mhurhangee/ep-ind-claims huggingface dataset:
A water pump, comprising: a first housing, forming a first cavity, wherein the first housing comprises a one-way water inlet and a one-way water outlet respectively in fluid communication with the first cavity; a flexible pumping part, having magnetism and elasticity, and being capable of flexible deformation, wherein the flexible pumping part covers an outside of the first housing and a second cavity is formed between the flexible pumping part and the first housing, wherein a water permeable port used to enable the first cavity and the second cavity to be in fluid communication is formed on the first housing; and a magnetic driving part, having magnetism and being capable of magnetically cooperating with the flexible pumping part to supply power to the flexible pumping part, wherein the flexible pumping part deforms under an effect of the power to enable a fluid to conduct a pumping stroke, wherein a fluid in the second cavity flows out from the one-way water outlet via the first cavity, and a suction stroke, wherein the fluid flows from the one-way water inlet via the first cavity and enters the second cavity. a first housing, forming a first cavity, wherein the first housing comprises a one-way water inlet and a one-way water outlet respectively in fluid communication with the first cavity; a flexible pumping part, having magnetism and elasticity, and being capable of flexible deformation, wherein the flexible pumping part covers an outside of the first housing and a second cavity is formed between the flexible pumping part and the first housing, wherein a water permeable port used to enable the first cavity and the second cavity to be in fluid communication is formed on the first housing; and a magnetic driving part, having magnetism and being capable of magnetically cooperating with the flexible pumping part to supply power to the flexible pumping part, wherein the flexible pumping part deforms under an effect of the power to enable a fluid to conduct a pumping stroke, wherein a fluid in the second cavity flows out from the one-way water outlet via the first cavity, and a suction stroke, wherein the fluid flows from the one-way water inlet via the first cavity and enters the second cavity. a pumping stroke, wherein a fluid in the second cavity flows out from the one-way water outlet via the first cavity, and a suction stroke, wherein the fluid flows from the one-way water inlet via the first cavity and enters the second cavity.
Impregnating tool for impregnating a reinforcing fibre material with a plastics material, comprising: - a support element, which comprises a supporting face, - a cover element, which comprises a covering face that faces the supporting face of the support element and is disposed at a distance from the supporting face of the support element, and - a receiving space, which is delimited by the supporting face of the support element and the covering face of the cover element, is connected to an injection channel for supplying the plastics material into the receiving space and comprises an inlet opening for supplying the reinforcing fibre material into the receiving space in a continuous process as well as an outlet opening for removing reinforcing fibre material impregnated with the plastics material from the receiving space in a continuous process, wherein the distance between the supporting face of the support element and the covering face of the cover element is constant in a direction perpendicular to a feed direction of the reinforcing fibre material through the receiving space and parallel to a plane defined by at least one of the supporting face and the covering face and wherein the support element and the cover element are movable in such a way relative to one another that the distance between the supporting face of the support element and the covering face of the cover element in the feed direction of the reinforcing fibre material through the receiving space is adaptable to a varying thickness of the reinforcing fibre material fed in a continuous process through the receiving space, characterized in that the support element and the cover element are pivotable relative to one another about an axis, which extends perpendicular to the feed direction of the reinforcing fibre material through the receiving space and parallel to a plane defined by at least one of the supporting face and the covering face, in order to adapt the distance between the supporting face of the support element and the covering face of the cover element to a varying thickness of the reinforcing fibre material fed in a continuous process through the receiving space. - a support element, which comprises a supporting face, - a cover element, which comprises a covering face that faces the supporting face of the support element and is disposed at a distance from the supporting face of the support element, and - a receiving space, which is delimited by the supporting face of the support element and the covering face of the cover element, is connected to an injection channel for supplying the plastics material into the receiving space and comprises an inlet opening for supplying the reinforcing fibre material into the receiving space in a continuous process as well as an outlet opening for removing reinforcing fibre material impregnated with the plastics material from the receiving space in a continuous process,
A PTC thermistor member comprising a matrix phase and conductive particles dispersed throughout the matrix phase, characterized in that the matrix phase comprises: an electrically insulating first inorganic material; and an electrically insulating second inorganic material; the first inorganic material undergoes phase transition in terms of crystal structure type and change in volume, at the phase transition temperature thereof; and the second inorganic material is fibrous. an electrically insulating first inorganic material; and an electrically insulating second inorganic material; the first inorganic material undergoes phase transition in terms of crystal structure type and change in volume, at the phase transition temperature thereof; and the second inorganic material is fibrous.
A hydrocarbon fuel additive composition, wherein, the said composition comprises: (i) sulphonyl oleic acid; (ii) dioxane; and (iii) polyethyleneamine salt of sulphonyl oleic acid; wherein, the composition comprises: (i) 95-99% by weight of sulphonyl oleic acid; (ii) 0.5-2.5% by weight of dioxane; (iii) 0.5-2.5% by weight of polyethyleneamine salt of sulphonyl oleic acid. (i) sulphonyl oleic acid; (ii) dioxane; and (iii) polyethyleneamine salt of sulphonyl oleic acid;
Method for establishing a diagnosis by means of a system for monitoring the tyre pressures of a motor vehicle, comprising a computer designed to receive input data comprising at least a tyre pressure and to transmit to a driver of the vehicle a warning if at least one tyre exhibits an abnormal pressure, and a recording unit designed to record the input data (P, t, Km, V) of the monitoring system, if the warning is transmitted to the driver, the data recorded in this recording unit being accessible in order to establish the diagnosis, characterized in that the input data recorded in the recording unit are read, the datum or data responsible for triggering the warming is or are identified, and the change in data over time before and/or after the triggering of the warning is examined and a check is made to determine whether or not the warning was justified.
A method for detecting fluorescent droplets comprising: generating a plurality of droplets and flowing the droplets through at least one channel of a microfluidic device; illuminating the droplets with a time-domain modulated sequence of flashes from a light source, wherein the time-domain modulated sequence has a duration, d; and capturing at least one image of the at least one channel using a photo sensor, wherein the image has an exposure time, t, greater than or equal to the duration, d, of the time-domain modulated sequence, the method being characterised in that the time-domain modulated sequence is a minimally correlating maximum length sequence. generating a plurality of droplets and flowing the droplets through at least one channel of a microfluidic device; illuminating the droplets with a time-domain modulated sequence of flashes from a light source, wherein the time-domain modulated sequence has a duration, d; and capturing at least one image of the at least one channel using a photo sensor, wherein the image has an exposure time, t, greater than or equal to the duration, d, of the time-domain modulated sequence, the method being characterised in that the time-domain modulated sequence is a minimally correlating maximum length sequence.
A computer-implemented method for cross window animation, comprising: determining an animation area that covers portions of different windows that are used during the cross window animation; creating an overlay window that is sized to cover the animation area; displaying the overlay window over the portions of the different windows; performing an animation using the overlay window, wherein the animation is an interwindow animation that animates a visual element over the different windows; wherein layers are used to represent visual elements that are moved as part of the animation, before performing the animation, changing a parent of layers of the different windows to the overlay window to move the visual elements across the different windows that are under the display of the overlay window; changing the parent of layers back from the overlay window to the different windows after the animation is complete, and removing the overlay window when the animation is complete, wherein the underlying windows include a supported window that is able to draw content directly to the overlay window and an unsupported window that is not able to draw content directly to the overlay window; and wherein the method further comprises directing the supported window to draw content directly to the overlay window, and drawing a picture of the unsupported window to the overlay window. determining an animation area that covers portions of different windows that are used during the cross window animation; creating an overlay window that is sized to cover the animation area; displaying the overlay window over the portions of the different windows; performing an animation using the overlay window, wherein the animation is an interwindow animation that animates a visual element over the different windows; wherein layers are used to represent visual elements that are moved as part of the animation, before performing the animation, changing a parent of layers of the different windows to the overlay window to move the visual elements across the different windows that are under the display of the overlay window; changing the parent of layers back from the overlay window to the different windows after the animation is complete, and removing the overlay window when the animation is complete, wherein the underlying windows include a supported window that is able to draw content directly to the overlay window and an unsupported window that is not able to draw content directly to the overlay window; and wherein the method further comprises directing the supported window to draw content directly to the overlay window, and drawing a picture of the unsupported window to the overlay window.
A thoracic therapy garment useable with an air pulse generator for applying pressure pulses to the thorax of a person, the thoracic therapy garment characterized by: a body having a flexible air impervious member having opposite sides and loop members joined to said opposite sides of the air impervious member, said air impervious member surrounding a plurality of chambers (82-84, 89-91) for accommodating air, an air inlet connector having a passage open to said chambers to allow air and air pressure pulses to flow into said chambers, said body including an end section having opposite sides, and hook pads (108, 109, 112, 113) secured to the opposite sides of the end section of the body that coact with the loop members to retain the body around the thorax of the person, said body being reversible whereby the hook pads on the opposite sides of the end section of the body coact with the loop members to selectively retain the thoracic therapy garment clockwise or counterclockwise around the thorax of the person.
A composition having a covering power of between 1 and 25 and intended to be applied to the skin, lips and/or skin appendages, this composition comprising particles of at least one composite pigment, in an amount contained in the composition of between 0.1 % and 5 % by weight relative to the total weight of the composition these particles comprising: - an inorganic core comprising silica and having a mean size of between 10 nm and 50 nm; - at least one at least partial coating of at least one organic colouring substance in an amount sufficient so that the saturation C* of the composition is between 25 and 100, the weight proportion of organic colouring substance being between 10 parts and 500 parts by weight per 100 parts of the inorganic core; - the organic colouring substance being selected from among an organic pigment of azo dye, a sodium, potassium, calcium, barium, aluminium, zirconium, strontium, titanium insoluble salt, an acid dye selected from among an azo dye, the covering power being measured in the following manner: the composition is spread with 30 μm thickness over an Erichsen contrast chart, type 24/5 having a black background and white background, and the trichromatic coordinates (X, Y, Z) are measured with a CR-300 colorimeter; - similar spreading is performed on two other contrast charts and three measurements are taken on each chart, the mean corresponding to these nine measurements then being calculated; the covering power is equal to 100 x Yn/Yb where Yn is the mean value of Y against a black background and Yb is the mean value of Y against the white background. - an inorganic core comprising silica and having a mean size of between 10 nm and 50 nm; - at least one at least partial coating of at least one organic colouring substance in an amount sufficient so that the saturation C* of the composition is between 25 and 100, the weight proportion of organic colouring substance being between 10 parts and 500 parts by weight per 100 parts of the inorganic core; - the organic colouring substance being selected from among an organic pigment of azo dye, a sodium, potassium, calcium, barium, aluminium, zirconium, strontium, titanium insoluble salt, an acid dye selected from among an azo dye, the composition is spread with 30 μm thickness over an Erichsen contrast chart, type 24/5 having a black background and white background, and the trichromatic coordinates (X, Y, Z) are measured with a CR-300 colorimeter; - similar spreading is performed on two other contrast charts and three measurements are taken on each chart, the mean corresponding to these nine measurements then being calculated; the covering power is equal to 100 x Yn/Yb where Yn is the mean value of Y against a black background and Yb is the mean value of Y against the white background. - similar spreading is performed on two other contrast charts and three measurements are taken on each chart, the mean corresponding to these nine measurements then being calculated; the covering power is equal to 100 x Yn/Yb where Yn is the mean value of Y against a black background and Yb is the mean value of Y against the white background.
Test device for testing a sample liquid with a test stripe, comprising the test stripe comprising a backing and an analytical membrane in the centre portion of the backing; a housing comprising a housing base and a housing lid, which are connected with each other; the housing base comprises an accommodation portion for accommodating the test stripe, the accommodation portion comprises restricting elements that restrict the movement of the test stripe in y-direction; and the housing lid comprises an inlet opening for introducing the sample liquid into the housing, wherein the inlet opening is located opposite to the accommodation portion; wherein the accommodation portion of the housing base further comprises a plurality of lower bridges on pre-defined positions for supporting the test stripe and the housing lid comprises a plurality of upper bridges on pre-defined positions opposite to the accommodation portion; characterized in that a recess for receiving a protrusion of a sample collector is provided in the surface of the housing lid adjacent to the inlet opening, wherein the recess has a bottom on which the protrusion of the sample collector can abut. the test stripe comprising a backing and an analytical membrane in the centre portion of the backing; a housing comprising a housing base and a housing lid, which are connected with each other; the housing base comprises an accommodation portion for accommodating the test stripe, the accommodation portion comprises restricting elements that restrict the movement of the test stripe in y-direction; and the housing lid comprises an inlet opening for introducing the sample liquid into the housing, wherein the inlet opening is located opposite to the accommodation portion; wherein the accommodation portion of the housing base further comprises a plurality of lower bridges on pre-defined positions for supporting the test stripe and the housing lid comprises a plurality of upper bridges on pre-defined positions opposite to the accommodation portion; characterized in that a recess for receiving a protrusion of a sample collector is provided in the surface of the housing lid adjacent to the inlet opening, wherein the recess has a bottom on which the protrusion of the sample collector can abut.
A method for forming a self-aligned contact, comprising: providing a substrate with a plurality of gate structures including spacers on opposite sides; forming a sacrificial layer between the plurality of gate structures; forming a mask layer on a part of the sacrificial layer; forming a plurality of first openings by removing the sacrificial layer exposed from the mask layer; forming a dielectric layer in the plurality of first openings; removing the mask layer; forming a plurality of second openings by removing the sacrificial layer remaining on the substrate; and forming a plurality of first contact plugs in the second openings; characterised in that the method further comprises removing parts of the gate structures after removal of the sacrificial layer exposed from the mask layer, such that part of the first openings form expanded first openings, thereby forming a desired pattern of the gate structures from a top view. providing a substrate with a plurality of gate structures including spacers on opposite sides; forming a sacrificial layer between the plurality of gate structures; forming a mask layer on a part of the sacrificial layer; forming a plurality of first openings by removing the sacrificial layer exposed from the mask layer; forming a dielectric layer in the plurality of first openings; removing the mask layer; forming a plurality of second openings by removing the sacrificial layer remaining on the substrate; and forming a plurality of first contact plugs in the second openings; characterised in that the method further comprises removing parts of the gate structures after removal of the sacrificial layer exposed from the mask layer, such that part of the first openings form expanded first openings, thereby forming a desired pattern of the gate structures from a top view.
An actuator comprising: an electromagnetic coil comprising copper windings disposed in an overmold, a housing at least partially surrounding the coil, a slide ring radially inward from the housing, wherein the slide ring is in sliding engagement with the housing, wherein the slide ring has a radially inward projecting arm, a divot in a radially inward surface of the slide ring, a thrust washer radially inward from the slide ring, a groove in a radially outward surface of the thrust washer, a retaining device disposed in both the divot and the groove, a compliance device, characterized in that the compliance device is in contact with and axially in line with the thrust washer and wherein the compliance device is in contact with and axially in line with the arm of the slide ring. an electromagnetic coil comprising copper windings disposed in an overmold, a housing at least partially surrounding the coil, a slide ring radially inward from the housing, wherein the slide ring is in sliding engagement with the housing, wherein the slide ring has a radially inward projecting arm, a divot in a radially inward surface of the slide ring, a thrust washer radially inward from the slide ring, a groove in a radially outward surface of the thrust washer, a retaining device disposed in both the divot and the groove, a compliance device, characterized in that the compliance device is in contact with and axially in line with the thrust washer and wherein the compliance device is in contact with and axially in line with the arm of the slide ring.
Assembly for applying wax to body components of a vehicle, comprising - a wax application lance, - a wax conveying device which is configured to convey wax through the wax application lance, and - an interrupting device between the wax conveying device and the wax application lance so as to be able to interrupt the dispensing of wax for predetermined time intervals within an application process, wherein the interrupting device comprises a switching piston mounted in a bore, and the switching piston in a release position establishes a fluid connection between the wax conveying device and the wax application lance, and in a blocking position a bypass line is opened, which conducts the wax to be applied into a circuit via the wax conveying device, characterized in that the switching piston is mounted in the bore in such a way that, when switching from the release position to the blocking position, a vacuum is generated and wax that is located in the wax application lance is slightly pulled back counter to the conveying direction. - a wax application lance, - a wax conveying device which is configured to convey wax through the wax application lance, and - an interrupting device between the wax conveying device and the wax application lance so as to be able to interrupt the dispensing of wax for predetermined time intervals within an application process,