mhurhangee/ep-ind-claims huggingface dataset:
A backlight unit of a liquid crystal display, including a plurality of lamps irradiating light to a liquid crystal display panel, and a reflection sheet reflecting light irradiated from the lamps toward the liquid crystal display panel direction, comprising: - a container-type cover having a bottom formed of a metal material and having an accepting space, wherein the reflection sheet is attached to an accepting surface within the accepting space; - a first and a second common electrode and, wherein the first common electrode is commonly connected to an end of one side of the plurality of lamps, and the second common electrode is commonly connected to an end of another side of the plurality of lamps; - a first wire for supplying a driving current connected to the first common electrode and being arranged to penetrate the cover bottom; and - a first and a second side bottom and arranged as side walls within the accepting space of the cover bottom and located to be symmetrical with both sides of the reflection sheet, wherein the one side of the plurality of lamps and the first common electrode are arranged on the first side bottom, and the other side of the plurality of lamps and the second common electrode are arranged on the second side bottom; characterized in that: - a first piece made of plastic is located between the lamps and formed to penetrate the first side bottom 220 and the cover bottom; wherein the first piece has a hole and is formed to penetrate through the backside of the cover bottom, wherein the first piece is located to be adjacent to the first common electrode, and wherein the first wire is arranged to penetrate the first piece and is connected to the first common electrode for supplying the driving current. - a container-type cover having a bottom formed of a metal material and having an accepting space, wherein the reflection sheet is attached to an accepting surface within the accepting space; - a first and a second common electrode and, wherein the first common electrode is commonly connected to an end of one side of the plurality of lamps, and the second common electrode is commonly connected to an end of another side of the plurality of lamps; - a first wire for supplying a driving current connected to the first common electrode and being arranged to penetrate the cover bottom; and - a first and a second side bottom and arranged as side walls within the accepting space of the cover bottom and located to be symmetrical with both sides of the reflection sheet, wherein the one side of the plurality of lamps and the first common electrode are arranged on the first side bottom, and the other side of the plurality of lamps and the second common electrode are arranged on the second side bottom; - a first piece made of plastic is located between the lamps and formed to penetrate the first side bottom 220 and the cover bottom; wherein the first piece has a hole and is formed to penetrate through the backside of the cover bottom,
Device with a flat substrate having a contact area, and with a device for generating haptic feedback on the substrate depending on the contact thereof, wherein the device has at least one sensor (12, 13, 14 and/or 15) for detecting contact on the substrate and at least one actuator (3, 4, 5 and/or 6) for generating haptic feedback in the form of a perceptible change in rigidity at the contact point in the contact area depending on its activation, in order to thereby generate flexibility on the touch-sensitive substrate in the manner of a mechanical key, characterized in that the, more particularly electromechanica,l actuator (3, 4, 5 and/or 6), arranged in the edge region of the substrate at a distance from the contact area, is connected to the substrate mechanically and, when activated, loads the substrate with a force such that the perceptible rigidity thereof is altered, more particularly reduced, by bending of the substrate in order to thereby generate the haptic feedback at the contact point.
A moving granular bed dust filtration device with an automatic particle size stratification and a stratified filter material replacement, comprising: a particle size distribution pre-separation zone, a filtration zone and a material discharging zone, from top to bottom successively; the particle size distribution pre-separation zone comprises a feeding port, an offset feeding passage and a particle size distribution pre-separator; the filtration zone comprises a flue gas inlet passage, a flue gas inlet, a flue gas outlet, and a flue gas outlet passage; the discharging zone comprises an anti-arching movable wall plate, a left discharging port movable wall plate, a discharging port, a right discharging port movable wall plate, and a stratified discharging telescopic adjusting wall plate; the discharging port is opposite to a moving discharging platform, the feeding port is located at a top of the device, a lower portion of the feeding port is connected to the offset feeding passage, and a lower portion of the offset feeding passage is connected to the particle size distribution pre-separator; a material layer thickness adjusting baffle plate is provided between the particle size distribution pre-separation zone and the filtration zone, an end of the flue gas inlet passage is the flue gas inlet, and an end of the flue gas outlet passage is the flue gas outlet; an anti-arching movable wall plate movable hinge is provided at an upper part of the anti-arching movable wall plate, a connecting hinge hinging the anti-arching movable wall plate with a discharging section is provided between the anti-arching movable wall plate and the left discharging port movable wall plate, the discharging port is provided between the left discharging port movable wall plate and the right discharging port movable wall plate, and a movable hinge hinging the stratified discharging telescopic adjusting wall plate and the right discharging port movable wall plate is provided between the right discharging port movable wall plate and the stratified discharging telescopic adjusting wall plate, and a stratified discharging telescopic adjusting wall plate movable hinge is provided at an upper part of the stratified discharging telescopic adjusting wall plate.
An apparatus for forming a curl on an article, the apparatus comprising: a first forming tooling having a first set of rollers (210, 502) mounted on a common head, the first set of rollers (210, 502) having a respective groove having a first groove radius (R 1G), the first set of rollers (210, 502) being configured to form a first curl having a first curl radius (R 1C) on an open end of the article; a first rotating turret configured to load the article into the first forming tooling; characterized by the article having a welded seam, the apparatus further comprising a second forming tooling having a second set of rollers mounted on a common head, the second set of rollers having a respective groove having a second groove radius (R 2G), the second groove radius (R 2G) being larger than the first groove radius (R 1G), the second set of rollers being configured to form a modified curl having a second curl radius (R 2C) near the top of the modified curl and maintain the first curl radius (R 1C) near the bottom of the modified curl; a second rotating turret configured to load the article into the second forming tooling; and a first transfer star wheel configured to transfer the article from the first rotating turret to the second rotating turret. a first forming tooling having a first set of rollers (210, 502) mounted on a common head, the first set of rollers (210, 502) having a respective groove having a first groove radius (R 1G), the first set of rollers (210, 502) being configured to form a first curl having a first curl radius (R 1C) on an open end of the article; a first rotating turret configured to load the article into the first forming tooling; characterized by the article having a welded seam, the apparatus further comprising a second forming tooling having a second set of rollers mounted on a common head, the second set of rollers having a respective groove having a second groove radius (R 2G), the second groove radius (R 2G) being larger than the first groove radius (R 1G), the second set of rollers being configured to form a modified curl having a second curl radius (R 2C) near the top of the modified curl and maintain the first curl radius (R 1C) near the bottom of the modified curl; a second rotating turret configured to load the article into the second forming tooling; and a first transfer star wheel configured to transfer the article from the first rotating turret to the second rotating turret.
Apparatus for forming bags comprising: - a supply device (101, 103, 105) for supplying a first tape material to said apparatus along an advancing path which is defined in said apparatus, - said supply device (101, 103) being configured to supply said first tape material at a first supply speed; - an additional supply device (102, 107) for supplying a second tape material to the apparatus along the advance path, - said additional supply device (102, 107) being configured to supply said second tape material at a supply speed less than or equal to said first supply speed; - a step cutting device for stepwise cutting said second tape material so as to obtain sheets having a desired longitudinal extent; - a forming station for folding said first tape material in order to form a tubular body of said first tape material having at the inner side one or more sheets of said second tape material, a coupling device which is interposed between said cutting device and said forming station in order to couple said sheets at predetermined intervals to said first tape material; - characterized in that said coupling device comprises a guide device for guiding said sheets of said second tape material on said first tape material towards said forming station in order to prevent said sheets from moving with respect to said first tape material. - a supply device (101, 103, 105) for supplying a first tape material to said apparatus along an advancing path which is defined in said apparatus, - said supply device (101, 103) being configured to supply said first tape material at a first supply speed; - an additional supply device (102, 107) for supplying a second tape material to the apparatus along the advance path, - said additional supply device (102, 107) being configured to supply said second tape material at a supply speed less than or equal to said first supply speed; - a step cutting device for stepwise cutting said second tape material so as to obtain sheets having a desired longitudinal extent; - a forming station for folding said first tape material in order to form a tubular body of said first tape material having at the inner side one or more sheets of said second tape material, a coupling device which is interposed between said cutting device and said forming station in order to couple said sheets at predetermined intervals to said first tape material; - characterized in that said coupling device comprises a guide device for guiding said sheets of said second tape material on said first tape material towards said forming station in order to prevent said sheets from moving with respect to said first tape material.
A method comprising: determining feature values of an input audio window of an input audio file, determining a single formant attenuation/amplification coefficient for the input audio window based on the processing of the feature values by a neural network; determining (501, 502, 503) formants of the input audio window and multiplying the formants with the single formant attenuation/amplification coefficient, in which the formants are automatically set to a predetermined optimal value for a given loudness, wherein the optimal value for a given loudness is predetermined by training of the neural network. determining feature values of an input audio window of an input audio file, determining a single formant attenuation/amplification coefficient for the input audio window based on the processing of the feature values by a neural network; determining (501, 502, 503) formants of the input audio window and multiplying the formants with the single formant attenuation/amplification coefficient, in which the formants are automatically set to a predetermined optimal value for a given loudness, wherein the optimal value for a given loudness is predetermined by training of the neural network.
Process for the preparation of alkanediols having 5 to 15 carbon atoms comprising the following steps: a) providing a 1-alcohol having 5 to 15 carbon atoms and/or a dialkylether having 10 to 30 carbon atoms and a catalyst; preferably wherein the 1-alcohol has 6 to 9 carbon atoms; b) dehydrating the 1-alcohol and/or cleavage of the dialkylether to obtain at least one alkene having 5 to 15 carbon atoms, wherein the at least one alkene having 5 to 15 carbon atoms is at least one olefin selected from the group consisting of: α-, β- and/or γ-olefins; wherein the dehydration and/or cleavage is performed with recirculation of dialkylether and/or 1-alcohol; and wherein the dehydration and/or cleavage is performed at a temperature ranging from 255 °C to 290 °C; c) reaction of the at least one alkene of step b) to obtain a product comprising or consisting of at least one alkanediol having 5 to 15 carbon atoms. a) providing a 1-alcohol having 5 to 15 carbon atoms and/or a dialkylether having 10 to 30 carbon atoms and a catalyst; preferably wherein the 1-alcohol has 6 to 9 carbon atoms; b) dehydrating the 1-alcohol and/or cleavage of the dialkylether to obtain at least one alkene having 5 to 15 carbon atoms, wherein the at least one alkene having 5 to 15 carbon atoms is at least one olefin selected from the group consisting of: α-, β- and/or γ-olefins; wherein the dehydration and/or cleavage is performed with recirculation of dialkylether and/or 1-alcohol; and wherein the dehydration and/or cleavage is performed at a temperature ranging from 255 °C to 290 °C; wherein the dehydration and/or cleavage is performed with recirculation of dialkylether and/or 1-alcohol; and wherein the dehydration and/or cleavage is performed at a temperature ranging from 255 °C to 290 °C; c) reaction of the at least one alkene of step b) to obtain a product comprising or consisting of at least one alkanediol having 5 to 15 carbon atoms.
A sealed spherical bearing comprising: a race; a first annular groove defined by the race; a ball disposed in the race, the ball and the race being rotatable relative to each other; a second annular groove defined by the ball; wherein a wall defining at least a portion of the second annular groove further defines a lip; a ring-like seal having a first edge; wherein the seal comprises a second edge; wherein the second edge of the seal comprises a bulbous protrusion; wherein the second edge of the seal is seated in the second annular groove; characterised by a retainer, the retainer secured to the first edge of the seal; wherein the retainer is press-fit into said first annular groove, so that the retainer is fixed relative to the race. a race; a first annular groove defined by the race; a ball disposed in the race, the ball and the race being rotatable relative to each other; a second annular groove defined by the ball; wherein a wall defining at least a portion of the second annular groove further defines a lip; a ring-like seal having a first edge; wherein the seal comprises a second edge; wherein the second edge of the seal comprises a bulbous protrusion; wherein the second edge of the seal is seated in the second annular groove; characterised by a retainer, the retainer secured to the first edge of the seal; wherein the retainer is press-fit into said first annular groove, so that the retainer is fixed relative to the race.
Medical fluid connection device for connecting in a fluid-conducting manner to a complementary connector unit, having a housing member having an inlet opening and at least one outlet opening (6, 6a), said inlet opening and said at least one outlet opening (6, 6a) being interconnected in a fluid-conducting manner by way of a fluid duct that extends substantially along an axial direction, and a soft elastic sealing member which in a circumferential direction at least in portions encompasses a wall of the fluid duct and along the axial direction is guided so as to be movable in relation to the wall of the fluid duct, wherein the sealing member in a non-connected state of the fluid connection device assumes a sealing position and seals in a fluid-tight manner the at least one outlet opening (6, 6a) which extends in a substantially radial manner through the wall of the fluid duct and, in a state of the fluid connection device connected to the complementary connector unit, in the region of a compression portion, along the axial direction, is elastically compressed to a compression position in such a manner that the at least one outlet opening (6, 6a) is released, wherein a Luer external taper is provided for connecting in a fluid-tight manner to a Luer internal taper of the complementary connector unit, characterized in that the Luer external taper is configured by a wall portion of the soft elastic sealing member.
Angled connector comprising a connector housing having a first terminal passage and a second terminal passage extending at an angle to the first terminal passage, wherein the first terminal passage and the second terminal passage intersect one another in an intersection region, the angled connector further comprising a first terminal, the first terminal at least partially extending into the first terminal passage, characterized in that the angled connector further comprises a terminal support, the first terminal being held in the terminal support, wherein the terminal support is held by the connector housing slidably relative to the connector housing along the first terminal passage from a first position to a second position, wherein, in the second position, the first terminal is closer to the second terminal passage than in the first position and wherein, in the second position, the first terminal is at least partially arranged in the intersection region.
An airway adaptor (1, 1A) including a tubular member to which a measuring section configured to measure a flow rate of a respiratory gas of a subject is to be attached, wherein the tubular member includes: a gas passage through which the respiratory gas to pass; and a resistance portion which is configured to generate a differential pressure in the respiratory gas passing through the gas passage, the resistance portion includes at least two partition members which are disposed in the gas passage along an axial direction of the tubular member and which are separated from one another, and side surfaces of the partition members are separated from an inner wall surface of the gas passage characterized in that the at least two partition members are disposed parallel to each other so that an interior of the tubular member is partitioned into a plurality of gas passages which are juxtaposed to one another so as to extend along the axial direction of the tubular member. a gas passage through which the respiratory gas to pass; and a resistance portion which is configured to generate a differential pressure in the respiratory gas passing through the gas passage,
A powder dispensing device comprising at least one storage reservoir which is provided with a cap comprising a flow hole for the powder, the device being characterized in that it comprises: - a closure member which is provided with an opening and which is mounted so as to be movable relative to the cap between a closure position which prevents a flow of the powder and an open position which allows the flow of the powder through the opening of the closure member, a bore extending through the closure member so as to extend at one side and the other of the opening of the closure member in a direction which is substantially transverse relative to the flow of the powder; - relative displacement means of the cap and the closure member in order to move the closure member into the two positions thereof, those means being connected to a control unit which is connected to contactless detection means of the flow of the powder, the detection means comprising, at a first end of the bore of the closure member, at least one transmitter of a wave in the bore and, at a second end of the bore, at least one receiver for detecting the wave transmitted. - a closure member which is provided with an opening and which is mounted so as to be movable relative to the cap between a closure position which prevents a flow of the powder and an open position which allows the flow of the powder through the opening of the closure member, a bore extending through the closure member so as to extend at one side and the other of the opening of the closure member in a direction which is substantially transverse relative to the flow of the powder; - relative displacement means of the cap and the closure member in order to move the closure member into the two positions thereof, those means being connected to a control unit which is connected to contactless detection means of the flow of the powder, the detection means comprising, at a first end of the bore of the closure member, at least one transmitter of a wave in the bore and, at a second end of the bore, at least one receiver for detecting the wave transmitted.
Device for separation of particles from a flow of gas, comprising a first cyclone generator comprising a first cyclone tube with a length axis and a first blocking means arranged so that an annular first inlet is arranged between the first cyclone tube and the first blocking means, and a first vortex generator arranged in the annular first inlet, a further cyclone generator comprising a further cyclone tube with a length axis and a further blocking means arranged so that an annular further inlet is arranged between the further cyclone tube and the further blocking means, and a further vortex generator arranged in the annular further inlet at a distance from the first vortex generator, and an outlet tube comprising an outlet and a length axis, which outlet tube is arranged concentric in relation to the further cyclone tube, wherein the first cyclone tube encloses the further cyclone tube at a distance from the further cyclone tube, wherein the first blocking means overlaps the further inlet seen in the direction of the length axis so that the particles after the passage of the vortex generator in the first cyclone generator must be moved inwards towards the length axis in order to be able to be conveyed into the inlet to the following cyclone generator and in that the further blocking means essentially has the same extension as the outlet seen in the direction of the length axis towards the outlet, and that the further cyclone generator is arranged between the first cyclone generator and the outlet.
A condom, comprising: an open end; a closed end; a tubular sheath extending from the open end to the closed end, comprising: a tip portion, adapted to cover a glans of a penis, disposed adjacent to the closed end; a plurality of raised features (130, 140, 150) disposed on the tubular sheath, having a top surface area and a base surface area, characterised in that the total raised top surface area is greater than the total base surface area on the condom. an open end; a closed end; a tubular sheath extending from the open end to the closed end, comprising: a tip portion, adapted to cover a glans of a penis, disposed adjacent to the closed end; a plurality of raised features (130, 140, 150) disposed on the tubular sheath, having a top surface area and a base surface area, a tip portion, adapted to cover a glans of a penis, disposed adjacent to the closed end; a plurality of raised features (130, 140, 150) disposed on the tubular sheath, having a top surface area and a base surface area, characterised in that the total raised top surface area is greater than the total base surface area on the condom.