mhurhangee/ep-ind-claims huggingface dataset:
A vehicle monitoring device, comprising: a risk level determining mechanism a monitoring image generating mechanism that acquires a display mode of one of a moving image, a streaming video, and a still image based on the determined risk level to generate a monitoring image in the acquired display mode based on a captured image captured by a camera mounted on the vehicle, and a transmission mechanism that transmits information containing the generated monitoring image to an external terminal device via a communication line, characterized in that the risk level determining mechanism determines a risk level of a vehicle based on a monitoring target object and a periphery of the vehicle and in that the generated monitoring image is a moving image or a streaming video if the risk level is an enhanced level and a still image if the risk level is a standard level. a risk level determining mechanism a monitoring image generating mechanism that acquires a display mode of one of a moving image, a streaming video, and a still image based on the determined risk level to generate a monitoring image in the acquired display mode based on a captured image captured by a camera mounted on the vehicle, and a transmission mechanism that transmits information containing the generated monitoring image to an external terminal device via a communication line, characterized in that the risk level determining mechanism determines a risk level of a vehicle based on a monitoring target object and a periphery of the vehicle and in that the generated monitoring image is a moving image or a streaming video if the risk level is an enhanced level and a still image if the risk level is a standard level.
An electro-optic modulator of the integrated optics type comprising a single optical waveguide of a nonlinear optical material and an electrode line arranged to generate an electrical field in a modulating region of the single waveguide when a voltage is applied to the electrode line, and thereby to modulate the phase of light passing through the single waveguide, the modulating region comprising a first modulating subregion and a second, different, modulating subregion, wherein • the forward electro-optic response of the modulating region for forwards propagating light is the same as the backward electro-optic response for backwards propagating light, • the electro-optic response has a band-pass characteristic, and • the electrode line comprises a first branch and a second branch, each branch comprising a first line section and a second line section joined to the first line section, wherein the first line section extends parallel to the waveguide in a first direction for a distance henceforth denoted extension of the branch, and the second line section extends parallel to the waveguide for said distance in the direction opposite to the first direction, wherein the first and second line sections (11, 12) of the first branch affect the first modulating subregion of the waveguide, and the first and second line sections (11, 12) of the second branch affect the second modulating subregion of the waveguide, and wherein the propagation time of a microwave signal from the beginning of the first line section to the end of the second line section is the same for both branches. • the forward electro-optic response of the modulating region for forwards propagating light is the same as the backward electro-optic response for backwards propagating light, • the electro-optic response has a band-pass characteristic, and • the electrode line comprises a first branch and a second branch, each branch comprising a first line section and a second line section joined to the first line section, wherein the first line section extends parallel to the waveguide in a first direction for a distance henceforth denoted extension of the branch, and
A viscoelastic composition wherein the composition is a laminated dough comprising: a gluten-free dough layer comprising a starch, a leavener, and at least one gluten-free flour source; a gel matrix layer comprising a gel matrix comprising edible hydrated hydrocolloid gel and cross-linked protein dispersed within the hydrocolloid gel and wherein the gel matrix layer comprises the gel matrix positioned on the gluten-free dough layer. a gluten-free dough layer comprising a starch, a leavener, and at least one gluten-free flour source; a gel matrix layer comprising a gel matrix comprising edible hydrated hydrocolloid gel and cross-linked protein dispersed within the hydrocolloid gel and wherein the gel matrix layer comprises the gel matrix positioned on the gluten-free dough layer.
A heat-sink-attached-power module substrate which includes a power module substrate in which a circuit layer is arranged on one surface of an insulation layer and a metal layer is arranged on the other surface of the insulation layer, and a heat sink bonded on the metal layer of the power module substrate, wherein either one of the metal layer and the heat sink is composed of aluminum or an aluminum alloy, and the other one of them is composed of copper or a copper alloy, characterized in that the metal layer and the heat sink are bonded together by solid phase diffusion bonding, an intermetallic compound layer formed of copper and aluminum is formed in a bonding interface between the metal layer and the heat sink, and an oxide is dispersed in an interface between the intermetallic compound layer and either one of the metal layer composed of copper or a copper alloy and heat sink composed of copper or a copper alloy in a layered form along the interface.
A compressor comprising a casing; a motor which is disposed in the casing and which provides the movement; a piston which compresses a refrigerant gas; a crank which transfers the movement from the motor; a connection rod which transfers the movement taken from the crank to the piston; a crankpin which connects the connection rod and the piston to each other; lubricant which is provided in the casing and which facilitates the movement of the crank, the motor, the piston and the connection rod; a crank hole which transfers the lubricant passing through the crank to the connection rod; a crankpin hole which transfers the lubricant passing through the connection rod to the crankpin; a connection rod body which extends between the crank hole and the crankpin hole; and the connection rod having a channel which extends in the direction from the crank hole towards the crankpin hole in the connection rod body and through which the lubricant is delivered, characterized by at least one first guiding channel and at least one second guiding channel which are arranged at angle with the channel at an end of the channel facing the crankpin hole.
A particulate fertilizer, where the particulate fertilizer has a coating, where the coating contains polylactic acid compound having a proportion of 70% to 99% of L-lactic acid monomer units and a proportion of 1% to 30% of D-lactic acid monomer units, characterized in that the polylactic acid compound comprises at least one first polylactic acid and at least one second polylactic acid, where the first polylactic acid has a proportion of 50% to 67% of L-lactic acid monomer units and a proportion of 33% to 50% of D-lactic acid monomer units and where the second polylactic acid has a proportion of 95% to 100% of L-lactic acid monomer units and a proportion of 0% to 5% of D-lactic acid monomer units. the polylactic acid compound comprises at least one first polylactic acid and at least one second polylactic acid, where the first polylactic acid has a proportion of 50% to 67% of L-lactic acid monomer units and a proportion of 33% to 50% of D-lactic acid monomer units and where the second polylactic acid has a proportion of 95% to 100% of L-lactic acid monomer units and a proportion of 0% to 5% of D-lactic acid monomer units.
A system comprising: a bidirectional resonant converter (100, 600) comprising an input/output terminal, a switching device (111a-c, 113a-c, 611, 613) coupled with the input/output terminal, a resonant circuit coupled with the switching device (111a-c, 113a-c, 611, 613) and including a variable inductor (121a-c, 621), an output/input terminal coupled with the resonant circuit, and a DC biasing circuit operatively coupled with the variable inductor (121a-c, 621); wherein the variable inductor (121a-c, 621) comprises a toroidal core (201, 301, 401, 411, 501), a first winding (203, 303, 403, 413, 503) wound around the toroidal core (201, 301, 401, 411, 501) and coupled with the switching device (111a-c, 113a-c, 611, 613) and the output/input terminal, a second core (205, 305, 405, 415, 505) structured to overlap a portion of the toroidal core (201, 301, 401, 411, 501), and a second winding (207, 307, 407, 417, 507) wound around the second core (205, 305, 405, 419, 505) and coupled with the DC biasing circuit; and wherein the DC biasing circuit is controllable to vary an inductance of the variable inductor (121a-c, 621) by saturating the portion of the toroidal core with magnetic flux. a bidirectional resonant converter (100, 600) comprising an input/output terminal, a switching device (111a-c, 113a-c, 611, 613) coupled with the input/output terminal, a resonant circuit coupled with the switching device (111a-c, 113a-c, 611, 613) and including a variable inductor (121a-c, 621), an output/input terminal coupled with the resonant circuit, and a DC biasing circuit operatively coupled with the variable inductor (121a-c, 621); wherein the variable inductor (121a-c, 621) comprises a toroidal core (201, 301, 401, 411, 501), a first winding (203, 303, 403, 413, 503) wound around the toroidal core (201, 301, 401, 411, 501) and coupled with the switching device (111a-c, 113a-c, 611, 613) and the output/input terminal, a second core (205, 305, 405, 415, 505) structured to overlap a portion of the toroidal core (201, 301, 401, 411, 501), and a second winding (207, 307, 407, 417, 507) wound around the second core (205, 305, 405, 419, 505) and coupled with the DC biasing circuit; and wherein the DC biasing circuit is controllable to vary an inductance of the variable inductor (121a-c, 621) by saturating the portion of the toroidal core with magnetic flux.
Method for producing synthesis gas from carbon-rich substances, wherein a bulk material moving bed consists of a bulk material, which is composed of the carbon-rich substances and a material that is not gasifiable itself, and wherein the bulk material moving bed moves down from the top continuously or at intervals in a vertical shaft of a vertical shaft oven and through which gas flows, wherein the material that is not gasifiable itself and residues of the carbon-rich substances are discharged on the underside of the vertical shaft, wherein at least a pyrolysis zone and a reduction zone, in which reaction products from an oxidation zone formed likewise in the bulk material moving bed are reduced, are formed in the bulk material moving bed through which the gas flows in order to generate components of the synthesis gas, characterised in that the synthesis gas is withdrawn in a central region of the vertical shaft at a removal point between an upper bulk material zone and a lower bulk material zone and the carbon-rich substances are moved at least in part with the bulk material moving bed from the pyrolysis zone in the upper bulk material zone via the central region into the reduction zone and into the oxidation zone in the lower bulk material zone of the bulk material moving bed, wherein a proportion of the synthesis gas is generated in a pyrolysis zone of the bulk material moving bed formed in the upper bulk material zone and a further proportion of the synthesis gas is generated in a reduction zone in the lower bulk material zone and there is a co-current flowing through the upper bulk material zone and a counter-current flowing through the lower bulk material zone.
A chromatography column, the column containing a packed bed of an ion exchange chromatographic packing material, the column comprising: a) support resin particles; and b) a copolymer comprising polymerized functional monomers that include a first ion exchange group monomer and a second ion exchange group monomer, where the first ion exchange group monomer and the second ion exchange group monomer are different, in which the first ion exchange group monomer is configured to have a first charge at a first pH, and the second ion exchange group monomer is configured to have a net neutral charge at the first pH, in which the first ion exchange group monomer is configured to have the first charge at a second pH, and the second ion exchange group monomer is configured to have a net neutral charge or a second charge at the second pH where the first charge and second charge both have a same polarity, in which the first pH and the second pH are different, in which a mole percent of the second ion exchange group monomer is a mole amount of the second ion exchange group monomer divided by a summation of a mole amount of the first ion exchange group monomer and the mole amount of the second ion exchange group monomer, and multiplied by 100, the mole percent of the second ion exchange group monomer ranges from 60% to 99%, in which the copolymer is grafted to the support resin particles. wherein the first ion exchange group monomer comprises a sulfonate group and the second ion exchange group monomer comprises a carboxylate group. a) support resin particles; and b) a copolymer comprising polymerized functional monomers that include a first ion exchange group monomer and a second ion exchange group monomer, where the first ion exchange group monomer and the second ion exchange group monomer are different,
Polymer-bound core for writing, drawing or colouring instruments comprising at least one polymer binder, at least one wax component and/or oil component, at least one colorant and at least one filler, characterised in that the core comprises at least one surfactant, the at least one surfactant is selected from the group of fatty acid esters and/or quaternary ammonium compounds, the at least one polymer binder is formed from at least one polymer of the group comprising polystyrol, styrol/acrylnitrile, polylactide, styrol/butadiene, polyolefines and acrylnitrile/butadiene/styrol and the core comprises 12 to 30 weight % polymer binder 0.2 to 3 weight % surfactant 2 to 20 weight % wax and/or oil remainder graphite or graphite and carbon black
Filtering device, in particular for fish basins, comprising a housing encompassing a filtration chamber, and a filtering drum rotatably maintained in the filtration chamber, which is loadable with the water which is to be purified, around a part of the circumference of which a filtering strip is guided from a delivering cylinder to a receiving cylinder, which can be driven by a paddle wheel arranged outside the filtration chamber, of which the paddles are loaded by impure water in such a way that the filtering strip is wound by the delivering cylinder onto the receiving cylinder.
An eddy current sensor comprising: a sensor coil disposed near a conductive film formed on a substrate; a signal source configured to supply an AC signal to said sensor coil to produce an eddy current in the conductive film; a detection circuit configured to detect the eddy current produced in the conductive film, said detection circuit being connected to said sensor coil; wherein the sensor coil has an excitation coil connected to the signal source, a detection coil for detecting an eddy current produced in the conductive film, a balance coil connected to the detection coil in series in opposite phase to the detection coil, and a bobbin on which the excitation coil, the detection coil, and the balance coil are wound; and wherein the detection coil, the excitation coil, and the balance coil are disposed on the bobbin in this order. a sensor coil disposed near a conductive film formed on a substrate; a signal source configured to supply an AC signal to said sensor coil to produce an eddy current in the conductive film; a detection circuit configured to detect the eddy current produced in the conductive film, said detection circuit being connected to said sensor coil; wherein the sensor coil has an excitation coil connected to the signal source, a detection coil for detecting an eddy current produced in the conductive film, a balance coil connected to the detection coil in series in opposite phase to the detection coil, and a bobbin on which the excitation coil, the detection coil, and the balance coil are wound; and wherein the detection coil, the excitation coil, and the balance coil are disposed on the bobbin in this order.
A method of producing a multi-subunit complex, comprising: (a) providing a culture comprising Pichia pastoris cells comprising genes that provide for the expression of the subunits of said multi-subunit complex; (b) adding a bolus of ethanol to said culture, which results in an ethanol concentration in said culture of between 0.5% and 1.5% (w/v); and (c) adding a feed comprising at least one fermentable carbon source to said culture, and culturing said culture to produce said multi-subunit complex, wherein said multi subunit complex comprises an entire or full-length antibody comprising heavy and light chain polypeptides, wherein said multi-subunit complex is not an anti-NGF antibody containing the polypeptide sequences SEQ ID NO: 401 and SEQ ID NO: 402. (a) providing a culture comprising Pichia pastoris cells comprising genes that provide for the expression of the subunits of said multi-subunit complex; (b) adding a bolus of ethanol to said culture, which results in an ethanol concentration in said culture of between 0.5% and 1.5% (w/v); and (c) adding a feed comprising at least one fermentable carbon source to said culture, and culturing said culture to produce said multi-subunit complex, wherein said multi subunit complex comprises an entire or full-length antibody comprising heavy and light chain polypeptides, wherein said multi-subunit complex is not an anti-NGF antibody containing the polypeptide sequences SEQ ID NO: 401 and SEQ ID NO: 402. wherein said multi subunit complex comprises an entire or full-length antibody comprising heavy and light chain polypeptides, wherein said multi-subunit complex is not an anti-NGF antibody containing the polypeptide sequences SEQ ID NO: 401 and SEQ ID NO: 402.
A working vehicle comprising: a working machine body; a working-device which is connected to the working machine body and has a plurality of joints (10a, 11a, 12a) and whose tip is connected detachably to an attachment; and a control device in which a stop position (SA, SB, SC) is set so as to stop the working device for avoiding interference of the working device, wherein, the control device is connected to a detection means which detects a position of the working device, an input means which sets previously a plurality of stop positions (SA, SB, SC) and adjusts independently the plurality of stop positions (SA, SB, SC), and a selection means which selects the plurality of stop positions (SA, SB, SC), concerning each of the plurality of the stop positions (SA, SB, SC), an adjustment range which does not include the other stop positions (SA, SB, SC) is determined, and when one of the plurality of stop positions (SA, SB, SC) is adjusted, the adjustment range of another of the plurality of stop positions (SA, SB, SC) is changed based on the one of the plurality of stop positions (SA, SB, SC) which is adjusted, characterized in that wherein the adjustable range of a new first stop angle A1 at the first stop position SA is X ≦ A1 < X1, the adjustable range of a new second stop angle B1 at the second stop position SB is X1 ≦ B1 ≦ X2, the adjustable range of a new third stop angle C1 at the third stop position SC is X2 < C1 ≦ Y and the stop angles used for the adjustable range has a relation X < X1<X2<Y. a working machine body; a working-device which is connected to the working machine body and has a plurality of joints (10a, 11a, 12a) and whose tip is connected detachably to an attachment; and a control device in which a stop position (SA, SB, SC) is set so as to stop the working device for avoiding interference of the working device, wherein, the control device is connected to a detection means which detects a position of the working device, an input means which sets previously a plurality of stop positions (SA, SB, SC) and adjusts independently the plurality of stop positions (SA, SB, SC), and a selection means which selects the plurality of stop positions (SA, SB, SC), concerning each of the plurality of the stop positions (SA, SB, SC), an adjustment range which does not include the other stop positions (SA, SB, SC) is determined, and when one of the plurality of stop positions (SA, SB, SC) is adjusted, the adjustment range of another of the plurality of stop positions (SA, SB, SC) is changed based on the one of the plurality of stop positions (SA, SB, SC) which is adjusted, characterized in that wherein the adjustable range of a new first stop angle A1 at the first stop position SA is X ≦ A1 < X1, the adjustable range of a new second stop angle B1 at the second stop position SB is X1 ≦ B1 ≦ X2, the adjustable range of a new third stop angle C1 at the third stop position SC is X2 < C1 ≦ Y and the stop angles used for the adjustable range has a relation X < X1<X2<Y.