mhurhangee/patent-ind-claim-en huggingface dataset:
A beam shaping assembly for neutron capture therapy comprising: a beam inlet ; a target for generating a nuclear reaction with a proton beam incident from the beam inlet to produce neutrons that forms a neutron beam which defines a main axis (X); a moderator adjacent to the target for decelerating the neutrons generated by the target to an epithermal neutron energy region; a reflector surrounding the moderator for leading the deflected neutrons back to the main axis to converge epithermal neutrons; a thermal neutron absorber adjacent to the moderator for absorbing thermal neutrons to avoid excessive dose to superficial normal tissue during treatment; a radiation shield for shielding leaking neutrons and photons to reduce dose to normal tissue in non-irradiated area; and a beam outlet ; characterized by a replacement device forming the beam outlet, wherein the replacement device is detachable from the beam shaping assembly to change an irradiation range of the neutron beam, and the replacement device is a part of the reflector and a part of the radiation shield. a beam inlet ; a target for generating a nuclear reaction with a proton beam incident from the beam inlet to produce neutrons that forms a neutron beam which defines a main axis (X); a moderator adjacent to the target for decelerating the neutrons generated by the target to an epithermal neutron energy region; a reflector surrounding the moderator for leading the deflected neutrons back to the main axis to converge epithermal neutrons; a thermal neutron absorber adjacent to the moderator for absorbing thermal neutrons to avoid excessive dose to superficial normal tissue during treatment; a radiation shield for shielding leaking neutrons and photons to reduce dose to normal tissue in non-irradiated area; and a beam outlet ; characterized by a replacement device forming the beam outlet, wherein the replacement device is detachable from the beam shaping assembly to change an irradiation range of the neutron beam, and the replacement device is a part of the reflector and a part of the radiation shield.
A modular electrically variable transmission, comprising: two sun-shared modules assembled to form a two-module electrically variable transmission , the two sun-shared modules operably coupled together such that one of the two sun-shared modules forms a shiftable motor speed reducer subassembly and the other of the two sun-shared modules forms an electrically variable transmission subassembly ; each sun-shared module including a motor-generator , an input member , a primary planetary gear set and a secondary planetary gear set each having respective primary and secondary ring gear members (96A, 110A; 96B,110B), primary and secondary carrier members (88A, 102A; 88B, 102B) and associated primary and secondary pinion gear members (92A, 106A; 92B, 106B), the primary and secondary pinion gear members (92A, 106A; 92B, 106B) in meshing engagement with a single shared sun gear member that is non-rotatably coupled to the motor-generator , the input member non-rotatably coupled to the primary carrier member . two sun-shared modules assembled to form a two-module electrically variable transmission , the two sun-shared modules operably coupled together such that one of the two sun-shared modules forms a shiftable motor speed reducer subassembly and the other of the two sun-shared modules forms an electrically variable transmission subassembly ; each sun-shared module including a motor-generator , an input member , a primary planetary gear set and a secondary planetary gear set each having respective primary and secondary ring gear members (96A, 110A; 96B,110B), primary and secondary carrier members (88A, 102A; 88B, 102B) and associated primary and secondary pinion gear members (92A, 106A; 92B, 106B), the primary and secondary pinion gear members (92A, 106A; 92B, 106B) in meshing engagement with a single shared sun gear member that is non-rotatably coupled to the motor-generator , the input member non-rotatably coupled to the primary carrier member .
An intrusion detection system for a computer, the system comprising: an ambient light sensor to detect an increase in ambient light indicative of a housing of the computer being opened; a super input/output, SIO, integrated circuit to receive a signal from the ambient light sensor indicating that the housing of the computer has been opened, wherein the SIO stores identification data for some of the components of the computer; and a Basic Input Output System, BIOS, to communicate with the SIO when the computer is booted to determine whether the housing of the computer has been opened, wherein the BIOS is, in response to an indication that the housing of the computer was opened prior to the computer being booted, to verify the presence of the components of the computer using the identification data stored in the SIO , wherein the BIOS is to access the stored identification data for the components in the SIO and query the corresponding components which have stored thereon respective component identifications to determine whether any component is missing or been replaced; and the BIOS is further to transmit a report of any components determined to be missing or replaced. an ambient light sensor to detect an increase in ambient light indicative of a housing of the computer being opened; a super input/output, SIO, integrated circuit to receive a signal from the ambient light sensor indicating that the housing of the computer has been opened, wherein the SIO stores identification data for some of the components of the computer; and a Basic Input Output System, BIOS, to communicate with the SIO when the computer is booted to determine whether the housing of the computer has been opened, wherein the BIOS is, in response to an indication that the housing of the computer was opened prior to the computer being booted, to verify the presence of the components of the computer using the identification data stored in the SIO , wherein the BIOS is to access the stored identification data for the components in the SIO and query the corresponding components which have stored thereon respective component identifications to determine whether any component is missing or been replaced; and the BIOS is further to transmit a report of any components determined to be missing or replaced.
Safety catheter needle comprising a cannula having a longitudinal axis (W) which is removably inserted in a catheter and associated with a cannula holder , said catheter being associated with a catheter holder which is in turn removably attached to said cannula holder , the cannula having a proximal extremity attached to the cannula holder and a distal extremity or tip of the cannula close to the distal extremity of such cannula having a deformed part , the catheter holder comprising a protection device able to move within the catheter holder when the cannula is drawn out from the catheter and movably containing the cannula, said protection device being capable of housing said distal extremity of the cannula after it has been completely detached from the catheter , said protection device comprising a principal body containing a movable body rotating about an axis (M) at right angles to said longitudinal axis (W) of the cannula and capable of immobilising said distal extremity of the cannula within said protection device after being completely drawn out from the catheter , said rotating moving body having a part capable of interacting with a fixed part of the catheter holder during such extraction, said interaction bringing about rotation of the rotating movable body within said principal body and immobilising the distal extremity of the cannula within the former, wherein the principal body of the protection device comprises a cavity capable of containing the rotating movable body , said principal body comprising a channel close to such cavity , said channel being capable of receiving the part of said rotating movable body which interferes with the fixed part of the catheter holder , characterized in that said channel is bounded by arms which are resiliently movable with respect to each other and capable of immobilising such part of the rotating movable body after the latter has rotated within the cavity of the principal body .
A method comprising: initiating a scan mode of a scanner to capture images presented on a display associated with a mobile device ; illuminating , with the scanner , the mobile device for a period of time causing a light sensor of the mobile device to increase a backlight intensity of the display; when the period of time ends, ceasing illuminating the mobile device and then capturing , with the scanner , images of the display; attempting to decode the captured images; characterized in that the light sensor of the mobile device increases the backlight intensity of the display to a maximum level of brightness that the mobile device is capable of producing in the period of time. initiating a scan mode of a scanner to capture images presented on a display associated with a mobile device ; illuminating , with the scanner , the mobile device for a period of time causing a light sensor of the mobile device to increase a backlight intensity of the display; when the period of time ends, ceasing illuminating the mobile device and then capturing , with the scanner , images of the display; attempting to decode the captured images; characterized in that the light sensor of the mobile device increases the backlight intensity of the display to a maximum level of brightness that the mobile device is capable of producing in the period of time.
A pressure booster for driving of hydraulic tools, with - a gas or air pressure-driven pneumatic unit with a system line connecting to a compressed air inlet, and - a hydraulic unit connected to the pneumatic unit with a hydraulic connection for connecting the hydraulic tool to the hydraulic unit in a fluidly sealing manner, characterized by a compressed air generator connected to the compressed air inlet which is connected to an internal electrical consumer and/or a connection unit for connecting an external electrical consumer, wherein the compressed air generator is integrated into the system line and the system line is connected to a generator inlet and a generator outlet . - a gas or air pressure-driven pneumatic unit with a system line connecting to a compressed air inlet, and - a hydraulic unit connected to the pneumatic unit with a hydraulic connection for connecting the hydraulic tool to the hydraulic unit in a fluidly sealing manner,
A heart valve prosthesis, comprising a support element of a tubular structure, and at least two lobule bodies connected to the inner wall of the support element , wherein: the support element comprises an outer layer fabric having selvages on two opposite sides, and a suture line for fixing the other two sides of the outer layer fabric to each other to form the tubular structure; each of the lobule bodies is formed by stacking at least one lobule layer; and two opposite sides of each of the lobule bodies are respectively an interwoven side and a free side, with the interwoven side being fixed between the two selvages of the outer layer fabric by means of weaving, and the free side being a selvage, characterized in that : each of the lobule layers is formed by interweaving an inner side warp and an inner side weft ; the interwoven side of the lobule body is fixed by means of weaving the inner side weft of each of the lobule layers onto the outer layer fabric ; and the inner side warp is woven on the inner side weft , and a thread end of the inner side warp is used to weave a plurality of lobule layers into a whole on a free side of the inner side weft to form individual lobule bodies . the support element comprises an outer layer fabric having selvages on two opposite sides, and a suture line for fixing the other two sides of the outer layer fabric to each other to form the tubular structure; each of the lobule bodies is formed by stacking at least one lobule layer; and two opposite sides of each of the lobule bodies are respectively an interwoven side and a free side, with the interwoven side being fixed between the two selvages of the outer layer fabric by means of weaving, and the free side being a selvage, characterized in that : each of the lobule layers is formed by interweaving an inner side warp and an inner side weft ; the interwoven side of the lobule body is fixed by means of weaving the inner side weft of each of the lobule layers onto the outer layer fabric ; and the inner side warp is woven on the inner side weft , and a thread end of the inner side warp is used to weave a plurality of lobule layers into a whole on a free side of the inner side weft to form individual lobule bodies . each of the lobule layers is formed by interweaving an inner side warp and an inner side weft ; the interwoven side of the lobule body is fixed by means of weaving the inner side weft of each of the lobule layers onto the outer layer fabric ; and the inner side warp is woven on the inner side weft , and a thread end of the inner side warp is used to weave a plurality of lobule layers into a whole on a free side of the inner side weft to form individual lobule bodies .
A tailrotor gearbox with a cooling system for an aircraft, the tailrotor gearbox comprising: a pressurized tailrotor gearbox housing that encloses a plurality of gearbox components, wherein the gearbox components are at least partially lubricated by a pressurized lubricant, wherein the pressurized tailrotor gearbox housing comprises: a pressurized passage in fluid communication with the housing configured to circulate the pressurized lubricant about the plurality of gearbox components and a pump that pressurizes and circulates the pressurized lubricant; characterized in that the gearbox further comprises: a first pressurized annuli ; a pressurized gear mechanism ; and a second pressurized annuli ; each of the first and second pressurized annuli comprising one or more external cooling fins disposed on an exterior surface, and about a circumference of, each of the first and second pressurized annuli , that convect heat from each of the first and second pressurized annuli . a pressurized tailrotor gearbox housing that encloses a plurality of gearbox components, wherein the gearbox components are at least partially lubricated by a pressurized lubricant, wherein the pressurized tailrotor gearbox housing comprises: a pressurized passage in fluid communication with the housing configured to circulate the pressurized lubricant about the plurality of gearbox components and a pump that pressurizes and circulates the pressurized lubricant; characterized in that the gearbox further comprises: a first pressurized annuli ; a pressurized gear mechanism ; and a second pressurized annuli ; a first pressurized annuli ; a pressurized gear mechanism ; and a second pressurized annuli ; each of the first and second pressurized annuli comprising one or more external cooling fins disposed on an exterior surface, and about a circumference of, each of the first and second pressurized annuli , that convect heat from each of the first and second pressurized annuli .
A capsule comprising: an ejection pin having a functional water solution impregnated therein; a sealing member for sealing the ejection pin ; and characterized by a pressing member for pushing the ejection pin with external force to move the ejection pin such that a portion of the ejection pin penetrates the sealing member and is projected to an outside of the capsule . an ejection pin having a functional water solution impregnated therein; a sealing member for sealing the ejection pin ; and characterized by a pressing member for pushing the ejection pin with external force to move the ejection pin such that a portion of the ejection pin penetrates the sealing member and is projected to an outside of the capsule .
A method of accessing chalcogenide memory cells that demonstrate thresholding behavior in parallel in a cross-point array comprising: thresholding a first memory cell disposed between a first column and a first row , wherein thresholding the first memory cell includes applying a first threshold bias between the first column and the first row; subsequently thresholding a second memory cell , disposed between a second column different from the first column and a second row different from the first row , wherein thresholding the second memory cell includes applying a second threshold bias between the second column and the second row , such that once thresholded, the memory cells have a relatively lower threshold voltage compared to the other memory cells in the array; and accessing in parallel the first memory cell and the second memory cell , after thresholding the first memory cell and thresholding the second memory cell , wherein the accessing in parallel includes simultaneously applying a first access bias between the first column and the first row and applying a second access bias between the second column and the second row . thresholding a first memory cell disposed between a first column and a first row , wherein thresholding the first memory cell includes applying a first threshold bias between the first column and the first row; subsequently thresholding a second memory cell , disposed between a second column different from the first column and a second row different from the first row , wherein thresholding the second memory cell includes applying a second threshold bias between the second column and the second row , such that once thresholded, the memory cells have a relatively lower threshold voltage compared to the other memory cells in the array; and accessing in parallel the first memory cell and the second memory cell , after thresholding the first memory cell and thresholding the second memory cell , wherein the accessing in parallel includes simultaneously applying a first access bias between the first column and the first row and applying a second access bias between the second column and the second row .
A composition comprising a polynucleotide that is at least 95% homologous to SEQ ID NO: 15, which composition is formulated for administration to a subject, which polynucleotide includes codons that provide for heterologous or enhanced expression of dynein axonemal intermediate chain 1 (DNAI1) protein within cells of said subject.
An acoustic module for influencing, especially reducing, sound reflections and/or sound transfers in a room which module is formed as three-dimensional, completely or partly closed hollow body limiting an air volume and comprising at least an areal formation of thin-wall flexural elastic material which, under the generation of a hollow space, is set under bending stress by at least another areal formation of the hollow body such that it takes a curved shape and, upon the application of sound, is set oscillated wherein the curved areal formation set under bending stress has structurings and/or perforations, especially micro-perforations, characterized in that the acoustic module has means for changing the curvature of the at least one curved areal formation .
An acicular body comprising: a support plate having a brightness of 5.0 or less measured in conformity with JIS K5600-4-5 ; and a needle disposed on the support plate , the needle including a tip which is formed so as to pierce a skin and a light transmission area which is located in an area containing the tip and has a total light transmittance of 20% or more measured in conformity with JIS K7105 . a support plate having a brightness of 5.0 or less measured in conformity with JIS K5600-4-5 ; and a needle disposed on the support plate , the needle including a tip which is formed so as to pierce a skin and a light transmission area which is located in an area containing the tip and has a total light transmittance of 20% or more measured in conformity with JIS K7105 .
An injection molding machine comprising: a moving mechanism configured to move a movable platen in a mold opening and closing direction with respect to a stationary platen ; a mold clamping force detector configured to detect an actual value of a mold clamping force; a control unit configured to control the moving mechanism , based on the actual value of the mold clamping force detected at a predetermined acquisition timing during a molding cycle; and a display unit configured to display a setting screen to which the acquisition timing is input, characterized in that the control unit is configured to acquire the actual value of the mold clamping force detected at the acquisition timing input to the setting screen , and the acquisition timing of the actual value of the mold clamping force is changed to assume a value lying between a mold closing process and a mold opening process, based on the acquisition timing input to the setting screen . a moving mechanism configured to move a movable platen in a mold opening and closing direction with respect to a stationary platen ; a mold clamping force detector configured to detect an actual value of a mold clamping force; a control unit configured to control the moving mechanism , based on the actual value of the mold clamping force detected at a predetermined acquisition timing during a molding cycle; and a display unit configured to display a setting screen to which the acquisition timing is input, characterized in that the control unit is configured to acquire the actual value of the mold clamping force detected at the acquisition timing input to the setting screen , and the acquisition timing of the actual value of the mold clamping force is changed to assume a value lying between a mold closing process and a mold opening process, based on the acquisition timing input to the setting screen .
A device for generating an inhalable aerosol and/or gas, the device comprising an aerosol generating material having an integrated electrical resistance heating element, wherein the electrical resistance heating element is at least partially embedded in, or coated by, the aerosol generating material, so that the aerosol generating material may be heated in direct contact with the electrical resistance heating element, wherein the aerosol generating material is provided as a unitary structure and/or coating which may be heated to generate multiple deliveries of an inhalable aerosol and/or gas; wherein the aerosol generating material is a cast or extruded material; and wherein at least part of the electrical resistance heating element is in the form of a mesh; and wherein the aerosol generating material comprises an aerosol generating agent selected from sorbitol, glycerol, propylene glycol, triethylene glycol, monohydric alcohols, lactic acid, glycerol derivatives, diacetin, triacetin, triethylene glycol diacetate, triethyl citrate, isopropyl myristate, methyl stearate, dimethyl dodecanedioate and dimethyl tetradecanedioate.
A composition comprising the Bifidobacterium strain deposited at the Collection Nationale de Culture de Microorganismes (CNCM, Paris, France) under the Budapest Treaty under reference CNCM I-2494 for use in preventing or treating the intestinal gas production consecutive to consumption of a flatulogenic food comprising or consisting of at least an α-galactoside, in an individual having an exhaled breath of at least 10 ppm H 2 under fasting conditions.
Heat insulating plate , preferably a covering plate (5a;b), especially for thermal isolation of molten metal, especially of molten steel, in a metallurgical vessel , wherein the plate comprises a binding agent matrix of at least one set binding material and aggregate grains with and/or of biogenic silicic acid, preferably with and/or of rice husk ash, which grains are incorporated into the binding agent matrix , characterized in that as additional aggregate material, the plate comprises at least one expanding agent which expands under temperature load, preferably such that the plate disintegrates into a loose, free-flowing bulk material. characterized in that as additional aggregate material, the plate comprises at least one expanding agent which expands under temperature load, preferably such that the plate disintegrates into a loose, free-flowing bulk material.