mhurhangee/ep-ind-claims huggingface dataset:
A wound closure device comprising: a first applicator including a handle portion and a substrate engaging portion; and a first substrate releasably couplable to the substrate engaging portion of the first applicator, the first substrate including a tissue reactive surface and a self-reactive surface; characterised in that the wound closure device also comprises: a second applicator including a handle portion and a substrate engaging portion; and a second substrate releasably couplable to the substrate engaging portion of the second applicator, the second substrate including a tissue reactive surface and a self-reactive surface, wherein the self-reactive surfaces of the first and second substrates each possess reactive groups known to have complementary functionality for bonding the first and second substrates together. a first applicator including a handle portion and a substrate engaging portion; and a first substrate releasably couplable to the substrate engaging portion of the first applicator, the first substrate including a tissue reactive surface and a self-reactive surface; characterised in that the wound closure device also comprises: a second applicator including a handle portion and a substrate engaging portion; and a second substrate releasably couplable to the substrate engaging portion of the second applicator, the second substrate including a tissue reactive surface and a self-reactive surface, wherein the self-reactive surfaces of the first and second substrates each possess reactive groups known to have complementary functionality for bonding the first and second substrates together. a second applicator including a handle portion and a substrate engaging portion; and a second substrate releasably couplable to the substrate engaging portion of the second applicator, the second substrate including a tissue reactive surface and a self-reactive surface, wherein the self-reactive surfaces of the first and second substrates each possess reactive groups known to have complementary functionality for bonding the first and second substrates together.
Enclosed busbar system for single-phase or three-phase, in particular low voltage distribution, with longitudinal phase bars arranged in a busbar insulation housing, wherein at least one end of said busbars protruding from a busbar insulation housing can be connected to a power switch, wherein the busbar insulation housing, on its wall from which the phase bars emerge and which is adjacent to the power switch, is provided with a recess which enlarges the clearance from the adjacent power switch and is limited by a chamfer, characterized in that the chamfer leads from the phase bar in a direction away from the adjacent power switch, and that the recess facing the visible side is interrupted by at least one leaf completing the wall for adequate finger protection.
An arrangement for light output, having - LED light sources (21, 22), - a circuit board on which the LED light sources (21, 22) are arranged, - a grid-element with cell-like grid areas (31, 32), wherein the arrangement is such that each of the LED light sources (21, 22) is optically assigned to one of the grid areas (31, 32), - lens elements (41, 42), - positioning elements, which are designed and arranged such that the lens elements (41, 42) are arranged positioned by the positioning elements opposite the circuit board, wherein in each case at least one of the positioning elements is connected with several of the lens elements (41, 42) to form a lens element group, - a carrier-element, which is arranged with regard to the circuit board opposite the LED light sources (21, 22), characterized in that the lens element groups in each case are designed in one piece, and that the grid element has latching elements, which are arranged interacting with counter-latching elements of the carrier element corresponding thereto. - LED light sources (21, 22), - a circuit board on which the LED light sources (21, 22) are arranged, - a grid-element with cell-like grid areas (31, 32), wherein the arrangement is such that each of the LED light sources (21, 22) is optically assigned to one of the grid areas (31, 32), - lens elements (41, 42), - positioning elements, which are designed and arranged such that the lens elements (41, 42) are arranged positioned by the positioning elements opposite the circuit board, - a carrier-element, which is arranged with regard to the circuit board opposite the LED light sources (21, 22),
Instrument for handling a dental part, wherein the instrument extends in a longitudinal axis between a handling end and a connecting end for connection to the dental part, characterized in that the connecting end comprises a receiving opening for receiving the head of the dental part and at least one holding means for holding the head of the dental part when accommodated in the receiving opening to counteract separation of the connecting end and the head, wherein the receiving opening is laterally open so that the connecting end and the dental part are apt to be connected by displacing them relative to one another transversely to the longitudinal axis and wherein the connecting end comprises a resilient nose as the holding means for laterally holding the dental part, wherein the connecting end comprises at least one stop (17a, 17b) for transferring the torque, which can be generated on the instrument serving as a screwdriver, to the dental part, and wherein the stop (17a, 17b) is apt to be contacted with a protrusion (53a, 53b) formed on the dental part by rotating the instrument and the dental part after joining relative to one another about the longitudinal axis.
A method for coating a surgical needle, comprising: providing a surgical needle having a tissue-penetrating end and a suture attachment end; applying a base coating to a surface of the surgical needle; and applying a top coating that differs from the base coating onto the base coating, the base coating bonding with the top coating; wherein the base coat and top coat are prepared using a hydrofluoroether as a solvent; and wherein the base and top coatings are spray-coated onto the surgical needle. providing a surgical needle having a tissue-penetrating end and a suture attachment end; applying a base coating to a surface of the surgical needle; and applying a top coating that differs from the base coating onto the base coating, the base coating bonding with the top coating; wherein the base coat and top coat are prepared using a hydrofluoroether as a solvent; and wherein the base and top coatings are spray-coated onto the surgical needle.
A stock packaging material having a substantially dry-to-the-touch curable or polymerizable adhesive composition pre-applied to at least one bonding surface thereof, or at least a portion of said bonding surface or surfaces, wherein the pre-applied adhesive composition comprises at least two different types of microcapsules, one of which is an encapsulated liquid curable or polymerizable component and the other an encapsulated curative complex comprising a curative for cure of the liquid curable or polymerizable component and an adhesive carrier material containing said curative. wherein the surface upon which the pre-applied adhesive is applied is planar or substantially planar, wherein the carrier material was formed by polymerizing addition polymerizable pre-polymers selected from alkyl (meth)acrylate, aralkyl (meth)acrylate, cycloalkyl (meth)acrylate, alkoxy (meth)acrylate, cycloalkoxy (meth)acrylate, bicycloalkyl) (meth)acrylate, and alkoxy (alkoxy) n (meth)acrylate, and mixtures thereof, wherein the alkyl moieties have from 1 to 16 carbon atoms, the cycloalkyl moieties have from 4 to 8 carbon atoms, and n is an integer from 1 to 6, wherein the polymerization of the carrier material occurred in-situ concurrent with or subsequent to encapsulation of the carrier material, wherein the polymerization of the carrier material was initiated, accelerated, or facilitated by the curative, wherein the curative is included in an amount to ensure that adequate curative remains to effect cure of the liquid curable or polymerizable component following the polymerization of the carrier material.
A an electrical window opener for opening and closing a window that is moveably arranged to a window frame, wherein the window opener comprises: - a housing having a length and a longitudinal axis; - an electrical motor arranged in the housing; - a chain having a first end and a second end, wherein the first end is attached to a window bracket and the second end is attached to an attachment structure arranged in the housing, - a frame bracket attached to the housing in two attachment points, wherein the distance between the two attachment points is smaller than the length of the housing, wherein the frame bracket is configured for rotatably attaching the housing to the window frame in order to allow the housing to be rotated with respect to its longitudinal axis. - a housing having a length and a longitudinal axis; - an electrical motor arranged in the housing; - a chain having a first end and a second end, wherein the first end is attached to a window bracket and the second end is attached to an attachment structure arranged in the housing, - a frame bracket attached to the housing in two attachment points, wherein the distance between the two attachment points is smaller than the length of the housing,
A method, performed in an accessory device, for assisting change of a base plate of an ostomy appliance, wherein the accessory device comprises an interface configured to communicate with one or more devices of an ostomy system, the interface comprising a display, wherein the ostomy system comprises a monitor device and an ostomy appliance configured to be placed on a skin surface of a user, wherein the ostomy appliance comprises a base plate, characterized in that the method comprises: - obtaining an operating state of the ostomy appliance, wherein the operating state is indicative of adhesive performance of the ostomy appliance; - determining whether the operating state satisfies a change criterion; and - in accordance with the operating state satisfying the change criterion, displaying, on the display, a first user interface screen comprising a first user interface object representing the operating state indicative of a required change of the base plate. - obtaining an operating state of the ostomy appliance, wherein the operating state is indicative of adhesive performance of the ostomy appliance; - determining whether the operating state satisfies a change criterion; and - in accordance with the operating state satisfying the change criterion, displaying, on the display, a first user interface screen comprising a first user interface object representing the operating state indicative of a required change of the base plate.
A method of determining a nucleic acid sequence adjacent to a genomic nucleic acid sequence comprising a repeat element, the method comprising: (a) inserting a nucleic acid sequence comprising a targeting sequence and a promoter into one or more specific locations in the nucleic acid sequence comprising the repeat element, (b) directing RNA transcription from the promoter to obtain a synthesized nucleic acid comprising the nucleic acid sequence adjacent to nucleic acid sequence comprising the repeat element, and (c) sequencing the synthesized nucleic acid thereby determining the nucleic acid sequence adjacent to the genomic nucleic acid sequence comprising the repeat element, wherein the targeting sequence comprises (i) a nucleic acid sequence that hybridizes within the genomic nucleic acid sequence that comprises the repeat element, and (ii) at least one of a clustered regularly interspaced short palindromic repeats (CRISPR) sequence, a zinc finger nuclease sequence, and a transcription activator-like effector nucleases (TALENs) sequence.
A spinal stabilization system, comprising: an anchor member (12, 14, 16) configured to be secured to a vertebra within a patient's body including: a pedicle screw body; a housing (32, 32') having internal threads; and a set screw (34, 34'); a flexible element (140, 190, 214); a rigid element (142, 172, 218) securable to the anchor member and having an end portion (150, 174, 220) with an end surface (154, 176, 222), an axial bore (158, 178, 216) extending from the end surface (154, 176, 222), an outer surface (152, 180, 226), and an opening (160, 184, 224) on the outer surface (152, 180, 226) extending into the axial bore (158, 178, 216), the axial bore receiving a portion of the flexible element (140, 190, 214) therein; and a fastener (164, 188, 210) extending through the opening (160, 184, 224) in the outer surface (152, 180, 226) of the rigid element (142, 172, 218) to retain the flexible element (140, 190, 214) in the axial bore (158, 178, 216). an anchor member (12, 14, 16) configured to be secured to a vertebra within a patient's body including: a pedicle screw body; a housing (32, 32') having internal threads; and a set screw (34, 34'); a pedicle screw body; a housing (32, 32') having internal threads; and a set screw (34, 34'); a flexible element (140, 190, 214); a rigid element (142, 172, 218) securable to the anchor member and having an end portion (150, 174, 220) with an end surface (154, 176, 222), an axial bore (158, 178, 216) extending from the end surface (154, 176, 222), an outer surface (152, 180, 226), and an opening (160, 184, 224) on the outer surface (152, 180, 226) extending into the axial bore (158, 178, 216), the axial bore receiving a portion of the flexible element (140, 190, 214) therein; and a fastener (164, 188, 210) extending through the opening (160, 184, 224) in the outer surface (152, 180, 226) of the rigid element (142, 172, 218) to retain the flexible element (140, 190, 214) in the axial bore (158, 178, 216).
Arrangement for switching high currents in high-voltage engineering for one pole, having at least one first and having at least one second contact (2, 3), wherein a contact (2, 3) has at least two contact pieces that are in electrical and/or mechanical contact with one another in the closed switching state, and wherein the at least one first contact is arranged in a first housing and the at least one second contact is arranged in a second housing, wherein the at least one first and the at least one second contact (2, 3) are each rated-current contacts connected in parallel with one another, characterized in that, when switching the at least one first rated-current contact, the at least one second rated-current contact is always in the open switching state, and wherein auxiliary transmissions form part of the first and/or second rated-current contacts (2, 3), in order to drive different movable contact pieces of a rated-current contact (2, 3) with different motion profiles.
Connection adapter for connecting a treatment device to a connecting head of a treatment apparatus for in particular liquid fluids, in particular of an internal combustion engine, in particular of a motor vehicle, wherein the connection adapter features a connecting section for connection to the connecting head and a screw neck section coaxial in relation to an imaginary connecting axis for screwing on the treatment device, wherein the screw neck section comprises at least one fluid passage duct for connecting a fluid-guiding space of the treatment device to a fluid-guiding space of the connecting head, wherein the at least one connecting section features at least two screw holes for screws or threaded bolts or a central thread for connection to a connecting head-side central thread, characterized in that the treatment device features a spin-on filter and the connection adapter features a sealing collar facing the spin-on filter to be connected for abutment of an external annular seal of the spin-on filter to be connected, which sealing collar is preferably disposed at a free edge of the peripheral wall, wherein the sealing collar is disposed radially outside the connecting section.
A laminate for automotive interior material, comprising: a vinyl chloride resin layer subjected to sewing, and a tape disposed on one side in a thickness direction of the vinyl chloride resin layer, wherein the tape comprises a substrate having a fiber woven structure, and an adhesive layer, and wherein the adhesive layer is positioned closer to the vinyl chloride resin layer than the substrate. a vinyl chloride resin layer subjected to sewing, and a tape disposed on one side in a thickness direction of the vinyl chloride resin layer, wherein the tape comprises a substrate having a fiber woven structure, and an adhesive layer, and wherein the adhesive layer is positioned closer to the vinyl chloride resin layer than the substrate.
A system for inspecting an aircraft, comprising: a portal-framed structure; a ray source configured to emit a beam of rays, and being mounted and movable on the portal-framed structure; a trench in a ground, wherein the trench is co-planar with the beam of rays emitted from the ray source; a detector configured to receive and convert the beam of rays to an output signal, and being arranged in the trench in such a way that a surface of the detector is co-planar with the ground; a controller connected to the detector and the ray source and configured to control the ray source to emit a beam of rays when an aircraft to be detected moves through a scanning region constituted by the ray source and the detector, and to control the detector to receive a beam of rays emitted from the ray source that has passed through the detected aircraft; and an image generation module configured to receive the output signal from the detector and generate a vertical transmission image of the detected aircraft; wherein the portal-framed structure has a rail to allow the ray source moving along the rail, and the detector is configured to move along a rail in the trench in synchronization to the ray source, and wherein the controller being further configured to control the ray source to move to a predetermined position at a side along the rail, and control the detector to move to a position corresponding to the predetermined position at the side synchronously, so that a transmission inspection is performed on the side of the detected aircraft. a portal-framed structure; a ray source configured to emit a beam of rays, and being mounted and movable on the portal-framed structure; a trench in a ground, wherein the trench is co-planar with the beam of rays emitted from the ray source; a detector configured to receive and convert the beam of rays to an output signal, and being arranged in the trench in such a way that a surface of the detector is co-planar with the ground; a controller connected to the detector and the ray source and configured to control the ray source to emit a beam of rays when an aircraft to be detected moves through a scanning region constituted by the ray source and the detector, and to control the detector to receive a beam of rays emitted from the ray source that has passed through the detected aircraft; and an image generation module configured to receive the output signal from the detector and generate a vertical transmission image of the detected aircraft; wherein the portal-framed structure has a rail to allow the ray source moving along the rail, and the detector is configured to move along a rail in the trench in synchronization to the ray source, and wherein the controller being further configured to control the ray source to move to a predetermined position at a side along the rail, and control the detector to move to a position corresponding to the predetermined position at the side synchronously, so that a transmission inspection is performed on the side of the detected aircraft.
An apparatus comprising: - a differential driver module comprising at least two switching modules (421,422) and configured to generate at least one differential signal having steep rise and fall times for at least partially reducing common-mode noise, wherein the steep rise and fall time is short compared to a cycle time or the differential signal; and at least one filter module comprising a defected ground structure filter wherein the defects in the ground structure are arranged to control the frequencies removed by the filter: and - wherein the differential driver module is configured to be connected with at least two transmission lines (311, 312, 321, 322) for transmitting the at least one differential signal. - a differential driver module comprising at least two switching modules (421,422) and configured to generate at least one differential signal having steep rise and fall times for at least partially reducing common-mode noise, wherein the steep rise and fall time is short compared to a cycle time or the differential signal; and at least one filter module comprising a defected ground structure filter wherein the defects in the ground structure are arranged to control the frequencies removed by the filter: and - wherein the differential driver module is configured to be connected with at least two transmission lines (311, 312, 321, 322) for transmitting the at least one differential signal.
An adjustable height limiter for a vehicle seat, comprising: a main body having a slot which has a first end and a second end, a piston rod element which is displaceable with respect to the main body, characterised in that the main body having a pin element which is guided in the slot, a first sleeve element which is rotatable with respect to the main body and at least partially surrounds the main body, the first sleeve element having a first boundary which is helical with respect to the main body, the first boundary being arranged between the first end and the second end when viewed in the extension direction of the slot, and the pin element being arranged between the first end and the first boundary. a main body having a slot which has a first end and a second end, a piston rod element which is displaceable with respect to the main body, characterised in that the main body having a pin element which is guided in the slot, a first sleeve element which is rotatable with respect to the main body and at least partially surrounds the main body, the first sleeve element having a first boundary which is helical with respect to the main body, the first boundary being arranged between the first end and the second end when viewed in the extension direction of the slot, and the pin element being arranged between the first end and the first boundary.
A method for logging an authorized user in to a device, in particular to a device for a power generation plant, by means of a service gateway, wherein an access authorization of the user for the device is stored on the service gateway, comprising the steps of: - authenticating the user on the service gateway, - sending the device access request of the user to the service gateway specifying an identifier of the device, - comparing a device secret stored on the service gateway with a copy of the device secret generated using the device secret and stored on the device, via an SRP protocol, wherein the comparison is carried out via a data connection between an access device of the user and the service gateway, and a data connection between the access device of the user and the device, - wherein, if the comparison is successful, a session key is agreed between the device and the service gateway via the SRP protocol, and - the user logs in to the device. - authenticating the user on the service gateway, - sending the device access request of the user to the service gateway specifying an identifier of the device, - comparing a device secret stored on the service gateway with a copy of the device secret generated using the device secret and stored on the device, via an SRP protocol, wherein the comparison is carried out via a data connection between an access device of the user and the service gateway, and a data connection between the access device of the user and the device, - wherein, if the comparison is successful, a session key is agreed between the device and the service gateway via the SRP protocol, and - the user logs in to the device.