mhurhangee/ep-ind-claims huggingface dataset:
A bottle dispenser (1, 300) for taking in and discharging liquid from a recipient, comprising: an upper part comprising a piston-cylinder assembly; a middle part comprising lines (61, 63, 68) and valves (64, 62) for liquid channeling; and, a lower and/or connector part, for connecting the dispenser to the recipient, wherein said upper part further comprises a volume adjustment assembly (20, 15, 17), characterized in that said volume adjustment assembly (20, 15, 17) comprises a swayable volume selector comprising a swayable button that is susceptible of being depressed on its top end and its bottom end so as to skip or sway down at the respective, top or bottom end, wherein depressing the button at any end results in deblocking the selector so as to allow for adjustment of a desired volume. an upper part comprising a piston-cylinder assembly; a middle part comprising lines (61, 63, 68) and valves (64, 62) for liquid channeling; and, a lower and/or connector part, for connecting the dispenser to the recipient, wherein said upper part further comprises a volume adjustment assembly (20, 15, 17), characterized in that said volume adjustment assembly (20, 15, 17) comprises a swayable volume selector comprising a swayable button that is susceptible of being depressed on its top end and its bottom end so as to skip or sway down at the respective, top or bottom end, wherein depressing the button at any end results in deblocking the selector so as to allow for adjustment of a desired volume.
Method for adapting a real-time Web communication transmission profile comprising a modification of a transmission profile parameter of a real-time Web communication device as a function of bandwidth-related data recovered during a time span of a real-time Web communication.
Foldable vehicle roof, comprising a tensioning bow, - a roof material which merges at the front in the direction of travel into a roof cap on the windscreen frame and is fastened at the rear to a tensioning bow, - wherein the roof material of the foldable roof extends from the windscreen frame into the rear region below a rear window, - wherein the roof material is movable from a closed position spanning the passenger compartment into a first open position via lateral roof guides provided in the region of roof side rails, - wherein a rear window is arranged in the rear region of the foldable roof, and, when the foldable roof is closed, the roof material is tensioned in the rear region via the hooks (7, 8), and - wherein the tensioning bow guides the roof material in a shaping manner from the rear region into the lateral vehicle region and as far as the rear edge of the C-pillar, and - wherein the tensioning bow forms the corner region of the roof material between the rear edge of the C-pillar and the opening region of the body, and - wherein the tensioning bow, following the shaping of the lateral rear and corner region, is designed as a correspondingly two-dimensionally shaped component, characterized - in that the rear window is formed in a manner integrated in the roof material, and - in that the roof material is movable from a first open position via rear-side roof guides in the C-pillar into a position stored in the rear region. - a roof material which merges at the front in the direction of travel into a roof cap on the windscreen frame and is fastened at the rear to a tensioning bow, - wherein the roof material of the foldable roof extends from the windscreen frame into the rear region below a rear window, - wherein the roof material is movable from a closed position spanning the passenger compartment into a first open position via lateral roof guides provided in the region of roof side rails, - wherein a rear window is arranged in the rear region of the foldable roof, and, when the foldable roof is closed, the roof material is tensioned in the rear region via the hooks (7, 8), and - wherein the tensioning bow guides the roof material in a shaping manner from the rear region into the lateral vehicle region and as far as the rear edge of the C-pillar, and - wherein the tensioning bow forms the corner region of the roof material between the rear edge of the C-pillar and the opening region of the body, and - wherein the tensioning bow, following the shaping of the lateral rear and corner region, is designed as a correspondingly two-dimensionally shaped component, characterized - in that the rear window is formed in a manner integrated in the roof material, and - in that the roof material is movable from a first open position via rear-side roof guides in the C-pillar into a position stored in the rear region.
Action camera comprising: - a base support suitable for being fixed to a body intended to be moving; - a cover removably connected to the base support; the said cover comprising a base disk and an at least partially transparent cap that is fixed to the base disk in such manner to define a cavity defined by the said base disk and the said cap; - at least one camera body comprising at least one optical unit provided with an optical axis; the said at least one optical unit being disposed inside the said cavity of the cover and mounted on the said base disk of the cover; - connection means that connect the cover to the base support in such manner that the said cover rotates with respect to the said base support around an axis (Y-Y) orthogonal to the base disk of the cover; wherein the said action camera also comprises actuation means disposed inside the said cavity of the cover and mounted on the said base disk of the cover to actuate the said at least one optical unit in order to change its orientation around an axis of rotation which is parallel to the base disc, and the said cap is shaped as a portion of geoid cut at a parallel of about 50°-60° characterised in that the geoid is cut in such manner that the cap comprises a basically flat upper surface and a lateral surface that is curved like a portion of ellipsoid of rotation in such manner to avoid sharp corners and in such manner that, in any position of the said at least one optical unit, the optical axis of the said at least one optical unit is always orthogonal to the tangent of the cap passing through the point in which the optical axis cuts the cap. - a base support suitable for being fixed to a body intended to be moving; - a cover removably connected to the base support; the said cover comprising a base disk and an at least partially transparent cap that is fixed to the base disk in such manner to define a cavity defined by the said base disk and the said cap; - at least one camera body comprising at least one optical unit provided with an optical axis; the said at least one optical unit being disposed inside the said cavity of the cover and mounted on the said base disk of the cover; - connection means that connect the cover to the base support in such manner that the said cover rotates with respect to the said base support around an axis (Y-Y) orthogonal to the base disk of the cover;
A password entry method, comprising the following steps: step 1: receiving, by an intelligent display terminal, a password entry instruction of a user, and randomly generating image data of a soft keyboard, wherein positions of characters in the soft keyboard are randomly arranged, and a color of a character in the soft keyboard is different from a color of a periphery of the character; step 2: decomposing, by the intelligent display terminal, the image data of the soft keyboard into image data of a first soft keyboard and image data of a second soft keyboard by using a subtractive color process, wherein an image of the soft keyboard can be obtained by adding up an image color of the first soft keyboard and an image color of the second soft keyboard; step 3: connecting, by the intelligent display terminal, to a portable display terminal in a paired manner, displaying, by the intelligent display terminal, an image of the first soft keyboard according to the image data of the first soft keyboard, and sending the image data of the second soft keyboard to the portable display terminal; and step 4: acquiring, by the portable display terminal, the image of the first soft keyboard that is displayed on the intelligent display terminal, processing the image of the first soft keyboard to obtain the image data of the first soft keyboard, then combining the image data of the first soft keyboard and the image data of the second soft keyboard by using an additive color process to restore the image of the soft keyboard, and displaying the image of the soft keyboard.
A lamp for vehicles, in particular a clearance lamp with a housing, in which a first lamp pocket for the creation of the first light function and a second lamp pocket for the creation of a second light function are arranged, wherein a first light source for the radiation of light in a first light color is arranged in the first lamp pocket and a second light source for the radiation of light in a second light colour is arranged in the second lamp pocket, that the first lamp pocket and the second lamp pocket are separated by an opaque separating wall, that the first lamp pocket and the second light pocket are limited by a transparent cover lens, that the first light source is arranged on a first flat side of the separating wall and that the second light source is arranged on a second flat side of the separating wall, the separating wall being embodied as a printed circuit board, characterized in that the first flat side and/ or the second flat side of the separating wall is provided with a color marking (16, 16', 16"), wherein the color marking (16, 16', 16") has the same color as the as the light color of the light source (12,14) to be attached on the flat side (11,13) marked with the respective color marking (16, 16', 16"), so that the assignment of the first light source and of the second light source to the first flat side respectively the second flat side and/ or the assignment of the first flat side and the second flat side to the first lamp pocket respectively the second lamp pocket is visible, and that a bottom of the housing has a first base plate on a side facing the cover lens and a second base plate on a side facing the vehicle and being embodied as a flexible sealing plate, that a middle section of the edge of the printed circuit board is connected to the first base plate, that an outer section of the edge of the printed circuit board is embodied as a contact element (21, 21'), which can be connected with a corresponding contact sleeve (22, 22') of an electric line, and that a space formed between the first base plate and the second base plate serves the reception of a part of the electric line.
Fuel cell assembly with at least one PEM fuel cell for generating electrical energy from the reactant gases hydrogen and oxygen, comprising at least one membrane/electrode unit which has a membrane coated with platinum electrodes and has, respectively positioned on each side thereof, a porous gas diffusion layer, further comprising bipolar plates which lie against the gas diffusion layers and through which, during operation, a coolant flows, wherein at least one of the platinum electrodes has a smaller area than the gas diffusion layer, characterised in that, for a part of an edge region of the membrane/electrode unit, the gas diffusion layer protrudes beyond the platinum electrode and for another part of the edge region of the membrane/electrode unit, the gas diffusion layer does not protrude beyond the platinum electrode, wherein the edge region is the region round the outer periphery of the membrane/electrode unit and wherein the protrusion of the gas diffusion layer beyond the platinum electrode is provided in the region of a coolant exit from the bipolar plate or at thermally loaded sites of the bipolar plate.
A trim part made for a vehicle interior and designed to be backlit or transilluminated, wherein the trim part comprises a carrier part designed to fasten the trim part in the vehicle interior and an optional optical waveguide, which carrier part is formed as an injection-molded multi-component part from at least two different plastics, wherein a first plastic, as a hard component, and a second plastic, as a soft component, are connected to one another during injection molding, and wherein the trim part has at least one optical waveguide receptacle for fasteningly receiving the optical waveguide in a manner as to be decoupled from the hard component of the carrier part, and the optical waveguide receptacle is formed from the soft component of the carrier part, wherein a plurality of optical waveguide receptacles are arranged in series on the carrier part which fix the optical waveguide to the trim part in a manner as to be decoupled from the carrier part.
A tool for aiding the management of communicating physical equipment having processing, storage and/or digital data transmission capacities, comprising: - an equipment controller (2760, 2770, 2780; 610, 612, 613, 614, 615) capable of causing the physical equipment to operate in conformity with a set of operating parameters; - a data storage arranged in a structure which relates an identifier for the physical equipment firstly with a set of dated attribute values and secondly with a list of command functions capable of modifying at least some of the operating parameters of the controller; - an interpreter adapted to receive at the same time equipment identifier data and a time horizon parameter, and to respond thereto by determining a sequence of respective events from information drawn from the storage of data concerned by the time horizon, each event interrelating a date, one or more identifiers of command functions and a set of parameters for these functions, said date, identifiers of command functions and set of parameters being determined on the basis of a dated attribute value; - a sequencer (401; 602, 622, 623, 624, 625) arranged to call the interpreter and chronologically to call the functions of each event of the sequence such as returned by the interpreter, characterized in that the list of command functions comprises at least one function capable of modifying maximum capacity quantitative data. - an equipment controller (2760, 2770, 2780; 610, 612, 613, 614, 615) capable of causing the physical equipment to operate in conformity with a set of operating parameters; - a data storage arranged in a structure which relates an identifier for the physical equipment firstly with a set of dated attribute values and secondly with a list of command functions capable of modifying at least some of the operating parameters of the controller; - an interpreter adapted to receive at the same time equipment identifier data and a time horizon parameter, and to respond thereto by determining a sequence of respective events from information drawn from the storage of data concerned by the time horizon, each event interrelating a date, one or more identifiers of command functions and a set of parameters for these functions, said date, identifiers of command functions and set of parameters being determined on the basis of a dated attribute value; - a sequencer (401; 602, 622, 623, 624, 625) arranged to call the interpreter and chronologically to call the functions of each event of the sequence such as returned by the interpreter, characterized in that
A temperature regulation system comprising: an electric storage device suitable to be installed in a vehicle and configured to perform charge and discharge; an intake duct for leading air of a vehicle interior to the electric storage device from a intake port; a fan configured to cause the air to be taken into the intake duct; a filter provided inside the intake duct and trapping foreign matter; and a controller configured to estimate a clogging amount of the foreign matter on the filter, the temperature regulation system being characterized in that the controller being configured to increase the estimated clogging amount as there increases a total amount of the air that is supplied to the electric storage device accompanying driving of the fan, and the number of times that the vehicle is brought to a state in which air is allowed to flow into and flow out of the vehicle, wherein the number of times that the vehicle is brought to the state in which air is allowed to flow into and flow out of the vehicle, is the number of times that a door or a window of the vehicle is opened and closed. an electric storage device suitable to be installed in a vehicle and configured to perform charge and discharge; an intake duct for leading air of a vehicle interior to the electric storage device from a intake port; a fan configured to cause the air to be taken into the intake duct; a filter provided inside the intake duct and trapping foreign matter; and a controller configured to estimate a clogging amount of the foreign matter on the filter, the temperature regulation system being characterized in that the controller being configured to increase the estimated clogging amount as there increases a total amount of the air that is supplied to the electric storage device accompanying driving of the fan, and the number of times that the vehicle is brought to a state in which air is allowed to flow into and flow out of the vehicle, wherein the number of times that the vehicle is brought to the state in which air is allowed to flow into and flow out of the vehicle, is the number of times that a door or a window of the vehicle is opened and closed.
A nucleic acid detection system comprising: a detection CRISPR system comprising an effector protein which promiscuously cleaves nucleic acids when activated and one or more guide RNAs designed to bind to corresponding target molecules; and an nucleic acid-aptamer comprising quadruplex having enzymatic activity. a detection CRISPR system comprising an effector protein which promiscuously cleaves nucleic acids when activated and one or more guide RNAs designed to bind to corresponding target molecules; and an nucleic acid-aptamer comprising quadruplex having enzymatic activity.
A virtual tracking system for a virtual medical device, the virtual medical device including a tangible proximal portion that is at least temporarily associated with a magnetic element, and a virtual distal portion; the system comprising: a tracking circuit to track movement of the virtual medical device, the tracking circuit including: at least one a reception component that detects the magnetic element; and a processor that iteratively computes position data of the virtual distal portion of the virtual medical device according to detection of the magnetic element so as to simulate insertion of a distal portion of a tangible medical device into the body of a patient; and a display for depicting an image relating to the position data of the virtual distal portion of the virtual medical device, wherein the display is configured to depict the image of the virtual distal portion of the virtual medical device and an image of the distal portion of the tangible medical device that is also tracked by the system, characterised in that: the virtual medical device is constructed of soft rubber. a tracking circuit to track movement of the virtual medical device, the tracking circuit including: at least one a reception component that detects the magnetic element; and a processor that iteratively computes position data of the virtual distal portion of the virtual medical device according to detection of the magnetic element so as to simulate insertion of a distal portion of a tangible medical device into the body of a patient; and at least one a reception component that detects the magnetic element; and a processor that iteratively computes position data of the virtual distal portion of the virtual medical device according to detection of the magnetic element so as to simulate insertion of a distal portion of a tangible medical device into the body of a patient; and a display for depicting an image relating to the position data of the virtual distal portion of the virtual medical device, wherein the display is configured to depict the image of the virtual distal portion of the virtual medical device and an image of the distal portion of the tangible medical device that is also tracked by the system, characterised in that: the virtual medical device is constructed of soft rubber.
A process for preparing quaternized nitrogen compounds, wherein a) a compound comprising at least one oxygen- or nitrogen-containing group reactive with the anhydride and additionally comprising at least one quaternizable amino group is added onto a polycarboxylic anhydride compound; and b) the product from stage a) is quaternized, wherein at least stage b) is effected in the absence of a protic solvent and without addition of an H + donor, and wherein the quaternizing agent is selected from epoxides. a) a compound comprising at least one oxygen- or nitrogen-containing group reactive with the anhydride and additionally comprising at least one quaternizable amino group is added onto a polycarboxylic anhydride compound; and b) the product from stage a) is quaternized,
Assembly for use in the manufacture of a divisible mould, preferably a vertically divisible mould, comprising: (i) a mould plate (4, 4') and/or a mould pattern, (ii) a feeder system (8, 8', 8", 8"', 8 IV, 8 V) with a feeder element (10, 10', 10", 10"', 10 IV, 10 V) and a feeder insert (12, 12', 12", 12"', 12 IV), wherein the feeder element (10, 10', 10", 10"', 10 IV, 10 V) and the feeder insert delimit a feeder cavity for receiving liquid metal, wherein the feeder element (10, 10', 10", 10"', 10 IV, 10 V) - has a first end, by which the feeder element (10, 10', 10", 10"', 10 IV, 10 V) is seated on, or arranged at a distance from, the mould plate and/or the mould pattern, - has a second end, which is opposite from the first end and has a mounting element, on which the feeder insert (12, 12', 12", 12"', 12 IV) is arranged, - has at least one passage opening, which extends from the first end to the second end, for the liquid metal, wherein the passage opening is delimited by a side wall (26, 26'), wherein the side wall can be deformed so as to reduce the distance between the first and second ends (18, 20), and wherein the passage opening has an opening axis, wherein the feeder cavity has a centre of volume which is offset relative to the opening axis, characterized in that the assembly additionally comprises one or more tipping prevention elements (30, 30', 30", 32, 32', 32", 32"'), which are designed to counteract tipping of the feeder system (8, 8', 8", 8"', 8 IV, 8 V) out of the opening axis about the first end of the feeder element (10, 10', 10", 10''', 10 IV, 10 V) when, in the event of the feeder system being acted on with a force acting parallel to the opening axis and in the direction of the first end of the feeder element, the side wall (26, 26') deforms and the distance between the first and second ends (18, 20) is reduced, wherein the tipping prevention element or elements (30, 30', 30", 32, 32', 32", 32"') is/are kept at a distance from the opening axis. (i) a mould plate (4, 4') and/or a mould pattern, (ii) a feeder system (8, 8', 8", 8"', 8 IV, 8 V) with a feeder element (10, 10', 10", 10"', 10 IV, 10 V) and a feeder insert (12, 12', 12", 12"', 12 IV), wherein the feeder element (10, 10', 10", 10"', 10 IV, 10 V) and the feeder insert delimit a feeder cavity for receiving liquid metal, - has a first end, by which the feeder element (10, 10', 10", 10"', 10 IV, 10 V) is seated on, or arranged at a distance from, the mould plate and/or the mould pattern, - has a second end, which is opposite from the first end and has a mounting element, on which the feeder insert (12, 12', 12", 12"', 12 IV) is arranged, - has at least one passage opening, which extends from the first end to the second end, for the liquid metal, wherein the passage opening is delimited by a side wall (26, 26'), wherein the side wall can be deformed so as to reduce the distance between the first and second ends (18, 20), and wherein the passage opening has an opening axis,