mhurhangee/ep-ind-claims huggingface dataset:
An artificial stomach for replacing the normal stomach of a patient whom has had his/her stomach surgically removed, comprising: a food reservoir adapted to collect food, an inlet connected to a first opening of the food reservoir and further being adapted to upstream connect to the patient's gastrointestinal tract, and an outlet connected to a second opening of the food reservoir and further being adapted to downstream connect to the patient's gastrointestinal tract, characterized in that the artificial stomach comprises an inlet valve connected between the patient's gastrointestinal tract and the first opening of the food reservoir, wherein said inlet valve is configured to be able to assume an open position and a closed position. a food reservoir adapted to collect food, an inlet connected to a first opening of the food reservoir and further being adapted to upstream connect to the patient's gastrointestinal tract, and an outlet connected to a second opening of the food reservoir and further being adapted to downstream connect to the patient's gastrointestinal tract, characterized in that the artificial stomach comprises an inlet valve connected between the patient's gastrointestinal tract and the first opening of the food reservoir, wherein said inlet valve is configured to be able to assume an open position and a closed position.
A method in a service communication device comprising an Operations Support System, OSS, or an Operation and Maintenance, OAM, system, for performing a service process in a Radio Base Station, RBS, within a radio access network requiring that the RBS is brought out of operation/into limited operation, the OSS or OAM having a predetermined upgrade area comprising an area with a number of RBSs in which the service process is to be performed, the method comprising the step of - receiving information pertaining to at least one neighbouring RBS within the radio access network indicating an actual load of at least one neighbouring RBS, - determining to perform the service process of the RBS within the radio access network based on the actual load of at least one neighbouring RBS within the radio access network, and - performing the service process of the RBS. - receiving information pertaining to at least one neighbouring RBS within the radio access network indicating an actual load of at least one neighbouring RBS, - determining to perform the service process of the RBS within the radio access network based on the actual load of at least one neighbouring RBS within the radio access network, and - performing the service process of the RBS.
A mud pulse telemetry transmission method for a downhole environment that comprises: receiving a data stream; the method characterized by further comprising driving a fluid flow restrictor or valve to generate a pressure signal having modulated pulse positions (312, 314) and modulated pulse widths to represent data from the data stream. receiving a data stream; the method characterized by further comprising driving a fluid flow restrictor or valve to generate a pressure signal having modulated pulse positions (312, 314) and modulated pulse widths to represent data from the data stream.
An apparatus for obtaining a plurality of images of a sample arranged in relation to a sample device, said apparatus comprising a) at least a first optical detection assembly comprising at least a first image acquisition device, said first optical detection assembly having an optical axis and an object plane, said object plane comprising an image acquisition area from which electromagnetic waves can be detected as an image by said first image acquisition device; b) at least one translation unit arranged to move said sample device and said first optical detection assembly relative to each other; c) a housing arranged to support said first optical detection assembly and said translation unit, wherein said first optical detection assembly and said translation unit are arranged so that at least a part of said sample device is intersected by said image acquisition area; d) further comprising an image illumination device; wherein the at least one translation unit is arranged to move said sample device and said first optical detection assembly relative to each other along a scanning path, such as a scanning axis or a tangential to a rotational movement, which defines an angle theta relative to said optical axis, wherein theta is in the range of about 0.3 and about 89.7 degrees; characterized in that the apparatus further comprises an image analyzing device for analyzing images recorded by said first image acquisition device, wherein said image analyzing device comprises pattern recognition algorithms arranged todetermine at which position of said object plane in said sample an object appearing in at least a part of said images is in focus. a) at least a first optical detection assembly comprising at least a first image acquisition device, said first optical detection assembly having an optical axis and an object plane, said object plane comprising an image acquisition area from which electromagnetic waves can be detected as an image by said first image acquisition device; b) at least one translation unit arranged to move said sample device and said first optical detection assembly relative to each other; c) a housing arranged to support said first optical detection assembly and said translation unit, wherein said first optical detection assembly and said translation unit are arranged so that at least a part of said sample device is intersected by said image acquisition area; d) further comprising an image illumination device;
A method of cooking food in a cooking device, an operator being able to select a specific cooking process from a multitude of predefined automated cooking processes and/or manually select parameters for a manual cooking process, wherein, from the start of the cooking process, at least one significant cooking process parameter is continuously logged in a memory by a control unit of the cooking device, the significant cooking process parameter being the profile of the core temperature, the cooking chamber temperature, the fan speed and/or the humidity within the cooking chamber, wherein it is possible for the operator to change from a manual cooking process to an automated cooking process, and it is possible for the operator to change from an automated cooking process for which at least the desired final state of the food to be cooked is stored in a control unit of the cooking device to a manual cooking process by the operator manually influencing cooking parameters of the automated cooking process, wherein in the automated cooking process, a control unit of the cooking device selects the appropriate cooking process parameters and/or, prior to or during the cooking procedure, adapts them to the state or the properties of the food to be cooked, wherein the desired properties of the food cooked to completion are stored by the control unit when the operator changes from an automated cooking process to a manual cooking process, wherein when there is a change from a manual cooking process to an automated cooking process, the control unit checks, based on the significant cooking process parameters stored in the memory, whether the desired properties of the food cooked to completion can be obtained, wherein a notice is displayed to the operator if the desired properties of the food cooked to completion cannot be obtained.
Light guide for a lighting device of a vehicle, comprising - an entrance surface into which light can enter, - at least one lateral exit surface from which a portion of the light that has entered can exit, - an end region through which a portion of the light that has entered can exit, the end region is structured and/or shaped in such a way that the portion of light which laterally emerges from the region adjacent to the end region after reflection at or in the end region is reduced or minimised, characterized in that the end region comprises a plurality of conical or frustoconical sections, wherein the base of the cone or the frustum of a cone faces the light guide. - an entrance surface into which light can enter, - at least one lateral exit surface from which a portion of the light that has entered can exit, - an end region through which a portion of the light that has entered can exit, the end region is structured and/or shaped in such a way that the portion of light which laterally emerges from the region adjacent to the end region after reflection at or in the end region is reduced or minimised,
An ocular lens comprising: in order from an object side, a first lens group; a second lens group; and a third lens group having positive refractive power, wherein the first lens group has, in order from the object side, a first lens component (G1A) constituted of a biconcave lens, a second lens component (G1B) in a meniscus shape having a convex surface facing the object side, and a third lens component (G1C) having positive refractive power, the second lens group is constituted of a single lens component having a convex surface facing the viewer's eye side, an object side focal plane of the third lens group is positioned between the second lens group and the third lens group, and a condition in the following expression is satisfied: 6 ≤ f 1 / f where f denotes an overall focal length, and f1 denotes a focal length of the first lens group.
System for mechanically starting and stopping a function of a timepiece, comprising a mass mounted movably on a frame, between a first and a second extreme position, defined respectively by a first and a second stop, said mass moving, under the effect of gravity, while stressing a spring between the first and the second extreme position, and by relaxing said spring between the second and the first extreme position, said mass being kinematically or directly connected to a control member of said function, the mass and the force of the spring being determined as a function of the force required to control said function and move the control member, and also as a function of predetermined spatial orientations of the frame, in which the mass is bistably moved from one to the other of its extreme positions, according to the resultant of the forces exerted by the spring and by gravity, the displacement of the mass from the first extreme position to the second extreme position being adapted for starting said function by means of the control member, and the displacement of the mass from the second extreme position to the first extreme position being adapted for stopping said function by means of the control member. said mass being kinematically or directly connected to a control member of said function, the mass and the force of the spring being determined as a function of the force required to control said function and move the control member, and also as a function of predetermined spatial orientations of the frame, in which the mass is bistably moved from one to the other of its extreme positions, according to the resultant of the forces exerted by the spring and by gravity, the displacement of the mass from the first extreme position to the second extreme position being adapted for starting said function by means of the control member, and the displacement of the mass from the second extreme position to the first extreme position being adapted for stopping said function by means of the control member.
A heatshield for a gas turbine engine, the heatshield comprising a main body having a leading edge, a trailing edge, lateral edges (66, 67), a first surface and a second surface, the first surface being exposed to a hot working gas in use passing through the gas turbine engine, a leading hook and a trailing hook each extending between the lateral edges (66, 67), the leading hook and the trailing hook extending from the second surface, characterised by a stiffening structure extending from the leading hook to the trailing hook and free from direct contact or attachment to the second surface, the stiffening structure being monolithic with the leading hook and the trailing hook. a main body having a leading edge, a trailing edge, lateral edges (66, 67), a first surface and a second surface, the first surface being exposed to a hot working gas in use passing through the gas turbine engine, a leading hook and a trailing hook each extending between the lateral edges (66, 67), the leading hook and the trailing hook extending from the second surface, characterised by a stiffening structure extending from the leading hook to the trailing hook and free from direct contact or attachment to the second surface, the stiffening structure being monolithic with the leading hook and the trailing hook.
A self-propelled vehicle supporting and operating a device, wherein the device is a baler, the vehicle having a longitudinal axis and comprising: a chassis; a front wheel connected to the chassis; a rear wheel connected to the chassis; and a device mount for releasably attaching the device, the device mount comprising: a mounting arm having a first mounting surface for connecting to the device and a second mounting surface for supporting the device, the mounting arm being pivotally mounted to the chassis to move the device along the longitudinal axis between: a working position wherein the device is mounted to the mounting arm at the first and second mounting surfaces; an extended position wherein the device is coupled to the mounting arm at only the first mounting surface, the extended position being disposed behind the working position relative to the longitudinal axis; and an intermediate position between the working position and the extended position wherein the device is mounted to the mounting arm at the first and second mounting surfaces. a chassis; a front wheel connected to the chassis; a rear wheel connected to the chassis; and a device mount for releasably attaching the device, the device mount comprising: a mounting arm having a first mounting surface for connecting to the device and a second mounting surface for supporting the device, the mounting arm being pivotally mounted to the chassis to move the device along the longitudinal axis between: a working position wherein the device is mounted to the mounting arm at the first and second mounting surfaces; an extended position wherein the device is coupled to the mounting arm at only the first mounting surface, the extended position being disposed behind the working position relative to the longitudinal axis; and an intermediate position between the working position and the extended position wherein the device is mounted to the mounting arm at the first and second mounting surfaces.
An aroma diffusing device comprising: a perfume holding part in which a perfume is held; an air blowing source configured to supply air to the perfume holding part; an aroma discharge part through which the air having passed through the perfume holding part is discharged; an operation input part on which an operation input for the air blowing source is performed by a user; and an air blowing source control part configured to control a supply state of the air on a basis of an operation input on the operation input part, wherein the air blowing source control part is configured to control a supply time of the air, characterized in that the air blowing source control part is configured to: start supply of the air when the operation input is started; in a case where an elapsed time since the operation input is started is less than or equal to a first threshold value, stop supply of the air when the operation input is released; and stop supply of the air when the elapsed time since the operation input is started exceeds the first threshold value. a perfume holding part in which a perfume is held; an air blowing source configured to supply air to the perfume holding part; an aroma discharge part through which the air having passed through the perfume holding part is discharged; an operation input part on which an operation input for the air blowing source is performed by a user; and an air blowing source control part configured to control a supply state of the air on a basis of an operation input on the operation input part, wherein the air blowing source control part is configured to control a supply time of the air, characterized in that the air blowing source control part is configured to: start supply of the air when the operation input is started; in a case where an elapsed time since the operation input is started is less than or equal to a first threshold value, stop supply of the air when the operation input is released; and stop supply of the air when the elapsed time since the operation input is started exceeds the first threshold value. start supply of the air when the operation input is started; in a case where an elapsed time since the operation input is started is less than or equal to a first threshold value, stop supply of the air when the operation input is released; and stop supply of the air when the elapsed time since the operation input is started exceeds the first threshold value.
Composition comprising: (a) chlorin e6 or a pharmaceutically acceptable derivative thereof, selected from pharmaceutically acceptable salts, esters and amides, and (b) an albumin, wherein the chlorin e6 or the pharmaceutically acceptable derivative thereof and the albumin are not connected to one another by means of a covalent bond, and wherein the composition comprises the albumin in a quantity of from 1 wt.% to 20 wt.% based on the total weight of the composition. (a) chlorin e6 or a pharmaceutically acceptable derivative thereof, selected from pharmaceutically acceptable salts, esters and amides, and (b) an albumin, wherein the chlorin e6 or the pharmaceutically acceptable derivative thereof and the albumin are not connected to one another by means of a covalent bond, and
A chemical reaction apparatus, comprising: a horizontal flow-type reactor in which a content horizontally flows with an unfilled space being provided thereabove; a microwave generator that generates microwaves; and at least one waveguide that transmits the microwaves generated by the microwave generator to the unfilled space in the reactor, wherein the reactor has multiple partition plates that partition the inside of the reactor into multiple chambers that are continuously arranged in series, and the partition plates are provided with a flow path through which the content flows from the upstream side to the downstream side, wherein the flow path is a flow path that allows the content to flow over each of the partition plates, wherein the bottom of the partition plates extends down to the lower surface of the reactor. a horizontal flow-type reactor in which a content horizontally flows with an unfilled space being provided thereabove; a microwave generator that generates microwaves; and at least one waveguide that transmits the microwaves generated by the microwave generator to the unfilled space in the reactor, wherein the reactor has multiple partition plates that partition the inside of the reactor into multiple chambers that are continuously arranged in series, and the partition plates are provided with a flow path through which the content flows from the upstream side to the downstream side, wherein the flow path is a flow path that allows the content to flow over each of the partition plates, wherein the bottom of the partition plates extends down to the lower surface of the reactor.
An electronic device comprising a user interface creator that is configured to create a user interface image including a pointer having a position that changes based on an input signal, wherein the user interface creator is configured to: determine virtual coordinates of the pointer in a virtual plane including the user interface image, based on the input signal; when the virtual coordinates of the pointer are present in a movable region in the virtual plane, display the pointer at a position of the virtual coordinates, the movable region being a region of the user interface image; when the virtual coordinates of the pointer are present outside the movable region in the virtual plane, display the pointer at a position in the movable region closest to the virtual coordinates; and when the virtual coordinates of the pointer have reached a boundary of a clip region in the virtual plane, limits the virtual coordinates within the clip region, the clip region being a larger region than the movable region, wherein the user interface image includes a button region present in the movable region, and characterized in that: the movable region is a smaller region than the user interface image; the button region has a predetermined distance from a boundary of the movable region, and a part of a boundary of the button region is a clip section, and when the virtual coordinates of the pointer have moved from a position in the button region and reached the clip section, the user interface creator is configured to limit the virtual coordinates within the button region. determine virtual coordinates of the pointer in a virtual plane including the user interface image, based on the input signal; when the virtual coordinates of the pointer are present in a movable region in the virtual plane, display the pointer at a position of the virtual coordinates, the movable region being a region of the user interface image; when the virtual coordinates of the pointer are present outside the movable region in the virtual plane, display the pointer at a position in the movable region closest to the virtual coordinates; and when the virtual coordinates of the pointer have reached a boundary of a clip region in the virtual plane, limits the virtual coordinates within the clip region, the clip region being a larger region than the movable region, wherein the user interface image includes a button region present in the movable region, and characterized in that: the movable region is a smaller region than the user interface image; the button region has a predetermined distance from a boundary of the movable region, and a part of a boundary of the button region is a clip section, and when the virtual coordinates of the pointer have moved from a position in the button region and reached the clip section, the user interface creator is configured to limit the virtual coordinates within the button region.