mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a safety needle assembly, characterized in that the method comprises: positioning a needle shield within an elongate body including a body wall defining an internal passageway and having an opening in the body wall ; wherein the needle shield comprises a body portion defining an internal passageway, a release latch formed upon the body portion comprising a leaf spring and a detent , and at least one proximally extending retention latch extending from a proximal end of the body portion for engaging a cavity in the elongate body when the needle assembly is activated; positioning, at least in part, a needle hub having an elongate needle extending therefrom into the internal passageway of the body portion such that the elongate needle extends through a distal end of the needle shield and the elongate body ; engaging a wing assembly with the elongate body such that a wing extends laterally from the body, compressing a biasing element between the needle hub and the needle shield such that the biasing element biases the needle shield toward a distal end of the needle ; and engaging the release latch comprising the leaf spring and the detent on the needle shield with an edge of the opening in the body wall such that the release latch prevents movement of the needle shield distally with respect to the elongate body and with respect to the needle . positioning a needle shield within an elongate body including a body wall defining an internal passageway and having an opening in the body wall ; wherein the needle shield comprises a body portion defining an internal passageway, a release latch formed upon the body portion comprising a leaf spring and a detent , and at least one proximally extending retention latch extending from a proximal end of the body portion for engaging a cavity in the elongate body when the needle assembly is activated; positioning, at least in part, a needle hub having an elongate needle extending therefrom into the internal passageway of the body portion such that the elongate needle extends through a distal end of the needle shield and the elongate body ; engaging a wing assembly with the elongate body such that a wing extends laterally from the body, compressing a biasing element between the needle hub and the needle shield such that the biasing element biases the needle shield toward a distal end of the needle ; and engaging the release latch comprising the leaf spring and the detent on the needle shield with an edge of the opening in the body wall such that the release latch prevents movement of the needle shield distally with respect to the elongate body and with respect to the needle .
Axle (100; 200; 302, 304, 306, 308) for a vehicle, in particular a commercial vehicle, comprising: a first axle portion (102; 202) and a second axle portion (104; 204) connected to the first axle portion (102; 202), characterized in that the first axle portion (102; 202) and the second axle portion (104; 204) form a cavity which is designed to store fuel for driving the vehicle. a first axle portion (102; 202) and a second axle portion (104; 204) connected to the first axle portion (102; 202), characterized in that the first axle portion (102; 202) and the second axle portion (104; 204) form a cavity which is designed to store fuel for driving the vehicle.
An insertable light-dispensing catheter device, comprising: i. a shaft including a proximal and distal end; ii. a light guide extending through the shaft; iii. a mirror displaceably extendable from the shaft into a position where the mirror receives and reflects light emitted from the light guide; iv. an expandable unit which is a balloon; v. an actuator configured to expand and retract the expandable unit, wherein the actuator includes a fluid conduit extending through the shaft and coupled with the balloon to enable inflation and retraction of the balloon via injection or withdrawal of a fluid to or from the balloon via the fluid conduit; the device being characterised by further comprising: vi. a patch mounted about the fluid conduit and positioned to be displaced by the balloon when the balloon is inflated, wherein a photo-curable adhesive is contained in the patch or coated on the patch on a side of the patch opposite the balloon; wherein the mirror is provided on the balloon or on/toward the distal tip of the light guide inserted into the balloon to reflect and distribute light back onto the patch. i. a shaft including a proximal and distal end; ii. a light guide extending through the shaft; iii. a mirror displaceably extendable from the shaft into a position where the mirror receives and reflects light emitted from the light guide; iv. an expandable unit which is a balloon; v. an actuator configured to expand and retract the expandable unit, wherein the actuator includes a fluid conduit extending through the shaft and coupled with the balloon to enable inflation and retraction of the balloon via injection or withdrawal of a fluid to or from the balloon via the fluid conduit;
An apparatus, comprising: a prosthetic heart valve that includes an inner frame and an outer frame coupleable to the inner frame via at least one suture , the inner frame and the outer frame can be moved between a first position relative to each other in which the outer frame is disposed substantially axially proximal of the inner frame and a second position relative to each other in which the inner frame is nested substantially within an interior portion of the outer frame , the prosthetic valve movable between a first configuration for delivery into a heart of a patient and a second configuration when implanted in the heart, the prosthetic valve being in the first configuration when the inner frame and the outer frame are in the first position relative to each other, the prosthetic valve being in the second configuration when the inner frame and the outer frame are in the second position relative to each other, characterised in that the at least one suture is securely attached to the inner frame and extends through apertures in the outer frame to a location proximal to the outer frame , the at least one suture includes a slip knot disposed proximal to the outer frame that can be moved relative to the at least one suture to secure the outer frame to the inner frame when the prosthetic heart valve is in the second configuration. a prosthetic heart valve that includes an inner frame and an outer frame coupleable to the inner frame via at least one suture , the inner frame and the outer frame can be moved between a first position relative to each other in which the outer frame is disposed substantially axially proximal of the inner frame and a second position relative to each other in which the inner frame is nested substantially within an interior portion of the outer frame , the prosthetic valve movable between a first configuration for delivery into a heart of a patient and a second configuration when implanted in the heart, the prosthetic valve being in the first configuration when the inner frame and the outer frame are in the first position relative to each other, the prosthetic valve being in the second configuration when the inner frame and the outer frame are in the second position relative to each other, characterised in that the at least one suture is securely attached to the inner frame and extends through apertures in the outer frame to a location proximal to the outer frame , the at least one suture includes a slip knot disposed proximal to the outer frame that can be moved relative to the at least one suture to secure the outer frame to the inner frame when the prosthetic heart valve is in the second configuration.
A PCB strip comprising: a first connecting portion which comprises a plurality of electrical contacts which can be electrically connected to windings on a stator, a second connecting portion which can be electrically connected to a driver, and a third connecting portion which can be electrically connected to a driver; wherein, said plurality of electrical contacts (5a-d) are electrically connected so as to provide two selectable electrical configurations; wherein the PCB strip further comprises a first cutting zone at which the PCB strip can be cut to select one of the two selectable electrical configurations for the electrical contacts (5a-d) of the first connecting portion , and a second cutting zone at which the PCB strip can be cut to select the other of the at least two selectable electrical configurations for the electrical contacts (5a-h) of the first connecting portion , characterized in that the at least two selectable electrical configurations comprise: a first electrical configuration which is such that when electrical contacts of the first portion are connected to windings of the stator those windings are connected electrically in parallel, and a second electrical configuration which is such that when electrical contacts of the first portion are connected to windings of the stator those windings are connected electrically in series. a second connecting portion which can be electrically connected to a driver, and a third connecting portion which can be electrically connected to a driver; wherein, said plurality of electrical contacts (5a-d) are electrically connected so as to provide two selectable electrical configurations; wherein the PCB strip further comprises a first cutting zone at which the PCB strip can be cut to select one of the two selectable electrical configurations for the electrical contacts (5a-d) of the first connecting portion , and a second cutting zone at which the PCB strip can be cut to select the other of the at least two selectable electrical configurations for the electrical contacts (5a-h) of the first connecting portion , characterized in that the at least two selectable electrical configurations comprise: a first electrical configuration which is such that when electrical contacts of the first portion are connected to windings of the stator those windings are connected electrically in parallel, and a second electrical configuration which is such that when electrical contacts of the first portion are connected to windings of the stator those windings are connected electrically in series. a first electrical configuration which is such that when electrical contacts of the first portion are connected to windings of the stator those windings are connected electrically in parallel, and a second electrical configuration which is such that when electrical contacts of the first portion are connected to windings of the stator those windings are connected electrically in series.
Hanging system for producing a stretched suspended ceiling comprising: - a first profile member forming a profile member for fastening to a wall, comprising a wall provided with at least one air passage opening, - a second profile member, separate and independent of the first profile member, which is capable of being releasably mounted on the fastening profile member , and - means for blocking the second profile member in position on the first profile member when the latter is mounted on said first profile member, the second profile member being a rail for hanging at least one stretched fabric, on which said at least one stretched fabric is hung, the fastening profile member forming the first profile member and the rail forming the second profile member comprising, respectively, projecting from a wall, mutual mating means allowing the rail with the fastening profile member to be assembled by interlocking, the rail being mounted so as to be suspended on the fastening profile member , the blocking means comprising at least one bolster-forming element positioned between the fastening profile member and the rail, characterized in that the mutual mating means are hook-forming elements which are positioned head to tail with respect to each other when the rail is mounted on the fastening profile member. - a first profile member forming a profile member for fastening to a wall, comprising a wall provided with at least one air passage opening, - a second profile member, separate and independent of the first profile member, which is capable of being releasably mounted on the fastening profile member , and - means for blocking the second profile member in position on the first profile member when the latter is mounted on said first profile member, the second profile member being a rail for hanging at least one stretched fabric, on which said at least one stretched fabric is hung, the fastening profile member forming the first profile member and the rail forming the second profile member comprising, respectively, projecting from a wall, mutual mating means allowing the rail with the fastening profile member to be assembled by interlocking, the rail being mounted so as to be suspended on the fastening profile member , the blocking means comprising at least one bolster-forming element positioned between the fastening profile member and the rail, characterized in that the mutual mating means are hook-forming elements which are positioned head to tail with respect to each other when the rail is mounted on the fastening profile member.
A pivotable sliding door , having - a rotary column with a rotary column drive, which brings about a rotary movement of the rotary column and hence a pivot movement of the door leaf out from a door portal, - at least two door leaf bearings , via which the door leaf is mounted pivotably about a vertical axis (z-z) on the rotary column and displaceably in vehicle longitudinal direction (x-x), - a longitudinal drive for moving the door leaf in vehicle longitudinal direction (x-x) with a drive unit, which has a drive means , which cooperates with a drive element arranged on the door leaf , wherein the drive element is formed by a rack running in vehicle longitudinal direction, into which a drive means, configured as toothed wheel , engages, wherein the toothed wheel is able to be driven via an electric motor , and wherein two racks are provided, into which respectively a toothed wheel engages, characterized in that the two toothed wheels are connected to one another via a rotatable drive shaft and are driven in a synchronized manner, wherein the drive shaft is able to be driven via the electric motor , and that the drive shaft is rotatably mounted in the door leaf bearings and runs parallel to the rotary column . - a rotary column with a rotary column drive, which brings about a rotary movement of the rotary column and hence a pivot movement of the door leaf out from a door portal, - at least two door leaf bearings , via which the door leaf is mounted pivotably about a vertical axis (z-z) on the rotary column and displaceably in vehicle longitudinal direction (x-x), - a longitudinal drive for moving the door leaf in vehicle longitudinal direction (x-x) with a drive unit, which has a drive means , which cooperates with a drive element arranged on the door leaf ,
A handle for a cookware article that comprises: a. a flange portion having a distal end for connection to one of a cookware vessel and a lid of a cookware vessel , the flange portion also having a proximal end opposing the distal end, b. an elongated cavity extending from the distal end of the flange portion toward a rim that defines a perimeter of an open distal end of the elongated cavity , c. an interconnection module disposed within the elongated cavity , d. an electronic module for sealing the open distal end of the elongated cavity at the rim to form at least a distal portion of the handle for the cookware article, the electronic module comprising at least one electronic component, e. one of the interconnection module and the electronic module comprising a male appendage that is received in the other module, f. at least one external lead that extends from the flange portion to the interconnection module to make a connection with a first terminal of the electronic module , wherein said first terminal is in one of signal and power connection to the at least one electronic component in which the connection is capable of being disengaged when the electronic module is rotated with respect to the interconnection module to disconnect a pair of contact terminals of which a first contact terminal of the pair is on the male appendage and a second contact terminal of the pair is on the other module that does not comprise the male appendage . a. a flange portion having a distal end for connection to one of a cookware vessel and a lid of a cookware vessel , the flange portion also having a proximal end opposing the distal end, b. an elongated cavity extending from the distal end of the flange portion toward a rim that defines a perimeter of an open distal end of the elongated cavity , c. an interconnection module disposed within the elongated cavity , d. an electronic module for sealing the open distal end of the elongated cavity at the rim to form at least a distal portion of the handle for the cookware article, the electronic module comprising at least one electronic component, e. one of the interconnection module and the electronic module comprising a male appendage that is received in the other module, f. at least one external lead that extends from the flange portion to the interconnection module to make a connection with a first terminal of the electronic module , wherein said first terminal is in one of signal and power connection to the at least one electronic component in which the connection is capable of being disengaged when the electronic module is rotated with respect to the interconnection module to disconnect a pair of contact terminals of which a first contact terminal of the pair is on the male appendage and a second contact terminal of the pair is on the other module that does not comprise the male appendage .
An interleukin 15 receptor alpha (IL-15Ra) coding nucleic acid, comprising: an IL-15Ra-encoding sequence comprising SEQ ID NO:47, encoding whole IL-15Ra or SEQ ID NO:49, encoding soluble IL-15Ra.
Circuit breaker with electronic trip control, said circuit breaker being traversed by at least one current path (L1, L2, L3) and capable of ensuring protection against at least one short-circuit type fault occurring in an electrical circuit connected to said current path (L1, L2, L3) and comprising a current detector (D) capable of detecting the current flowing in the or at least one of the current paths (L1, L2, L3) and of emitting an acquisition signal that is representative of said current, an electronic tripper (3, I2, 4, 5) comprising an electronic processing unit configured to be able to process said acquisition signal and emit a trip control signal when a trip threshold has been exceeded, an actuator driven to trip by said trip control signal and comprising a coil , and an opening mechanism capable of being actuated by said actuator so as to open at least one main contact (C1, C2, C3) interrupting the electric current in the current path(s) in question (L1, L2, L3), and a power supply (A), further comprising an inhibition circuit (I1, 2, 2') for inhibiting magnetic influences on the actuator that are likely to cause accidental tripping, characterized in that said inhibition circuit (I1, 2, 2') is capable of short-circuiting the coil when said circuit is controlled into a closed state so as to carry out the inhibition and of not short-circuiting the coil when said circuit is controlled into an open state and in that the electronic processing unit is further configured to be able to control said inhibition circuit (I1, 2, 2') and to coordinate the emission of the trip control signal with the control of said inhibition circuit (I1, 2, 2') so as not to short-circuit the coil at the same time as tripping takes place.
Infrared heating system having a front wall and a rear wall , between which a heating assembly is arranged which has at least one heating circuit , the heating circuit comprising a heat conductor , the surface of the outer face of the front wall being structured, characterized in that the front wall itself is structured by mechanical processing and beneath an optional coating.
An accessory support device , comprising: - a support structure that defines a flat base plane; - an inclined portion that is supported on the support structure and that has an inclined portion width and that extends in an inclined plane upward relative to the base plane along an inclined portion length from a front of the accessory support device facing a user to a rear of the accessory support device located further away from the user, the inclined portion including an accessory support surface extending at a first viewing angle for the user; and - an upright portion that is supported on the support structure or on the inclined portion and that has an upright portion width and that extends in a mainly upright plane relative to the base plane along an upright portion length from the rear of the accessory support device at a second viewing angle for the user, so as to form a privacy panel that shields the user from being seen from the rear of the accessory support device , wherein: - the upright portion is angularly adjustably connected to the inclined portion , optionally to the base portion or other portion of the support structure , preferably via a first hinge construction , and; - the inclined portion is angularly adjustably connected to the base portion or other portion of the support structure , preferably via a second hinge construction ; characterized in that the first and second hinge constructions are coupled via an angle compensation device , optionally a parallelogram mechanism, to compensate the first hinge construction for angular adjustment of the second hinge construction so as to keep the angle of the upright portion relative to the base plane mainly unchanged when the angle of the inclined portion relative to the base plane is adjusted. - a support structure that defines a flat base plane; - an inclined portion that is supported on the support structure and that has an inclined portion width and that extends in an inclined plane upward relative to the base plane along an inclined portion length from a front of the accessory support device facing a user to a rear of the accessory support device located further away from the user, the inclined portion including an accessory support surface extending at a first viewing angle for the user; and - an upright portion that is supported on the support structure or on the inclined portion and that has an upright portion width and that extends in a mainly upright plane relative to the base plane along an upright portion length from the rear of the accessory support device at a second viewing angle for the user, so as to form a privacy panel that shields the user from being seen from the rear of the accessory support device , - the upright portion is angularly adjustably connected to the inclined portion , optionally to the base portion or other portion of the support structure , preferably via a first hinge construction , and; - the inclined portion is angularly adjustably connected to the base portion or other portion of the support structure , preferably via a second hinge construction ;