mhurhangee/ep-ind-claims huggingface dataset:
A power tool comprising: a housing for an electric motor, the power tool coupled to a power source; an electronic module for regulating the supply of power from the power source to the motor, the electronic module comprising: a circuit board defining a longitudinal axis and having a first surface and a second surface; a module housing a bottom surface and a plurality of side walls extending from the bottom surface to form an open face, the module housing receiving the circuit board through the open face and retaining the circuit board within the side walls substantially parallel to the bottom surface and at a distance from the bottom surface; a plurality of power switches configured as an inverter circuit to supply power from the power source to the electric motor and mounted on the second surface of the circuit board facing the bottom surface of the module housing; a plurality of heat sinks discretely mounted on the first surface of the circuit board facing the open face, the plurality of heat sinks being arranged opposite the plurality of power switches; potting material disposed in the distance between the circuit board and the bottom surface of the module housing to cover the plurality of power switches; and a plurality of thermal vias disposed through the circuit board between corresponding ones of the plurality of heat sinks and the plurality of power switches. a circuit board defining a longitudinal axis and having a first surface and a second surface; a module housing a bottom surface and a plurality of side walls extending from the bottom surface to form an open face, the module housing receiving the circuit board through the open face and retaining the circuit board within the side walls substantially parallel to the bottom surface and at a distance from the bottom surface; a plurality of power switches configured as an inverter circuit to supply power from the power source to the electric motor and mounted on the second surface of the circuit board facing the bottom surface of the module housing; a plurality of heat sinks discretely mounted on the first surface of the circuit board facing the open face, the plurality of heat sinks being arranged opposite the plurality of power switches; potting material disposed in the distance between the circuit board and the bottom surface of the module housing to cover the plurality of power switches; and a plurality of thermal vias disposed through the circuit board between corresponding ones of the plurality of heat sinks and the plurality of power switches.
A lightweight foaming process, used for an automotive interior, wherein the lightweight foaming process comprises following steps: S 1, closing a mould (10, 20) to a first predetermined position to form a first mould cavity space; S 2, injecting a foaming material into the first mould cavity space; S 3, waiting for the foaming material to react and expand within the first mould cavity until the foaming material fills the first mould cavity space; S 4, moving the mould upwardly to open the mould (10, 20) to a second predetermined position, wherein the first mould cavity space is enlarged to form a second mould cavity space; S 5, waiting for the foaming material to continue to expand and fill along a mould opening direction until the second mould cavity space is filled; S 6, opening the mould (10, 20) and removing a foamed member; wherein the following steps are further comprised before the step S 1: performing a flame treatment on a plastic skeleton of the automotive interior, preheating a skin of the automotive interior, and then placing the skeleton and the skin on a predetermined position within the mould (10, 20); characterized in that steps are further comprised after the step S 3: sealing the first mould cavity space totally with a sealing strip; and in that steps are further comprised after the step S 4: retracting the sealing strip and exhausting the second mould cavity space. S 1, closing a mould (10, 20) to a first predetermined position to form a first mould cavity space; S 2, injecting a foaming material into the first mould cavity space; S 3, waiting for the foaming material to react and expand within the first mould cavity until the foaming material fills the first mould cavity space; S 4, moving the mould upwardly to open the mould (10, 20) to a second predetermined position, wherein the first mould cavity space is enlarged to form a second mould cavity space; S 5, waiting for the foaming material to continue to expand and fill along a mould opening direction until the second mould cavity space is filled; S 6, opening the mould (10, 20) and removing a foamed member; wherein the following steps are further comprised before the step S 1: performing a flame treatment on a plastic skeleton of the automotive interior, preheating a skin of the automotive interior, and then placing the skeleton and the skin on a predetermined position within the mould (10, 20); characterized in that steps are further comprised after the step S 3: sealing the first mould cavity space totally with a sealing strip; and in that steps are further comprised after the step S 4: retracting the sealing strip and exhausting the second mould cavity space.
A compound having the general Formula I: A-B-D Formula I or a pharmaceutically acceptable salt thereof, wherein: A is a moiety having general Formula II: B is a moiety selected from the group consisting of: and D is whereas: a dashed line denotes a saturated or non-saturated bond; and R 1 -R 2 are each independently selected from the group consisting of hydrogen, alkyl, hydroxy, alkoxy, thiohydroxy, thioalkoxy, halide, amine, -C(=O)-NRxRy, -NRy-C(=O)Rx, -C(=O)-Rx, -C(=O)-ORx, -OC(=O)-Rx, -C(=S)-ORx, -OC(=S)-Rx, epoxide (oxirane), -S(=O) 2 -Rx, -S(=O)-Rx, -S(=O) 2 -NRxRy, -NRy-S(=O) 2 R nitro, nitrile, isonitrile, thiirane, aziridine, nitroso, -NRx-NRyRw, -NRx-C(=O)ORy, -OC(=O)-NRxRy, -NRx-C(=S)ORy and -OC(=S)-NRxRy, each being substituted or non-substituted, wherein Rx, Ry and Rw are each independently selected from the group consisting of hydrogen, alkyl, cycloalkyl and aryl. A is a moiety having general Formula II: B is a moiety selected from the group consisting of: and D is whereas: a dashed line denotes a saturated or non-saturated bond; and R 1 -R 2 are each independently selected from the group consisting of hydrogen, alkyl, hydroxy, alkoxy, thiohydroxy, thioalkoxy, halide, amine, -C(=O)-NRxRy, -NRy-C(=O)Rx, -C(=O)-Rx, -C(=O)-ORx, -OC(=O)-Rx, -C(=S)-ORx, -OC(=S)-Rx, epoxide (oxirane), -S(=O) 2 -Rx, -S(=O)-Rx, -S(=O) 2 -NRxRy, -NRy-S(=O) 2 R nitro, nitrile, isonitrile, thiirane, aziridine, nitroso, -NRx-NRyRw, -NRx-C(=O)ORy, -OC(=O)-NRxRy, -NRx-C(=S)ORy and -OC(=S)-NRxRy, each being substituted or non-substituted, wherein Rx, Ry and Rw are each independently selected from the group consisting of hydrogen, alkyl, cycloalkyl and aryl. a dashed line denotes a saturated or non-saturated bond; and R 1 -R 2 are each independently selected from the group consisting of hydrogen, alkyl, hydroxy, alkoxy, thiohydroxy, thioalkoxy, halide, amine, -C(=O)-NRxRy, -NRy-C(=O)Rx, -C(=O)-Rx, -C(=O)-ORx, -OC(=O)-Rx, -C(=S)-ORx, -OC(=S)-Rx, epoxide (oxirane), -S(=O) 2 -Rx, -S(=O)-Rx, -S(=O) 2 -NRxRy, -NRy-S(=O) 2 R nitro, nitrile, isonitrile, thiirane, aziridine, nitroso, -NRx-NRyRw, -NRx-C(=O)ORy, -OC(=O)-NRxRy, -NRx-C(=S)ORy and -OC(=S)-NRxRy, each being substituted or non-substituted, wherein Rx, Ry and Rw are each independently selected from the group consisting of hydrogen, alkyl, cycloalkyl and aryl.
An apparatus for determining the total amount of two or more substances in a liquid, at least one of said substances comprising a fluorescent substance, said apparatus comprising:- a mass spectrometer device a fluorometer device, and a processing means wherein said mass spectrometer device is adapted to obtain a periodic measurement of the total amount of said two or more substances in the liquid, said fluorometer device being adapted to detect the fluorescent response of said at least one fluorescent substance in said liquid to an excitation signal, said processing means being programmed to determine a calibration factor by comparing a measurement obtained by the fluorometer device with said periodic measurement of the total amount of said two or more substances present obtained by the mass spectrometer device, the processing means subsequently using said calibration factor to determine measurements representative of the total amount of both fluorescent and non-fluorescent substances present in the liquid based upon the fluorescent response detected by the fluorometer device, characterised in that said apparatus is adapted to obtain further periodic measurements of the total amount of said two or more substances in the liquid by periodic operation of said mass spectrometer device to update said calibration factor at selected intervals. a mass spectrometer device a fluorometer device, and a processing means wherein said mass spectrometer device is adapted to obtain a periodic measurement of the total amount of said two or more substances in the liquid, said fluorometer device being adapted to detect the fluorescent response of said at least one fluorescent substance in said liquid to an excitation signal, said processing means being programmed to determine a calibration factor by comparing a measurement obtained by the fluorometer device with said periodic measurement of the total amount of said two or more substances present obtained by the mass spectrometer device, the processing means subsequently using said calibration factor to determine measurements representative of the total amount of both fluorescent and non-fluorescent substances present in the liquid based upon the fluorescent response detected by the fluorometer device, characterised in that said apparatus is adapted to obtain further periodic measurements of the total amount of said two or more substances in the liquid by periodic operation of said mass spectrometer device to update said calibration factor at selected intervals.
Mixing valve, comprising a valve housing and a switchover valve part and a proportional valve part, wherein a multiple-part valve body is provided for the switchover valve part and the proportional valve part, and the valve body has a valve body part facing the switchover valve part, and a valve body part facing the proportional valve part, and the valve body by an external force is movable counter to the restoring force of at least one spring (7, 70, 71), characterized in that the valve body part facing the switchover valve part on its one end has at least one cleaning appendage which is configured and/or disposed in such a manner that said cleaning appendage can contact a face, lying opposite said cleaning appendage, of the valve body part facing the proportional valve part.
Display adjustment system for an instrument panel in a vehicle, comprising a display and an adjustment device, wherein the adjustment device is configured to adjust the display from an original position in the instrument panel of the vehicle to a central position in an interior of the vehicle, wherein a central position is a position formed centrally between front seats of the vehicle and is thus equally easily accessible by both a driver of the vehicle and a front seat passenger of the vehicle, wherein the adjustment device is configured to adjust the display along a central longitudinal axis of the vehicle and transverse to the central longitudinal axis of the vehicle, and a display area of the display can be extended, characterised in that the display area of the display is extended by an additional display area, wherein the additional display area is arranged on the display by means of a folding device and in a piloted driving mode the display is adjusted along the central longitudinal axis of the vehicle, whereby a distance of the display from the instrument panel is increased, whereby by increasing the distance between the display and the instrument panel the distance of the folded in display area to the housing of the instrument panel is increased and is finally contactless, whereby the folding device is triggered and the at least one additional display area is unfolded thereby increasing the display area of the display overall.
Kiln assembly for the thermal treatment of metal boards or semi-finished products, in particular coated boards made from a curable steel alloy, by means of radiant heat, wherein at least two areas (10, 11) of the board are heat treated at different component temperatures, characterised in that a first area of the board can be temperature-controlled by a radiant heat source at at least AC3 temperature and a second area of the board can be temperature-controlled conductively below AC3 temperature, wherein in the kiln assembly for the conductive thermal treatment of the second areas cooling plates are arranged and a lifting device is provided for lifting the board or the cooling plates can be moved relative to one another in the kiln assembly.
Chilled goods compartment for a refrigeration device, in particular for a household refrigeration device, having a decorative element fastened to the chilled goods compartment, characterised in that the decorative element comprises at least one decorative surface which is embodied on a support material, wherein the decorative surface is at least partially covered with a decorative film which is bonded to the support material, wherein the decorative film has been reshaped to form a contoured part which corresponds to the shape of the decorative surface, the contoured part has been cut to size and the contoured part has been back-moulded with the support material.
A steam turbine forced air cooling system for forcibly cooling a steam turbine after shutdown of the steam turbine, comprising: a first branch pipe branched off from a pipe on a steam inlet side configured to supply steam to the steam turbine; comprising a vacuum pump or a steam-driven ejector; characterized by a non-steam-driven ejector disposed on the branch pipe; and a stop valve disposed in the branch pipe at a position closer to the pipe on the steam inlet side than to the non-steam-driven ejector wherein the non-steam-driven ejector connected to the first branch pipe is installed separately from the existing vacuum pump or the steam-driven ejector. a first branch pipe branched off from a pipe on a steam inlet side configured to supply steam to the steam turbine; comprising a vacuum pump or a steam-driven ejector; characterized by a non-steam-driven ejector disposed on the branch pipe; and a stop valve disposed in the branch pipe at a position closer to the pipe on the steam inlet side than to the non-steam-driven ejector wherein the non-steam-driven ejector connected to the first branch pipe is installed separately from the existing vacuum pump or the steam-driven ejector.
A method for actively suppressing the occlusion effect during the playback of audio signals by means of headphones or a hearing aid, in which - with at least one outer microphone of the headphones or the hearing aid, external sound is captured in the form of a sound signal occurring from the outside; - a voice signal is captured with at least one additional microphone (12, 17); - the dry component of the captured voice signal is estimated, wherein the dry component of the captured voice signal is the component of the captured voice signal which has neither a reverberation caused by the surrounding space nor ambient noises; - a voice component is extracted by a filter from the external sound captured with the at least one outer microphone, wherein filter coefficients of the filter are determined based on the estimated dry component of the captured voice signal, or the acoustic influence of the space on the own voice is analyzed based on the dry component of the captured voice signal and the external sound captured with the at least one outer microphone and based thereon the estimated dry component of the captured voice signal is filtered such that a voice component is produced which has a comparable spatiality to the voice component at the at least one outer microphone; and - the extracted or generated voice component is output via a loudspeaker of the headphones or hearing aid. - with at least one outer microphone of the headphones or the hearing aid, external sound is captured in the form of a sound signal occurring from the outside; - a voice signal is captured with at least one additional microphone (12, 17); - the dry component of the captured voice signal is estimated, wherein the dry component of the captured voice signal is the component of the captured voice signal which has neither a reverberation caused by the surrounding space nor ambient noises; - a voice component is extracted by a filter from the external sound captured with the at least one outer microphone, wherein filter coefficients of the filter are determined based on the estimated dry component of the captured voice signal, or the acoustic influence of the space on the own voice is analyzed based on the dry component of the captured voice signal and the external sound captured with the at least one outer microphone and based thereon the estimated dry component of the captured voice signal is filtered such that a voice component is produced which has a comparable spatiality to the voice component at the at least one outer microphone; and - the extracted or generated voice component is output via a loudspeaker of the headphones or hearing aid.
A method of measuring bulk unconfined strength of powder material, comprising; confining a powder material in a conical cavity having a top opening and a smaller bottom opening; consolidating the powder against the covered bottom opening; uncovering the bottom opening; and characterised by: applying increasing acceleration forces to the powder in a direction toward the bottom opening until the powder is forced out of the cavity; detecting the event of powder leaving the cavity; determining the acceleration applied at the time the powder leaves the cavity; determining a powder strength from acceleration and the cavity geometry and powder physical characteristics. confining a powder material in a conical cavity having a top opening and a smaller bottom opening; consolidating the powder against the covered bottom opening; uncovering the bottom opening; and characterised by: applying increasing acceleration forces to the powder in a direction toward the bottom opening until the powder is forced out of the cavity; detecting the event of powder leaving the cavity; determining the acceleration applied at the time the powder leaves the cavity; determining a powder strength from acceleration and the cavity geometry and powder physical characteristics. applying increasing acceleration forces to the powder in a direction toward the bottom opening until the powder is forced out of the cavity; detecting the event of powder leaving the cavity; determining the acceleration applied at the time the powder leaves the cavity; determining a powder strength from acceleration and the cavity geometry and powder physical characteristics.
A beam deflector comprising: a first wavelength selective polarizer configured to convert a polarization state of light into a first polarization state; a first liquid crystal deflector configured to deflect light incident from the first wavelength selective polarizer, the first liquid crystal deflector comprising liquid crystal molecules and a first optical path change surface; and a controller configured to control the first liquid crystal deflector to adjust the first optical path change surface; characterized in that the first wavelength selective polarizer is configured to selectively convert the polarization state of light in a first wavelength band among incident light, into the first polarization state, and the first liquid crystal deflector Is configured to selectively deflect light in the first wavelength band and in the first polarization state among incident light. a first wavelength selective polarizer configured to convert a polarization state of light into a first polarization state; a first liquid crystal deflector configured to deflect light incident from the first wavelength selective polarizer, the first liquid crystal deflector comprising liquid crystal molecules and a first optical path change surface; and a controller configured to control the first liquid crystal deflector to adjust the first optical path change surface; characterized in that the first wavelength selective polarizer is configured to selectively convert the polarization state of light in a first wavelength band among incident light, into the first polarization state, and the first liquid crystal deflector Is configured to selectively deflect light in the first wavelength band and in the first polarization state among incident light.
Closing assembly for an in the ear part of a hearing device, the in the ear part having a cavity for holding an output transducer, the in the ear part having an opening and the closing assembly being configured to fit into the opening, the closing assembly comprising: an insert part having an insert part opening for receiving and mounting a connecting member, the connecting member configured for mechanically coupling the in the ear part to a behind the ear part of the hearing device, and a cover part comprising a recess; characterized in that the recess is configured for receiving and mounting the insert part, and in that the recess locks the insert part with respect to the cover part. an insert part having an insert part opening for receiving and mounting a connecting member, the connecting member configured for mechanically coupling the in the ear part to a behind the ear part of the hearing device, and a cover part comprising a recess; characterized in that the recess is configured for receiving and mounting the insert part, and in that the recess locks the insert part with respect to the cover part.