mhurhangee/ep-ind-claims huggingface dataset:
A ballistic resistant panel having a ballistic resistance meeting NIJ standard 0108.01 for Level III armor type and comprising: a compressed stack of interleaved layers of high modulus material, said compressed stack of interleaved layers including a strike face portion and a backing portion; said strike face portion of said compressed stack including a plurality of interleaved layers of cross-plied non-fibrous ultra high molecular weight polyolefin tape; said backing portion of said compressed stack including a plurality of interleaved layers of cross-plied fibers embedded in resin; and said strike face portion is 40% or less of the total weight of said compressed stack of interleaved layers, wherein each of said layers of cross-plied non-fibrous ultra high molecular weight polyolefin tape has an adhesive content of between 2 to 30 weight percent and includes a plurality of ultra high molecular weight polyethylene tape strips having a tenacity of at least 14 grams per denier (12.4 cN/dtex); and a width of at least 1.0 inch (2.54 cm); said tape strips include edges; and said tape strips are fused together in a butt joint or overlap joint at said edges. a compressed stack of interleaved layers of high modulus material, said compressed stack of interleaved layers including a strike face portion and a backing portion; said strike face portion of said compressed stack including a plurality of interleaved layers of cross-plied non-fibrous ultra high molecular weight polyolefin tape; said backing portion of said compressed stack including a plurality of interleaved layers of cross-plied fibers embedded in resin; and said strike face portion is 40% or less of the total weight of said compressed stack of interleaved layers, wherein each of said layers of cross-plied non-fibrous ultra high molecular weight polyolefin tape has an adhesive content of between 2 to 30 weight percent and includes a plurality of ultra high molecular weight polyethylene tape strips having a tenacity of at least 14 grams per denier (12.4 cN/dtex); and a width of at least 1.0 inch (2.54 cm); said tape strips include edges; and said tape strips are fused together in a butt joint or overlap joint at said edges.
A singularity locator connected to an input/output point in one overhead transmission line via a coupling filter and a capacitance transformer, wherein: a FMCW generation generator for generating a frequency modulated continuous-wave (FMCW) with a continuously modulated frequency as a transmission wave and inputting the transmission wave toward the input/output point via the coupling filter and the capacitance transformer; a carrier canceller circuit for receiving a reflected wave outputted from the input/output point via the coupling filter and the capacitance transformer and canceling out the transmission wave component using an FMCW divided from the FMCW generator from the reflected wave, wherein the transmission wave propagates the one overhead transmission line, is reflected at a singularity at which the impedance changes, propagates the one overhead transmission line in an opposite direction and is outputted from the input/output point as the reflected wave; a mixer for generating a beat wave from a difference in frequency between the FMCW divided from the FMCW generator and the reflected wave; a low pass filter for extracting a low frequency component from the beat wave; and a microcomputer for locating the singularity of the one overhead transmission line by executing Fourier transform on the low frequency component of the of the beat wave. a FMCW generation generator for generating a frequency modulated continuous-wave (FMCW) with a continuously modulated frequency as a transmission wave and inputting the transmission wave toward the input/output point via the coupling filter and the capacitance transformer; a carrier canceller circuit for receiving a reflected wave outputted from the input/output point via the coupling filter and the capacitance transformer and canceling out the transmission wave component using an FMCW divided from the FMCW generator from the reflected wave, wherein the transmission wave propagates the one overhead transmission line, is reflected at a singularity at which the impedance changes, propagates the one overhead transmission line in an opposite direction and is outputted from the input/output point as the reflected wave; a mixer for generating a beat wave from a difference in frequency between the FMCW divided from the FMCW generator and the reflected wave; a low pass filter for extracting a low frequency component from the beat wave; and a microcomputer for locating the singularity of the one overhead transmission line by executing Fourier transform on the low frequency component of the of the beat wave.
Electrode plate comprising a stiff or flexible electrically non-conductive plate element having a front face and a rear face and a pattern of needle-like electrodes (2, 3, 5) for electrical stimulation of cutaneous thin Aδ/C fibers and conductive plate electrodes for electrical stimulation cutaneous larae Aβ fibers disposed on the front face of the plate element, characterised by each of the NL electrodes (2, 3, 5) being electrically separate from each of the CP electrodes.
Cold-start system for a monovalent internal combustion engine which is operated with a gas, comprising at least one engine-independent-heating assembly which is likewise operated with the gas and which heats a circuit fluid which is conducted in an engine-independent-heater pre-heating circuit (20VL, 20RL) in which a pre-heating-circuit pump is arranged, wherein a feed of the engine-independent-heater pre-heating circuit (20VL, 20RL) has at least one first branch to a feed of a heating circuit (30VL, 30RL) of at least one component to be heated, the return of which is incorporated into the return of the engine-independent-heater pre-heating circuit (20VL, 20RL), characterized in that the component to be heated is a gas-pressure regulator of a fuel-supply system of the monovalent internal combustion engine.
A thermally conductive sheet comprising an anisotropic filler in a polymer matrix, wherein the anisotropic filler appears on at least one surface and the at least one surface has an arithmetic mean peak curvature (Spc) of 1000 (1/mm) or more and 18000 (1/mm) or less or the at least one surface has an arithmetic mean peak curvature (Spc) of 18000 (1/mm) or less, an arithmetical mean height (Sa) of 20 μm or less and a developed interfacial area ratio (Sdr) of 70 or less.
Vacuum pumping station having a pump assembly with a pump, having a control device on the pump assembly for controlling its operating procedure, and having an operating unit with operating and display elements (6, 7), it being possible for the control device and the operating unit to be connected wirelessly to one another in control terms via respective transmitting and/or receiving devices (8, 9), the operating unit being configured such that it can be disconnected spatially from the pump assembly and can be transported, and being provided with a rechargeable battery and a battery charging connector, and a docking point being provided on the pump assembly, to which docking point the operating unit can be attached temporarily, characterized in that the battery and the battery charging connector are arranged in a removable housing part of the operating unit, in that the removed housing part can be connected electrically to the docking point on the pump assembly, in that the docking point on the pump assembly and the battery charging connector on the removable housing part are configured as contactless power supply interfaces which correspond to one another, and in that, in the case of the removable housing part being attached to the docking point, electric power for the battery can be transmitted from the pump assembly to the removable housing part via the contactless power supply interfaces which interact with one another.
A detection apparatus of electrochemical impedance spectroscopy, comprising: a waveform generator, the waveform generator being integrated in a battery monitoring chip; an excitation resistor; a detection resistor; and an MOS switch, wherein the excitation resistor is connected between a positive electrode of a battery and a drain electrode of the MOS switch and the detection resistor is connected between a negative electrode of the battery and a source electrode of the MOS switch; wherein the waveform generator is configured to generate a pulse waveform, a gate electrode of the MOS switch is configured to receive the pulse waveform, the excitation resistor is configured to enable the battery to generate an excitation current when the gate electrode of the MOS switch receives the pulse waveform, the detection resistor is configured to convert the excitation current into an excitation voltage, the excitation voltage is configured to calculate an electrochemical impedance of the battery, wherein pulse waveforms under different frequencies corresponds to different electrochemical impedances of the battery, and the different electrochemical impedances are configured to provide electrochemical impedance spectroscopy of the battery; wherein the excitation resistor and the detection resistor are further configured for discharge equalization of the battery when the MOS switch is on. a waveform generator, the waveform generator being integrated in a battery monitoring chip; an excitation resistor; a detection resistor; and an MOS switch, wherein the excitation resistor is connected between a positive electrode of a battery and a drain electrode of the MOS switch and the detection resistor is connected between a negative electrode of the battery and a source electrode of the MOS switch; wherein the waveform generator is configured to generate a pulse waveform, a gate electrode of the MOS switch is configured to receive the pulse waveform, the excitation resistor is configured to enable the battery to generate an excitation current when the gate electrode of the MOS switch receives the pulse waveform, the detection resistor is configured to convert the excitation current into an excitation voltage, the excitation voltage is configured to calculate an electrochemical impedance of the battery, wherein pulse waveforms under different frequencies corresponds to different electrochemical impedances of the battery, and the different electrochemical impedances are configured to provide electrochemical impedance spectroscopy of the battery; wherein the excitation resistor and the detection resistor are further configured for discharge equalization of the battery when the MOS switch is on.
A genetically modified saprotroph comprising at least one gene encoding at least one membrane-bound alditol transporter, at least one gene encoding at least one erythrose reductase and at least one inactivated gene encoding mannitol 1-phosphate 5-dehydrogenase, wherein the saprotroph is a filamentous fungus selected from the genera Hypocrea, Gibberella, Aspergillus and Penicillium.
A method of assembling an indoor unit of an air conditioner, comprising: an air-conditioning main body; an inlet base that is provided on a front surface of the air-conditioning main body to form a suction port of air and is a member separated from the air-conditioning main body; an inlet panel that is provided on a front surface of the inlet base to cover the suction port; an opening and closing link mechanism that connects the inlet base and the inlet panel to each other to allow the suction port to be openable and closable by the inlet panel; a link case that is capable of attaching to the inlet base in a state where the opening and closing link mechanism is accommodated in or attached to the link case, and the opening and closing link mechanism is connected to the inlet panel; and a driving mechanism that is provided in the air-conditioning main body to operate the link mechanism, characterized in that: the method comprises: a connecting step of connecting the opening and closing link mechanism to the inlet panel; a link attaching step of overlapping the inlet base and the inlet panel and thereby attaching the link case to the inlet base after the connecting step; and an assembling step of assembling the inlet base and the inlet panel to the air-conditioning main body after the link attaching step. an air-conditioning main body; an inlet base that is provided on a front surface of the air-conditioning main body to form a suction port of air and is a member separated from the air-conditioning main body; an inlet panel that is provided on a front surface of the inlet base to cover the suction port; an opening and closing link mechanism that connects the inlet base and the inlet panel to each other to allow the suction port to be openable and closable by the inlet panel; a link case that is capable of attaching to the inlet base in a state where the opening and closing link mechanism is accommodated in or attached to the link case, and the opening and closing link mechanism is connected to the inlet panel; and a driving mechanism that is provided in the air-conditioning main body to operate the link mechanism, a connecting step of connecting the opening and closing link mechanism to the inlet panel; a link attaching step of overlapping the inlet base and the inlet panel and thereby attaching the link case to the inlet base after the connecting step; and an assembling step of assembling the inlet base and the inlet panel to the air-conditioning main body after the link attaching step.
Guidance device for guiding a movable window in a side door of a motor vehicle, this guide device comprising a sliding guide capable of guiding the window along a primary axis, the guide device being characterised in that it comprises a support integral with the sliding guide, having an inclined bottom, an outer longitudinal wall and an inner longitudinal wall, jointly defining a groove capable, when the window is mounted on the side door, of guiding the window towards the sliding guide along a tertiary axis distinct from the primary axis.
Abrasive sponge comprising a layer of spongy material covered on at least one side, by a coating layer for the removal of dirt, characterised in that inside said layer of spongy material, in the vicinity of the surface of the side covered with said coating layer and in any case below such surface, a plurality of granules of rigid material are present.
A cellulose nanofiber powder comprising: cellulose nanofibers, and a hydrophobic polymer that is chemically bonded to at least some of -OH groups of the cellulose nanofibers, wherein the cellulose nanofiber powder has an ability to be dispersed in water and to return to a powder form again when an aqueous dispersion of the cellulose nanofiber powder is dried. cellulose nanofibers, and a hydrophobic polymer that is chemically bonded to at least some of -OH groups of the cellulose nanofibers, wherein the cellulose nanofiber powder has an ability to be dispersed in water and to return to a powder form again when an aqueous dispersion of the cellulose nanofiber powder is dried.
An image forming apparatus comprising: a first sheet storage (111, 113, 114); a second sheet storage; an image forming unit; a sheet conveyer configured to convey sheets from the first and second sheet storages to the image forming unit; and a controller characterized in that it is configured to set a type of sheets stored in the first sheet storage (111, 113, 114) as new sheets and a type of sheets stored in the second sheet storage as image-decolored sheets, switch a sheet feeding source from the first sheet storage (111, 113, 114) to the second sheet storage when the first sheet storage (111, 113, 114) runs out of sheets during execution of a first image forming job that includes no sheet post-processing, and stop image forming by the image forming unit when the first sheet storage (111, 113, 114) runs out of sheets during execution of a second image forming job that includes sheet post-processing. a first sheet storage (111, 113, 114); a second sheet storage; an image forming unit; a sheet conveyer configured to convey sheets from the first and second sheet storages to the image forming unit; and a controller characterized in that it is configured to set a type of sheets stored in the first sheet storage (111, 113, 114) as new sheets and a type of sheets stored in the second sheet storage as image-decolored sheets, switch a sheet feeding source from the first sheet storage (111, 113, 114) to the second sheet storage when the first sheet storage (111, 113, 114) runs out of sheets during execution of a first image forming job that includes no sheet post-processing, and stop image forming by the image forming unit when the first sheet storage (111, 113, 114) runs out of sheets during execution of a second image forming job that includes sheet post-processing. set a type of sheets stored in the first sheet storage (111, 113, 114) as new sheets and a type of sheets stored in the second sheet storage as image-decolored sheets, switch a sheet feeding source from the first sheet storage (111, 113, 114) to the second sheet storage when the first sheet storage (111, 113, 114) runs out of sheets during execution of a first image forming job that includes no sheet post-processing, and stop image forming by the image forming unit when the first sheet storage (111, 113, 114) runs out of sheets during execution of a second image forming job that includes sheet post-processing.
Organic-inorganic composite particles, comprising: inorganic particles and an organic polymer, wherein the inorganic particles have surfaces on which no modification treatment for introducing a polymerizable reactive group is conducted, the organic polymer comprises a hydrophilic block arranged on the surfaces of the inorganic particles and made of a first polymer, and a hydrophobic block stacked on an outside of the hydrophilic block and made of a second polymer, and the inorganic particles, the first polymer, and the second polymer have surface free energies satisfying a condition expressed by the following formula: E NP > E A > E B [in the formula, E NP represents the surface free energy of the inorganic particles, E A represents the surface free energy of the first polymer, and E B represents the surface free energy of the second polymer]; wherein a content of the organic polymer per unit surface area of the inorganic particles is 0.0005 to 1.0 chains/nm 2.
A method of wireless communication, comprising: transmitting plural downlink signals from plural base stations (210-1, 210-2, 210-3) to a terminal, wherein the plural downlink signals carry same information to the terminal; receiving a feedback from the terminal regarding the plural downlink signals transmitted by the plural base stations (210-1, 210-2, 210-3); and adjusting transmission parameters for each downlink signal based on the feedback from the terminal, wherein each base station (210-1, 210-2, 210-3) transmits its downlink signal on a corresponding downlink channel, and wherein the feedback from the terminal includes information regarding one or more taps of each downlink channel corresponding to each base station (210-1, 210-2, 210-3); wherein for each of the plural base stations, Transmit Diversity with Constrained Feedback, TDCF, is used as feedback mechanism, wherein the terminal provides as feedback partial information on the taps of the downlink channels of each base station; characterized in that: beam forming is used in conjunction with TDCF to suppress energy of the transmitted signal at locations other than the terminal location. transmitting plural downlink signals from plural base stations (210-1, 210-2, 210-3) to a terminal, wherein the plural downlink signals carry same information to the terminal; receiving a feedback from the terminal regarding the plural downlink signals transmitted by the plural base stations (210-1, 210-2, 210-3); and adjusting transmission parameters for each downlink signal based on the feedback from the terminal, wherein each base station (210-1, 210-2, 210-3) transmits its downlink signal on a corresponding downlink channel, and wherein the feedback from the terminal includes information regarding one or more taps of each downlink channel corresponding to each base station (210-1, 210-2, 210-3); wherein for each of the plural base stations, Transmit Diversity with Constrained Feedback, TDCF, is used as feedback mechanism, wherein the terminal provides as feedback partial information on the taps of the downlink channels of each base station; characterized in that: beam forming is used in conjunction with TDCF to suppress energy of the transmitted signal at locations other than the terminal location. beam forming is used in conjunction with TDCF to suppress energy of the transmitted signal at locations other than the terminal location.
A device (100, 101, 102) for production of sets of playing cards, the device comprising • A printing means for printing randomly ordered playing cards; • An identification means to identify one or more defective playing cards, comprising a feedback unit to instruct said printing means to reprint the defective playing cards; • An evacuation means to evacuate the one or more defective playing cards. • A printing means for printing randomly ordered playing cards; • An identification means to identify one or more defective playing cards, comprising a feedback unit to instruct said printing means to reprint the defective playing cards; • An evacuation means to evacuate the one or more defective playing cards.
Portable power tool having a handle, in particular an auxiliary handle for a portable power tool, having fastening means for fastening, in particular releasably fastening, the handle to the portable power tool, wherein the fastening means have an extension that is receivable at least partially in a recess, wherein either the extension is arranged on the handle and the recess is arranged in the portable power tool or the extension is arranged on the portable power tool and the recess is arranged in the handle, wherein the fastening means have at least one element that is adjustable relative to the extension and is involved in the establishment and/or releasing and/or securing of a form-fitting and/or frictional connection between the handle and the portable power tool, wherein the element is adjustable relative to the extension and cooperates with the extension or a further component of the fastening means such that, with the extension or the component or with the element itself, a form-fitting and/or force-fitting connection is able to be established between the handle and the portable power tool, characterized in that the extension is in the form of at least one latching hook that is adjustable in a radial direction between a releasing position and a fixing position by the element that is adjustable in an axial direction and is preferably in the form of a cone rod.