mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic detection device comprising: a sensor unit which changes an electrical characteristic in accordance with change in each magnetic field intensity of external magnetic fields in (+) direction and (-) direction opposite the (+) direction; and an integrated circuit which is connected to the sensor unit for generating and outputting a (+) magnetic field detection signal and a (-) magnetic field detection signal based on the change in the electrical characteristic, characterised in that the integrated circuit is provided with two output terminals and a mode switch circuit which includes a pair of switch terminals ; the mode switch circuit is capable of switching between a 1-output mode for outputting the (+) and (-) magnetic field detection signals from one of the output terminals and a 2-output mode for outputting the (+) magnetic field detection signal from the one of the output terminals and the (-) magnetic field detection signal from the other output terminal, respectively depending on a shortcircuit state or a non-shortcircuit state between the switch terminals ; and the shortcircuit state and the non-short-circuit state are externally adjustable. a sensor unit which changes an electrical characteristic in accordance with change in each magnetic field intensity of external magnetic fields in (+) direction and (-) direction opposite the (+) direction; and an integrated circuit which is connected to the sensor unit for generating and outputting a (+) magnetic field detection signal and a (-) magnetic field detection signal based on the change in the electrical characteristic, characterised in that the integrated circuit is provided with two output terminals and a mode switch circuit which includes a pair of switch terminals ; the mode switch circuit is capable of switching between a 1-output mode for outputting the (+) and (-) magnetic field detection signals from one of the output terminals and a 2-output mode for outputting the (+) magnetic field detection signal from the one of the output terminals and the (-) magnetic field detection signal from the other output terminal, respectively depending on a shortcircuit state or a non-shortcircuit state between the switch terminals ; and the shortcircuit state and the non-short-circuit state are externally adjustable.
A method comprising: (a) applying a patch comprising a patching material on a damaged area of a silicon-based component , wherein the patching material comprises a plurality of nanoparticles having a median particle size less than 100 nanometers, and wherein the plurality of nanoparticles comprises at least one of silicon, silicon alloy, silica, or a metal silicate; (b) drying the patch to form a dried patch; and (c) sintering the dried patch to form a patch repaired portion of the silicon-based component; wherein the silicon-based component is disposed in a turbine engine assembly; the sintering is carried out in situ using engine operating conditions of the turbine engine assembly; and the patching material includes a plurality of dimension-stabilizing particles. (a) applying a patch comprising a patching material on a damaged area of a silicon-based component , wherein the patching material comprises a plurality of nanoparticles having a median particle size less than 100 nanometers, and wherein the plurality of nanoparticles comprises at least one of silicon, silicon alloy, silica, or a metal silicate; (b) drying the patch to form a dried patch; and (c) sintering the dried patch to form a patch repaired portion of the silicon-based component; wherein the sintering is carried out in situ using engine operating conditions of the turbine engine assembly; and the patching material includes a plurality of dimension-stabilizing particles.
A pressure sensitive adhesive which is a radiation-crosslinked mixture of: A. a first component comprising a blend of: i) a nonfunctionalized polysiloxane, and ii) a silicate-based tackifier; and B. a second component comprising a blend of: i) a styrenic block copolymer, and ii) a tackifier compatible with the styrenic block copolymer. A. a first component comprising a blend of: i) a nonfunctionalized polysiloxane, and ii) a silicate-based tackifier; and i) a nonfunctionalized polysiloxane, and ii) a silicate-based tackifier; and B. a second component comprising a blend of: i) a styrenic block copolymer, and ii) a tackifier compatible with the styrenic block copolymer. i) a styrenic block copolymer, and ii) a tackifier compatible with the styrenic block copolymer.
A latch element for installation in a strike plate of a door for a limited release of a latch bolt of a door lock mechanism, comprising: - a counter latch which is suitable for coming into contact with a latch bolt of a door lock mechanism to hold the door in its closed position; - an assembly body to which the counter latch is movably attached between a blocking position and a release position and via which the counter latch can be attached to a door strike plate ; and - at least one spring element which urges the counter latch into its blocking position, wherein the counter latch is displaceably attached to the assembly body against the spring effect of the spring element in the door plane of the closed door, characterized in that the counter latch has the shape of a prism having a regular polygonal base surface, with the spring element being a leaf spring which is attached to the assembly body in a freely projecting manner, and with the freely projecting end of the leaf spring contacting the counter latch to urge the counter latch into its blocking position. - a counter latch which is suitable for coming into contact with a latch bolt of a door lock mechanism to hold the door in its closed position; - an assembly body to which the counter latch is movably attached between a blocking position and a release position and via which the counter latch can be attached to a door strike plate ; and - at least one spring element which urges the counter latch into its blocking position,
An orthodontic bracket made of sheet metal by punching and bending, comprising a base plate with an adhesive side and a visible side and means for guided retention of a treatment arch , the bracket being in one piece and having at least one elongate guide arch running in mesial-distal, shaped out of the plane of the base plate , as guide means beneath which the treatment arch can be guided while resting on the base plate , characterised in that the base plate has two window-shaped punch holes , and that the base plate is shaped downwards towards the adhesive side from the punch holes to the lateral, mesial and distal edges to form lateral guide channels , while the area between the window-shaped punch holes is shaped towards the visible side to form the guide arch .
A high-frequency connector comprising: an insulator ; and a plurality of contact terminals that includes a plurality of ground terminals and a plurality of signal terminals , said ground terminals and the signal terminals being arranged in a predetermined direction in the insulator , wherein the plurality of ground terminals and the plurality of signal terminals are arranged as two or more terminal array subsets , each terminal array subset including paired signal terminals and paired ground terminals in-between which the paired signal terminals are sandwiched, and wherein each of the plurality of the ground terminals and the plurality of the signal terminals includes an arm portion supported in a cantilever manner by the insulator , the arm portion includes a contact portion and an inclined guide portion extending from the contact portion to a distal free end of the arm portion , and characterised in that a length of the inclined guide portion of the signal terminal is shorter than a length of the inclined guide portion of the ground terminal . an insulator ; and a plurality of contact terminals that includes a plurality of ground terminals and a plurality of signal terminals , said ground terminals and the signal terminals being arranged in a predetermined direction in the insulator , wherein the plurality of ground terminals and the plurality of signal terminals are arranged as two or more terminal array subsets , each terminal array subset including paired signal terminals and paired ground terminals in-between which the paired signal terminals are sandwiched, and wherein each of the plurality of the ground terminals and the plurality of the signal terminals includes an arm portion supported in a cantilever manner by the insulator , the arm portion includes a contact portion and an inclined guide portion extending from the contact portion to a distal free end of the arm portion , and characterised in that a length of the inclined guide portion of the signal terminal is shorter than a length of the inclined guide portion of the ground terminal .
Turbine engine module comprising a movable impeller that is rotatably mounted inside a casing of the module and is surrounded by a sectorised sealing ring that comprises an annular row of ring sectors arranged such that circumferential end edges of two adjacent sectors substantially face one another, each ring sector comprising at least one circumferential hook that is designed so as to cooperate with an annular attachment rail of the casing, the module further comprising an annular sectorised protective foil that is interposed between the hooks of the ring sectors and the casing rail and comprises an annular row of foil sectors arranged such that circumferential end edges of two adjacent sectors substantially face one another, characterised in that the number of ring sectors is equal to the number of foil sectors , and in that the foil sectors comprise positioning means and/or rotational locking means that are designed so that the edges of the circumferential ends of the foil sectors are not aligned with the edges of the circumferential ends of the ring sectors along the longitudinal axis of the module.
A method for determining the quantity of alkali metal or alkaline earth metal present in a material (7; 23) comprising the following steps: a) a step of quantitative reaction of the alkali metal or alkaline earth metal by contacting the latter with a liquid medium comprising a reagent carrying at least one -OH function, whereby dihydrogen and an alkali or alkaline earth metal hydroxide or oxide are formed; b) a step of collecting the quantity of dihydrogen emitted during step a); c) a step of determining the quantity of alkali metal or alkaline earth metal from the quantity of dihydrogen collected during step b). a) a step of quantitative reaction of the alkali metal or alkaline earth metal by contacting the latter with a liquid medium comprising a reagent carrying at least one -OH function, whereby dihydrogen and an alkali or alkaline earth metal hydroxide or oxide are formed; b) a step of collecting the quantity of dihydrogen emitted during step a); c) a step of determining the quantity of alkali metal or alkaline earth metal from the quantity of dihydrogen collected during step b).
A heat sink device for removing heat produced by at least one electronic component mounted on an electronic card , the heat sink device comprising: - a heat dissipater mounted on a plate provided with means for fastening it on the electronic card so that the heat dissipater extends over and at a distance from the electronic component; - a bridge (17; 41) extending between the electronic component and the plate, and fastener means for fastening the bridge to the plate or to the electronic card; - a rigid thermal drain that is unfixedly and slidably mounted on the bridge while the bridge is fastened to the plate or to the electronic card by the fastener means, the rigid thermal drain being mounted on the bridge to slide perpendicularly to the electronic card and that has a first end in contact with the electronic component and a second end pressing against an elastically deformable and thermally conductive layer fastened to the plate in order to urge the rigid thermal drain elastically to bear against the electronic component regardless of the thickness of the electronic component, the elastically deformable and thermally conductive layer being positioned between the heat dissipater and the bridge. - a heat dissipater mounted on a plate provided with means for fastening it on the electronic card so that the heat dissipater extends over and at a distance from the electronic component; - a bridge (17; 41) extending between the electronic component and the plate, and fastener means for fastening the bridge to the plate or to the electronic card; - a rigid thermal drain that is unfixedly and slidably mounted on the bridge while the bridge is fastened to the plate or to the electronic card by the fastener means, the rigid thermal drain being mounted on the bridge to slide perpendicularly to the electronic card and that has a first end in contact with the electronic component and a second end pressing against an elastically deformable and thermally conductive layer fastened to the plate in order to urge the rigid thermal drain elastically to bear against the electronic component regardless of the thickness of the electronic component, the elastically deformable and thermally conductive layer being positioned between the heat dissipater and the bridge.
A rod reduction instrument comprising: an inner shaft including a threaded proximal portion and a distal end, the distal end including a plurality of engagement members adapted to receive a housing of a pedicle screw; an outer housing slidably received over at least a portion of the inner shaft , the outer housing including a top sleeve and a bottom sleeve , the top sleeve including a ratchet mechanism to selectively engage the threaded proximal portion of the inner shaft , and a distal end of the bottom sleeve adapted to engage a connecting rod; the ratchet mechanism disposed along the top sleeve of the outer housing , the ratchet mechanism including an engagement feature to selectively engage the threaded proximal portion of the inner shaft , the ratchet mechanism including a locking mechanism to selectively lock the engagement feature of the ratchet mechanism against the threaded proximal portion of the inner shaft , wherein the locking mechanism includes a slide lock disposed on an external surface of the ratchet mechanism and adapted to lock the locking mechanism in a first position and unlock the locking mechanism in a second position. an inner shaft including a threaded proximal portion and a distal end, the distal end including a plurality of engagement members adapted to receive a housing of a pedicle screw; an outer housing slidably received over at least a portion of the inner shaft , the outer housing including a top sleeve and a bottom sleeve , the top sleeve including a ratchet mechanism to selectively engage the threaded proximal portion of the inner shaft , and a distal end of the bottom sleeve adapted to engage a connecting rod; the ratchet mechanism disposed along the top sleeve of the outer housing , the ratchet mechanism including an engagement feature to selectively engage the threaded proximal portion of the inner shaft , the ratchet mechanism including a locking mechanism to selectively lock the engagement feature of the ratchet mechanism against the threaded proximal portion of the inner shaft , wherein the locking mechanism includes a slide lock disposed on an external surface of the ratchet mechanism and adapted to lock the locking mechanism in a first position and unlock the locking mechanism in a second position.
A base station within a network for providing air-to-ground, ATG, wireless communication in various cells, the base station comprising: an antenna array configured to define a plurality of sectors having respective widths defined in azimuth , each of the plurality of sectors including a sector floor and a sector ceiling at respective elevation angles that are different elevation angles such that combining sector floors creates at least a portion of a conical cell floor having an apex at the base station and combining sector ceilings creates at least a portion of a conical cell ceiling having an apex at the base station, and wherein a plurality of conical cells centered at the base station are defined, each conical cell corresponding to a cone shape generated by sweeping a steerable beam through the respective widths defined in azimuth corresponding to one or more of the sectors at a respective elevation angle between the conical cell floor and the conical cell ceiling; and a base station unit ; and a remote radio head disposed between the base station unit and the antenna array, the remote radio head configured to perform beamsteering such that the base station forms the steerable beam within each of the sectors, the steerable beam being steerable both in azimuth and elevation angle; wherein the remote radio head is configured to receive location information indicative of a location of an aircraft and to perform the beamsteering based on the received location information to form the steerable beam at the antenna array toward the aircraft. an antenna array configured to define a plurality of sectors having respective widths defined in azimuth , each of the plurality of sectors including a sector floor and a sector ceiling at respective elevation angles that are different elevation angles such that combining sector floors creates at least a portion of a conical cell floor having an apex at the base station and combining sector ceilings creates at least a portion of a conical cell ceiling having an apex at the base station, and wherein a plurality of conical cells centered at the base station are defined, each conical cell corresponding to a cone shape generated by sweeping a steerable beam through the respective widths defined in azimuth corresponding to one or more of the sectors at a respective elevation angle between the conical cell floor and the conical cell ceiling; and a base station unit ; and a remote radio head disposed between the base station unit and the antenna array, the remote radio head configured to perform beamsteering such that the base station forms the steerable beam within each of the sectors, the steerable beam being steerable both in azimuth and elevation angle; wherein the remote radio head is configured to receive location information indicative of a location of an aircraft and to perform the beamsteering based on the received location information to form the steerable beam at the antenna array toward the aircraft.
A method for controlling the exchange of private data, the private data associated with a client device or sensitive information associated with a user between an application (103; 203) in execution on or for the client device (100; 200) and a serving node in a data network, comprising: transmitting a request to the serving node from the application (103; 203) for access to a service (105; 205) requiring use of the private data; receiving challenge data at the application (103; 203) from the serving node; requesting , using a secure user interface incorporated into the design of the client device , to the user authorisation for the use of the private data by a trusted information manager (109; 207) on the basis of the challenge data ; and transmitting an obfuscated version of the private data for use with the service (105; 205) from the trusted information manager (109; 207) to the serving node via the application (103; 203) in the case that there has been authorisation provided by the user in response to requesting the authorisation for the use of the private data, where the obfuscated version of the private data is provided by the trust information manager and it is such that the application (103; 203) cannot gain knowledge of the private data. transmitting a request to the serving node from the application (103; 203) for access to a service (105; 205) requiring use of the private data; receiving challenge data at the application (103; 203) from the serving node; requesting , using a secure user interface incorporated into the design of the client device , to the user authorisation for the use of the private data by a trusted information manager (109; 207) on the basis of the challenge data ; and transmitting an obfuscated version of the private data for use with the service (105; 205) from the trusted information manager (109; 207) to the serving node via the application (103; 203) in the case that there has been authorisation provided by the user in response to requesting the authorisation for the use of the private data, where the obfuscated version of the private data is provided by the trust information manager and it is such that the application (103; 203) cannot gain knowledge of the private data.
A method for use on a portable electronic wireless communication device, the method comprising: receiving, from a user, a first configuration specifying at least one content provider; receiving, from the user, a second configuration specifying at least one information content for each of the at least one content provider; storing in the device a setting for an idle screen based on the first configuration and the second configuration; retrieving, based on the setting, the at least one information content according to the second configuration through a wireless communication network from the at least one content provider specified by the first configuration; and displaying at least a portion of the user retrieved information on the idle screen. receiving, from a user, a first configuration specifying at least one content provider; receiving, from the user, a second configuration specifying at least one information content for each of the at least one content provider; storing in the device a setting for an idle screen based on the first configuration and the second configuration; retrieving, based on the setting, the at least one information content according to the second configuration through a wireless communication network from the at least one content provider specified by the first configuration; and displaying at least a portion of the user retrieved information on the idle screen.
A card tray plug-in device , comprising a card tray , wherein the card tray comprises: a first supporting portion and a second supporting portion connected to the first supporting portion ; each of the first supporting portion and the second supporting portion is configured to support a data card ; the first supporting portion and the second supporting portion are provided on a same side of the card tray along a thickness direction of the card tray ; the card tray is provided with an electrical connection portion ; and the card tray plug-in device characterized by comprising: a card holder , comprising signal terminals , wherein, when the card tray is plugged into the card holder , the card holder electrically connects with the electrical connection portion through the signal terminals , the card holder is capable of being electrically connected to a terminal through the signal terminals , and the card holder is capable of being electrically connected to the data card supported on the first supporting portion and the data card supported on the second supporting portion .