mhurhangee/patent-ind-claim-en huggingface dataset:
A dilator (1; 10; 20) comprising: a hollow shaft (3; 21, 22) having an outer diameter of a front end smaller than that of a base end; and a grip portion provided at the base end of the shaft (3; 21, 22), wherein, a spirally-arranged protruding portion (5; 24, 25) protruding outwardly is provided on an outer peripheral surface of the shaft (3; 21, 22), the spirally-arranged protruding portion (5; 24, 25) has gaps between adjacent portions along an axis (A) of the shaft (3; 21, 22), the shaft (3; 21, 22) has a first position (P1; P3) and a second position (P2; P4) along the axis (A), the second position (P2; P4) being located at a front end side relative to the first position (P1; P3) and having an outer diameter smaller than that of the first position (P1; P3), and the spirally-arranged protruding portion (5; 24, 25) has an inclination angle to the axis (A) at the second position (P2; P4) smaller than that at the first position (P1; P3), characterized in that the spirally-arranged protruding portion (5; 24, 25) includes a coil having a wire wound around on the outer peripheral surface (3A; 21A, 22A) of the shaft (3; 21, 22). a hollow shaft (3; 21, 22) having an outer diameter of a front end smaller than that of a base end; and a grip portion provided at the base end of the shaft (3; 21, 22), wherein, a spirally-arranged protruding portion (5; 24, 25) protruding outwardly is provided on an outer peripheral surface of the shaft (3; 21, 22), the spirally-arranged protruding portion (5; 24, 25) has gaps between adjacent portions along an axis (A) of the shaft (3; 21, 22), the shaft (3; 21, 22) has a first position (P1; P3) and a second position (P2; P4) along the axis (A), the second position (P2; P4) being located at a front end side relative to the first position (P1; P3) and having an outer diameter smaller than that of the first position (P1; P3), and the spirally-arranged protruding portion (5; 24, 25) has an inclination angle to the axis (A) at the second position (P2; P4) smaller than that at the first position (P1; P3), characterized in that the spirally-arranged protruding portion (5; 24, 25) includes a coil having a wire wound around on the outer peripheral surface (3A; 21A, 22A) of the shaft (3; 21, 22).
RFID device for detecting objects marked with RFID transponders on a transport path for the objects , having an RFID transmitting and/or receiving unit for detecting the RFID transponders by means of an RFID antenna , so that the passage of an RFID transponder over the transport path can be detected automatically, and having a metal region , characterized in that the metal region to be arranged on the transport path is provided with a signal passage region for allowing RFID signals to pass through the metal region and the RFID transmitting and/or receiving unit is arranged on a side of the metal region to be turned away from the transport path .
An organic light emitting display apparatus comprising: a bottom substrate having a display area and a peripheral area surrounding the display area; a plurality of organic light emitting devices in the display area of the bottom substrate ; a top substrate corresponding to the bottom substrate ; a sealing member in the peripheral area of the bottom substrate and configured to attach the bottom substrate to the top substrate ; and an anti-impact member in the peripheral area of the bottom substrate and apart from the sealing member , the anti-impact member protruding from the bottom substrate toward the top substrate ; wherein: the plurality of organic light emitting devices comprise: a plurality of pixel electrodes , a counter electrode corresponding to the plurality of pixel electrodes , and an intermediate layer between the plurality of pixel electrodes and the counter electrode and comprises an emission layer; characterized in that a space corresponding to a thickness of the counter electrode is formed between the top substrate and an end surface of the anti-impact member toward the top substrate , in order to reduce oscillations of the top substrate due to external impact. a bottom substrate having a display area and a peripheral area surrounding the display area; a plurality of organic light emitting devices in the display area of the bottom substrate ; a top substrate corresponding to the bottom substrate ; a sealing member in the peripheral area of the bottom substrate and configured to attach the bottom substrate to the top substrate ; and an anti-impact member in the peripheral area of the bottom substrate and apart from the sealing member , the anti-impact member protruding from the bottom substrate toward the top substrate ; wherein: the plurality of organic light emitting devices comprise: a plurality of pixel electrodes , a counter electrode corresponding to the plurality of pixel electrodes , and an intermediate layer between the plurality of pixel electrodes and the counter electrode and comprises an emission layer; characterized in that a space corresponding to a thickness of the counter electrode is formed between the top substrate and an end surface of the anti-impact member toward the top substrate , in order to reduce oscillations of the top substrate due to external impact. a plurality of pixel electrodes , a counter electrode corresponding to the plurality of pixel electrodes , and an intermediate layer between the plurality of pixel electrodes and the counter electrode and comprises an emission layer; characterized in that a space corresponding to a thickness of the counter electrode is formed between the top substrate and an end surface of the anti-impact member toward the top substrate , in order to reduce oscillations of the top substrate due to external impact.
A drug eluting device for use as part of a treatment for one or more of chronic inflammatory injury, metaplasia, dysplasia or cancer of an epithelial tissue, which device comprises drug release means including: (a) ponatinib; and (b) an anti-PESC agent selected from the group consisting of which device when deployed in a patient positions the drug release means proximal to the surface of the diseased tissue and releases ponatinib and the anti-PESC agent in an amount sufficient to achieve a therapeutically effective exposure of the diseased tissue to the ponatinib and the anti-PESC agent. (a) ponatinib; and (b) an anti-PESC agent selected from the group consisting of which device when deployed in a patient positions the drug release means proximal to the surface of the diseased tissue and releases ponatinib and the anti-PESC agent in an amount sufficient to achieve a therapeutically effective exposure of the diseased tissue to the ponatinib and the anti-PESC agent.
Conveying device comprising a first drive body , a second drive body and a lifting body for receiving a payload, the drive bodies being able to be activated independently of each other along a conveying axis or on a conveying plane , a first lifting link being pivotally articulated to the first drive body and a second lifting link being pivotally articulated to the second drive body , the lifting links being functionally connected to the lifting body , so that a relative movement of the drive bodies can be converted into a movement of the lifting body along a lifting axis , characterized in that a first guide link is pivotally articulated to the first drive body , in that a second guide link is pivotally articulated to the second drive body , in that the guide links are connected to a first guide element , in that the lifting body has a second guide element , and in that the guide elements form a linear guide with a guide axis which coincides with the lifting axis .
Bead retaining device comprising a plurality of bead retaining members for retaining a bead (91-93) in a retaining plane (P), wherein the bead retaining device further comprises an annular frame extending circumferentially about a central axis (A) perpendicular to the retaining plane (P), wherein the frame has an inner frame edge that forms a frame opening for receiving a tire building drum , wherein the bead retaining members are movable in a radial direction (R) perpendicular to the central axis (A) between a first radial position at or inside the frame opening and a second radial position radially inward with respect to said first radial position, wherein the bead retaining members each comprise a body having a concave first concave edge extending in said retaining plane (P), wherein the bead retaining members further each comprise one or more retaining elements which are distributed over the body along said first concave edge for retaining a first bead of a first size along a first retaining curve (S1) having a first retaining radius (C1) and for retaining a second bead of a second size along a second retaining curve (S2) having a second retaining radius (C2) larger than the first retaining radius (C1), wherein the first retaining curve (S1) is concentric to the central axis (A) in one radial position of the bead retaining members between the first radial position and the second radial position and the second retaining curve (S2) is concentric to the central axis (A) in another radial position between the first radial position and the second radial position, wherein the first retaining curve (S1) intersects with the second retaining curve (S2) at a first intersection point (X1) and a second intersection point (X2) spaced apart from the first intersection point (X1), wherein the first concave edge is non-circular and is located radially outside of the second retaining curve (S2) in a center region of the first concave edge between the first intersection point (X1) and the second intersection point (X2) and radially outside of the first retaining curve (S1) in a first lateral region of the first concave edge opposite the center region with respect to the first intersection point (X1) and a second lateral region of the first concave edge opposite to the center region with respect to the second intersection point (X2).
A manufacturing method of a planetary carrier , the planetary carrier including a plurality of pinion gears (PG, PGa, PGb), a plurality of pinion shafts (PS, PSa, PSb) that are each inserted in a corresponding pinion gear (PG, PGa, PGb) of the plurality of pinion gears (PG, PGa, PGb), two supporting plates that each support a corresponding end portion of the pinion shafts (PS, PSa, PSb), and a plurality of bridge plates that are each welded to the two supporting plates and that connect the two supporting plates , wherein the manufacturing method includes a blanking step of blanking each supporting plate from a plate material so that each supporting plate includes a plurality of peripheral portions that are extended linearly, and in the blanking step, each supporting plate is blanked from the plate material so that one of the peripheral portions extends in parallel with an inner face , corresponding to one of the peripheral portions , of a blanked hole that is formed in the plate material by blanking of the supporting plate that has been performed one shot before, the two supporting plates include a first supporting plate that has a first through hole and that supports one end of each of the pinion shafts (PS, PSa, PSb), and a second supporting plate that has a second through hole and that supports the other end of each of the pinion shafts (PS, PSa, PSb), and in the blanking step, the first and second supporting plates are blanked from the plate material and the respective bridge plate is blanked from a part of the plate material that corresponds to the first through hole and the second through hole . the manufacturing method includes a blanking step of blanking each supporting plate from a plate material so that each supporting plate includes a plurality of peripheral portions that are extended linearly, and in the blanking step, each supporting plate is blanked from the plate material so that one of the peripheral portions extends in parallel with an inner face , corresponding to one of the peripheral portions , of a blanked hole that is formed in the plate material by blanking of the supporting plate that has been performed one shot before, the two supporting plates include a first supporting plate that has a first through hole and that supports one end of each of the pinion shafts (PS, PSa, PSb), and a second supporting plate that has a second through hole and that supports the other end of each of the pinion shafts (PS, PSa, PSb), and in the blanking step, the first and second supporting plates are blanked from the plate material and the respective bridge plate is blanked from a part of the plate material that corresponds to the first through hole and the second through hole .
Method of preparing a compound of the following Formula : in which R represents: - an aryl group comprising from 6 to 10 carbon atoms, possibly substituted, - a heteroaryl group comprising from 5 to 10 atoms, including at least one heteroatom chosen from O, S or N, possibly substituted, or - an alkyl group comprising from 1 to 6 carbon atoms, substituted by an aryl group comprising from 6 to 10 carbon atoms, said method comprising: a) a step of mixing a nitrile of the following Formula (II): R-CN (II) R being as defined above, with dichloromethane and sulphur, in an alcohol, b) a step of adding hydrazine monohydrate to the mixture obtained at the end of step a), and mixing the assembly thus obtained, c) a step of oxidising the mixture obtained at the end of step b), and d) a possible step of isolating the compound of Formula (I). - an aryl group comprising from 6 to 10 carbon atoms, possibly substituted, - a heteroaryl group comprising from 5 to 10 atoms, including at least one heteroatom chosen from O, S or N, possibly substituted, or - an alkyl group comprising from 1 to 6 carbon atoms, substituted by an aryl group comprising from 6 to 10 carbon atoms, a) a step of mixing a nitrile of the following Formula (II): R-CN (II) R being as defined above, with dichloromethane and sulphur, in an alcohol, b) a step of adding hydrazine monohydrate to the mixture obtained at the end of step a), and mixing the assembly thus obtained, c) a step of oxidising the mixture obtained at the end of step b), and d) a possible step of isolating the compound of Formula (I).
A method performed in a source switch device , for switching frames in a network domain or a network topology including a plurality of switch devices (301-305), the method comprising: - receiving a frame from a source host node connected to the source switch device , wherein the frame includes a Layer 2 broadcast address for retrieving a MAC address of a destination host node connected to a destination switch device and the frame further includes an original source MAC address of the source host node; - generating a new Mapped Medium Access Control Switching Protocol, MMSP, MAC, address for the source host node, wherein said new MMSP MAC address is associated with said original source MAC address of the source host node; - for each switch device (302-305) in the network domain, generating an individual MMSP unicast address including an individual switch ID wherein the individual MMSP unicast address is unique for each switch device (302-305) in the network domain; - for each switch device (302-305), replacing the Layer 2 broadcast address indicated in the frame with the individual MMSP unicast address of said each switch device (302-305) generated in step ; - -for each switch device (302-305), replacing the original MAC address of the source host node indicated in the frame with said new generated MMSP MAC address of the source host node generated in step to generate, for each switch device (302-305), a new frame including the individual MMSP unicast address and the new generated MMSP MAC address of the source the host node; and - forwarding each new generated frame in step to every switch device (302-305) in the network domain. - receiving a frame from a source host node connected to the source switch device , wherein the frame includes a Layer 2 broadcast address for retrieving a MAC address of a destination host node connected to a destination switch device and the frame further includes an original source MAC address of the source host node; - generating a new Mapped Medium Access Control Switching Protocol, MMSP, MAC, address for the source host node, wherein said new MMSP MAC address is associated with said original source MAC address of the source host node; - for each switch device (302-305) in the network domain, generating an individual MMSP unicast address including an individual switch ID wherein the individual MMSP unicast address is unique for each switch device (302-305) in the network domain; - for each switch device (302-305), replacing the Layer 2 broadcast address indicated in the frame with the individual MMSP unicast address of said each switch device (302-305) generated in step ; - -for each switch device (302-305), replacing the original MAC address of the source host node indicated in the frame with said new generated MMSP MAC address of the source host node generated in step to generate, for each switch device (302-305), a new frame including the individual MMSP unicast address and the new generated MMSP MAC address of the source the host node; and - forwarding each new generated frame in step to every switch device (302-305) in the network domain.
Armrest with an arm support and a base part , which can be arranged on a vehicle structure, wherein the arm support is formed of two parts and comprises a primary arm support part and a secondary arm support part , wherein each arm support part is held on the base part so as to be vertically (z1, z2) adjustable by means of an adjusting device , and wherein each arm support part can be fixed in at least one vertical position by means of a locking device , characterised in that the adjusting device comprises a guide with a first and a second guide track in the form of a guide rod or a shaft, along which guide track lateral regions of a runner are vertically guided which are formed in the shape of a plate and assigned to each arm support part , on which runner the arm support part of the arm support is held, wherein each runner can be locked in its vertical position.
A protective connector comprising : a core assembly structure ; mating pins; and characterized in that it further comprises: a mating coupling structure , wherein circuitry is mounted within the core assembly structure , wherein the mating coupling structure substantially encases the core assembly structure and mates with another connector such that the mating pins of the protective connector are electrically coupled to pins of the other connector , and wherein the mating coupling structure comprises: an outer housing ; and an align, twist, and locking piece , wherein the outer housing fits over the core assembly structure and is mechanically coupled to the align, twist, and locking piece , wherein the outer housing and the align, twist, and locking piece freely rotate around to the core assembly structure so that the mating coupling structure is mechanically free-moving with respect to the core assembly structure such that forces applied to the mating coupling structure to mate the protective connector to the other connector are not applied to the circuitry within the core assembly structure . a core assembly structure ; mating pins; and characterized in that it further comprises: a mating coupling structure , wherein circuitry is mounted within the core assembly structure , wherein the mating coupling structure substantially encases the core assembly structure and mates with another connector such that the mating pins of the protective connector are electrically coupled to pins of the other connector , and wherein the mating coupling structure comprises: an outer housing ; and an align, twist, and locking piece , wherein the outer housing fits over the core assembly structure and is mechanically coupled to the align, twist, and locking piece , wherein the outer housing and the align, twist, and locking piece freely rotate around to the core assembly structure so that the mating coupling structure is mechanically free-moving with respect to the core assembly structure such that forces applied to the mating coupling structure to mate the protective connector to the other connector are not applied to the circuitry within the core assembly structure . an outer housing ; and an align, twist, and locking piece , wherein the outer housing fits over the core assembly structure and is mechanically coupled to the align, twist, and locking piece , wherein the outer housing and the align, twist, and locking piece freely rotate around to the core assembly structure so that the mating coupling structure is mechanically free-moving with respect to the core assembly structure such that forces applied to the mating coupling structure to mate the protective connector to the other connector are not applied to the circuitry within the core assembly structure .
A system for manufacturing a weave, the system comprising: a winder for reeling the manufactured weave to a rotating reel , wire spools , comprising longitudinal wires , arranged to release said longitudinal wires to said winder , characterized in that the system further comprises a wire spool carrier comprising a wheel and a slit extending through the wheel from a centre of the wire spool carrier to the circumference, an additional wire spool , comprising a crossing wire , releasably attached to the wire spool carrier and arranged to release said crossing wire , and an actuator configured to move, in use, the wire spool carrier between the longitudinal wires such that the additional wire spool in turns moves to each longitudinal wire to a position where the respective longitudinal wire is located in said slit at which stage the wheel is rotatable around said respective longitudinal wire to wound a section of said crossing wire at least once around said respective longitudinal wire before moving towards a following longitudinal wire in such a way that a predetermined path of the crossing wire from the additional wire spool forms the weave with the longitudinal wires from the wire spools . a winder for reeling the manufactured weave to a rotating reel , wire spools , comprising longitudinal wires , arranged to release said longitudinal wires to said winder , characterized in that the system further comprises a wire spool carrier comprising a wheel and a slit extending through the wheel from a centre of the wire spool carrier to the circumference, an additional wire spool , comprising a crossing wire , releasably attached to the wire spool carrier and arranged to release said crossing wire , and an actuator configured to move, in use, the wire spool carrier between the longitudinal wires such that the additional wire spool in turns moves to each longitudinal wire to a position where the respective longitudinal wire is located in said slit at which stage the wheel is rotatable around said respective longitudinal wire to wound a section of said crossing wire at least once around said respective longitudinal wire before moving towards a following longitudinal wire in such a way that a predetermined path of the crossing wire from the additional wire spool forms the weave with the longitudinal wires from the wire spools .