mhurhangee/ep-ind-claims huggingface dataset:
A roller load support comprising an elongate frame having a front end and a rear end interconnected by a respective upper surface and lower surface which converge in a longitudinal forward direction toward said front end, said frame having respective pluralities of upper and lower rollers spaced successively along said forward direction, each of said pluralities having respective roller axes extending transversely to said forward direction, each of said pluralities having at least a majority of said lower rollers of a respective uniform diameter, said uniform diameter decreasing from plurality to plurality in said forward direction, characterized by: (a) each of said pluralities having a different respective set of nonuniform spacings between its lower rollers of uniform diameter, said nonuniform spacings increasing in size progressively within each said set in said forward direction; (b) each said set of nonuniform spacings having sequentially corresponding ones of said nonuniform spacings which decrease in size progressively from set to set in said forward direction, and by (c) the respective pluralities of upper and lower rollers being spaced successively without rolling contact between said respective pluralities. (a) each of said pluralities having a different respective set of nonuniform spacings between its lower rollers of uniform diameter, said nonuniform spacings increasing in size progressively within each said set in said forward direction; (b) each said set of nonuniform spacings having sequentially corresponding ones of said nonuniform spacings which decrease in size progressively from set to set in said forward direction, and by (c) the respective pluralities of upper and lower rollers being spaced successively without rolling contact between said respective pluralities.
Domestic dishwasher, having a door which is supported hingeably on a housing and closes off the washing area of the dishwasher and a detergent dosing system arranged on the door with the detergent dosing system having a detergent dispenser with a receiving area for holding at least one cartridge, wherein the cartridge is embodied for storing at least one detergent, characterised in that the quantity of detergent able to be stored is greater than the quantity needed for the washing cycle and the at least one receiving area is embodied such that, with a door of the water-conducting domestic appliance, which door is party opened and only hinged about a low angle of 10° to 30° in relation to its vertical closed position, at least one cartridge can be inserted into the at least one receiving area and wherein the detergent dispenser has a cover which in a closed position is arranged in the plane of an end face side of the door and is able to be hinged around an axis positioned in the plane of the end face side, wherein a driver is formed on the cover which, when a cartridge is arranged in the receiving area, is able to be actively connected to the latter, so that when the latter is opened a simple lifting of the cartridge results in simple removal for the user.
An electronic device, comprising: a pixel array; a light source that illuminates the pixel array to produce image light; a lens having multiple lens elements (30-1..30-6) including an initial lens element with an entrance surface that receives the image light and including a final lens element with an exit surface through which the image light exits; and a waveguide that receives the image light from the lens and that forms an aperture stop located at a distance from the exit surface, wherein the waveguide has a thickness that extends along a first dimension, a length that extends along a second dimension that is orthogonal to the first dimension, and a width that extends along a third dimension that is orthogonal to the first dimension and to the second dimension, wherein the waveguide has first and second opposing surfaces separated by the thickness, wherein the image light is configured to propagate along the waveguide parallel to the second dimension by reflecting off of the first and second opposing surfaces using total internal reflection, the electronic device being characterized in that the aperture stop is formed by portions of the waveguide that include light restricting structures that block propagation and locally reduce the width of the waveguide while leaving a transparent portion that permits light propagation. a pixel array; a light source that illuminates the pixel array to produce image light; a lens having multiple lens elements (30-1..30-6) including an initial lens element with an entrance surface that receives the image light and including a final lens element with an exit surface through which the image light exits; and a waveguide that receives the image light from the lens and that forms an aperture stop located at a distance from the exit surface, wherein the waveguide has a thickness that extends along a first dimension, a length that extends along a second dimension that is orthogonal to the first dimension, and a width that extends along a third dimension that is orthogonal to the first dimension and to the second dimension, wherein the waveguide has first and second opposing surfaces separated by the thickness, wherein the image light is configured to propagate along the waveguide parallel to the second dimension by reflecting off of the first and second opposing surfaces using total internal reflection, the electronic device being characterized in that the aperture stop is formed by portions of the waveguide that include light restricting structures that block propagation and locally reduce the width of the waveguide while leaving a transparent portion that permits light propagation.
An air conditioner (10f, 10g) comprising: a main body (11f, 11g) in which a compressor (28f, 28g) for compressing a refrigerant, a condenser (24f, 24g) for condensing the refrigerant compressed by the compressor into a liquid phase, an expansion device (26f, 26g) for expanding the refrigerant condensed by the condenser into a refrigerant in a low pressure state, and an evaporator (22f, 22g) for exchanging heat with surroundings by evaporating the refrigerant in a low temperature and low pressure state are arranged; a mounting portion (60f, 60g) that is provided below the main body configured to support the main body on a support surface and to separate the main body and the support surface; and a first suction port (31f, 31g) and a second suction port (32f, 32g) provided on a bottom portion of the main body to correspond to the support surface, and into which air flows to perform heat exchange with the condenser or the evaporator, wherein the evaporator (22f, 22g) is arranged over the first suction port (31f, 31g) and the condenser (24f, 24g) is arranged over the second suction port (32f, 32g). a main body (11f, 11g) in which a compressor (28f, 28g) for compressing a refrigerant, a condenser (24f, 24g) for condensing the refrigerant compressed by the compressor into a liquid phase, an expansion device (26f, 26g) for expanding the refrigerant condensed by the condenser into a refrigerant in a low pressure state, and an evaporator (22f, 22g) for exchanging heat with surroundings by evaporating the refrigerant in a low temperature and low pressure state are arranged; a mounting portion (60f, 60g) that is provided below the main body configured to support the main body on a support surface and to separate the main body and the support surface; and a first suction port (31f, 31g) and a second suction port (32f, 32g) provided on a bottom portion of the main body to correspond to the support surface, and into which air flows to perform heat exchange with the condenser or the evaporator, wherein the evaporator (22f, 22g) is arranged over the first suction port (31f, 31g) and the condenser (24f, 24g) is arranged over the second suction port (32f, 32g).
A fouling release coating composition comprising a polysiloxane-based binder system constituting at least 40 % by dry weight of the coating composition, 0.01-20 % by dry weight of one or more fluorinated oils, and 0.1-10 % by dry weight of one or more biocides.
Operating device for a motor vehicle having: - a housing, - an operating button arranged on the housing for manually actuating the operating device, - a circuit board arranged in the housing, on which a switching element mechanically coupled to the operating button is arranged, wherein the switching element produces a sound when the operating button is actuated, wherein the circuit board alongside the switching element is directly mechanically connected to the housing by at least two support elements and each support element is configured to stabilise the circuit board against vibration produced by the switching element when the sound is produced, by a distance of each support element to the switching element being smaller than 2 centimetres and each support element respectively being formed by a screw and a material of each support element being formed from metal and in that a sound channel in the form of a through-hole in a housing wall of the housing leads the sound out of the housing. - a housing, - an operating button arranged on the housing for manually actuating the operating device, - a circuit board arranged in the housing, on which a switching element mechanically coupled to the operating button is arranged, wherein the switching element produces a sound when the operating button is actuated, wherein the circuit board alongside the switching element is directly mechanically connected to the housing by at least two support elements and each support element is configured to stabilise the circuit board against vibration produced by the switching element when the sound is produced, by a distance of each support element to the switching element being smaller than 2 centimetres and each support element respectively being formed by a screw and a material of each support element being formed from metal and in that a sound channel in the form of a through-hole in a housing wall of the housing leads the sound out of the housing.
A system for detecting a malicious executable file, the executable file including an interpreter, the system comprising: a computing platform including computing hardware of at least one processor, data storage, an operating system implemented on the computing hardware, and input/output facilities; instructions that, when executed on the computing platform, cause the computing platform to implement: an analyzer configured to convert a script into pseudocode, the script being related to the executable file, and monitor an emulation process of the pseudocode, a script emulator configured to sequentially emulate the pseudocode and write emulation results to an emulator operation log, and a machine code emulator configured to emulate the pseudocode if a transition from pseudocode to machine code is detected by the analyzer, wherein the analyzer is further configured to analyze the emulator operation log to determine if the executable file is malicious. a computing platform including computing hardware of at least one processor, data storage, an operating system implemented on the computing hardware, and input/output facilities; instructions that, when executed on the computing platform, cause the computing platform to implement: an analyzer configured to convert a script into pseudocode, the script being related to the executable file, and monitor an emulation process of the pseudocode, a script emulator configured to sequentially emulate the pseudocode and write emulation results to an emulator operation log, and a machine code emulator configured to emulate the pseudocode if a transition from pseudocode to machine code is detected by the analyzer, an analyzer configured to convert a script into pseudocode, the script being related to the executable file, and monitor an emulation process of the pseudocode, a script emulator configured to sequentially emulate the pseudocode and write emulation results to an emulator operation log, and a machine code emulator configured to emulate the pseudocode if a transition from pseudocode to machine code is detected by the analyzer, wherein the analyzer is further configured to analyze the emulator operation log to determine if the executable file is malicious.
A cosmetic dispensing system comprising: a connector for receiving a packaging containing a cosmetic liquid, the packaging connector comprising: a tapered connector sized to receive a valve of the packaging containing the cosmetic liquid; a preloaded spring configured to press the tapered connector into said received packaging; and a height adjustment mechanism to accommodate different sizes of packaging by height adjusting the tapered connector; a dispensing arm configured to be fluidly connected to the packaging connector, the dispensing arm for dispensing a measured amount of the cosmetic liquid; and a pump configured to be fluidly connected to the packaging containing a cosmetic liquid. a connector for receiving a packaging containing a cosmetic liquid, the packaging connector comprising: a tapered connector sized to receive a valve of the packaging containing the cosmetic liquid; a preloaded spring configured to press the tapered connector into said received packaging; and a height adjustment mechanism to accommodate different sizes of packaging by height adjusting the tapered connector; a tapered connector sized to receive a valve of the packaging containing the cosmetic liquid; a preloaded spring configured to press the tapered connector into said received packaging; and a height adjustment mechanism to accommodate different sizes of packaging by height adjusting the tapered connector; a dispensing arm configured to be fluidly connected to the packaging connector, the dispensing arm for dispensing a measured amount of the cosmetic liquid; and a pump configured to be fluidly connected to the packaging containing a cosmetic liquid.
Piercing device for piercing a wall structure, with at least one piercing unit which has a base body, at least one piercing tool movable relative to the base body, and drive means to generate a piercing movement of the piercing tool, wherein the drive means have as drive source an electric drive, and wherein the electric drive and the piercing tool are coupled to one another via a gear mechanism which has a spindle which may be driven to rotate by an output movement of the electric drive and a spindle nut, capable of linear traverse along the spindle due to the spindle rotation, and to which the piercing tool is attached, and wherein a guide device separate from the spindle is provided to guide the spindle nut, characterised in that the guide device has at least two guide rails (31a, 31b), of which one is arranged on this side and the other on the other side of the spindle on the base body, aligned parallel to the spindle, wherein the spindle nut is guided by guide means on the guide rails (31a, 31b).
Apparatus for determining centration parameters for the adjustment of spectacles, comprising a camera carrier, which partly encloses an interior that is open to the top, to the bottom and to a rear side and which carries at least three cameras (16a, 16b) which are arranged between two free ends of the camera carrier and directed onto the interior, and wherein the camera carrier has an illumination device (32, 34, 36) for illuminating the interior, characterized by a distance sensor for measuring the distance of a head of a subject that is arranged in the interior from the centre of the camera carrier and an indication unit for indicating the distance or a variable characterizing the distance, wherein the illumination device (32, 34, 36) forms the indication unit.
Display device for providing a visual warning to a car driver turning off a main road into a side road about a person seen in the direction of travel who is to the right of the vehicle and is also approaching the side road parallel to the main road, comprising at least one sensor for detecting the person and at least one lamp (L1, L2) which emits a visual warning signal when a person approaches, characterized in that the beam angle of the lamp (L1, L2) which emits the visual warning signal is oriented so as to open into the intersection region of the two roads between a first axis which extends transversely to the course of the main road and a second axis which extends transversely to the course of the side road and the display device appears immediately in the field of vision of the car driver so as to warn the turning car driver about the approaching person during the turning process when said car driver is looking over their shoulder.
A motion assistance device comprising: a driving module including an actuator configured to be mounted to a user at a position corresponding to a center portion of the user and configured to supply power; a fixing module configured to be attached to the user to which fixing module the driving module is mounted to be provided at the corresponding center portion of the user; a side module configured to support a joint portion of the user between the fixing module and a joint module, said joint module positioned at a position corresponding to a joint portion of the user to assist a motion: a supporting module to support a portion of the user and movable through connection to the joint module; a power transmission module to deliver power from the driving module to the side module and the joint module, said power transmission module comprising a first transmission unit to receive the power from the driving module; a second transmission unit configured to deliver the power to the side module and joint module, and a connecting unit configured to exchange a transfer agent between first and second transmission units (110, 130). a driving module including an actuator configured to be mounted to a user at a position corresponding to a center portion of the user and configured to supply power; a fixing module configured to be attached to the user to which fixing module the driving module is mounted to be provided at the corresponding center portion of the user; a side module configured to support a joint portion of the user between the fixing module and a joint module, said joint module positioned at a position corresponding to a joint portion of the user to assist a motion: a supporting module to support a portion of the user and movable through connection to the joint module; a power transmission module to deliver power from the driving module to the side module and the joint module, said power transmission module comprising a first transmission unit to receive the power from the driving module; a second transmission unit configured to deliver the power to the side module and joint module, and a connecting unit configured to exchange a transfer agent between first and second transmission units (110, 130). a supporting module to support a portion of the user and movable through connection to the joint module; a power transmission module to deliver power from the driving module to the side module and the joint module, said power transmission module comprising a first transmission unit to receive the power from the driving module; a second transmission unit configured to deliver the power to the side module and joint module, and a connecting unit configured to exchange a transfer agent between first and second transmission units (110, 130).
A method for estimating a deterioration level or a discharge capability of a battery by comparing an impedance of the battery with a predetermined allowable range thereof, the method comprising: measuring a current and a voltage of the battery; calculating an impedance Za of the battery from the measured current value and the measured voltage value; characterized by calculating a superimposed DC component IDCa from the measured current value; and estimating an impedance Zb of the case when a reference direct current IDCb value is superimposed, from the calculated impedance Za value and the calculated superimposed DC component IDCa value, based on a predetermined relational expression between a superimposed direct current IDC and an impedance Z so as to determine the deterioration level or a discharge capability of the battery; wherein in the relational expression between the superimposed direct current IDC and the impedance Z, the impedance Z of the battery is expressed by a function including at least one exponential term of the superimposed direct current IDC; and wherein the relational expression between the superimposed direct current IDC and the impedance Z is expressed by: Z = c + ∑ i = 1 n a i ⋅ exp − IDC b i; a i being functions f i (c) and b i being functions g i (c) of an adjustment parameter c. measuring a current and a voltage of the battery; calculating an impedance Za of the battery from the measured current value and the measured voltage value; characterized by calculating a superimposed DC component IDCa from the measured current value; and estimating an impedance Zb of the case when a reference direct current IDCb value is superimposed, from the calculated impedance Za value and the calculated superimposed DC component IDCa value, based on a predetermined relational expression between a superimposed direct current IDC and an impedance Z so as to determine the deterioration level or a discharge capability of the battery; wherein in the relational expression between the superimposed direct current IDC and the impedance Z, the impedance Z of the battery is expressed by a function including at least one exponential term of the superimposed direct current IDC; and wherein the relational expression between the superimposed direct current IDC and the impedance Z is expressed by: Z = c + ∑ i = 1 n a i ⋅ exp − IDC b i; a i being functions f i (c) and b i being functions g i (c) of an adjustment parameter c.
A flow cell, comprising: a substrate; a lid bonded to the substrate; a flow channel defined between the lid and the substrate; a patterned electrode directly positioned on the substrate and in the flow channel, the patterned electrode including depressions that are defined by walls of the patterned electrode and that are separated by interstitial regions, wherein the interstitial regions are defined by a surface of the patterned electrode that is exposed to the flow channel; a functionalized surface of the substrate exposed at each of the depressions; and a primer grafted to the functionalized surface in each of the depressions. a substrate; a lid bonded to the substrate; a flow channel defined between the lid and the substrate; a patterned electrode directly positioned on the substrate and in the flow channel, the patterned electrode including depressions that are defined by walls of the patterned electrode and that are separated by interstitial regions, wherein the interstitial regions are defined by a surface of the patterned electrode that is exposed to the flow channel; a functionalized surface of the substrate exposed at each of the depressions; and a primer grafted to the functionalized surface in each of the depressions.