mhurhangee/patent-ind-claim-en huggingface dataset:
A device for retaining a tendon onto an associated bone, the device comprising: a first component configured for insertion into and through a tendon and into an associated bone, the first component having a base defining a sloped upper side and a lower side , texturing on the sloped upper side of the base, a shank of a first diameter extending from the upper side of the base and having an upper end distal to the base, and an externally threaded shaft extending from the upper end of the shank and having a second diameter that is less than the first diameter of the shank; and a second component configured for insertion into and through the associated bone and onto the first component, the second component having a tubular body defining a first end and a second end, an internally threaded bore extending into the tubular body from the first end thereof and sized to threadedly engage the externally threaded shaft of the first component , and a head on the second end of the tubular body, the head having non-threaded bone engagement features that allow the second component to be threadedly received onto the first component but disallow disengagement of the second component from the first component . a first component configured for insertion into and through a tendon and into an associated bone, the first component having a base defining a sloped upper side and a lower side , texturing on the sloped upper side of the base, a shank of a first diameter extending from the upper side of the base and having an upper end distal to the base, and an externally threaded shaft extending from the upper end of the shank and having a second diameter that is less than the first diameter of the shank; and a second component configured for insertion into and through the associated bone and onto the first component, the second component having a tubular body defining a first end and a second end, an internally threaded bore extending into the tubular body from the first end thereof and sized to threadedly engage the externally threaded shaft of the first component , and a head on the second end of the tubular body, the head having non-threaded bone engagement features that allow the second component to be threadedly received onto the first component but disallow disengagement of the second component from the first component .
A crossbar array adapted to store an image based on an illumination of light irradiated thereto, the crossbar array comprising a plurality of nonvolatile memory devices comprising: a resistance switching layer having a resistance value, the resistance switching layer being configured to change the resistance value based on an illumination of light irradiated thereto from above, and the resistance switching layer being configured to maintain the changed resistance value, a gate on the resistance switching layer; a gate oxide layer between the resistance switching layer and the gate; and a source and a drain , spaced apart from each other, on the resistance switching layer, wherein the gate includes a transparent conducting electrode gate above the resistance switching layer and configured to transmit the irradiated light, or the gate includes a back-gate under the resistance switching layer; and wherein the crossbar array is adapted to store the image based on an illumination of light irradiated thereto by way of the change in a resistance value of a resistance switching layer of each of the plurality of nonvolatile memory devices when light having illumination corresponding to a plurality of elements to the plurality of nonvolatile memory devices is irradiated thereto, and wherein the irradiated light corresponds to a plurality of pixels included in an image. a resistance switching layer having a resistance value, the resistance switching layer being configured to change the resistance value based on an illumination of light irradiated thereto from above, and the resistance switching layer being configured to maintain the changed resistance value, a gate on the resistance switching layer; a gate oxide layer between the resistance switching layer and the gate; and a source and a drain , spaced apart from each other, on the resistance switching layer, wherein the gate includes a transparent conducting electrode gate above the resistance switching layer and configured to transmit the irradiated light, or the gate includes a back-gate under the resistance switching layer; and wherein the crossbar array is adapted to store the image based on an illumination of light irradiated thereto by way of the change in a resistance value of a resistance switching layer of each of the plurality of nonvolatile memory devices when light having illumination corresponding to a plurality of elements to the plurality of nonvolatile memory devices is irradiated thereto, and wherein the irradiated light corresponds to a plurality of pixels included in an image.
A power supply unit for an aerosol generation device , the power supply unit comprising: an internal power supply (BAT) configured to hold power supplied to a heater (HT) configured to heat an aerosol source; a first connector connectable to an external device (CG) and including a first communication terminal ; a controller configured to control power supply from the internal power supply (BAT) to the heater (HT) and including a second communication terminal ; an integrated circuit including a third communication terminal; a first communication path between the first communication terminal of the first connector and the second communication terminal of the controller ; the power supply unit characterized by comprising: a second communication path between the second communication terminal of the controller and the third communication terminal of the integrated circuit ; and a switch unit positioned on the first communication path and configured to set the first communication path to a conductive state or a disconnected state, wherein the second communication path is configured to be set in the conductive state both in a case in which the first communication path is set to the conductive state and a case in which the first communication path is set to the disconnected state. an internal power supply (BAT) configured to hold power supplied to a heater (HT) configured to heat an aerosol source; a first connector connectable to an external device (CG) and including a first communication terminal ; a controller configured to control power supply from the internal power supply (BAT) to the heater (HT) and including a second communication terminal ; an integrated circuit including a third communication terminal; a first communication path between the first communication terminal of the first connector and the second communication terminal of the controller ; the power supply unit characterized by comprising: a second communication path between the second communication terminal of the controller and the third communication terminal of the integrated circuit ; and a switch unit positioned on the first communication path and configured to set the first communication path to a conductive state or a disconnected state, wherein the second communication path is configured to be set in the conductive state both in a case in which the first communication path is set to the conductive state and a case in which the first communication path is set to the disconnected state. a second communication path between the second communication terminal of the controller and the third communication terminal of the integrated circuit ; and a switch unit positioned on the first communication path and configured to set the first communication path to a conductive state or a disconnected state, wherein the second communication path is configured to be set in the conductive state both in a case in which the first communication path is set to the conductive state and a case in which the first communication path is set to the disconnected state.
A detector for detecting neutrons, wherein the detector comprises: - a neutron reactive material for interacting with neutrons incident thereon to be detected to release ionizing radiation reaction products responsive to interactions with said incident neutrons, - a first semiconductor element arranged to interact with said ionizing radiation reaction products for providing electrical charges in proportion to the energy of said ionizing radiation reaction products, and - electrodes arranged in connection with said first semiconductor element for providing charge collection areas for collecting said electrical charges and to provide electrically readable signals proportional to said collected electrical charges; - said neutron reactive material is located on the same side of the first semiconducting element as the electrodes characterised in that: - said first semiconductor element is bump-bonded on read-out electronics via bump-bonding elements , and - said neutron reactive material is arranged between said bump-bonding elements , and/or within said bump-bonding elements . - a neutron reactive material for interacting with neutrons incident thereon to be detected to release ionizing radiation reaction products responsive to interactions with said incident neutrons, - a first semiconductor element arranged to interact with said ionizing radiation reaction products for providing electrical charges in proportion to the energy of said ionizing radiation reaction products, and - electrodes arranged in connection with said first semiconductor element for providing charge collection areas for collecting said electrical charges and to provide electrically readable signals proportional to said collected electrical charges; - said neutron reactive material is located on the same side of the first semiconducting element as the electrodes - said first semiconductor element is bump-bonded on read-out electronics via bump-bonding elements , and - said neutron reactive material is arranged between said bump-bonding elements , and/or within said bump-bonding elements .
A composition comprising norketotifen or a pharmaceutically acceptable salt thereof for use in a method of treating, ameliorating, or preventing a disorder associated with hypercytokinemia in a subject in need thereof, said method comprising administering to the subject a therapeutically effective or prevention effective amount of norketotifen or a pharmaceutically acceptable salt thereof, thereby treating, ameliorating, or preventing the disorder associated with hypercytokinemia.
Cleaning device for cleaning at least one container for human excreta, comprising at least one cleaning chamber having at least one fluid device for applying at least one cleaning fluid to the container , wherein the cleaning device has at least one controller , wherein the controller is configured to carry out at least one cleaning programme, wherein the cleaning programme comprises at least one washing step and at least one disinfection step, wherein, in the washing step, the cleaning fluid is applied to the container , and wherein, in the disinfection step, hot steam is applied to the container , wherein the cleaning device has at least one steam generator , wherein the controller is configured to select for the disinfection step a quantity of liquid from a plurality of possible quantities of liquid and to fill a tank of the steam generator with the selected quantity of liquid prior to the disinfection step being carried out, wherein the cleaning device has at least one level sensor for detecting a liquid level in the tank of the steam generator , wherein the level sensor is configured to detect an attainment of at least one determined, predefined or predefinable target level and/or to output a measurement result which characterizes a present level, wherein the cleaning device is configured to fill the tank of the steam generator via at least one overflow from the fluid tank , wherein the cleaning device is configured to carry out prior to the washing step at least one filling step, wherein, in the filling step, the selected quantity of liquid is filled into the tank of the steam generator via the overflow .
An inking system of a rotogravure printing unit, comprising an ink pan configured to store ink and to be positioned in the rotogravure printing unit below a gravure cylinder of the rotogravure printing unit; an inking roller , configured to be partially dipped into the ink of the ink pan , and comprising a shaft protruding from at least one side of the inking roller ; wherein the width of the inking roller including the shaft is larger than the internal width of the ink pan ; characterised in that the inking system can adopt two configuration types: a first configuration type, where the gravure cylinder and the inking roller are partially dipped into the ink , and a second configuration type, where the gravure cylinder is kept out of the ink while the inking roller is dipped into the ink , wherein the two configuration types are set by a predefined ink level, and the inking system comprises means for setting and maintaining the predefined ink level by moving the ink pan at least partially vertically and/or by varying the ink amount in the pan. an ink pan configured to store ink and to be positioned in the rotogravure printing unit below a gravure cylinder of the rotogravure printing unit; an inking roller , configured to be partially dipped into the ink of the ink pan , and comprising a shaft protruding from at least one side of the inking roller ; wherein the width of the inking roller including the shaft is larger than the internal width of the ink pan ; characterised in that the inking system can adopt two configuration types: a first configuration type, where the gravure cylinder and the inking roller are partially dipped into the ink , and a second configuration type, where the gravure cylinder is kept out of the ink while the inking roller is dipped into the ink , wherein the two configuration types are set by a predefined ink level, and the inking system comprises means for setting and maintaining the predefined ink level by moving the ink pan at least partially vertically and/or by varying the ink amount in the pan.
A flame arrester (FA 1 , FA 2 , FA 5 , FA 7 , FA 8 , FA 10 ), the flame arrester (FA 1 , FA 2 , FA 5 , FA 7 , FA 8 , FA 10 ) comprising an inlet and an outlet , a housing between the inlet and outlet and a baffle plate and a flame arrester element (20, 20', 20") located within the housing , wherein the inlet for gas to enter the housing has a maximum diametric dimension D and the housing has a diametric dimension larger than the inlet , the inlet and the outlet being on axis, the baffle plate is located downstream of the inlet and the flame arrester element (20, 20', 20") is located downstream of the baffle plate , characterized in that the baffle plate is flat on both its upstream and downstream faces and is secured to the inner wall of the housing and has an aperture which has a minimum diametric dimension of at least 0.75D through which, in use, gas is flowable to the flame arrester element (20, 20', 20").
A method for controlling and regulating an internal combustion engine , in which the rail pressure (pCR) is regulated via a first pressure adjusting member in a rail pressure control loop , wherein a rail pressure disturbance value (VDRV) is generated in order to influence the rail pressure (pCR) via a pressure regulating valve on the high pressure side as second pressure adjusting member, via which fuel is discharged from the rail into a fuel tank , wherein the rail pressure disturbance value (VDRV) is calculated using a corrected target volume flow (Vk(SL)) of the pressure regulating valve , wherein the corrected target volume flow (Vk(SL)) is calculated from a static target volume flow (Vs(SL)) and a dynamic target volume flow (Vd(SL)), wherein the dynamic target volume flow (Vd(SL)) of the pressure regulating valve is calculated via a dynamic correction as a function of a target rail pressure (pCR(SL)) and of an actual rail pressure (pCR(IST)), characterised in that a suction throttle on the low pressure side is used as first pressure adjusting member, and that the dynamic target volume flow (Vd(SL)) is calculated in that a resulting control deviation (epRES) of the rail pressure (pCR) is calculated and in that , if a resulting control deviation (epRES) is smaller than zero (epRES<0), the dynamic target volume flow (Vd(SL)) is set to the value of zero (Vd(SL)=0)) or if a resulting control deviation (epRES) is greater than/equal to zero (epRES≥0), the dynamic target volume flow (Vd(SL)) is set to the value of the product of resulting control deviation (epRES) and a factor (f), and wherein the resulting control deviation (epRES) is calculated in that a control deviation (ep) of the rail pressure (pCR) is calculated from the difference of target rail pressure (pCR(SL)) and actual rail pressure (pCR(IST)), in that a limited control deviation (epLIM) is calculated from the target rail pressure (pCR(SL)) via a characteristic curve and in that the resulting control deviation (epRes) is calculated as the difference of the limited control deviation (epLIM) and the control deviation (ep).
A hose extending between a first end and a second end for conveying a liquid there through, the hose comprising: an inner layer ; an outer layer ; and a light emitting element , wherein said light emitting element is arranged between said inner layer and said outer layer, and said hose further comprises a first coupling element at an end thereof, for connecting said hose to a fluid supply source and/or to another hose, wherein said coupling element is connectable to a second complementing coupling element provided at a fluid supply source and/or at an end of another hose, characterized in that said first coupling element houses an electrical contact of said light emitting element positioned to abut an electrical contact housed in the second coupling element when said first coupling element is coupled to the second complementing coupling element. an inner layer ; an outer layer ; and a light emitting element , wherein said light emitting element is arranged between said inner layer and said outer layer, and said hose further comprises a first coupling element at an end thereof, for connecting said hose to a fluid supply source and/or to another hose, wherein said coupling element is connectable to a second complementing coupling element provided at a fluid supply source and/or at an end of another hose, characterized in that said first coupling element houses an electrical contact of said light emitting element positioned to abut an electrical contact housed in the second coupling element when said first coupling element is coupled to the second complementing coupling element.
Self-sealing tire sealant, characterized in that it contains 3.6% to 10% by weight of at least one tackifier and 50% to 64.5% by weight of at least one polyolefin and also at least the following constituents: - at least one rubber and - at least one filler and - at least one crosslinker and - at least one crosslinking initiator, wherein the rubber is natural rubber (NR) and/or butadiene rubber (BR) and/or isoprene rubber (IR) and/or styrene-butadiene rubber (SBR) and/or polychloroprene (CR) and/or butyl rubber (IIR) and/or bromobutyl rubber (BIIR) and/or chlorobutyl rubber (CIIR). - at least one rubber and - at least one filler and - at least one crosslinker and - at least one crosslinking initiator,
Speed reducer with two intermediate lines for a turboprop engine, said reducer comprising: - an input line comprising an input shaft (a 1 ) bearing an input gear wheel , - a first intermediate line comprising a first intermediate shaft (a 2 ) bearing a first intermediate gear wheel , - a second intermediate line comprising a second intermediate shaft (a 3 ) bearing a second intermediate gear wheel , - a spring held by a frame , - the input gear wheel is meshed with the first intermediate gear wheel and the second intermediate gear wheel , characterised in that the spring surrounds a longitudinal portion of the input shaft (a 1 ) in order to allow a movement of this input shaft (a 1 ) and then the input gear wheel towards an equilibrium position corresponding to an equal distribution of the transmission of the power coming from the input shaft (a 1 ) to the first intermediate shaft (a 2 ) of the first intermediate line and the second intermediate shaft (a 3 ) of the second intermediate line and that the movement of the input shaft (a 1 ) is along an axis substantially perpendicular to an axis of rotation (x 1 ) of the input shaft (a 1 ) - an input line comprising an input shaft (a 1 ) bearing an input gear wheel , - a first intermediate line comprising a first intermediate shaft (a 2 ) bearing a first intermediate gear wheel , - a second intermediate line comprising a second intermediate shaft (a 3 ) bearing a second intermediate gear wheel , - a spring held by a frame , - the input gear wheel is meshed with the first intermediate gear wheel and the second intermediate gear wheel ,
A method of delivering fracturing fluid to a wellbore, the method comprising the steps of: providing a dedicated source of electric power at a site containing a wellbore to be fractured; providing one or more electric fracturing modules at the site, the electric fracturing module comprising an electric motor and a coupled fluid pump , the electric motor operatively associated with the dedicated source of electric power ; providing the fracturing fluid for pressurized delivery to a wellbore, wherein the fracturing fluid comprises a liquefied petroleum gas; and operating the fracturing modules using electric power from the dedicated source to pump the fracturing fluid to the wellbore, characterized in that a control system for regulating various equipment and systems within the electric powered fracturing operation is provided, wherein the electric motor is controlled by a variable frequency drive, wherein the control system and the variable frequency drive calculate a maximum current available at the motor based on a value for the maximum pressure for the treatment provided by a system operator. providing a dedicated source of electric power at a site containing a wellbore to be fractured; providing one or more electric fracturing modules at the site, the electric fracturing module comprising an electric motor and a coupled fluid pump , the electric motor operatively associated with the dedicated source of electric power ; providing the fracturing fluid for pressurized delivery to a wellbore, wherein the fracturing fluid comprises a liquefied petroleum gas; and operating the fracturing modules using electric power from the dedicated source to pump the fracturing fluid to the wellbore, characterized in that a control system for regulating various equipment and systems within the electric powered fracturing operation is provided, wherein the electric motor is controlled by a variable frequency drive, wherein the control system and the variable frequency drive calculate a maximum current available at the motor based on a value for the maximum pressure for the treatment provided by a system operator.
An ethylene-vinyl alcohol pellet comprising: an ethylene-vinyl alcohol copolymer, and fluorine-containing micro-particles each having a particle size with a diameter or a length of the major axis that is not greater than 20 μm; wherein the fluorine-containing micro-particles comprise a fluorinated polymer. an ethylene-vinyl alcohol copolymer, and fluorine-containing micro-particles each having a particle size with a diameter or a length of the major axis that is not greater than 20 μm; wherein the fluorine-containing micro-particles comprise a fluorinated polymer.