mhurhangee/patent-ind-claim-en huggingface dataset:
Dishwashing device for an aircraft, comprising - an inner chamber , which receives crockery to be cleaned and cleaning medium, and - a door , which closes an opening in the inner chamber in a closed position, and - a connecting apparatus for connecting the dishwashing device to a water disposal system of the aircraft, - the door being secured in the closed position by means of at least one locking apparatus , characterised in that - the locking apparatus is designed to release the door from the closed position by a releasing movement when a pressure gradient of at least 10 hPa per second between the inner chamber and surroundings of the dishwashing device is exceeded and - the releasing movement of the door is limited by an end stop of the locking apparatus. - an inner chamber , which receives crockery to be cleaned and cleaning medium, and - a door , which closes an opening in the inner chamber in a closed position, and - a connecting apparatus for connecting the dishwashing device to a water disposal system of the aircraft, - the door being secured in the closed position by means of at least one locking apparatus , characterised in that - the locking apparatus is designed to release the door from the closed position by a releasing movement when a pressure gradient of at least 10 hPa per second between the inner chamber and surroundings of the dishwashing device is exceeded and - the releasing movement of the door is limited by an end stop of the locking apparatus.
A car for a vehicle, in particular for a railway vehicle, the car having at least one access suitable for persons with reduced mobility, the car comprising a central zone comprising a space for catering , the space for catering comprising at least one catering installation , the space for catering having a corridor arranged next to the at least one catering installation in a transverse direction (Y) of the car , characterized in that the corridor has an arrangement and a size sufficient to allow two people in wheelchairs to pass, in that the central zone has a free space on the ground , the corridor being included in the free space on the ground , the free space on the ground comprising a circulation circle having a diameter greater than or equal to 1500 mm, the circulation circle being included in the corridor , and in that the free space on the ground comprises a maneuvering circle having a diameter greater than or equal to 1660 mm, the maneuvering circle having a non-zero intersection with the circulation circle , the intersection representing less than 35%, more particularly less than 25%, of the circulation circle .
A vibration device , the device comprising: a medium ; an array of vibration motors mounted on the medium , the vibration motors configured to generate temporal vibrations, wherein each vibration motor is a component of a collocated vibration subassembly including a thermal electric module; and a controller operatively coupled to the vibration motors , wherein the controller is configured to control one or more vibration parameters of the vibration motors for synthesizing spatiotemporal waves and temporal vibrations to provide a synthetic sensation of vibration, wherein the spatiotemporal waves are in a plurality of patterns along a surface of the device that provides a plane of contact with a target body part, and wherein the patterns of the spatiotemporal wave include a wave travelling along any principal axis in the plane of contact with the target body part, a radial inward wave that travels from one or more extremities towards a focal point, and a radial ripple wave that travels outward from the focal point, characterized in that : the device further comprises a primary diffuser, wherein the primary diffuser is a metallic mesh , and wherein the primary diffuser overlays the medium and the array of vibration motors . a medium ; an array of vibration motors mounted on the medium , the vibration motors configured to generate temporal vibrations, wherein each vibration motor is a component of a collocated vibration subassembly including a thermal electric module; and a controller operatively coupled to the vibration motors , wherein the controller is configured to control one or more vibration parameters of the vibration motors for synthesizing spatiotemporal waves and temporal vibrations to provide a synthetic sensation of vibration, wherein the spatiotemporal waves are in a plurality of patterns along a surface of the device that provides a plane of contact with a target body part, and wherein the patterns of the spatiotemporal wave include a wave travelling along any principal axis in the plane of contact with the target body part, a radial inward wave that travels from one or more extremities towards a focal point, and a radial ripple wave that travels outward from the focal point,
Method for selecting an emit power value of a radio signal implemented by at least one user equipment located in a first emit power zone defined around a base station to which said user equipment is attached, said method comprising the following steps: - obtaining a plurality of emit power values possible for said first emit power zone, said emit power values possible for said first zone being determined depending on at least: - a reference emit power value for said first emit power zone, - a reference emit power value for at least one second emit power zone defined around said base station and adjacent to the first emit power zone, - a value of a discretization increment defining a level of disparity between the possible power values, and - selecting an emit power value from said plurality of emit power values possible for said first emit power zone. - obtaining a plurality of emit power values possible for said first emit power zone, said emit power values possible for said first zone being determined depending on at least: - a reference emit power value for said first emit power zone, - a reference emit power value for at least one second emit power zone defined around said base station and adjacent to the first emit power zone, - a value of a discretization increment defining a level of disparity between the possible power values, and - selecting an emit power value from said plurality of emit power values possible for said first emit power zone. - a reference emit power value for said first emit power zone, - a reference emit power value for at least one second emit power zone defined around said base station and adjacent to the first emit power zone, - a value of a discretization increment defining a level of disparity between the possible power values, and - selecting an emit power value from said plurality of emit power values possible for said first emit power zone.
Device for the tempering of at least one object, in particular, of a multilayer body with at least two layers, with a treatment chamber with a chamber space , at least one energy source , and a processing hood that defines a processing space in which the object can be at least partially disposed, wherein the processing hood reduces the volume of the processing space in which at least a part of the object is tempered, compared to the volume of the chamber space , characterized in that the processing hood is designed at least as a cover disposed stationarily in the treatment chamber and the cover has a circumferential frame dimensioned such that the object or a carrier supporting the object can be encased on the sides, with the frame displaceably disposed laterally relative to the object or the carrier , and wherein the processing hood is disposed vertically displaceably relative to the object , wherein a distance between the cover and the object can be adjusted by vertical movement of the cover 12 toward the object .
A connecting element of a connection fitting for energy cables comprising: - an electrically conductive screw connector , which is configured at two opposite ends in each case to receive a conductor of two energy cables to be connected and to make electrical current-carrying contact with it and to fix it by means of screws that can be screwed radially into the screw connector , - a sleeve resting against the electrically conductive connector and openly enveloping it at both ends, the length of which sleeve is greater that that of the screw connector , and which can be radially deformed at least in the regions protruding beyond the screw connector , wherein the sleeve has openings in a region of the screw connector receiving the screws , through which the screws can be screwed into the screw connector ; characterized in that the sleeve is electrically conductive and is movable about a longitudinal axis of the electrically conductive screw connector . - an electrically conductive screw connector , which is configured at two opposite ends in each case to receive a conductor of two energy cables to be connected and to make electrical current-carrying contact with it and to fix it by means of screws that can be screwed radially into the screw connector , - a sleeve resting against the electrically conductive connector and openly enveloping it at both ends, the length of which sleeve is greater that that of the screw connector , and which can be radially deformed at least in the regions protruding beyond the screw connector , wherein the sleeve has openings in a region of the screw connector receiving the screws , through which the screws can be screwed into the screw connector ;
A photocatalyst comprising: a layered base material comprising 1 to 100 layers, the layered base material being selected from the group consisting of molybdenum disulfide, tungsten disulfide, molybdenum telluride, tungsten telluride, molybdenum selenide and tungsten selenide; and 0.1 - 10.0 % by weight, relative to the weight of the base material, of one or more Group VI, VII, VIII, IX or X transition metals, wherein the one or more Group VI, VII, VIII, IX or X transition metals is selected from the group consisting of Fe, Mn, Co, Ni, Ru, Rh, Pd and Pt, wherein the photocatalyst further comprises 0.1 - 50.0 % by weight, relative to the weight of the base material, of one or more semiconductor materials having an average particle size of 0.5 - 50.0 nm. a layered base material comprising 1 to 100 layers, the layered base material being selected from the group consisting of molybdenum disulfide, tungsten disulfide, molybdenum telluride, tungsten telluride, molybdenum selenide and tungsten selenide; and 0.1 - 10.0 % by weight, relative to the weight of the base material, of one or more Group VI, VII, VIII, IX or X transition metals, wherein the one or more Group VI, VII, VIII, IX or X transition metals is selected from the group consisting of Fe, Mn, Co, Ni, Ru, Rh, Pd and Pt, wherein the photocatalyst further comprises 0.1 - 50.0 % by weight, relative to the weight of the base material, of one or more semiconductor materials having an average particle size of 0.5 - 50.0 nm.
A method comprising: receiving an indication associated with an initial observation setup of a set of transmission units of an audiovisual presentation, wherein the initial observation setup comprises: multiple observation points, and multiple observation orientations associated with the multiple observation points, receiving an indication associated with an intended behavior of a playback device ; determining the intended behavior of the playback device ; and in response to determining the intended behavior of the playback device , causing a control signal to be generated, wherein the control signal is associated with a rendering operation of the audiovisual presentation on the playback device , characterised in that : the multiple observation points are categorized by one or more observation groups, and each observation group comprises one default observation point and one origin point. receiving an indication associated with an initial observation setup of a set of transmission units of an audiovisual presentation, wherein the initial observation setup comprises: multiple observation points, and multiple observation orientations associated with the multiple observation points, multiple observation points, and multiple observation orientations associated with the multiple observation points, receiving an indication associated with an intended behavior of a playback device ; determining the intended behavior of the playback device ; and in response to determining the intended behavior of the playback device , causing a control signal to be generated, wherein the control signal is associated with a rendering operation of the audiovisual presentation on the playback device , characterised in that : the multiple observation points are categorized by one or more observation groups, and each observation group comprises one default observation point and one origin point. the multiple observation points are categorized by one or more observation groups, and each observation group comprises one default observation point and one origin point.
Method for operating a system comprising a main machine tool , at least one auxiliary device and a mobile device , the main machine tool , the at least one auxiliary device and the mobile device respectively being designed with a sending device and a receiving device , and a control device being provided, characterized in that the method comprises the following steps: - selecting the main machine tool as the master in a network comprising the main machine tool and the at least one auxiliary device (S1); - selecting the at least one auxiliary device as a slave in the network (S2); - sending at least one signal from the at least one auxiliary device to the main machine tool (S3); - setting at least one parameter of the main machine tool in dependence on the at least one signal received from the at least one auxiliary device (S9) and/or - setting at least one parameter of the at least one auxiliary device in dependence on the at least one signal received from this auxiliary device (S9) and/or - for auxiliary devices from the set of at least one auxiliary device , setting at least one parameter of at least one auxiliary device in dependence on the at least one signal received from another auxiliary device (S9); - sending at least one further signal from the mobile device to the main machine tool (S5); and - setting at least one parameter of the main machine tool and/or of the at least one auxiliary device in dependence on the further signal from the mobile device (S9). - selecting the main machine tool as the master in a network comprising the main machine tool and the at least one auxiliary device (S1); - selecting the at least one auxiliary device as a slave in the network (S2); - sending at least one signal from the at least one auxiliary device to the main machine tool (S3); - setting at least one parameter of the main machine tool in dependence on the at least one signal received from the at least one auxiliary device (S9) and/or - setting at least one parameter of the at least one auxiliary device in dependence on the at least one signal received from this auxiliary device (S9) and/or - for auxiliary devices from the set of at least one auxiliary device , setting at least one parameter of at least one auxiliary device in dependence on the at least one signal received from another auxiliary device (S9); - sending at least one further signal from the mobile device to the main machine tool (S5); and - setting at least one parameter of the main machine tool and/or of the at least one auxiliary device in dependence on the further signal from the mobile device (S9).
An airfoil comprising: a supply passage to provide a coolant; an airfoil section including walls defining an internal cavity ; a baffle seated in the internal cavity such that there is a gap (G) between the baffle and at least one of the walls , the baffle including a baffle wall having cooling holes and a baffle edge adjacent the supply passage , the baffle wall defining an interior baffle region ; and a seal proximate the baffle edge , the seal sealing off the gap (G) such that the coolant that exits the supply passage will be directed to flow into the interior baffle region , characterised in that : the seal includes a lip having a first seal surface and the at least one of the walls includes a second seal surface abutting the first seal surface of the lip , wherein the lip is on the baffle and is a flared portion at the baffle edge , the lip including a spring biasing the first seal surface and the second seal surface together, and wherein the spring 80a is a leg of the flared portion 80 that deforms within its elastic deformation region to maintain a biasing force. a supply passage to provide a coolant; an airfoil section including walls defining an internal cavity ; a baffle seated in the internal cavity such that there is a gap (G) between the baffle and at least one of the walls , the baffle including a baffle wall having cooling holes and a baffle edge adjacent the supply passage , the baffle wall defining an interior baffle region ; and a seal proximate the baffle edge , the seal sealing off the gap (G) such that the coolant that exits the supply passage will be directed to flow into the interior baffle region , characterised in that : the seal includes a lip having a first seal surface and the at least one of the walls includes a second seal surface abutting the first seal surface of the lip , wherein the lip is on the baffle and is a flared portion at the baffle edge , the lip including a spring biasing the first seal surface and the second seal surface together, and wherein the spring 80a is a leg of the flared portion 80 that deforms within its elastic deformation region to maintain a biasing force.
Device for seeding a cloud cell , comprising means for conveying an active substance (AS) and means for delivering said active substance (AS), said device further comprising aerostatic means that include a balloon and cooperate with the means for conveying said active substance (AS), said device being characterized in that it is arranged such that the rupture of said balloon is provoked when said balloon substantially reaches a predetermined altitude.
A method performed by computer equipment of a consuming party , comprising: accessing an electronic document comprising a plurality of pointers , each pointer comprising a respective transaction identifier of a respective destination transaction stored on a blockchain , wherein the destination transactions comprise one or more first transactions storing respective genetic data of at least part of a reference genome, and one or more second transactions storing respective genetic data of at least a corresponding part of a target genome in compressed form compressed relative to the reference genome; accessing the genetic data from at least one of the first destination transactions and at least a corresponding one of the second destination transactions based on the respective identifiers accessed from the electronic document; and decompressing the accessed genetic data of the target genome based on the accessed genetic data of the reference genome. accessing an electronic document comprising a plurality of pointers , each pointer comprising a respective transaction identifier of a respective destination transaction stored on a blockchain , wherein the destination transactions comprise one or more first transactions storing respective genetic data of at least part of a reference genome, and one or more second transactions storing respective genetic data of at least a corresponding part of a target genome in compressed form compressed relative to the reference genome; accessing the genetic data from at least one of the first destination transactions and at least a corresponding one of the second destination transactions based on the respective identifiers accessed from the electronic document; and decompressing the accessed genetic data of the target genome based on the accessed genetic data of the reference genome.
A peptide having a sequence of amino acids comprising YGRKKRRQRRRKLSSIESDV (SEQ ID NO:1), or a tat peptide not attached or conjugated to another pain-relieving agent or other therapeutic agent, the tat peptide having a sequence of amino acids comprising YGRKKRRQRRR (SEQ ID NO:2), for use in treating or effecting prophylaxis of pain.
An image forming apparatus comprising: a transport part which comprises a transport belt to transport a printing medium; an image forming part which transfers a toner to form a color image; and a controller which controls the image forming part to form a test image for color registration of the image forming part on the transport belt ; characterized in that : the image forming part forms the test image on the transport belt after forming an image on a first printing medium and before forming another image on a second printing medium, wherein the test image comprises various types of test image pattern and; wherein the image forming part comprises: an engine which performs an exposure process for the toner to be developed and transferred; a video controller which generates video data based on printing data corresponding to the image being formed on one of the plurality of printing media or test data corresponding to the test image; and an engine controller which operates the engine to apply a color registration performed on the basis of the video data generated by the video controller . a transport part which comprises a transport belt to transport a printing medium; an image forming part which transfers a toner to form a color image; and a controller which controls the image forming part to form a test image for color registration of the image forming part on the transport belt ; characterized in that : the image forming part forms the test image on the transport belt after forming an image on a first printing medium and before forming another image on a second printing medium, wherein the test image comprises various types of test image pattern and; wherein the image forming part comprises: an engine which performs an exposure process for the toner to be developed and transferred; a video controller which generates video data based on printing data corresponding to the image being formed on one of the plurality of printing media or test data corresponding to the test image; and an engine controller which operates the engine to apply a color registration performed on the basis of the video data generated by the video controller . the image forming part forms the test image on the transport belt after forming an image on a first printing medium and before forming another image on a second printing medium, wherein the test image comprises various types of test image pattern and; wherein the image forming part comprises: an engine which performs an exposure process for the toner to be developed and transferred; a video controller which generates video data based on printing data corresponding to the image being formed on one of the plurality of printing media or test data corresponding to the test image; and an engine controller which operates the engine to apply a color registration performed on the basis of the video data generated by the video controller .