mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing apparatus for a duckbill mask, comprising a compounding mechanism, an edge folding mechanism, an edge sealing mechanism, a convex sealing mechanism and a cutting mechanism, wherein the compounding mechanism, the edge folding mechanism and the edge sealing mechanism are multi-line mechanisms; and the edge sealing mechanism comprises a nose edge press sealing mechanism and a jaw edge press sealing mechanism, characterized in that the convex sealing mechanism is provided with a first right mask ear belt roll, a first left mask ear belt roll, a front slow release wheel, a rear slow release wheel, a right ear belt cutter wheel, a left ear belt cutter wheel, an ear belt chisel, a second right mask ear belt roll, a second left mask ear belt roll, an upper overlapping roller, a lower overlapping roller, a convex-edge press sealing upper roller and a convex-edge press sealing lower roller; the edge sealing mechanism comprises a mask upper edge sealing component and a mask lower edge sealing component, wherein the mask upper edge sealing component comprises a mask upper-side guide wheel, a mask upper-side edge sealing upper roller, a mask upper-side edge sealing lower roller and a nose bridge press sealing edge; and the mask lower edge sealing component comprises a mask lower-side edge sealing upper roller, a mask lower-side edge sealing lower roller, a jaw press sealing edge and a mask lower-side guide wheel; a mask upper-side left edge sealing member (7.1) and a mask upper-side right edge sealing member (7.2) are arranged at two ends of the mask upper-side edge sealing upper roller separately, wherein a left mask nose bridge position (7.3) is arranged on the mask upper-side left edge sealing member (7.1), a right mask nose bridge position (7.4) is arranged on the mask upper-side right edge sealing member (7.2), and the left mask nose bridge position (7.3) and the right mask nose bridge position (7.4) are staggered. the edge sealing mechanism comprises a mask upper edge sealing component and a mask lower edge sealing component, wherein the mask upper edge sealing component comprises a mask upper-side guide wheel, a mask upper-side edge sealing upper roller, a mask upper-side edge sealing lower roller and a nose bridge press sealing edge; and the mask lower edge sealing component comprises a mask lower-side edge sealing upper roller, a mask lower-side edge sealing lower roller, a jaw press sealing edge and a mask lower-side guide wheel; a mask upper-side left edge sealing member (7.1) and a mask upper-side right edge sealing member (7.2) are arranged at two ends of the mask upper-side edge sealing upper roller separately, wherein a left mask nose bridge position (7.3) is arranged on the mask upper-side left edge sealing member (7.1), a right mask nose bridge position (7.4) is arranged on the mask upper-side right edge sealing member (7.2), and the left mask nose bridge position (7.3) and the right mask nose bridge position (7.4) are staggered.
A flexible, compressive orthopedic sleeve of stretchable fabric having a top opening and a bottom opening; at least said top opening having an attached perimeter band; said flexible compressive sleeve having an interior surface, and an exterior surface, and said exterior surface having at least a partial covering of polymeric webbing of greater compressive force than the flexible compressive sleeve to reinforce compression at orthopedic strategic locations, heat bonded to the exterior surface of said flexible compressive sleeve to provide kinetic retention and support throughout the sleeve; and characterised in that said polymeric webbing covers an area of the flexible compressive sleeve in a manner that is greater near the top opening than in a middle portion. at least said top opening having an attached perimeter band; said flexible compressive sleeve having an interior surface, and an exterior surface, and said exterior surface having at least a partial covering of polymeric webbing of greater compressive force than the flexible compressive sleeve to reinforce compression at orthopedic strategic locations, heat bonded to the exterior surface of said flexible compressive sleeve to provide kinetic retention and support throughout the sleeve; and characterised in that said polymeric webbing covers an area of the flexible compressive sleeve in a manner that is greater near the top opening than in a middle portion.
A decorative film formed body, comprising: a base material; an adhesive layer; a vapor deposition layer; and a protection layer, the base material, the adhesive layer, the vapor deposition layer, and the protection layer being formed in the stated order; wherein the vapor deposition layer has recesses and projections formed on a surface thereof, and wherein the adhesive layer includes scale-shaped fillers, said scale-shaped fillers being embedded in the adhesive layer, and the recesses and projections of the vapor deposition layer comprise recesses and projections deformed along a shape of the embedded scale-shaped fillers. a base material; an adhesive layer; a vapor deposition layer; and a protection layer, the base material, the adhesive layer, the vapor deposition layer, and the protection layer being formed in the stated order; wherein the vapor deposition layer has recesses and projections formed on a surface thereof, and wherein the adhesive layer includes scale-shaped fillers, said scale-shaped fillers being embedded in the adhesive layer, and the recesses and projections of the vapor deposition layer comprise recesses and projections deformed along a shape of the embedded scale-shaped fillers.
A diaphragm pump comprising: a diaphragm including a deformed portion that forms a part of a wall of a pump chamber; a crank body fixed to a rotating shaft of a motor; a driving shaft including one end fixed to a position of the crank body decentered from the rotating shaft and tilting with respect to the rotating shaft; a driving body configured to convert a rotation of the crank body into a reciprocal motion and transmit the reciprocal motion to the deformed portion, the driving body including a shaft portion including an oil storage portion and a shaft hole in which the driving shaft is rotatably fitted, and an arm portion projecting from the shaft portion outward in a radial direction and connected to the deformed portion, and; a pump mechanism configured to alternately repeat a state in which a fluid is discharged from the pump chamber and a state in which the fluid is sucked into the pump chamber along with the reciprocal motion of the driving body; characterized in that the shaft hole comprising a non-through hole including an opening-side end and a closed-side end each including an inner peripheral surface that contacts the driving shaft over a whole circumference of the inner peripheral surface without being interrupted by the oil storage portion, and the oil storage portion opening to a region between the opening-side end and the closed-side end of the shaft hole.
A rail vehicle, comprising a front apron and at least one pilot, which is disposed in front of the first wheelset, in the direction of travel, on the bogie frame of the rail vehicle, characterized in that in addition to the pilot, another protective device is provided, the protective device comprising vertically or angularly movable, retractable and extendable pilot pistons, which are disposed along the lower contour of the front apron facing the travel track beneath the car body of the rail vehicle, the pilot pistons of the protective device each being guided and supported by a guide tube surrounding the pistons, and not extending beyond the lower edge of the pilot facing the the travel track when retracted.
Vehicle seat, in particular a utility vehicle seat, comprising a first seat part and a second seat part which is displaceable in the longitudinal direction relative to the first seat part in order to adjust the seat depth, wherein at least one slider is provided, which is connected to the first seat part and protrudes with a head-shaped connection area through a guide slot provided in the second seat part, wherein, in order to secure the slider on the first seat part, an anchoring element, which is designed as a separate part and is made of metal, is provided, which anchoring element protrudes through the slider and through the first seat part and establishes a form-fit connection of the slider to the first seat part, wherein the anchoring element has a plate-shaped holding area, which bears on the connection area of the slider, wherein at least one claw is provided on the holding area, which claw plastically deforms at least one support area of the slider.
A laundry processor by use of circulating water, provided with a water storage device for containing the circulating water, wherein the water storage device has a water outlet located at a bottom of the water storage device, characterized in that the water outlet comprises a movable wall (63, 82), and the movable wall (63, 82) is disposed in a drainage passage (61, 81) tending to compress the water outlet under the effect of water pressure.
Brace for a fractured leg of a quadruped animal such as a cow or a horse, comprising a support structure configured for housing therein the fractured leg, preventing said leg from resting on the ground, the brace comprising an immobilizing structure configured for immobilizing the fractured leg by pressure, the immobilizing structure being attached to the support structure, wherein the immobilizing structure is slidable with respect to the support structure, characterized in that the support structure comprises an upper support (4; 4') configured for being supported on the lower part of the chest or of the thigh of the animal, a lower base, and main columns which are arranged between the upper support (4; 4') and the lower base, such that the animal rests on the support structure being supported on the lower base, where the immobilizing structure can be slid being guided on the main columns of the support structure.
A fiber optic connector and fiber optic cable assembly comprising: a fiber optic cable including a plurality of optical fibers, at least one strength member for reinforcing the fiber optic cable, and a cable jacket for containing the optical fibers and the strength member; a connector body having a distal end and a proximal end, the proximal end including an anchoring region for anchoring the strength member of the fiber optic cable; a multi-fiber ferrule mounted at the distal end of the connector body, the multi-fiber ferrule supporting end portions of the optical fibers; a protective housing mounted over the connector body, the protective housing having a proximal end and a distal end; and a dust cap that mounts over the distal end of the protective housing; characterised in that the fiber optic connector and fiber optic cable assembly further comprises: a dimensionally recoverable sleeve positioned over the proximal end of the protective housing and over the jacket of the fiber optic cable to secure the jacket to the protective housing and to prevent contaminants from entering the protective housing through the proximal end of the protective housing; and a sealing member that forms an environmental seal between the dust cap and the protective housing for preventing contaminants from entering the protective housing. a fiber optic cable including a plurality of optical fibers, at least one strength member for reinforcing the fiber optic cable, and a cable jacket for containing the optical fibers and the strength member; a connector body having a distal end and a proximal end, the proximal end including an anchoring region for anchoring the strength member of the fiber optic cable; a multi-fiber ferrule mounted at the distal end of the connector body, the multi-fiber ferrule supporting end portions of the optical fibers; a protective housing mounted over the connector body, the protective housing having a proximal end and a distal end; and a dust cap that mounts over the distal end of the protective housing; characterised in that the fiber optic connector and fiber optic cable assembly further comprises: a dimensionally recoverable sleeve positioned over the proximal end of the protective housing and over the jacket of the fiber optic cable to secure the jacket to the protective housing and to prevent contaminants from entering the protective housing through the proximal end of the protective housing; and a sealing member that forms an environmental seal between the dust cap and the protective housing for preventing contaminants from entering the protective housing.
An imaging device which determines an in-focus position by contrast autofocus, comprising: a first optical system including a first lens and a first image sensor; a second optical system including a second lens and a second image sensor; a signal processing unit configured to read an image signal from at least one of the first image sensor and the second image sensor, and generate an image for display; and a display unit to display the generated image, wherein in the contrast auto focus operation, the signal processing unit is configured to read a part of the image signal from the first image sensor and calculate a contrast value based on the read part of the image signal, characterized in that in the contrast auto focus operation, the signal processing unit is configured to determine whether or not a process time for the contrast autofocus operation is longer than a predetermined time, and generate the image for display from the image signal read from the second image sensor when the process time is longer than the predetermined time. a first optical system including a first lens and a first image sensor; a second optical system including a second lens and a second image sensor; a signal processing unit configured to read an image signal from at least one of the first image sensor and the second image sensor, and generate an image for display; and a display unit to display the generated image, wherein in the contrast auto focus operation, the signal processing unit is configured to read a part of the image signal from the first image sensor and calculate a contrast value based on the read part of the image signal, characterized in that in the contrast auto focus operation, the signal processing unit is configured to determine whether or not a process time for the contrast autofocus operation is longer than a predetermined time, and generate the image for display from the image signal read from the second image sensor when the process time is longer than the predetermined time.
A processing tool which can be accommodated in an upper tool holder of a punching machine, wherein the upper tool holder is rotatable around a vertical Z axis, the processing tool comprising: an accommodation body for accommodating at least two tool elements, a retainer, in which the accommodation body is provided in such a manner that it is rotatable around a rotation axis, wherein the rotation axis is oriented in a direction different from a vertical direction, the accommodation body comprises at least two external surface portions arranged at different places in a circumferential direction, and to which the tool elements can be fixed, and the processing tool comprises a tool shank for being accommodated in the upper tool holder, wherein the processing tool comprises a driving mechanism (19, 25, 27) coupled to the accommodation body, characterized in that the driving mechanism comprises a gear rim rotatable around a second rotation axis, the gear rim having a first tooth profile, the accommodation body is provided with a tooth profile, and the tooth profile engages the first tooth profile, and the gear rim comprises a second tooth profile which can be coupled to a rotary drive of an external driving mechanism. an accommodation body for accommodating at least two tool elements, a retainer, in which the accommodation body is provided in such a manner that it is rotatable around a rotation axis, wherein the rotation axis is oriented in a direction different from a vertical direction, the accommodation body comprises at least two external surface portions arranged at different places in a circumferential direction, and to which the tool elements can be fixed, and the processing tool comprises a tool shank for being accommodated in the upper tool holder, wherein the processing tool comprises a driving mechanism (19, 25, 27) coupled to the accommodation body, characterized in that the driving mechanism comprises a gear rim rotatable around a second rotation axis, the gear rim having a first tooth profile, the accommodation body is provided with a tooth profile, and the tooth profile engages the first tooth profile, and the gear rim comprises a second tooth profile which can be coupled to a rotary drive of an external driving mechanism.
A compound analysis method, the method characterised by comprising: a) depositing an electrically active cellular network on an electrode array such that each electrode is arranged to detect electrical activity from a single cell in the network; b) obtaining, from the electrode array, the electrical output of the electrically active cellular network; c) application of a compound to the electrically active cellular network; d) determining a vector having a number of dimensions equal to a number of features derived from the obtained electrical output, wherein each component of said vector is representative of a change in said feature resulting from the application of the compound to said electrically active cellular network; and e) classifying said vector in accordance with a predetermined cluster analysis methodology. a) depositing an electrically active cellular network on an electrode array such that each electrode is arranged to detect electrical activity from a single cell in the network; b) obtaining, from the electrode array, the electrical output of the electrically active cellular network; c) application of a compound to the electrically active cellular network; d) determining a vector having a number of dimensions equal to a number of features derived from the obtained electrical output, wherein each component of said vector is representative of a change in said feature resulting from the application of the compound to said electrically active cellular network; and e) classifying said vector in accordance with a predetermined cluster analysis methodology.
Differential cage for a motor vehicle transmission, comprising a cylindrical external bearing surface for supporting a differential ring gear, characterized in that the bearing surface for supporting the ring gear is surmounted on one edge by an orthogonal shoulder in the shape of an annulus having, on its circumference, a regular alternation of radially oriented striations and ribs which together constitute a measurement target for measuring the rotational speed of the cage.
A device for temporarily increasing power in order to increase the power from at least one first turbine engine and from at least one second turbine engine, said device comprising: - a tank of coolant liquid; - a first injection circuit connected to said tank and leading to at least one injection nozzle configured to be installed upstream from the first turbine engine; - a second injection circuit connected to said tank and leading to at least one injection nozzle configured to be installed upstream from the second turbine engine; - each of the first and second injection circuits (16A, 16B) including at least one first valve and at least one second valve arranged upstream from said at least one first valve; the device being characterized in that it comprises - a bridge pipe connecting together the first injection circuit and the second injection circuit upstream from their respective first valves and downstream from their respective second valves. - a tank of coolant liquid; - a first injection circuit connected to said tank and leading to at least one injection nozzle configured to be installed upstream from the first turbine engine; - a second injection circuit connected to said tank and leading to at least one injection nozzle configured to be installed upstream from the second turbine engine; - each of the first and second injection circuits (16A, 16B) including at least one first valve and at least one second valve arranged upstream from said at least one first valve; the device being characterized in that it comprises - a bridge pipe connecting together the first injection circuit and the second injection circuit upstream from their respective first valves and downstream from their respective second valves.
Method for encoding pre-processed audio data, comprising steps of receiving pre-processed audio data having a first Higher-Order Ambisonics, HOA, format, transforming time-domain coefficients of the audio data of the first HOA format into an equivalent spatial domain representation by an inverse Discrete Spherical Harmonics Transform, iDSHT; encoding the audio data in the spatial domain representation; encoding auxiliary data that indicate a particular audio pre-processing of the audio data, the auxiliary data comprising at least metadata about virtual or real loudspeaker positions, an indication that the audio data was derived from HOA content, and at least one of an order of the HOA content representation, a 2D, 3D or hemispherical representation, and positions of spatial sampling points.
Method for direct roadway installation of inductors for inductive electric power transfer, comprising the steps of: - making a coil and arranging it onto a base of dielectric material, - making an excavation suitable for housing the coil, - depositing a first layer of dielectric material, - positioning the coil, - depositing a second layer of dielectric material, - waiting for the layer of dielectric material to dry, and - depositing a paving layer, wherein said dielectric material is bituminous lacquer or tar paint or epoxy resin for transformers. - making a coil and arranging it onto a base of dielectric material, - making an excavation suitable for housing the coil, - depositing a first layer of dielectric material, - positioning the coil, - depositing a second layer of dielectric material, - waiting for the layer of dielectric material to dry, and - depositing a paving layer,