mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile emergency cooling apparatus for spent fuel pool of nuclear power plant, comprising: a power equipment , a circulating cooling pump , a cooling device , an inlet pipeline , an outlet pipeline , and a mobile carrier platform , wherein the power equipment , the circulating cooling pump and the cooling device are connected in sequence and are arranged on the same mobile carrier platform , an inlet of the circulating cooling pump is adapted to be connected to a water guide pipeline connected to a water intake of an original cooling system of spent fuel pool through the inlet pipeline , an outlet of the circulating cooling pump is connected to an inlet of the cooling device , an outlet of the cooling device is connected to the outlet pipeline , which is adapted to be connected to a water return pipeline to return cooled pool water to the spent fuel pool; the apparatus further comprising a backflow pipeline connected between the outlet pipeline and the inlet pipeline ; wherein the apparatus is adapted such, that when the original cooling system of the spent fuel pool fails, the power equipment drives the circulating cooling pump and the cooling device to work, wherein in use, the circulating cooling pump delivers the introduced pool water from the spent fuel pool to the cooling device , the cooling device cools the pool water, and after cooling, part of the pool water is returned to the inlet pipeline through the backflow pipeline , and the remaining part of the pool water is returned to the spent fuel pool .
An integrated inkjet module comprising: first and second opposite end brackets ; a single print module asymmetrically positioned between the end brackets, the print module comprising an elongate printhead ; a wiper carriage configured for longitudinally wiping the printhead; and a print module carrier supporting the print module, the print module carrier being mounted between the first and second end brackets and slidably liftable relative to the first and second end brackets, wherein: the wiper carriage, in a parked position, is positioned between a first end of the print module and the first end bracket; and the print module carrier comprises a mounting arm bridging over the wiper carriage in the parked position. first and second opposite end brackets ; a single print module asymmetrically positioned between the end brackets, the print module comprising an elongate printhead ; a wiper carriage configured for longitudinally wiping the printhead; and a print module carrier supporting the print module, the print module carrier being mounted between the first and second end brackets and slidably liftable relative to the first and second end brackets, the wiper carriage, in a parked position, is positioned between a first end of the print module and the first end bracket; and the print module carrier comprises a mounting arm bridging over the wiper carriage in the parked position.
A ventilation system comprising a breathing apparatus for providing mechanical ventilation to a patient , the breathing apparatus being configured to perform, at a first point in time, an automated full recruitment manoeuvre, FRM, comprising a recruitment phase, a PEEP titration phase and a re-recruitment phase, the FRM being performed based on preset FRM settings, and, at a second and later point in time following a period of baseline ventilation, an automated quick recruitment manoeuvre, QRM, comprising a recruitment phase but no PEEP titration phase or re-recruitment phase, the QRM being performed based on preset QRM settings, wherein the breathing apparatus is configured to initiate at least one QRM setting based on at least one FRM setting used for the FRM manoeuvre, and/or a result of the FRM manoeuvre. an automated full recruitment manoeuvre, FRM, comprising a recruitment phase, a PEEP titration phase and a re-recruitment phase, the FRM being performed based on preset FRM settings, and, at a second and later point in time following a period of baseline ventilation, an automated quick recruitment manoeuvre, QRM, comprising a recruitment phase but no PEEP titration phase or re-recruitment phase, the QRM being performed based on preset QRM settings, wherein the breathing apparatus is configured to initiate at least one QRM setting based on at least one FRM setting used for the FRM manoeuvre, and/or a result of the FRM manoeuvre.
An arrangement structure of a wheel drive system , comprising: - a tire wheel ; and - a drive unit for driving the tire wheel , wherein: - the tire wheel includes a brake part arranged in a hollow space of the tire wheel , - the drive unit includes a motor and an inverter for driving the motor , - the inverter includes a power module for supplying power to the motor , and a bus bar for supplying power supplied from the outside of the tire wheel module to the power module , and the arrangement structure is characterized in that - the bus bar is formed to a metal plate and is arranged closer to the brake part side than the power module . - a tire wheel ; and - a drive unit for driving the tire wheel , - the tire wheel includes a brake part arranged in a hollow space of the tire wheel , - the drive unit includes a motor and an inverter for driving the motor , - the inverter includes a power module for supplying power to the motor , and a bus bar for supplying power supplied from the outside of the tire wheel module to the power module , and the arrangement structure is characterized in that - the bus bar is formed to a metal plate and is arranged closer to the brake part side than the power module .
An aqueous cellulosic binder comprising modified cellulose, a binder modifier, and water; wherein the aqueous cellulosic binder is characterized by a weight ratio of water to modified cellulose of from about 99.9:0.1 to about 1,000:500; wherein the aqueous cellulosic binder is characterized by a weight ratio of binder modifier to modified cellulose of from about 1:2 to about 1:1,000; wherein the modified cellulose comprises CMC and/or sodium CMC; wherein the binder modifier comprises a crosslinking agent, a wet strength agent, or both a crosslinking agent and a wet strength agent; wherein the crosslinking agent comprises a carboxylic acid having two or more carboxyl groups; and wherein the wet strength agent comprises at least one reactive functional group selected from the group consisting of a halide group, a chloride group, a fluoride group, a hydroxyl group, and combinations thereof.
A vehicle control device for an agricultural vehicle comprising a plurality of vehicle control elements and a separate vehicle terminal, the vehicle control elements adapted to control a functionality of a working implement or tool attached to the agricultural vehicle, the vehicle terminal incorporating a terminal display , the terminal display being adapted to alter the functionality of the working implement or tool associated with the vehicle control elements through control of valves associated with hydraulic connections between the vehicle and the working implement or tool, the terminal display also indicating the functionality associated with each vehicle control element, characterised in that each vehicle control element incorporates a respective vehicle control display element , the vehicle control display element indicating whether functionality of the respective vehicle control element has been altered.
A display apparatus , comprising: a wiring board including first electrodes and second electrodes ; a conductive adhesive layer covering the first electrodes ; and a plurality of vertical semiconductor light emitting devices , wherein the each of the plurality of vertical semiconductor light emitting devices is coupled the conductive adhesive layer and electrically connected to the first electrodes, wherein the conductive adhesive layer has a plurality of adhesive regions coated in a patterned shape on each electrode of the semiconductor light emitting devices , and spaced apart from each other on the wiring board, wherein each of the plurality of adhesive regions surrounds a side surface of the semiconductor light emitting devices . a wiring board including first electrodes and second electrodes ; a conductive adhesive layer covering the first electrodes ; and a plurality of vertical semiconductor light emitting devices , wherein the each of the plurality of vertical semiconductor light emitting devices is coupled the conductive adhesive layer and electrically connected to the first electrodes, wherein the conductive adhesive layer has a plurality of adhesive regions coated in a patterned shape on each electrode of the semiconductor light emitting devices , and spaced apart from each other on the wiring board, wherein each of the plurality of adhesive regions surrounds a side surface of the semiconductor light emitting devices .
A timepiece including a case closed by a crystal and a striking mechanism comprising at least one gong rigidly connected, through one end, to a lug which is itself rigidly connected to the crystal , in which the connection of the gong to the crystal is only and directly made by means of the lug , characterized in that the gong , the lug and the crystal form an integral assembly made of the same material.
An impact plate system comprising: a textile layer comprising at least a first surface , the textile layer comprising an elastically resilient material; and a moldable plate coupled to the first surface of the textile layer , the moldable plate having remoldable characteristics and comprising a polymeric material having a tensile strength within the range of 40 MPa to 50 MPa, according to ASTM D638 standards, and having a thickness from 4 mm to 7 mm, wherein the moldable plate has a perimeter edge comprising one or more curved corners having a predetermined radius of curvature between 18 mm to 28 mm, and wherein the moldable plate comprises a mesh structure comprising one or more first surface grooves and one or more second surface grooves .
A method for marking a main carina and a trachea of a patient, the method comprising: importing (S304), into an image processing computer , slice images of a chest of the patient from an imaging device; generating, by a graphics processor included in the image processing computer, a three-dimensional model based on the imported slice images; displaying, by the image processing computer, the 3D model in a graphical user interface (GUI); marking (S404), by a user using the GUI, the main carina in one of a plurality of 2D slice images of axial orientation of the 3D model; characterized by : adjusting (S408), by the user using the GUI, a view plane of the 3D model around a rotation axis defined by the marked location of the main carina to adjust the view plane from an axial orientation to a coronal orientation while keeping the main carina in the view plane, and, if necessary, scrolling through the 2D slice images of coronal orientation, to thereby display the entire trachea on the GUI; and marking (S410), by a user using the GUI, an upper end of the trachea in said 2D slice image of coronal orientation displaying the entire trachea. importing (S304), into an image processing computer , slice images of a chest of the patient from an imaging device; generating, by a graphics processor included in the image processing computer, a three-dimensional model based on the imported slice images; displaying, by the image processing computer, the 3D model in a graphical user interface (GUI); marking (S404), by a user using the GUI, the main carina in one of a plurality of 2D slice images of axial orientation of the 3D model; characterized by : adjusting (S408), by the user using the GUI, a view plane of the 3D model around a rotation axis defined by the marked location of the main carina to adjust the view plane from an axial orientation to a coronal orientation while keeping the main carina in the view plane, and, if necessary, scrolling through the 2D slice images of coronal orientation, to thereby display the entire trachea on the GUI; and marking (S410), by a user using the GUI, an upper end of the trachea in said 2D slice image of coronal orientation displaying the entire trachea. adjusting (S408), by the user using the GUI, a view plane of the 3D model around a rotation axis defined by the marked location of the main carina to adjust the view plane from an axial orientation to a coronal orientation while keeping the main carina in the view plane, and, if necessary, scrolling through the 2D slice images of coronal orientation, to thereby display the entire trachea on the GUI; and marking (S410), by a user using the GUI, an upper end of the trachea in said 2D slice image of coronal orientation displaying the entire trachea.
A system to provide negative pressure to a wound site and a periwound area surrounding the wound site comprising: a wound dressing comprising a top layer , an intermediate layer and a wound contact layer , wherein each layer is constructed from a flexible, liquid impermeable material, and wherein each of the layers comprises an upper surface and a lower surface; wherein the top layer defines a perimeter configured to be positioned over the wound site and the periwound area; the intermediate layer is positioned between the top layer and the wound contact layer, wherein the intermediate layer has a smaller footprint than the top layer and the wound contact layer; and the wound contact layer is positioned below the intermediate layer and is configured to contact the wound site and the periwound area, wherein the wound contact layer comprises a plurality of apertures; and a port configured to be secured to the upper surface of the top layer and to apply negative pressure through the top layer for the application of topical negative pressure at the wound site and the periwound area, wherein the top layer includes a hole configured to receive the port, wherein the upper surface of the top layer comprises one or more placement guides configured to aid a user in aligning the port to the hole. a wound dressing comprising a top layer , an intermediate layer and a wound contact layer , wherein each layer is constructed from a flexible, liquid impermeable material, and wherein each of the layers comprises an upper surface and a lower surface; wherein the top layer defines a perimeter configured to be positioned over the wound site and the periwound area; the intermediate layer is positioned between the top layer and the wound contact layer, wherein the intermediate layer has a smaller footprint than the top layer and the wound contact layer; and the wound contact layer is positioned below the intermediate layer and is configured to contact the wound site and the periwound area, wherein the wound contact layer comprises a plurality of apertures; and the top layer defines a perimeter configured to be positioned over the wound site and the periwound area; the intermediate layer is positioned between the top layer and the wound contact layer, wherein the intermediate layer has a smaller footprint than the top layer and the wound contact layer; and the wound contact layer is positioned below the intermediate layer and is configured to contact the wound site and the periwound area, wherein the wound contact layer comprises a plurality of apertures; and a port configured to be secured to the upper surface of the top layer and to apply negative pressure through the top layer for the application of topical negative pressure at the wound site and the periwound area, wherein the top layer includes a hole configured to receive the port, wherein the upper surface of the top layer comprises one or more placement guides configured to aid a user in aligning the port to the hole.
A method for performing handover by a station, STA, in a radio local access network, LAN, communication system, comprising: transmitting a network controlled handover setup request information element, Ncho Setup Req IE, message indicating that the STA is to perform a scan operation using a controlled scan scheme in which access points do not send a probe response message to the STA after receiving a probe request message from the STA, to a serving access point, AP, ; receiving a network controlled handover setup response information element, Ncho Setup Rsp IE, message including a scan parameter related to a controlled scan operation of the STA , from the serving AP ; and broadcasting a probe request message to the serving AP and neighbor APs over channels based on the scan parameter included in Ncho Setup Rsp IE message. transmitting a network controlled handover setup request information element, Ncho Setup Req IE, message indicating that the STA is to perform a scan operation using a controlled scan scheme in which access points do not send a probe response message to the STA after receiving a probe request message from the STA, to a serving access point, AP, ; receiving a network controlled handover setup response information element, Ncho Setup Rsp IE, message including a scan parameter related to a controlled scan operation of the STA , from the serving AP ; and broadcasting a probe request message to the serving AP and neighbor APs over channels based on the scan parameter included in Ncho Setup Rsp IE message.
A vehicle lid device, comprising: a housing disposing a fueling port or an electrical charging port inside an opening; and a lid turnably connected to a housing side, and opening and closing the opening of the housing , wherein a connection portion between the housing side and a lid side includes a fitting portion for a shaft and a hole , and in a fully open position of the lid , when an external force at a predetermined value or above is applied in an opening direction to further open the lid , fitting of the fitting portion is released, wherein the lid is connected and supported relative to the housing through a first link member and a second link member including a shaft , said vehicle lid device being characterized by comprising a groove portion including a retaining portion , an inclined portion and an insertion portion provided on the lid side and in that when the link members come close to each other and hit each other, the shaft of an upper portion is adapted to be disengaged from the hole , and to move to said groove portion a housing disposing a fueling port or an electrical charging port inside an opening; and a lid turnably connected to a housing side, and opening and closing the opening of the housing , wherein a connection portion between the housing side and a lid side includes a fitting portion for a shaft and a hole , and in a fully open position of the lid , when an external force at a predetermined value or above is applied in an opening direction to further open the lid , fitting of the fitting portion is released, wherein the lid is connected and supported relative to the housing through a first link member and a second link member including a shaft , said vehicle lid device being characterized by comprising a groove portion including a retaining portion , an inclined portion and an insertion portion provided on the lid side and in that when the link members come close to each other and hit each other, the shaft of an upper portion is adapted to be disengaged from the hole , and to move to said groove portion
A positive pressure therapy device for congestive heart failure patients, comprising: a pressure raising unit configured to raise pressure of air or a gas mixture of air and other gases to a positive pressure; an introducing unit configured to introduce the air or the gas mixture set to a positive pressure into the airway of a patient; a blood oxygen level measuring unit configured to measure a blood oxygen level of the patient; and a control unit , wherein the control unit is configured to control the pressure raising unit based on a value of the blood oxygen level measured by the blood oxygen level measuring unit, wherein the positive pressure therapy device is configured to supply positive pressure air with the air pressure periodically varying between P1 and P2 in synchronization with breath of the patient, wherein P1 is the positive end expiratory pressure (PEEP), and wherein the control unit is configured to automatically adjust the positive end expiratory pressure (PEEP), the control unit being configured to instruct the pressure raising unit to change the value P1 based on the blood oxygen level, characterized in that : the control unit is configured to instruct the pressure raising unit to increase the value P1 if a state in which a value of the blood oxygen level is lower than a preset value (K) lasts for a predetermined period of time, the control unit is configured to instruct the pressure raising unit to reduce P1 if a previous increase of P1 has not raised the blood oxygen level. a pressure raising unit configured to raise pressure of air or a gas mixture of air and other gases to a positive pressure; an introducing unit configured to introduce the air or the gas mixture set to a positive pressure into the airway of a patient; a blood oxygen level measuring unit configured to measure a blood oxygen level of the patient; and a control unit , wherein the control unit is configured to control the pressure raising unit based on a value of the blood oxygen level measured by the blood oxygen level measuring unit, wherein the positive pressure therapy device is configured to supply positive pressure air with the air pressure periodically varying between P1 and P2 in synchronization with breath of the patient, wherein P1 is the positive end expiratory pressure (PEEP), and wherein the control unit is configured to automatically adjust the positive end expiratory pressure (PEEP), the control unit being configured to instruct the pressure raising unit to change the value P1 based on the blood oxygen level, characterized in that : the control unit is configured to instruct the pressure raising unit to increase the value P1 if a state in which a value of the blood oxygen level is lower than a preset value (K) lasts for a predetermined period of time, the control unit is configured to instruct the pressure raising unit to reduce P1 if a previous increase of P1 has not raised the blood oxygen level.
A method for controlling an air conditioning system, comprising the following steps: identifying (S1) that the air conditioning system needs to stop heating, controlling the air conditioning system to turn off an indoor fan before a first preset time period for stopping heating, wherein the indoor fan is turned off ahead of turning off a compressor; controlling (S2) the air conditioning system to stop heating and to enter a defrosting stage; identifying (S3) that the air conditioning system needs to restart heating, and controlling the air conditioning system to restart heating; and controlling (S4) the air conditioning system to delay a second preset time period before turning on an outdoor fan, such that the outdoor fan is turned on after the compressor is turned on. identifying (S1) that the air conditioning system needs to stop heating, controlling the air conditioning system to turn off an indoor fan before a first preset time period for stopping heating, wherein the indoor fan is turned off ahead of turning off a compressor; controlling (S2) the air conditioning system to stop heating and to enter a defrosting stage; identifying (S3) that the air conditioning system needs to restart heating, and controlling the air conditioning system to restart heating; and controlling (S4) the air conditioning system to delay a second preset time period before turning on an outdoor fan, such that the outdoor fan is turned on after the compressor is turned on.