mhurhangee/ep-ind-claims huggingface dataset:
A vacuum cleaner, comprising: a body having therein a motor-driven blower that generates a suction force, and a cyclone dust collection section that is detachable from the body; wherein: the cyclone dust collection section comprises a centrifugal separation section that separates air and dust that are taken into the cyclone dust collection section, and a first dust collection chamber and a second dust collection chamber that communicate with the centrifugal separation section and accumulate dust that is separated by the centrifugal separation section; and the first dust collection chamber and the second dust collection chamber communicate with each other characterized in that filter means is provided at an area that allows the first dust collection chamber and the second dust collection chamber to communicate with each other. a body having therein a motor-driven blower that generates a suction force, and a cyclone dust collection section that is detachable from the body; wherein: the cyclone dust collection section comprises a centrifugal separation section that separates air and dust that are taken into the cyclone dust collection section, and a first dust collection chamber and a second dust collection chamber that communicate with the centrifugal separation section and accumulate dust that is separated by the centrifugal separation section; and the first dust collection chamber and the second dust collection chamber communicate with each other characterized in that filter means is provided at an area that allows the first dust collection chamber and the second dust collection chamber to communicate with each other. the cyclone dust collection section comprises a centrifugal separation section that separates air and dust that are taken into the cyclone dust collection section, and a first dust collection chamber and a second dust collection chamber that communicate with the centrifugal separation section and accumulate dust that is separated by the centrifugal separation section; and the first dust collection chamber and the second dust collection chamber communicate with each other characterized in that filter means is provided at an area that allows the first dust collection chamber and the second dust collection chamber to communicate with each other.
A towable tillage implement for engaging and acting upon a ground surface under the implement, the implement having a frame defining forward and aft ends (28, 30) that is tiltable in a fore/aft direction, a system for tilting the frame in the fore/aft direction, and a hitch having an aft end thereof and a distal end thereof, the distal end adapted for attachment at a drawbar height to a towing vehicle, characterized in that the aft end of the hitch is pivotably attached to the forward end of the frame in a manner allowing the frame to be tilted in the fore/aft direction to thereby adjust a fore/aft trim angle of the frame, and wherein the system comprises: a fore/aft trim angle adjusting actuator operatively attached between the hitch and the frame for tilting the frame at a trim angle in the fore/aft direction; a trim angle adjustment power source operatively attached to the fore/aft trim actuator for driving the trim actuator to adjust the trim angle; a trim angle position sensor for indicating a present value of the fore/aft trim angle, and providing an electrical output in the form of a present trim angle signal indicative of the present fore/aft trim angle of the frame; and a control unit operatively connected to the trim angle sensor for receiving the present trim angle signal therefrom; the control unit also being operatively connected to the trim angle adjustment power source to provide control thereof for selectively driving the trim angle actuator to tilt the frame in the fore/aft direction to thereby change the present fore/aft trim angle of the frame; the control unit being further configured for receiving a desired depth input and for providing a control signal to the trim angle adjustment power source to automatically control the trim angle actuator to provide a desired fore/aft trim angle of the frame corresponding to the desired depth input. a fore/aft trim angle adjusting actuator operatively attached between the hitch and the frame for tilting the frame at a trim angle in the fore/aft direction; a trim angle adjustment power source operatively attached to the fore/aft trim actuator for driving the trim actuator to adjust the trim angle; a trim angle position sensor for indicating a present value of the fore/aft trim angle, and providing an electrical output in the form of a present trim angle signal indicative of the present fore/aft trim angle of the frame; and a control unit operatively connected to the trim angle sensor for receiving the present trim angle signal therefrom; the control unit also being operatively connected to the trim angle adjustment power source to provide control thereof for selectively driving the trim angle actuator to tilt the frame in the fore/aft direction to thereby change the present fore/aft trim angle of the frame; the control unit being further configured for receiving a desired depth input and for providing a control signal to the trim angle adjustment power source to automatically control the trim angle actuator to provide a desired fore/aft trim angle of the frame corresponding to the desired depth input.
A computer program for an information processing device communicating with a droplet discharging device configured to form rendering data on a printing medium by being moved by a user on the printing medium, the droplet discharging device including a position calculation unit for calculating a position of the droplet discharging device, and a droplet discharging unit for discharging a droplet in accordance with the rendering data and location information, the computer program being configured to cause the information processing device to function as a scanning direction output unit for outputting a scanning direction of the droplet discharging device, and to cause the information processing device to function as a receiving unit for receiving a setting related to the scanning direction, characterized in that the scanning direction output unit outputs the scanning direction based on the setting received by the receiving unit, wherein the scanning direction output unit displays a preview image of the rendering data, and outputs the scanning direction by superimposing on the preview image.
An anchoring device, in particular for boundary and slalom poles for sports events, comprising a core, the outer surface of which is fitted with fins, whereby the fins are arranged so as to be openable in the direction the anchoring device is pulled out of a hole made in the terrain, characterized in that the outer surface is fitted with the fins in the shape of 'pine cones' or 'artichoke leaves', the fins overlapping each other at least partially.
A battery powered tool, comprising: a housing; a rib created in the housing; and a housing cover; characterised in that the housing cover is capable of engaging the housing, the housing cover including: first and second extending walls (56, 58); and a slot created between the first and second extending walls (56, 58) sized to slidably receive the rib when the housing cover is engaged with the housing, the rib when received in the slot of the housing cover separates the housing cover into an upper housing zone and a lower housing zone. a housing; a rib created in the housing; and a housing cover; characterised in that the housing cover is capable of engaging the housing, the housing cover including: first and second extending walls (56, 58); and a slot created between the first and second extending walls (56, 58) sized to slidably receive the rib when the housing cover is engaged with the housing, the rib when received in the slot of the housing cover separates the housing cover into an upper housing zone and a lower housing zone. first and second extending walls (56, 58); and a slot created between the first and second extending walls (56, 58) sized to slidably receive the rib when the housing cover is engaged with the housing, the rib when received in the slot of the housing cover separates the housing cover into an upper housing zone and a lower housing zone.
Connecting device for a wiper blade on the wiper arm of a windshield wiper system, said wiper blade being formed from a resilient supporting element with a wiper strip, the connecting device comprising a holding device fastened to outer edges of the supporting element and a connecting bolt disposed on the holding device and extending transversely to a longitudinal extent of the wiper blade, wherein an adaptor bracket is articulated on said connecting bolt, to which the end piece disposed on the wiper arm and matched to said adaptor bracket is releasably connectable via a latching connection or locking means and is fixedly connected in an assembled state, and wherein the adaptor bracket is configured to enable said connecting bolt, and the wiper blade, to execute a swinging movement relative to said adaptor bracket, with the swinging movement being caused and defined by an arching of the vehicle windshield, characterized in that the adaptor bracket is a cast part which encloses the holding device and has a cylindrical lateral surface and with a stop surface which protrudes on the end side, on the side facing away from the wiper arm end, and is disposed with its longitudinal axis parallel to the wiper blade, in that two guide grooves for a bayonet-type closure are formed axially parallel in the lateral surface and in both of which a guide pin disposed in the end piece of the wiper arm engages, and in that the closure position is secured by spring means which are disposed on the stop surface and act upon the end piece in the direction of the wiper arm.
A multilayer papery material comprising at least one three-dimensional structure consisting of an extensible papery first material sheet having transverse corrugations and having a degree of extensibility of not less than 5% in all directions, said three-dimensional structure being interposed between two second sheets (14,14') of extensible papery material and defining empty spaces therewith, characterised in that said two second sheets (14,14') have a degree of extensibility of not less 5% in all directions and are provided with a plurality of reliefs (16,18), obtained by subjecting said two second sheets (14,14') to stretch-forming before they coupled to the first sheet, the elongate reliefs of one of said second sheets extending in a direction substantially perpendicular to said corrugations of said first sheet, the elongate reliefs extend only for part of the width of the second sheet.
A muscle stimulation system comprising a stimulation electrode (104, 2044, 302, 402) configured to be secured to a patient to deliver an electrical muscle stimulation signal to the patient; an interference sensor configured to be secured to the patient and adapted to sense an electrical interference signal resulting from the electrical muscle stimulation signal; a counter signal electrode (105, 205, 303, 404, 503) configured to be secured to the patient and relative to the stimulation electrode to deliver an electrical counter signal to the patient; and at least one controller adapted to: generate the electrical muscle stimulation signal; and generate the electrical counter signal based on the electrical interference signal sensed by the interference sensor, wherein the electrical counter signal is adapted to destructively interfere with the electrical interference signal resulting from the electrical muscle stimulation signal. generate the electrical muscle stimulation signal; and generate the electrical counter signal based on the electrical interference signal sensed by the interference sensor, wherein the electrical counter signal is adapted to destructively interfere with the electrical interference signal resulting from the electrical muscle stimulation signal.
Pump, in particular for a water-conducting domestic appliance such as a dishwasher or a washing machine, the pump being configured as an impeller pump having a central water inflow to a rotating impeller for conveying the water in the radial direction out of the impeller into a pump chamber which surrounds the impeller in a ring-like manner and is delimited on its outer side by an at least partially heated pump chamber wall, the pump having an outlet in the end region of the pump chamber at an axial spacing from the impeller, in particular with an outlet in the tangential direction from the pump chamber wall, wherein heating elements are arranged on the pump chamber wall, wherein the heating elements are film heating elements, characterized in that the heating elements are configured such that they have a decreasing output or area output in the axial direction of the pump toward the outlet.
A plug ferrule for a fiber optic plug connector for mating with a fiber optic receptacle connector having a receptacle ferrule with a receptacle optical pathway, comprising: a plug ferrule body having front and back ends (72, 74) and a central axis; at least one plug optical pathway formed in the plug ferrule body, the plug optical pathway extending from the front end to the back end and that includes a section wherein light traveling over the plug optical pathway either diverges or converges, wherein the optical pathway section includes apertures formed in the plug ferrule body on respective sides of a central ferrule axis and about midway between the front end and the back end of the plug ferrule body, the apertures have a front wall with a lens formed on the front wall and in the plug optical pathway, and the apertures have a back wall opposite the front wall where the back wall includes an angled surface and a bore running from the back end to the back wall of aperture, said bore being size to accommodate an optical fiber; and the front end having a mating geometry configured to form with the receptacle ferrule a solid-solid contact at an interface between the plug and receptacle optical pathways (450P, 450R), with the solid-solid contact being sufficient to substantially expel liquid from the interface. a plug ferrule body having front and back ends (72, 74) and a central axis; at least one plug optical pathway formed in the plug ferrule body, the plug optical pathway extending from the front end to the back end and that includes a section wherein light traveling over the plug optical pathway either diverges or converges, wherein the optical pathway section includes apertures formed in the plug ferrule body on respective sides of a central ferrule axis and about midway between the front end and the back end of the plug ferrule body, the apertures have a front wall with a lens formed on the front wall and in the plug optical pathway, and the apertures have a back wall opposite the front wall where the back wall includes an angled surface and a bore running from the back end to the back wall of aperture, said bore being size to accommodate an optical fiber; and the front end having a mating geometry configured to form with the receptacle ferrule a solid-solid contact at an interface between the plug and receptacle optical pathways (450P, 450R), with the solid-solid contact being sufficient to substantially expel liquid from the interface.
An elongate reinforcement assembly comprising: a first portion comprising a composite reinforcement material, the first portion being elongate having a first edge and a second edge each extending along a longitudinal axis said first portion comprising a plurality of adjacent unidirectional carbon fibres extending along the longitudinal axis; and, a second portion comprising a binder, the second portion comprising a plurality of spaced-apart projecting regions (314, 316) extending past at least one of the edges (302, 304) of the first portion, wherein the binder extends into the projecting regions (314, 316); and wherein the binder comprises a length of fibrous thermoplastic polymer characterized in that the length of thermoplastic polymer wraps around the first portion, extends along the longitudinal axis and zigzags between the first and second edge forming at least three projecting regions (314, 316) in the form of loops. a first portion comprising a composite reinforcement material, the first portion being elongate having a first edge and a second edge each extending along a longitudinal axis said first portion comprising a plurality of adjacent unidirectional carbon fibres extending along the longitudinal axis; and, a second portion comprising a binder, the second portion comprising a plurality of spaced-apart projecting regions (314, 316) extending past at least one of the edges (302, 304) of the first portion, wherein the binder extends into the projecting regions (314, 316); and wherein the binder comprises a length of fibrous thermoplastic polymer characterized in that the length of thermoplastic polymer wraps around the first portion, extends along the longitudinal axis and zigzags between the first and second edge forming at least three projecting regions (314, 316) in the form of loops.
A circuit suitable for capacitive liquid level measurement of a liquid in a container, the circuit adapted for use with a capacitive sensor disposed adjacent the container, including first and second symmetrical capacitor electrodes (21x, 21y), each corresponding in height to a range of liquid level measurement, the circuit comprising: a first drive circuitry coupled to the first electrode, and configured to drive the first electrode through a first channel with a first drive signal; a second drive circuitry coupled to the second electrode, and configured to drive the second electrode through the second channel with a second drive signal that is substantially 180 degrees out-of-phase with the first drive signal; and capacitance measurement circuitry configured to measure capacitance associated with the liquid level of the liquid in the container, including: acquiring capacitance measurements through the first channel; and converting the capacitance measurements to an analog voltage corresponding to the capacitance associated with the liquid level. a first drive circuitry coupled to the first electrode, and configured to drive the first electrode through a first channel with a first drive signal; a second drive circuitry coupled to the second electrode, and configured to drive the second electrode through the second channel with a second drive signal that is substantially 180 degrees out-of-phase with the first drive signal; and capacitance measurement circuitry configured to measure capacitance associated with the liquid level of the liquid in the container, including: acquiring capacitance measurements through the first channel; and converting the capacitance measurements to an analog voltage corresponding to the capacitance associated with the liquid level.
A method in a network node for controlling predictive scheduling in a wireless communication network between a base station applying predictive scheduling for a mobile station according to an uplink transmission scheme, the method comprising: - obtaining, from the mobile station, a number of consecutive messages comprising a buffer status report indicating an empty mobile station buffer; and - determining to halt predictive scheduling for the mobile station upon receipt of said number of consecutive messages indicating an empty mobile station buffer. - obtaining, from the mobile station, a number of consecutive messages comprising a buffer status report indicating an empty mobile station buffer; and - determining to halt predictive scheduling for the mobile station upon receipt of said number of consecutive messages indicating an empty mobile station buffer.
A system for determining properties of a sample comprising a LIBS detector (104,106), having a laser for ablating a portion of the sample and an optical spectrophotometer for generating LIBS data representing a wavelength dependent intensity variation in optical energy emitted from the ablated portion; an infra-red absorption detector (108,110), having an infra-red energy source for illuminating at least a portion of the sample with infra-red energy and an optical spectrophotometer for generating illumination data representing a wavelength dependent intensity variation of infra-red energy after its illumination of the sample; at least one chemometric prediction model in a form usable by a data processor and each chemometric prediction model constructed to link features of both LIBS data and illumination data to a different specific property of the sample; and a data processor configured to receive the LIBS data and the illumination data, to construct a combined dataset derived from at least a portion of the LIBS data and at least a portion of the illumination data, and to apply the at least one chemometric prediction model to the combined dataset to generate therefrom a determination of the specific property linked by the prediction model.
Positive electrode active substance particles for non-aqueous electrolyte secondary batteries having a spinel structure with a composition represented by the following chemical formula, in which the positive electrode active substance particles have an average primary particle diameter of 1.0 to 4.0 μm, an average secondary particle diameter of 4 to 30 μm and a BET specific surface area of 0.3 to 1.0 m 2 /g, and a product y of the average secondary particle diameter and the BET specific surface area of the positive electrode active substance particles is in the range of y ≤ 10.0 × 10 -6 m 3 /g: Chemical Formula: Li 1+x Mn 2-y-z Ni y M z O 4 wherein x, y, z fall within the range of -0.05 ≤ x ≤ 0.15, 0.4 ≤ y ≤ 0.6 and 0 ≤ z ≤ 0.20, respectively; and M is at least one element selected from the group consisting of Mg, Al, Si, Ca, Ti, Co, Zn, Sb, Ba, W and Bi.
A lyophilized preparation for injection of pentosan polysulfate or a salt thereof, comprising pentosan polysulfate or a salt thereof, a buffer, and no cryoprotectants, wherein the buffer is a phosphate buffer and comprises disodium hydrogen phosphate dodecahydrate in an amount such that the concentration is 1 to 4 mg/mL after reconstitution, and sodium dihydrogen phosphate dihydrate in an amount such that the concentration is 4.5 to 9 mg/mL after reconstitution, and wherein the cryoprotectant is saccharide, and wherein the salt of pentosan polysulfate is pentosan polysulfate sodium that is present in an amount such that the concentration is 80 to 120 mg/mL after reconstitution. wherein the buffer is a phosphate buffer and comprises disodium hydrogen phosphate dodecahydrate in an amount such that the concentration is 1 to 4 mg/mL after reconstitution, and sodium dihydrogen phosphate dihydrate in an amount such that the concentration is 4.5 to 9 mg/mL after reconstitution, and wherein the cryoprotectant is saccharide, and wherein the salt of pentosan polysulfate is pentosan polysulfate sodium that is present in an amount such that the concentration is 80 to 120 mg/mL after reconstitution.