mhurhangee/patent-ind-claim-en huggingface dataset:
A delivery device comprising: an elongated tubular member; an implant; an implant retention mechanism located within said tubular member and located near a distal end of said delivery device for selectively releasing the implant; said mechanism comprising a tether releasably securing the implant at a distal end of said tubular member; a core wire for strengthening said elongated tubular member and for providing resistance to bending; said core wire at least partially located within said tubular member, said core wire preferably being at least partially fixed therein for providing support; said core wire having a distal end terminating between about 2 cm and about 4 cm from said distal end of said tubular member, a heater coil , an electrical connector located at a proximal end of said device and configured to connect to a power source to supply power to the heater coil, a non-insulated wire connected to said core wire at a first and second location and further connected to the heater coil , an insulated wire connected to said electrical connector and said heater coil , and said non-insulated wire being electrically connected to said core wire near a proximal end of said core wire and near a distal end of said core wire , the heater coil being located within said distal end of said tubular member and configured to sever the tether by an increase in temperature when a current is supplied thereto for releasing said implant. an elongated tubular member; an implant; an implant retention mechanism located within said tubular member and located near a distal end of said delivery device for selectively releasing the implant; said mechanism comprising a tether releasably securing the implant at a distal end of said tubular member; a core wire for strengthening said elongated tubular member and for providing resistance to bending; said core wire at least partially located within said tubular member, said core wire preferably being at least partially fixed therein for providing support; said core wire having a distal end terminating between about 2 cm and about 4 cm from said distal end of said tubular member, a heater coil , an electrical connector located at a proximal end of said device and configured to connect to a power source to supply power to the heater coil, a non-insulated wire connected to said core wire at a first and second location and further connected to the heater coil , an insulated wire connected to said electrical connector and said heater coil , and said non-insulated wire being electrically connected to said core wire near a proximal end of said core wire and near a distal end of said core wire , the heater coil being located within said distal end of said tubular member and configured to sever the tether by an increase in temperature when a current is supplied thereto for releasing said implant.
A method for reworking an article, comprising: forming a patch over an area of a composite structure requiring rework, the forming comprising: placing a first film-adhesive over the area of the composite structure requiring rework, wherein the first film-adhesive extends over a first surface area of the composite structure including beyond an entirety of the area requiring rework, placing a first pre-cured ply stack over the first film-adhesive , wherein the first pre-cured ply stack extends over a second surface area of the composite structure , wherein the first surface area is larger than the second surface area; placing a second film-adhesive over the first pre-cured ply stack , wherein the second film-adhesive extends over a third surface area of the composite structure , wherein the second surface area is smaller than the third surface area; and placing a second pre-cured ply stack over the second film-adhesive , wherein the second pre-cured ply stack extends over a fourth surface area of the composite structure, wherein the third surface area is smaller than the fourth surface area. placing a first film-adhesive over the area of the composite structure requiring rework, wherein the first film-adhesive extends over a first surface area of the composite structure including beyond an entirety of the area requiring rework, placing a first pre-cured ply stack over the first film-adhesive , wherein the first pre-cured ply stack extends over a second surface area of the composite structure , wherein the first surface area is larger than the second surface area; placing a second film-adhesive over the first pre-cured ply stack , wherein the second film-adhesive extends over a third surface area of the composite structure , wherein the second surface area is smaller than the third surface area; and placing a second pre-cured ply stack over the second film-adhesive , wherein the second pre-cured ply stack extends over a fourth surface area of the composite structure, wherein the third surface area is smaller than the fourth surface area.
A method of patterning a device comprising: forming over a device substrate a fluorinated photopolymer layer comprising a radiation-absorbing dye and a fluorinated photopolymer having an acid- or alcohol-forming precursor group; exposing the photopolymer layer to patterned radiation to form an exposed photopolymer layer having exposed and unexposed areas in accordance with the patterned radiation; and contacting the exposed photopolymer layer with a developing agent to remove the unexposed areas, thereby forming a developed structure having a first pattern of photopolymer covering the device substrate and a complementary second pattern of uncovered substrate corresponding to the removed unexposed areas, the developing agent comprising a first fluorinated solvent, wherein; the radiation provides a total exposure dose EXP (mJ/cm 2 ) at an exposure wavelength λ exp , the photopolymer layer has a thickness T f (μm), an absorptivity α (absorbance/μm) at λ exp and a speed point SP (mJ/cm 2 ) under conditions used for the exposing and contacting with the developing agent, and a processing factor, P, is in a range of 0.1 to 0.95 wherein P = [log(EXP/SP)]/(α ∗ T f ); wherein α is at least 0.3 (absorbance units/μm) at λ exp . forming over a device substrate a fluorinated photopolymer layer comprising a radiation-absorbing dye and a fluorinated photopolymer having an acid- or alcohol-forming precursor group; exposing the photopolymer layer to patterned radiation to form an exposed photopolymer layer having exposed and unexposed areas in accordance with the patterned radiation; and contacting the exposed photopolymer layer with a developing agent to remove the unexposed areas, thereby forming a developed structure having a first pattern of photopolymer covering the device substrate and a complementary second pattern of uncovered substrate corresponding to the removed unexposed areas, the developing agent comprising a first fluorinated solvent, wherein; the radiation provides a total exposure dose EXP (mJ/cm 2 ) at an exposure wavelength λ exp , the photopolymer layer has a thickness T f (μm), an absorptivity α (absorbance/μm) at λ exp and a speed point SP (mJ/cm 2 ) under conditions used for the exposing and contacting with the developing agent, and a processing factor, P, is in a range of 0.1 to 0.95 wherein P = [log(EXP/SP)]/(α ∗ T f );
A method of forming a glass article , the glass article comprising a glass cover sheet and a frame , wherein the glass cover sheet comprises a first major surface and a second major surface , the second major surface being opposite the first major surface , and wherein the frame comprises a support surface , the method comprising, in the following sequence, the steps of: applying a pressure-sensitive adhesive tape to a first region of the first major surface of the glass cover sheet or of the support surface of the frame ; applying a liquid adhesive to a second region of the first major surface of the glass cover sheet or of the support surface of the frame ; positioning the glass cover sheet in relation to the frame such that the first major surface of the glass cover sheet faces the support surface of the frame ; applying pressure to the glass cover sheet and the frame to cause the pressure-sensitive adhesive to adhere the glass cover sheet to the frame at a first bond strength; and curing the liquid adhesive to adhere the glass cover sheet to the frame at a second bond strength, the second bond strength being greater than the first bond strength; wherein the frame comprises a curved surface on the support surface and, prior to the step of applying pressure to the glass cover sheet and the frame , the glass cover sheet is substantially planar and wherein, after the step of applying pressure to the glass cover sheet and the frame , the glass cover sheet is bent into conformity with the curved surface; wherein the first bond strength is from 0.05 MPa to 5 MPa as measured at room temperature; and wherein the second bond strength is from 0.5 MPa to 25 MPa as measured at room temperature. applying a pressure-sensitive adhesive tape to a first region of the first major surface of the glass cover sheet or of the support surface of the frame ; applying a liquid adhesive to a second region of the first major surface of the glass cover sheet or of the support surface of the frame ; positioning the glass cover sheet in relation to the frame such that the first major surface of the glass cover sheet faces the support surface of the frame ; applying pressure to the glass cover sheet and the frame to cause the pressure-sensitive adhesive to adhere the glass cover sheet to the frame at a first bond strength; and curing the liquid adhesive to adhere the glass cover sheet to the frame at a second bond strength, the second bond strength being greater than the first bond strength; wherein the frame comprises a curved surface on the support surface and, prior to the step of applying pressure to the glass cover sheet and the frame , the glass cover sheet is substantially planar and wherein, after the step of applying pressure to the glass cover sheet and the frame , the glass cover sheet is bent into conformity with the curved surface; wherein the first bond strength is from 0.05 MPa to 5 MPa as measured at room temperature; and wherein the second bond strength is from 0.5 MPa to 25 MPa as measured at room temperature.
A method of a user equipment, UE, in a connected mode with a mobility management node of a first Tracking Area, TA, in which the UE is located and that has a valid security context with the mobility management node of the first TA, comprising: receiving a first authentication request in response to a first triggering request from the UE to the mobility management node of the first TA; preparing and storing an authentication response according to the first authentication request; in response to determining that the UE has moved from the first TA to a second TA: aborting a sending of the authentication response; aborting the ongoing first triggering request; sending a second triggering request from the UE to a mobility management node of the second TA ; receiving, from the mobility management node of the second TA, a second authentication request in response to the second triggering request; and sending the stored authentication response according to the first authentication request to the mobility management node of the second TA in response to the receipt of the second authentication request and in further response to a determination by the UE that a given parameter of each of the first and second authentication requests are the same. receiving a first authentication request in response to a first triggering request from the UE to the mobility management node of the first TA; preparing and storing an authentication response according to the first authentication request; in response to determining that the UE has moved from the first TA to a second TA: aborting a sending of the authentication response; aborting the ongoing first triggering request; sending a second triggering request from the UE to a mobility management node of the second TA ; receiving, from the mobility management node of the second TA, a second authentication request in response to the second triggering request; and sending the stored authentication response according to the first authentication request to the mobility management node of the second TA in response to the receipt of the second authentication request and in further response to a determination by the UE that a given parameter of each of the first and second authentication requests are the same. aborting a sending of the authentication response; aborting the ongoing first triggering request; sending a second triggering request from the UE to a mobility management node of the second TA ; receiving, from the mobility management node of the second TA, a second authentication request in response to the second triggering request; and sending the stored authentication response according to the first authentication request to the mobility management node of the second TA in response to the receipt of the second authentication request and in further response to a determination by the UE that a given parameter of each of the first and second authentication requests are the same.
Locking finger for a molding unit, the molding unit comprising a container molding cavity delimited at least by a first shell fixed onto a first mold-holder and by a second shell fixed onto a second mold-holder that can move relative to the first mold-holder between an open position and a closed position, the first mold-holder comprising a member for controlling the locking finger and the second mold-holder comprising a locking opening , the locking finger comprising: - an interface for mechanically coupling to the control member , and - a locking portion designed to cooperate with the locking opening in closed position, characterized in that it is a subassembly of several mechanical parts rigidly assembled with one another, including: - a main body of the finger comprising the mechanical coupling interface , and - said locking portion, which is a main sleeve made of anti-friction material assembled on the main body . the locking finger comprising: - an interface for mechanically coupling to the control member , and - a locking portion designed to cooperate with the locking opening in closed position, - an interface for mechanically coupling to the control member , and - a locking portion designed to cooperate with the locking opening in closed position, characterized in that it is a subassembly of several mechanical parts rigidly assembled with one another, including: - a main body of the finger comprising the mechanical coupling interface , and - said locking portion, which is a main sleeve made of anti-friction material assembled on the main body . - a main body of the finger comprising the mechanical coupling interface , and - said locking portion, which is a main sleeve made of anti-friction material assembled on the main body .
Solid material having a composition according to general formula (I) Li 7+x-y M x Sb 1-x S 6-y X y wherein M is one or more selected from the group consisting of Si, Ge and Sn; 0 ≤ x < 1 ; X is one or more selected from the group consisting of Cl, Br and I; 0.05 ≤ y ≤ 2 . M is one or more selected from the group consisting of Si, Ge and Sn; 0 ≤ x < 1 ; X is one or more selected from the group consisting of Cl, Br and I; 0.05 ≤ y ≤ 2 .
A seal assembly for an exhaust duct of a gas turbine engine , comprising: a first exhaust duct section ; a second exhaust duct section adjacent to the first exhaust duct section; a channel with a backwall ; a tadpole seal with a bulb and a tail , the tail directed toward the backwall ; and a faying extension that at least partially extends into the channel and into contact with the bulb ; characterized in that the channel is mounted to the first exhaust duct section , and the tadpole seal is located within the channel ; and wherein the bulb translates axially when compressed by the deflection/displacement of the faying extension . a first exhaust duct section ; a second exhaust duct section adjacent to the first exhaust duct section; a channel with a backwall ; a tadpole seal with a bulb and a tail , the tail directed toward the backwall ; and a faying extension that at least partially extends into the channel and into contact with the bulb ; characterized in that the channel is mounted to the first exhaust duct section , and the tadpole seal is located within the channel ; and wherein the bulb translates axially when compressed by the deflection/displacement of the faying extension .
A method for playback of a plurality of content items, the method comprising the steps of: - playback of a currently selected content item; - selection and simultaneous playback of current content of at least one other content item, said at least one other content item being a preferred content item, characterized in that said selection and simultaneous playback of current content of at least one other content item is automatically triggered by commencement of recording of said at least one other content item. - playback of a currently selected content item; - selection and simultaneous playback of current content of at least one other content item, said at least one other content item being a preferred content item, characterized in that said selection and simultaneous playback of current content of at least one other content item is automatically triggered by commencement of recording of said at least one other content item.
A system comprising: a first icing detector configured to detect a first icing condition in relation to one or more portions of an aircraft , wherein the first icing detector is an icing conditions detector configured to detect both ice water content and liquid water content, wherein the icing conditions detector is unable to differentiate between the ice water content and the liquid water content, and wherein the first icing detector is configured to output a first icing signal indicative of the first icing condition; a second icing detector configured to detect a second icing condition in relation to the one or more portions of the aircraft , wherein the second icing detector is a magnetostrictive ice detector configured to detect the liquid water content only, and wherein the second icing detector is configured to output a second icing signal indicative of the second icing condition; and a control unit in communication with the first icing detector and the second icing detector , wherein the control unit is configured to receive the first icing signal from the first icing detector and the second icing signal from the second icing detector , and wherein the control unit is further configured to distinguish between presence of supercooled liquid water and ice crystal icing in response to receiving one or both of the first icing signal or the second icing signal . a first icing detector configured to detect a first icing condition in relation to one or more portions of an aircraft , wherein the first icing detector is an icing conditions detector configured to detect both ice water content and liquid water content, wherein the icing conditions detector is unable to differentiate between the ice water content and the liquid water content, and wherein the first icing detector is configured to output a first icing signal indicative of the first icing condition; a second icing detector configured to detect a second icing condition in relation to the one or more portions of the aircraft , wherein the second icing detector is a magnetostrictive ice detector configured to detect the liquid water content only, and wherein the second icing detector is configured to output a second icing signal indicative of the second icing condition; and a control unit in communication with the first icing detector and the second icing detector , wherein the control unit is configured to receive the first icing signal from the first icing detector and the second icing signal from the second icing detector , and wherein the control unit is further configured to distinguish between presence of supercooled liquid water and ice crystal icing in response to receiving one or both of the first icing signal or the second icing signal .
Machine for arranging objects comprising a first end and a projecting edge arranged in proximity to said first end , said machine comprising a rotatable device equipped with at least one guide , wherein said guide is configured so as to allow said objects to be conveyed along said guide of said rotatable device and wherein said guide comprises two grooves arranged on opposite walls of said guide and configured so as to be able to receive said projecting edge of said objects so as to prevent any possibility of said objects arranged on said guide from coming out along a direction perpendicular to the direction of the guide ; said rotatable device being configured so as to be able to rotate said objects coming from at least one entry guide with a first orientation with respect to said entry guide , so that said objects are driven onto at least one exit guide with an orientation with respect to said exit guide that is equal or opposite to that which they had with respect to said entry guide .
A wireless communication control method, in which a base station, AP, of an unlicensed band, a base station, BS, of a licensed band, one or more terminal stations, STAs, of the unlicensed band, and one or more terminal stations, UEs, operable in the licensed band and the unlicensed band are provided and a management server manages the licensed band and the unlicensed band, the method includes: temporarily deciding, by the management server, a given UE that uses the licensed band from the one or more terminal stations, UEs, (S11); for the temporarily decided UE, determining that there is no flow that does not satisfy the required quality in the licensed band (S12); and optimizing, by the management server, parameters of the unlicensed band for a group of terminal stations, where the group of terminal stations includes one or more STAs and one or more UEs but excludes the temporarily decided UE. temporarily deciding, by the management server, a given UE that uses the licensed band from the one or more terminal stations, UEs, (S11); for the temporarily decided UE, determining that there is no flow that does not satisfy the required quality in the licensed band (S12); and optimizing, by the management server, parameters of the unlicensed band for a group of terminal stations, where the group of terminal stations includes one or more STAs and one or more UEs but excludes the temporarily decided UE.