mhurhangee/ep-ind-claims huggingface dataset:
A stent delivery system (1, 1a, 1b, 1c) for delivering a stent (10, 10a) having an anchor member (20, 20a) to a target site with a pusher guide wire (30, 30a, 30b), the pusher guide wire (30, 30a, 30b) comprising: a core shaft (32, 32a); a coil body (34, 35) that covers a front end part of the core shaft (32, 32a) and that includes a tapered portion (34b, 35b) having an outer diameter decreasing toward a front end; and a protruded portion (40, 40a) that fixes to an outer periphery of the coil body (34, 35) at a front end side relative to the tapered portion (34b, 35b) and that is capable of contacting on the anchor member (20, 20a), wherein the anchor member (20, 20a) is positioned between the tapered portion (34b, 35b) and the protruded portion (40, 40a) when the stent (10, 10a) is delivered with the pusher guide wire (30, 30a, 30b). a core shaft (32, 32a); a coil body (34, 35) that covers a front end part of the core shaft (32, 32a) and that includes a tapered portion (34b, 35b) having an outer diameter decreasing toward a front end; and a protruded portion (40, 40a) that fixes to an outer periphery of the coil body (34, 35) at a front end side relative to the tapered portion (34b, 35b) and that is capable of contacting on the anchor member (20, 20a), wherein the anchor member (20, 20a) is positioned between the tapered portion (34b, 35b) and the protruded portion (40, 40a) when the stent (10, 10a) is delivered with the pusher guide wire (30, 30a, 30b).
A method, performed by a user equipment, UE, of processing a downlink control channel sent as a bundled transmission over a bundle of subframes, comprising: determining, within an on duration of a discontinuous reception, DRX, operating mode, multiple possible starting positions for monitoring for the control channel; and monitoring for the control channel in a limited number of downlink subframes, based on the determination. determining, within an on duration of a discontinuous reception, DRX, operating mode, multiple possible starting positions for monitoring for the control channel; and monitoring for the control channel in a limited number of downlink subframes, based on the determination.
A method for the examination of a sample, said method comprising the following steps: a) generation of a digital image of the sample; b) analyzing said digital image with respect to at least one sample-parameter; c) selection of a region of interest (Ri) in said digital image; d) isolation of a region of interest (R S) from the sample that corresponds to the selected region of interest in said digital image; e) execution of a molecular assay with the region of interest isolated from the sample to obtain assay-data; f) linking assay-data to the sample-parameter of the corresponding sample region in order that the assay-data and said digital image are simultaneously accessible; characterized in that: the sample parameter indicates a local amount of a particular cell type or a tissue type. a) generation of a digital image of the sample; b) analyzing said digital image with respect to at least one sample-parameter; c) selection of a region of interest (Ri) in said digital image; d) isolation of a region of interest (R S) from the sample that corresponds to the selected region of interest in said digital image; e) execution of a molecular assay with the region of interest isolated from the sample to obtain assay-data; f) linking assay-data to the sample-parameter of the corresponding sample region in order that the assay-data and said digital image are simultaneously accessible;
A rotary damper adapted to engage a mating gear to dampen the rate of relative movement between a support panel supporting the rotary damper and an opposing structure supporting the mating gear, the rotary damper comprising: a rotatable wheel gear projecting away from a housing containing a damping fluid, the housing including a pair of upwardly projecting snap-in connection structures disposed on opposing sides of the wheel gear; the snap-in connection structures comprising legs projecting away from the housing in the same direction as the wheel gear; the wheel gear and the legs being sized for insertion through a through hole in the support panel; the wheel gear being spaced apart from at least one of the snap-in connection structures at a predefined distance, characterized in that the legs are adapted for insertion in snap-in relation through slots substantially aligned with one another on opposing sides of the through hole, such that portions of the legs can be supported in slid-ing relation on a surface of the support panel at positions outboard from the slots and the housing is slidable relative to the support panel along a substantially linear travel path defined by the slots; and the wheel gear is spaced apart from at least one of the snap-in connection structures at a predefined distance selected to retain the mating gear in captured relation between the wheel gear and said at least one of the snap-in connection structures such that the mating gear can be maintained in operative connection to the wheel gear during reciprocating sliding movement of the housing. a rotatable wheel gear projecting away from a housing containing a damping fluid, the housing including a pair of upwardly projecting snap-in connection structures disposed on opposing sides of the wheel gear; the snap-in connection structures comprising legs projecting away from the housing in the same direction as the wheel gear; the wheel gear and the legs being sized for insertion through a through hole in the support panel; the wheel gear being spaced apart from at least one of the snap-in connection structures at a predefined distance, characterized in that the legs are adapted for insertion in snap-in relation through slots substantially aligned with one another on opposing sides of the through hole, such that portions of the legs can be supported in slid-ing relation on a surface of the support panel at positions outboard from the slots and the housing is slidable relative to the support panel along a substantially linear travel path defined by the slots; and the wheel gear is spaced apart from at least one of the snap-in connection structures at a predefined distance selected to retain the mating gear in captured relation between the wheel gear and said at least one of the snap-in connection structures such that the mating gear can be maintained in operative connection to the wheel gear during reciprocating sliding movement of the housing.
A method for changing frequency assignment, FA, by a base station, BS, in a wireless communication system, comprising: transmitting to a mobile station, MS, a FA changing message comprising index information of a second FA and time information for changing a first FA used by the MS to the second FA, which is one of a plurality of FAs managed by the BS, using the first FA; and if a response message corresponding to the FA changing message is received from the MS, changing the first FA to the second FA at a time according to the time information. transmitting to a mobile station, MS, a FA changing message comprising index information of a second FA and time information for changing a first FA used by the MS to the second FA, which is one of a plurality of FAs managed by the BS, using the first FA; and if a response message corresponding to the FA changing message is received from the MS, changing the first FA to the second FA at a time according to the time information.
Premixing burner for a combustible gas-air mixture, with a supply for the combustible gas-air mixture as well as a cylindrical burner surface with a perforated inner cylinder located therebelow, wherein in the supply is arranged a guiding device which is located in a partial area of the supply and has surfaces (41, 42) which lead from the supply to a partial area of the burner surface, and that the supply is framed by a burner flange, characterised in that the ratio of the surface in the supply framed by the burner flange to the proportion therein which is covered by the guiding device is greater by a factor of 2 to 8, preferably 4, than the ratio of the entire burner surface to the proportion therein which is covered by the guiding device, the guiding device has within the burner flange a circular-segment-shaped open entry surface which occupies approximately an eighth of the entry surface of the supply, the guiding device has furthermore two flat surfaces (41, 42) which lead from the supply to a partial area of the burner surface and in this regard form a pyramidal segment, wherein the two surfaces (41, 42) end on the inner cylinder, wherein the pyramidal segment in this regard covers approximately 1/32 of the inner cylinder and wherein the guiding device is located below a notch in the burner flange.
A device for plasma treatment of containers, with the following features: - at least one container receiving device with a container receiving cavity which has at least one open end through which a container to be treated is insertable in a manner so that an opening of the container faces the open end of the container receiving cavity; - a displaceable closing element which can be brought together with the container receiving device by a lifting device, so that when closing by means of said lifting device by moving the closing element towards the container receiving device, a container accommodated therein is sealed from the outer atmospheric pressure at an opening of the container; - a means for generating at least one plasma zone sealed from the outer atmospheric pressure, comprising a pair of electrodes (15, 7) across which an electric or electromagnetic field is generatable in the interior of an accommodated and sealed container, wherein said means for generating a plasma zone further comprises - a means for removing the atmospheric residual gas from the container via a gas-tight connection at the closing element; - at least one treatment tool which can be brought together with the open end of the container receiving cavity of the container receiving device for at least one sub-step of the surface treatment of the containers, said treatment tool comprising a device for applying an organic film to the inner surface of a container. - at least one container receiving device with a container receiving cavity which has at least one open end through which a container to be treated is insertable in a manner so that an opening of the container faces the open end of the container receiving cavity; - a displaceable closing element which can be brought together with the container receiving device by a lifting device, so that when closing by means of said lifting device by moving the closing element towards the container receiving device, a container accommodated therein is sealed from the outer atmospheric pressure at an opening of the container; - a means for generating at least one plasma zone sealed from the outer atmospheric pressure, comprising a pair of electrodes (15, 7) across which an electric or electromagnetic field is generatable in the interior of an accommodated and sealed container, wherein said means for generating a plasma zone further comprises - a means for removing the atmospheric residual gas from the container via a gas-tight connection at the closing element; - at least one treatment tool which can be brought together with the open end of the container receiving cavity of the container receiving device for at least one sub-step of the surface treatment of the containers, said treatment tool comprising a device for applying an organic film to the inner surface of a container.
A chair, in particular a swivel chair, comprising - a seat element that is displaceable by a displacement movement, - a backrest element that is pivotable about a first axis with a pivoting movement, and - a transmission that couples the displacement movement to the pivoting movement, wherein the transmission -- comprises a kinematic chain that has at least one elastic storage element with a restoring force that returns the backrest element and seat element to an initial position, and -- is pivotably connected to the seat element via a front pivot point and a rear pivot point, wherein the seat element is pivotable by way of a joint about a second axis for a lateral tilting movement formed in addition to the displacement movement, wherein the second axis extends obliquely, in particular perpendicularly, to the first axis, and wherein the joint is preferably integrated in the rear pivot point, characterized in that the joint is a cardan joint or a ball joint. - a seat element that is displaceable by a displacement movement, - a backrest element that is pivotable about a first axis with a pivoting movement, and - a transmission that couples the displacement movement to the pivoting movement, wherein the transmission -- comprises a kinematic chain that has at least one elastic storage element with a restoring force that returns the backrest element and seat element to an initial position, and -- is pivotably connected to the seat element via a front pivot point and a rear pivot point, -- comprises a kinematic chain that has at least one elastic storage element with a restoring force that returns the backrest element and seat element to an initial position, and -- is pivotably connected to the seat element via a front pivot point and a rear pivot point, wherein the seat element is pivotable by way of a joint about a second axis for a lateral tilting movement formed in addition to the displacement movement, wherein the second axis extends obliquely, in particular perpendicularly, to the first axis, and wherein the joint is preferably integrated in the rear pivot point, characterized in that the joint is a cardan joint or a ball joint.
Load-carrying system configured to hold a load in place relative to a harness, comprising a mechanical release device for reversibly securing the load-carrying system to the harness, the mechanical release device comprising at least two mechanical connection parts, in particular spring-closing buckles, at least two connecting members (8a, 8b) and a single triggering means, each mechanical connection part being connected to the single triggering means via at least one of said connecting members (8a, 8b), each mechanical connection part comprising a release lever configured to be triggered by the application of force in a predefined opening direction, the disconnecting device also comprising at least one guide (9a, 9b, 9c) configured to redirect a force applied to the single triggering means, when opening is required, to each mechanical connection part according to the predefined opening direction, the disconnecting device being configured to be disposed on the load such that each connecting member (8a, 8b) is successively inserted into a first guide of the at least one guide, a second guide of the at least one guide and a third guide of the at least one guide before being connected to the release lever of the corresponding mechanical connection part, the first guide allowing guiding each connecting member (8a, 8b) in order to make them converge at a single point so as to facilitate their connection to the single triggering means. the disconnecting device also comprising at least one guide (9a, 9b, 9c) configured to redirect a force applied to the single triggering means, when opening is required, to each mechanical connection part according to the predefined opening direction, the disconnecting device being configured to be disposed on the load such that each connecting member (8a, 8b) is successively inserted into a first guide of the at least one guide, a second guide of the at least one guide and a third guide of the at least one guide before being connected to the release lever of the corresponding mechanical connection part, the first guide allowing guiding each connecting member (8a, 8b) in order to make them converge at a single point so as to facilitate their connection to the single triggering means.
A comminution device, comprising: - a plurality of first cutting elements having first serrated cutting edges disposed on a first circular path; - at least one second cutting element having a second serrated cutting edge corresponding to the first serrated cutting edges for cutting through cutting material, the second cutting element being displaceable about a rotational axis on a second circular path concentric with the first circular path, - the second serrated cutting edge comprising a plurality of jags and each jag comprising a radially inner flank and a radially outer flank, each at an angle (α, β) to the axis of rotation; - a drive for rotationally driving the second cutting element about the axis of rotation; characterized in that said device comprises an adjusting mechanism by means of which the plurality of first cutting elements and the second cutting element are axially displaceable in the direction of the axis of rotation relative to each other such that a cutting gap between them is adjustable. - a plurality of first cutting elements having first serrated cutting edges disposed on a first circular path; - at least one second cutting element having a second serrated cutting edge corresponding to the first serrated cutting edges for cutting through cutting material, the second cutting element being displaceable about a rotational axis on a second circular path concentric with the first circular path, - the second serrated cutting edge comprising a plurality of jags and each jag comprising a radially inner flank and a radially outer flank, each at an angle (α, β) to the axis of rotation; - a drive for rotationally driving the second cutting element about the axis of rotation; characterized in that said device comprises an adjusting mechanism by means of which the plurality of first cutting elements and the second cutting element are axially displaceable in the direction of the axis of rotation relative to each other such that a cutting gap between them is adjustable.
An interior surface panel configured to be employed as a building component for a wall or ceiling of a room of a building structure, the interior surface panel including a base mat having two sides, at least one of the two sides of the base mat being adapted to face the interior of the room and a facing material comprising a polymer that is free of polyvinyl chlorides bonded to at least the side of the base mat arranged to face the interior of the room, characterized in that the facing material has a non-embossed thickness in the range of two to ten microns with the surface of the facing material that is exposed to the interior of the room having a textured pattern of a pattern depth in the range of two to ten microns, the facing material textured pattern substantially masking the roughness of the surface of the underlying base mat.
An oral hygiene device, consisting of a main body not provided with a region forming a handle, with dimensions that allow the device to be completely inserted into the mouth area of a user, said main body (11, 21, 31, 41) supporting at least one piece of dental floss (12, 22, 32, 42), where said piece of floss (12, 22, 32, 42) defines at least one cleaning zone, the main body (11, 21, 31, 41) having two separate support regions (210, 310, 410) each configured to support the ends of a piece of floss (12, 22, 32, 42), in the form of protruding projections that extend away from a central portion (211, 311, 411), wherein the support regions (210, 310, 410) protrude perpendicular relative to the central portion (211, 311, 411) and have a termination with a curved shape, wherein the two support regions (210, 310, 410) are provided with a releasable coupling system (313, 412', 414) envisaged to keep the dental floss (12, 22, 32, 42) fixed in a condition of use and envisaged to remove the dental floss from the support regions (210, 310, 410), and wherein the main body (11, 21, 31, 41) is made from a single piece, characterised in that the central portion (211, 311, 411) has a flat surface that includes a pair of through holes (312, 412). and wherein the main body (11, 21, 31, 41) is made from a single piece, characterised in that the central portion (211, 311, 411) has a flat surface that includes a pair of through holes (312, 412).
Implant for sealing a defect in the anulus fibrosus of an intervertebral disc, with a retaining portion for insertion into the defect, a flexible sealing element connected to an inner end of the retaining portion and a securing element connected to the outer end of the retaining portion, which can be fixed to a vertebra adjoining the intervertebral disc, in order to hold the retaining portion in a fixed position, wherein the flexible sealing element has internal reinforcements and a reduced projected area in a top view from the front along the longitudinal axis of the retaining portion in a first state and has a widened projected area, which is at least twice the reduced projected area, in a second state, characterized in that the securing element is a securing limb arranged on the outer end of the retaining portion and being angled relative to the longitudinal axis of the retaining portion, which securing limb is designed to be laid laterally against a bony structure of a vertebra neighbouring the intervertebral disc and can be secured to the vertebra with the aid of a fixing element which is movable relative to the securing limb.
A selective laser sintering method of manufacturing a tread molding element, said tread molding element comprising at least a fine lamella adapted to mold a shallow sipe in a tire tread, the fine lamella having a length, the fine lamella being sintered in a plurality of portions at different layers, characterized in that in each layer a laser beam sinters the portion of the fine lamella in only one passage in the length of the fine lamella without round-trip passage of the laser beam, the direction of this passage being the same at the different layers for building the different portions of the fine lamella and in that the thickness (w) of the fine lamella is smaller than 0.2 mm, and the height (h) of the fine lamella is smaller than or equal to 2 mm.
A machine for renovating a track, including a device for continuously laying new sleepers and a machine frame supported at each end on an on-track undercarriage, wherein a vertically adjustable crawler track is arranged at the front end - with regard to a working direction of the machine - of the machine frame, characterized by the following features: a) the machine frame is composed of a main frame and an auxiliary frame fastened by means of a joint to the main frame at the front end thereof, b) the main frame is connected at each end to a multi-axle on-track undercarriage and, in the region of the front end, to the crawler track, c) at a front end spaced from the joint, the auxiliary frame is connected to an on-track undercarriage. a) the machine frame is composed of a main frame and an auxiliary frame fastened by means of a joint to the main frame at the front end thereof, b) the main frame is connected at each end to a multi-axle on-track undercarriage and, in the region of the front end, to the crawler track, c) at a front end spaced from the joint, the auxiliary frame is connected to an on-track undercarriage.