mhurhangee/patent-ind-claim-en huggingface dataset:
A ventilated and breathable garment structure , comprising: an inner layer facing the body of a wearer of a garment and extending for at least a portion of the garment; the garment structure being characterized by comprising: an intermediate layer of padding that forms together with the inner layer a first gap ; and an outer layer having air vents for the entry of air from the outside of the garment and/or for the exit of moist warm air from inside the garment, and that forms together with said intermediate layer a second gap , wherein said intermediate layer includes, in one or more zones, at least one channeled padding for the passage of said moist warm air and said air from the outside. an intermediate layer of padding that forms together with the inner layer a first gap ; and an outer layer having air vents for the entry of air from the outside of the garment and/or for the exit of moist warm air from inside the garment, and that forms together with said intermediate layer a second gap , wherein said intermediate layer includes, in one or more zones, at least one channeled padding for the passage of said moist warm air and said air from the outside.
A computerized method for controlling a grade crossing warning system from a train, the method comprising: determining by a processor located on a train a location and a speed of the train; obtaining by the processor a location of a first crossing being approached by the train from a track database in communication with the computer; making a determination by the processor that an estimated period of time for arrival of the train at the first crossing is below a threshold, the threshold being based at least in part on a constant warning time period, the constant warning time period being a period of time prior to arrival of the train at the first crossing at which the grade crossing warning system should activate; in response to the determination, transmitting a message by the processor to a first wayside device, the message indicating a buffer time period at which the train will be within the constant warning time period of reaching the first crossing, whereby the first wayside device activates the grade crossing warning system upon expiration of the buffer time period; and verifying by the processor that an acknowledgement of the message is received from first wayside device. determining by a processor located on a train a location and a speed of the train; obtaining by the processor a location of a first crossing being approached by the train from a track database in communication with the computer; making a determination by the processor that an estimated period of time for arrival of the train at the first crossing is below a threshold, the threshold being based at least in part on a constant warning time period, the constant warning time period being a period of time prior to arrival of the train at the first crossing at which the grade crossing warning system should activate; in response to the determination, transmitting a message by the processor to a first wayside device, the message indicating a buffer time period at which the train will be within the constant warning time period of reaching the first crossing, whereby the first wayside device activates the grade crossing warning system upon expiration of the buffer time period; and verifying by the processor that an acknowledgement of the message is received from first wayside device.
An implantable electrical stimulation device for electrically stimulating at least one target zone of an organism, comprising: a control unit; and an electrical stimulation unit including: a frequency synthesizer which is coupled to the control unit and configured to generate a frequency signal; an amplifier which is coupled to the frequency synthesizer; a variable resistor which comprises a resistance and is coupled to the control unit and the amplifier; and at least one first electrode and at least one second electrode, wherein the first electrode and the second electrode are coupled to the amplifier, wherein the amplifier is configured to output an electrical stimulation signal according to the frequency signal of the frequency synthesizer and the resistance of the variable resistor to impel the first electrode and the second electrode to generate an electric field, and the frequency of the electrical stimulation signal ranges from 200 KHz to 1000 KHz; wherein the electrical stimulation unit further comprises a detector which is coupled to the control unit and the amplifier and configured to detect whether or not the waveform of the electrical stimulation signal is matched with a preset waveform. a control unit; and an electrical stimulation unit including: a frequency synthesizer which is coupled to the control unit and configured to generate a frequency signal; an amplifier which is coupled to the frequency synthesizer; a variable resistor which comprises a resistance and is coupled to the control unit and the amplifier; and at least one first electrode and at least one second electrode, wherein the first electrode and the second electrode are coupled to the amplifier, a frequency synthesizer which is coupled to the control unit and configured to generate a frequency signal; an amplifier which is coupled to the frequency synthesizer; a variable resistor which comprises a resistance and is coupled to the control unit and the amplifier; and at least one first electrode and at least one second electrode, wherein the first electrode and the second electrode are coupled to the amplifier, wherein the amplifier is configured to output an electrical stimulation signal according to the frequency signal of the frequency synthesizer and the resistance of the variable resistor to impel the first electrode and the second electrode to generate an electric field, and the frequency of the electrical stimulation signal ranges from 200 KHz to 1000 KHz; wherein the electrical stimulation unit further comprises a detector which is coupled to the control unit and the amplifier and configured to detect whether or not the waveform of the electrical stimulation signal is matched with a preset waveform.
A shipping container for medication, comprising: a storage container comprising a bottom wall and a top wall with a side wall extending from said bottom wall to said top wall to define an internal volume for storing a new product ; a disposal container for storing a used product, said disposal container comprising a bottom wall and a side wall extending from said bottom wall to define a top of said disposal container ,; and a lid characterized in that said lid is adapted to be snap fit over said bottom wall of said disposal container for shipping, and to be removed from said bottom wall of said disposal container to be connected over said top and in agreement with said side wall of said disposal container for receiving the used product, said top wall is adapted to be closed for shipping of the new product, and to be opened to allow access to the new product, and said storage container is adapted to be disposed within said disposal container for shipping such that the storage container is nested within the disposal container thereby creating a shipping container that is substantially the same size as the disposal container . a storage container comprising a bottom wall and a top wall with a side wall extending from said bottom wall to said top wall to define an internal volume for storing a new product ; a disposal container for storing a used product, said disposal container comprising a bottom wall and a side wall extending from said bottom wall to define a top of said disposal container ,; and a lid characterized in that said lid is adapted to be snap fit over said bottom wall of said disposal container for shipping, and to be removed from said bottom wall of said disposal container to be connected over said top and in agreement with said side wall of said disposal container for receiving the used product, said top wall is adapted to be closed for shipping of the new product, and to be opened to allow access to the new product, and said storage container is adapted to be disposed within said disposal container for shipping such that the storage container is nested within the disposal container thereby creating a shipping container that is substantially the same size as the disposal container .
Bearing assembly having at least one first bearing element and one second bearing element which are rotatably connected relative to each other along a common longitudinal axis , wherein the bearing assembly comprises a brake device , which inhibits the relative rotation of the two bearing elements to each other by means of a frictional force generated by the brake device , and an adjustment device , by means of which the brake force acting during the relative rotation of the two bearing elements to each other may be modified, wherein the adjustment device comprises at least two wedge elements which rest on the respective wedge surface thereof on each other, and which are movable in a sliding down manner against each other in order to modify the brake force, characterized in that the two wedge elements are mounted to one of the two bearing elements by means of a common guide. a brake device , which inhibits the relative rotation of the two bearing elements to each other by means of a frictional force generated by the brake device , and an adjustment device , by means of which the brake force acting during the relative rotation of the two bearing elements to each other may be modified, wherein the adjustment device comprises at least two wedge elements which rest on the respective wedge surface thereof on each other, and which are movable in a sliding down manner against each other in order to modify the brake force, characterized in that the two wedge elements are mounted to one of the two bearing elements by means of a common guide.
A system to continuously control drilling in an area based on a real-time on-site magnetic survey of the area, characterized in that the system comprises: an autonomous marine vehicle configured to traverse over the area; a magnetometer coupled to the autonomous vehicle and configured to obtain magnetic measurements at a controlled rate, the magnetometer obtaining a uniform sampling of the magnetic measurements over the area; a processor configured to obtain the magnetic survey from the magnetic measurements; continually updating the magnetic survey grid obtained on-site and in real-time at the drilling location using the autonomous marine vehicle; and a controller configured to control drilling direction of a drill bit based on the magnetic survey. an autonomous marine vehicle configured to traverse over the area; a magnetometer coupled to the autonomous vehicle and configured to obtain magnetic measurements at a controlled rate, the magnetometer obtaining a uniform sampling of the magnetic measurements over the area; a processor configured to obtain the magnetic survey from the magnetic measurements; continually updating the magnetic survey grid obtained on-site and in real-time at the drilling location using the autonomous marine vehicle; and a controller configured to control drilling direction of a drill bit based on the magnetic survey.
A method for manufacturing a mold for a resin product by alternate repetition of a metal powder layer forming and a solidified-layer forming, the repetition comprising: (i) forming a solidified layer by irradiating a predetermined portion of a metal powder layer with a light beam (L), thereby allowing a sintering of the metal powder in the predetermined portion or a melting and subsequent solidification of the metal powder; and (ii) forming another solidified layer by newly forming a metal powder layer on the formed solidified layer , followed by an irradiation of a predetermined portion of the newly formed metal powder layer with the light beam (L), wherein a part of a region for the formation of the solidified layer is not irradiated with the light beam (L) to form a non-irradiated portion, such that the mold to be finally obtained has at least one slit-groove at an upper surface thereof, the slit-groove being for reducing a stress of the mold , wherein a slit-opening of the slit groove has a shorter dimension (Dx) of 0.05 mm to 1 mm and a longer dimension (Dy) of 1 mm to 30 mm, wherein a depth dimension of the slit-groove is in the range of 10 % to 50 % with respect to a thickness dimension of the mold , and wherein a parting-surface of the mold is provided with the slit-groove . (i) forming a solidified layer by irradiating a predetermined portion of a metal powder layer with a light beam (L), thereby allowing a sintering of the metal powder in the predetermined portion or a melting and subsequent solidification of the metal powder; and (ii) forming another solidified layer by newly forming a metal powder layer on the formed solidified layer , followed by an irradiation of a predetermined portion of the newly formed metal powder layer with the light beam (L), wherein a part of a region for the formation of the solidified layer is not irradiated with the light beam (L) to form a non-irradiated portion, such that the mold to be finally obtained has at least one slit-groove at an upper surface thereof, the slit-groove being for reducing a stress of the mold , wherein a slit-opening of the slit groove has a shorter dimension (Dx) of 0.05 mm to 1 mm and a longer dimension (Dy) of 1 mm to 30 mm, wherein a depth dimension of the slit-groove is in the range of 10 % to 50 % with respect to a thickness dimension of the mold , and wherein a parting-surface of the mold is provided with the slit-groove .
An active agent for use in a method of treating and/or preventing one or more side effects associated with radiation and/or chemotherapy exposure in a subject during and/or following radiation and/or chemotherapy exposure, the method comprising: administering to the subject prior to, during, or after radiation and/or chemotherapy exposure the active agent at a loading dose in an amount of 0.05 mg/kg to 1 mg/kg ; and administering to the subject the active agent at a maintenance dose in an amount that is 25% to 75% less than the amount of the active agent in the loading dose, wherein the active agent is BMX-001, wherein BMX-001 has the structure: wherein Z - is a counterion. administering to the subject prior to, during, or after radiation and/or chemotherapy exposure the active agent at a loading dose in an amount of 0.05 mg/kg to 1 mg/kg ; and administering to the subject the active agent at a maintenance dose in an amount that is 25% to 75% less than the amount of the active agent in the loading dose, wherein the active agent is BMX-001, wherein BMX-001 has the structure: wherein Z - is a counterion.
A shock-absorbing system for clothing and accessories comprising a base plate from which a plurality of "towers" extends, wherein the said "towers" are appropriately distributed over the surface of the plate and whose arrangement and distribution over the said plate creates a sort of grid which generates a path with spaces and channels that lend flexibility to the element, since the plate is very thin, and circulation of air promoted by the presence of a plurality of holes which are designed for the intake of air from the outside and the outlet of overheated air and perspiration from the body of the user, the distribution and arrangement of the towers over one surface of the plate is reproduced in a specular fashion on the other surface, the said plate being very thin and therefore flexible, with the result that the said plate adheres very easily to the user's body since anatomical and, at the same time, is very light and not cumbersome, and - consequently - also aesthetically acceptable, the said shock-absorbing system essentially performing a cushioning function by means of the said shock-absorbing element constituted of a plate and towers, characterised by the fact that said towers have different sized diameters from each other depending on the load to which they will be exposed.
A transport packaging kit for transporting uranium-containing fission materials, comprising a container provided with a shock damper, the container having a double-shell structure, each shell thereof being in the form of a barrel with a sealed lid thereon, wherein the lid of an inner shell is arranged facing the bottom of an external casing, characterized in that that the inner shell of the container is provided with a case having slots for placing vessels with a uranium-containing fission material, while free cavities in the case are filled with neutron shielding material, wherein the shock damper is mounted on the outer surface of the container, said damper is made of solid wood impregnated with a flame retardant composition covered by a refractory material and having an outer steel sheet cladding.
A method of manufacturing a carbon-based silicon nanowire composite, the method comprising: providing a carbon-based substrate having catalyst nanoparticles deposited on the surface of the carbon-based substrate; loading the carbon-based substrate with the catalyst nanoparticles deposited thereon into a plurality of tumbler reactors; inserting the plurality of tumbler reactors containing the carbon-based substrate with the catalyst nanoparticles deposited thereon into a low-pressure CVD system comprising a sequence of N active zones separated from each other through N-1 buffer zones, said active zones comprising at least one heating zone, at least one reaction zone, and at least one cooling zone; heating the carbon-based substrate with the catalyst nanoparticles deposited thereon in one or more of the plurality of tumbler reactors positioned in the at least one heating zone until the carbon-based substrate reaches a specified temperature; growing silicon-comprising nanowires on carbon-based substrate from the catalyst nanoparticles in one or more of the plurality of tumbler reactors positioned in the at least one reaction zone to form a carbon-based silicon nanowire composite via a Vapor-Solid-Solid (VSS) synthesis technique, and changing periodically the position of the plurality of tumbler reactors in the low-pressure CVD system via the buffer zones under controlled conditions of pressure and temperature so that the at least one reaction zone is continuously growing silicon-comprising nanowires except for the periodic transition of the plurality of tumbler reactors from one active zone to the next. providing a carbon-based substrate having catalyst nanoparticles deposited on the surface of the carbon-based substrate; loading the carbon-based substrate with the catalyst nanoparticles deposited thereon into a plurality of tumbler reactors; inserting the plurality of tumbler reactors containing the carbon-based substrate with the catalyst nanoparticles deposited thereon into a low-pressure CVD system comprising a sequence of N active zones separated from each other through N-1 buffer zones, said active zones comprising at least one heating zone, at least one reaction zone, and at least one cooling zone; heating the carbon-based substrate with the catalyst nanoparticles deposited thereon in one or more of the plurality of tumbler reactors positioned in the at least one heating zone until the carbon-based substrate reaches a specified temperature; growing silicon-comprising nanowires on carbon-based substrate from the catalyst nanoparticles in one or more of the plurality of tumbler reactors positioned in the at least one reaction zone to form a carbon-based silicon nanowire composite via a Vapor-Solid-Solid (VSS) synthesis technique, and changing periodically the position of the plurality of tumbler reactors in the low-pressure CVD system via the buffer zones under controlled conditions of pressure and temperature so that the at least one reaction zone is continuously growing silicon-comprising nanowires except for the periodic transition of the plurality of tumbler reactors from one active zone to the next.
Valve comprising: - a body defining, by means of an annular internal seat, an internal area forming a passage with an axial direction, - a centred butterfly mounted rotatable inside the body from an open position revealing the passage to a closed position covering said passage, the median plane (P) of the butterfly in the closed position comprising the rotation axis of the butterfly , - a seal arranged inside a housing which is delimited by the seat and by a face, opposite the seat in the closed position, of the butterfly, the seat and the face converging towards the inside in the axial direction, characterised in that , in the closed position, the seal is free to move in its entirety in all directions inside the housing. - a body defining, by means of an annular internal seat, an internal area forming a passage with an axial direction, - a centred butterfly mounted rotatable inside the body from an open position revealing the passage to a closed position covering said passage, the median plane (P) of the butterfly in the closed position comprising the rotation axis of the butterfly , - a seal arranged inside a housing which is delimited by the seat and by a face, opposite the seat in the closed position, of the butterfly, the seat and the face converging towards the inside in the axial direction,
A rotary machine for treating containers , preferably for labeling the containers , with a machine base and a carousel that is arranged so as to be rotatable about a vertical axis (A) relative to the machine base and that is designed to transport the containers during the treatment with container receptacles , a table plate enclosing the vertical axis (A) being arranged between the machine base and the carousel for protecting the machine base from falling container parts and/or running dirt (2"), wherein an upper side of the table plate is designed to slope radially outwards on all sides with respect to the vertical axis (A), and wherein the upper side is designed to be conical, characterized in that the conical upper side is formed by a single jacket-shaped raw sheet , the basic shape of which is formed symmetrically with respect to a central circular opening , an angular sector (W) is cut out of the basic shape, and the sheet is formed by bending and/or rolling to form the conical upper side and is connected, in particular welded, in the region of the dividing lines of the cut-out angular sector (W). wherein an upper side of the table plate is designed to slope radially outwards on all sides with respect to the vertical axis (A), and wherein the upper side is designed to be conical, characterized in that the conical upper side is formed by a single jacket-shaped raw sheet , the basic shape of which is formed symmetrically with respect to a central circular opening , an angular sector (W) is cut out of the basic shape, and the sheet is formed by bending and/or rolling to form the conical upper side and is connected, in particular welded, in the region of the dividing lines of the cut-out angular sector (W).
An isolated immunogenic polypeptide consisting of: SEQ ID NOs: 2, 3, 6, 7, 8, and 17, for use in eliciting an immune response to HIV in a subject.