mhurhangee/ep-ind-claims huggingface dataset:
A dispensing system, comprising: a cartridge having a head part and a cartridge wall (18a, 18b) which define a reception chamber (14a, 14b) configured to retain a medium to be dispensed, the head part including a surface (22, 24) and an outlet (20a, 20b) in the surface (22, 24), the outlet (20a, 20b) configured to enable the material to be dispensed therethrough, the cartridge wall (18a, 18b) configured to be collapsible; and a piston (16a, 16b, 116) configured to collapse the cartridge and dispense the medium, the piston (16a, 16b, 116) including a rigid portion (42, 142) having a first diameter (D 3), a first end and a second end, the first end configured to be disposed in a material dispensing direction, and a flexible portion (44, 144) having a second diameter (D 4) less than the first diameter (D 3), a first end disposed in the material dispensing direction and the second end disposed in an opposite direction, the flexible portion (44, 144) being disposed on the first end of the rigid portion (42, 142) such that the second end of the flexible portion (44, 144) is disposed to face the first end of the rigid portion (42, 142), and the flexible portion (44, 144) configured to radially expand upon a force being applied to the piston (16a, 16b, 116) in the material dispensing direction such that the first end of the flexible portion (44, 144) contacts the surface (22, 24) of the head part. a cartridge having a head part and a cartridge wall (18a, 18b) which define a reception chamber (14a, 14b) configured to retain a medium to be dispensed, the head part including a surface (22, 24) and an outlet (20a, 20b) in the surface (22, 24), the outlet (20a, 20b) configured to enable the material to be dispensed therethrough, the cartridge wall (18a, 18b) configured to be collapsible; and a piston (16a, 16b, 116) configured to collapse the cartridge and dispense the medium, the piston (16a, 16b, 116) including a rigid portion (42, 142) having a first diameter (D 3), a first end and a second end, the first end configured to be disposed in a material dispensing direction, and a flexible portion (44, 144) having a second diameter (D 4) less than the first diameter (D 3), a first end disposed in the material dispensing direction and the second end disposed in an opposite direction, the flexible portion (44, 144) being disposed on the first end of the rigid portion (42, 142) such that the second end of the flexible portion (44, 144) is disposed to face the first end of the rigid portion (42, 142), and the flexible portion (44, 144) configured to radially expand upon a force being applied to the piston (16a, 16b, 116) in the material dispensing direction such that the first end of the flexible portion (44, 144) contacts the surface (22, 24) of the head part.
A curing lamp apparatus for mounting to a work surface comprising: a suction cup defining a longitudinal axis perpendicular to a suction cup surface engageable with the work surface; a base mounted to the suction cup; a first bar having a proximal end hingedly mounted to the base and a distal end extending from the base, and further defining a first hinge point between the base and the proximal end of the bar; said curing lamp being characterised in that it further comprises: a first lamp element hingedly mounted to the distal end of the first bar and defining a second hinge point, and further defining a third hinge point between the first lamp element and a second bar; a second lamp element hingedly mounted to a distal end of the second bar to form a line of lamp elements. a suction cup defining a longitudinal axis perpendicular to a suction cup surface engageable with the work surface; a base mounted to the suction cup; a first bar having a proximal end hingedly mounted to the base and a distal end extending from the base, and further defining a first hinge point between the base and the proximal end of the bar; said curing lamp being characterised in that it further comprises: a first lamp element hingedly mounted to the distal end of the first bar and defining a second hinge point, and further defining a third hinge point between the first lamp element and a second bar; a second lamp element hingedly mounted to a distal end of the second bar to form a line of lamp elements. a first lamp element hingedly mounted to the distal end of the first bar and defining a second hinge point, and further defining a third hinge point between the first lamp element and a second bar; a second lamp element hingedly mounted to a distal end of the second bar to form a line of lamp elements.
A method of processing data relating to an electronic map, the map comprising a plurality of segments representing navigable segments in the area covered by the map, the method comprising using a processing apparatus to generate segment data and comprising the steps of: collecting historic travel data (350;632;364;366;368) for the segment; defining a jam condition for the segment, such that where the jam condition is satisfied the segment is classified as jammed and otherwise as not jammed, the jam condition being a jam threshold speed; generating a jam probability for the segment according to the historic travel data and the jam threshold speed, the jam probability indicating the likelihood of a jam on the segment; generating a jam speed (360;370;372) for the segment using the historic travel data, the jam speed being indicative of the speed on the segment when the segment is considered jammed; and associating the jam probability and the jam speed (360;370;372) with the segment in the electronic map. collecting historic travel data (350;632;364;366;368) for the segment; defining a jam condition for the segment, such that where the jam condition is satisfied the segment is classified as jammed and otherwise as not jammed, the jam condition being a jam threshold speed; generating a jam probability for the segment according to the historic travel data and the jam threshold speed, the jam probability indicating the likelihood of a jam on the segment; generating a jam speed (360;370;372) for the segment using the historic travel data, the jam speed being indicative of the speed on the segment when the segment is considered jammed; and associating the jam probability and the jam speed (360;370;372) with the segment in the electronic map.
A device for transporting abrasive in a blast chamber, comprising longitudinal sections resting on a foundation slab, a traction system for moving an axle set of a rail car along a transport track (10, 11), said traction system being equipped with a substantially horizontal loop including loop return wheels and a loop connector that is a chain or a rope, an abrasive recovery zone that comprises sweeping frames with scrapers located in a corridor between and laterally limited by said longitudinal sections, characterised in that the loop connector is placed in an individually assigned guiding slot, arranged on top of each longitudinal section, wherein the top of the longitudinal sections are equipped with through voids for withdrawing abrasive, at least in the area of said guiding slots, into said abrasive recovery zone.
Elevator installation having a shaft in which a first elevator car and a second elevator car, which is arranged below the first elevator car, are movable up and down in the vertical direction along a common guideway separately from one another, wherein the first elevator car is coupled with a first counterweight by means of first suspension ropes or suspension belts, which are guided by means of a first traction sheave which is arranged above the two elevator cars (22, 24), and by means of first compensation ropes (62; 122) or compensation belts, which are guided by means of a first guide pulley arrangement which is arranged below the two elevator cars (22, 24), and wherein the second elevator car is coupled with a second counterweight by means of second suspension ropes or suspension belts, which are guided by means of a second traction sheave which is arranged above the two elevator cars (22, 24), and by means of second compensation ropes or compensation belts, which are guided by means of a second guide pulley arrangement which is arranged below the two elevator cars (22, 24), wherein the first compensation ropes (62; 122) or compensation belts comprise a first and a second cable or belt end (64, 90; 124, 126), wherein they are secured by way of both cable or belt ends (64, 90; 124, 126) either on the first counterweight or on the bottom surface of the first elevator car, characterized in that the first compensation ropes (62; 122) or compensation belts are guided around at least one roller (82; 128, 130) which is arranged on the bottom surface of the first elevator car or around at least one roller (82; 128, 130) which is arranged on the first counterweight.
A device for handling the edge of a ribbon of glass in viscous form being displaced on a liquid bath in a float chamber, comprising firstly a wheel, installed at the distal end of a barrel, characterized in that the wheel can rotate around its own axis, and is fitted such that this axis of rotation around itself coincides with the longitudinal geometric axis of the barrel, and forms together with the latter a permanent fixed angle other than zero, which can not be modified by regulation, and the value of which is determined by design, said value being between 5 and 30°, and also comprising a means for generation of the movement of rotation of the wheel.
A pilot-controlled valve arrangement having at least one valve mechanism, which is accommodated in a valve housing, for multi-stage switching of a compressed air flow between a feed pressure port and a working line port, wherein, in at least one switching stage, a throttled compressed air flow can be generated by throttling means, characterized in that the pneumatic pilot controller comprises a first control piston which is accommodated in a first control chamber formed in the valve housing and which comprises a coaxial recess for forming a second control chamber in which a second control piston is accommodated, such that an additive action of control pressure on the control chambers (9, 10) generates a telescopic extension of a plunger, which extends from the second control piston, for generating a multi-stage switching stroke for the valve mechanism in order to realize the throttled compressed air flow in at least one switching stage, which lies between the closed and open valve positions, of the valve mechanism.
A method for elliptic curve point multiplication operable by a device, comprising: obtaining a scalar multiplier (k) of a base point of order (n) on an elliptic curve for use with an elliptic curve point multiplication procedure operating on values represented as a series of bits; determining a range of values for an integer multiplier (r) sufficient to ensure that, regardless of a particular value of (r) obtained within the range of values, elliptic curve point multiplication procedures performed using the scalar multiplier (k) summed with a product of the integer multiplier (r) and the order (n) consume one or more resources of the device independent of the value of the scalar multiplier (k); obtaining an integer multiplier (r) from within the range of values using one or more of random and pseudorandom selection; performing at least one elliptic curve point multiplication procedure using the scalar multiplier (k), the integer multiplier (r) and the order (n) while consuming the one or more resources of the device independent of the value of the scalar multiplier (k); and recoding the scalar multiplier (k) summed with the product of the integer multiplier (r) and the order (n) to yield a recoded value. obtaining a scalar multiplier (k) of a base point of order (n) on an elliptic curve for use with an elliptic curve point multiplication procedure operating on values represented as a series of bits; determining a range of values for an integer multiplier (r) sufficient to ensure that, regardless of a particular value of (r) obtained within the range of values, elliptic curve point multiplication procedures performed using the scalar multiplier (k) summed with a product of the integer multiplier (r) and the order (n) consume one or more resources of the device independent of the value of the scalar multiplier (k); obtaining an integer multiplier (r) from within the range of values using one or more of random and pseudorandom selection; performing at least one elliptic curve point multiplication procedure using the scalar multiplier (k), the integer multiplier (r) and the order (n) while consuming the one or more resources of the device independent of the value of the scalar multiplier (k); and recoding the scalar multiplier (k) summed with the product of the integer multiplier (r) and the order (n) to yield a recoded value.
A cellular microcompartment comprising successively, organized around a lumen: - at least one layer of human pluripotent cells; - an extracellular matrix layer; - an outer layer of hydrogel, wherein said microcompartment is closed. - at least one layer of human pluripotent cells; - an extracellular matrix layer; - an outer layer of hydrogel,
A method of preparing a water-soluble variant of a G-protein coupled receptor (GPCR), the method comprising replacing each of the 7-transmembrane α-helical hydrophobic residues Leucine, isoleucine, valine, and phenylalanine in hydrophilic surface α-helical positions b, c, and f but not positions a, d, e, and g of the GPCR, with glutamine, threonine, threonine, and tyrosine, respectively.
An attachment device of a display panel comprising: a vacuum chamber unit; and a vacuum source that is arranged to exhaust the air in the vacuum chamber unit, wherein the vacuum chamber unit is formed by a chamber main body and a chamber lid body, a fixed attachment base including a dam jig is provided in the chamber main body, and a movable attachment base is provided in the chamber lid body, wherein the dam jig is installed for sealing a large part of a peripheral surface of a display panel to prevent flowing and diffusion of an adhesive applied to the display panel, and a non-sealed portion is exposed in a peripheral part of the display panel not in contact with the dam jig, wherein the attachment device is arranged such that under a vacuum environment where the chamber lid body is closed and the air in the vacuum chamber unit is exhausted by the vacuum source, the movable attachment base can be pressed toward the fixed attachment base and an object to be attached can be attached to the display panel, and while under the vacuum environment where the display panel and the object to be attached are attached, the vacuum chamber unit can be brought into a standing posture by a chamber inclination device, such that the non-sealed portion is placed at a standing upper end of the display panel, and bubbles generated on an attachment surface in a process of hardening the adhesive can be removed from the non-sealed portion. a vacuum chamber unit; and a vacuum source that is arranged to exhaust the air in the vacuum chamber unit, wherein the vacuum chamber unit is formed by a chamber main body and a chamber lid body, a fixed attachment base including a dam jig is provided in the chamber main body, and a movable attachment base is provided in the chamber lid body, wherein the dam jig is installed for sealing a large part of a peripheral surface of a display panel to prevent flowing and diffusion of an adhesive applied to the display panel, and a non-sealed portion is exposed in a peripheral part of the display panel not in contact with the dam jig, wherein the attachment device is arranged such that under a vacuum environment where the chamber lid body is closed and the air in the vacuum chamber unit is exhausted by the vacuum source, the movable attachment base can be pressed toward the fixed attachment base and an object to be attached can be attached to the display panel, and while under the vacuum environment where the display panel and the object to be attached are attached, the vacuum chamber unit can be brought into a standing posture by a chamber inclination device, such that the non-sealed portion is placed at a standing upper end of the display panel, and bubbles generated on an attachment surface in a process of hardening the adhesive can be removed from the non-sealed portion.
A sectional-type high wear-resistant double-layer straight tube preparing method, wherein the wear-resistant tube is made to be a double-layer construction, including an outer protective tube and an inner wear-resistant tube, wherein the inner wear-resistant tube is consisted of two or more sections of wear-resistant tube connected in sequence, wherein the wear-resistant tube preparation method includes the following steps: Step S1, preparing the outer protective tube; Step S2, preparing multiple sections of the inner wear-resistant tube; Step S3, installing the multiple sections of the inner wear-resistant tube into the outer protective tube characterized in that the Step S2 includes: Step S2.1, preparing or acquiring of steel plates of high carbon high chromium; Step S2.2, heating treatment on the steel plates by spherical annealing, the temperature of the spherical annealing is at 750-800°C; Step S2.3, cutting the steel plate treated according to a predetermined size and get a steel plate with predetermined size; Step S2.4, bending the steel plate with predetermined size to a ring-shape using a bending machine with its long edge used as its circumference, and its short edge as the length of the tube; Step S2.5, welding the ends of predetermined size steel plate together, as a section of the inner wear-resistant tube, repeating Steps S2.1-S2.5 and preparing multiple sections of inner wear-resistant tube. Step S1, preparing the outer protective tube; Step S2, preparing multiple sections of the inner wear-resistant tube; Step S3, installing the multiple sections of the inner wear-resistant tube into the outer protective tube characterized in that the Step S2 includes: Step S2.1, preparing or acquiring of steel plates of high carbon high chromium; Step S2.2, heating treatment on the steel plates by spherical annealing, the temperature of the spherical annealing is at 750-800°C; Step S2.3, cutting the steel plate treated according to a predetermined size and get a steel plate with predetermined size; Step S2.4, bending the steel plate with predetermined size to a ring-shape using a bending machine with its long edge used as its circumference, and its short edge as the length of the tube; Step S2.5, welding the ends of predetermined size steel plate together, as a section of the inner wear-resistant tube, repeating Steps S2.1-S2.5 and preparing multiple sections of inner wear-resistant tube. Step S2.1, preparing or acquiring of steel plates of high carbon high chromium; Step S2.2, heating treatment on the steel plates by spherical annealing, the temperature of the spherical annealing is at 750-800°C; Step S2.3, cutting the steel plate treated according to a predetermined size and get a steel plate with predetermined size; Step S2.4, bending the steel plate with predetermined size to a ring-shape using a bending machine with its long edge used as its circumference, and its short edge as the length of the tube; Step S2.5, welding the ends of predetermined size steel plate together, as a section of the inner wear-resistant tube, repeating Steps S2.1-S2.5 and preparing multiple sections of inner wear-resistant tube.
A system comprising: an atherectomy catheter including a cutter and an OCT imaging sensor attached thereto configured to gather OCT images of a vessel; and a controller, the controller configured to automatically identify an external elastic lamina in the OCT images and to adjust a depth of cutting performed by the cutter based upon the identification. an atherectomy catheter including a cutter and an OCT imaging sensor attached thereto configured to gather OCT images of a vessel; and a controller, the controller configured to automatically identify an external elastic lamina in the OCT images and to adjust a depth of cutting performed by the cutter based upon the identification.
Apparatus for clamping an electrical cable which can be connected to a plug-in connector housing, comprising the plug-in connector housing, with a receiving sleeve (10, 10') which is integrally formed for the cable and which is provided with a thread and at least ' one clamping element, wherein the clamping element is arranged in a cutout along the receiving sleeve, wherein the clamping element is exposed on three sides, with a free end which points in the insertion direction, wherein the insertion direction is the direction in which the cable is introduced into the receiving sleeve, wherein the clamping element has a thickened portion on its surface which points radially outward, which thickened portion forms a flattened, oblique surface in relation to the fastened end of the clamping element, and wherein the clamping element is pushed radially inward and the cable is clamped by screwing a compression screw onto the receiving sleeve with the cable inserted therein.
A method of moist creping absorbent paper base sheet, the method comprising the steps of: (a) forming a nascent web comprising at least a major proportion of recycled fiber, wherein at least a major portion of the recycled fiber, as determined on a length-weighted basis, exhibits flattened ribbonlike cellulosic fibers; (b) applying a creping adhesive coating comprising an admixture of polyvinyl alcohol and a polyamide crosslinked with epichlorohydrin to a Yankee dryer; (c) passing the nascent web through a nip defined between a suction pressure roll and the Yankee dryer; and (d) adhering the nascent web to the Yankee dryer with a pressure that is controlled by controlling the loading between the suction pressure roll and the Yankee dryer; (e) drying the nascent web on the Yankee dryer to a moisture content that corresponds to a sheet temperature of the web of between 110°C to 121°C; (f) controlling, during the drying step, the sheet temperature, immediately prior to a creping blade, to between 110°C to 121°C, the sheet temperature being measured just prior to a creping step; (g) creping the nascent web, at a sheet temperature of between 110°C to 121°C, from the Yankee dryer with the creping blade bearing against the Yankee dryer to form a moist web; and (h) following the creping step, drying the moist web to form a dry web. (a) forming a nascent web comprising at least a major proportion of recycled fiber, wherein at least a major portion of the recycled fiber, as determined on a length-weighted basis, exhibits flattened ribbonlike cellulosic fibers; (b) applying a creping adhesive coating comprising an admixture of polyvinyl alcohol and a polyamide crosslinked with epichlorohydrin to a Yankee dryer; (c) passing the nascent web through a nip defined between a suction pressure roll and the Yankee dryer; and (d) adhering the nascent web to the Yankee dryer with a pressure that is controlled by controlling the loading between the suction pressure roll and the Yankee dryer; (e) drying the nascent web on the Yankee dryer to a moisture content that corresponds to a sheet temperature of the web of between 110°C to 121°C; (f) controlling, during the drying step, the sheet temperature, immediately prior to a creping blade, to between 110°C to 121°C, the sheet temperature being measured just prior to a creping step; (g) creping the nascent web, at a sheet temperature of between 110°C to 121°C, from the Yankee dryer with the creping blade bearing against the Yankee dryer to form a moist web; and (h) following the creping step, drying the moist web to form a dry web.