mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal, comprising: a processor; and an artificial intelligence AI module; the processor being coupled with the AI module, wherein the processor is configured to detect whether a current user is a registered user when detecting that an application running on the mobile terminal belongs to a preset application set, the processor is further configured to send a monitoring instruction carrying an identification of the application running on the mobile terminal to the AI module when detecting that the current user is the registered user; the AI module is configured to acquire, in response to the monitoring instruction, a monitoring strategy of the application running on the mobile terminal which is associated with the registered user; the monitoring strategy comprising a monitoring parameter and a corresponding monitoring parameter threshold; and the AI module is further configured to close the application running on the mobile terminal when detecting that a value of the monitoring parameter of the application running on the mobile terminal is greater than or equal to the monitoring parameter threshold; characterised in that: the AI module is further configured to disable, in a preset period, applications belonging to the preset application set and being of the same type as the application running on the mobile terminal, after the AI module closes the application running on the mobile terminal; a duration of the preset period being equal to a disable duration comprised in the monitoring strategy. a processor; and an artificial intelligence AI module; the processor being coupled with the AI module, wherein the processor is configured to detect whether a current user is a registered user when detecting that an application running on the mobile terminal belongs to a preset application set, the processor is further configured to send a monitoring instruction carrying an identification of the application running on the mobile terminal to the AI module when detecting that the current user is the registered user; the AI module is configured to acquire, in response to the monitoring instruction, a monitoring strategy of the application running on the mobile terminal which is associated with the registered user; the monitoring strategy comprising a monitoring parameter and a corresponding monitoring parameter threshold; and the AI module is further configured to close the application running on the mobile terminal when detecting that a value of the monitoring parameter of the application running on the mobile terminal is greater than or equal to the monitoring parameter threshold; characterised in that: the AI module is further configured to disable, in a preset period, applications belonging to the preset application set and being of the same type as the application running on the mobile terminal, after the AI module closes the application running on the mobile terminal; a duration of the preset period being equal to a disable duration comprised in the monitoring strategy.
A communication method, comprising: receiving, by a station, a radio frame carrying information to indicate an access manner of the station, wherein the access manner is a contention access manner that is based on carrier sense multiple access with either collision avoidance or orthogonal frequency division multiple access or the access manner is an orthogonal frequency division multiple access based scheduling access manner and the access manner is specified by an access point, AP, the radio frame includes a field, a first value of the field indicates the access manner; if a second frame that carries information about an uplink transmission resource is received from the AP within an agreed time period, sending uplink multi-user transmission data to the AP, where the uplink multi-user transmission data is transmitted on the uplink transmission resource; if the second frame is not received within the agreed time period, accessing, by a station, a channel in a CSMA/CA-based contention access manner. receiving, by a station, a radio frame carrying information to indicate an access manner of the station, wherein the access manner is a contention access manner that is based on carrier sense multiple access with either collision avoidance or orthogonal frequency division multiple access or the access manner is an orthogonal frequency division multiple access based scheduling access manner and the access manner is specified by an access point, AP, the radio frame includes a field, a first value of the field indicates the access manner; if a second frame that carries information about an uplink transmission resource is received from the AP within an agreed time period, sending uplink multi-user transmission data to the AP, where the uplink multi-user transmission data is transmitted on the uplink transmission resource; if the second frame is not received within the agreed time period, accessing, by a station, a channel in a CSMA/CA-based contention access manner.
An isolated monoclonal antibody, or antigen-binding fragment thereof, that specifically binds human coagulation factor XI described in SEQ ID NO: 1, wherein the antibody or fragment inhibits thrombosis without compromising hemostasis, and wherein said antibody: (i) comprises a variable heavy (V H) domain comprising three complementarity determining regions (CDRs), wherein the three CDRs comprise the three CDR sequences of SEQ ID NO: 3 or SEQ ID NO: 7, as determined using the Kabat numbering system; and a variable light (V L) domain comprising three CDRs, wherein the three CDRs comprise the three CDR sequences of SEQ ID NO: 5 or SEQ ID NO: 9, as determined using the Kabat numbering system; or (ii) competitively inhibits binding of an antibody comprising the variable heavy (V H) domain of SEQ ID NO: 3 and the variable light (V L) domain of SEQ ID NO: 5 to human FXI by at least 90%, wherein competitive inhibition is determined by a competition enzyme-linked immunosorbent assay (ELISA). (i) comprises a variable heavy (V H) domain comprising three complementarity determining regions (CDRs), wherein the three CDRs comprise the three CDR sequences of SEQ ID NO: 3 or SEQ ID NO: 7, as determined using the Kabat numbering system; and a variable light (V L) domain comprising three CDRs, wherein the three CDRs comprise the three CDR sequences of SEQ ID NO: 5 or SEQ ID NO: 9, as determined using the Kabat numbering system; or (ii) competitively inhibits binding of an antibody comprising the variable heavy (V H) domain of SEQ ID NO: 3 and the variable light (V L) domain of SEQ ID NO: 5 to human FXI by at least 90%, wherein competitive inhibition is determined by a competition enzyme-linked immunosorbent assay (ELISA).
A biocompatible pump head for a pump of an analytical instrument system comprising: a reinforcement for a pump head comprising a metal and having at least two fluid pathways (7a,7b) therethrough and having at least one additional fluid pathway therein; and a biocompatible layer lining each of the at least two fluid pathways of said reinforcement. a reinforcement for a pump head comprising a metal and having at least two fluid pathways (7a,7b) therethrough and having at least one additional fluid pathway therein; and a biocompatible layer lining each of the at least two fluid pathways of said reinforcement.
Multiple separation device of an agricultural precision seed drill, the precision seed drill having a plurality of furrow openers for depositing singled seed into the soil by the multiple separation device, the multiple separation device having at least two seed outlets, in addition to an inlet opening, which guide separated seed into each furrow opener, the multiple separation device having at least one separation body which is driven in rotation and provided in its outer region with regularly arranged recesses, the at least one separation body having a housing surrounding the separation body for receiving a seed supply, the seed supply surrounding the separation body on a first side in its lower region, wherein by means of a pneumatic pressure drop, which prevails between the first side and the second side of the separation body, individual seed is attached to its recesses on the first side of the separation body and is discharged outside the seed supply into a seed outlet, by interrupting the pressure drop, characterized in that the housing surrounding the separation body is designed in several parts, namely in a central web element carrying the housing and at least one each to the right and left of the web arranged housing half,.
A film forming device (10, 10A) that is suitable for depositing, on a substrate, a product generated by decomposing raw material gas by a plasma discharged from a discharge port of a double tube, the device comprising: an inner tube through which raw material gas containing a film-forming raw material flows and is guided to the discharge port on a downstream side; an outer tube that has the inner tube inserted thereinto and through which plasma-generating gas flows and a plasma generated by an electric discharge is guided to the discharge port on the downstream side; a first electrode that is formed in an annular shape around the outer tube and grounded; and a second electrode that is formed in an annular shape around the outer tube and that is connected to a first power supply suitable for applying high voltage power to the second electrode, wherein the second electrode is disposed on the downstream side with respect to the first electrode, and assuming that a length of the second electrode in an axial direction is L1 and a diameter of the outer tube is D1, wherein a relationship of 1 ≤ L1/D1 ≤ 10 is satisfied. an inner tube through which raw material gas containing a film-forming raw material flows and is guided to the discharge port on a downstream side; an outer tube that has the inner tube inserted thereinto and through which plasma-generating gas flows and a plasma generated by an electric discharge is guided to the discharge port on the downstream side; a first electrode that is formed in an annular shape around the outer tube and grounded; and a second electrode that is formed in an annular shape around the outer tube and that is connected to a first power supply suitable for applying high voltage power to the second electrode, wherein the second electrode is disposed on the downstream side with respect to the first electrode, and assuming that a length of the second electrode in an axial direction is L1 and a diameter of the outer tube is D1, wherein a relationship of 1 ≤ L1/D1 ≤ 10 is satisfied.
A phase-locked loop circuit for receiving a reference signal including a reference phase and generating a source signal including a source phase related to the reference phase, the phase-locked loop circuit comprising: a first circuitry configured to: receive the reference signal (302,402) and the source signal (304,404), and generate a correction signal (308,408) for demonstrating a difference in phase between the reference signal and the source signal; a second circuitry configured to: receive the correction signal, and generate a digital signal (316,426) for demonstrating a phase-to-digital conversion of the correction signal; a third circuitry configured to: receive the digital signal, and generate a control signal (324,436) for demonstrating a converted value of the digital signal; a fourth circuitry configured to: receive the control signal, and generate the source signal in response to the control signal; and characterized by: a window comparator configured to compare a characteristic of the digital signal or a digital word generated from the digital signal to a predetermined range and to generate a lock signal if the characteristic of the digital signal or the digital word indicates an ability to achieve phase-lock. a first circuitry configured to: receive the reference signal (302,402) and the source signal (304,404), and generate a correction signal (308,408) for demonstrating a difference in phase between the reference signal and the source signal; receive the reference signal (302,402) and the source signal (304,404), and generate a correction signal (308,408) for demonstrating a difference in phase between the reference signal and the source signal; a second circuitry configured to: receive the correction signal, and generate a digital signal (316,426) for demonstrating a phase-to-digital conversion of the correction signal; receive the correction signal, and generate a digital signal (316,426) for demonstrating a phase-to-digital conversion of the correction signal; a third circuitry configured to: receive the digital signal, and generate a control signal (324,436) for demonstrating a converted value of the digital signal; receive the digital signal, and generate a control signal (324,436) for demonstrating a converted value of the digital signal; a fourth circuitry configured to: receive the control signal, and generate the source signal in response to the control signal; and receive the control signal, and generate the source signal in response to the control signal; and characterized by: a window comparator configured to compare a characteristic of the digital signal or a digital word generated from the digital signal to a predetermined range and to generate a lock signal if the characteristic of the digital signal or the digital word indicates an ability to achieve phase-lock.
An in vitro method for integrating an exogenous nucleic acid into a target site of a host cell genome, the method comprising: (a) contacting one or more host cells with: (i) an exogenous nucleic acid capable of recombining, via homologous recombination, at the target site of the host cell genome, wherein ES comprises a first homology region and a second homology region, wherein HR1 and HR2 are capable of recombining, via homologous recombination, with a third homology region and a fourth homology region, respectively, wherein HR3 and HR4 are each at TS; (ii) a nuclease capable of generating a break at TS; and (iii) a linear nucleic acid comprising a homology region that is capable of homologous recombination with a homology region of one or more additional linear nucleic acids contacted with the host cell, whereupon homologous recombination of the linear nucleic acids results in formation of a circular extrachromosomal nucleic acid comprising a coding sequence for a selectable marker; and (b) selecting a host cell that expresses the selectable marker. (a) contacting one or more host cells with: (i) an exogenous nucleic acid capable of recombining, via homologous recombination, at the target site of the host cell genome, wherein ES comprises a first homology region and a second homology region, wherein HR1 and HR2 are capable of recombining, via homologous recombination, with a third homology region and a fourth homology region, respectively, wherein HR3 and HR4 are each at TS; (ii) a nuclease capable of generating a break at TS; and (iii) a linear nucleic acid comprising a homology region that is capable of homologous recombination with a homology region of one or more additional linear nucleic acids contacted with the host cell, whereupon homologous recombination of the linear nucleic acids results in formation of a circular extrachromosomal nucleic acid comprising a coding sequence for a selectable marker; and (i) an exogenous nucleic acid capable of recombining, via homologous recombination, at the target site of the host cell genome, wherein ES comprises a first homology region and a second homology region, wherein HR1 and HR2 are capable of recombining, via homologous recombination, with a third homology region and a fourth homology region, respectively, wherein HR3 and HR4 are each at TS; (ii) a nuclease capable of generating a break at TS; and (iii) a linear nucleic acid comprising a homology region that is capable of homologous recombination with a homology region of one or more additional linear nucleic acids contacted with the host cell, whereupon homologous recombination of the linear nucleic acids results in formation of a circular extrachromosomal nucleic acid comprising a coding sequence for a selectable marker; (b) selecting a host cell that expresses the selectable marker.
Garage door installation, said installation comprising a sectional garage door, a carriage connected to the door, and an actuator of the electric motor type which, by means of a flexible link, brings about the displacement of the carriage fixed to the flexible link between a first position (Fig. 2, 3) in which the door is closed and a second position (Fig. 5, 6) in which the door is open, the actuator also comprising means (71, 72) for stopping the carriage in the first position, in the second position or in an intermediate position between those positions, characterised in that the installation further comprises a device for mechanically maintaining the carriage in its second position, which device is independent of the actuator, is activated by the arrival of the carriage in its second position and which comprises resilient means (35a, 35b) for maintaining a part integral with the carriage in a locked configuration in which the carriage is in its second position.
Gate closer, suited to be retrofitted onto a gate which is hingedly suspended on a side of a support by means of an eyebolt hinge, wherein said eyebolt hinge comprises a hinge element mounted to said side of the support, a hinge pin arranged on said hinge element and an eyebolt, said eyebolt having an eye portion that is hinged onto said hinge element about said hinge pin according to a hinge axis, and a bolt portion extending through a fastening member on the gate projecting from said side of the gate, wherein the bolt portion of the eyebolt has a projecting portion having a free end and projecting at the side of the fastening member facing away from said hinge pin over a distance from the fastening member of the gate, and wherein said fastening member is clamped between two adjustment nuts on the bolt portion of the eyebolt, which adjustment nuts are arranged to adjust the distance over which the bolt portion of the eyebolt projects, and thus the distance between the gate and the support, said gate closer comprising a body, an actuating arm which is mounted rotatably according to a first rotational axis onto said body, an actuator in said body for actuating the rotating actuating arm and a coupling mechanism for coupling the actuating arm to the bolt portion of the eyebolt, wherein the body of the gate closer is configured to be mounted below said eyebolt hinge onto said support with said first rotational axis substantially parallel to said hinge axis, characterized in that said coupling mechanism comprises an inner sleeve arranged to be screwed over the free end of the bolt portion of the eyebolt onto the projecting portion of said bolt portion, and an outer sleeve which is mounted onto the inner sleeve so as to be slidable back and forth in the longitudinal direction of the bolt portion of the eyebolt, and which is mounted rotatably about a second rotational axis, which is parallel to said first rotational axis, onto the actuating arm. said gate closer comprising a body, an actuating arm which is mounted rotatably according to a first rotational axis onto said body, an actuator in said body for actuating the rotating actuating arm and a coupling mechanism for coupling the actuating arm to the bolt portion of the eyebolt, wherein the body of the gate closer is configured to be mounted below said eyebolt hinge onto said support with said first rotational axis substantially parallel to said hinge axis, characterized in that said coupling mechanism comprises an inner sleeve arranged to be screwed over the free end of the bolt portion of the eyebolt onto the projecting portion of said bolt portion, and an outer sleeve which is mounted onto the inner sleeve so as to be slidable back and forth in the longitudinal direction of the bolt portion of the eyebolt, and which is mounted rotatably about a second rotational axis, which is parallel to said first rotational axis, onto the actuating arm.
Epoxy resin composition comprising: A) at least one epoxy compound and B) a hardener composition comprising: B1) 0.1%-100% by weight of 2-(3,3,5-trimethylcyclohexyl)propane-1,3-diamine and B2) 99.9%-0% by weight of at least one further diamine and/or polyamine, where the stoichiometric ratio of the epoxy groups of A) and the number of active hydrogen atoms of the functional groups of B) varies from 1:2 to 2:1, C) optionally 0.1% to 10% by weight of at least one hardening accelerator, D) optionally at least one latent hardener, where the amounts of A)-D) add up to 100% by weight, E) optionally further additives. A) at least one epoxy compound and B) a hardener composition comprising: B1) 0.1%-100% by weight of 2-(3,3,5-trimethylcyclohexyl)propane-1,3-diamine and B2) 99.9%-0% by weight of at least one further diamine and/or polyamine, where the stoichiometric ratio of the epoxy groups of A) and the number of active hydrogen atoms of the functional groups of B) varies from 1:2 to 2:1, B1) 0.1%-100% by weight of 2-(3,3,5-trimethylcyclohexyl)propane-1,3-diamine and B2) 99.9%-0% by weight of at least one further diamine and/or polyamine, C) optionally 0.1% to 10% by weight of at least one hardening accelerator, D) optionally at least one latent hardener, where the amounts of A)-D) add up to 100% by weight, E) optionally further additives.
A powder spray apparatus for preparing a food product having an edible pearlescent coating comprising: a spray zone having a spray device positioned proximate to at least one food product located in the spray zone for application of an edible pearlescent powder to the food product; a chamber for holding the edible pearlescent powder that is in fluid communication with the spray device; a vibrator and/or a means for providing continuous forced air that assists in fluidizing the edible pearlescent powder in the chamber for delivery to the spray device; and an application zone upstream of the spray zone, the application zone having an applicator positioned proximate to an application zone conveyor that is capable of transporting food products through the application zone for application of an edible adhesive coating. a spray zone having a spray device positioned proximate to at least one food product located in the spray zone for application of an edible pearlescent powder to the food product; a chamber for holding the edible pearlescent powder that is in fluid communication with the spray device; a vibrator and/or a means for providing continuous forced air that assists in fluidizing the edible pearlescent powder in the chamber for delivery to the spray device; and an application zone upstream of the spray zone, the application zone having an applicator positioned proximate to an application zone conveyor that is capable of transporting food products through the application zone for application of an edible adhesive coating.