capillary part extending above the supporting surface and the lower capillary part extending below the supporting surface , wherein the capillary element comprises a groove configured for capillary action from the lower capillary part to the upper capillary part .