mhurhangee/patent-ind-claim-en huggingface dataset:
Device for cooling locally, comprising: - a cooling member , - a crystal having the capacity to cool via absorption of a near-infrared exciting light signal, - an illuminating system intended to deliver an exciting light signal, characterized in that : - said crystal has an elongate shape about a longitudinal axis between a near end and a far end and has a closed constant outside cross section and contains a central channel formed, from its far end, over at least some of its length, - said cooling member comprises a rod embedded via a first end into said central channel of said crystal and comprises a protruding second end that forms a cooling finger , - the illuminating system is configured to generate said exciting light signal with an annular shape. - a cooling member , - a crystal having the capacity to cool via absorption of a near-infrared exciting light signal, - an illuminating system intended to deliver an exciting light signal, characterized in that : - said crystal has an elongate shape about a longitudinal axis between a near end and a far end and has a closed constant outside cross section and contains a central channel formed, from its far end, over at least some of its length, - said cooling member comprises a rod embedded via a first end into said central channel of said crystal and comprises a protruding second end that forms a cooling finger , - the illuminating system is configured to generate said exciting light signal with an annular shape.
A method for analyzing a component in a sample, the method including: a step for irradiating a thermoplastic resin film internally containing the sample with ionizing laser light of a mass spectrometer, whereby impurities in the sample are isolated by the thermoplastic resin film and the component to be analyzed in the sample are analyzable; characterized in that when the sample is a blood sample, the thermoplastic resin is chosen from ethyl vinyl acetate, polyacrylic resin, polyester resin and the component to be analysed in the sample is Aβ; and characterized in that when the sample is a brain sample, the thermoplastic resin is ethyl vinyl acetate and the component to be analysed in the sample is selected from adenosine triphosphate, phosphatidylserine, phosphatidylinositol, and sulfatide when the sample is a brain sample. a step for irradiating a thermoplastic resin film internally containing the sample with ionizing laser light of a mass spectrometer, whereby impurities in the sample are isolated by the thermoplastic resin film and the component to be analyzed in the sample are analyzable; characterized in that when the sample is a blood sample, the thermoplastic resin is chosen from ethyl vinyl acetate, polyacrylic resin, polyester resin and the component to be analysed in the sample is Aβ; and characterized in that when the sample is a brain sample, the thermoplastic resin is ethyl vinyl acetate and the component to be analysed in the sample is selected from adenosine triphosphate, phosphatidylserine, phosphatidylinositol, and sulfatide when the sample is a brain sample.
A switching device, comprising: - a fixed contact that has a fixed contact point ; - a movable contact that is installed in a manner to be opposed to the fixed contact and has a movable contact point ; - a switching mechanism section that performs a switching operation of the fixed contact point and the movable contact point ; - a magnet that generates a magnetic field for extending an arc generated between the fixed contact and the movable contact when the fixed contact point and the movable contact point are opened; - an attraction rod formed of a magnetic body, one end of which is arranged in the vicinity of an arc generation region between the fixed contact and the movable contact , and the other end of which is arranged in a manner to contact one magnetic pole surface of the magnet ; and - an insulation cover that protects the magnet and the attraction rod and serves as a wall for partitioning an arc extension space where the arc extends into two spaces corresponding to energizing directions of the arc, wherein the magnet is arranged in a region other than the arc generation region , characterized in that the insulation cover is provided with a projecting section in a central portion of the arc extension space such that the arc during the extension can collide or be compressed against the projecting section . - a fixed contact that has a fixed contact point ; - a movable contact that is installed in a manner to be opposed to the fixed contact and has a movable contact point ; - a switching mechanism section that performs a switching operation of the fixed contact point and the movable contact point ; - a magnet that generates a magnetic field for extending an arc generated between the fixed contact and the movable contact when the fixed contact point and the movable contact point are opened; - an attraction rod formed of a magnetic body, one end of which is arranged in the vicinity of an arc generation region between the fixed contact and the movable contact , and the other end of which is arranged in a manner to contact one magnetic pole surface of the magnet ; and - an insulation cover that protects the magnet and the attraction rod and serves as a wall for partitioning an arc extension space where the arc extends into two spaces corresponding to energizing directions of the arc, wherein the magnet is arranged in a region other than the arc generation region , characterized in that the insulation cover is provided with a projecting section in a central portion of the arc extension space such that the arc during the extension can collide or be compressed against the projecting section .
A diagnosis support device comprising a control unit configured to: correlate a plurality of pixels included in a two-dimensional image with two or more classes including a biological tissue class, the two-dimensional image being generated by using a signal of a reflected wave of ultrasound transmitted inside a biological tissue through which blood passes and the two-dimensional image including the biological tissue; generate a three-dimensional image of the biological tissue from a pixel group correlated with the biological tissue class; and perform control of displaying the generated three-dimensional image of the biological tissue, characterized in that the control unit is configured to process the signal of the reflected wave to generate the two-dimensional image at a speed of 15 times or more and 90 times or less per second, and, by performing a process of one two-dimensional image within 11 msec to 66 msec on a graphics processing unit, generate the three-dimensional image of the biological tissue corresponding to the new image at a speed of 15 times or more and 90 times or less per second before generating a subsequent two-dimensional image each time the new two-dimensional image is generated so as to update the three-dimensional image in real time. correlate a plurality of pixels included in a two-dimensional image with two or more classes including a biological tissue class, the two-dimensional image being generated by using a signal of a reflected wave of ultrasound transmitted inside a biological tissue through which blood passes and the two-dimensional image including the biological tissue; generate a three-dimensional image of the biological tissue from a pixel group correlated with the biological tissue class; and perform control of displaying the generated three-dimensional image of the biological tissue, characterized in that the control unit is configured to process the signal of the reflected wave to generate the two-dimensional image at a speed of 15 times or more and 90 times or less per second, and, by performing a process of one two-dimensional image within 11 msec to 66 msec on a graphics processing unit, generate the three-dimensional image of the biological tissue corresponding to the new image at a speed of 15 times or more and 90 times or less per second before generating a subsequent two-dimensional image each time the new two-dimensional image is generated so as to update the three-dimensional image in real time.
A method of operating a user equipment device in a wireless communication system , the method comprising: identifying an amount of data to be transmitted from the user equipment device to a base station in the wireless communication system ; determining a next scheduled transmit time for dedicated access to the base station ; when the time until the next scheduled transmit time is longer than a threshold amount of time , transmitting , using contention-based access to the base station , a data packet containing the identified amount of data, or when both a) the time until the next scheduled transmit time is shorter than the threshold amount of time and b) the identified amount of data cannot be transmitted using only one resource allocation , transmitting , using scheduled dedicated access to the base station , a data packet containing at least some of the identified amount of data. identifying an amount of data to be transmitted from the user equipment device to a base station in the wireless communication system ; determining a next scheduled transmit time for dedicated access to the base station ; when the time until the next scheduled transmit time is longer than a threshold amount of time , transmitting , using contention-based access to the base station , a data packet containing the identified amount of data, or when both a) the time until the next scheduled transmit time is shorter than the threshold amount of time and b) the identified amount of data cannot be transmitted using only one resource allocation , transmitting , using scheduled dedicated access to the base station , a data packet containing at least some of the identified amount of data.
A light guide comprising: a light-guide member including: an incidence portion through which image light emitted from an image display element enters the light-guide member ; an exit portion through which the image light exits the light-guide member to the outside; characterized in that the light guide member further comprises: a retroreflection portion to reverse the direction of travel of the image light guided through the light-guide member ; and an extraction portion to guide the image light reversed by the retroreflection portion to the exit portion , the retroreflection portion having a plurality of surfaces. an incidence portion through which image light emitted from an image display element enters the light-guide member ; an exit portion through which the image light exits the light-guide member to the outside; characterized in that the light guide member further comprises: a retroreflection portion to reverse the direction of travel of the image light guided through the light-guide member ; and an extraction portion to guide the image light reversed by the retroreflection portion to the exit portion , a retroreflection portion to reverse the direction of travel of the image light guided through the light-guide member ; and an extraction portion to guide the image light reversed by the retroreflection portion to the exit portion , the retroreflection portion having a plurality of surfaces.
A method comprising Receiving , at a client device , background video that corresponds to a background portion of a virtual environment as viewed from a particular vantage point associated with the client device , wherein the background video is rendered on a server ; rendering , using the client device , one or more rendered objects that are at least partially in a foreground portion of the virtual environment; combining , using the client device , at least a portion of the background video and at least one of the one or more rendered objects into a composite video; and outputting the composite video; characterized in that the combining includes using depth in geometry information to match a current viewpoint; and generating a parallax effect using a plurality of layers of panoramic images corresponding to respective different distances. Receiving , at a client device , background video that corresponds to a background portion of a virtual environment as viewed from a particular vantage point associated with the client device , wherein the background video is rendered on a server ; rendering , using the client device , one or more rendered objects that are at least partially in a foreground portion of the virtual environment; combining , using the client device , at least a portion of the background video and at least one of the one or more rendered objects into a composite video; and outputting the composite video; characterized in that the combining includes using depth in geometry information to match a current viewpoint; and generating a parallax effect using a plurality of layers of panoramic images corresponding to respective different distances. using depth in geometry information to match a current viewpoint; and generating a parallax effect using a plurality of layers of panoramic images corresponding to respective different distances.
A retraction device for a feeding mechanism of a microtome, comprising: a spindle movable along an axis direction thereof and having a first end; and an operating unit comprising a pull rod and a movable member , the pull rod having a first end and a second end, the movable member defining a step-shaped groove , the first end of the pull rod being connected to the first end of the spindle , the second end of the pull rod being received in the groove ; the groove comprising a first step , a second step and an inclined face connecting the first step and the second step arranged along a first direction, and a height of the second step being greater than a height of the first step in the axis direction of the spindle ; wherein the movable member is slidable relative to the pull rod in the first direction, such that the pull rod is switchable between the first step and the second step through the inclined face , and thus the spindle is switchable between a retraction position and a release position; when in the retraction position, the pull rod is received in the second step , and when in the release position, the pull rod is received in the first step , characterized in that the first direction is perpendicular to the axis direction of the spindle ; the inclined angle of the inclined face relative to the first direction ranges from 2° to 5°; and the length of the inclined face along the first direction ranges from 6 mm to 10 mm. a spindle movable along an axis direction thereof and having a first end; and an operating unit comprising a pull rod and a movable member , the pull rod having a first end and a second end, the movable member defining a step-shaped groove , the first end of the pull rod being connected to the first end of the spindle , the second end of the pull rod being received in the groove ; the groove comprising a first step , a second step and an inclined face connecting the first step and the second step arranged along a first direction, and a height of the second step being greater than a height of the first step in the axis direction of the spindle ; wherein the movable member is slidable relative to the pull rod in the first direction, such that the pull rod is switchable between the first step and the second step through the inclined face , and thus the spindle is switchable between a retraction position and a release position; when in the retraction position, the pull rod is received in the second step , and when in the release position, the pull rod is received in the first step , characterized in that the first direction is perpendicular to the axis direction of the spindle ; the inclined angle of the inclined face relative to the first direction ranges from 2° to 5°; and the length of the inclined face along the first direction ranges from 6 mm to 10 mm.
Pallet container for storing and transporting in particular flammable or easily ignitable liquid filling materials, having a thin-walled rigid internal container made from a thermoplastic plastics material, which has an upper filling connector that is closed off by a screw cap, and optionally a retrieval connector that is disposed in the forward base region and optionally has an attached retrieval fitting, having a tubular lattice frame that as a supporting jacket tightly encloses the plastics-material internal container, and having a base pallet on which the plastics-material internal container bears and to which the tubular lattice frame is fixedly connected, wherein the plastics-material internal container within the tubular lattice frame is laterally enclosed by a fire-protection insulation mat that is composed of a plurality of composite parts, characterized in that the fire-protection insulation mat is disposed on all sides around the plastics-material internal container, also in front of the lid and base regions of the latter, wherein mutually adjacent lateral edges of the individual composite parts of the fire-protection insulation mat overlap by a margin in the four vertical rectangular corner regions and in the horizontal upper and lower rectangular corner regions along the lateral edges of the plastics-material internal container, wherein in the fire-protection insulation mat in the region about the screw cap for the upper filling connector, and in the region about the optionally attached retrieval fitting, in each case one overlapping cover flap , capable of being opened and of being reclosed, is provided, on account of which the screw lid and optionally the retrieval fitting are completely covered and at all times accessible.
A method of controlling ribbing defects in a roll coating process for liquid coating, the method comprising: providing a first roll , a second roll , and a nip formed between the first and second rolls (14 and 16); and supplying a coating liquid and a substrate to the nip , wherein the substrate wraps one of the first and second rolls (14 and 16) wherein the first roll comprises a thin metal shell and a resilient layer , the thin metal shell encases the resilient layer therebeneath, and wherein the thin metal shell is elastically deformable, and under a contact with the second roll to deflect in unison with the resilient layer so as to smooth the coating liquid , via a film split of the coating liquid at the nip , into a substantially uniform layer of liquid coating which is transferred to the substrate . providing a first roll , a second roll , and a nip formed between the first and second rolls (14 and 16); and supplying a coating liquid and a substrate to the nip , wherein the substrate wraps one of the first and second rolls (14 and 16) wherein the first roll comprises a thin metal shell and a resilient layer , the thin metal shell encases the resilient layer therebeneath, and wherein the thin metal shell is elastically deformable, and under a contact with the second roll to deflect in unison with the resilient layer so as to smooth the coating liquid , via a film split of the coating liquid at the nip , into a substantially uniform layer of liquid coating which is transferred to the substrate .
A method for generating a composite, comprising: performing controlled silicon loading on a first carbon substrate in a reactor of a reactor-reservoir system to produce a silicon-carbon composite; transferring the silicon-carbon composite from the reactor to a reservoir of the reactor-reservoir system; and performing a controlled silicon loading on a second carbon substrate in the reactor of the reactor-reservoir system while the first silicon-carbon composite cools in the reservoir , wherein the simultaneous silicon loading on the second carbon substrate and cooling of the first silicon carbon composite produces silicon carbon composite in a semi-continuous manner. performing controlled silicon loading on a first carbon substrate in a reactor of a reactor-reservoir system to produce a silicon-carbon composite; transferring the silicon-carbon composite from the reactor to a reservoir of the reactor-reservoir system; and performing a controlled silicon loading on a second carbon substrate in the reactor of the reactor-reservoir system while the first silicon-carbon composite cools in the reservoir , wherein the simultaneous silicon loading on the second carbon substrate and cooling of the first silicon carbon composite produces silicon carbon composite in a semi-continuous manner.
A drive assistance device, comprising: a condition detector configured to detect condition of a driver being a first passenger of the vehicle; and a control unit configured to control a timing to notify of switching of driving modes of a vehicle on the basis of a detection result by the condition detector , wherein the control unit is further configured to cause the condition detector to detect condition of the driver after the notification is performed and to control the switching of the driving modes of the vehicle on the basis of the detection result, characterized in that the control unit is configured to set a second passenger of the vehicle as a new driver and to control a timing to notify of switching of the driving modes on the basis of a detection result of the second passenger by the condition detector , in a case where reaction of the first passenger to the notification of the switching the vehicle from an automatic driving mode to a manual driving mode cannot be confirmed. a condition detector configured to detect condition of a driver being a first passenger of the vehicle; and a control unit configured to control a timing to notify of switching of driving modes of a vehicle on the basis of a detection result by the condition detector , wherein the control unit is further configured to cause the condition detector to detect condition of the driver after the notification is performed and to control the switching of the driving modes of the vehicle on the basis of the detection result, characterized in that the control unit is configured to set a second passenger of the vehicle as a new driver and to control a timing to notify of switching of the driving modes on the basis of a detection result of the second passenger by the condition detector , in a case where reaction of the first passenger to the notification of the switching the vehicle from an automatic driving mode to a manual driving mode cannot be confirmed.
A gas turbine engine for generating power from combustion of fuel, comprising a lubrication system adapted to distribute lubricant to portions of the gas turbine engine; a fuel system adapted to provide fuel to a combustor of the gas turbine engine; and a thermoelectric heat exchanger including a lubrication passageway fluidly coupled to the lubrication system to pass lubricant of the lubrication system therethrough, a fuel passageway fluidly coupled to the fuel system to pass fuel of the fuel system therethrough, and a thermoelectric section configured in thermal communication with each of the lubrication passageway and the fuel passageway ; characterised in that the thermoelectric section of the thermoelectric heat exchanger is disposed between the lubrication passageway and the fuel passageway ; and the gas turbine engine further comprises a thermoelectric controller configured to determine an operational state of the gas turbine engine and to selectively apply voltage across the thermoelectric section based on the operational state of the gas turbine engine; and the gas turbine engine is configured to provide propulsion for an aircraft and the operational state of the gas turbine engine includes one of ground idle, takeoff, climb, cruise, and flight idle.