mhurhangee/ep-ind-claims huggingface dataset:
A parking assistance method for providing parking assistance, - using an image controller for generating a bird's-eye image including a vehicle and a circumference of the vehicle as viewed from above the vehicle from a camera image of the circumference of the vehicle captured and a display for displaying the bird's-eye image, when parking the vehicle in a parking space equipped with a ground coil for supplying electric power via a wireless connection to a vehicle coil mounted on the vehicle, at least two ground marks (M 1, M 2) indicating a position of the ground coil, and a parking frame, characterized by - comprising switching from the bird's-eye image to an enlarged image showing a relative position between the ground coil and the vehicle coil on a larger scale than the bird's-eye image when an absolute value of a relative angle of a straight line connecting the ground marks (M 1, M 2) to a straight line passing through a center of the vehicle coil and parallel to a vehicle width direction of the vehicle is a predetermined value or smaller. - using an image controller for generating a bird's-eye image including a vehicle and a circumference of the vehicle as viewed from above the vehicle from a camera image of the circumference of the vehicle captured and a display for displaying the bird's-eye image, when parking the vehicle in a parking space equipped with a ground coil for supplying electric power via a wireless connection to a vehicle coil mounted on the vehicle, at least two ground marks (M 1, M 2) indicating a position of the ground coil, and a parking frame, characterized by - comprising switching from the bird's-eye image to an enlarged image showing a relative position between the ground coil and the vehicle coil on a larger scale than the bird's-eye image when an absolute value of a relative angle of a straight line connecting the ground marks (M 1, M 2) to a straight line passing through a center of the vehicle coil and parallel to a vehicle width direction of the vehicle is a predetermined value or smaller.
A fuel pump assembly for an internal combustion engine comprising at least one engine cylinder into which fuel is injected, each cylinder having an associated cylinder piston which reciprocates within the associated cylinder in use, the fuel pump assembly comprising; a plurality of unit pumps (28a, 28b), each unit pump having a pumping plunger for pressurising fuel within an associated pump chamber for delivery of fuel to an associated fuel injector of the engine; and a crank shaft which is driven rotationally by means of the or each cylinder piston, the crank shaft comprising a power output end, at which an engine gearbox is mounted, and an end remote from the power output end, the crank shaft carrying a cam which is arranged to drive the pumping plungers of the unit pumps and further carrying at least one crank assembly (18, 20) which is coupled to a respective one of the cylinder pistons, in use, wherein the plurality of unit pumps (28a, 28b) are radially spaced around the crank shaft and located at the same axial position along the crank shaft so that each of the unit pumps is driven, in use, by the same cam; further comprising an engine housing for the crank shaft, wherein each of the unit pumps (28a, 28b) are mounted fully within the engine housing.
An epoxy resin curing agent comprising an amine composition or a modified product thereof, wherein the amine composition comprises bis(aminomethyl)cyclohexane and a compound represented by the following formula, wherein the content of the component based on 100 parts by mass of the component is from 0.01 to 2.0 parts by mass: wherein R 1 represents an alkyl group having 1 to 6 carbon atoms, and p is a number of 1 to 3, and wherein the modified product of the amine composition is selected from reaction products provided by reacting the amine composition with an epoxy group-containing compound, an unsaturated hydrocarbon compound, a carboxylic acid or a derivative thereof and Mannich reaction products provided by reacting the amine composition with a phenol compound and an aldehyde compound. wherein the amine composition comprises bis(aminomethyl)cyclohexane and a compound represented by the following formula, wherein the content of the component based on 100 parts by mass of the component is from 0.01 to 2.0 parts by mass: wherein R 1 represents an alkyl group having 1 to 6 carbon atoms, and p is a number of 1 to 3, and wherein the modified product of the amine composition is selected from reaction products provided by reacting the amine composition with an epoxy group-containing compound, an unsaturated hydrocarbon compound, a carboxylic acid or a derivative thereof and Mannich reaction products provided by reacting the amine composition with a phenol compound and an aldehyde compound.
Method for processing electrode materials for batteries, characterized in that a) mixtures containing one or more binders, one or more dispersing liquids and active material particles comprising silicon particles are dried to give active material particles in the form of dispersible granules, and with the proviso that the active material particles in the form of dispersible granules obtained in step a) are not coated with carbon, and b) the active material particles in the form of dispersible granules obtained in step a) are mixed with one or more solvents, with the active material particles which were used for producing the active material particles in the form of dispersible granules being released again. a) mixtures containing one or more binders, one or more dispersing liquids and active material particles comprising silicon particles are dried to give active material particles in the form of dispersible granules, and with the proviso that the active material particles in the form of dispersible granules obtained in step a) are not coated with carbon, and b) the active material particles in the form of dispersible granules obtained in step a) are mixed with one or more solvents, with the active material particles which were used for producing the active material particles in the form of dispersible granules being released again.
A method for monitoring the wetting height of a mixing cup in a centrifugal mixer, in which method the mixing cup filled with media is set into rotation about two axes of rotation (D1, D2) extending obliquely to one another by a first drive and by a second drive, said method comprising the following steps: optically detecting the wetting height within the mixing cup by means of an image acquisition device, controlling the drives (18, 20) by a control such that a predefined wetting height is reached or is not exceeded by setting the rotational speed of the first and/or the second drive (18, 20). optically detecting the wetting height within the mixing cup by means of an image acquisition device, controlling the drives (18, 20) by a control such that a predefined wetting height is reached or is not exceeded by setting the rotational speed of the first and/or the second drive (18, 20).
A method for determining a gain for an equalizer associated with an audio device, the method comprising: determining a maximum audio output level allowed by an acoustic safety threshold; determining a setting of the equalizer; and adjusting a gain of the equalizer based on the setting and the maximum audio output level, wherein adjusting the gain comprises: generating an excitation vector from simulated noise associated with the acoustic safety threshold, multiplying, term-by-term, the excitation vector with a plurality of frequency gain settings associated with the equalizer, wherein the multiplication results in an output vector, summarizing the output vector using a root mean squares technique, and adjusting the gain based on a ratio between the maximum audio output level and the summarized output vector. determining a maximum audio output level allowed by an acoustic safety threshold; determining a setting of the equalizer; and adjusting a gain of the equalizer based on the setting and the maximum audio output level, wherein adjusting the gain comprises: generating an excitation vector from simulated noise associated with the acoustic safety threshold, multiplying, term-by-term, the excitation vector with a plurality of frequency gain settings associated with the equalizer, wherein the multiplication results in an output vector, summarizing the output vector using a root mean squares technique, and adjusting the gain based on a ratio between the maximum audio output level and the summarized output vector. generating an excitation vector from simulated noise associated with the acoustic safety threshold, multiplying, term-by-term, the excitation vector with a plurality of frequency gain settings associated with the equalizer, wherein the multiplication results in an output vector, summarizing the output vector using a root mean squares technique, and adjusting the gain based on a ratio between the maximum audio output level and the summarized output vector.
An anti-proliferative compound selected from the group consisting of Ramelteon, Quinestrol, diltiazem HCl, levocetirizine 2HCl, Norethynodrel and xylazine or a pharmaceutical composition comprising said anti-proliferative compound for use in the prevention or treatment of cancer, tumor metastasis or tumor recurrence, in a subject, wherein said subject has been preselected for treatment by a screening method comprising the detection of the presence or absence of target cells in a biological sample obtained from the subject, wherein the presence of said target cells is an indicator for the susceptibility of said subject for a positive treatment outcome with said anti-proliferative compound, characterized in that said preselection comprises the step of detecting the expression by said target cells of the biomarker TPM4 (tropomyosin 4) of Ensembl ID: ENSG00000167460 or a splice variant thereof, wherein the absence and/or non-expression of said biomarker is an indicator for the susceptibility of said subject for a positive treatment outcome with said anti-proliferative compound.
A pharmaceutical composition comprising citrulline for use in a method for maintaining the coupling of endothelial nitric oxide synthase (eNOS) to reduce the incidence or severity of cardiopulmonary bypass-induced pulmonary injury due to free radical formation in a patient during cardiopulmonary bypass in a surgery comprising administering an effective amount of citrulline to the patient before, during, and after the surgery, characterized in that during the surgery, the citrulline is administered at the initiation of the surgery at 100-500 mg/kg of citrulline, after which an effective amount of the citrulline is administered again during the surgery, wherein said effective amount of the citrulline administered during the surgery is added to a hemoconcentration replacement fluid provided to the patient as part of the cardiopulmonary bypass, and wherein the effective amount of citrulline is an amount sufficient to reduce the uncoupling of eNOS.
Apparatus comprising a cooling stage connected with a crystallisation stage for continuous tempering of a fat-containing, crystallisable mass such as chocolate mass or creme mass, comprising a column of mass chambers and intermediary water chambers arranged in stacked elements, a central drive shaft in engagement with mixing elements arranged in the mass chambers, and which crystallisation stage is arranged in the column, characterised in, that the cooling stage is arranged in a heat exchanger having at least one row of parallel plates arranged in a stack sealed at their edges providing intermediary, neighbouring channels (16, 17) each having an inlet hole (18, 20) and an outlet hole (19, 21) in each of the plates, that every second channel in the row is connected with a common first inlet channel created by the first inlet holes in the plates and a common first outlet channel created by the first outlet holes in the plates for the flow of mass there through, and that each of the intermittent, neighbouring channels are connected with a common second inlet channel created by the second inlet holes in the plates and a common second outlet channel created by the second outlet holes in the plates for the flow of water medium there through.
Battery housing for receiving battery elements, in particular for a vehicle, comprising - a case formed by a frame composed of one or more profiles, and at least one first floor which provides an interior region for the battery elements, - a second floor which is positioned at a distance from the first floor and defines a space between itself and the first floor, wherein the second floor is arranged on the side of the battery housing opposite the cover, wherein the first floor is arranged between the cover and the second floor, - a cover for covering the case, characterized in that one or more longitudinal reinforcing elements and/or one or more transverse reinforcing elements (17, 17.1) are arranged in the space, wherein the longitudinal reinforcing elements (16, 16.3) and/or the transverse reinforcing elements (17, 17.1, 17.3) protrude beyond the dimensions of the case. - a case formed by a frame composed of one or more profiles, and at least one first floor which provides an interior region for the battery elements, - a second floor which is positioned at a distance from the first floor and defines a space between itself and the first floor, wherein the second floor is arranged on the side of the battery housing opposite the cover, wherein the first floor is arranged between the cover and the second floor, - a cover for covering the case,
Method for manufacturing a hybrid component comprising a metallic sheet metal component and a fibre composite component, characterised by the following method steps: - providing a sheet metal blank, - applying a flat fibre composite semi-finished product provided with matrix resin on the sheet metal blank or applying a flat fibre semi-finished product, which is provided with matrix resin after being applied, such that a fibre composite semi-finished product results, - wherein an adhesive layer is arranged between sheet metal blank and fibre composite semi-finished product, - jointly forming sheet metal blank and fibre composite semi-finished product in a forming tool, wherein the forming for the fibre composite semi-finished product is carried out as a wet pressing process. - providing a sheet metal blank, - applying a flat fibre composite semi-finished product provided with matrix resin on the sheet metal blank or applying a flat fibre semi-finished product, which is provided with matrix resin after being applied, such that a fibre composite semi-finished product results, - wherein an adhesive layer is arranged between sheet metal blank and fibre composite semi-finished product, - jointly forming sheet metal blank and fibre composite semi-finished product in a forming tool, wherein the forming for the fibre composite semi-finished product is carried out as a wet pressing process.
A mobile terminal, comprising a display module, a host module, and a hinge used to connect the display module and the host module, wherein the hinge is disposed on a bottom border of the display module; the display module comprises a top cover and a hinge cover that covers the hinge, and the top cover has an accommodating cavity; and a screen body and a screen drive plate are accommodated in the accommodating cavity, and a screen cover plate covers the screen body, and a part of the screen cover plate extends into a cavity of the hinge cover, so that the hinge cover overlaps the part of the screen cover plate; wherein a top cover support is further disposed on the top cover, and the hinge cover covers the top cover support, and is fixedly connected to the top cover support; and wherein a cover plate support platform is disposed in the hinge cover, and the screen cover plate is laid on the cover plate support platform. the hinge is disposed on a bottom border of the display module; the display module comprises a top cover and a hinge cover that covers the hinge, and the top cover has an accommodating cavity; and a screen body and a screen drive plate are accommodated in the accommodating cavity, and a screen cover plate covers the screen body, and a part of the screen cover plate extends into a cavity of the hinge cover, so that the hinge cover overlaps the part of the screen cover plate; wherein a top cover support is further disposed on the top cover, and the hinge cover covers the top cover support, and is fixedly connected to the top cover support; and wherein a cover plate support platform is disposed in the hinge cover, and the screen cover plate is laid on the cover plate support platform.
A communication device capable of associating inputs with a duress condition, comprising: an input interface configured to detect contact; one or more force sensors configured to detect force applied at the input interface; at least one processor in communication with the input interface and the one or more force sensors, the at least one processor being configured to: detect contact indicative of input of a password at the input interface; detect by the one or more force sensors, a force of said contact above a predetermined threshold during said input; and interpret the input of the password as a duress signal at the communication device upon determining that the input password corresponds to a previously stored password and that the force of said contact is above the predetermined threshold. an input interface configured to detect contact; one or more force sensors configured to detect force applied at the input interface; at least one processor in communication with the input interface and the one or more force sensors, the at least one processor being configured to: detect contact indicative of input of a password at the input interface; detect by the one or more force sensors, a force of said contact above a predetermined threshold during said input; and interpret the input of the password as a duress signal at the communication device upon determining that the input password corresponds to a previously stored password and that the force of said contact is above the predetermined threshold. detect contact indicative of input of a password at the input interface; detect by the one or more force sensors, a force of said contact above a predetermined threshold during said input; and interpret the input of the password as a duress signal at the communication device upon determining that the input password corresponds to a previously stored password and that the force of said contact is above the predetermined threshold.
A method for preparing bacon, comprising: (a) cooking bacon slices in a conveyor microwave oven; and (b) finishing the bacon slices in an infrared searing unit by searing the bacon slices with the infrared searing unit, wherein the infrared searing unit uses infrared energy with a wavelength of about 1 μm to 1 mm, wherein the infrared searing unit uses infrared energy with a frequency of about 300 THz to 300 GHz, and wherein the infrared searing unit cooks the bacon slices for at least about 3-20 seconds. (a) cooking bacon slices in a conveyor microwave oven; and (b) finishing the bacon slices in an infrared searing unit by searing the bacon slices with the infrared searing unit, wherein the infrared searing unit uses infrared energy with a wavelength of about 1 μm to 1 mm, wherein the infrared searing unit uses infrared energy with a frequency of about 300 THz to 300 GHz, and wherein the infrared searing unit cooks the bacon slices for at least about 3-20 seconds.
A hybrid converter, comprising: a voltage source converter; a first line commutated converter; and a second line commutated converter; wherein: the voltage source converter, the first line commutated converter, and the second line commutated converter are connected in series; an AC terminal of the voltage source converter, an AC terminal of the first line commutated converter, and an AC terminal of the second line commutated converter are adapted to be connected to a common AC bus; and the voltage source converter comprises a plurality of fully-controllable power semiconductors; characterized in that: a positive DC terminal of the voltage source converter is connected to a negative DC terminal of the first line commutated converter; a positive DC terminal of the first line commutated converter is adapted to be connected to a positive DC transmission line; a negative DC terminal of the voltage source converter is connected to a positive DC terminal of the second line commutated converter; a negative DC terminal of the second line commutated converter is adapted to be connected to a negative DC transmission line; and the voltage source converter is adapted to maintain an AC voltage of the common AC bus at a rated effective value. a voltage source converter; a first line commutated converter; and a second line commutated converter; the voltage source converter, the first line commutated converter, and the second line commutated converter are connected in series; an AC terminal of the voltage source converter, an AC terminal of the first line commutated converter, and an AC terminal of the second line commutated converter are adapted to be connected to a common AC bus; and the voltage source converter comprises a plurality of fully-controllable power semiconductors; a positive DC terminal of the voltage source converter is connected to a negative DC terminal of the first line commutated converter; a positive DC terminal of the first line commutated converter is adapted to be connected to a positive DC transmission line; a negative DC terminal of the voltage source converter is connected to a positive DC terminal of the second line commutated converter; a negative DC terminal of the second line commutated converter is adapted to be connected to a negative DC transmission line; and the voltage source converter is adapted to maintain an AC voltage of the common AC bus at a rated effective value.
A method for fabricating a light emitting diode structure comprising: providing a plurality of LED dies on a submount tile, each LED die comprising a plurality of semiconductor layers, each LED die having a top light emitting surface; providing a UV sensitive layer over the LED dies and surface of the tile between the LED dies; masking the UV sensitive layer using a mask; selectively exposing the UV sensitive layer to UV radiation through the mask; and dissolving portions of the UV sensitive layer defined by the mask, using a solvent, to leave the UV sensitive layer remaining over at least portions of the light emitting surface of the LED dies but removing the UV sensitive layer over at least portions of the surface of the tile, characterized in that the UV sensitive layer is preformed and is made of UV sensitive silicone. providing a plurality of LED dies on a submount tile, each LED die comprising a plurality of semiconductor layers, each LED die having a top light emitting surface; providing a UV sensitive layer over the LED dies and surface of the tile between the LED dies; masking the UV sensitive layer using a mask; selectively exposing the UV sensitive layer to UV radiation through the mask; and dissolving portions of the UV sensitive layer defined by the mask, using a solvent, to leave the UV sensitive layer remaining over at least portions of the light emitting surface of the LED dies but removing the UV sensitive layer over at least portions of the surface of the tile, characterized in that the UV sensitive layer is preformed and is made of UV sensitive silicone.