mhurhangee/patent-ind-claim-en huggingface dataset:
A controlled release formulation comprising a flowable delivery system comprising an organic solvent, leuprolide as a bioactive agent, and a biocompatible, biodegradable, non-hydrolyzed, acid-terminated poly(DL-lactide-co-glycolide) (PLGH) low-burst copolymer material, the acid-terminated PLGH low-burst copolymer material having a weight average molecular weight of about 10 kilodaltons to about 50 kilodaltons and a polydispersity index of about 1.4-2.0 and from which a removed copolymer fraction having a weight average molecular weight of about 4 kDa to about 10 kDa and a polydispersity index of about 1.4 to 2.5 has been separated, the weight average molecular weight being determined by gel permeation chromatography with reference to polystyrene standards, wherein a content of unreacted lactide and glycolide in the acid-terminated PLGH low-burst copolymer material is less than about 1.0 weight % and 0.1 weight % respectively. the acid-terminated PLGH low-burst copolymer material having a weight average molecular weight of about 10 kilodaltons to about 50 kilodaltons and a polydispersity index of about 1.4-2.0 and from which a removed copolymer fraction having a weight average molecular weight of about 4 kDa to about 10 kDa and a polydispersity index of about 1.4 to 2.5 has been separated, the weight average molecular weight being determined by gel permeation chromatography with reference to polystyrene standards, wherein a content of unreacted lactide and glycolide in the acid-terminated PLGH low-burst copolymer material is less than about 1.0 weight % and 0.1 weight % respectively.
Method for determining a position (d ERC ) of the eye rotation center of an eye of a subject using calculation means, the method comprising: - providing a geometric model of an eye , whereby the eye is modeled with one sphere (C1) for the sclera of the eye and one substantially spherical surface (C2) for the cornea of the eye , the position (d ERC ) of the eye rotation center of this eye being the distance (d ERC ) between a center (P1) of the sclera and an apex of the cornea and being determined based on a set of personal parameters (L E , d AC , D I , A GE , K) including at least a first geometric dimension (D I ) of the eye , each personal parameter (L E , d AC , D I , A GE , K) being distinct from said position of the eye rotation center of the eye ; - determining a value of each personal parameter (L E , d AC , D I , A GE , K) for the subject; and - determining a first approximate value of said position (d ERC ) of the eye rotation center of the eye of the subject in accordance with said geometric model based on the values of the personal parameters (L E , d AC , D I , A GE , K). - providing a geometric model of an eye , whereby the eye is modeled with one sphere (C1) for the sclera of the eye and one substantially spherical surface (C2) for the cornea of the eye , the position (d ERC ) of the eye rotation center of this eye being the distance (d ERC ) between a center (P1) of the sclera and an apex of the cornea and being determined based on a set of personal parameters (L E , d AC , D I , A GE , K) including at least a first geometric dimension (D I ) of the eye , each personal parameter (L E , d AC , D I , A GE , K) being distinct from said position of the eye rotation center of the eye ; - determining a value of each personal parameter (L E , d AC , D I , A GE , K) for the subject; and - determining a first approximate value of said position (d ERC ) of the eye rotation center of the eye of the subject in accordance with said geometric model based on the values of the personal parameters (L E , d AC , D I , A GE , K).
A method for authorizing input/output, I/O, commands in a storage cluster , the method comprising: generating, by a storage node , a token responsive to an authority of the storage node initiating an I/O command, wherein the token is specific to the authority and specific to the storage node of the storage cluster that is executing the authority, wherein the token is associated with the I/O command and the token includes a signature and a time stamp; sending, by the storage node , the token and I/O command to a storage unit of the storage cluster , and verifying, by the storage unit , the I/O command using the token , which includes checking the signature to determine validity of the signature and checking the time stamp to determine if the token has expired by exceeding a time interval associated with the token, wherein the I/O command is verified if the signature is determined to be valid and the token has not expired, wherein the signature is provided by a plurality of storage nodes other than the storage node that is executing the authority and the plurality of storage nodes represents a quorum of signers of the token , wherein the signature is valid if the quorum of signers represents a majority of the plurality of storage nodes . generating, by a storage node , a token responsive to an authority of the storage node initiating an I/O command, wherein the token is specific to the authority and specific to the storage node of the storage cluster that is executing the authority, wherein the token is associated with the I/O command and the token includes a signature and a time stamp; sending, by the storage node , the token and I/O command to a storage unit of the storage cluster , and verifying, by the storage unit , the I/O command using the token , which includes checking the signature to determine validity of the signature and checking the time stamp to determine if the token has expired by exceeding a time interval associated with the token, wherein the I/O command is verified if the signature is determined to be valid and the token has not expired, wherein the signature is provided by a plurality of storage nodes other than the storage node that is executing the authority and the plurality of storage nodes represents a quorum of signers of the token , wherein the signature is valid if the quorum of signers represents a majority of the plurality of storage nodes .
An injection molding system comprising: an injection molding apparatus configured to perform injection molding with a mold (A); an actuator configured to move the mold (A) along a supporting plane into the injection molding apparatus ; and a linking unit , wherein the linking unit is configured to link between the mold (A) and the actuator so that the mold (A) is movable in a first direction (Y) different from a second direction (X) along the supporting plane with respect to the actuator , and wherein the linking unit includes a first linking member connected with the mold (A) and a second linking member connected with the actuator , wherein a groove or a hole is formed in one of the first linking member and the second linking member , and the other includes a protruding portion which is inserted into the groove or the hole, characterized in that the protruding portion protrudes in a third direction (Z) and is inserted into the groove or the hole in the third direction (Z), and the protruding portion is movable in the third direction (Z) along an inner wall of the groove or the hole. an injection molding apparatus configured to perform injection molding with a mold (A); an actuator configured to move the mold (A) along a supporting plane into the injection molding apparatus ; and a linking unit , wherein the linking unit is configured to link between the mold (A) and the actuator so that the mold (A) is movable in a first direction (Y) different from a second direction (X) along the supporting plane with respect to the actuator , and wherein the linking unit includes a first linking member connected with the mold (A) and a second linking member connected with the actuator , wherein a groove or a hole is formed in one of the first linking member and the second linking member , and the other includes a protruding portion which is inserted into the groove or the hole, the protruding portion protrudes in a third direction (Z) and is inserted into the groove or the hole in the third direction (Z), and the protruding portion is movable in the third direction (Z) along an inner wall of the groove or the hole.
An electrode for a secondary battery, comprising: a current collector; and at least oneelectrode material mixture layer present on a surface of the current collector, the at least one electrode material mixture layer comprising a negative electrode active material, a conductive agent, and a binder, wherein, the electrode has a property such that in a regression curve obtained by regression analysis of shear strength data according to a cutting depth which are measured whileobliquely cutting the electrode material mixture layer from a surface thereofuntil reaching the current collector using a surface and interfacial cutting analysis system (SAICAS), a ratio of a maximum value (σ max ) to a minimum value (σ min ) of shear strength is 1.7 or less. a current collector; and at least oneelectrode material mixture layer present on a surface of the current collector, the at least one electrode material mixture layer comprising a negative electrode active material, a conductive agent, and a binder, wherein, the electrode has a property such that in a regression curve obtained by regression analysis of shear strength data according to a cutting depth which are measured whileobliquely cutting the electrode material mixture layer from a surface thereofuntil reaching the current collector using a surface and interfacial cutting analysis system (SAICAS), a ratio of a maximum value (σ max ) to a minimum value (σ min ) of shear strength is 1.7 or less.
A method of operating an access terminal configured to selectively implement autonomous uplink, AUL, transmissions, comprising: receiving , by the access terminal, an AUL disable signal instructing the access terminal to disable AUL transmissions on a shared communication medium as part of a collision avoidance scheme, wherein the AUL disable signal specifies an AUL disable expiration period; and refraining , by the access terminal, from performing one or more AUL transmissions on the shared communication medium in response to the AUL disable signal; and waiting until after the AUL disable expiration period and then selectively performing one or more AUL transmissions on the shared communication medium. receiving , by the access terminal, an AUL disable signal instructing the access terminal to disable AUL transmissions on a shared communication medium as part of a collision avoidance scheme, wherein the AUL disable signal specifies an AUL disable expiration period; and refraining , by the access terminal, from performing one or more AUL transmissions on the shared communication medium in response to the AUL disable signal; and waiting until after the AUL disable expiration period and then selectively performing one or more AUL transmissions on the shared communication medium.
An apparatus comprising: a cage having a plurality of receptacles ; a cover covering at least a portion of the cage, the cover having a cover top side , a cover back side ; a top wrap comprising: a top wrap top portion attached to and covering at least a portion of the cover top side , and a top wrap back portion covering at least a portion of the cover back side ; and a heat sink attached to the top wrap back portion , the heat sink configured to dissipate heat from a plurality of plugs respectively plugged into the plurality of receptacles , the cover top side being configured to conduct the heat from the plurality of plugs in the plurality of receptacles to the top wrap , and the top wrap being configured to conduct the heat through the top wrap to the heat sink . a cage having a plurality of receptacles ; a cover covering at least a portion of the cage, the cover having a cover top side , a cover back side ; a top wrap comprising: a top wrap top portion attached to and covering at least a portion of the cover top side , and a top wrap back portion covering at least a portion of the cover back side ; and a top wrap top portion attached to and covering at least a portion of the cover top side , and a top wrap back portion covering at least a portion of the cover back side ; and a heat sink attached to the top wrap back portion , the heat sink configured to dissipate heat from a plurality of plugs respectively plugged into the plurality of receptacles , the cover top side being configured to conduct the heat from the plurality of plugs in the plurality of receptacles to the top wrap , and the top wrap being configured to conduct the heat through the top wrap to the heat sink .
Electrically conductive or dissipative material comprising a continuous elastomer matrix and electrically conductive or dissipative polymer particles incorporated therein, where the electrically conductive or dissipative polymer particles are formed from a crosslinked elastomer and particles of an electrically conductive component.
A protection control apparatus (20; 20B; 20C; 20D; 120; 120B; 220) for power conversion circuitry , the protection control apparatus comprising: a computer configured to monitor a plurality of fail signals delivered from the power conversion circuitry to a first number of first signal lines , and create reject information indicating whether each of the fail signals is enabled or rejected; and a shutdown circuitry being configured to permit driving of the power conversion circuitry or shut down of the power conversion circuitry , based on the fail signals received from the first number of the first signal lines and a plurality of reject signals received from the first number of second signal lines , characterized in that the protection control apparatus further comprises a communication controller (30; 230) provided on the same chip or the same module as the shutdown circuitry , the communication controller (30; 230) being configured to receive the reject information on each of the fail signals from the computer via a second number of communication lines (24; 24B; 24C; 24D; 124), and deliver the reject signals to the first number of the second signal lines , based on the reject information, the second number being smaller than the first number. a computer configured to monitor a plurality of fail signals delivered from the power conversion circuitry to a first number of first signal lines , and create reject information indicating whether each of the fail signals is enabled or rejected; and a shutdown circuitry being configured to permit driving of the power conversion circuitry or shut down of the power conversion circuitry , based on the fail signals received from the first number of the first signal lines and a plurality of reject signals received from the first number of second signal lines ,
A method for miniaturizing magnetic domains of a directional electric steel plate comprising: a steel plate supporting roll position adjusting step of controlling the vertical direction position of a steel plate while supporting the steel plate progressing along a production line; and a laser emitting step of melting the steel plate by emitting a laser beam to form grooves on the surface of the steel plate, wherein the laser emitting step includes an angle changing step of changing an emitting line angle of the laser beam with respect to a width direction of the steel plate while an optical system emitting the laser beam onto the steel plate is rotated with respect to the steel plate, and a focal distance maintaining step of changing a tilt of the steel plate supporting roll which supports the steel plate according to a change in focal distance of the laser beam in the width direction of the steel plate. a steel plate supporting roll position adjusting step of controlling the vertical direction position of a steel plate while supporting the steel plate progressing along a production line; and a laser emitting step of melting the steel plate by emitting a laser beam to form grooves on the surface of the steel plate, wherein the laser emitting step includes an angle changing step of changing an emitting line angle of the laser beam with respect to a width direction of the steel plate while an optical system emitting the laser beam onto the steel plate is rotated with respect to the steel plate, and a focal distance maintaining step of changing a tilt of the steel plate supporting roll which supports the steel plate according to a change in focal distance of the laser beam in the width direction of the steel plate.
A sheathing implant adapted to cover and isolate a tissue, the sheathing implant comprising: a wall that defines a bore having at least one aperture at an open end ; and a pulley system pre-set into the wall , the pulley system comprising at least one suture having at least one tag end and at least one needle end , where the suture traverses the wall so that the at least one tag end extends out from the wall and the at least one needle end passes through the bore and out of the at least one aperture for attachment to a tissue in a patient in need of such treatment, and where the at least one tag end of the at least one suture is secured with an anchor . a wall that defines a bore having at least one aperture at an open end ; and a pulley system pre-set into the wall , the pulley system comprising at least one suture having at least one tag end and at least one needle end , where the suture traverses the wall so that the at least one tag end extends out from the wall and the at least one needle end passes through the bore and out of the at least one aperture for attachment to a tissue in a patient in need of such treatment, and where the at least one tag end of the at least one suture is secured with an anchor .
A method comprising: determining, by a common convergence sublayer entity of a network , a service flow setup; mapping, by the common convergence sublayer entity, traffic through the service flow to at least one radio control sublayer entity among a plurality of radio control sublayer entities , each radio control sublayer entity being associated with a respective bearer; and controlling, by the common convergence sublayer entity, the traffic through the service flow. determining, by a common convergence sublayer entity of a network , a service flow setup; mapping, by the common convergence sublayer entity, traffic through the service flow to at least one radio control sublayer entity among a plurality of radio control sublayer entities , each radio control sublayer entity being associated with a respective bearer; and controlling, by the common convergence sublayer entity, the traffic through the service flow.
A computer-implemented method of identifying a taxon corresponding to a query amino acid or nucleic acid sequence, the method comprising: clustering a plurality of reference sequences , based on at least one compositional characteristic of the plurality of reference sequences , into a plurality of reference clusters , where the plurality of reference sequences are known amino acid or nucleic acid sequences; generating a query vector corresponding to the query sequence based on the at least one compositional characteristics of the query sequence and selecting at least one target cluster from amongst the plurality of reference clusters corresponding to the query sequence, wherein the selecting is based on a composition-based analysis of the query sequence by computing a distance between the query vector and a corresponding cluster centroid associated with each of the reference clusters and selecting the at least one target cluster from amongst the plurality of reference clusters based on a shortest distance from amongst the computed distances; performing a similarity-based analysis of the query sequence with respect to one or more reference sequences in the at least one target cluster to determine a degree of homology between the query sequence and the plurality of reference sequences in the at least one selected target cluster, wherein the degree of homology is computed based on one or more alignment parameters; identifying one or more reference sequences illustrating maximum degree of homology to the query sequence; and identifying a taxon corresponding to said reference sequences and assigning said taxon to the query sequence. clustering a plurality of reference sequences , based on at least one compositional characteristic of the plurality of reference sequences , into a plurality of reference clusters , where the plurality of reference sequences are known amino acid or nucleic acid sequences; generating a query vector corresponding to the query sequence based on the at least one compositional characteristics of the query sequence and selecting at least one target cluster from amongst the plurality of reference clusters corresponding to the query sequence, wherein the selecting is based on a composition-based analysis of the query sequence by computing a distance between the query vector and a corresponding cluster centroid associated with each of the reference clusters and selecting the at least one target cluster from amongst the plurality of reference clusters based on a shortest distance from amongst the computed distances; performing a similarity-based analysis of the query sequence with respect to one or more reference sequences in the at least one target cluster to determine a degree of homology between the query sequence and the plurality of reference sequences in the at least one selected target cluster, wherein the degree of homology is computed based on one or more alignment parameters; identifying one or more reference sequences illustrating maximum degree of homology to the query sequence; and identifying a taxon corresponding to said reference sequences and assigning said taxon to the query sequence.
A computer-implemented method for creating a graphic representation of a dental condition, characterized in that a 3D volume model of the dental condition is correlated with a 3D surface model of the dental condition, wherein the graphic representation of the 3D volume model is restricted to relevant regions by delimitation using the 3D surface model or using a section thereof, wherein the remaining regions of the 3D volume model are hidden.