mhurhangee/patent-ind-claim-en huggingface dataset:
A robot cleaner comprising: a body provided with a driving unit for movement; a position recognition unit provided in the body to determine a position of the body; a storage unit configured to store, on a map, a region cleaned while the body is moving by the driving unit; and a control unit configured to control the driving unit , characterized in that the control unit is configured to: determine whether a charging stand exists in a cleaning completed region on the map stored in the storage unit when a return condition that the robot cleaner returns to the charging stand is satisfied, search for an uncleaned region when the charging stand is not located in the cleaning completed region, and control the driving unit such that the robot cleaner moves from a current position to a point in the searched uncleaned region or a point around the searched uncleaned region. a body provided with a driving unit for movement; a position recognition unit provided in the body to determine a position of the body; a storage unit configured to store, on a map, a region cleaned while the body is moving by the driving unit; and a control unit configured to control the driving unit , characterized in that the control unit is configured to: determine whether a charging stand exists in a cleaning completed region on the map stored in the storage unit when a return condition that the robot cleaner returns to the charging stand is satisfied, search for an uncleaned region when the charging stand is not located in the cleaning completed region, and control the driving unit such that the robot cleaner moves from a current position to a point in the searched uncleaned region or a point around the searched uncleaned region. determine whether a charging stand exists in a cleaning completed region on the map stored in the storage unit when a return condition that the robot cleaner returns to the charging stand is satisfied, search for an uncleaned region when the charging stand is not located in the cleaning completed region, and control the driving unit such that the robot cleaner moves from a current position to a point in the searched uncleaned region or a point around the searched uncleaned region.
A management device comprising: a resolution converter which converts original image data to N types of image data including a thumbnail, the original image data and the N types of image data having resolutions different with respect to each other, wherein N is an integer being N > 1; an image encoding unit which generates a plurality of encoded image data by performing compression encoding processing on the original image data and on each of the N types of image data; a secret sharing unit which performs secret sharing schemes so that the encoded original image data and each of the encoded N types of image data except the thumbnail is divided into n pieces of distributed data and each original encoded image data can be reconstructed by k pieces of distributed data, wherein n is an integer being n ≥ N+1, k is an integer being 2 ≤ k ≤ n and k takes a different value for each type of image data; and a data combination unit which generates n pieces of combination data by combining in each of them a different one of the n pieces of distributed data of the encoded original image data, of each of the encoded N types of image data and the thumbnail, and stores each piece of the combination data in a different storage. a resolution converter which converts original image data to N types of image data including a thumbnail, the original image data and the N types of image data having resolutions different with respect to each other, wherein N is an integer being N > 1; an image encoding unit which generates a plurality of encoded image data by performing compression encoding processing on the original image data and on each of the N types of image data; a secret sharing unit which performs secret sharing schemes so that the encoded original image data and each of the encoded N types of image data except the thumbnail is divided into n pieces of distributed data and each original encoded image data can be reconstructed by k pieces of distributed data, wherein n is an integer being n ≥ N+1, k is an integer being 2 ≤ k ≤ n and k takes a different value for each type of image data; and a data combination unit which generates n pieces of combination data by combining in each of them a different one of the n pieces of distributed data of the encoded original image data, of each of the encoded N types of image data and the thumbnail, and stores each piece of the combination data in a different storage.
Apparatus for manufacturing a titanium alloy bolt, the apparatus including: a feeding device for supplying raw material (W) which is cut into a fixed length from a titanium alloy rod, a heating device for heating the raw material (W), a loader for carrying the raw material (W) supplied from the feeding device , wherein the loader is configured such that it passes through an interior space of the heating device , a proper container adapted to be charged with the raw material (W) and being vibrated, means for applying a lubricant on the surface of the raw material (W), heating means for oxidizing the raw material (W) in order to make an oxidized film on the surface of the raw material (W), a forging device provided with a forging die adapted to fabricate a forging (F) from the heated raw material (W), a guiding device for conducting the heated raw material (W) into the forging die , a heat-treating device for heat-treating the forging (F), a peeling device for removing the oxidized layer on the surface of the heat-treated forging (F), a machining device for machining the desired portions of the forging (F) from which the oxidized layer is peeled, a form rolling device for forming a thread on an outer surface of the machined forging (F) in order to obtain the titanium alloy bolt, and a cleaning device for cleaning the entire surface of the titanium alloy bolt. a feeding device for supplying raw material (W) which is cut into a fixed length from a titanium alloy rod, a heating device for heating the raw material (W), a loader for carrying the raw material (W) supplied from the feeding device , wherein the loader is configured such that it passes through an interior space of the heating device , a proper container adapted to be charged with the raw material (W) and being vibrated, means for applying a lubricant on the surface of the raw material (W), heating means for oxidizing the raw material (W) in order to make an oxidized film on the surface of the raw material (W), a forging device provided with a forging die adapted to fabricate a forging (F) from the heated raw material (W), a guiding device for conducting the heated raw material (W) into the forging die , a heat-treating device for heat-treating the forging (F), a peeling device for removing the oxidized layer on the surface of the heat-treated forging (F), a machining device for machining the desired portions of the forging (F) from which the oxidized layer is peeled, a form rolling device for forming a thread on an outer surface of the machined forging (F) in order to obtain the titanium alloy bolt, and a cleaning device for cleaning the entire surface of the titanium alloy bolt.
Method for slicing a food block into portions having a predetermined nominal weight, wherein the length and the weight of the food block are determined, characterized in that - the length and the weight of the first slice and of the end piece are determined, and - the available length and the average length to be sliced for each portion are calculated therefrom. - the length and the weight of the first slice and of the end piece are determined, and - the available length and the average length to be sliced for each portion are calculated therefrom.
Escalator or a moving sidewalk comprising an emergency button , wherein: said emergency button comprising a button main body and a stripe plate ; said button main body is mounted in a stripe plate hole (3-1) of the stripe plate ; said stripe plate is embedded between two adjacent supporting side plates of the escalator or the moving sidewalk, characterized in that said emergency button is mounted on inner side and outer side of the supporting side plate on either side of the escalator or the moving sidewalk such that, regardless of whether a pedestrian is in the escalator or the moving sidewalk or out of the escalator or the moving sidewalk, the emergency button can be operated in an emergency situation. said emergency button comprising a button main body and a stripe plate ; said button main body is mounted in a stripe plate hole (3-1) of the stripe plate ; said stripe plate is embedded between two adjacent supporting side plates of the escalator or the moving sidewalk, characterized in that said emergency button is mounted on inner side and outer side of the supporting side plate on either side of the escalator or the moving sidewalk such that, regardless of whether a pedestrian is in the escalator or the moving sidewalk or out of the escalator or the moving sidewalk, the emergency button can be operated in an emergency situation.
Method for controlling at least one measurements by a base node of a cellular network, the base node serving at least one low-capability wireless terminal in an open connection in coverage enhancement mode, the low-capability wireless terminal being an NB-IoT or eMTC device, and the coverage enhancement mode being the repeated reception or transmission of information to overcome high coupling loss between transmitter and receiver accumulation, the method comprising the steps of: - determining the coverage enhancement level of said wireless terminal, the coverage enhancement level being directly related to a repetition number or class of repetitions needed to decode a data packet from the low capability wireless terminal, - estimating a measurement time for carrying out said at least one measurement taking into account said coverage enhancement level, - sending a measurement request message (M3) in conjunction with a suspend connection message (M4) to the wireless terminal, - providing a resume indication to the wireless terminal considering said estimated measurement time, - retrieving at least one measurement response message (M6) from the wireless terminal comprising the at least one requested measurement. - determining the coverage enhancement level of said wireless terminal, the coverage enhancement level being directly related to a repetition number or class of repetitions needed to decode a data packet from the low capability wireless terminal, - estimating a measurement time for carrying out said at least one measurement taking into account said coverage enhancement level, - sending a measurement request message (M3) in conjunction with a suspend connection message (M4) to the wireless terminal, - providing a resume indication to the wireless terminal considering said estimated measurement time, - retrieving at least one measurement response message (M6) from the wireless terminal comprising the at least one requested measurement.
An outlet arrangement for ejecting a hot gas, comprising an aircraft engine wall exposed to a cool gas flow tangent to said wall on an outside face of said wall , comprising at least one opening through said wall , a duct for conveying the hot gas extending under an intern face of said wall and leading to the opening , and a stack associated with the opening and in the shape of a sleeve projecting out of the wall , where the sleeve is formed of a continuous sleeve wall opened on a top edge over said sleeve wall, said stack being detached from the wall, movably engaged through the opening , and provided with a movement control device (14; 30) varying a height (H) of the projection of the stack out of the wall, characterised in that the control device comprises a motor means (17, 22; 30) sensitive to a temperature, to the exclusion of any voluntary control.
A security device comprising a substrate provided with a surface relief microstructure which, in response to incident radiation, replays a hologram viewable within a viewing zone, the hologram comprising at least a first holographic image element defining a symbol in an image plane parallel to and spaced from the surface of the microstructure, the device exhibiting at least one further image in a plane parallel to and spaced from said image plane of the first holographic image element, characterized in that the spacing (LD) between the first holographic element image plane and the plane of the further image is at least 6mm such that, on tilting the device in a parallax direction through an angle of PhiMax on either side of a normal to the surface, where PhiMax is half the included angle of the viewing zone, the first holographic image element exhibits apparent movement relative to the further image, the rate of movement being at least 6mm per radian of tilt, and the amount of apparent movement of the symbol defined by the first holographic image element being at least equal its own width or maximum dimension in the parallax direction, in that the included angle of the viewing zone is no greater than 1 radian and the size of the surface relief microstructure in the parallax direction is less than 5 times the interplanar spacing (LD), and in that the width of the symbol defined by the first holographic image element is at least 3mm along the parallax direction.
A tensioner comprising: a first pivot arm having a first pulley journalled thereto; a second pivot arm having a second pulley journalled thereto; characterized by : the first pivot arm and second pivot arm captured between opposing frustoconical surfaces ; and a torsional spring in compression between the first pivot arm and the second pivot arm . a first pivot arm having a first pulley journalled thereto; a second pivot arm having a second pulley journalled thereto; characterized by : the first pivot arm and second pivot arm captured between opposing frustoconical surfaces ; and a torsional spring in compression between the first pivot arm and the second pivot arm . the first pivot arm and second pivot arm captured between opposing frustoconical surfaces ; and a torsional spring in compression between the first pivot arm and the second pivot arm .
A fluidic cartridge for use with a dialysis system , the cartridge comprising; a data storage unit for storing data in a readable, writable and nonvolatile manner, characterised in that the data storage unit stores data relating to one or more measured dimensions of the cartridge which differ from one or more respective nominal dimensions as a result of the tolerances applied during manufacture of the cartridge .
A hand-held working machine , comprising a connection receiving portion configured to connect an anchoring rope (R), which is configured to couple a machine body and an operator to each other, to the machine body , wherein the connection receiving portion includes: an other-function portion (F) provided to the machine body as a portion having other function or use; and a protrusion configured to retain the anchoring rope (R) at a predetermined position of the other-function portion (F), characterized in that the protrusion is formed toward an inner side of the machine body . wherein the connection receiving portion includes: an other-function portion (F) provided to the machine body as a portion having other function or use; and a protrusion configured to retain the anchoring rope (R) at a predetermined position of the other-function portion (F), an other-function portion (F) provided to the machine body as a portion having other function or use; and a protrusion configured to retain the anchoring rope (R) at a predetermined position of the other-function portion (F), characterized in that the protrusion is formed toward an inner side of the machine body .
A radiation therapy system comprising: a magnetic resonance imaging (MRI) apparatus configured to acquire MRI data with respect to a region of interest (ROI), the MRI apparatus including: a magnetic body having a shape of an annulus; and a recess disposed around at least part of a circumference of the magnetic body ; and a radiation therapy apparatus configured to apply therapeutic radiation to at least one portion of the ROI, the radiation therapy apparatus including: a linear accelerator configured to accelerate electrons in an electron beam to produce a photon beam of the therapeutic radiation, the linear accelerator being at least partially located within the recess of the MRI apparatus ; and a first shielding structure configured to provide magnetic shielding for the linear accelerator , characterized in that the first shielding structure includes a first plate and a second plate located on opposite sides of the linear accelerator along a circumferential direction of the recess , and in that the linear accelerator is substantially surrounded by the first shielding structure . a magnetic resonance imaging (MRI) apparatus configured to acquire MRI data with respect to a region of interest (ROI), the MRI apparatus including: a magnetic body having a shape of an annulus; and a recess disposed around at least part of a circumference of the magnetic body ; and a magnetic body having a shape of an annulus; and a recess disposed around at least part of a circumference of the magnetic body ; and a radiation therapy apparatus configured to apply therapeutic radiation to at least one portion of the ROI, the radiation therapy apparatus including: a linear accelerator configured to accelerate electrons in an electron beam to produce a photon beam of the therapeutic radiation, the linear accelerator being at least partially located within the recess of the MRI apparatus ; and a first shielding structure configured to provide magnetic shielding for the linear accelerator , a linear accelerator configured to accelerate electrons in an electron beam to produce a photon beam of the therapeutic radiation, the linear accelerator being at least partially located within the recess of the MRI apparatus ; and a first shielding structure configured to provide magnetic shielding for the linear accelerator , characterized in that the first shielding structure includes a first plate and a second plate located on opposite sides of the linear accelerator along a circumferential direction of the recess , and in that the linear accelerator is substantially surrounded by the first shielding structure .
An automated guided vehicle for transporting a first object and a second object to a first and a second facility, comprising: - a main body ; - a first shaft provided in the main body for loading the first and the second object , the first shaft protruding from the main body to face a front direction of the main body and comprising a first loading unit for loading the first object and a second loading unit for loading the second object ; - a camera provided at one end of the first shaft for photographing the front direction of the main body ; - a position adjustment module configured to decode an identifier when an image photographed by the camera includes the identifier displayed on the facilities, and to use a result of the decoding to adjust a position of the one end of the first shaft ; - a pusher configured to push the first object loaded to the first shaft to move the second object to the first facility and stop pushing the first object when the second object is moved to the first facility; and - a fixing unit for preventing the object(s) loaded on the first shaft from falling when the object(s) is/are transported comprising a first fixing unit for fixing the first object loaded on the first loading unit ; and a second fixing unit for fixing the second object loaded on the second loading unit . - a main body ; - a first shaft provided in the main body for loading the first and the second object , the first shaft protruding from the main body to face a front direction of the main body and comprising a first loading unit for loading the first object and a second loading unit for loading the second object ; - a camera provided at one end of the first shaft for photographing the front direction of the main body ; - a position adjustment module configured to decode an identifier when an image photographed by the camera includes the identifier displayed on the facilities, and to use a result of the decoding to adjust a position of the one end of the first shaft ; - a pusher configured to push the first object loaded to the first shaft to move the second object to the first facility and stop pushing the first object when the second object is moved to the first facility; and - a fixing unit for preventing the object(s) loaded on the first shaft from falling when the object(s) is/are transported comprising a first fixing unit for fixing the first object loaded on the first loading unit ; and a second fixing unit for fixing the second object loaded on the second loading unit .
A computer implemented method for recording data relating to the performance of an oil and gas flow network, the method comprising: gathering data covering a period of time, wherein the data relates to the status of one or more control point(s) within the flow network and to one or more flow parameter(s) of interest in one or more flow path(s) of the flow network; wherein the method further comprises: identifying multiple time intervals in the data during which the control point(s) and the flow parameter(s) can be designated as being in a category selected from multiple categories relating to different types of stable production and multiple categories relating to different types of transient events, wherein the data hence includes multiple datasets each framed by one of the multiple time intervals; assigning a selected category of the multiple categories to each one of the multiple datasets that are framed by the multiple time intervals; and extracting statistical data representative of some or all of the datasets identified in step to thereby represent the original data from step in a compact form including details of the category assigned to each time interval in step . gathering data covering a period of time, wherein the data relates to the status of one or more control point(s) within the flow network and to one or more flow parameter(s) of interest in one or more flow path(s) of the flow network; wherein the method further comprises: identifying multiple time intervals in the data during which the control point(s) and the flow parameter(s) can be designated as being in a category selected from multiple categories relating to different types of stable production and multiple categories relating to different types of transient events, wherein the data hence includes multiple datasets each framed by one of the multiple time intervals; assigning a selected category of the multiple categories to each one of the multiple datasets that are framed by the multiple time intervals; and extracting statistical data representative of some or all of the datasets identified in step to thereby represent the original data from step in a compact form including details of the category assigned to each time interval in step .