mhurhangee/patent-ind-claim-en huggingface dataset:
Subcutaneous implantable cardiac device (ICD) recharging system, comprising: a flexible rechargeable subcutaneous ICD having an elongated shape, implantable in a patient, said flexible rechargeable subcutaneous ICD comprising: at least one receiver antenna, having a narrow antenna footprint; and at least one rechargeable battery; and a charger transmitter , for providing electromagnetic (EM) radiation to said at least one receiver antenna wirelessly for recharging said at least one rechargeable battery, said charger transmitter comprising at least one transmitter antenna and a modulator, wherein said at least one transmitter antenna is encased in a structure for temporarily coupling said at least one transmitter antenna to the skin of said patient; wherein said modulator is for modulating said EM radiation and for simultaneously transmitting programming information to said flexible rechargeable subcutaneous ICD as said modulated EM radiation while said charger transmitter provides said EM radiation for recharging said at least one rechargeable battery; and wherein said at least one receiver antenna has a cylindrical shape for maximizing an amount of energy of said EM radiation received by said at least one receiver antenna. a flexible rechargeable subcutaneous ICD having an elongated shape, implantable in a patient, said flexible rechargeable subcutaneous ICD comprising: at least one receiver antenna, having a narrow antenna footprint; and at least one rechargeable battery; and at least one receiver antenna, having a narrow antenna footprint; and at least one rechargeable battery; and a charger transmitter , for providing electromagnetic (EM) radiation to said at least one receiver antenna wirelessly for recharging said at least one rechargeable battery, said charger transmitter comprising at least one transmitter antenna and a modulator, wherein said at least one transmitter antenna is encased in a structure for temporarily coupling said at least one transmitter antenna to the skin of said patient; wherein said modulator is for modulating said EM radiation and for simultaneously transmitting programming information to said flexible rechargeable subcutaneous ICD as said modulated EM radiation while said charger transmitter provides said EM radiation for recharging said at least one rechargeable battery; and wherein said at least one receiver antenna has a cylindrical shape for maximizing an amount of energy of said EM radiation received by said at least one receiver antenna.
A measurement method for channel state information, applicable to a base station in a coordinated multipoint system, the measurement method comprising: a coordinated point selecting process for selecting, by the base station for user equipment, one or more coordinated transmission points for coordinated multipoint transmission; characterized in that the measurement method further comprises: a measurement subset configuring process for independently configuring a measurement subset used for channel state information feedback for each base station and each coordinated transmission point, so that the user equipment individually measures channel state information of each base station or coordinated transmission point according to the measurement subsets, wherein the measurement subset indicates that reference symbols in which resource are used by the user equipment for carrying out the measurement. a coordinated point selecting process for selecting, by the base station for user equipment, one or more coordinated transmission points for coordinated multipoint transmission; characterized in that the measurement method further comprises: a measurement subset configuring process for independently configuring a measurement subset used for channel state information feedback for each base station and each coordinated transmission point, so that the user equipment individually measures channel state information of each base station or coordinated transmission point according to the measurement subsets, wherein the measurement subset indicates that reference symbols in which resource are used by the user equipment for carrying out the measurement. a measurement subset configuring process for independently configuring a measurement subset used for channel state information feedback for each base station and each coordinated transmission point, so that the user equipment individually measures channel state information of each base station or coordinated transmission point according to the measurement subsets, wherein the measurement subset indicates that reference symbols in which resource are used by the user equipment for carrying out the measurement.
An apparatus for hardware-based filtering in a multi-level secure cross-domain infrastructure, the apparatus comprising: a programmable logic device comprising a filter engine , the filter engine in communication with a first security module , the programmable logic device being separate from a processor of a single board computer operably coupled to the programmable logic device such that processing associated with the filter engine is offloaded from the processor of the single board computer to the programmable logic device; an interface module of the filter engine configured to receive a message from the first security module, the message being sent from the first security module to a second security module , wherein the second security module comprises a different security classification than the first security module; a filter module of the filter engine configured to filter message data contained within the message according to a message rule, the message rule defining a data compliance requirement associated with the security classification of the second security module; and a routing module configured to provide the message to the second security module in response to the message data complying with the message rule; wherein the programmable logic device comprising the filter engine comprises one or more functional partitions, wherein each functional partition comprises a filter engine associated with a security module, a filter engine executing an instance of a filtering firmware. a programmable logic device comprising a filter engine , the filter engine in communication with a first security module , the programmable logic device being separate from a processor of a single board computer operably coupled to the programmable logic device such that processing associated with the filter engine is offloaded from the processor of the single board computer to the programmable logic device; an interface module of the filter engine configured to receive a message from the first security module, the message being sent from the first security module to a second security module , wherein the second security module comprises a different security classification than the first security module; a filter module of the filter engine configured to filter message data contained within the message according to a message rule, the message rule defining a data compliance requirement associated with the security classification of the second security module; and a routing module configured to provide the message to the second security module in response to the message data complying with the message rule; wherein the programmable logic device comprising the filter engine comprises one or more functional partitions, wherein each functional partition comprises a filter engine associated with a security module, a filter engine executing an instance of a filtering firmware.
Independent suspension for vehicles, in particular for heavy vehicles, comprising: - a steering knuckle extending between an outer portion , defining the axis of rotation of a hub of a wheel of said vehicle, and an inner portion , in which the inner portion comprises at least one receiving seat extending transversely to said outer portion along a steering axis (A); - a knuckle-carrier assembly rotatably coupled to said inner portion of the knuckle to allow a relative rotation around the steering axis (A), and comprising at least a first and a second supporting portion each defining a hinge point substantially horizontally to one end of a respective cross arm ; said knuckle-carrier assembly comprises a first and a second body distinct from one another: characterized in that the first body is substantially "L" shaped and has a linear portion , defining a steering pin , and an angled portion , defining said first supporting portion and extending transversely to the linear portion to misalign the respective hinge point by said steering axis (A); the second body comprises a coupling portion fitted around the steering pin from which a supporting arm extends, comprising the second supporting portion and projecting laterally to the linear portion of the first body to misalign the respective hinge point from said steering axis (A). - a steering knuckle extending between an outer portion , defining the axis of rotation of a hub of a wheel of said vehicle, and an inner portion , in which the inner portion comprises at least one receiving seat extending transversely to said outer portion along a steering axis (A); - a knuckle-carrier assembly rotatably coupled to said inner portion of the knuckle to allow a relative rotation around the steering axis (A), and comprising at least a first and a second supporting portion each defining a hinge point substantially horizontally to one end of a respective cross arm ; characterized in that the first body is substantially "L" shaped and has a linear portion , defining a steering pin , and an angled portion , defining said first supporting portion and extending transversely to the linear portion to misalign the respective hinge point by said steering axis (A); the second body comprises a coupling portion fitted around the steering pin from which a supporting arm extends, comprising the second supporting portion and projecting laterally to the linear portion of the first body to misalign the respective hinge point from said steering axis (A).
A hydroponic-culture seeded paper production apparatus comprising: a) a base sheet supply section (A) configured to supply a long base sheet ; b) an adhesive application section (C) configured to apply a water-soluble adhesive to a surface of the long base sheet supplied from the base sheet supply section (A), at a predetermined interval; c) a seed placing section (D) configured to place multiple seeds on the surface of the long base sheet; d) a removal section (D) configured to remove, from the long base sheet , a seed that fails to adhere to the long base sheet ; and e) a seed fixation section (E) configured to transport the long base sheet that has passed through the removal section (D) by rolling the long base sheet between a pair of rollers softer than the seed , wherein the roller which is located on a side of the seed is harder than the roller which is located on a side of the long base sheet . a) a base sheet supply section (A) configured to supply a long base sheet ; b) an adhesive application section (C) configured to apply a water-soluble adhesive to a surface of the long base sheet supplied from the base sheet supply section (A), at a predetermined interval; c) a seed placing section (D) configured to place multiple seeds on the surface of the long base sheet; d) a removal section (D) configured to remove, from the long base sheet , a seed that fails to adhere to the long base sheet ; and e) a seed fixation section (E) configured to transport the long base sheet that has passed through the removal section (D) by rolling the long base sheet between a pair of rollers softer than the seed , wherein the roller which is located on a side of the seed is harder than the roller which is located on a side of the long base sheet .
A container lock for locking different container types on a chassis , in particular for a front extension of the chassis , comprising - a first locking mechanism , which is designed to move a first locking element to and from along a horizontal locking axis (H) between an opening position and a locking position, - a second locking mechanism , which is designed to move a second locking element to and from about a vertical locking axis (V) between an opening position and a locking position, wherein the first locking mechanism and the second locking mechanism can be operated independently of each other, wherein the first locking mechanism is situated under the second locking mechanism , and wherein in particular the horizontal locking axis (H) and the vertical locking axis (V) lie at least substantially in one plane, characterised in that the first locking mechanism and the second locking mechanism are accommodated in a locking housing which can be fastened to a support of the chassis or are integrated in a support of the chassis . - a first locking mechanism , which is designed to move a first locking element to and from along a horizontal locking axis (H) between an opening position and a locking position, - a second locking mechanism , which is designed to move a second locking element to and from about a vertical locking axis (V) between an opening position and a locking position, wherein the first locking mechanism and the second locking mechanism can be operated independently of each other, wherein the first locking mechanism is situated under the second locking mechanism , and wherein in particular the horizontal locking axis (H) and the vertical locking axis (V) lie at least substantially in one plane, characterised in that the first locking mechanism and the second locking mechanism are accommodated in a locking housing which can be fastened to a support of the chassis or are integrated in a support of the chassis .
A framework application for a device access software , wherein the framework application is installed on a host and wherein at least one driver is integrated in the framework application , said driver being designed to access an associated fieldbus component of a fieldbus network , wherein the framework application has a standard interface to each integrated driver , wherein said interface is designed to exchange data between the driver and the framework application , characterized in that in addition to the standard interface , the framework application has one or more proprietary interfaces to at least some of the integrated drivers , said interfaces being designed for the exchange of data between the respective driver and the framework application , wherein the driver is designed to transmit information about supplementary functionalities, which are supported by the driver or an associated fieldbus component to the framework application via at least one of the proprietary interfaces , wherein the supplementary functionalities comprise at least one of the following elements: a supplementary functionality which refers to a specific level of the security integrity level of the fieldbus component; a supplementary functionality to perform device function checks; a supplementary functionality to print out, at a click, documentation pertaining to the corresponding fieldbus component; a supplementary functionality for the evaluation of measuring signals for transit time measurement using an envelope curve; a supplementary functionality concerning the connectivity to a cloud; a supplementary functionality concerning a translated native language version of the user guide. a supplementary functionality which refers to a specific level of the security integrity level of the fieldbus component; a supplementary functionality to perform device function checks; a supplementary functionality to print out, at a click, documentation pertaining to the corresponding fieldbus component; a supplementary functionality for the evaluation of measuring signals for transit time measurement using an envelope curve; a supplementary functionality concerning the connectivity to a cloud; a supplementary functionality concerning a translated native language version of the user guide.
A pharmaceutically acceptable carglumic acid direct compression tablet formulation comprising: 30% w/w to 50% w/w of carglumic acid, 40% w/w to 60% w/w of a cellulosic filler, and at least one lubricant, characterized in that no solvent or water is added to the formulation, wherein the cellulosic filler is selected from a group consisting of microcrystalline cellulose, hydroxypropyl methyl cellulose, croscarmellose sodium, silicified microcrystalline cellulose, carboxymethylcellulose, methylcellulose, powdered cellulose, hydroxyethyl cellulose, and combinations thereof. 30% w/w to 50% w/w of carglumic acid, 40% w/w to 60% w/w of a cellulosic filler, and at least one lubricant, characterized in that no solvent or water is added to the formulation, wherein the cellulosic filler is selected from a group consisting of microcrystalline cellulose, hydroxypropyl methyl cellulose, croscarmellose sodium, silicified microcrystalline cellulose, carboxymethylcellulose, methylcellulose, powdered cellulose, hydroxyethyl cellulose, and combinations thereof.
An optical waveguide termination comprising: • a light-receiving inlet for receiving light to be terminated; • a curved section extending from the inlet and having a continuously decreasing radius of curvature, the curved section defining a spiral; • a light-terminating tip at an end of the curved section, and • a doped region in the curved section , wherein the light-receiving inlet is outside of the doped region , and a boundary of the doped region crosses the curved section at an acute angle, characterized in that the curved section has a waveguide width that continuously decreases from the inlet to the tip. • a light-receiving inlet for receiving light to be terminated; • a curved section extending from the inlet and having a continuously decreasing radius of curvature, the curved section defining a spiral; • a light-terminating tip at an end of the curved section, and • a doped region in the curved section , wherein the light-receiving inlet is outside of the doped region , and a boundary of the doped region crosses the curved section at an acute angle, characterized in that the curved section has a waveguide width that continuously decreases from the inlet to the tip. wherein the light-receiving inlet is outside of the doped region , and a boundary of the doped region crosses the curved section at an acute angle, characterized in that the curved section has a waveguide width that continuously decreases from the inlet to the tip.
Tailgate comprising a plurality of functional elements which are integrally formed or incorporated in the tailgate, wherein the tailgate is in one piece and seamless and seamless means that the external surface of the component has no seams or transitions having a depth of greater than 0.20 mm, and comprises at least one continuous carrier made of a thermoplastic, wherein the tailgate has at least one transparent region , characterized in that at least one layer which forms black edges and/or reinforcing frame elements is applied to the carrier , and the linear coefficient of thermal expansion of the material in the black edge and/or the reinforcing frame element in the longitudinal direction is lower by 1 × 10 -5 to 3 × 10 -5 (mm/mm K) than that of the carrier material.
A monoclonal antibody or fragment thereof, wherein the antibody or fragment thereof is characterized by clone-paired heavy CDR1, CDR2 and CDR3 sequences, and light chain CDR1, CDR2, and CDR3 sequences, respectively, corresponding to: (i) heavy chain CDR1 sequence SEQ ID NO: 104; (ii) heavy chain CDR2 sequence SEQ ID NO: 105; (iii) heavy chain CDR3 sequence SEQ ID NO: 106; (iv) light chain CDR1 sequence SEQ ID NO: 150; (v) light chain CDR2 sequence DNN; and (vi) light chain CDR3 sequence SEQ ID NO: 151; and wherein the monoclonal antibody or fragment thereof binds to Marburg virus glycoprotein. (i) heavy chain CDR1 sequence SEQ ID NO: 104; (ii) heavy chain CDR2 sequence SEQ ID NO: 105; (iii) heavy chain CDR3 sequence SEQ ID NO: 106; (iv) light chain CDR1 sequence SEQ ID NO: 150; (v) light chain CDR2 sequence DNN; and (vi) light chain CDR3 sequence SEQ ID NO: 151; and
Computer-implemented method of transcribing an audio stream , the method comprising the steps of - transcribing the audio stream using a first transcribing instance of the transcription service, the first transcribing instance having a first predetermined transcription size (s1) that is smaller than the total length of the audio stream , the first transcribing instance providing a plurality of consecutive first transcribed text data snippets (t1) of the audio stream , the size of the first transcribed text data snippets (t1, t2, t3, tn) respectively corresponding to the first predetermined transcription size (s1); - transcribing the audio stream using at least a second transcribing instance , the second transcribing instance having a second predetermined transcription size (s2) that is smaller than the length of the audio stream , the second transcribing instance providing a plurality of consecutive second transcribed text data snippets (t1', t2', t3', tn') of the audio stream , the size (s2) of the second transcribed text data snippets (t1') respectively corresponding to the second predetermined transcription size (s2); wherein the first transcribing instance starts transcription of the audio stream at a first point of time and the second transcribing instance starts transcription of the audio stream at a second point of time with a predetermined delay with respect to the first transcribing instance , wherein the predetermined delay is selected such that each one of the plurality of second transcribed text data snippets (t1', t2', t3', tn') respectively overlaps at least a portion at which a first transcribed text data snippet (t1) of the plurality of the first transcribed text data snippets ends and a consecutive first transcribed text data snippet (t2) of the plurality of the first transcribed text data snippets starts - transcribing the audio stream using a first transcribing instance of the transcription service, the first transcribing instance having a first predetermined transcription size (s1) that is smaller than the total length of the audio stream , the first transcribing instance providing a plurality of consecutive first transcribed text data snippets (t1) of the audio stream , the size of the first transcribed text data snippets (t1, t2, t3, tn) respectively corresponding to the first predetermined transcription size (s1); - transcribing the audio stream using at least a second transcribing instance , the second transcribing instance having a second predetermined transcription size (s2) that is smaller than the length of the audio stream , the second transcribing instance providing a plurality of consecutive second transcribed text data snippets (t1', t2', t3', tn') of the audio stream , the size (s2) of the second transcribed text data snippets (t1') respectively corresponding to the second predetermined transcription size (s2);