mhurhangee/ep-ind-claims huggingface dataset:
A method of fabricating a preparation guide for use during a prosthodontic procedure comprising: creating a first virtual model of a patient's dentition in a beginning configuration; manipulating the virtual model using computer software (S12, S14) to create a second virtual model of the patient's dentition in a desired final configuration; superimposing the first and second virtual models; identifying, in the superimposed models, intersection boundaries at areas where the dentition of the first model protrudes beyond the dentition of the second model; and fabricating the preparation guide to substantially conform to the second model and having apertures defined by the intersection boundaries. creating a first virtual model of a patient's dentition in a beginning configuration; manipulating the virtual model using computer software (S12, S14) to create a second virtual model of the patient's dentition in a desired final configuration; superimposing the first and second virtual models; identifying, in the superimposed models, intersection boundaries at areas where the dentition of the first model protrudes beyond the dentition of the second model; and fabricating the preparation guide to substantially conform to the second model and having apertures defined by the intersection boundaries.
Converter filter with an inductor and at least one first and one second absorption circuit (14,16) coupled to the inductor, wherein the inductor comprises at least a main winding and a winding element, wherein an auxiliary winding is coupled to the inductor and is fed by means of the inductance of the winding element, wherein the auxiliary winding is connected to the output of the winding element wherein the first absorption circuit is connected to the auxiliary winding and wherein the second absorption circuit is likewise connected to the output of the winding element, wherein the first and the second absorption circuits (14, 16) are decoupled from one another by means of an inductance of the winding element of the inductor, an inductance of the auxiliary winding and the inductive coupling of the winding element and the auxiliary winding (26, 28), characterised in that the auxiliary winding forms a 1:1 transformer with the winding element, the auxiliary winding is the result of a rewinding of a conductor from the output of the inductor and the auxiliary winding is positioned in a winding space of the inductor customarily to be kept free for compliance with clearance and creepage distances between the winding and the inductor core.
A method of cooling a compressed charge air of a forced-induction internal combustion engine, wherein starting from a compression temperature (T V) the compressed charge air is cooled in a first cooling device to a first reduced temperature (T 1) and in a subsequent second cooling device is cooled to a second reduced temperature (T 2) lower than the first reduced temperature (T 1), characterised in that after the second cooling device the compressed charge air is cooled in a third cooling device to a third reduced temperature (T 3) lower than the second reduced temperature (T 2), wherein cooling of the compressed charge air in the third cooling device is effected only intermittently during operation of the internal combustion engine.
A method of manufacturing a surface-modified fibrous material, the method comprising attaching an inorganic material on a surface of a natural fibrous material by a sol-gel reaction, while allowing the fibrous material to move via an air stream, wherein an atmospheric-pressure low-temperature plasma is applied to the surface of the fibrous material on the surface of which the inorganic material has been attached, while allowing the fibrous material to move via an air stream.
A distributor tray for a gas/liquid heat and/or material exchange column, comprising means enabling passage of the gas through said tray, characterized in that said tray comprises an upper plate and a lower plate, each one of said plates (P1, P2) comprising at least two distinct means (5, 10, 11, 12) for passage of said liquid through said plate, the openings of said means (10, 11) of said upper plate being provided at different heights, at least one means of said upper plate with the lower opening communicating with one of said means for passage of said liquid of said lower plate through a supply line, said gas passage means corresponding to gas distribution means in form of chimneys projecting from the upper face of said lower plate and running through said upper plate, the height of said passage means for passage of said liquid of said upper plate with the higher opening being smaller than the height of said gas passage chimneys.
A method of producing an aerogel or xerogel comprising graphene comprising the steps of: a) dispersing graphene in a solvent compatible therewith; b) cross-linking said graphene with a linking molecule comprising at least two functional sites capable of reacting with the surface of said graphene to form a covalently cross-linked gel network, wherein said cross-linking is carried out directly on the graphene pristine surface with a molecule selected from the group consisting of bis(diazonium) salts and multifunctional molecules suitable for 1,3-dipolar cycloadditions or Bingel condensations, or by the reduction of the graphenes followed by the reaction of the graphenes with an electrophilic cross-linking molecule; and c) removing said solvent to produce an aerogel or a xerogel comprising the covalently cross-linked gel network with a solvent content of less than 10 %. a) dispersing graphene in a solvent compatible therewith; b) cross-linking said graphene with a linking molecule comprising at least two functional sites capable of reacting with the surface of said graphene to form a covalently cross-linked gel network, c) removing said solvent to produce an aerogel or a xerogel comprising the covalently cross-linked gel network with a solvent content of less than 10 %.
An irrigated catheter ablation apparatus (10; 28; 36; 40; 50; 60; 120; 201) comprising: an elongated body having a distal end, a proximal end, and at least one fluid lumen extending longitudinally therein; a plurality of segmented ablation electrodes on a distal portion of the elongated body, the plurality of segmented ablation electrodes being formed by a plurality of flexible ring electrodes or a plurality of coil ring electrodes and being spaced from the proximal end and from the distal end of the elongated body by electrically nonconductive segments (18; 44; 64; 106; 114), the plurality of segmented ablation electrodes being spaced from each other longitudinally by electrically nonconductive segments (18; 44; 64; 106; 114), such that for each segmented ablation electrode that is longitudinally disposed next to one of the electrically nonconductive segments (18; 44; 64; 106; 114), an edge (20; 46) is formed between an electrode end of the segmented ablation electrode and a nonconductive segment end of the electrically nonconductive segment (18; 44; 64; 106; 114); a plurality of elution holes underneath the flexible ring electrodes or coil ring electrodes; and a plurality of ducts establishing fluid communication between the elution holes and the at least one fluid lumen; the coil ring electrodes have gaps in a coil to permit fluid flow therethrough or the ring electrodes have gaps cut into the ring electrodes to permit fluid flow therethrough. an elongated body having a distal end, a proximal end, and at least one fluid lumen extending longitudinally therein; a plurality of segmented ablation electrodes on a distal portion of the elongated body, the plurality of segmented ablation electrodes being formed by a plurality of flexible ring electrodes or a plurality of coil ring electrodes and being spaced from the proximal end and from the distal end of the elongated body by electrically nonconductive segments (18; 44; 64; 106; 114), the plurality of segmented ablation electrodes being spaced from each other longitudinally by electrically nonconductive segments (18; 44; 64; 106; 114), such that for each segmented ablation electrode that is longitudinally disposed next to one of the electrically nonconductive segments (18; 44; 64; 106; 114), an edge (20; 46) is formed between an electrode end of the segmented ablation electrode and a nonconductive segment end of the electrically nonconductive segment (18; 44; 64; 106; 114); a plurality of elution holes underneath the flexible ring electrodes or coil ring electrodes; and a plurality of ducts establishing fluid communication between the elution holes and the at least one fluid lumen; the coil ring electrodes have gaps in a coil to permit fluid flow therethrough or the ring electrodes have gaps cut into the ring electrodes to permit fluid flow therethrough.
A pharmaceutical composition comprising: a) a functionalized magnetic nanoparticle comprising a magnetic core and a functional group that binds aggregated β-amyloid protein and/or neurofibrillary tangles, wherein the functional group is selected from: and wherein said functional group is coupled directly, or via a linker, to the magnetic core via the hydroxyl moiety, the primary amine moiety, or the thiol moiety of the respective functional group, and wherein said functionalized magnetic nanoparticle is capable, when introduced into the bloodstream of a mammalian subject, of crossing the blood-brain barrier of a mammalian subject; and b) a pharmaceutically acceptable carrier. a) a functionalized magnetic nanoparticle comprising a magnetic core and a functional group that binds aggregated β-amyloid protein and/or neurofibrillary tangles, wherein the functional group is selected from: and wherein said functional group is coupled directly, or via a linker, to the magnetic core via the hydroxyl moiety, the primary amine moiety, or the thiol moiety of the respective functional group, and wherein said functionalized magnetic nanoparticle is capable, when introduced into the bloodstream of a mammalian subject, of crossing the blood-brain barrier of a mammalian subject; and wherein said functional group is coupled directly, or via a linker, to the magnetic core via the hydroxyl moiety, the primary amine moiety, or the thiol moiety of the respective functional group, and wherein said functionalized magnetic nanoparticle is capable, when introduced into the bloodstream of a mammalian subject, of crossing the blood-brain barrier of a mammalian subject; and b) a pharmaceutically acceptable carrier.
A Voice Coil Motor comprising: a base unit; a mover comprising a bobbin having a rotation prevention unit at a periphery of the bobbin and a first driving unit bonded to a surface of the rotation prevention unit of the bobbin, wherein the rotation prevention unit comprises a plurality of rotation prevention units; a stator comprising a yoke configured to surround the mover and a second driving unit oppositely arranged to the first driving unit; and an elastic member elastically supporting the mover, wherein the yoke comprises a yoke upper plate, yoke lateral plates extended from the yoke upper plate and an inner yoke unit extended from the yoke upper plate and the inner yoke unit comprises a plurality of inner yoke units, and wherein the inner yoke unit is configured to be hitched by the rotation prevention unit to prevent rotation of the bobbin, characterized in that the rotation prevention unit is formed with an object occurrence preventing portion formed on the lateral surfaces opposite to both lateral surfaces of the inner yoke unit in a shape of a staircase extended outwardly from the rotation prevention unit, and the object occurrence preventing portion is configured to reduce a contact area between the rotation prevention unit of the bobbin and the inner yoke unit of the yoke by being formed at a predetermined depth from the upper surface of the bobbin. a base unit; a mover comprising a bobbin having a rotation prevention unit at a periphery of the bobbin and a first driving unit bonded to a surface of the rotation prevention unit of the bobbin, wherein the rotation prevention unit comprises a plurality of rotation prevention units; a stator comprising a yoke configured to surround the mover and a second driving unit oppositely arranged to the first driving unit; and an elastic member elastically supporting the mover, wherein the yoke comprises a yoke upper plate, yoke lateral plates extended from the yoke upper plate and an inner yoke unit extended from the yoke upper plate and the inner yoke unit comprises a plurality of inner yoke units, and wherein the inner yoke unit is configured to be hitched by the rotation prevention unit to prevent rotation of the bobbin,
A method for in-application search, comprising: receiving indication of a context menu invocation along with associated context, the associated context comprising an item selected in a display area of an application; determining a set of local context menu item providers each having an associated rank indicating relevance of the local context menu item provider to the associated context comprising the selected item; determining a set of remote context menu item providers each having an associated rank indicating relevance of the remote context menu item provider to the associated context comprising the selected item; selecting by a local ranker a subset of context menu item providers for the item from the set of local context menu item providers and the set of remote context menu item providers based on their associated ranks; and presenting in the display area of the application a context menu comprising menu items from the subset of context menu item providers to a user. receiving indication of a context menu invocation along with associated context, the associated context comprising an item selected in a display area of an application; determining a set of local context menu item providers each having an associated rank indicating relevance of the local context menu item provider to the associated context comprising the selected item; determining a set of remote context menu item providers each having an associated rank indicating relevance of the remote context menu item provider to the associated context comprising the selected item; selecting by a local ranker a subset of context menu item providers for the item from the set of local context menu item providers and the set of remote context menu item providers based on their associated ranks; and presenting in the display area of the application a context menu comprising menu items from the subset of context menu item providers to a user.
A mobile communication system in which a mobile station apparatus transmits, to a base station apparatus, uplink data using a physical uplink shared channel assigned by using a physical downlink control channel, characterized in that the base station apparatus, is adapted to transmit by using the physical downlink control channel, to the mobile station apparatus, an indication for instructing to transmit reception quality information without said uplink data using the physical uplink shared channel assigned by using the physical downlink control channel, and the mobile station apparatus, is adapted to transmit, to the base station apparatus, the reception quality information without said uplink data using the physical uplink shared channel assigned by using the physical downlink control channel in a case that the indication is received by using the physical downlink control channel, wherein the indication for instructing to transmit the reception quality information without said uplink data is specified based on values to which a plurality of fields of information transmitted by using the physical downlink control channel are set, and the plurality of fields comprise a field of information for instructing to transmit the reception quality information and a field of information for a modulation and coding scheme or a redundancy version.
An actuator comprising a body extending along a central axis and at least a first offset connection port (4.1) that is connected to the body by a first duct (5.1) projecting from said body, the first connection port (4.1) being mechanically connected to the body at least by a first strut and a second strut, characterized in that the first strut and the second strut extending from the first connection port respectively to a first segment of the body and to a second segment of the body that is axially spaced apart from the first segment.
A range imaging apparatus, characterized in that the apparatus comprises a semiconductor laser source, which comprises groups (504 to 508), each of the groups (504 to 508) comprising one or more sub-source units, and different groups (504 to 508) being configured to generate an optical pulse at repeated moments, and output a plurality of spatially separate optical beams (300 to 304) towards a target zone, such that different groups (504 to 508) of the semiconductor laser source are configured to output each of the spatially separate optical beams (300 to 304) at different moments from each other; an electric power source, which is configured to supply a constant electric power to the one or more sub-source units at each of the repeated moments; a detector comprising single-photon sub-detector units for receiving the optical pulse reflected from the target zone, at least two groups (604, 606) of the single-photon sub-detector units are configured to have separate field of views (900 to 904) towards the target zone, and the at least two groups (604, 606) of sub-detector units being associated with different optical beams of the spatially separated optical beams (300 to 304) on the basis of the separate field-of-views (900 to 904); and a timing unit configured to determine a value corresponding to a time-of-flight of the optical pulse output at each of the repeated moments on the basis of signals from the sub-detector units of a group (604, 606) associated with an optical beam (300 to 304) output at said moment. a semiconductor laser source, which comprises groups (504 to 508), each of the groups (504 to 508) comprising one or more sub-source units, and different groups (504 to 508) being configured to generate an optical pulse at repeated moments, and output a plurality of spatially separate optical beams (300 to 304) towards a target zone, such that different groups (504 to 508) of the semiconductor laser source are configured to output each of the spatially separate optical beams (300 to 304) at different moments from each other; an electric power source, which is configured to supply a constant electric power to the one or more sub-source units at each of the repeated moments; a detector comprising single-photon sub-detector units for receiving the optical pulse reflected from the target zone, at least two groups (604, 606) of the single-photon sub-detector units are configured to have separate field of views (900 to 904) towards the target zone, and the at least two groups (604, 606) of sub-detector units being associated with different optical beams of the spatially separated optical beams (300 to 304) on the basis of the separate field-of-views (900 to 904); and a timing unit configured to determine a value corresponding to a time-of-flight of the optical pulse output at each of the repeated moments on the basis of signals from the sub-detector units of a group (604, 606) associated with an optical beam (300 to 304) output at said moment.
A communication device for a wireless communication system, the communication device comprising: means for determining whether downlink data transmission is expected; and means (47, 49) for transmitting, to a Mobility Management Entity, MME, via a base station, non-access stratum, NAS, signalling including uplink data and assistance information indicating whether downlink data transmission is expected following an uplink transmission, for use by the MME in determining whether a connection is to be released for the communication device. means for determining whether downlink data transmission is expected; and means (47, 49) for transmitting, to a Mobility Management Entity, MME, via a base station, non-access stratum, NAS, signalling including uplink data and assistance information indicating whether downlink data transmission is expected following an uplink transmission, for use by the MME in determining whether a connection is to be released for the communication device.
A method for communicating network features during a routing area update procedure, the method comprising: a cellular network receiving a routing area update request message from a mobile device, wherein the routing area update request message includes information relating to a location of the mobile device for receiving communications from a cellular network; the cellular network determining whether the routing area update message is a periodic message generated at least in part based on an elapsed time following a previous routing area update by the mobile device, in response to determining that the routing area update message is a periodic message, communicating with the mobile device to set up an integrity protection relationship; and the cellular network transmitting a routing area update accept message to the mobile device in response to the routing area update request message, wherein the routing area update accept message includes a network feature support information element specifying one or more features associated with the cellular network, and wherein the routing area update accept message is sent via the integrity protection relationship. a cellular network receiving a routing area update request message from a mobile device, wherein the routing area update request message includes information relating to a location of the mobile device for receiving communications from a cellular network; the cellular network determining whether the routing area update message is a periodic message generated at least in part based on an elapsed time following a previous routing area update by the mobile device, in response to determining that the routing area update message is a periodic message, communicating with the mobile device to set up an integrity protection relationship; and the cellular network transmitting a routing area update accept message to the mobile device in response to the routing area update request message, wherein the routing area update accept message includes a network feature support information element specifying one or more features associated with the cellular network, and wherein the routing area update accept message is sent via the integrity protection relationship.
An apparatus, comprising: means for determining a first match between a first transmit, TX, beam group of a radio network and a first receive, RX, beam group of a user equipment, UE; means for determining a second match between a second TX beam group of the radio network and a second RX beam group of the UE; and means for configuring the UE with a first discontinuous reception, DRX, configuration associated with the first RX beam group and with a second DRX configuration associated with the second RX beam group such that the first and second DRX configurations are active simultaneously for the UE; wherein each said beam group comprises at least one antenna or antenna port. means for determining a first match between a first transmit, TX, beam group of a radio network and a first receive, RX, beam group of a user equipment, UE; means for determining a second match between a second TX beam group of the radio network and a second RX beam group of the UE; and means for configuring the UE with a first discontinuous reception, DRX, configuration associated with the first RX beam group and with a second DRX configuration associated with the second RX beam group such that the first and second DRX configurations are active simultaneously for the UE; wherein each said beam group comprises at least one antenna or antenna port.