mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for providing a visualization of a blockchain (102, 302) associated with a blockchain network, the method comprising: prior to receiving a request for a blockchain visualization user interface from a client device, determining a consensus version of the blockchain based on interacting with nodes of the blockchain network; receiving, from the client device, the request for the blockchain visualization user interface; generating the blockchain visualization user interface based on the consensus version of the blockchain as deduced from interactions with nodes of the blockchain network, the blockchain visualization user interface including a chain graph structure that visually depicts at least a portion of the blockchain and transaction information for transactions that have occurred in the blockchain network, wherein the chain graph structure comprises a chain of selectable block representations that each represent a block in the blockchain; providing the blockchain visualization user interface for display on the client device in response to the request for the blockchain visualization user interface; determining an updated consensus version of the blockchain; generating an updated blockchain visualization user interface based on the updated consensus version of the blockchain; and providing the updated blockchain visualization user interface to the client device. prior to receiving a request for a blockchain visualization user interface from a client device, determining a consensus version of the blockchain based on interacting with nodes of the blockchain network; receiving, from the client device, the request for the blockchain visualization user interface; generating the blockchain visualization user interface based on the consensus version of the blockchain as deduced from interactions with nodes of the blockchain network, the blockchain visualization user interface including a chain graph structure that visually depicts at least a portion of the blockchain and transaction information for transactions that have occurred in the blockchain network, wherein the chain graph structure comprises a chain of selectable block representations that each represent a block in the blockchain; providing the blockchain visualization user interface for display on the client device in response to the request for the blockchain visualization user interface; determining an updated consensus version of the blockchain; generating an updated blockchain visualization user interface based on the updated consensus version of the blockchain; and providing the updated blockchain visualization user interface to the client device.
A method of transmitting and receiving sidelink signals by a User Equipment, UE, in a wireless communication system, the method comprising: receiving, by the UE, Downlink Control Information, DCI, including a Time-Resource Pattern for Transmission, T-RPT, in a subframe #n from a base station; and transmitting, by the UE, a Physical Sidelink Control Channel, PSCCH, in a sidelink subframe after a subframe #n+4, the method being characterized by further comprising: applying, by the UE, the T-RPT starting from a subframe at a PSCCH-Physical Sidelink Shared Channel, PSSCH, offset from the sidelink subframe in which the PSCCH is transmitted, and transmitting, by the UE, a PSSCH and the PSCCH in subframes indicated by the T-RPT, wherein the PSCCH and the PSSCH are Frequency Division Multiplexed in the subframes indicated by the T-RPT. receiving, by the UE, Downlink Control Information, DCI, including a Time-Resource Pattern for Transmission, T-RPT, in a subframe #n from a base station; and transmitting, by the UE, a Physical Sidelink Control Channel, PSCCH, in a sidelink subframe after a subframe #n+4, the method being characterized by further comprising: applying, by the UE, the T-RPT starting from a subframe at a PSCCH-Physical Sidelink Shared Channel, PSSCH, offset from the sidelink subframe in which the PSCCH is transmitted, and transmitting, by the UE, a PSSCH and the PSCCH in subframes indicated by the T-RPT, wherein the PSCCH and the PSSCH are Frequency Division Multiplexed in the subframes indicated by the T-RPT. applying, by the UE, the T-RPT starting from a subframe at a PSCCH-Physical Sidelink Shared Channel, PSSCH, offset from the sidelink subframe in which the PSCCH is transmitted, and transmitting, by the UE, a PSSCH and the PSCCH in subframes indicated by the T-RPT, wherein the PSCCH and the PSSCH are Frequency Division Multiplexed in the subframes indicated by the T-RPT.
A nuclear reactor comprising: a reactor core; and a neutron reflector supported around at least a portion of a circumference of the core for controlling a transmission of radiation from the core on a first side of the neutron reflector to a second location on a second side of the neutron reflector, the neutron reflector comprising: a fluid reservoir; a Magneto-Rheological fluid (38, 40) occupying at least a portion of an interior of the fluid reservoir; a magnetic field generator for establishing a magnetic field across the Magneto-Rheological fluid; and a control system for controlling the magnetic field generator to vary the magnetic field across the Magneto-Rheological fluid (38, 40) to change an albedo of the neutron reflector in accordance with a demand signal. a reactor core; and a neutron reflector supported around at least a portion of a circumference of the core for controlling a transmission of radiation from the core on a first side of the neutron reflector to a second location on a second side of the neutron reflector, the neutron reflector comprising: a fluid reservoir; a Magneto-Rheological fluid (38, 40) occupying at least a portion of an interior of the fluid reservoir; a magnetic field generator for establishing a magnetic field across the Magneto-Rheological fluid; and a control system for controlling the magnetic field generator to vary the magnetic field across the Magneto-Rheological fluid (38, 40) to change an albedo of the neutron reflector in accordance with a demand signal. a fluid reservoir; a Magneto-Rheological fluid (38, 40) occupying at least a portion of an interior of the fluid reservoir; a magnetic field generator for establishing a magnetic field across the Magneto-Rheological fluid; and a control system for controlling the magnetic field generator to vary the magnetic field across the Magneto-Rheological fluid (38, 40) to change an albedo of the neutron reflector in accordance with a demand signal.
A device for use in the evaluation of suicide risk of a person comprising a measuring unit arranged to measure electrodermal activity in the fingers of the person in order to detect depressed persons who are at risk for suicide and wherein the measuring unit is arranged to transmit a certain sound signal or tone to the person and to provide a signal for the analysis of the electrodermal response from the person in question, and wherein the device, in addition to said unit for measuring electrodermal activity in the fingers, also comprises a photophletysmographic device for measuring blood volume variations of the person in response to sound stimuli from said sound signal or tone as well as one or more microphones (17, 18) to detect noise interference, wherein the microphone is adapted to transmit the signals in parallel with the electrodermal response signal to be included in the signal analysis, the measuring unit is adapted to repeat said sound signal or tone submitted by the measuring unit ( according to a certain tested schedule in widely varying intervals during the measurement of the electrodermal and photophletysmographic activity of the test person, the device comprises headphones and the measuring unit is arranged to transmit the sound signal or tone via said headphones.
A method in a radio modem of a wireless communication device, the method comprising: detecting a change in an existing wireless communication link through a network interface of the radio modem, the detected change causing the radio modem to lose synchronization with a wireless network; altering a state of a condition indicator associated with validity of a clock signal of the radio modem, wherein the state of the condition indicator is set to indicate an invalid clock signal in response to the detected change; and providing, through a multiradio control system, an indication that the clock signal of the radio modem is invalid using the altered state of the condition indicator. detecting a change in an existing wireless communication link through a network interface of the radio modem, the detected change causing the radio modem to lose synchronization with a wireless network; altering a state of a condition indicator associated with validity of a clock signal of the radio modem, wherein the state of the condition indicator is set to indicate an invalid clock signal in response to the detected change; and providing, through a multiradio control system, an indication that the clock signal of the radio modem is invalid using the altered state of the condition indicator.
Method for detecting a critical state in a tumble dryer which could lead to damaged laundry and be detrimental to the operational safety during the drying of damp laundry by means of process air which is heated by a heating device in an air feed duct before a drum in the tumble dryer and which after passing through the drum enters an air extraction duct, wherein the temperature of the process air is measured by means of a second temperature sensor arranged in the air extraction duct behind the drum, and the temperature is evaluated in relation to a determination of the critical state, characterised in that the change in the temperature of the process air is evaluated in relation to a determination of a stationary state of the drum, which is the critical state to be detected.
Delay element for a munition, projectile, active body and the like with an igniting charge, having a mechanical setting means, consisting at least of a tube, a sleeve and a chemical charge as delay charge which is situated in the tube, characterized in that a displacement of the sleeve on the tube in the axial direction brings about a release of the delay charge towards the ignition charge and therefore an adjustment of the delay time.
An electrosurgical instrument with smoke evacuation, comprising: an electrode; a suction lumen having a minimum linear restriction in its narrowest portion; and a plurality of slots (108a-c) disposed longitudinally about an axis of the electrosurgical instrument, wherein the suction lumen is in fluid communication with the slots (108a-c), wherein each slot (108a-c) has a slot thickness, a slot length, and a slot width, and wherein each slot length is greater than the corresponding slot width, characterized in that the minimum linear restriction is greater than each slot width and each slot width is greater than the corresponding slot thickness. an electrode; a suction lumen having a minimum linear restriction in its narrowest portion; and a plurality of slots (108a-c) disposed longitudinally about an axis of the electrosurgical instrument, wherein the suction lumen is in fluid communication with the slots (108a-c), wherein each slot (108a-c) has a slot thickness, a slot length, and a slot width, and wherein each slot length is greater than the corresponding slot width, characterized in that the minimum linear restriction is greater than each slot width and each slot width is greater than the corresponding slot thickness.
Pressing system comprising: - a press (1, 1') with a first pressing tool and a second pressing tool, wherein the first pressing tool and the second pressing tool can be moved relative to one another to form a working space, - a workpiece - a pressure generating device for generating a pressure profile acting on the workpiece located in the working space - a temperature generating device for generating a temperature profile acting on the workpiece located in the working space - wherein the workpiece passes through an expansion profile as a function of the pressure profile acting in the working space and the temperature profile acting in the working space - wherein the first pressing tool and the second pressing tool pass through a respective expansion profile (DVP1, DVP2) as a function of the pressure profile acting in the working space and the temperature profile acting in the working space, characterised in that the first pressing tool and/or the second pressing tool are designed in such manner that their expansion profile (DVP1, DVP2) deviates by a maximum of 3.5% of the expansion profile of the workpiece during at least 97.5% of the expansion profile. - a press (1, 1') with a first pressing tool and a second pressing tool, wherein the first pressing tool and the second pressing tool can be moved relative to one another to form a working space, - a workpiece - a pressure generating device for generating a pressure profile acting on the workpiece located in the working space - a temperature generating device for generating a temperature profile acting on the workpiece located in the working space - wherein the workpiece passes through an expansion profile as a function of the pressure profile acting in the working space and the temperature profile acting in the working space - wherein the first pressing tool and the second pressing tool pass through a respective expansion profile (DVP1, DVP2) as a function of the pressure profile acting in the working space and the temperature profile acting in the working space, characterised in that the first pressing tool and/or the second pressing tool are designed in such manner that their expansion profile (DVP1, DVP2) deviates by a maximum of 3.5% of the expansion profile of the workpiece during at least 97.5% of the expansion profile.
A battery stack comprising a first cell, a second cell positioned adjacent the first cell in a stacked arrangement with the first cell, the first and second cells each including a cell housing, a positive electrode, and a negative electrode, the positive electrode and the negative electrode sealed within the cell housing along with an electrolyte, and an elastic member disposed between the first cell and the second cell, the elastic member comprising a plate having a first side, a second side opposed to the first side, an array of first protruding regions where each first protruding region protrudes outwardly from the first side and coincides with a depression formed in the second side, and an array of second protruding regions where each second protruding region protrudes outwardly from the second side and coincides with a depression formed in the first side, characterized in that the first protruding regions are arranged in a grid pattern defined by rows and columns, and each interstitial space between four next-neighboring first protruding regions is occupied with a second protruding region wherein the plate generally resides within a plane, and includes intermediate regions that are disposed between adjacent first protruding regions and second protruding regions, and co-planar with the plane. a cell housing, a positive electrode, and a negative electrode, the positive electrode and the negative electrode sealed within the cell housing along with an electrolyte, and a first side, a second side opposed to the first side, an array of first protruding regions where each first protruding region protrudes outwardly from the first side and coincides with a depression formed in the second side, and an array of second protruding regions where each second protruding region protrudes outwardly from the second side and coincides with a depression formed in the first side, characterized in that the first protruding regions are arranged in a grid pattern defined by rows and columns, and each interstitial space between four next-neighboring first protruding regions is occupied with a second protruding region disposed between adjacent first protruding regions and second protruding regions, and co-planar with the plane.
A vacuum device, namely a vacuum pump, comprising a reservoir for an operating medium; an outlet connector arranged at or in the reservoir, wherein the outlet connector connects the reservoir to an operating medium return device; and a selection device which is configured to selectively close or open the outlet connector or an outlet line, which is connected via the outlet connector to the reservoir, in dependence on whether the operating medium or water is present at the outlet connector, characterized in that the outlet connector is closed when water is present at it and the outlet connector is opened when the operating medium is present at it.
A laser device, comprising: a light source that outputs a laser beam; an optical fiber that propagates the laser beam; a cable coating in which the optical fiber is inserted; an optical connector connected to a tip of the cable coating; a pair of disconnection detection lines, comprising a first disconnection detection line and a second disconnection detection line, wherein a first end portion of the first disconnection detection line and a first end portion of the second disconnection detection line are located inside the optical connector, are electrically connected inside the optical connector and the first disconnection detection line and the second disconnection detection line detect a disconnection of the optical fiber due to an interruption of energization between the first disconnection detection line and the second disconnection detection line; a pair of open detection lines comprising a first open detection line and a second open detection line, wherein a first end portion of the first open detection line and a first end portion of a second open detection line are disposed inside the optical connector and are electrically disconnected inside the optical connector; and a determination portion to which a second end portion of the first disconnection detection line, a second end portion of the second disconnection detection line, a second end portion of the first open detection line, and a second end portion of the second open detection line are connected. a light source that outputs a laser beam; an optical fiber that propagates the laser beam; a cable coating in which the optical fiber is inserted; an optical connector connected to a tip of the cable coating; a pair of disconnection detection lines, comprising a first disconnection detection line and a second disconnection detection line, wherein a first end portion of the first disconnection detection line and a first end portion of the second disconnection detection line are located inside the optical connector, are electrically connected inside the optical connector and the first disconnection detection line and the second disconnection detection line detect a disconnection of the optical fiber due to an interruption of energization between the first disconnection detection line and the second disconnection detection line; a pair of open detection lines comprising a first open detection line and a second open detection line, wherein a first end portion of the first open detection line and a first end portion of a second open detection line are disposed inside the optical connector and are electrically disconnected inside the optical connector; and a determination portion to which a second end portion of the first disconnection detection line, a second end portion of the second disconnection detection line, a second end portion of the first open detection line, and a second end portion of the second open detection line are connected.
Method for automatic control of the position of a burden suspended in the main wire of a crane about an x-axis, a y-axis and a z-axis, wherein the x-axis is defined as a horizontally oriented axis oriented towards the crane outrigger arm, the z-axis is defined as a horizontally oriented axis extending orthogonal to the x-axis and the y-axis is defined as a vertically oriented axis extending orthogonal to the x-axis and z-axis, where the burden is connected to at least two tag lines (24, 25, 30, 31) which are connected to a number of winches (26, 27, 32, 33) corresponding to the number of tag lines, where the control of the position of the burden is performed by actuators (28, 29, 34, 35) on the respective winches (26, 27, 32, 33) which performs ease off / tightening of the respective tag lines based on signals from measurement units arranged on the burden, and/or the crane, and/or outside the burden and/or the crane, said signals being processed in a central monitoring- and control unit which transmits control signals to the actuators (28, 29, 34, 25) for the tag lines characterized in, that the signals consists of data relating to current measurements of a number of angles of rotation of the burden around the x-axis, y-axis and z-axis and/or changes in said angles over time, and/or positions and/or changes of positions over time of burden or the lifting device, measured by a registration unit arranged on the burden or on the lifting device in which the burden is arranged.
A process for producing epoxides, the process comprising: (a) feeding at least one aqueous alkali and at least one halohydrin to a reactive distillation column; (b) concurrently in the reactive distillation column: (i) reacting at least a portion of the halohydrin with the alkali to form an epoxide; and (ii) stripping water and the epoxide from a basic aqueous residue; (c) recovering the water and the epoxide from the reactive distillation column as an overheads fraction; and (d) condensing and phase separating the overheads fraction at a temperature of 50° C or less and at a residence time for the aqueous overheads fraction in the overhead system of 1 hour or less to form an organic overheads fraction comprising the epoxide and an aqueous overheads fraction comprising water. (a) feeding at least one aqueous alkali and at least one halohydrin to a reactive distillation column; (b) concurrently in the reactive distillation column: (i) reacting at least a portion of the halohydrin with the alkali to form an epoxide; and (ii) stripping water and the epoxide from a basic aqueous residue; (i) reacting at least a portion of the halohydrin with the alkali to form an epoxide; and (ii) stripping water and the epoxide from a basic aqueous residue; (c) recovering the water and the epoxide from the reactive distillation column as an overheads fraction; and (d) condensing and phase separating the overheads fraction at a temperature of 50° C or less and at a residence time for the aqueous overheads fraction in the overhead system of 1 hour or less to form an organic overheads fraction comprising the epoxide and an aqueous overheads fraction comprising water.
Device for the downflow of a hydrocarbon liquid containing solid particles in the bottom of an item of equipment comprising a cylindrical upper part of diameter D1, a frustoconical lower part of height H and of angle of inclination α comprised between 5° and 85° with respect to the vertical axis (z) of said cylindrical upper part, and an outlet pipe of diameter D2, characterized in that it comprises a vortex-breaker or vortex-limiting system, comprising at least one flat blade arranged coaxial with the said outlet pipe, with symmetry of vertical axis z, comprising: - a trapezoidal upper part of height (a) and of angle of inclination β with respect to the vertical axis (z) which is situated in the frustoconical part of the column, β being strictly greater than 0 and less than or equal to α; - and a rectangular lower part of height (b+c) and of width substantially equal to D2, the said blade being hollowed out centrally and symmetrically with respect to the vertical axis over part of its width and over a part of its height at least equal to a. - a trapezoidal upper part of height (a) and of angle of inclination β with respect to the vertical axis (z) which is situated in the frustoconical part of the column, β being strictly greater than 0 and less than or equal to α; - and a rectangular lower part of height (b+c) and of width substantially equal to D2,