mhurhangee/ep-ind-claims huggingface dataset:
A sprinkler assembly, comprising: a body having a base and a frame extending from the base, said base having a passage extending therethrough and defining an inlet and an outlet; a deflector mounted to said frame and spaced from the outlet; a pip cap assembly for a fire protection sprinkler including a shell having a first generally cylindrical wall having a closed first end and a second end with a radially outwardly extending flange having a transition to an outer axially extending second generally cylindrical wall portion, and an insert having a generally cylindrical wall portion parallel with and disposed against said second generally cylindrical wall portion of said shell, a radially inwardly extending base wall portion at a first end of said generally cylindrical wall portion and a radially outwardly extending flange portion at a second end of said generally cylindrical wall portion and extending axially away from said shell, said base wall portion being disposed against said radially outwardly extending flange of said shell, said insert being made of a material that is harder than said shell; an annular spring seal surrounding said pip cap assembly and engaging a seat surface of said body surrounding said outlet; and a heat sensitive trigger extending between said frame and said pip cap assembly. a body having a base and a frame extending from the base, said base having a passage extending therethrough and defining an inlet and an outlet; a deflector mounted to said frame and spaced from the outlet; a pip cap assembly for a fire protection sprinkler including a shell having a first generally cylindrical wall having a closed first end and a second end with a radially outwardly extending flange having a transition to an outer axially extending second generally cylindrical wall portion, and an insert having a generally cylindrical wall portion parallel with and disposed against said second generally cylindrical wall portion of said shell, a radially inwardly extending base wall portion at a first end of said generally cylindrical wall portion and a radially outwardly extending flange portion at a second end of said generally cylindrical wall portion and extending axially away from said shell, said base wall portion being disposed against said radially outwardly extending flange of said shell, said insert being made of a material that is harder than said shell; an annular spring seal surrounding said pip cap assembly and engaging a seat surface of said body surrounding said outlet; and a heat sensitive trigger extending between said frame and said pip cap assembly.
Drive (1; 101) of a machine with a drive motor for direct drive, without an intermediate transmission of a work shaft, which is rotatable about a shaft axis of rotation, of the machine, and with a coupling device, which is operatively connected with the drive motor and the work shaft, for compensation for relative movements between the work shaft and drive motor, in which the drive motor comprises a rotor part which surrounds the shaft and on which a coupling rotary part, which is rotatable about the shaft axis of rotation, of the coupling device is mounted, wherein the rotor part is arranged to engage at least in part in the coupling rotary part in such a way that the coupling rotary part is mounted on the rotor part to be radially movable, wherein not only the drive motor, but also the coupling device are so arranged around the work shaft that the work shaft end regions (50, 51) of the work shaft are unobstructed, characterised in that the rotor part comprises at least one gate dog (41, 42) which is arranged in a gate groove (19; 19C, 19D) formed by the coupling rotary part.
A method comprising executing computer executable instructions by one or more processors, the method further comprising: - capturing with a camera image information from one or more objects or one or more occupants in a vehicle; - processing the image information; - receiving trigger information associated with one or more of the image information, the one or more objects, or the one or more occupants associated with the vehicle; - configuring one or more reflective surfaces (112; 204; 304), based at least in part on the received trigger information, the configuring comprising positioning the one or more reflective surfaces (112; 204; 304) with respect to the camera field of view; and - adjusting a position of the one or more reflective surfaces (112; 204; 304) based at least on the processing of the image information including selectively positioning two or more mirrors and utilizing the two or more mirrors in combination for accessing views that are not in a line-of-sight of the camera or the camera and single mirror combination. - capturing with a camera image information from one or more objects or one or more occupants in a vehicle; - processing the image information; - receiving trigger information associated with one or more of the image information, the one or more objects, or the one or more occupants associated with the vehicle; - configuring one or more reflective surfaces (112; 204; 304), based at least in part on the received trigger information, the configuring comprising positioning the one or more reflective surfaces (112; 204; 304) with respect to the camera field of view; and - adjusting a position of the one or more reflective surfaces (112; 204; 304) based at least on the processing of the image information including selectively positioning two or more mirrors and utilizing the two or more mirrors in combination for accessing views that are not in a line-of-sight of the camera or the camera and single mirror combination.
Battery shell, in particular battery shell of a traction battery, the battery shell being formed from plastics material, the battery shell having a fastening system for fastening a component to the battery shell, characterized in that the fastening system has a guide rail, an inner profile and a fastening element, the guide rail being integrally and/or interlockingly connected to the battery shell, the inner profile being guided by the guide rail, the fastening element being designed to establish a connection between the component and the inner profile.
A device comprising: a combined energy applicator comprising RF electrodes spaced apart that are operable in a bipolar mode for application of RF energy, one or more thermal energy elements (16, 17) for application of thermal energy, and one or more optical energy elements for application of light energy; a temperature sensor assembled in said combined energy applicator for detecting patient skin temperature; and control circuitry programmed to select which of the RF energy, optical energy and thermal energy is applied to the skin, said temperature sensor being operative in a control loop with said control circuitry to control the energies in accordance with sensed feedback temperature; characterized in that said electrodes are configured to be utilized as thermal elements by being heated with electrical current and therefore transfering heat to the skin by thermal radiation or infrared radiation, convection or conduction or a combination thereof. a combined energy applicator comprising RF electrodes spaced apart that are operable in a bipolar mode for application of RF energy, one or more thermal energy elements (16, 17) for application of thermal energy, and one or more optical energy elements for application of light energy; a temperature sensor assembled in said combined energy applicator for detecting patient skin temperature; and control circuitry programmed to select which of the RF energy, optical energy and thermal energy is applied to the skin, said temperature sensor being operative in a control loop with said control circuitry to control the energies in accordance with sensed feedback temperature; characterized in that said electrodes are configured to be utilized as thermal elements by being heated with electrical current and therefore transfering heat to the skin by thermal radiation or infrared radiation, convection or conduction or a combination thereof.
A paste application system for storing two basic components, for mixing the basic components to obtain a paste, and for applying the paste, comprising: a two-component cartridge having two axially slidable delivery pistons, a first hollow cylinder having an open face side and an at least partially closed face side, with an axially movable first piston having two plungers attached thereto being situated inside said first hollow cylinder which, with its open face side, is arranged such that it axially rests on the two-component cartridge, a second hollow cylinder containing a manually slidable second piston, and a fluid container, wherein the second hollow cylinder is connected or can be connected to the fluid container via a first conduction means and via a first check valve in a manner permeable to fluid, and wherein the first hollow cylinder is connected or can be connected to the second hollow cylinder via a second conduction means and via a second check valve in a manner permeable to fluid, wherein the two-component cartridge and the first hollow cylinder that is arranged adjacent thereto in axial direction and has the axially movable plungers are arranged in a pressure container, and wherein a hollow space for the fluid is formed by the fluid container, the first conduction means, the second conduction means, the first check valve, the second check valve, the interior region of the first hollow cylinder that is limited by the first piston and the hollow space of the second hollow cylinder that is limited by the second piston, and a fluid is contained in the hollow space for the fluid or can be filled into the hollow space for the fluid. a two-component cartridge having two axially slidable delivery pistons, a first hollow cylinder having an open face side and an at least partially closed face side, with an axially movable first piston having two plungers attached thereto being situated inside said first hollow cylinder which, with its open face side, is arranged such that it axially rests on the two-component cartridge, a second hollow cylinder containing a manually slidable second piston, and a fluid container, wherein the second hollow cylinder is connected or can be connected to the fluid container via a first conduction means and via a first check valve in a manner permeable to fluid, and wherein the first hollow cylinder is connected or can be connected to the second hollow cylinder via a second conduction means and via a second check valve in a manner permeable to fluid, wherein the two-component cartridge and the first hollow cylinder that is arranged adjacent thereto in axial direction and has the axially movable plungers are arranged in a pressure container, and wherein a hollow space for the fluid is formed by the fluid container, the first conduction means, the second conduction means, the first check valve, the second check valve, the interior region of the first hollow cylinder that is limited by the first piston and the hollow space of the second hollow cylinder that is limited by the second piston, and a fluid is contained in the hollow space for the fluid or can be filled into the hollow space for the fluid.
A prosthetic foot device (10, 110, 210, 310, 410, 510) with variable stiffness response, the device comprising: a) first (18, 118, 218, 322, 418, 518) and second (22, 122, 222, 324, 422, 522) foot members, wherein at least one of the first and second foot members is configured to be coupled to an amputee, and at least one of the first and second foot members includes a resilient member capable of storing energy during deflection, and at least one of the first and second foot members is configured to contact ground during use; and b) a fluid, disposed between the first and second foot members, to transfer at least some energy between the first and second foot members during use; and characterised in that the fluid is a variable viscosity fluid (50, 60, 70, 90) configured to increase viscosity to transfer more load between the first and second foot members and decrease viscosity to transfer less load between the first and second foot members. a) first (18, 118, 218, 322, 418, 518) and second (22, 122, 222, 324, 422, 522) foot members, wherein at least one of the first and second foot members is configured to be coupled to an amputee, and at least one of the first and second foot members includes a resilient member capable of storing energy during deflection, and at least one of the first and second foot members is configured to contact ground during use; and b) a fluid, disposed between the first and second foot members, to transfer at least some energy between the first and second foot members during use; and
A method of preventing foreign materials from entering into a transducer of a hearing assistance device by thin film capture of an acoustically transparent plug for the hearing assistance device transducer, the method comprising: cutting an acoustically transparent thin film; disposing the thin film within a capture frame; capturing the thin film on the capture frame; characterised by deforming the thin film using a deformation mechanism within the capture frame to achieve a relaxed geometry in the film having predefined slack relative to a taut plane to allow for free movement of the thin film for pressure balancing in response to environment changes, to reduce accumulation of foreign materials, and to reduce passage of foreign materials to a transducer; and securing the capture frame to an acoustic aperture of a plug and inserting the plug into a hearing assistance device to protect the hearing assistance device transducer. cutting an acoustically transparent thin film; disposing the thin film within a capture frame; capturing the thin film on the capture frame; deforming the thin film using a deformation mechanism within the capture frame to achieve a relaxed geometry in the film having predefined slack relative to a taut plane to allow for free movement of the thin film for pressure balancing in response to environment changes, to reduce accumulation of foreign materials, and to reduce passage of foreign materials to a transducer; and securing the capture frame to an acoustic aperture of a plug and inserting the plug into a hearing assistance device to protect the hearing assistance device transducer.
A cable comprising at least one conducting core extending in a sheath covered with a grooved outer layer having longitudinal ridges separated from each other by grooves characterized in that at least one of the longitudinal ridges has a greater width than the other ridges and the outer layer has, opposite each groove (12, 13) adjacent to the ridge having the greater width, a longitudinal area having a thickness smaller than the thickness of the outer layer opposite the other ridges.
A multilayer film for decorative molding having a multilayer structure comprising a protective layer, a color layer and an adhesive layer arranged in this order, with a molding film disposed between either of the adjoining pairs of layers or on the opposite surface of the protective layer to the color layer, characterized in that the protective layer contains a polyurethane resin formed at least from an active hydrogen component and an organic isocyanate component and having a polycarbonate skeleton with an alicyclic hydrocarbon group and that condition and/or condition are satisfied: Condition: The polyurethane resin is a polyurethane resin that has an alkoxysilyl group and/or a silanol group in a molecule, Condition: The protective layer contains a compound that has a glycidyl ether group, and an alkoxysilyl group and/or a silanol group, and the polyurethane resin is a polyurethane resin that has an amino group, or a carboxyl group and/or a salt thereof. Condition: The polyurethane resin is a polyurethane resin that has an alkoxysilyl group and/or a silanol group in a molecule, Condition: The protective layer contains a compound that has a glycidyl ether group, and an alkoxysilyl group and/or a silanol group, and the polyurethane resin is a polyurethane resin that has an amino group, or a carboxyl group and/or a salt thereof.
Control unit for a heating- or cooling and/or ventilation- and/or air-conditioning-apparatus, comprising an user interface via which at least one user-specific parameter can be entered and a generation unit which is configured to - receive the at least one user-specific parameter and also data from at least one sensor, - calculate a quantity indicative of a thermal sensation of a user based on the at least one user-specific parameter and the data from the at least one sensor, - determine a deviation of this quantity from a value indicative of a target thermal sensation and - output a control variable correlating with this deviation to the heating- or cooling and/or ventilation- and/or air-conditioning-apparatus, wherein the at least one user-specific parameter includes the body fat ratio of a user and wherein the at least one sensor includes a temperature sensor for room air, wherein the at least one user-specific parameter further includes a clothing rate. an user interface via which at least one user-specific parameter can be entered and a generation unit which is configured to - receive the at least one user-specific parameter and also data from at least one sensor, - calculate a quantity indicative of a thermal sensation of a user based on the at least one user-specific parameter and the data from the at least one sensor, - determine a deviation of this quantity from a value indicative of a target thermal sensation and - output a control variable correlating with this deviation to the heating- or cooling and/or ventilation- and/or air-conditioning-apparatus, - receive the at least one user-specific parameter and also data from at least one sensor, - calculate a quantity indicative of a thermal sensation of a user based on the at least one user-specific parameter and the data from the at least one sensor, - determine a deviation of this quantity from a value indicative of a target thermal sensation and - output a control variable correlating with this deviation to the heating- or cooling and/or ventilation- and/or air-conditioning-apparatus, wherein the at least one user-specific parameter includes the body fat ratio of a user and wherein the at least one sensor includes a temperature sensor for room air, wherein the at least one user-specific parameter further includes a clothing rate.
A magnetic core for a rotor to be rotated relative to a stator around an axis, said magnetic core comprising: permanent magnet burying holes arranged around the rotor axis; and a first non-magnetic portion, a second non-magnetic portion, and a third non-magnetic portion arranged in order around the axis from an end toward a center of each said permanent magnet burying hole, and positioned on a side closer to a periphery of the rotor configured to face the stator than corresponding said permanent magnet burying hole, wherein the magnetic core exists between the first, second and third non-magnetic portions, and wherein the value (Θ3) of the angle around said axis between the position corresponding to zero rotor surface magnetic flux density between adjacent said permanent magnet burying holes and the position of the end of said third non-magnetic portion that is located closer to a center of corresponding said permanent magnet burying hole, is a value obtained by dividing 360 degrees by a value that is three times the number of said permanent magnet burying holes. permanent magnet burying holes arranged around the rotor axis; and a first non-magnetic portion, a second non-magnetic portion, and a third non-magnetic portion arranged in order around the axis from an end toward a center of each said permanent magnet burying hole, and positioned on a side closer to a periphery of the rotor configured to face the stator than corresponding said permanent magnet burying hole, wherein the magnetic core exists between the first, second and third non-magnetic portions, and wherein the value (Θ3) of the angle around said axis between the position corresponding to zero rotor surface magnetic flux density between adjacent said permanent magnet burying holes and the position of the end of said third non-magnetic portion that is located closer to a center of corresponding said permanent magnet burying hole, is a value obtained by dividing 360 degrees by a value that is three times the number of said permanent magnet burying holes.
A system comprising: a plurality of processors to operate a plurality of boot software modules of a task in a plurality of parallel processing threads; memory operably coupled to the plurality of processors to store the plurality of boot software modules; and an exception handler to sequence operation of the boot software modules among the processing threads, that includes postponement of operation of a first of the plurality of boot software modules in a first of the processing threads until a determination (308; 314) that the first boot software module is not deemed in operation, wherein the first software module is deemed in operation while itself is executed by the plurality of processors or while awaiting completion of operation of any other boot software module called by the first software module, wherein the exception handler is to perform the determination (308; 314) in response to an inter-module function call (306; 312) of the first boot software module by a second (112a; 112b) of the plurality of boot software modules in operation in the first processing thread, wherein the plurality of boot software modules have associated statuses configured to cause the inter-module function call (306; 312) to trigger a page fault and the memory is further to store a plurality of indicators that correspond to the plurality of boot software modules, wherein each indicator is configured to indicate whether a respective boot software module is in operation. a plurality of processors to operate a plurality of boot software modules of a task in a plurality of parallel processing threads; memory operably coupled to the plurality of processors to store the plurality of boot software modules; and an exception handler to sequence operation of the boot software modules among the processing threads, that includes postponement of operation of a first of the plurality of boot software modules in a first of the processing threads until a determination (308; 314) that the first boot software module is not deemed in operation, wherein the first software module is deemed in operation while itself is executed by the plurality of processors or while awaiting completion of operation of any other boot software module called by the first software module, wherein the exception handler is to perform the determination (308; 314) in response to an inter-module function call (306; 312) of the first boot software module by a second (112a; 112b) of the plurality of boot software modules in operation in the first processing thread, wherein the plurality of boot software modules have associated statuses configured to cause the inter-module function call (306; 312) to trigger a page fault and the memory is further to store a plurality of indicators that correspond to the plurality of boot software modules, wherein each indicator is configured to indicate whether a respective boot software module is in operation.