mhurhangee/patent-ind-claim-en huggingface dataset:
A system for isolating nucleic acid material, the system comprising: a magnetic device for facilitating a magnetic field for isolating the nucleic acid material from at least one sample, the magnetic device comprising: a support component; and a set of magnetic pins attached to the support component and movable with at least three degrees of freedom when attached to the support component, wherein each pin of the set of magnetic pins is independently movable from one another, wherein the set of magnetic pins is configured to be inserted into at least one sample compartment housing the at least one sample, wherein the independent movability of the set of magnetic pins and the movability with the at least three degrees of freedom of the set of magnetic pins provide adaptability to positions of magnetic beads attached with the nucleic acid material from the sample, characterized in that each pin of the set of magnetic pins is removable from and re-attachable to the support component, for adapting configuration of the set of magnetic pins to a set of different sample compartments comprising different numbers of sample wells, from 1 to 96 wells. a support component; and a set of magnetic pins attached to the support component and movable with at least three degrees of freedom when attached to the support component, wherein each pin of the set of magnetic pins is independently movable from one another, wherein the set of magnetic pins is configured to be inserted into at least one sample compartment housing the at least one sample, wherein the independent movability of the set of magnetic pins and the movability with the at least three degrees of freedom of the set of magnetic pins provide adaptability to positions of magnetic beads attached with the nucleic acid material from the sample, characterized in that each pin of the set of magnetic pins is removable from and re-attachable to the support component, for adapting configuration of the set of magnetic pins to a set of different sample compartments comprising different numbers of sample wells, from 1 to 96 wells.
A router management method, wherein the method comprises the following steps executed by a router: when it is determined that a wideband network is abnormal, switching communications from the wideband network to a mobile network through a mobile network card of the router; sending a failure message to a networked mobile terminal through the mobile network to instruct the networked mobile terminal to remotely repair the wideband network, wherein the failure message comprises network address information of an expense management page of the router; receiving a notification message for indicating that the wideband network is recovered from the networked mobile terminal when repairing is completed; and switching communications from the mobile network to the wideband network. when it is determined that a wideband network is abnormal, switching communications from the wideband network to a mobile network through a mobile network card of the router; sending a failure message to a networked mobile terminal through the mobile network to instruct the networked mobile terminal to remotely repair the wideband network, wherein the failure message comprises network address information of an expense management page of the router; receiving a notification message for indicating that the wideband network is recovered from the networked mobile terminal when repairing is completed; and switching communications from the mobile network to the wideband network.
A high-power device for supplying a radiofrequency electromagnetic field to a waveguide, the device comprising: a magnetron configured to supply a radiofrequency electromagnetic field to a waveguide; and, a control unit configured to control the magnetron to output radiofrequency energy to the waveguide, wherein: the magnetron comprises: a high voltage pulse connection enclosed in an enclosure ; a heater connection configured to allow an electrical connection to penetrate the enclosure; and a mechanism configured to transmit data between the magnetron and the control unit, characterised in that the mechanism comprises: an identification chip configured to include the data, wherein the data is about the magnetron; an electronic circuit configured to read the data on the identification chip; and, a communication channel configured to route the data away from the high voltage pulse connection to the control unit. a magnetron configured to supply a radiofrequency electromagnetic field to a waveguide; and, a control unit configured to control the magnetron to output radiofrequency energy to the waveguide, wherein: the magnetron comprises: a high voltage pulse connection enclosed in an enclosure ; a heater connection configured to allow an electrical connection to penetrate the enclosure; and a mechanism configured to transmit data between the magnetron and the control unit, characterised in that the mechanism comprises: an identification chip configured to include the data, wherein the data is about the magnetron; an electronic circuit configured to read the data on the identification chip; and, a communication channel configured to route the data away from the high voltage pulse connection to the control unit. a high voltage pulse connection enclosed in an enclosure ; a heater connection configured to allow an electrical connection to penetrate the enclosure; and a mechanism configured to transmit data between the magnetron and the control unit, characterised in that the mechanism comprises: an identification chip configured to include the data, wherein the data is about the magnetron; an electronic circuit configured to read the data on the identification chip; and, a communication channel configured to route the data away from the high voltage pulse connection to the control unit. an identification chip configured to include the data, wherein the data is about the magnetron; an electronic circuit configured to read the data on the identification chip; and, a communication channel configured to route the data away from the high voltage pulse connection to the control unit.
A rail vehicle, comprising a car body with an outer shell , a cable receptacle for guiding a high-voltage cable , wherein the cable receptacle is formed by a depression in the outer shell of the car body and a cover is provided for covering a cable received in the cable receptacle , which cover is repeatedly detachably attached to the car body , wherein the cable receptacle is arranged in a roof region of the car body .
A system comprising: an auditory prosthesis configured to provide stimulation to a recipient to cause auditory percepts based on a current map; and one or more processors configured to: receive an indication from the recipient regarding a quality of stimulation; modify the current map based on the quality of stimulation; determining a difference between the modified current map and a target map ; and responsive the difference failing to satisfy a threshold, generate a clinician event. an auditory prosthesis configured to provide stimulation to a recipient to cause auditory percepts based on a current map; and one or more processors configured to: receive an indication from the recipient regarding a quality of stimulation; modify the current map based on the quality of stimulation; determining a difference between the modified current map and a target map ; and responsive the difference failing to satisfy a threshold, generate a clinician event. receive an indication from the recipient regarding a quality of stimulation; modify the current map based on the quality of stimulation; determining a difference between the modified current map and a target map ; and responsive the difference failing to satisfy a threshold, generate a clinician event.
A threaded connector, comprising: a pin end having external threads ; a box end having internal threads that are complementary to the external threads ; and a thread profile that defines at least a portion of one of the internal threads and the external threads , the thread profile including a thread root connecting a first flank to a second flank , the thread root being at least partially defined by a plurality of tangentially interconnected radii, the plurality of radii including at least: - a medial radius , - a first distal radius on one side of the medial radius , and - a second distal radius on the other side of the medial radius , wherein the medial radius is larger than the first and the second distal radius , wherein the first distal radius has a different length than the second distal radius ; wherein the first distal radius is tangentially connected to the first flank at a first tangential connection and the second distal radius is tangentially connected to the second flank at a second tangential connection, and wherein a tangent line associated with at least one of the first tangential connection and the second tangential connection is aligned with one of the first and the second flanks . a pin end having external threads ; a box end having internal threads that are complementary to the external threads ; and a thread profile that defines at least a portion of one of the internal threads and the external threads , the thread profile including a thread root connecting a first flank to a second flank , the thread root being at least partially defined by a plurality of tangentially interconnected radii, the plurality of radii including at least: - a medial radius , - a first distal radius on one side of the medial radius , and - a second distal radius on the other side of the medial radius , wherein the medial radius is larger than the first and the second distal radius , wherein the first distal radius has a different length than the second distal radius ; wherein the first distal radius is tangentially connected to the first flank at a first tangential connection and the second distal radius is tangentially connected to the second flank at a second tangential connection, and wherein a tangent line associated with at least one of the first tangential connection and the second tangential connection is aligned with one of the first and the second flanks . - a medial radius , - a first distal radius on one side of the medial radius , and - a second distal radius on the other side of the medial radius , wherein the medial radius is larger than the first and the second distal radius , wherein the first distal radius has a different length than the second distal radius ;
A method comprising: identifying probe data for an intersection of two or more road segments, wherein the probe data is provided by vehicles and includes locations and headings (S101); dividing the probe data for the intersection into at least one turn trace and at least one through trace based on the locations in the probe data, wherein a through trace is a set of probe data resulting when a vehicle stays on the same road segment, and wherein a turn trace is a set of probe data resulting when a vehicle turns onto another road segment (S103); calculating heading change data as a difference between the headings of the turn trace and the headings of the through trace (S105); identifying at least two local extrema of the heading change data (S107); and determining at least one characteristic of at least one turning lane for the intersection based on the at least two local extrema, wherein the least one characteristic of the at least one turning lane comprises a number of turning lanes and/or a location of at least one turning lane (S109). identifying probe data for an intersection of two or more road segments, wherein the probe data is provided by vehicles and includes locations and headings (S101); dividing the probe data for the intersection into at least one turn trace and at least one through trace based on the locations in the probe data, wherein a through trace is a set of probe data resulting when a vehicle stays on the same road segment, and wherein a turn trace is a set of probe data resulting when a vehicle turns onto another road segment (S103); calculating heading change data as a difference between the headings of the turn trace and the headings of the through trace (S105); identifying at least two local extrema of the heading change data (S107); and determining at least one characteristic of at least one turning lane for the intersection based on the at least two local extrema, wherein the least one characteristic of the at least one turning lane comprises a number of turning lanes and/or a location of at least one turning lane (S109).
A device for removing fluid from a body, the device comprising: i) an array of microneedles ; and ii) a housing , the array of microneedles being disposed within the housing, and the housing defining a chamber ; wherein the microneedles are moveable between a disengaged position and an engaged position where, in use in the engaged position, the microneedles penetrate the surface of a body ; and the microneedle array is biased towards the disengaged position only once the microneedles have moved to the engaged position to achieve post-engagement biasing; the chamber is adapted to surround the surface of the body through which the microneedles penetrate when in the engaged position; and the chamber is configured for connection to a vacuum device, such that negative pressure can be applied to the chamber. i) an array of microneedles ; and ii) a housing , the array of microneedles being disposed within the housing, and the housing defining a chamber ;
A corn harvester divider , comprising: a hood with a top surface , first and second side surfaces , a proximal end and a distal end ; an auger mounted to the hood , the auger configured to be powered to rotate about an auger central axis (A2); and a tall corn attachment , the tall corn attachment being mounted to the hood and configured to be positioned in a stored position or a working position, the corn harvester divider being characterized in that one of the first or second side surfaces includes a recessed area formed therein, and in that in the stored position the tall corn attachment is received within the recessed area of the hood , and wherein in the working position the tall corn attachment extends from the top surface of the hood and at least partially covers a radial section of the auger ; wherein the tall corn attachment includes a latching mechanism for locking the tall corn attachment in the stored position or the working position. a hood with a top surface , first and second side surfaces , a proximal end and a distal end ; an auger mounted to the hood , the auger configured to be powered to rotate about an auger central axis (A2); and a tall corn attachment , the tall corn attachment being mounted to the hood and configured to be positioned in a stored position or a working position, the corn harvester divider being characterized in that one of the first or second side surfaces includes a recessed area formed therein, and in that in the stored position the tall corn attachment is received within the recessed area of the hood , and wherein in the working position the tall corn attachment extends from the top surface of the hood and at least partially covers a radial section of the auger ; wherein the tall corn attachment includes a latching mechanism for locking the tall corn attachment in the stored position or the working position.
A cosmetic composition for concealing wrinkles comprising an oil-wax gel, wherein the oil-wax gel comprises silicone oil and wax and hardness of the oil-wax gel is 100 to 4000 10 -5 N/cm 2 (the respective hardness up to the depth of 2 mm of a sample was measured using adapter #3, a Fudoh Rheometer RT-3005D model of Rheotec Co, at an operation speed of 2 cm/min).
A filling device comprising: • a filler nozzle comprising a plurality of capillaries , and • a filler valve moveable relative to the filler nozzle , wherein the filler valve comprises: ∘ a sealing plate which, when in contact with the filler nozzle , closes a plurality of the capillaries but leaves at least one main capillary open, and characterized in that the filling device further comprises: ∘ a flexible sealing component which is compressible and moveable relative to the sealing plate , which is operable to close the at least one main capillary and, by being compressed, to create pressure along the at least one main capillary , wherein releasing the compression causes suction to be generated along the at least one main capillary. • a filler nozzle comprising a plurality of capillaries , and • a filler valve moveable relative to the filler nozzle , ∘ a sealing plate which, when in contact with the filler nozzle , closes a plurality of the capillaries but leaves at least one main capillary open, and characterized in that the filling device further comprises: ∘ a flexible sealing component which is compressible and moveable relative to the sealing plate , which is operable to close the at least one main capillary and, by being compressed, to create pressure along the at least one main capillary , wherein releasing the compression causes suction to be generated along the at least one main capillary. ∘ a flexible sealing component which is compressible and moveable relative to the sealing plate , which is operable to close the at least one main capillary and, by being compressed, to create pressure along the at least one main capillary , wherein releasing the compression causes suction to be generated along the at least one main capillary.
An information acquisition apparatus for detecting an acoustic wave generated from an object by making a light from a light source enter the object, the information acquisition apparatus comprising: the light source; an acoustic wave detector including acoustic wave detection elements arranged in a two-dimensional array form, the acoustic wave detector having a width L in a first direction; a prism arranged alongside the acoustic wave detector in the first direction so as to form an irradiation area based on the light from the light source at a position of the object opposed to the acoustic wave detection elements; and a flat surface plate for allowing the light emitted from the prism to pass through the flat surface plate to thereby guide the light to the irradiation area of the object, the flat surface plate having a thickness D, wherein the light from the light source enters the prism from a side surface of the acoustic wave detector and enters the flat surface plate through the prism at an angle α other than one perpendicular to the flat surface plate, and wherein D × tan (α) ≥ L is satisfied so that the size of the irradiation area in the first direction is larger than the width L of the acoustic wave detector . the light source; an acoustic wave detector including acoustic wave detection elements arranged in a two-dimensional array form, the acoustic wave detector having a width L in a first direction; a prism arranged alongside the acoustic wave detector in the first direction so as to form an irradiation area based on the light from the light source at a position of the object opposed to the acoustic wave detection elements; and a flat surface plate for allowing the light emitted from the prism to pass through the flat surface plate to thereby guide the light to the irradiation area of the object, the flat surface plate having a thickness D, wherein the light from the light source enters the prism from a side surface of the acoustic wave detector and enters the flat surface plate through the prism at an angle α other than one perpendicular to the flat surface plate, and wherein D × tan (α) ≥ L is satisfied so that the size of the irradiation area in the first direction is larger than the width L of the acoustic wave detector .
A small form-factor pluggable (SFP) transceiver for being inserted into an electrical connection slot of an electronic apparatus, comprising a housing , wherein the housing includes: an upper cover ; a lower cover fastened to the upper cover ; and a front plate arranged between an end of the upper cover and an end of the lower cover , wherein the front plate , the upper cover , and the lower cover are assembled together so as to jointly define an accommodating space (SP), wherein the front plate includes a metallic layer substantially defining a main surface thereof and two plastic structures connected to the metallic layer , the front plate has two through holes penetrating through the metallic layer for respectively accommodating two electrical signal connectors , and the two plastic structures are respectively arranged in the two through holes , wherein when the two electrical signal connectors are respectively disposed in the two through holes , the two plastic structures are arranged between the metallic layer and the two electrical signal connectors , and the two electrical signal connectors are separated from the metallic layer by the two plastic structures , wherein two opposite ends of the housing are respectively defined as a front end and a rear end , and the front plate is located at the front end , and wherein the front plate includes a plastic layer disposed on an outer surface of the metallic layer and connected to the two plastic structures , and an inner surface of the metallic layer defines a part of the boundary of the accommodating space (SP). an upper cover ; a lower cover fastened to the upper cover ; and a front plate arranged between an end of the upper cover and an end of the lower cover , wherein the front plate , the upper cover , and the lower cover are assembled together so as to jointly define an accommodating space (SP), wherein the front plate includes a metallic layer substantially defining a main surface thereof and two plastic structures connected to the metallic layer , the front plate has two through holes penetrating through the metallic layer for respectively accommodating two electrical signal connectors , and the two plastic structures are respectively arranged in the two through holes , wherein when the two electrical signal connectors are respectively disposed in the two through holes , the two plastic structures are arranged between the metallic layer and the two electrical signal connectors , and the two electrical signal connectors are separated from the metallic layer by the two plastic structures , wherein two opposite ends of the housing are respectively defined as a front end and a rear end , and the front plate is located at the front end , and wherein the front plate includes a plastic layer disposed on an outer surface of the metallic layer and connected to the two plastic structures , and an inner surface of the metallic layer defines a part of the boundary of the accommodating space (SP).