mhurhangee/ep-ind-claims huggingface dataset:
A method for illustrating depth in an image, the method comprising: receiving a depthmap generated from an optical distancing system, wherein depth data of the depthmap is correlated with a plurality of pixels of the image; receiving, at a controller, data indicative of a location point on the image and indicative of a first depth datum of the depthmap; comparing, with the controller, the first depth datum to depth data correlated with a plurality of pixels of a plurality of surrounding points surrounding the location point on the image; for each of the plurality of surrounding points, if the first depth datum indicates a lesser or substantially equal distance from a viewer perspective of the image than the correlated depth datum, changing the pixel of the surrounding point to a predetermined value corresponding to a depth cursor (701a-h; 801) in order to indicate the location point on the image and to give visual feedback about the depth of the location point on the image relative to the plurality of surrounding points. receiving a depthmap generated from an optical distancing system, wherein depth data of the depthmap is correlated with a plurality of pixels of the image; receiving, at a controller, data indicative of a location point on the image and indicative of a first depth datum of the depthmap; comparing, with the controller, the first depth datum to depth data correlated with a plurality of pixels of a plurality of surrounding points surrounding the location point on the image; for each of the plurality of surrounding points, if the first depth datum indicates a lesser or substantially equal distance from a viewer perspective of the image than the correlated depth datum, changing the pixel of the surrounding point to a predetermined value corresponding to a depth cursor (701a-h; 801) in order to indicate the location point on the image and to give visual feedback about the depth of the location point on the image relative to the plurality of surrounding points.
Method for checking a measuring arrangement for determining voltage, in which a voltmeter is connected to a voltage source by means of electrical lines (20, 25), and in which a rheostat which can be set to a first and a second reference resistance is connected in parallel with the voltmeter, wherein at least one of the electrical lines (20, 25) between the voltage source and the voltmeter is tested with the aid of successive voltage measurements when the first and second reference resistance of the rheostat is set, characterized in that the results of the voltage measurements are used to determine a line resistance (RL1, RL2) of one electrical line or of the electrical lines (20, 25), by means of which the voltmeter and the voltage source are connected to one another.
Floating device (B, B'), for blocking and recovering pollutants dispersed in environmental sites provided with water, comprising at least one hollow elongated body, capable to be disposed on the water, provided with an inner surface, capable for receiving said pollutants, and an external surface capable to be in contact with the water, when in use, on a portion of said external surface, an opening is obtained for the entry of said pollutants inside said at least one hollow body, when said floating device (B, B') is in use immersed in water this one has a first portion immersed in water and a second portion emerging from the water, said opening arranges itself in correspondence of the water surface, it comprises at least one stabilizing element coupled to said first portion, said floating device (B, B') is characterized in that said stabilizing element is provided with a first end and a second end opposite said first end, wherein said first end is substantially wedge-shaped and is positioned at said opening, in such a way as to make contact with the pollutants present on the surface of the water, and in that said second end has a substantially rounded shape for favouring the stabilization and the floating. in that said stabilizing element is provided with a first end and a second end opposite said first end, wherein said first end is substantially wedge-shaped and is positioned at said opening, in such a way as to make contact with the pollutants present on the surface of the water, and in that said second end has a substantially rounded shape for favouring the stabilization and the floating.
Method for providing a user interface of a vehicle, wherein the user interface has at least one mechanically adjustable controller (2, 2', 3) and a touch display and is configured so as to operate peripheral devices of the vehicle, and operating the at least one mechanically adjustable controller (2, 2', 3) brings about temporary deactivation of the touch display, such that operation of peripheral devices by way of the touch display is temporarily blocked during the operation of the mechanically adjustable controller (2, 2', 3), characterized in that an operation performed on a peripheral device via the touch display is revoked and the previous state of the actuated peripheral device is reinstated if the at least one mechanically adjustable controller (2, 2', 3) is operated within a predefinable time period T 2 following operation of the touch display.
A method (100, 200) for controlling a lighting network based on traffic monitoring, wherein the lighting network comprises a set of luminaires (301-304, 311-313), and each luminaire comprises at least one light source, wherein the method comprises steps of: - determining a plurality of coverage areas of the set of luminaires (301-304, 311-313), - receiving (101, 201) information related to a presence of users detected in said coverage areas, characterised in that the method further comprises steps of - changing a status of at least a certain luminaire of the set of luminaires (301-304, 311-313) to a reserve status, when a last detected user exits the coverage area of said at least a certain luminaire, - defining as a reserve a set of at least one luminaire from said at least one certain luminaire with the reserve status, - providing for each coverage area of each luminaire in the reserve R an expected value for a time when a next user is expected to arrive at the respective coverage area, - receiving (102, 202) information related to a demand response request D i of an electric power grid, - defining a function Accept(R, Di) for determining whether the reserve R has capacity over a predetermined level and is thereby able to accept the demand response request D i, and - controlling (105, 107, 209) at least one of said luminaires of reserve R in order to fulfil said demand response request D i at least partially, when it is determined that the reserve has capacity over the predetermined level. - determining a plurality of coverage areas of the set of luminaires (301-304, 311-313), - receiving (101, 201) information related to a presence of users detected in said coverage areas, - changing a status of at least a certain luminaire of the set of luminaires (301-304, 311-313) to a reserve status, when a last detected user exits the coverage area of said at least a certain luminaire, - defining as a reserve a set of at least one luminaire from said at least one certain luminaire with the reserve status, - providing for each coverage area of each luminaire in the reserve R an expected value for a time when a next user is expected to arrive at the respective coverage area, - receiving (102, 202) information related to a demand response request D i of an electric power grid, - defining a function Accept(R, Di) for determining whether the reserve R has capacity over a predetermined level and is thereby able to accept the demand response request D i, and - controlling (105, 107, 209) at least one of said luminaires of reserve R in order to fulfil said demand response request D i at least partially, when it is determined that the reserve has capacity over the predetermined level.
A combine harvester comprising a grain tank having an upper opening and a foldable flat attachment which is arranged at the upper opening and includes two mutually opposite, one-piece flat attachment portions (23a, 23b) and two mutually opposite, multi-piece flat attachment portions (24a, 24b) and whose attachment portions (23a, 23b, 24a, 24b) are arranged pivotably at the upper edge of the upper opening of the grain tank and are pivotably connected together and which in closure positions of lying flat form a cover which at least partially closes the opening and in the erected filling positions increase the volume of the grain tank, characterised in that each multi-part attachment portion (24a, 24b) is formed from a trapezoidal central portion bordered between two fold-in pairs of triangles (26a, 27) which respectively have an inner fold-in triangle that is towards the central portion and an outer fold-in triangle which is towards the respective one-piece attachment portion (23a, 23b).
A method to coordinate the states of nodes in a distributed application in a cloud computing environment, comprising: identifying an event at a processor running an instance of program code, the processor monitoring an application state associated with the instance; comparing the event to the application state; and when the event matches the application state, executing an episode of execution of the instance; completing the episode of execution of the instance; identifying one or more messages generated during the episode of execution to be sent by the processor to one or more other instances; sending at least one message to another other instance; receiving an acknowledgement from the other instance, the acknowledgement indicating that the at least one message was received; sending a confirmation message to the other instance, the confirmation indicating that the acknowledgement was received; and receiving a confirmation-acknowledgement from the other instance, the confirmation-acknowledgement indicating that the confirmation message was received. identifying an event at a processor running an instance of program code, the processor monitoring an application state associated with the instance; comparing the event to the application state; and when the event matches the application state, executing an episode of execution of the instance; completing the episode of execution of the instance; identifying one or more messages generated during the episode of execution to be sent by the processor to one or more other instances; sending at least one message to another other instance; receiving an acknowledgement from the other instance, the acknowledgement indicating that the at least one message was received; sending a confirmation message to the other instance, the confirmation indicating that the acknowledgement was received; and receiving a confirmation-acknowledgement from the other instance, the confirmation-acknowledgement indicating that the confirmation message was received.
A laser printer for pathological embedding cassettes, comprising an ink jet cartridge filled with pigment ink, wherein a conveyor belt is disposed below the ink jet cartridge, a semiconductor laser is disposed on a side of the ink jet cartridge, characterised in that the laser printer further comprises a photoelectric sensor for detecting the position of an embedding cassette is disposed in a moving direction of the conveyor belt; wherein a magazine holder is disposed on the conveyor belt, the magazine holder is located on a side of the ink jet cartridge, and the conveyor belt passes through the magazine holder; wherein a first magazine and a second magazine are inserted at an upper portion of the magazine holder, and embedding cassettes are respectively held in the first magazine and the second magazine; wherein notches are provided below the first magazine and the second magazine, an elevation pushing plate is disposed at lowermost ends of the first magazine and the second magazine, a cam used to make the elevation pushing plate move up and down is disposed at a lower end portion of the elevation pushing plate, and a second micro motor for driving the cam to rotate is disposed at the cam; wherein the elevation pushing plate comprises a left elevation pushing plate and a right elevation pushing plate, top portions of the left elevation pushing plate and the right elevation pushing plate respectively support the first magazine and the second magazine, two arc-shaped surfaces are disposed on the cam, and the arc-shaped surfaces are connected to each other; wherein a slide is disposed on a side of the conveyor belt, a third micro motor and a reflective photoelectric sensor are disposed at a lower portion of the slide, a semilunar pushing wheel is disposed on the third micro motor, a guide groove is disposed on a side of the semilunar pushing wheel, and a slot photoelectric sensor used to detect the angle of the semilunar pushing wheel is disposed on a side of the semilunar pushing wheel; wherein a base plate is disposed on a bottom surface of the guide groove, a printing control circuit, a power supply module, a second support, and a first support are further disposed on the base plate, a heat sink fan is respectively fixed on the second support, the heat sink fan is tightly attached to an outer surface of the semiconductor laser, a stepper motor is disposed on the second support, a synchronization belt is connected to the stepper motor, the synchronization belt is connected to the ink jet cartridge, a belt pulley for driving the conveyor belt to move is disposed at the conveyor belt, a first micro motor is connected to the belt pulley, a pushing block is disposed on the surface of the conveyor belt, and the first micro motor is fixed on the first support.
Method for error recognition for a communication interface (1, 2) in a communication device, wherein the communication interface (1, 2) has at least two layers (5.1, 5.2, 6.1, 6.2, 7.1, 7.2, 8.1, 8.3 and 9) and the layers communicate with one another, and a superordinate layer accesses services of an underlying Layer2 layer and provides higher layers with services of its own, characterized in that error recognition (3.1, 5.4) in the superordinate layer is effected by virtue of at least one test application sending at least one test message constructed directly on the Layer2 layer, which test message corresponds to a protocol from the superordinate layer and checks state information at least from a corresponding superordinate layer, thus controlling the communication capability between the layers of the communication interface (1, 2).
Cooling box for transporting heat-sensitive products in a transport vehicle and/or for distributing heat-sensitive products to final customers, the cooling box comprising: - a thermally insulating cuboid housing with a commissioning opening on an upper side, - a cover to open and close the commissioning opening of the housing, the cover containing a cool pack with eutectic material and having at least one coupling for coupling a supply line for a cooling fluid and having heat exchange surfaces to cool the cool pack down by the cooling fluid, characterized in that it further comprises: - a first and a second storage chamber both together surrounded on five sides by the housing and open on the upper side, - a profiled outer bottom plate to cooperate in a form locking manner with an underlying raster (5; 29), and - a profiled outer cover plate to carry other transport containers. - a thermally insulating cuboid housing with a commissioning opening on an upper side, - a cover to open and close the commissioning opening of the housing, the cover containing a cool pack with eutectic material and having at least one coupling for coupling a supply line for a cooling fluid and having heat exchange surfaces to cool the cool pack down by the cooling fluid, characterized in that it further comprises: - a first and a second storage chamber both together surrounded on five sides by the housing and open on the upper side, - a profiled outer bottom plate to cooperate in a form locking manner with an underlying raster (5; 29), and - a profiled outer cover plate to carry other transport containers. - a first and a second storage chamber both together surrounded on five sides by the housing and open on the upper side, - a profiled outer bottom plate to cooperate in a form locking manner with an underlying raster (5; 29), and - a profiled outer cover plate to carry other transport containers.
A method, comprising: receiving, at an apparatus via a File Delivery over Unidirectional Transport FLUTE session, a new version of a Session Description Protocol SDP file of a Real-time Transport Protocol RTP streaming service, wherein the new version of the SDP file is for replacing an older version of the SDP file; determining, by the apparatus, a start time for the new version of the SDP file, wherein the start time is a time at which the new version of the SDP file is to be activated; using, by the apparatus, at least one RTP Control Protocol RTCP sender report of the RTP streaming service to synchronize the start time for the new version of the SDP file; and scheduling, by the apparatus, a session update with the new version of the SDP file in accordance with the synchronized time. receiving, at an apparatus via a File Delivery over Unidirectional Transport FLUTE session, a new version of a Session Description Protocol SDP file of a Real-time Transport Protocol RTP streaming service, wherein the new version of the SDP file is for replacing an older version of the SDP file; determining, by the apparatus, a start time for the new version of the SDP file, wherein the start time is a time at which the new version of the SDP file is to be activated; using, by the apparatus, at least one RTP Control Protocol RTCP sender report of the RTP streaming service to synchronize the start time for the new version of the SDP file; and scheduling, by the apparatus, a session update with the new version of the SDP file in accordance with the synchronized time.
A method of producing a fuel cell separator that includes a porous part and a compact part, at least part of a wall surface of a gas passage being formed by the porous part, the method comprising pressing a compact part-forming material that includes a compact part-forming carbonaceous powder and a compact part-forming thermosetting resin binder under a pressure of 20 to 100 MPa at a temperature equal to or higher than a softening temperature of the compact part-forming thermosetting resin binder and less than a curing temperature of the compact part-forming thermosetting resin binder to obtain a compact part-forming preformed sheet, preparing a porous part-forming powder that includes a porous part-forming carbonaceous powder and a porous part-forming thermosetting resin binder, placing the compact part-forming preformed sheet and the porous part-forming powder in a forming die that has a concave-convex forming surface corresponding to a shape of the gas passage so that the concave-convex forming surface faces the porous part-forming powder, and hot-pressing the compact part-forming preformed sheet and the porous part-forming powder using the forming die under a pressure of 1 MPa or more and less than 20 MPa at a temperature equal to or higher than the curing temperature of the compact part-forming thermosetting resin binder or a curing temperature of the porous part-forming thermosetting resin binder, whichever is higher.
Power electronics system for charging at least one electrically operated vehicle (230, 430, 530, 630, 730, 1030, 1130, 1230, 1330), wherein the power electronics system has at least three modules each having at least one terminal pair with DC output, at least one rectifier (220, 420, 520, 620, 720, 1020, 1120, 1220, 1320), at least one AC input (221, 621, 721, 1021, 1121, 1221, 1321), at least one DC link (711, 1011, 1111, 1211, 1311) and a number of switching elements (222, 223; 422, 423; 522, 523; 622, 623; 722, 723; 1022, 1023; 1122, 1123; 1222, 1223; 1322, 1323), in which the respective DC outputs of the at least three modules can be connected selectively by means of the switching elements (222, 223; 422, 423; 522, 523; 622, 623; 722, 723; 1022, 1023; 1122, 1123; 1222, 1223; 1322, 1323) so as to form at least one charging point for charging the at least one electrically operated vehicle (230, 430, 530, 630, 730, 1030, 1130, 1230, 1330), wherein the switching elements (222, 223; 422, 423; 522, 523; 622, 623; 722, 723; 1022, 1023; 1122, 1123; 1222, 1223; 1322, 1323) are arranged at and/or between the DC outputs of the at least three modules in such a way that, between the at least three modules, at least one series and one parallel circuit configuration can be dynamically set by suitable switching states of the switching elements (222, 223; 422, 423; 522, 523; 622, 623; 722, 723; 1022, 1023; 1122, 1123; 1222, 1223; 1322, 1323), and the operating range of the power electronics system can thereby be toggled dynamically, wherein the power electronics system is configured, at an approximately constant output power, to provide either a peak voltage at rated current or a reduced voltage at a correspondingly increased current depending on requirements by corresponding switching of the switching elements (222, 223; 422, 423; 522, 523; 622, 623; 722, 723; 1022, 1023; 1122, 1123; 1222, 1223; 1322, 1323), characterized in that at least one mixed series/parallel circuit configuration can be set dynamically, and the operating range of the power electronics system can thereby be toggled dynamically to one of the at least one charging point, wherein, in the event of a fault in one of the at least three modules, the faulty module is isolated or charge current is routed past the faulty module, respectively, by specifically setting the switching states of the respective switching elements (222, 223; 422, 423; 522, 523; 622, 623; 722, 723; 1022, 1023; 1122, 1123; 1222, 1223; 1322, 1323).
An electric mascara comprising; - a cap including a rotary switch which is operated by a handle, a motor which is operated according to the ON/OFF operation of the rotary switch and a decelerator to which a motive power of the motor is supplied; - a brush stick which is connected to a rotating axis of the decelerator; and - a mascara brush installed at an end of the brush stick, characterized in that: - the mascara brush is formed by piling disk-type comb teeth in serial with a space enough to form a trough, where mascara solution can be charged, and in zigzag so that eccentricity is generated; - an eyelash curling portion and a mascara solution applying portion with shorter length than the eyelash curling portion are formed at the mascara brush, and - whereby the rotary switch is installed when moving restriction protrusions (51a, 51b) are located at the center of moving holes (22a, 22b) formed at the upper circumstance of the cap. - a cap including a rotary switch which is operated by a handle, a motor which is operated according to the ON/OFF operation of the rotary switch and a decelerator to which a motive power of the motor is supplied; - a brush stick which is connected to a rotating axis of the decelerator; and - a mascara brush installed at an end of the brush stick, - the mascara brush is formed by piling disk-type comb teeth in serial with a space enough to form a trough, where mascara solution can be charged, and in zigzag so that eccentricity is generated; - an eyelash curling portion and a mascara solution applying portion with shorter length than the eyelash curling portion are formed at the mascara brush, and - whereby the rotary switch is installed when moving restriction protrusions (51a, 51b) are located at the center of moving holes (22a, 22b) formed at the upper circumstance of the cap.