mhurhangee/ep-ind-claims huggingface dataset:
A safety exit assembly for an elevator car, the safety exit assembly comprising: a door panel, which is configured to open and close a safety exit of the elevator car, and which has an upper surface and a lower surface, characterised by the safety exit assembly further comprising a moving assembly, which comprises a guide block provided on the lower surface of the door panel, and a guide rail which guides the door panel to move downward and translate through a cooperation with the guide block; a drive assembly, which drives the door panel to reciprocate along the guide rail, in a controlled manner; and a locking assembly, which comprises an unlocking element provided on the upper surface of the door panel; wherein the unlocking element is electrically connected to the drive assembly, and is configured such that an unlocking action of the unlocking element triggers the drive assembly to drive the door panel to move until the safety exit is opened. a door panel, which is configured to open and close a safety exit of the elevator car, and which has an upper surface and a lower surface, characterised by the safety exit assembly further comprising a moving assembly, which comprises a guide block provided on the lower surface of the door panel, and a guide rail which guides the door panel to move downward and translate through a cooperation with the guide block; a drive assembly, which drives the door panel to reciprocate along the guide rail, in a controlled manner; and a locking assembly, which comprises an unlocking element provided on the upper surface of the door panel; wherein the unlocking element is electrically connected to the drive assembly, and is configured such that an unlocking action of the unlocking element triggers the drive assembly to drive the door panel to move until the safety exit is opened.
An injection device comprising: a housing adapted to receive a syringe having a discharge nozzle and a dispensing piston movable in the syringe to expel the contents of the syringe through the discharge nozzle; a drive adapted on activation to act on the syringe to advance it from a retracted position in which the discharge nozzle is contained within the housing to an extended position in which the discharge nozzle extends from the housing; a drive coupling for extending from the drive to the dispensing piston of the syringe so as to transfer movement of the drive to the piston, characterised in that the drive coupling comprises a fixed-length drive coupling and an interchangeable drive coupling; and by an interchangeable release element adapted to disengage the drive from the fixed-length drive coupling after a predetermined amount of movement of the piston to allow the drive to move relative to the drive coupling. a housing adapted to receive a syringe having a discharge nozzle and a dispensing piston movable in the syringe to expel the contents of the syringe through the discharge nozzle; a drive adapted on activation to act on the syringe to advance it from a retracted position in which the discharge nozzle is contained within the housing to an extended position in which the discharge nozzle extends from the housing; a drive coupling for extending from the drive to the dispensing piston of the syringe so as to transfer movement of the drive to the piston, characterised in that the drive coupling comprises a fixed-length drive coupling and an interchangeable drive coupling; and by an interchangeable release element adapted to disengage the drive from the fixed-length drive coupling after a predetermined amount of movement of the piston to allow the drive to move relative to the drive coupling.
Access port (1; 101) having a molded housing portion (2; 102) forming a reservoir for receiving fluid, said housing portion (2; 102) comprising: a shielding plate (20; 120) arranged on an inner base of the housing; an open end in which a septum is arranged; an exit passage, and a wall, the shielding plate (20; 120) comprising a circular portion (22; 122) having a periphery (26; 126), wherein the lower side and the periphery (26; 126) of the shielding plate (20; 120) are embedded into the housing portion (2; 102), and the shielding plate (20; 120) is insert molded into the housing portion (2; 102), characterized in that the shielding plate has an annular region including a bent portion extending axially upward and laterally outward and the bent portion being formed all around the annular region and being embedded on all of its sides into the housing.
Method for measuring a dental object using a dental camera, wherein several optical three-dimensional images (3, 50, 51) of the object are produced during the measurement, wherein an acoustic sound (10, 12) is generated by a sound generator (9, 11) during the measurement, characterised in that the sound (10, 12) is suitable as feedback for the user, wherein the speed of movement of the dental camera relative to the object is determined using a motion sensor on the dental camera or by evaluating the measured images (50, 51), wherein the sound (10, 12) is generated depending on the determined speed of movement.
A biodegradable odor barrier film for ostomy, continence and bowel management applications, comprising: a barrier layer formed from a blend comprising 90 % wt. to 99 % wt. of PGA and a polymeric chain extender, wherein the barrier layer has a first side and a second side; a first outer layer disposed on the first side and a second outer layer is disposed on the second side, such that the barrier layer is sandwiched between the first and second outer layers (14, 16); wherein the first and second outer layers (14, 16) comprise at least 70 % wt. of a copolyester based on terephthalic acid, adipic acid, and 1,4-butanediol; and wherein the biodegradable odor barrier film has a biodegradability that meets the requirements of ASTM D6400, EN13432 or ISO14855 and a dimethyl disulfide (DMDS) breakthrough time greater than 200 minutes when tested according to the modified Test Operations Procedure 8-2-501 as defined in the description. a barrier layer formed from a blend comprising 90 % wt. to 99 % wt. of PGA and a polymeric chain extender, wherein the barrier layer has a first side and a second side; a first outer layer disposed on the first side and a second outer layer is disposed on the second side, such that the barrier layer is sandwiched between the first and second outer layers (14, 16); wherein the first and second outer layers (14, 16) comprise at least 70 % wt. of a copolyester based on terephthalic acid, adipic acid, and 1,4-butanediol; and wherein the biodegradable odor barrier film has a biodegradability that meets the requirements of ASTM D6400, EN13432 or ISO14855 and a dimethyl disulfide (DMDS) breakthrough time greater than 200 minutes when tested according to the modified Test Operations Procedure 8-2-501 as defined in the description.
A method for preventing repeated refreshing of an address table of an Ethernet ring network node, characterized in that, comprising: determining, after a state of a port of the Ethernet ring network node is changed to a blocked state during a switchback of the Ethernet ring network, whether the Ethernet ring network node is an Ring Protection Link neighbor node; when the Ethernet ring network node is the RPL neighbor node, determining whether the blockage is triggered by an RPL Blocked (RPLB) protocol frame; and when the Ethernet ring network node is the RPL neighbor node and the blockage is triggered by the RPL Blocked (RPLB) protocol frame, storing, by the Ethernet ring network node, refreshed record information corresponding to its two ports on the ring. determining, after a state of a port of the Ethernet ring network node is changed to a blocked state during a switchback of the Ethernet ring network, whether the Ethernet ring network node is an Ring Protection Link neighbor node; when the Ethernet ring network node is the RPL neighbor node, determining whether the blockage is triggered by an RPL Blocked (RPLB) protocol frame; and when the Ethernet ring network node is the RPL neighbor node and the blockage is triggered by the RPL Blocked (RPLB) protocol frame, storing, by the Ethernet ring network node, refreshed record information corresponding to its two ports on the ring.
Operating device for operating lighting means, the device comprising: a resonant converter for providing a voltage for operating the lighting means, the converter having a half-bridge circuit, a resonant circuit (13, 16, 17) which is coupled to the half-bridge circuit, and a transformer (13, 14) which is coupled to the resonant circuit (13, 16, 17), a measuring circuit for detecting the current delivered by the resonant converter to the lighting means, and a control apparatus for controlling the resonant converter on the basis of the detected current, the measuring circuit comprising a transformer (25..27) and a first bridge rectifier having four controllable switches (30..33), at least one primary winding (25, 26) of the transformer (25..27) detecting the current delivered by the secondary winding of the transformer (13, 14), the first bridge rectifier rectifying the current delivered by the secondary winding of the transformer (25..27), and the control apparatus being designed to control the resonant converter on the basis of the rectified current which indicates the current delivered by the resonant converter to the lighting means, characterized in that the four controllable switches (30..33) are actuated on the basis of a signal detected between the two switches (18, 19) of the half-bridge circuit. a resonant converter for providing a voltage for operating the lighting means, the converter having a half-bridge circuit, a resonant circuit (13, 16, 17) which is coupled to the half-bridge circuit, and a transformer (13, 14) which is coupled to the resonant circuit (13, 16, 17), a measuring circuit for detecting the current delivered by the resonant converter to the lighting means, and a control apparatus for controlling the resonant converter on the basis of the detected current, the measuring circuit comprising a transformer (25..27) and a first bridge rectifier having four controllable switches (30..33), at least one primary winding (25, 26) of the transformer (25..27) detecting the current delivered by the secondary winding of the transformer (13, 14), the first bridge rectifier rectifying the current delivered by the secondary winding of the transformer (25..27), and the control apparatus being designed to control the resonant converter on the basis of the rectified current which indicates the current delivered by the resonant converter to the lighting means, characterized in that the four controllable switches (30..33) are actuated on the basis of a signal detected between the two switches (18, 19) of the half-bridge circuit.
A sensor network for state monitoring of a wind turbine, the sensor network comprising: - one or more standard sensor modules (9a, 9b, 9c, 9d, 9e, 9f, 9g), each standard sensor module comprising a sensor for measuring a parameter related to normal operation of the wind turbine or its surroundings at regular intervals or on an on-going basis, - a processor for receiving input from said one or more standard sensor modules, - data transfer means for transferring sensor output from said one or more standard sensor modules (9a, 9b, 9c, 9d, 9e, 9f, 9g) to said processor, characterized in that the data transfer means comprises one or more auxiliary connection points (20, 21) that are free during the normal operation of the wind turbine for connection of one or more additional sensor modules configured to measure a non-standard parameter, said one or more additional sensor modules being in surplus of the standard sensor modules (9a, 9b, 9c, 9d, 9e, 9f, 9g) in a standard set-up of the wind turbine sensor network. - one or more standard sensor modules (9a, 9b, 9c, 9d, 9e, 9f, 9g), each standard sensor module comprising a sensor for measuring a parameter related to normal operation of the wind turbine or its surroundings at regular intervals or on an on-going basis, - a processor for receiving input from said one or more standard sensor modules, - data transfer means for transferring sensor output from said one or more standard sensor modules (9a, 9b, 9c, 9d, 9e, 9f, 9g) to said processor,
A mucoadhesive preparation comprising chitosan and an organic acid, wherein the mucoadhesive preparation is in a compressed form, and wherein the preparation contains about 75% to about 85% of chitosan and about 15% to about 25% of organic acid.
An externally-oriented internally-corrected perforating gun system for use in a wellbore casing comprising: (a) external protuberance member, EPM; (b) internal pivot support, IPS; and (c) a plurality of perforating guns (0406, 0407) with a charge holder tube holding plural energetic charges (0507, 0508); wherein said external protuberance member is mounted on said perforating gun system and configured to externally align said perforating gun system in a desired perforating orientation within a coarse angular range of ± 20 degrees; said internal pivot support is attached to the charge holder tube; and said internal pivot support is configured to limit the swivel of said charge holder tube and said plural energetic charges (0507, 0508) in said perforating gun (0406, 0407) such that said plural energetic charges (0507, 0508) are aligned within a finer angular range of ± 5 degrees of said desired perforating orientation. (a) external protuberance member, EPM; (b) internal pivot support, IPS; and (c) a plurality of perforating guns (0406, 0407) with a charge holder tube holding plural energetic charges (0507, 0508);
Device for unwinding or winding up a material web from or on a winding core, wherein the device comprises a supporting device having a supporting surface for the jacket of the cylinder formed by parts of the material web wound on the winding core and the supporting device is designed in such a manner that the supporting surface, due to the weight of the cylinder laid on it, adapts concavely to the cylinder jacket in the region of the support and during rotation of the cylinder a synchronous rotation is possible, wherein the device comprises positioning means engaging in the rotation axis of the winding core, which means allow an at least horizontal positioning of the cylinder, wherein the device comprises one or two driving means, characterized in that the winding core can be brought into engagement directly or indirectly with one connecting means mounted rotatably at each of the positioning means, wherein a predefined torque can be applied directly or indirectly to the winding core by the one or the two driving means bidirectionally via at least one of the two connecting means in such a way that the material web can be wound up or unwound.
A fan air duct assembly for a turbofan engine bleed air system, the fan air duct assembly comprising: a duct having an inner surface surrounding a flow path with a centerline, the duct configured to mount within an aircraft bleed air system; a fan air valve comprising: a planar plate configured to be pivotally mounted within the inner surface of the duct, the plate being planar within an error margin of 5%, the plate rotatable about a pivot axis that is perpendicular to the centerline of the flow path, the plate configured for pivoting between a closed position, in which the plate substantially inhibits airflow through the flow path, and the plate is rotated such that the upstream surface of the plate is offset from the flow path centerline by ninety degrees minus an angle and places the first edge downstream and the second edge upstream, and an open position, permitting airflow in the flow path; and a standoff located near the first edge on the upstream surface of the plate and extending perpendicularly outward from the upstream surface of the plate, the standoff having a height located on a downstream edge of the upstream surface of the plate; and the angle being based on the height of the standoff. a duct having an inner surface surrounding a flow path with a centerline, the duct configured to mount within an aircraft bleed air system; a fan air valve comprising: a planar plate configured to be pivotally mounted within the inner surface of the duct, the plate being planar within an error margin of 5%, the plate rotatable about a pivot axis that is perpendicular to the centerline of the flow path, the plate configured for pivoting between a closed position, in which the plate substantially inhibits airflow through the flow path, and the plate is rotated such that the upstream surface of the plate is offset from the flow path centerline by ninety degrees minus an angle and places the first edge downstream and the second edge upstream, and an open position, permitting airflow in the flow path; and a standoff located near the first edge on the upstream surface of the plate and extending perpendicularly outward from the upstream surface of the plate, the standoff having a height located on a downstream edge of the upstream surface of the plate; and the angle being based on the height of the standoff.
Extruder having a housing with at least two axially parallel shafts which are capable of being driven in the same direction and provided with at least two-flight conveying elements (2, 50, 51, 52, 53), wherein conveying elements (2, 50, 51, 52, 53) intermeshing in a cross-section perpendicular to the shafts strip each other at an axial distance (Ax) with a small clearance over the entire circumference, and wherein there is a distance (a) between a comb (6, 6') of at least one further flight and the inner wall of the housing, wherein the conveying element (2, 50, 51, 52, 53) has at least two conveying sections (3, 4; 50a to 50e; 51a to 51e; 52a to 52e; 53a to 53e) rotated through an angle, wherein each conveying section (3, 4) has an axial length (Ls) which is smaller than the outer diameter (Da) of the conveying element (2, 50, 51, 52, 53), wherein a torsion angle from one conveying section (3, 4) to the next one is continuous or in steps 360°/number of flights, and the intermeshing conveying elements (2, 50, 51, 52, 53) are formed by kneading blocks, the conveying sections (3, 4) are formed by the cam disks (50a to 50e, 51a to 51e) of the kneading blocks (50, 51) offset at an angle, wherein each cam disk (50a to 50e, 51a to 51e) for forming flights having a conveying effect has a narrow comb (5, 5') closely stripping the inner wall of the housing and a further wide comb (6, 6') at a distance (a) from the inner wall of the housing, wherein the flights of each kneading block (50, 51) are formed by alternating wide combs (6, 6') and narrow combs (5, 5').
A carpet unit comprising a laminate of a primary backing layer providing a carpet unit top face, the primary backing layer comprising yarns forming a tuft structure, an intermediate adhesive layer, and a backing layer providing a carpet unit back face, wherein the carpet unit is for being arranged substantially flat on a first surface, being a substantially horizontal surface, with the carpet unit back face on the substantially horizontal surface or on a second surface substantially parallel to the substantially horizontal surface, wherein the carpet unit further comprises an optical sensor arranged to generate a sensor signal based on detection of light coming from above the carpet unit, the optical sensor being, seen from the carpet unit top face, arranged behind the primary backing layer, characterized in that the tuft structure is provided in such a way that the primary backing layer is not visible thereby providing the carpet unit with an opaque appearance, the tuft structure having enough openings for transmitting the light so that the carpet unit is arranged to transmit the light coming from above the carpet unit from the carpet unit top face to the optical sensor to be detected by the optical sensor.
An anchoring device comprising: a finger-mountable work channel defining assembly defining a finger mounting axis and a work channel axis, said finger-mountable work channel defining assembly defining an aperture lying generally in an aperture plane angled with respect to said finger mounting axis and with respect to said work channel axis; an anchor insertion assembly arranged for limited axial displacement along said work channel axis with respect to said aperture so as to intersect said aperture plane; and an anchor assembly including at least a penetrating element, an anchoring element and a flexible elongate portion coupled to said penetrating element, said anchoring element having a non-compressed state, defining a pre-anchoring operative orientation, and a compressed state, defining an anchoring operative orientation, wherein said penetrating element includes a pointed forward portion, a neck portion and a rearward engagement portion, characterized in that said rearward engagement portion includes a pair of flexible retaining fingers; and said anchoring element includes a pair of retaining apertures, said pair of retaining apertures arranged for retaining engagement with said pair of flexible retaining fingers; and wherein said work channel axis is angled with respect to said finger mounting axis. a finger-mountable work channel defining assembly defining a finger mounting axis and a work channel axis, said finger-mountable work channel defining assembly defining an aperture lying generally in an aperture plane angled with respect to said finger mounting axis and with respect to said work channel axis; an anchor insertion assembly arranged for limited axial displacement along said work channel axis with respect to said aperture so as to intersect said aperture plane; and an anchor assembly including at least a penetrating element, an anchoring element and a flexible elongate portion coupled to said penetrating element, said anchoring element having a non-compressed state, defining a pre-anchoring operative orientation, and a compressed state, defining an anchoring operative orientation, wherein said penetrating element includes a pointed forward portion, a neck portion and a rearward engagement portion, characterized in that said rearward engagement portion includes a pair of flexible retaining fingers; and said anchoring element includes a pair of retaining apertures, said pair of retaining apertures arranged for retaining engagement with said pair of flexible retaining fingers; and wherein said work channel axis is angled with respect to said finger mounting axis.
A network entity comprising processing circuitry to: define a downlink control channel structure comprising: a synchronization signal; a physical broadcast channel, PBCH; and at least one slot for contention resolution, or device-to-device, D2D, discovery and link setup; broadcast the downlink control channel structure from a plurality of remote radio heads, RRH; receive an initial access request from a user equipment, UE, via an uplink control channel structure comprising: a sounding signal; a physical random access channel, PRACH; and at least one slot for contention resolution, or device-to-device, D2D, discovery and link setup; assign a unique identifier to the UE; and select a RRH to provide a transmission point, TP, to the UE. define a downlink control channel structure comprising: a synchronization signal; a physical broadcast channel, PBCH; and at least one slot for contention resolution, or device-to-device, D2D, discovery and link setup; a synchronization signal; a physical broadcast channel, PBCH; and at least one slot for contention resolution, or device-to-device, D2D, discovery and link setup; broadcast the downlink control channel structure from a plurality of remote radio heads, RRH; receive an initial access request from a user equipment, UE, via an uplink control channel structure comprising: a sounding signal; a physical random access channel, PRACH; and at least one slot for contention resolution, or device-to-device, D2D, discovery and link setup; a sounding signal; a physical random access channel, PRACH; and at least one slot for contention resolution, or device-to-device, D2D, discovery and link setup; assign a unique identifier to the UE; and select a RRH to provide a transmission point, TP, to the UE.