mhurhangee/patent-ind-claim-en huggingface dataset:
An arm for a multi-joint robot, the arm being formed by a first half portion and a second half portion engaged with each other, an upper portion of each of the first and second half portions being provided with a protrusion , the protrusions being substantially parallel to each other, wherein : a lower portion of the first half portion is provided with a supporting member , the two half portions being engaged with each other via an engagement surface , the engagement surface being between the two protrusions , a shape of a lower portion of the second half portion matching a shape of an outer circumference of the supporting member , characterized in that the outer circumference of the supporting member has a cylindrical shape.
Dielectric composition having a perovskite crystal structure containing at least Bi, Na, Sr and Ti, wherein said dielectric composition includes a high-Bi phase in which the Bi concentration is at least 1.2 times the mean Bi concentration in the dielectric composition as a whole, characterized in that 0 < α ≤ 0.150, where α is the surface area proportion of the high-Bi phase in the cross section of the dielectric composition, with respect to the whole of said cross section. said dielectric composition includes a high-Bi phase in which the Bi concentration is at least 1.2 times the mean Bi concentration in the dielectric composition as a whole, characterized in that 0 < α ≤ 0.150, where α is the surface area proportion of the high-Bi phase in the cross section of the dielectric composition, with respect to the whole of said cross section.
A process for preparing an iodinated fatty acid ethyl ester, characterized by steps of: a) subjecting a fatty acid ester selected from the group consisting of a fatty acid ethyl ester and a triglyceride to a protonation reaction with phosphoric acid to form a protonated fatty acid ester; and b) subjecting the protonated fatty acid ester to an iodination reaction with an alkali metal iodide to obtain an iodinated fatty acid ester. a) subjecting a fatty acid ester selected from the group consisting of a fatty acid ethyl ester and a triglyceride to a protonation reaction with phosphoric acid to form a protonated fatty acid ester; and b) subjecting the protonated fatty acid ester to an iodination reaction with an alkali metal iodide to obtain an iodinated fatty acid ester.
A saturation resistant electromagnetic device , comprising: a core in which a magnetic flux is generable; an opening through the core; a spacer disposed within the opening and extending through the core, the spacer defining a channel through the core; and a primary conductor winding received in the channel of the spacer and extending through the core, wherein an electric current flowing through the primary conductor winding generates a magnetic field about the primary conductor winding, the magnetic field comprising electromagnetic energy, characterised in that the spacer is impregnated with a selected concentration of electrically conductive or semi-conductive particles that causes a certain absorption of the magnetic flux and conversion of the magnetic flux to heat energy that prevents saturation of the core. a core in which a magnetic flux is generable; an opening through the core; a spacer disposed within the opening and extending through the core, the spacer defining a channel through the core; and a primary conductor winding received in the channel of the spacer and extending through the core, wherein an electric current flowing through the primary conductor winding generates a magnetic field about the primary conductor winding, the magnetic field comprising electromagnetic energy, characterised in that the spacer is impregnated with a selected concentration of electrically conductive or semi-conductive particles that causes a certain absorption of the magnetic flux and conversion of the magnetic flux to heat energy that prevents saturation of the core.
An electronic device comprising: a housing having a bottom , side walls and a top defining an interior space , the housing having a polygon shape; a solid antenna bracket located within and connected to at least one of the side walls of the housing, the antenna bracket having a top surface , walls and at least one aperture passing through the top surface, the solid antenna bracket having a polygon shape at least one antenna pocket disposed on a wall of the antenna bracket; at least one antenna ; the at least one antenna pocket being configured to receive and secure the at least one antenna , the at least one antenna having an antenna wire routed through the at least one aperture. a housing having a bottom , side walls and a top defining an interior space , the housing having a polygon shape; a solid antenna bracket located within and connected to at least one of the side walls of the housing, the antenna bracket having a top surface , walls and at least one aperture passing through the top surface, the solid antenna bracket having a polygon shape at least one antenna pocket disposed on a wall of the antenna bracket; at least one antenna ; the at least one antenna pocket being configured to receive and secure the at least one antenna , the at least one antenna having an antenna wire routed through the at least one aperture.
A test system comprising: instrument modules (13A-13N) configured to control testing of one or more devices under test ; an Ethernet-based communication network ; and a computing system configured to broadcast, periodically, control packets over the Ethernet-based communication network to the instrument modules, a control packet comprising data representing sequence numbers of last data packets received from the instrument modules, information based on each sequence number, and global information that is usable by each of the instrument modules to regulate a communication connection of message traffic between the computing system and the instrument module, wherein the global information comprises a traffic congestion status of the computing system, the control packet comprising slots (28a-28d) for all of the instrument modules, each slot containing the data that is specific to one of the instrument modules and each slot being indexed based on an identifier for the one of the instrument modules; the computing system also being configured to receive, via unicast and over the Ethernet-based communication network, an acknowledgement packet from each of the instrument modules in response to the control packet, the acknowledgement packet comprising repair information that is based on the control packet received by the instrument module from the computing system. instrument modules (13A-13N) configured to control testing of one or more devices under test ; an Ethernet-based communication network ; and a computing system configured to broadcast, periodically, control packets over the Ethernet-based communication network to the instrument modules, a control packet comprising data representing sequence numbers of last data packets received from the instrument modules, information based on each sequence number, and global information that is usable by each of the instrument modules to regulate a communication connection of message traffic between the computing system and the instrument module, wherein the global information comprises a traffic congestion status of the computing system, the control packet comprising slots (28a-28d) for all of the instrument modules, each slot containing the data that is specific to one of the instrument modules and each slot being indexed based on an identifier for the one of the instrument modules; data representing sequence numbers of last data packets received from the instrument modules, information based on each sequence number, and global information that is usable by each of the instrument modules to regulate a communication connection of message traffic between the computing system and the instrument module, wherein the global information comprises a traffic congestion status of the computing system, the computing system also being configured to receive, via unicast and over the Ethernet-based communication network, an acknowledgement packet from each of the instrument modules in response to the control packet, the acknowledgement packet comprising repair information that is based on the control packet received by the instrument module from the computing system.
A long-acting CLR/RAMP receptor agonist for use in a method for reducing cardiotoxicity in a subject, the method comprising: delivering the long-acting CLR/RAMP receptor agonist to the subject at a dose of at least 0.5 μg/kg to 1 mg/kg weight for a period of time sufficient to reduce cardiotoxicity, wherein the CLR/RAMP receptor agonist consists of the amino acid sequence set forth as SEQ ID NO:2 or SEQ ID NOs:3-34 or a polypeptide with greater than 80% sequence identity to said sequences, modified by conjugation of a fatty acid to the N-terminus of the sequence. delivering the long-acting CLR/RAMP receptor agonist to the subject at a dose of at least 0.5 μg/kg to 1 mg/kg weight for a period of time sufficient to reduce cardiotoxicity, wherein the CLR/RAMP receptor agonist consists of the amino acid sequence set forth as SEQ ID NO:2 or SEQ ID NOs:3-34 or a polypeptide with greater than 80% sequence identity to said sequences, modified by conjugation of a fatty acid to the N-terminus of the sequence.
A data processing method, wherein the method is applied to a scenario in which a relay apparatus is connected to at least two access network devices, and the method comprises: receiving , by the relay apparatus, indication information sent by a user terminal, wherein the indication information is used to indicate a slice service requested by the user terminal; and sending , by the relay apparatus, the indication information to a target access network device in the at least two access network devices; and characterised in that if the relay apparatus cannot parse the indication information, the sending the indication information to the target access network device comprises forwarding, by the relay apparatus, the indication information to a master access network device in the at least two access network devices that is connected to the relay apparatus; receiving, by the relay apparatus, feedback information sent by the master access network device, wherein the feedback information is used to indicate the slice service requested in the indication information; forwarding, by the relay apparatus, the feedback information to an access network device other than the master access network device in the at least two access network devices, or forwarding, by the relay device, based on slice information of a slice service supported by the relay apparatus, the feedback information to an access network device corresponding to the slice service requested in the indication information receiving , by the relay apparatus, indication information sent by a user terminal, wherein the indication information is used to indicate a slice service requested by the user terminal; and sending , by the relay apparatus, the indication information to a target access network device in the at least two access network devices; and characterised in that if the relay apparatus cannot parse the indication information, the sending the indication information to the target access network device comprises forwarding, by the relay apparatus, the indication information to a master access network device in the at least two access network devices that is connected to the relay apparatus; receiving, by the relay apparatus, feedback information sent by the master access network device, wherein the feedback information is used to indicate the slice service requested in the indication information; forwarding, by the relay apparatus, the feedback information to an access network device other than the master access network device in the at least two access network devices, or forwarding, by the relay device, based on slice information of a slice service supported by the relay apparatus, the feedback information to an access network device corresponding to the slice service requested in the indication information
A method of immobilizing and amplifying a target nucleic acid from a sample containing a mixture of nucleic acids, said method comprising the steps of: applying said sample to a solid support, said solid support having a first oligonucleotide and a second oligonucleotide affixed thereto, wherein said first oligonucleotide is blocked to prevent extension from the 3 '-terminus and has a sequence complementary to a first portion of said target nucleic acid and said second oligonucleotide has a sequence that is identical to a second portion of said target nucleic acid, wherein said target nucleic acid binds said first oligonucleotide and optionally washing said solid support to remove unbound nucleic acids; hybridizing a primer to said target nucleic acid wherein said primer contains a target binding region and a polymerase promoter sequence and extending said primer by polymerase to produce a first duplex nucleic acid and optionally removing said target nucleic acid from said duplex nucleic acid to produce a first nucleic acid; annealing said first nucleic acid to said second oligonucleotide and extending said second oligonucleotide by polymerase to produce a second duplex nucleic acid containing said first nucleic acid and a second nucleic acid; and generating multiple copies of a third nucleic acid complementary to the target nucleic acid and the second nucleic acid, by adding a polymerase specific to the promoter sequence to the solid support, thereby amplifying said target nucleic acid. applying said sample to a solid support, said solid support having a first oligonucleotide and a second oligonucleotide affixed thereto, wherein said first oligonucleotide is blocked to prevent extension from the 3 '-terminus and has a sequence complementary to a first portion of said target nucleic acid and said second oligonucleotide has a sequence that is identical to a second portion of said target nucleic acid, wherein said target nucleic acid binds said first oligonucleotide and optionally washing said solid support to remove unbound nucleic acids; hybridizing a primer to said target nucleic acid wherein said primer contains a target binding region and a polymerase promoter sequence and extending said primer by polymerase to produce a first duplex nucleic acid and optionally removing said target nucleic acid from said duplex nucleic acid to produce a first nucleic acid; annealing said first nucleic acid to said second oligonucleotide and extending said second oligonucleotide by polymerase to produce a second duplex nucleic acid containing said first nucleic acid and a second nucleic acid; and generating multiple copies of a third nucleic acid complementary to the target nucleic acid and the second nucleic acid, by adding a polymerase specific to the promoter sequence to the solid support, thereby amplifying said target nucleic acid.
A centrifugal smearing sample container holder configured to accommodate a sample container , a packing , and a slide glass , and comprising: A base part including a bottom surface section configured to accommodate the sample container , the packing , and the slide glass by being stacked, side surface sections , formed on both sides of the bottom surface section , locking sections , respectively formed in the side surface sections , , a back surface section formed on a back side of the bottom surface section , and a curl section formed in the back surface section ; and a holding part including a handle section that is disposed on a front side of the bottom surface section along a short direction of the base part , arm sections , formed on both sides of the handle section , and end sections , obtained by the arm sections , being respectively extended, and rotatably fitted into the curl section , wherein the arm sections , are respectively disposed, in a state where the arm sections , on a side of the handle section have been locked in the locking sections , , such that predetermined portions thereof abut on the sample container accommodated in the bottom surface section , and the end sections , are disposed facing each other, and a length of the handle section is shorter than an interval between the respective locking sections , , and the base part is made of sheet metal, and the curl section is curved toward a front side of the back surface section . A base part including a bottom surface section configured to accommodate the sample container , the packing , and the slide glass by being stacked, side surface sections , formed on both sides of the bottom surface section , locking sections , respectively formed in the side surface sections , , a back surface section formed on a back side of the bottom surface section , and a curl section formed in the back surface section ; and a holding part including a handle section that is disposed on a front side of the bottom surface section along a short direction of the base part , arm sections , formed on both sides of the handle section , and end sections , obtained by the arm sections , being respectively extended, and rotatably fitted into the curl section , wherein the arm sections , are respectively disposed, in a state where the arm sections , on a side of the handle section have been locked in the locking sections , , such that predetermined portions thereof abut on the sample container accommodated in the bottom surface section , and the end sections , are disposed facing each other, and a length of the handle section is shorter than an interval between the respective locking sections , , and the base part is made of sheet metal, and the curl section is curved toward a front side of the back surface section .
A blade holder for cutting machines, with - a blade head for holding a blade and - an adjusting device , wherein the adjusting device • can be driven in a driving direction between a standby position and a cutting position, and • comprises a spring which acts on the adjusting device opposite the drive direction , characterized in that the spring generates a negative force characteristic in the drive direction . - a blade head for holding a blade and - an adjusting device , wherein the adjusting device • can be driven in a driving direction between a standby position and a cutting position, and • comprises a spring which acts on the adjusting device opposite the drive direction , • can be driven in a driving direction between a standby position and a cutting position, and • comprises a spring which acts on the adjusting device opposite the drive direction ,
A touch sensing electrode, comprising a plurality of first sensing lines, wherein each first sensing line includes a first main trace and a plurality of first trace patterns and at least a first cross point is disposed between the first main trace and each first trace pattern ;. wherein the first sensing lines are parallel to each other and are stretching along a first direction ; a plurality of second sensing lines parallel to each other and stretching along a second direction , wherein the first sensing lines and the second sensing lines are insulated from each other characterized in that the first sensing lines are made of non-transparent material with low-reflectivity and high conductivity and the second sensing lines are made of transparent conductive material.
Device for cutting of at least one solid body portion, in particular a wafer, from a donor substrate , in particular an ingot, at least comprising a housing with a receiving space for receiving at least one multi-layer arrangement , consisting of at least one donor substrate and one receiving layer arranged or generated thereon, and an loading device for the contactless loading of the multi-layer arrangement for generating crack conducting stresses in the multi-layer arrangement , characterized in that the loading device comprises a plurality of feed means for feeding the fluid substance, in particular liquid nitrogen, wherein the fluid substance can be sprayed into the receiving space in the form of a mist through at least one of the feed means , wherein preferably at least one of the feed means is configured or operable in such manner that a crack initiation can be caused by means of said feed means , wherein the receiving layer has a coefficient of thermal expansion that differs from the coefficient of thermal expansion of the donor substrate by at least one order of magnitude, wherein stresses are created in the solid body by the thermal loading of the receiving layer in such manner that the stresses initiate a crack in the solid body , by which the solid body portion is separated from the solid body .
Holding device for an intermediate support of a warp detecting device of a loom , with a carrier part and a clamping part which can be fastened to the carrier part , which are configured for fastening to a thread carrier tube of the warp detecting device , with a first holding face on the clamping part and a second holding face on the carrier part which adjoin a recess for the thread carrier tube , wherein when a connection is created between the holding device and the thread carrier tube , the first holding face lies flat on the thread carrier tube , wherein the clamping part has a base body and a support protrusion protruding away from the base body and serving to support the intermediate support and/or a spacer element mounted on the intermediate support , characterised in that - when a connection is created between the holding device and the thread carrier tube , the second holding face lies flat on the thread carrier tube , and/or - when a connection is created between the holding device and the thread carrier tube , both holding faces engage on the thread carrier tube on the side of the longitudinal centre plane (M) through the thread carrier tube on which the intermediate support is situated. - when a connection is created between the holding device and the thread carrier tube , the second holding face lies flat on the thread carrier tube , and/or - when a connection is created between the holding device and the thread carrier tube , both holding faces engage on the thread carrier tube on the side of the longitudinal centre plane (M) through the thread carrier tube on which the intermediate support is situated.