mhurhangee/ep-ind-claims huggingface dataset:
A laundry treatment machine, comprising: a tub; a drum rotatably installed in the tub and configured to receive therein laundry to be washed; a driving device configured to rotate the drum; a fluid supply device for supplying fluid provided by an external fluid source into the drum and the tub; a fluid circulation device for circulating fluid in the tub and spraying circulated fluid into the drum; characterized by a controller configured to control the drum to rotate while being supplied with fluid not mixed with a detergent by the fluid supply device during a rinsing operation for rinsing the laundry and to control the fluid circulation device to circulate the fluid in the tub and thus to spray the circulated fluid into the drum, wherein wash fluid is circulated and sprayed into the drum during the supplying of the wash fluid, and the drum is rotated during circulating the wash fluid. a tub; a drum rotatably installed in the tub and configured to receive therein laundry to be washed; a driving device configured to rotate the drum; a fluid supply device for supplying fluid provided by an external fluid source into the drum and the tub; a fluid circulation device for circulating fluid in the tub and spraying circulated fluid into the drum; characterized by a controller configured to control the drum to rotate while being supplied with fluid not mixed with a detergent by the fluid supply device during a rinsing operation for rinsing the laundry and to control the fluid circulation device to circulate the fluid in the tub and thus to spray the circulated fluid into the drum, wherein wash fluid is circulated and sprayed into the drum during the supplying of the wash fluid, and the drum is rotated during circulating the wash fluid.
Apparatus configured to remove organic matter from a root canal of a tooth by an acoustic effect, characterized by a handpiece having a distal end, said handpiece at the distal end adapted to generate a high-velocity, coherent, collimated beam-or jet of liquid and that said handpiece is adapted to receive said liquid as high pressure liquid, the high-velocity, coherent, collimated beam-or jet of liquid configured to provide an acoustic wave for cleaning the root canal in use of said apparatus causing surrounding liquid in said root canal to cavitate to induce formation of collapsible cavitation bubbles in said liquid near dentinal surfaces of the root canal, in such a manner that when said bubbles collapse, formation of cavitation jets is caused by said collapse near said dentinal surfaces for cavitation-induced detachment of organic material within the root canal from said dentinal surfaces for said removal of said organic material from said root canal. a handpiece having a distal end, said handpiece at the distal end adapted to generate a high-velocity, coherent, collimated beam-or jet of liquid and that said handpiece is adapted to receive said liquid as high pressure liquid, the high-velocity, coherent, collimated beam-or jet of liquid configured to provide an acoustic wave for cleaning the root canal in use of said apparatus causing surrounding liquid in said root canal to cavitate to induce formation of collapsible cavitation bubbles in said liquid near dentinal surfaces of the root canal,
A condition monitoring system for use with a reciprocating device, said condition monitoring system comprising: at least one pressure sensor configured to sense a pressure within the reciprocating device; at least one vibration sensor configured to sense a vibration of the reciprocating device; and characterised by a protection system communicatively coupled to said pressure sensor and said vibration sensor, said protection system configured to calculate a stiffness value of the reciprocating device based on the sensed pressure within the reciprocating device and the sensed vibration of the reciprocating device. at least one pressure sensor configured to sense a pressure within the reciprocating device; at least one vibration sensor configured to sense a vibration of the reciprocating device; and characterised by a protection system communicatively coupled to said pressure sensor and said vibration sensor, said protection system configured to calculate a stiffness value of the reciprocating device based on the sensed pressure within the reciprocating device and the sensed vibration of the reciprocating device.
A processing method for implementation of capacitive touch pad output at a high resolution on an 8-bit single chip microcomputer, utilising 8-bit single-chip microcomputer equipment comprising a master control 8-bit single-chip microcomputer module, a self-checking capacitance sensing module and a capacitive touch pad; wherein the master control single-chip microcomputer module controls the self-checking capacitance sensing module to obtain source data acquired by the self-checking capacitance sensing module from the capacitive touch pad, and wherein the source data are subjected to touch position computing by the master control single-chip microcomputer to obtain an original coordinate of a touch point, and wherein a coordinate position can be obtained through an optimizing computation processing, characterised in that the touch position optimizing computation processing of the original coordinate, which is made by the master control single-chip microcomputer module, comprises the steps of: (a) a pre-treatment: filtering coordinate data by a Kalman filter having a Kalman gain that is set to a constant value; (b) a smoothing process: processing the filtered coordinate data obtained by the step (a) with a continuous midpoint value algorithm; and (c) a filtering process: processing the coordinate data processed in accordance with the step (b) via a digital low-pass filter, wherein the computing formula used in the step (a) are as below: when n≥2, Y a ′ n = 2 Y a n − 1 − Y a n − 2; Y a n = Y a ′ n = Kg ∗ X n − Y a ′ n; when n=1 or n=0, Y a n = Y a ′ n = X n; wherein, X(n) is the original coordinate values calculated on the basis of raw data acquired by the self-checking capacitance sensing module from the capacitive touch pad at a current moment n; Y' a (n) is a pre-measured value of coordinate at the current moment n; Y a (n) is a most optimization value of coordinate at the current moment n, i.e., an output of the step (a); Y a (n - 1) and Y a (n - 2) are the most optimization values at the last instance and the instance before the last instance, respectively; and Kg is the Kalman Gain. (a) a pre-treatment: filtering coordinate data by a Kalman filter having a Kalman gain that is set to a constant value; (b) a smoothing process: processing the filtered coordinate data obtained by the step (a) with a continuous midpoint value algorithm; and (c) a filtering process: processing the coordinate data processed in accordance with the step (b) via a digital low-pass filter, when n≥2, Y a ′ n = 2 Y a n − 1 − Y a n − 2; Y a n = Y a ′ n = Kg ∗ X n − Y a ′ n; when n=1 or n=0, Y a n = Y a ′ n = X n; wherein, X(n) is the original coordinate values calculated on the basis of raw data acquired by the self-checking capacitance sensing module from the capacitive touch pad at a current moment n; Y' a (n) is a pre-measured value of coordinate at the current moment n; Y a (n) is a most optimization value of coordinate at the current moment n, i.e., an output of the step (a); Y a (n - 1) and Y a (n - 2) are the most optimization values at the last instance and the instance before the last instance, respectively; and Kg is the Kalman Gain.
Method for recovering internal energy from hot exhaust gases, in which a synthesis gas containing carbon monoxide and hydrogen is burnt by means of an oxygen-containing oxidant in a furnace and a hot exhaust gas containing carbon dioxide and water is thereby produced, the exhaust gas is brought into thermal contact with a heat store of a first reactor, with the heat store of the first reactor heating up and the exhaust gas being cooled, a substream of the exhaust gas is subsequently recirculated and fed together with a hydrocarbon-containing fuel to a second reactor in which a heat store which has been heated by thermal contact with hot exhaust gas from the furnace is present, the fuel and the recirculated exhaust gas are reacted in the second reactor in an endothermic reaction to give a synthesis gas containing carbon monoxide and hydrogen, with the heat store of the second reactor being cooled and the synthesis gas from the second reactor subsequently being fed to the furnace, characterized in that an oxygen-containing gas is fed as starting material to the second reactor in addition to and simultaneously with the fuel and the recirculated substream of the exhaust gas.
An osmotic material-free article comprising a plurality of fibers wherein the article exhibits a CRT Rate of greater than 0.35 g/sec as measured according to the Absorptive Rate and Capacity Test Method and a Dry Thick Compression of greater than 700 as measured according to the Dry Compressive Modulus Test Method, wherein the article comprises at least one co-formed fibrous structure and at least one mono-fibrous wet-laid fibrous structure said at least one co-formed fibrous structure exhibiting a basis weight of from 15 g/m 2 to 400 g/m 2 as measured according to the Basis Weight Test Method and comprising a core component being a co-formed fibrous structure comprising a plurality of filaments and a plurality of pulp fibers with a weight ratio of filaments to pulp fibers of at least 1:10, said filaments comprising a thermoplastic polymer and said pulp fibers comprised in the core component being selected from the group consisting of softwood kraft pulp fibers, hardwood fibers, and mixtures thereof, said at least one mono-fibrous wet-laid fibrous structure comprising hardwood and softwood pulp fibers.
Scanning assembly of a position measuring system, comprising - a radiation source for producing electromagnetic radiation, by means of which a scale of the position measuring system is scannable, - a holder of the radiation source, to which the radiation source is affixable and which comprises electrical conductor elements for electrical contacting of the radiation source, and - electrical connection elements (44, 46) of the radiation source, by means of which the radiation source is in electrical contact with the conductor elements of the holder, characterized in that the conductor elements of the holder and the connection elements (44, 46) of the radiation source form a guide, along which the radiation source, prior to the affixment thereof on the holder, is movable along an adjustment trajectory with respect to the holder while retaining the electrical contact between the radiation source and the conductor elements in order to be able to arrange the radiation source on the holder at different positions along that adjustment trajectory, in which the radiation source in each case has electrical contact with the conductor elements, wherein the guide comprises at least one conductor track (34, 36) and an associated electrical contact element (44, 46) which are displaceable in relation to one another along the adjustment trajectory and, in the process, are in electrical contact with one another such that the radiation source is electrically contacted in different relative positions in relation to the holder. - a radiation source for producing electromagnetic radiation, by means of which a scale of the position measuring system is scannable, - a holder of the radiation source, to which the radiation source is affixable and which comprises electrical conductor elements for electrical contacting of the radiation source, and - electrical connection elements (44, 46) of the radiation source, by means of which the radiation source is in electrical contact with the conductor elements of the holder,
A system comprising a display device and a mobile device, the display device comprising: a display; a wireless communication unit; and a controller; the controller being arranged to display a screen including a text input box on the display, and in response to the text input box of the displayed screen being activated for text input, to control the wireless communication unit to transmit a message to the mobile device to cause the mobile device to display a graphic keyboard on the mobile device and to control the display to display, in the text input box, text that is input at the mobile device using the graphic keyboard and received from the mobile device through the wireless communication unit. a display; a wireless communication unit; and a controller; the controller being arranged to display a screen including a text input box on the display, and in response to the text input box of the displayed screen being activated for text input, to control the wireless communication unit to transmit a message to the mobile device to cause the mobile device to display a graphic keyboard on the mobile device and to control the display to display, in the text input box, text that is input at the mobile device using the graphic keyboard and received from the mobile device through the wireless communication unit.
Automatic system for identifying and controlling persons and regulating access to restricted areas comprising an identification module and a plurality of electronic identification devices associated with said identification module, said identification module comprising a frame consisting of supporting props equipped with retractable wheels at the bottom for mobility purposes, characterized in that said identification module further comprises opposing removable side panels arranged between said props to constitute the side walls of the identification module; and a roof, also removable, covering the identification module integrally, the supporting plane of the identification module being formed by base plates, which are locked by joints to the frame and can be folded along a straight line cutting across the identification module, the identification module also comprising automatic doors, placed on the sides at right angles to those of the panels, constituting the identification module's entry and exit points, wherein said identification module can be moved from an operative open position to a closed position by releasing the panels and the roof from the frame, pulling out the wheels and accordion-folding the said frame and the base plates, positioning the panels and the roof vertically next to the accordion-closed frame obtaining a small-sized, easy-to-carry compact "cube".
A printhead assembly, comprising: an ink cartridge body made of a material selected from the group of materials consisting of: nylon, polyethersulfone, polypropylene, polyethylene, polyoxymethylene and other materials, wherein the group of materials are compatible with one of ketone, acetate and alcohol based inks; an ink reservoir disposed within the ink cartridge body and adapted to receive and contain ink; and a printhead chip provided on the ink cartridge body and in fluid communication with the ink reservoir so as to receive ink from the ink reservoir for ejection of the ink onto a print medium, characterised in that: the ink cartridge body comprises a tower portion that defines an ink entrance passage configured to receive ink from the ink reservoir, and the printhead assembly further comprising a filter cap that engaged with the tower portion on the tower portion, the filter cap defining an ink passage that allows ink to flow from the ink reservoir to the tower portion of the ink cartridge body. an ink cartridge body made of a material selected from the group of materials consisting of: nylon, polyethersulfone, polypropylene, polyethylene, polyoxymethylene and other materials, wherein the group of materials are compatible with one of ketone, acetate and alcohol based inks; an ink reservoir disposed within the ink cartridge body and adapted to receive and contain ink; and a printhead chip provided on the ink cartridge body and in fluid communication with the ink reservoir so as to receive ink from the ink reservoir for ejection of the ink onto a print medium, characterised in that: the ink cartridge body comprises a tower portion that defines an ink entrance passage configured to receive ink from the ink reservoir, and the printhead assembly further comprising a filter cap that engaged with the tower portion on the tower portion, the filter cap defining an ink passage that allows ink to flow from the ink reservoir to the tower portion of the ink cartridge body.
A collimator, having a focal point, for positioning over a light source to be provided at the focal point in a light source position, the collimator comprising: a Fresnel lens comprising a refractive inner lens portion and an outer toothed total internal reflection portion, the Fresnel lens having an optical axis which passes through the center of the inner lens portion and through the light source position; and a light blocking element between at least the inner lens portion of the Fresnel lens and the light source position, wherein the light blocking element is adapted such that the inner lens portion has at least one reduced image region, said reduced image region being an area of the inner lens portion where only a portion of the whole shape of the light source can be projected onto when the light source is positioned in the light source position. a Fresnel lens comprising a refractive inner lens portion and an outer toothed total internal reflection portion, the Fresnel lens having an optical axis which passes through the center of the inner lens portion and through the light source position; and a light blocking element between at least the inner lens portion of the Fresnel lens and the light source position, wherein the light blocking element is adapted such that the inner lens portion has at least one reduced image region, said reduced image region being an area of the inner lens portion where only a portion of the whole shape of the light source can be projected onto when the light source is positioned in the light source position.
A combination binding and perforation assembly comprising: a plurality of connectors (112, 114); a base portion a plurality of binding rings (104, 106), protruding from said base portion, said binding rings operative to bind together a plurality of perforated paper sheets; a plurality of perforating rods (116, 118), each of said perforating rods disposed adjacent to and coupled with a respective one of said binding rings via a respective connector, said perforating rods operative to perforate paper sheets; a plurality of guiding plates (120, 122), each of said guiding plates disposed around and at an end of a respective one of said perforating rods where the surface of said guiding plates is substantially perpendicular to the surface of said base portion, said guiding plates operative to guide and support said perforating rods; a wall portion, disposed at an edge of said base portion such that the surface of said wall portion is substantially perpendicular to the surface of said base portion and substantially parallel to the surfaces of said guiding plates; a perforation slot, defined by a gap between said guiding plates and said wall portion, at least one paper sheet being insertable into said perforation slot; and a lever, coupled with said binding rings, characterised in that the lever is such that when said lever is raised, said binding rings open and said perforating rods advance toward said perforation slot in order to perforate at least one paper sheet inserted in said perforation slot, and when said lever is lowered, said binding rings close and said perforating rods retract from said perforation slot. a base portion a plurality of binding rings (104, 106), protruding from said base portion, said binding rings operative to bind together a plurality of perforated paper sheets; a plurality of perforating rods (116, 118), each of said perforating rods disposed adjacent to and coupled with a respective one of said binding rings via a respective connector, said perforating rods operative to perforate paper sheets; a plurality of guiding plates (120, 122), each of said guiding plates disposed around and at an end of a respective one of said perforating rods where the surface of said guiding plates is substantially perpendicular to the surface of said base portion, said guiding plates operative to guide and support said perforating rods; a wall portion, disposed at an edge of said base portion such that the surface of said wall portion is substantially perpendicular to the surface of said base portion and substantially parallel to the surfaces of said guiding plates; a perforation slot, defined by a gap between said guiding plates and said wall portion, at least one paper sheet being insertable into said perforation slot; and a lever, coupled with said binding rings, characterised in that the lever is such that when said lever is raised, said binding rings open and said perforating rods advance toward said perforation slot in order to perforate at least one paper sheet inserted in said perforation slot, and when said lever is lowered, said binding rings close and said perforating rods retract from said perforation slot.
A rotor hub assembly (103, 203, 301) for a tilt-rotor aircraft (101, 201) having an airplane mode and a helicopter mode, the assembly comprising: a swashplate; an attachment device rotatably coupled to the swashplate about a first axis and pivotally coupled to a rotor blade, the rotor blade configured to pivot relative to the attachment device about a second axis; and a first damper operably associated with the attachment device, the first damper being configured to selectively switch between a first spring rate and a second spring rate, and the first damper also being configured to dampen forces exerted by the rotor blade about the first axis during flight, wherein the first damper is configured to selectively switch between the first spring rate, when the aircraft is in an airplane mode, and the second spring rate, when the aircraft is in a helicopter mode, during flight, and wherein rotation of the attachment device about the first axis is caused by lead/lag forces created by the rotor blade during flight, and pivoting movement of the rotor blade relative to the attachment device about the second axis is caused by a flapping motion of the rotor blade during flight. a swashplate; an attachment device rotatably coupled to the swashplate about a first axis and pivotally coupled to a rotor blade, the rotor blade configured to pivot relative to the attachment device about a second axis; and a first damper operably associated with the attachment device, the first damper being configured to selectively switch between a first spring rate and a second spring rate, and the first damper also being configured to dampen forces exerted by the rotor blade about the first axis during flight, wherein the first damper is configured to selectively switch between the first spring rate, when the aircraft is in an airplane mode, and the second spring rate, when the aircraft is in a helicopter mode, during flight, and wherein rotation of the attachment device about the first axis is caused by lead/lag forces created by the rotor blade during flight, and pivoting movement of the rotor blade relative to the attachment device about the second axis is caused by a flapping motion of the rotor blade during flight.