mhurhangee/ep-ind-claims huggingface dataset:
Method for recognizing an inclination in a first roadway area with respect to a second roadway area adjoining ttrthe first roadway area, on which a motor vehicle is located, wherein the first roadway area is disposed located in front of the second roadway area along a predetermined direction starting from the motor vehicle and wherein in the method - the first roadway area is divided into a predetermined number of stripes along the predetermined direction; - environmental points (p) captured by a vehicle-side capturing device are each associated with one of the stripes based on their distance coordinates describing a distance of the respective environmental point (p) to the motor vehicle; - a height value is respectively determined for the stripes based on height coordinates of the environmental points (p) associated with the stripe; - a slope value (m) between the associated height values along the predetermined direction is respectively determined for respective stripe pairs comprising two stripes, and - the inclination is recognized if at least one of the determined slope values (m) exceeds a predetermined first slope limit value. - the first roadway area is divided into a predetermined number of stripes along the predetermined direction; - environmental points (p) captured by a vehicle-side capturing device are each associated with one of the stripes based on their distance coordinates describing a distance of the respective environmental point (p) to the motor vehicle; - a height value is respectively determined for the stripes based on height coordinates of the environmental points (p) associated with the stripe; - a slope value (m) between the associated height values along the predetermined direction is respectively determined for respective stripe pairs comprising two stripes, and - the inclination is recognized if at least one of the determined slope values (m) exceeds a predetermined first slope limit value.
A wearable vibration delivery apparatus comprising a housing comprising at least one vibration speaker or vibration transduction component, the housing configured to be positioned on the back of the neck and on the spine, comprising right and left attachment members (202, 204) with a proximal portion directly or indirectly connected to the housing, and the attachment members each having a distal portion (202b, 204b) characterised by further comprising loops configured to go around the ears in use and configured for removable attachment to the ears (201, 203) or speaker enclosures.
An imaging apparatus comprising: an imaging unit in which a plurality of pixels receiving incidence light on a light receiving face are disposed in an imaging region of a substrate, wherein the pixel includes a thermocouple device group in which a plurality of thermocouples are aligned along the light receiving face, characterised in that in the thermocouple device group, the plurality of thermocouples are arranged so as to be separated from each other such that the light receiving face has a grating structure, and wherein the thermocouple device group is disposed such that the incidence light is incident to the grating structure so as to cause plasmon resonance to occur on the light receiving face, and an electromotive force is generated due to a change in the temperature of a portion of the thermocouple device group, at which the plasmon resonance occurs, in each of the plurality of thermocouples. an imaging unit in which a plurality of pixels receiving incidence light on a light receiving face are disposed in an imaging region of a substrate, wherein the pixel includes a thermocouple device group in which a plurality of thermocouples are aligned along the light receiving face, characterised in that in the thermocouple device group, the plurality of thermocouples are arranged so as to be separated from each other such that the light receiving face has a grating structure, and wherein the thermocouple device group is disposed such that the incidence light is incident to the grating structure so as to cause plasmon resonance to occur on the light receiving face, and an electromotive force is generated due to a change in the temperature of a portion of the thermocouple device group, at which the plasmon resonance occurs, in each of the plurality of thermocouples.
A method for providing a user interface for a mobile device, comprising: generating a user interface comprising a plurality of image objects; displaying on a display screen of the mobile device a user interface image comprising a portion of the image objects; projecting on an external surface a projected user interface image, the projected user interface image comprising more than the portion of the image objects displayed on the display screen; changing the projected user interface image as the mobile device moves to maintain the image objects in an approximately constant position with respect to an external surface onto which the image is projected; detecting a user input gesture on the display screen, wherein the display screen comprises a touch screen display; further detecting a user input gesture, wherein detecting a user input gesture comprises receiving signals from orientation sensors, comprising one or more accelerometers, within the mobile device and correlating the received sensor signals to a hand gesture; identifying functionality associated with the detected hand gesture comprising changing a zoom factor applied to an image object displayed within the projected user interface image; and changing the projected user interface image and the user interface image displayed on the display screen based on the interpreted gesture. generating a user interface comprising a plurality of image objects; displaying on a display screen of the mobile device a user interface image comprising a portion of the image objects; projecting on an external surface a projected user interface image, the projected user interface image comprising more than the portion of the image objects displayed on the display screen; changing the projected user interface image as the mobile device moves to maintain the image objects in an approximately constant position with respect to an external surface onto which the image is projected; detecting a user input gesture on the display screen, wherein the display screen comprises a touch screen display; further detecting a user input gesture, wherein detecting a user input gesture comprises receiving signals from orientation sensors, comprising one or more accelerometers, within the mobile device and correlating the received sensor signals to a hand gesture; identifying functionality associated with the detected hand gesture comprising changing a zoom factor applied to an image object displayed within the projected user interface image; and changing the projected user interface image and the user interface image displayed on the display screen based on the interpreted gesture.
Fully automatic coffee machine, comprising a spindle brewing unit with a brewing chamber (11, 15) and a threaded spindle as a drive of the brewing chamber (11, 15), wherein the brewing chamber can be moved parallel to an axis of rotation of the threaded spindle and can be swivelled about an axis of rotation of the threaded spindle, and with a scraper device (17, 18) for scraping a pomace cake from the brewing chamber, characterised by means (21, 23, 25) for scraping largely simultaneously with the swivelling of the brewing chamber.
Method for inspecting textile articles, in particular items of clothing, treated by washing or finishing, it being ascertained whether, after their treatment, the articles have quality-influencing and/or quality-impairing characteristics, and the degree of drying, the impregnating quality, holes, tears, stains, colour fastness, colour intensity, degree of whiteness and/or luminosity of for example reflectors are ascertained as quality-influencing and/or quality-impairing characteristics, with the treated articles being inspected individually with respect to the presence of quality-influencing and/or quality-impairing characteristics by at least one detection system, an imaging device and/or at least one device capturing radiation reflected and/or emitted by the respective article, characterized in that the articles are inspected individually in the state in which they are hanging on supports, before the inspection the type of the article to be inspected in each case is ascertained and, depending on the type of the article to be inspected in each case, only quality-influencing and/or quality-impairing characteristics that are relevant to the established type of article are ascertained by the at least one detection system, by the at least one imaging device and/or the at least one device capturing radiation reflected and/or emitted by the article.
A laminated capacitor for a connector that electrically connects a substrate, on which an electronic component for controlling an external device is mounted, to the external device or external wires, the laminated capacitor comprising: a terminal dielectric sheet and a ground dielectric sheet which are alternately laminated into one body, characterized in that on the terminal dielectric sheet, a terminal circuit pattern (P10a) having terminal connecting patterns (P12a) electrically connected to a plurality of connection terminals which connect the substrate to the external device or the external wires and terminal-side electrode patterns (P11a) connected to the terminal connecting patterns (P12a) is printed, and on the ground dielectric sheet, a ground circuit pattern (P10b) having ground-side electrode patterns (P11b) disposed to face the terminal-side electrode patterns (P11a) and a ground pattern (P12b) connected to the ground-side electrode patterns (P11b) is printed. a terminal dielectric sheet and a ground dielectric sheet which are alternately laminated into one body, characterized in that on the terminal dielectric sheet, a terminal circuit pattern (P10a) having terminal connecting patterns (P12a) electrically connected to a plurality of connection terminals which connect the substrate to the external device or the external wires and terminal-side electrode patterns (P11a) connected to the terminal connecting patterns (P12a) is printed, and on the ground dielectric sheet, a ground circuit pattern (P10b) having ground-side electrode patterns (P11b) disposed to face the terminal-side electrode patterns (P11a) and a ground pattern (P12b) connected to the ground-side electrode patterns (P11b) is printed.
A compound of Formula P: wherein: i) A is carbon and B is nitrogen, or A is nitrogen and B is carbon; ii) provided that when B is nitrogen, R 3 does not exist; iii) R 2 is H or halo (e.g., fluoro); iv) R a, R a ', R b, R b ', R c, R d, R d ', R e, and R e ' are H; v) R 3 and R 4 are independently hydrogen, halo (e.g., bromo), C 1-4 alkyl (e.g., methyl, ethyl, or ethenyl (-CH=CH 2), or propenyl (-C =CH 2) or isopropryl), haloC 1-4 alkyl (e.g., CF 3), hydroxy-C 1-4 alkyl (-C CH 3 or-CH 2) or acetyl; in free or salt form. i) A is carbon and B is nitrogen, or A is nitrogen and B is carbon; ii) provided that when B is nitrogen, R 3 does not exist; iii) R 2 is H or halo (e.g., fluoro); iv) R a, R a ', R b, R b ', R c, R d, R d ', R e, and R e ' are H; v) R 3 and R 4 are independently hydrogen, halo (e.g., bromo), C 1-4 alkyl (e.g., methyl, ethyl, or ethenyl (-CH=CH 2), or propenyl (-C =CH 2) or isopropryl), haloC 1-4 alkyl (e.g., CF 3), hydroxy-C 1-4 alkyl (-C CH 3 or-CH 2) or acetyl;
A commutator motor having at least four magnet elements (11 to 14) which are arranged on a reference-circle diameter around an axis of rotation of an armature shaft with polarity that alternates in the circumferential direction, and having an armature with armature slots (N1 to N18) and armature teeth (Z1 to Z18), wherein winding wires having a multiplicity of windings (27, 28) in each case for constructing coils (C1 to C9) are arranged in the armature slots (N1 to N18), wherein a start and an end of a winding wire is electrically conductively connected to a commutator hook (H1 to H18) in each case, wherein a winding wire has two winding-wire sections (25, 26), which are arranged in the region of different magnet elements (11 to 14) in such a manner that a first winding-wire section with a first number of windings in a first winding direction is assigned to a first magnet element (11 to 14) and interacts with the first magnet element (11 to 14) and is located in two armature slots (N1 to N18), and that a second winding-wire section with a second number of windings in a second winding direction, opposite to the first winding direction, is assigned to a second magnet element (11 to 14) and interacts with the second magnet element (11 to 14) and is located in two armature slots (N1 to N18), and wherein the first and the second magnet elements (11 to 14) are adjacent magnet elements (11 to 14) and have different polarities, characterised in that the windings (27, 28) of the two winding-wire sections (25, 26) intersect in such a manner that the windings (27, 28) of the one winding-wire section (25, 26) are located in an armature slot (N1 to N18), which is located between the armature slots (N1 to N18) of the windings (28, 27) of the other winding-wire section (26, 25).
A computer-implemented method for defining a guide comprised of one or more defined sets of ordered ply orientations, the method comprising: receiving a plurality of stacking sequence rules; and defining the guide comprised of the one or more defined sets of ordered ply orientations in accordance with a constrained, linear integer optimization formulation, wherein defining the guide comprises: dividing the guide into a plurality of blocks; determining a plurality of sublaminate stacks that satisfy the stacking sequence rules and that have a size limited by a size of the blocks; and for each of the plurality of blocks, determining in accordance with the constrained, linear integer optimization formulation a sublaminate stack from among the plurality of sublaminate stacks that is compatible with a respective block. receiving a plurality of stacking sequence rules; and defining the guide comprised of the one or more defined sets of ordered ply orientations in accordance with a constrained, linear integer optimization formulation, wherein defining the guide comprises: dividing the guide into a plurality of blocks; determining a plurality of sublaminate stacks that satisfy the stacking sequence rules and that have a size limited by a size of the blocks; and for each of the plurality of blocks, determining in accordance with the constrained, linear integer optimization formulation a sublaminate stack from among the plurality of sublaminate stacks that is compatible with a respective block. dividing the guide into a plurality of blocks; determining a plurality of sublaminate stacks that satisfy the stacking sequence rules and that have a size limited by a size of the blocks; and for each of the plurality of blocks, determining in accordance with the constrained, linear integer optimization formulation a sublaminate stack from among the plurality of sublaminate stacks that is compatible with a respective block.
An isolated population of expanded human non-hematopoietic progenitor cells for use in transplantation into an animal to treat a disease, the isolated population of cells being characterized in that: 1) when cultured under conditions appropriate for differentiation, said population is able to give rise to differentiated cell types that include bone cells, fibroblast cells and neuronal cells; 2) the population has been expanded in non-static suspension culture; 3) the progenitor cells within the population have not been selected on the basis of adherence; 4) the population phenotype is SH4 negative. 1) when cultured under conditions appropriate for differentiation, said population is able to give rise to differentiated cell types that include bone cells, fibroblast cells and neuronal cells; 2) the population has been expanded in non-static suspension culture; 3) the progenitor cells within the population have not been selected on the basis of adherence; 4) the population phenotype is SH4 negative.
A method of producing footwear having an upper and an outsole with an upraised portion by use of a mould comprising a last, upon which the upper is arranged, an upper mould part being divided into two side parts that are laterally movable in relation to a lower mould part between a first and second position, and the lower mould part being vertically movable in relation to the upper mould part between a third and fourth position, comprising the steps of: - placing the outsole in a lower mould part of a mould, - placing an upper in a cavity of the mould, - moving at least one side part against the other side part from a first to a second position whereby the two side parts abut the upper, - injecting a composition into a space between the upper and the outsole for connecting the outsole to the upper and for making a midsole, characterized in that the method comprises the step of: - moving the lower mould part towards the upper from a third to a fourth position so that a tip of the upraised portion is pressed towards the upper by a control surface of the side parts so that some of the space is maintained between the upper and upraised portion of the outsole. - placing the outsole in a lower mould part of a mould, - placing an upper in a cavity of the mould, - moving at least one side part against the other side part from a first to a second position whereby the two side parts abut the upper, - injecting a composition into a space between the upper and the outsole for connecting the outsole to the upper and for making a midsole, characterized in that the method comprises the step of: - moving the lower mould part towards the upper from a third to a fourth position so that a tip of the upraised portion is pressed towards the upper by a control surface of the side parts so that some of the space is maintained between the upper and upraised portion of the outsole.
A method of determining physical and optical properties of samples using a terahertz frequency electromagnetic radiation, comprising the steps of: providing a terahertz ellipsometer or polarimeter system sequentially comprising: a source of Terahertz frequencies; a first rotatable polarizer that operates at THZ frequencies; a first rotating element; a stage for supporting a sample; a second rotating element a second rotatable polarizer that operates at THZ frequencies; a detector of THZ frequencies; wherein one of the first and second rotating elements is a rotating polarizer and the other is a rotating retarder (RRET) comprising, in any functional order, a first reflective element which is a prism, and a second, third and fourth reflective elements, placing a sample on said stage; causing said source of Terahertz frequencies to direct a beam of terahertz frequency electromagnetic radiation of a fundamental frequency to pass through said first rotatable polarizer, then through said first rotating element, then reflect from a sample placed on said stage, then pass through said second rotating element, then pass through said second rotatable polarizer, and enter said detector of THZ frequencies as output beam; obtaining sample describing data from said detector. providing a terahertz ellipsometer or polarimeter system sequentially comprising: a source of Terahertz frequencies; a first rotatable polarizer that operates at THZ frequencies; a first rotating element; a stage for supporting a sample; a second rotating element a second rotatable polarizer that operates at THZ frequencies; a detector of THZ frequencies; wherein one of the first and second rotating elements is a rotating polarizer and the other is a rotating retarder (RRET) comprising, in any functional order, a first reflective element which is a prism, and a second, third and fourth reflective elements, a source of Terahertz frequencies; a first rotatable polarizer that operates at THZ frequencies; a first rotating element; a stage for supporting a sample; a second rotating element a second rotatable polarizer that operates at THZ frequencies; a detector of THZ frequencies; wherein one of the first and second rotating elements is a rotating polarizer and the other is a rotating retarder (RRET) comprising, in any functional order, a first reflective element which is a prism, and a second, third and fourth reflective elements, placing a sample on said stage; causing said source of Terahertz frequencies to direct a beam of terahertz frequency electromagnetic radiation of a fundamental frequency to pass through said first rotatable polarizer, then through said first rotating element, then reflect from a sample placed on said stage, then pass through said second rotating element, then pass through said second rotatable polarizer, and enter said detector of THZ frequencies as output beam; obtaining sample describing data from said detector.
A pneumatic controller for controllably providing a pressurized fluid to a target location, the pneumatic controller comprising: an elastomeric manifold comprising a body and a membrane coupled to a portion of the body, wherein a first volume between the body and the membrane forms at least a first integrated channel having a first inlet, a first outlet, and a first exhaust, wherein the first integrated channel is configured to receive a pressurized fluid at a first pressure at the first inlet and provide the pressurized fluid to the first outlet; and a valve unit comprising a first actuator and a second actuator, wherein the first actuator is configured to deflect a first portion of the membrane to control a fluidic flow between the first inlet and the first outlet of the first integrated channel, and wherein the second actuator is configured to deflect a second portion of the membrane to control a fluidic flow between the first outlet and the first exhaust in the first integrated channel. an elastomeric manifold comprising a body and a membrane coupled to a portion of the body, wherein a first volume between the body and the membrane forms at least a first integrated channel having a first inlet, a first outlet, and a first exhaust, wherein the first integrated channel is configured to receive a pressurized fluid at a first pressure at the first inlet and provide the pressurized fluid to the first outlet; and a valve unit comprising a first actuator and a second actuator, wherein the first actuator is configured to deflect a first portion of the membrane to control a fluidic flow between the first inlet and the first outlet of the first integrated channel, and wherein the second actuator is configured to deflect a second portion of the membrane to control a fluidic flow between the first outlet and the first exhaust in the first integrated channel.