mhurhangee/ep-ind-claims huggingface dataset:
A vehicle body carrier comprising: - a carrier base including first engaging means for, in use, engaging part of a first vehicle body to secure it on the carrier base in an operatively horizontal position; - a carrier extension member; wherein - a support arrangement is attached to and protrudes from the carrier extension member in an operatively upwardly direction wherein it extends operatively above the carrier base, the support arrangement including second engaging means for, in use, engaging part of a second vehicle body to secure it on the support arrangement in an operatively inclined position at least partially above the first vehicle body, characterised in that the carrier extension member is pivotally connected to the carrier base wherein it is pivotally displaceable relative to the carrier base between a first, collapsed position, wherein it is located adjacent to, in line and coplanar with the carrier base, and a second, slanted position, wherein it extends at an acute angle to the carrier base. - a carrier base including first engaging means for, in use, engaging part of a first vehicle body to secure it on the carrier base in an operatively horizontal position; - a carrier extension member; wherein - a support arrangement is attached to and protrudes from the carrier extension member in an operatively upwardly direction wherein it extends operatively above the carrier base, the support arrangement including second engaging means for, in use, engaging part of a second vehicle body to secure it on the support arrangement in an operatively inclined position at least partially above the first vehicle body, characterised in that the carrier extension member is pivotally connected to the carrier base wherein it is pivotally displaceable relative to the carrier base between a first, collapsed position, wherein it is located adjacent to, in line and coplanar with the carrier base, and a second, slanted position, wherein it extends at an acute angle to the carrier base.
A turbocharger assembly comprising: a housing that comprises a through bore having a central axis that extends between a compressor end and a turbine end of the housing; and a bearing, configured for receipt by the through bore, wherein the bearing comprises an inner journal configured to rotatably support a turbocharger shaft and wherein the inner journal comprises a central axis, an axial length, a lubricant opening, an axially confined lubricant well wherein the lubricant opening opens to the lubricant well, a lubricant ramp that rises over an arc span from a first radial distance measured from the central axis to a second, lesser radial distance measured from the central axis, the axially confined lubricant well and the lubricant opening located within the arc span of the lubricant ramp, and a lubricant channel that spans the axial length of the inner journal, characterized in that a lubricant flow path, defined by a radial depth and an axial width, extends over an arc span from the axially confined lubricant well directly to the lubricant channel. a housing that comprises a through bore having a central axis that extends between a compressor end and a turbine end of the housing; and a bearing, configured for receipt by the through bore, wherein the bearing comprises an inner journal configured to rotatably support a turbocharger shaft and wherein the inner journal comprises a central axis, an axial length, a lubricant opening, an axially confined lubricant well wherein the lubricant opening opens to the lubricant well, a lubricant ramp that rises over an arc span from a first radial distance measured from the central axis to a second, lesser radial distance measured from the central axis, the axially confined lubricant well and the lubricant opening located within the arc span of the lubricant ramp, and a lubricant channel that spans the axial length of the inner journal, characterized in that a lubricant flow path, defined by a radial depth and an axial width, extends over an arc span from the axially confined lubricant well directly to the lubricant channel.
An aerosol-forming member (10a, 60a) for an aerosol delivery device comprising a sheet of material configured to heat and wick a solution, wherein the sheet of material comprises at least one corrugation (10b, 60b), so as to provide the sheet with a cross-sectional profile comprising at least one point of inflection.
An anti-inflammatory and bacteriostatic composition comprising non-hygroscopic maltodextrin, from 8 to 12% by weight of zinc oxide as thixotropy agent, 1.8% of maltose, 0.0002% by weight of sodium, 0.0002% weight of potassium, 0.0002% by weight of calcium, 0.0002% by weight of phosphorus, and 0.0006% by weight of magnesium, and the remainder water, wherein the non-hygroscopic maltodextrin is comprised in the composition as dispersion with a content of solids of 45-75%, wherein the anti-inflammatory and bacteriostatic composition has a viscosity greater than 100,000 cp in resting state, a pH from 4 to 7, for use in the treatment of selected chronic ulcerated lesions of diabetic foot and varicose venous ulcers.
A system to detect entangled fishing gear, the system comprising: a buoy attachable to fishing gear; a depth sensor of the buoy; and a transmitter of the buoy; characterised by: a detector configured to differentiate between entanglement with a marine mammal and another event based on output of the depth sensor; and wherein the transmitter is configured to transmit an alert based upon said differentiation. a buoy attachable to fishing gear; a depth sensor of the buoy; and a transmitter of the buoy; a detector configured to differentiate between entanglement with a marine mammal and another event based on output of the depth sensor; and wherein the transmitter is configured to transmit an alert based upon said differentiation.
A surgically implantable injection port comprising: (a) an integral attachment mechanism comprising at least two fasteners for attaching said injection port to a body, said fasteners having a sharp end adapted to penetrate tissues of the body, said fasteners having a deployed position in which said fasteners are effective to secure said injection port to bodily tissues and an undeployed position, wherein each of said fasteners is configured to rotate about a respective axis as said fasteners move from said undeployed position to said deployed position; and (b) an actuator for moving said fasteners from said undeployed position to said deployed position and back to said undeployed position, wherein the injection port further comprises an associated link member for each of said fasteners, each link member having a first end and a second end, the first end rotatably carried by the actuator, the second end disposed within a slot of the associated fastener, wherein said actuator is configured to rotate about a respective axis, and comprises an associated surface for each of said fasteners, each said surface configured to exert a rotational force on each associated fastener when said actuator is rotated in a deploying direction, thereby moving each of said fasteners from said undeployed position to said deployed position; and wherein the link members are configured to exert a rotational force on each associated fastener by pulling against the slot of each associated fastener when said actuator is rotated in an undeploying direction, thereby moving said fasteners from said deployed position to said undeployed position. (a) an integral attachment mechanism comprising at least two fasteners for attaching said injection port to a body, said fasteners having a sharp end adapted to penetrate tissues of the body, said fasteners having a deployed position in which said fasteners are effective to secure said injection port to bodily tissues and an undeployed position, wherein each of said fasteners is configured to rotate about a respective axis as said fasteners move from said undeployed position to said deployed position; and (b) an actuator for moving said fasteners from said undeployed position to said deployed position and back to said undeployed position,
Equipment for treating and caring for the spinal column by means of the structural and functional conditioning of segments through movement in selected postures, comprising a support frame, a seat for the patient, the position of which may be oriented and adjusted, means for controlling the posture of the body and spinal column, adjustable support means for the feet and legs, in addition to a force-transmission circuit, made up of flexible rope, chain or cable, which links the frame, seat and controlled support means for the feet and legs through two-way support pulleys; said support frame being C-shaped with a central vertical stretch, an upper horizontal stretch from which the means for controlling the posture of the body and spinal column are suspended and a lower horizontal stretch, which is parallel to the upper stretch and to which a vertical column that supports the seat and adjustable support means for the legs and feet are mounted; said means for controlling the posture of the body and spinal column being made up of segments (19, 21, 22, 24), which make up an adjustable corset that can be adapted to the patient's core, characterised in that it comprises traction/distraction means and adjustable support means for the arms that are suspended from the upper horizontal stretch, in that the segments comprise frontal (19, 21) and rear (22, 24) segments, in that said adjustable feet and support means for the legs and feet comprise two upper horizontal supports, which are aligned, serve to support the legs and are mounted to the column supporting the seat, in addition to two lower foot rests, the position of which may be adjusted and which are suspended from the upper supports; with the aforementioned traction/distraction and arm support means consisting of an upper crossbar bearing adjustable end handles and two lower arm rests, the position of which may also be adjusted and which have a front grip.
A computer-implemented method for allowing a user to rotate a tooth arch, such that the tooth arch can be examined from different views, the computer-implemented method comprising: Showing, in a user interface, a first tooth arch showing teeth in an unmodified position associated with a subject and a second tooth arch showing the teeth of the first tooth arch in a modified position associated with the subject; wherein, if the user rotates the first tooth arch, the second tooth arch is rotated in the same direction and in the same amount and characterized in that the tooth arches are shown in the same directional view during the rotation, wherein the first tooth arch is shown in a first window and the second tooth arch is shown in a second window and wherein a digital representation of the first tooth arch shown in the user interface is dragged to rotate the first tooth arch. Showing, in a user interface, a first tooth arch showing teeth in an unmodified position associated with a subject and a second tooth arch showing the teeth of the first tooth arch in a modified position associated with the subject; wherein, if the user rotates the first tooth arch, the second tooth arch is rotated in the same direction and in the same amount and characterized in that the tooth arches are shown in the same directional view during the rotation, wherein the first tooth arch is shown in a first window and the second tooth arch is shown in a second window and wherein a digital representation of the first tooth arch shown in the user interface is dragged to rotate the first tooth arch.
A leaf seal assembly (10,10') for use in a gap between a rotating component (1,1') and a stationary component (2,2'), the leaf seal assembly (10,10') comprising: at least one leaf seal (20,20',120,30,30',130) having a generally planar surface; and, a runner (50,50',150,250a,250b) coupled to a distal end (22',32') of the at least one leaf seal (20,20',120,30,30',130); wherein the at least one leaf seal (20,20',120,30,30',130) maintains the runner (50,50',150,250a,250b) in a first position away from the rotating component (1,1') in an unpressurised inoperative state and moves the runner (50,50',150,250a,250b) to a second position, close to, but not contacting, the rotating component (1,1') in a pressurised operative state; and, characterised in that, the at least one leaf seal (20,20',120,30,30',130) is angled in the direction of any fluid flow through the gap in both positions. at least one leaf seal (20,20',120,30,30',130) having a generally planar surface; and, a runner (50,50',150,250a,250b) coupled to a distal end (22',32') of the at least one leaf seal (20,20',120,30,30',130); wherein the at least one leaf seal (20,20',120,30,30',130) maintains the runner (50,50',150,250a,250b) in a first position away from the rotating component (1,1') in an unpressurised inoperative state and moves the runner (50,50',150,250a,250b) to a second position, close to, but not contacting, the rotating component (1,1') in a pressurised operative state; and, characterised in that, the at least one leaf seal (20,20',120,30,30',130) is angled in the direction of any fluid flow through the gap in both positions.
A ceramic honeycomb structure (100, 200), the ceramic honeycomb structure (100, 200) having a web structure comprising a plurality of intersecting channel walls forming channels (101, 201) and comprised of a ceramic material comprising: a total porosity greater than or equal to 55%; an average channel wall thickness of from 75 μm to 130 μm; a median pore diameter greater than or equal to 15 μm and less than or equal to 30 μm; a d f less than or equal to 0.45, where d f =(d 50 -d 10)/d 50; CTE from 12 × 10 -7 /°C to 21 × 10 -7 /°C measured between room temperature and 800°C; and a strength (MOR/CFA) greater than or equal to 900 psi. a total porosity greater than or equal to 55%; an average channel wall thickness of from 75 μm to 130 μm; a median pore diameter greater than or equal to 15 μm and less than or equal to 30 μm; a d f less than or equal to 0.45, where d f =(d 50 -d 10)/d 50; CTE from 12 × 10 -7 /°C to 21 × 10 -7 /°C measured between room temperature and 800°C; and a strength (MOR/CFA) greater than or equal to 900 psi.
A method for communicating between a primary station and a plurality of secondary stations, characterized by (a) the primary station configuring a secondary station to search on a first channel at least one of a plurality of search spaces (210a-c) having a first structure, said first structure consisting of at least a first number of resource sets, where at least one resource set might be used to transmit a message to a secondary station; (b) the primary station setting a characteristic of the first channel to a first value; and (c) the primary station changing the characteristic of the first channel to a second value upon detection of a capacity event in the search spaces. (a) the primary station configuring a secondary station to search on a first channel at least one of a plurality of search spaces (210a-c) having a first structure, said first structure consisting of at least a first number of resource sets, where at least one resource set might be used to transmit a message to a secondary station; (b) the primary station setting a characteristic of the first channel to a first value; and (c) the primary station changing the characteristic of the first channel to a second value upon detection of a capacity event in the search spaces.
A meta-optical device comprising: a substrate; and a nanostructure, the nanostructure at least one of including a pillar array or defining a hole array, the pillar array or the hole array arranged on the substrate, wherein the nanostructure includes a first portion and a second portion, a plurality of first pillars having a first diameter and neighboring at a first pitch are arranged in the first portion, a plurality of second pillars having a second diameter and neighboring at a second pitch are arranged in the second portion, the second portion is different from the first portion in at least one of a diameter and a pitch, and a ratio of an etch depth of the second portion to an etch depth of the first portion is 0.9 to 1.1, and at least one of sulfur, fluorine, and fluorocarbon (CF x) is at least one of on a surface of or inside the nanostructure, wherein the meta-optical device further comprises a first etch stop layer between the substrate and the nanostructure, wherein the first etch stop layer has a thickness that reduces light reflection in a visible ray region, wherein, in the forming of the nanostructure, the first etch stop layer is not etched or is partially etched, and wherein an etch rate of the first etch stop layer with respect to etching with a fluorine-based mixed gas including sulfur hexafluoride (SF 6) and octafluorocyclobutene (C 4 H 8) is less than 1/5 times an etch rate of a material included in the nanostructure. a substrate; and a nanostructure, the nanostructure at least one of including a pillar array or defining a hole array, the pillar array or the hole array arranged on the substrate, wherein the nanostructure includes a first portion and a second portion, a plurality of first pillars having a first diameter and neighboring at a first pitch are arranged in the first portion, a plurality of second pillars having a second diameter and neighboring at a second pitch are arranged in the second portion, the second portion is different from the first portion in at least one of a diameter and a pitch, and a ratio of an etch depth of the second portion to an etch depth of the first portion is 0.9 to 1.1, and at least one of sulfur, fluorine, and fluorocarbon (CF x) is at least one of on a surface of or inside the nanostructure, wherein the meta-optical device further comprises a first etch stop layer between the substrate and the nanostructure, wherein the first etch stop layer has a thickness that reduces light reflection in a visible ray region, wherein, in the forming of the nanostructure, the first etch stop layer is not etched or is partially etched, and wherein an etch rate of the first etch stop layer with respect to etching with a fluorine-based mixed gas including sulfur hexafluoride (SF 6) and octafluorocyclobutene (C 4 H 8) is less than 1/5 times an etch rate of a material included in the nanostructure.
An angled connector comprising: - a plug-in end for plugging in the connector and - a cable end, at which a cable can be guided out of the connector, wherein - the cable can be guided from the plug-in end to the cable end in cable channels (KG1, KG2) of two guide sleeves (130, 140), wherein the two guide sleeves (130, 140) are coupled to one another such that the cable channels (KG1, KG2) are arranged so as to form a corner with respect to one another, and - the two cable channels (KG1, KG2) of the first and second guide sleeve (130, 140) are substantially straight, wherein the two guide sleeves (130, 140) are coupled to another at the corner by means of a clamp connection, characterized in that each of the two cable channels (KG1, KG2) is entirely straight and unangled. - a plug-in end for plugging in the connector and - a cable end, at which a cable can be guided out of the connector, wherein - the cable can be guided from the plug-in end to the cable end in cable channels (KG1, KG2) of two guide sleeves (130, 140), wherein the two guide sleeves (130, 140) are coupled to one another such that the cable channels (KG1, KG2) are arranged so as to form a corner with respect to one another, and - the two cable channels (KG1, KG2) of the first and second guide sleeve (130, 140) are substantially straight, wherein the two guide sleeves (130, 140) are coupled to another at the corner by means of a clamp connection, characterized in that each of the two cable channels (KG1, KG2) is entirely straight and unangled.
Freewheel hub for a bicycle, comprising: - a hub axle, - a hub sleeve which is mounted rotatably on the hub axle via a bearing arrangement (14, 16), - a driver which is mounted rotatably on the hub axle and is connectable to at least one pinion arrangement, - a freewheel device which is arranged between the hub sleeve and the driver and optionally allows relative rotation between the hub sleeve and the driver or couples the hub sleeve and the driver in a torque-transmitting manner, wherein the freewheel device has at least one first clutch ring and at least one second clutch ring, wherein the first clutch ring is coupled or couplable to the hub sleeve in a torque-transmitting manner, and wherein the second clutch ring is couplable or coupled to the driver in a torque-transmitting manner, wherein the two clutch rings (58, 60) have mutually facing toothing systems (98, 100), and wherein the first and the second clutch ring are displaceable axially relative to the hub axle between an engaged position, in which the toothing systems (98, 100) engage into one another in a torque-transmitting manner, and a freewheel position, in which the toothing systems (98, 100) do not engage into one another, characterized in that at least one magnet arrangement accommodated in apertures in the first clutch ring or the second clutch ring keeps the clutch rings (58, 60) in the engaged position, wherein the apertures for accommodating the magnet arrangement are arranged and configured in the first clutch ring or the second clutch ring such that, in the event of relative rotation between the first and second clutch rings (58, 60), the clutch rings (58, 60) are transferable in the axial direction from the engaged position into the freewheel position and back again. - a hub axle, - a hub sleeve which is mounted rotatably on the hub axle via a bearing arrangement (14, 16), - a driver which is mounted rotatably on the hub axle and is connectable to at least one pinion arrangement, - a freewheel device which is arranged between the hub sleeve and the driver and optionally allows relative rotation between the hub sleeve and the driver or couples the hub sleeve and the driver in a torque-transmitting manner,
A hair cutting device comprising - a helmet suitable to be placed on the head and defining an inner surface facing said hair when said helmet is worn; - said inner surface being substantially counter-shaped to at least part of said head; - wherein said helmet comprises - channels each of which defines an inlet section for said hair in said channels and a main extension axis substantially radial with respect to said inner surface; and - for each channel cutting means of said hair in said channels defining a cutting direction substantially perpendicular to said main extension axis; and - in that said hair cutting device comprises suction means suitable to depress said channels controlling the entry of said hair into said channels; and characterised in that said helmet comprises ducts suitable to place said suction means in fluid through connection with said channels and said channels in reciprocal fluid through connection so that all said channels always have the same pressure and in that - each of said ducts comprises filter means suitable to prevent the entry of said hair into said ducts. - a helmet suitable to be placed on the head and defining an inner surface facing said hair when said helmet is worn; - said inner surface being substantially counter-shaped to at least part of said head; - wherein said helmet comprises - channels each of which defines an inlet section for said hair in said channels and a main extension axis substantially radial with respect to said inner surface; and - for each channel cutting means of said hair in said channels defining a cutting direction substantially perpendicular to said main extension axis; and - in that said hair cutting device comprises suction means suitable to depress said channels controlling the entry of said hair into said channels; and characterised in that said helmet comprises ducts suitable to place said suction means in fluid through connection with said channels and said channels in reciprocal fluid through connection so that all said channels always have the same pressure and in that - each of said ducts comprises filter means suitable to prevent the entry of said hair into said ducts.