mhurhangee/patent-ind-claim-en huggingface dataset:
A neutron detector for detecting neutrons, the neutron detector including: an exterior shell bounding and sealing an interior volume, the exterior shell serving as a cathode; a central structure extending longitudinally within the exterior shell , the central structure serving as an anode and being electrically connected to a power supply and maintained at a first voltage; an insulating portion extending radially between the central structure and the exterior shell , an inner surface of the insulating portion extending circumferentially around an outer surface of the central structure , the insulating portion extending longitudinally past a shell end of the exterior shell towards a structure end of the central structure ; and a guard structure extending circumferentially around an outer insulating surface of the insulating portion , the guard structure being positioned on the insulating portion between the shell end and the structure end, wherein the guard structure is electrically connected to the power supply and maintained at a second voltage, the guard structure being maintained at a similar voltage to the central structure such that a leakage current on the outer insulating surface of the insulating portion is absorbed by the guard structure . an exterior shell bounding and sealing an interior volume, the exterior shell serving as a cathode; a central structure extending longitudinally within the exterior shell , the central structure serving as an anode and being electrically connected to a power supply and maintained at a first voltage; an insulating portion extending radially between the central structure and the exterior shell , an inner surface of the insulating portion extending circumferentially around an outer surface of the central structure , the insulating portion extending longitudinally past a shell end of the exterior shell towards a structure end of the central structure ; and a guard structure extending circumferentially around an outer insulating surface of the insulating portion , the guard structure being positioned on the insulating portion between the shell end and the structure end, wherein the guard structure is electrically connected to the power supply and maintained at a second voltage, the guard structure being maintained at a similar voltage to the central structure such that a leakage current on the outer insulating surface of the insulating portion is absorbed by the guard structure .
A branched polyethylenimine comprising: 45 to 70 backbone tertiary amine groups, 90 to 140 backbone secondary amine groups, a positive number n' greater than 0 of backbone terminating primary amine groups, and a positive number q greater than 0 of backbone terminating carbamate groups of formula : wherein: (n'+q) is a number equal to 45 to 70, the starred bond of formula is linked to a backbone nitrogen of the branched polyethylenimine, R 1 is hydrogen, methyl, or ethyl, R 2 is hydrogen or an ester *-C(=O)OR 3 , wherein R 3 comprises 1 to 26 carbons, and q/(n' + q) × 100% equals 9% to 47%. (n'+q) is a number equal to 45 to 70, the starred bond of formula is linked to a backbone nitrogen of the branched polyethylenimine, R 1 is hydrogen, methyl, or ethyl, R 2 is hydrogen or an ester *-C(=O)OR 3 , wherein R 3 comprises 1 to 26 carbons, and q/(n' + q) × 100% equals 9% to 47%.
An apparatus comprising: a treatment chamber ; a pump to draw a fluid from the chamber; a condenser disposed between the pump and the treatment chamber to form a condensate and a non-condensate portion of the fluid; and a secondary chamber to receive the non-condensate portion from the condenser to form a secondary condensate and a secondary non-condensate portion, the secondary chamber being in fluid communication with the treatment chamber to return the secondary non-condensate portion to the treatment chamber . a treatment chamber ; a pump to draw a fluid from the chamber; a condenser disposed between the pump and the treatment chamber to form a condensate and a non-condensate portion of the fluid; and a secondary chamber to receive the non-condensate portion from the condenser to form a secondary condensate and a secondary non-condensate portion, the secondary chamber being in fluid communication with the treatment chamber to return the secondary non-condensate portion to the treatment chamber .
Safety helmet for a vehicle user, in particular for a user of a tilting vehicle, having at least one helmet body , which has an opening , having at least one visor , which is arranged outside the helmet body and in front of or on the opening of the helmet body , having at least one visor mount , which is secured on the helmet body and by means of which the visor can be secured on the helmet body in a movable manner, in particular a rotatable or pivotable manner, and can be transferred from a closed functional position, in which the opening of the helmet body is partially or at least more or less completely covered, into an open functional position, in which, in relation to the closed functional position, at least one region of the opening is accessible from the outside, and having at least one sealing unit , which comprises at least one first sealing means , which is arranged between the visor and visor mount and by means of which a gap located between the visor and visor mount can be at least more or less completely filled.
An inhibitor for transcription factor function comprising a fusion protein consisting of a transcription modulating domain (TMD) of a transcription factor and a protein transduction domain (PTD), wherein the TMD is the DNA-binding domain of said transcription factor, characterized in that the PTD is selected from the group consisting of Hph-1, HP4, Mph-1, Sim-2, Tat, VP22, Antp (Antennapedia), Pep-1 peptide, PTD-5, R9 (nona-arginine), 7R and CTP (Cytoplasmic Transduction Peptide), wherein the transcription factor is FOXP3 (Forkhead box P3).
A concrete mixing-and-transport truck with a rotary sealed feed-in/feed-out port comprising: a sub-frame ; a mixing drum provided with a rotary driving mechanism on the sub-frame ; the rotary sealed feed-in/feed-out port is located at the back-end of the mixing drum ; characterized in that it further comprises a rotary inner cylinder , a rotary support body , a rotary sealing stand , a mixing drum roller , and a sealing end cap ; said sealing end cap , including a feeding hopper and an feed-out door is connected to the rotary support body ; following along said rotary sealed feed-in/feed-out port of the mixing drum , the rotary inner cylinder is connected to the back end of said rotary sealed feed-in/feed-out port and the rotary support body is rotatably supported by the rotary inner cylinder ; at least one sealing belt is provided on the rotary inner cylinder and the back end surface of the backmost of the sealing belt is adapted to tight contact with the front end surface of the sealing end cap ; and, the rotary sealing stand is installed on the sub-frame ; the rotary support body is installed on the rotary sealing stand in movable connecting manner; the mixing drum roller is fixed on the rotary sealing stand . a sub-frame ; a mixing drum provided with a rotary driving mechanism on the sub-frame ; the rotary sealed feed-in/feed-out port is located at the back-end of the mixing drum ; characterized in that it further comprises a rotary inner cylinder , a rotary support body , a rotary sealing stand , a mixing drum roller , and a sealing end cap ; said sealing end cap , including a feeding hopper and an feed-out door is connected to the rotary support body ; following along said rotary sealed feed-in/feed-out port of the mixing drum , the rotary inner cylinder is connected to the back end of said rotary sealed feed-in/feed-out port and the rotary support body is rotatably supported by the rotary inner cylinder ; at least one sealing belt is provided on the rotary inner cylinder and the back end surface of the backmost of the sealing belt is adapted to tight contact with the front end surface of the sealing end cap ; and, the rotary sealing stand is installed on the sub-frame ; the rotary support body is installed on the rotary sealing stand in movable connecting manner; the mixing drum roller is fixed on the rotary sealing stand .
Combination of marine vessel and outboard motor , wherein at least one outboard motor is attached in a predetermined position to the transom of said marine vessel , said motor being mounted so as to translate according to a path with at least one motion component having an orientation parallel to the direction of the transverse axis of the hull and/or parallel to the transom of said hull and alternatively towards one or the other side of the hull, wherein the displacement occurs according to three axes perpendicular to one another and particularly corresponding to the axes of intersection of the midship section plane, plane of symmetry and waterplane of the marine vessel hull.
Liquid-cooled electric drive system for a motor vehicle which has at least: two drive units comprising an electric machine and power electronics assigned thereto, which drive units are connected to a coolant circuit of the motor vehicle, wherein the coolant is conveyed through the coolant circuit by centrifugal forces occurring in the electric machines , and a drive control unit which is configured to divide the drive power produced by the drive system between the drive units depending on the temperature of the components of the drive units , wherein the drive control unit is configured to reduce the drive power produced by the drive unit whose components have the higher temperature and to increase the drive power produced by the drive unit whose components have the lower temperature, and to operate the electric machines at a speed at which the coolant is conveyed through the coolant circuit by centrifugal forces occurring in the electric machines .
Method for detecting an open phase fault in a multi-phase electric machine, wherein the method comprises the step of: - measuring at least one current value of each phase of the multi-phase electric machine , characterized in that the method further comprises: - for always two phases of the multi-phase electric machine, determining a phase delay between the two phases based on the measured current values ; - determining if a determined phase delay between two phases exceeds a predetermined threshold ; - if a determined phase delay between two phases exceeds a predetermined threshold, detecting that there is an open phase fault . - measuring at least one current value of each phase of the multi-phase electric machine , characterized in that the method further comprises: - for always two phases of the multi-phase electric machine, determining a phase delay between the two phases based on the measured current values ; - determining if a determined phase delay between two phases exceeds a predetermined threshold ; - if a determined phase delay between two phases exceeds a predetermined threshold, detecting that there is an open phase fault .
A method for heating a sample in an electron beam microscope or analyzer in which heat is generated by passing a current through a self-temperature-regulating PTC thermistor which operates non-linearly such that the resistance is increased sharply above the Curie temperature; characterised in that : the PTC thermistor is provided in a sample heating holder; after the PTC thermistor is provided in the sample heating holder, the sample is immobilized to the sample heating holder; and a direct current is passed through the PTC thermistor to heat the sample while suppressing the growth of carbon contaminations and the occurrence of a thermal drift during observation and analysis. the PTC thermistor is provided in a sample heating holder; after the PTC thermistor is provided in the sample heating holder, the sample is immobilized to the sample heating holder; and a direct current is passed through the PTC thermistor to heat the sample while suppressing the growth of carbon contaminations and the occurrence of a thermal drift during observation and analysis.
A dissimilar metal joint in which two or more layers of different types of metal materials are joined, wherein at least one layer of the two or more layers of metal materials is composed of a flame-retardant magnesium alloy, another layer is composed of a metal or alloy selected from the group consisting of aluminum alloy, titanium alloy, stainless steel and steel, and the two or more layers of metal materials are mutually joined over the entire joining surfaces that respectively overlap, and wherein the shear strength at the joining interface is 70% or more of the shear strength of the metal material having the lowest shear strength among the metal materials composing the dissimilar metal joint, wherein a flame-retardant magnesium alloy refers to a magnesium alloy that has been alloyed for the purpose of increasing its ignition temperature.
A node (A, 44A) for an optical network comprising: one or more modems configured to connect to the optical network and to provide a photonic service with a second node (Z, 44C) in the optical network , wherein each modem is capable of supporting variable capacity, C 1 , C 2 , ..., C N where C 1 > C 2 > .. > C N ; and a controller connected to the one or more modems and configured to detect or receive a fault on a home route of the photonic service while the photonic service operates at a home route capacity C H , C H is one of C 1 , C 2 , ... , C N-1 , cause a downshift of the photonic service to a restoration route capacity C R prior to a switch to a restoration route , C R is one of C 2 , C 3 ..., C N and C R < C H , cause the switch of the photonic service from the home route to the restoration route while the photonic service operates at the restoration route capacity C R , and monitor the photonic service and copropagating photonic services during operation on the restoration route at the restoration route capacity C R for an upshift of the photonic service . one or more modems configured to connect to the optical network and to provide a photonic service with a second node (Z, 44C) in the optical network , wherein each modem is capable of supporting variable capacity, C 1 , C 2 , ..., C N where C 1 > C 2 > .. > C N ; and a controller connected to the one or more modems and configured to detect or receive a fault on a home route of the photonic service while the photonic service operates at a home route capacity C H , C H is one of C 1 , C 2 , ... , C N-1 , cause a downshift of the photonic service to a restoration route capacity C R prior to a switch to a restoration route , C R is one of C 2 , C 3 ..., C N and C R < C H , cause the switch of the photonic service from the home route to the restoration route while the photonic service operates at the restoration route capacity C R , and monitor the photonic service and copropagating photonic services during operation on the restoration route at the restoration route capacity C R for an upshift of the photonic service .
A locking mechanism for a medical implant , comprising: a buckle member ; a post member axially translatable with respect to the buckle member , the post member including a receiving portion proximate a proximal end of the post member , a distal end, a laterally-arched central body portion extending between the receiving portion and the distal end, and a cantilevered leg extending proximally from the distal end; and an actuator element including a proximal shaft portion and a distal engagement portion , the distal engagement portion being configured to releasably engage the receiving portion of the post member ; wherein the proximal shaft portion is pivotable with respect to the distal engagement portion . a buckle member ; a post member axially translatable with respect to the buckle member , the post member including a receiving portion proximate a proximal end of the post member , a distal end, a laterally-arched central body portion extending between the receiving portion and the distal end, and a cantilevered leg extending proximally from the distal end; and an actuator element including a proximal shaft portion and a distal engagement portion , the distal engagement portion being configured to releasably engage the receiving portion of the post member ; wherein the proximal shaft portion is pivotable with respect to the distal engagement portion .
A wall of a structure comprising moulded cementious material, wherein said wall comprises a first portion and a second portion, wherein the first portion is formed by a panel of a polymeric material, wherein said panel has a passageway formed therein, said first portion being coupled to said second portion of the wall , the second portion of the wall consisting of the moulded cementitious material, characterized in that the panel has been manufactured from thermoplastic materials and has a structure, which is comprised of elongated hollow profiles, with straight and parallel central axes, the profiles being laterally welded together to form a double-walled panel
Electronic system for planning and executing a mission to be carried out with a vehicle, comprising: - a first display device equipped with a touch-sensitive screen, - a second display device the first display device having two separate operating modes, in a planning mode the screen of the first display device being configured for input and output, in an execution mode the screen of the first display device being configured exclusively for indirect input via gesture control in the manner of a multi-touchpad and no information being output or displayed, and the interaction between the first and the second display device being brought about in such a way that the inputs that can be made via the screen of the first display device in the execution mode are used to control the display on the second display device , and the planning data present in the first display device are transmitted to the second display device , in the execution mode the first display device being used as a pure input device, and characterized in that the first display device is further configured to bring about the change between the planning and execution operating modes. - a first display device equipped with a touch-sensitive screen, - a second display device the first display device having two separate operating modes, in a planning mode the screen of the first display device being configured for input and output, in an execution mode the screen of the first display device being configured exclusively for indirect input via gesture control in the manner of a multi-touchpad and no information being output or displayed, and the interaction between the first and the second display device being brought about in such a way that the inputs that can be made via the screen of the first display device in the execution mode are used to control the display on the second display device , and the planning data present in the first display device are transmitted to the second display device , in the execution mode the first display device being used as a pure input device, and characterized in that the first display device is further configured to bring about the change between the planning and execution operating modes. the first display device having two separate operating modes, in a planning mode the screen of the first display device being configured for input and output, in an execution mode the screen of the first display device being configured exclusively for indirect input via gesture control in the manner of a multi-touchpad and no information being output or displayed, and the interaction between the first and the second display device being brought about in such a way that the inputs that can be made via the screen of the first display device in the execution mode are used to control the display on the second display device , and the planning data present in the first display device are transmitted to the second display device , in the execution mode the first display device being used as a pure input device, and characterized in that the first display device is further configured to bring about the change between the planning and execution operating modes.
A system for a gas turbine engine comprising: an air turbine starter comprising: an inlet ; a turbine air exhaust outlet ; an output shaft ; and a turbine in fluid communication with the inlet and the turbine air exhaust outlet, the turbine operably coupled to the output shaft; an outlet valve assembly configured to adjust an exhaust area of the turbine air exhaust outlet, wherein the outlet valve assembly comprises a valve housing and a valve body arranged between the valve housing and the turbine air exhaust outlet; and an actuator in fluid communication with the outlet valve assembly, the actuator operable to adjust the exhaust area of the turbine air exhaust outlet by sliding the valve body between an open position and a closed position in the turbine air exhaust outlet. an inlet ; a turbine air exhaust outlet ; an output shaft ; and a turbine in fluid communication with the inlet and the turbine air exhaust outlet, the turbine operably coupled to the output shaft; an outlet valve assembly configured to adjust an exhaust area of the turbine air exhaust outlet, wherein the outlet valve assembly comprises a valve housing and a valve body arranged between the valve housing and the turbine air exhaust outlet; and an actuator in fluid communication with the outlet valve assembly, the actuator operable to adjust the exhaust area of the turbine air exhaust outlet by sliding the valve body between an open position and a closed position in the turbine air exhaust outlet.
A crystal form A of a compound represented by formula (I) having a X-ray powder diffraction (XRPD) pattern comprising characteristic diffraction peaks with the following angles of 2θ: 5.56±0.2°, 15.56±0.2° and 16.17±9.2°,
Device for a radio communications system , the device comprising: - a processing unit ; - a memory unit ; and - a transceiver comprising a transmitter provided with a power amplifier ; wherein said device is configurable to: - send a request to a base station of said communications system for permission of transmission of one or more data symbols, the one or more data symbols being amplified with the power amplifier in an overdrive regime; - receive a grant for such transmission; - amplify the one or more data symbols with the power amplifier of the transmitter in the overdrive regime; and - transmit the one or more data symbols to the base station. - a processing unit ; - a memory unit ; and - a transceiver comprising a transmitter provided with a power amplifier ; - send a request to a base station of said communications system for permission of transmission of one or more data symbols, the one or more data symbols being amplified with the power amplifier in an overdrive regime; - receive a grant for such transmission; - amplify the one or more data symbols with the power amplifier of the transmitter in the overdrive regime; and - transmit the one or more data symbols to the base station.