mhurhangee/ep-ind-claims huggingface dataset:
A liquid discharge device comprising: a liquid discharge head configured to discharge a liquid from a discharge port; and a maintenance device comprising: a moisturizing cap configured to contact a discharge face of the liquid discharge head with a first capping end; a suction cap inside the moisturizing cap, the suction cap configured to contact the discharge face with a second capping end to suck a liquid from the discharge port in the discharge face, wherein the maintenance device further comprises: a holder including: a first holding portion connected to the moisturizing cap with an elastic member; and a second holding portion contacting a base of the suction cap to support the suction cap, wherein the maintenance device further comprises a mover configured to move the holder to move the moisturizing cap and the suction cap toward and away from the discharge face in a contact-separation direction, characterized in that the mover moves the moisturizing cap to a first contact position at which the first capping end is in contact with the discharge face while the second capping end of the suction cap is separated from the discharge face, and the mover moves the suction cap to a second contact position at which the second capping end is in contact with the discharge face while the first capping end of the moisturizing cap is in contact with the discharge face. a liquid discharge head configured to discharge a liquid from a discharge port; and a maintenance device comprising: a moisturizing cap configured to contact a discharge face of the liquid discharge head with a first capping end; a suction cap inside the moisturizing cap, the suction cap configured to contact the discharge face with a second capping end to suck a liquid from the discharge port in the discharge face, wherein the maintenance device further comprises: a moisturizing cap configured to contact a discharge face of the liquid discharge head with a first capping end; a suction cap inside the moisturizing cap, the suction cap configured to contact the discharge face with a second capping end to suck a liquid from the discharge port in the discharge face, wherein the maintenance device further comprises: a holder including: a first holding portion connected to the moisturizing cap with an elastic member; and a second holding portion contacting a base of the suction cap to support the suction cap, wherein the maintenance device further comprises a mover configured to move the holder to move the moisturizing cap and the suction cap toward and away from the discharge face in a contact-separation direction, characterized in that the mover moves the moisturizing cap to a first contact position at which the first capping end is in contact with the discharge face while the second capping end of the suction cap is separated from the discharge face, and the mover moves the suction cap to a second contact position at which the second capping end is in contact with the discharge face while the first capping end of the moisturizing cap is in contact with the discharge face.
A vehicle control method for controlling an output of a drive source based on a color of an illuminated signal of a traffic light in a vehicle-advancing direction during travel in autonomous driving, comprising: when the color of the illuminated signal of the traffic light in the vehicle-advancing direction cannot be acquired by an onboard camera, estimating the color of the currently illuminated signal of the traffic light in the vehicle-advancing direction based on oncoming vehicle information; controlling the output of the drive source based on an estimation result; and wherein the controlling the output of the drive source based on an estimation result includes limiting the output of the drive source when the color of the illuminated signal of the traffic light in the vehicle-advancing direction is estimated to be red at a position, whereby a vehicle speed is reduced from a current first vehicle speed to a second vehicle speed at which fuel efficiency is superior to that at the first vehicle speed, and constant-speed travel is performed at the second vehicle speed up to a deceleration starting position established based on a stopping position, the second vehicle speed and a preset target deceleration rate. when the color of the illuminated signal of the traffic light in the vehicle-advancing direction cannot be acquired by an onboard camera, estimating the color of the currently illuminated signal of the traffic light in the vehicle-advancing direction based on oncoming vehicle information; controlling the output of the drive source based on an estimation result; and wherein the controlling the output of the drive source based on an estimation result includes limiting the output of the drive source when the color of the illuminated signal of the traffic light in the vehicle-advancing direction is estimated to be red at a position, whereby a vehicle speed is reduced from a current first vehicle speed to a second vehicle speed at which fuel efficiency is superior to that at the first vehicle speed, and constant-speed travel is performed at the second vehicle speed up to a deceleration starting position established based on a stopping position, the second vehicle speed and a preset target deceleration rate.
A fitting for at least one linearly movable leaf (3, 4), in particular for furniture, having a guide rail, which is fixable on a body via at least one holder of the fitting, wherein the holder secures the guide rail in two different spatial directions, which extend perpendicularly to the movement direction of the leaf (3, 4), wherein a stop element of the fitting, which interacts with the holder and secures the guide rail in the movement direction of the leaf (3, 4), is secured indirectly or directly on the guide rail, wherein the stop element is provided with two stops on the guide rail and the stops enclose the holder, so that the guide rail is secured against a movement in the movement direction of the linearly movable leaf (3, 4), characterized in that at the least one stop element comprises, in addition to the two stops, a connecting rod, by which the two stops are held on one another, wherein the stops enclose the at least one holder.
A clamp for a tool holder, comprising: a clamp body including a first face and a second face opposing the first face, the clamp body defined with a plurality of apertures spaced across a width of the clamp body, each aperture extending from the first face to the second face; a plurality of fingers suspended from the second face of the clamp body, the fingers each including a fin protruding from an inner side and including a platform projecting from an outer side at a first end, each platform sized for engaging a notch or groove of a tool; a plurality of pins each extending from the second face of the clamp body, the pins correspondingly situated adjacent to one of the apertures; characterized in that it further comprises one or more spring plates operably coupled to the first face of the clamp body, each of the spring plates having a plurality of legs each correspondingly extending within one of the apertures of the clamp body; each fin of the finger correspondingly extending within one of the apertures and correspondingly contacting one of the legs of the one or more spring plates therein, the fingers defining a slot at a second end, the pins correspondingly extending within the slots of the fingers; wherein the fingers are each correspondingly pivotable and vertically displaceable about the pins relative to the clamp body. a clamp body including a first face and a second face opposing the first face, the clamp body defined with a plurality of apertures spaced across a width of the clamp body, each aperture extending from the first face to the second face; a plurality of fingers suspended from the second face of the clamp body, the fingers each including a fin protruding from an inner side and including a platform projecting from an outer side at a first end, each platform sized for engaging a notch or groove of a tool; a plurality of pins each extending from the second face of the clamp body, the pins correspondingly situated adjacent to one of the apertures; characterized in that it further comprises one or more spring plates operably coupled to the first face of the clamp body, each of the spring plates having a plurality of legs each correspondingly extending within one of the apertures of the clamp body; each fin of the finger correspondingly extending within one of the apertures and correspondingly contacting one of the legs of the one or more spring plates therein, the fingers defining a slot at a second end, the pins correspondingly extending within the slots of the fingers; wherein the fingers are each correspondingly pivotable and vertically displaceable about the pins relative to the clamp body.
A dual venturi comprising, a tubular part having primary passageway and secondary passageway separated by an internal partition therebetween, wherein a primary gas inlet is provided on a side wall of the primary passageway; a damper part, located in the interior of the secondary passageway of the tubular part, having a body part for opening/closing flow of secondary air by rotating in horizontal plane and vertical plane directions, the horizontal plane direction being the cross-sectional direction of the tubular part and the vertical plane direction being perpendicular to the horizontal plane, characterized in that, a secondary gas outlet is formed on the body part; a driving part, connected to a lateral surface of the damper part via a rotational shaft for rotationally driving the damper part in the horizontal and vertical planes; and a secondary gas inlet inserted via a hole of the tubular part, the primary passageway and the partition to connect to the damper part in the secondary passageway for introducing secondary gas into the secondary passageway of the tubular part via the damper part by means of a secondary gas outlet, which connects selectively to the secondary gas outlet of the damper part according to the rotational position of the damper part, and the secondary gas inlet functions as a stationary shaft to rotate the damper part together with the rotational shaft of the driving part.
A load cap comprising a central portion having an edge, and a rim arrangement on the edge, wherein the rim arrangement comprises a plurality of corrugations, wherein each corrugation extends substantially parallel to the edge, characterised in that the central portion having a thickness and the corrugations having a height, the height of the corrugations being greater than the thickness of the central portion, wherein the corrugations are curved wave formations.
Method for detecting a limit of use of a medical device comprising the steps of - starting a timer of a medical device when said medical device is used for the first time, - detecting said limit of use of said medical device, - indicating said limit of use of said medical device, characterized in that said limit of use is reached when at least one of at least a first criterion and a second criterion is met, wherein said first criterion is that said timer reaches or exceeds a time limit, and wherein said second criterion is that at least one operation of a drive train of said medical device reaches or exceeds a limit. - starting a timer of a medical device when said medical device is used for the first time, - detecting said limit of use of said medical device, - indicating said limit of use of said medical device, characterized in that said limit of use is reached when at least one of at least a first criterion and a second criterion is met, wherein said first criterion is that said timer reaches or exceeds a time limit, and wherein said second criterion is that at least one operation of a drive train of said medical device reaches or exceeds a limit.
A magnetic induction radio sensor for measuring the shape of an object, the magnetic induction radio sensor comprising: a magnetic loop antenna whose inductance depends on the shape of the object; wherein the sensor further comprises: an antenna matching circuit coupled to the magnetic loop antenna, wherein the antenna matching circuit comprises an adjustable capacitance module configured to provide a particular capacitance such that the magnetic loop antenna and the antenna matching circuit form a resonant circuit and the resonant circuit has a fixed resonant frequency; and a measuring unit configured to generate a measurement value using the particular capacitance of the adjustable capacitance module, the measurement value representing a measurement of the shape of the object, characterized in that the magnetic loop antenna is configured to at least partially enclose the object. a magnetic loop antenna whose inductance depends on the shape of the object; wherein the sensor further comprises: an antenna matching circuit coupled to the magnetic loop antenna, wherein the antenna matching circuit comprises an adjustable capacitance module configured to provide a particular capacitance such that the magnetic loop antenna and the antenna matching circuit form a resonant circuit and the resonant circuit has a fixed resonant frequency; and a measuring unit configured to generate a measurement value using the particular capacitance of the adjustable capacitance module, the measurement value representing a measurement of the shape of the object, characterized in that the magnetic loop antenna is configured to at least partially enclose the object. an antenna matching circuit coupled to the magnetic loop antenna, wherein the antenna matching circuit comprises an adjustable capacitance module configured to provide a particular capacitance such that the magnetic loop antenna and the antenna matching circuit form a resonant circuit and the resonant circuit has a fixed resonant frequency; and a measuring unit configured to generate a measurement value using the particular capacitance of the adjustable capacitance module, the measurement value representing a measurement of the shape of the object,
Flow element, comprising a plate-like main body, which has a channel structure, wherein the channel structure comprises two or more channel paths, which connect an inlet side of the channel structure to an outlet side of the channel structure, wherein the two or more channel paths each have one or more meandering segments, wherein meandering segments of channel paths different from each other are nested in each other, characterized in that the meandering segments of the channel paths are arranged such that inserted between two meandering segments of a channel path is a meandering segment of an adjacently arranged channel path, wherein a meandering segment comprises three or more channel path segments of a channel path, which are oriented parallel to one another, are arranged side by side, and are configured to be passed through in succession by a fluid flow, and wherein a meandering segment comprises two or more flow deflection segments of a channel path.
Method to measure temperature and/or humidity of cement, concrete or the like: - arranging a sensor device on a floor before casting the cement or concrete on the floor, the sensor device including a casing, a circuit board inside the casing, and a temperature and/or humidity sensor connected to the circuit board and at least in part protruded outside the casing through a side wall thereof; - casting, wherein portion of the sensor protruded outside the casing is covered by the casting; - cutting the casing flush to the casting, in case protruding from the casting; - measuring temperature and/or humidity; characterized by - removing the circuit board from the casing after the cement or concrete has solidified, leaving the casing and the sensor in the cement or concrete; - filling the casing with concrete, cement or other material. - arranging a sensor device on a floor before casting the cement or concrete on the floor, the sensor device including a casing, a circuit board inside the casing, and a temperature and/or humidity sensor connected to the circuit board and at least in part protruded outside the casing through a side wall thereof; - casting, wherein portion of the sensor protruded outside the casing is covered by the casting; - cutting the casing flush to the casting, in case protruding from the casting; - measuring temperature and/or humidity; characterized by - removing the circuit board from the casing after the cement or concrete has solidified, leaving the casing and the sensor in the cement or concrete; - filling the casing with concrete, cement or other material.
A recording medium, comprising: an ink-receiving layer configured to receive an ink for inkjet recording; a transparent sheet having a total luminous transmittance of 50% or more; a releasing layer comprising a composition including a release agent; and a base material sheet serving as a support for the releasing layer, wherein the recording medium has a layered structure in which the ink-receiving layer, the transparent sheet, the releasing layer, and the base material sheet are sequentially stacked and the ink-receiving layer and the transparent sheet are in abutment with each other, wherein the ink-receiving layer comprises a gap-absorption-type ink-receiving layer comprising a composition including at least alumina fine particles having an average particle diameter from 120 nm to 200 nm and polyvinyl alcohol having a weight-average polymerization degree of 2,000 or more and 5,000 or less and a saponification degree of 70 mol% or more and 90 mol% or less, and wherein an image is recorded with a pigment ink comprising a resin dispersion-type pigment, and the recording medium is used for transferring the image onto an image support. an ink-receiving layer configured to receive an ink for inkjet recording; a transparent sheet having a total luminous transmittance of 50% or more; a releasing layer comprising a composition including a release agent; and a base material sheet serving as a support for the releasing layer, wherein the recording medium has a layered structure in which the ink-receiving layer, the transparent sheet, the releasing layer, and the base material sheet are sequentially stacked and the ink-receiving layer and the transparent sheet are in abutment with each other, wherein the ink-receiving layer comprises a gap-absorption-type ink-receiving layer comprising a composition including at least alumina fine particles having an average particle diameter from 120 nm to 200 nm and polyvinyl alcohol having a weight-average polymerization degree of 2,000 or more and 5,000 or less and a saponification degree of 70 mol% or more and 90 mol% or less, and wherein an image is recorded with a pigment ink comprising a resin dispersion-type pigment, and the recording medium is used for transferring the image onto an image support.
An apparatus for fabricating three-dimensional nonwoven fabric structure comprising: a conveyer; a meltblown device having a plurality of nozzles for spinning a plurality of fibers; a plurality of three-dimensional molds; a plurality of rotary shafts for connecting the three-dimensional molds and the conveyer, thereby the three-dimensional molds are rotated on the conveyer, wherein the three-dimensional molds are conveyed in front of the nozzles by the conveyer, then the fibers are collected on the three-dimensional molds rotated in front of the nozzles to form a plurality of three-dimensional nonwoven fabric structures; and a fiber recycling device disposed near the meltblown device to remove a superfluous part of the fibers. a conveyer; a meltblown device having a plurality of nozzles for spinning a plurality of fibers; a plurality of three-dimensional molds; a plurality of rotary shafts for connecting the three-dimensional molds and the conveyer, thereby the three-dimensional molds are rotated on the conveyer, wherein the three-dimensional molds are conveyed in front of the nozzles by the conveyer, then the fibers are collected on the three-dimensional molds rotated in front of the nozzles to form a plurality of three-dimensional nonwoven fabric structures; and a fiber recycling device disposed near the meltblown device to remove a superfluous part of the fibers.
A lung-specific therapeutic agent for use in the therapy of a pulmonary disease, wherein the therapeutic agent comprises sustained-release microspheres containing a pharmaceutical compound, wherein the microspheres have a number average particle size of 20 to 40 μm, and a maximum particle size of 100 μm or less, wherein the therapeutic agent is to be intravenously administered, wherein the pharmaceutical compound is a pulmonary disease therapeutic drug.
A garment steamer comprising a hand-held steamer head, the hand-held steamer head comprising a handle and a soleplate through which steam is ejected onto a surface being steamed, characterised in that the soleplate is flexibly coupled to the handle by a flexible bellows or the soleplate is pivotally coupled to the handle and is biased in a direction away from the handle by a biasing member.
Device for cutting a flat element, which advances in an advancing direction, with a cutting line that is transverse to the advancing direction, said cutting device comprising: - a first blade and a second blade having, respectively, a first cutting edge and a second cutting edge extending in length transversely to the advancing direction, said first and second blades (2; 3) cooperating together to cut the flat element with the possibility of taking on an open configuration, in which said first and second cutting edges (4; 5) are spaced apart from one another, defining a passage opening to insert the flat element to be cut, and a closed cutting configuration, in which said first and second cutting edges (4; 5) are superimposed on one another; said first and second blades (2; 3) being configured so as to define a cutting zone that comprises a crossing point between said first and second cutting edges (4; 5) which, during cutting, in the transition from the open to the closed configuration, moves from one side of the flat element to the opposite side; - moving means (7; 8; 9) to supply a cutting motion to said first blade and/or to said second blade for the transition between said open and closed configurations, said moving means comprising a first carriage that carries said first blade and is movable with reciprocating movement in a cutting direction that is transverse to the flat element; characterized in that said cutting direction is tilted with respect to a plane that is orthogonal to the flat element. - a first blade and a second blade having, respectively, a first cutting edge and a second cutting edge extending in length transversely to the advancing direction, said first and second blades (2; 3) cooperating together to cut the flat element with the possibility of taking on an open configuration, in which said first and second cutting edges (4; 5) are spaced apart from one another, defining a passage opening to insert the flat element to be cut, and a closed cutting configuration, in which said first and second cutting edges (4; 5) are superimposed on one another; said first and second blades (2; 3) being configured so as to define a cutting zone that comprises a crossing point between said first and second cutting edges (4; 5) which, during cutting, in the transition from the open to the closed configuration, moves from one side of the flat element to the opposite side; - moving means (7; 8; 9) to supply a cutting motion to said first blade and/or to said second blade for the transition between said open and closed configurations, said moving means comprising a first carriage that carries said first blade and is movable with reciprocating movement in a cutting direction that is transverse to the flat element;