mhurhangee/patent-ind-claim-en huggingface dataset:
A method for identification of the most abundant oligonucleotides among a library of oligonucleotide species comprising specifically amplifying the sequence of a hybridised oligonucleotide specie using the steps of: a. Incubating a library of oligonucleotides comprising more than 10 6 oligonucleotide species under conditions of hybridisation, wherein the oligonucleotides of the library are not inherently capable of exponential amplification by PCR and comprise i. A coding sequence, which is characteristic of one oligonucleotide specie of the library and ii. Only one fixed sequence, which is present in a plurality of oligonucleotides species of the library, said fixed sequence being located on the 5'side of the coding sequence b. Extending the 3'end of one or more hybridised oligonucleotide species having only one fixed sequence, such that the extended region generates a second fixed region that can be used as new primer binding site c. Amplifying extended sequences by PCR using said new primer binding site and the fixed sequence mentioned in step a d. Optionally identifying the identity of amplified sequences thereby revealing the identity of hybridised oligonucleotide species in step a a. Incubating a library of oligonucleotides comprising more than 10 6 oligonucleotide species under conditions of hybridisation, wherein the oligonucleotides of the library are not inherently capable of exponential amplification by PCR and comprise i. A coding sequence, which is characteristic of one oligonucleotide specie of the library and ii. Only one fixed sequence, which is present in a plurality of oligonucleotides species of the library, said fixed sequence being located on the 5'side of the coding sequence i. A coding sequence, which is characteristic of one oligonucleotide specie of the library and ii. Only one fixed sequence, which is present in a plurality of oligonucleotides species of the library, said fixed sequence being located on the 5'side of the coding sequence b. Extending the 3'end of one or more hybridised oligonucleotide species having only one fixed sequence, such that the extended region generates a second fixed region that can be used as new primer binding site c. Amplifying extended sequences by PCR using said new primer binding site and the fixed sequence mentioned in step a d. Optionally identifying the identity of amplified sequences thereby revealing the identity of hybridised oligonucleotide species in step a
Process for preparing a condensation product, containing less than 10% by weight of water, comprising the successive steps: Step a ) of reaction of 1-amino-2-propanol with formaldehyde in a molar ratio in the range from 1:2.0 to 1:3.1 and at a temperature in the range from 50°C to 80°C to form a product; Step b ) of removal of water from the product obtained at the end of step a ), under reduced pressure to form the condensation product. Step a ) of reaction of 1-amino-2-propanol with formaldehyde in a molar ratio in the range from 1:2.0 to 1:3.1 and at a temperature in the range from 50°C to 80°C to form a product; Step b ) of removal of water from the product obtained at the end of step a ), under reduced pressure to form the condensation product.
A person-support system comprising a mattress , a coverlet positionable on the mattress , the coverlet including an inlet and an outlet , the inlet including an inlet connector , and an air supply configured to provide air to the coverlet through a conduit , wherein the conduit is removably couplable to at least one of the air supply and the inlet connector , characterized in that the system includes a connection sensor , the air supply being configured to be activated when the connection sensor senses that the conduit is connected to the air supply and the inlet connector , wherein the air supply and the coverlet cooperate to maintain at least one of a surface temperature, a relative humidity, and a heat withdrawal capacity of at least a portion of a surface of the coverlet within a predefined range.
A triggering method for an uplink reference signal in a communication system, applied to a network side, wherein the method comprises: generating , by the network side, a trigger signaling for triggering a terminal to transmit the uplink reference signal to the network side for one or more times; and transmitting , by the network side, the trigger signaling to the terminal, characterized in that , the communication system comprises at least two different signal parameters in a system bandwidth, each of the at least two different signal parameters is a subcarrier spacing, and the generating , by the network side, the trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side for one or more times comprises: generating, by the network side, a first trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side in a frequency band corresponding to a preset signal parameter of the at least two different signal parameters for one or more times; and/or generating, by the network side, a second trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side in a preset frequency-domain location for one or more times. generating , by the network side, a trigger signaling for triggering a terminal to transmit the uplink reference signal to the network side for one or more times; and transmitting , by the network side, the trigger signaling to the terminal, characterized in that , the communication system comprises at least two different signal parameters in a system bandwidth, each of the at least two different signal parameters is a subcarrier spacing, and the generating , by the network side, the trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side for one or more times comprises: generating, by the network side, a first trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side in a frequency band corresponding to a preset signal parameter of the at least two different signal parameters for one or more times; and/or generating, by the network side, a second trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side in a preset frequency-domain location for one or more times. generating, by the network side, a first trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side in a frequency band corresponding to a preset signal parameter of the at least two different signal parameters for one or more times; and/or generating, by the network side, a second trigger signaling for triggering the terminal to transmit the uplink reference signal to the network side in a preset frequency-domain location for one or more times.
A semiconductor structure , comprising: a substrate ; a functional circuit structure disposed in an area of the substrate ; and a first three-dimensional structure comprising at least one continuous trench that forms an uninterrupted empty space within the substrate and that extends into the substrate from a top surface of the substrate towards an upper surface of the bottom portion of the substrate and that surrounds the area of the substrate containing the functional circuit structure , wherein the functional circuit structure comprises a second three-dimensional structure , wherein the first three-dimensional structure and the second three-dimensional structure each comprises a protruding structure, the protruding structure extending upwards from the upper surface of the base portion of the substrate and having a pattern comprising walls or pillars, and wherein the first three-dimensional structure and the second three-dimensional structure have a three-dimensional pattern of the same type, but the first three-dimensional structure has at least one larger three-dimensional pattern critical dimension than the critical dimension in the second three-dimensional structure , the at least one larger three-dimensional pattern critical dimension comprising a width separating adjacent elements of the three-dimensional pattern. a substrate ; a functional circuit structure disposed in an area of the substrate ; and a first three-dimensional structure comprising at least one continuous trench that forms an uninterrupted empty space within the substrate and that extends into the substrate from a top surface of the substrate towards an upper surface of the bottom portion of the substrate and that surrounds the area of the substrate containing the functional circuit structure , wherein the functional circuit structure comprises a second three-dimensional structure , wherein the first three-dimensional structure and the second three-dimensional structure each comprises a protruding structure, the protruding structure extending upwards from the upper surface of the base portion of the substrate and having a pattern comprising walls or pillars, and wherein the first three-dimensional structure and the second three-dimensional structure have a three-dimensional pattern of the same type, but the first three-dimensional structure has at least one larger three-dimensional pattern critical dimension than the critical dimension in the second three-dimensional structure , the at least one larger three-dimensional pattern critical dimension comprising a width separating adjacent elements of the three-dimensional pattern.
A device comprising a soiling sensor , an irradiance sensor , and a measurement unit ; wherein said device is configured to allow soiling particles to accumulate on top of said irradiance sensor; and wherein the soiling sensor comprises: a transparent window , a photoemitter , and a photodetector ; and wherein said photoemitter is configured to emit light that illuminates, from beneath the window, soiling particles accumulating on top of a surface of said transparent window, and said photodetector is configured to generate a signal based on detection of a portion of said light that passes through said transparent window and reflects and/or scatters from said soiling particles; and said measurement unit determines a soiling level of said transparent window, wherein said soiling level corresponds to a fractional reduction in transmission of sunlight by said soiling particles, based upon a measurement of said signal of said soiling sensor; and wherein said measurement unit is configured to calibrate said soiling sensor based on comparing readings from said irradiance sensor and said soiling sensor before and after cleaning. a soiling sensor , an irradiance sensor , and a measurement unit ; wherein said device is configured to allow soiling particles to accumulate on top of said irradiance sensor; and wherein the soiling sensor comprises: a transparent window , a photoemitter , and a photodetector ; and a transparent window , a photoemitter , and a photodetector ; and wherein said photoemitter is configured to emit light that illuminates, from beneath the window, soiling particles accumulating on top of a surface of said transparent window, and said photodetector is configured to generate a signal based on detection of a portion of said light that passes through said transparent window and reflects and/or scatters from said soiling particles; and said measurement unit determines a soiling level of said transparent window, wherein said soiling level corresponds to a fractional reduction in transmission of sunlight by said soiling particles, based upon a measurement of said signal of said soiling sensor; and wherein said measurement unit is configured to calibrate said soiling sensor based on comparing readings from said irradiance sensor and said soiling sensor before and after cleaning.
A power supply control system , applied in an electric vehicle charging station having an energy storage system , the power supply control system comprising: a transformer connected to a power grid; an output socket connected to the transformer via an alternating current bus and configured to be connected to an electric device in the electric vehicle charging station; and the energy storage system comprising an alternating-current/direct-current, AC/DC, bidirectional converter and an energy storage battery connected to the alternating current bus via the AC/DC bidirectional converter , wherein the energy storage system is configured to be controlled to (S30), in response to the power supply control system being in an uninterruptible power supply mode: switch the AC/DC bidirectional converter of the energy storage system into an inversion state to achieve an uninterruptible power supply function to supply AC electric energy to the output socket ; and output no electric energy when the power grid has a normal voltage and supply electric energy only by the energy storage system when the power grid has an abnormal voltage. a transformer connected to a power grid; an output socket connected to the transformer via an alternating current bus and configured to be connected to an electric device in the electric vehicle charging station; and the energy storage system comprising an alternating-current/direct-current, AC/DC, bidirectional converter and an energy storage battery connected to the alternating current bus via the AC/DC bidirectional converter , wherein the energy storage system is configured to be controlled to (S30), in response to the power supply control system being in an uninterruptible power supply mode: switch the AC/DC bidirectional converter of the energy storage system into an inversion state to achieve an uninterruptible power supply function to supply AC electric energy to the output socket ; and output no electric energy when the power grid has a normal voltage and supply electric energy only by the energy storage system when the power grid has an abnormal voltage. switch the AC/DC bidirectional converter of the energy storage system into an inversion state to achieve an uninterruptible power supply function to supply AC electric energy to the output socket ; and output no electric energy when the power grid has a normal voltage and supply electric energy only by the energy storage system when the power grid has an abnormal voltage.
A BlueTooth-based, abbreviated as BT-based, identity recognition method, characterized in that , the method comprises: establishing , by a smart equipment, a BT connection with a first terminal; sending , by the smart equipment, an equipment ID of the BT-enabled smart equipment to the first terminal through the BT connection; sending , by the first terminal, the equipment ID, a first user account of the first terminal and a first terminal ID to a server; establishing , by the server, a binding relationship among the equipment ID, the first user account and the first terminal ID and generating a binder ID according to the binding relationship; and receiving , by the smart equipment, the first user account and the binder ID from the server, and adding the first user account and the binder ID into a first preset mapping table as a set of mapping relationship, and the first preset mapping table comprising a mapping relationship between at least one user account and at least one binder ID, each binder ID corresponding to a respective user account; and searching , by the smart equipment, the preset mapping table for the binder ID corresponding to the first user account; and determining , by the smart equipment, a user identity corresponding to the first terminal according to the binder ID. establishing , by a smart equipment, a BT connection with a first terminal; sending , by the smart equipment, an equipment ID of the BT-enabled smart equipment to the first terminal through the BT connection; sending , by the first terminal, the equipment ID, a first user account of the first terminal and a first terminal ID to a server; establishing , by the server, a binding relationship among the equipment ID, the first user account and the first terminal ID and generating a binder ID according to the binding relationship; and receiving , by the smart equipment, the first user account and the binder ID from the server, and adding the first user account and the binder ID into a first preset mapping table as a set of mapping relationship, and the first preset mapping table comprising a mapping relationship between at least one user account and at least one binder ID, each binder ID corresponding to a respective user account; and searching , by the smart equipment, the preset mapping table for the binder ID corresponding to the first user account; and determining , by the smart equipment, a user identity corresponding to the first terminal according to the binder ID.
Driver information system for a vehicle, having a user interface and having a multiplicity of services (26-28) that are able to be called by a user via the user interface , wherein the user interface comprises a main search function by way of which it is possible to ascertain search hits for various services (26-28), and the services (26-28) each comprise a service search function by way of which it is possible to ascertain search hits for a corresponding service (26-28); characterized in that the user interface is configured to simultaneously display the main search function and at least one link to a service search function of one of the services (26-28), wherein the driver information system is configured, when a link is actuated, to transfer a previously input search character string to the service search function of the associated service (26-28), wherein the search character string of the main search function is copied into a search mask of the service search function, and to change to a view of this search mask. wherein the user interface comprises a main search function by way of which it is possible to ascertain search hits for various services (26-28), and the services (26-28) each comprise a service search function by way of which it is possible to ascertain search hits for a corresponding service (26-28); characterized in that the user interface is configured to simultaneously display the main search function and at least one link to a service search function of one of the services (26-28), wherein the driver information system is configured, when a link is actuated, to transfer a previously input search character string to the service search function of the associated service (26-28), wherein the search character string of the main search function is copied into a search mask of the service search function, and to change to a view of this search mask.
A screwdriving tool comprising a driving tool , a contact trip assembly that is coupled to the driving tool , a sensor and a sensor target , the driving tool having a tool housing , a motor assembly and an output member that is driven by the motor assembly , the contact trip assembly having a nose element , one of the nose element and the output member being axially movable and biased by a spring into an extended position, one of the sensor and the sensor target being coupled to the tool housing , the other one of the sensor and the sensor target being coupled to the one of the output member and the nose element for axial movement relative to the one of the sensor and the sensor target , the sensor providing a sensor signal that is based upon a distance (D) between the sensor and the sensor target , wherein the motor assembly is controllable in a first operational mode and at least one rotational direction based in part on the sensor signal, wherein the contact trip assembly is removably coupled to the driving tool ; characterized in that the sensor target comprises a magnet; wherein either: 1) a bayonet-type mount is employed to couple the contact trip assembly to the driving tool , the bayonet-type mount comprising a first mount structure , which is coupled to the tool housing of the driving tool , and a second mount structure that is coupled to a contact trip housing of the contact trip assembly , the first and second mount structures having lugs that are engagable to inhibit axial separation of the contact trip assembly from the driving tool ; or 2) one of the driving tool and the contact trip assembly includes a clip that is engagable to a circumferentially extending groove in the other one of the driving tool and the contact trip assembly . 1) a bayonet-type mount is employed to couple the contact trip assembly to the driving tool , the bayonet-type mount comprising a first mount structure , which is coupled to the tool housing of the driving tool , and a second mount structure that is coupled to a contact trip housing of the contact trip assembly , the first and second mount structures having lugs that are engagable to inhibit axial separation of the contact trip assembly from the driving tool ; or 2) one of the driving tool and the contact trip assembly includes a clip that is engagable to a circumferentially extending groove in the other one of the driving tool and the contact trip assembly .
A connector device , comprising: a first connector including a plurality of first electrodes ; a second connector including a plurality of second electrodes ; and a drive part configured to cause a contact state and a non-contact state to be switched, by causing the plurality of first electrodes and/or the plurality of second electrodes to move parallel to a first direction in which the first connector and the second connector face each other, the contact state being a state where the plurality of first electrodes are in contact with the respective plurality of second electrodes , the non-contact state being a state where the plurality of first electrodes are not in contact with the respective plurality of second electrodes , each of the plurality of first electrodes including a first urging member and/or each of the plurality of second electrodes including a second urging member, in the contact state, the each of the plurality of first electrodes being urged in the first direction by the first urging member and/or the each of the plurality of second electrodes being urged in the first direction by the second urging member, the first connector including a clutch plate , the second connector including a connection clutch , the connection clutch being fitted with the clutch plate in a connection state where the first connector and the second connector are connected to each other, the connection clutch transmitting rotation of the drive part to the clutch plate in the connection state. a first connector including a plurality of first electrodes ; a second connector including a plurality of second electrodes ; and a drive part configured to cause a contact state and a non-contact state to be switched, by causing the plurality of first electrodes and/or the plurality of second electrodes to move parallel to a first direction in which the first connector and the second connector face each other, the contact state being a state where the plurality of first electrodes are in contact with the respective plurality of second electrodes , the non-contact state being a state where the plurality of first electrodes are not in contact with the respective plurality of second electrodes , each of the plurality of first electrodes including a first urging member and/or each of the plurality of second electrodes including a second urging member, in the contact state, the each of the plurality of first electrodes being urged in the first direction by the first urging member and/or the each of the plurality of second electrodes being urged in the first direction by the second urging member, the first connector including a clutch plate , the second connector including a connection clutch , the connection clutch being fitted with the clutch plate in a connection state where the first connector and the second connector are connected to each other, the connection clutch transmitting rotation of the drive part to the clutch plate in the connection state.