mhurhangee/ep-ind-claims huggingface dataset:
A method for supporting a deferred reference in an object-oriented programming language environment operating on one or more microprocessors, comprising: providing a deferred interface for calling an object that will be available at a future time; and receiving a get request from a caller to get the object and the object class using the deferred interface; in response to receiving the get request: immediately returning to the caller a deferred reference to the object, to avoid blocking a calling thread that the caller used to request the object; informing the caller which class the object is associated with before the object becomes available; returning the object to the caller when the object is available, and indicating to the caller at least one of when the object is not currently available and when the object will never become available. providing a deferred interface for calling an object that will be available at a future time; and receiving a get request from a caller to get the object and the object class using the deferred interface; in response to receiving the get request: immediately returning to the caller a deferred reference to the object, to avoid blocking a calling thread that the caller used to request the object; informing the caller which class the object is associated with before the object becomes available; returning the object to the caller when the object is available, and indicating to the caller at least one of when the object is not currently available and when the object will never become available. immediately returning to the caller a deferred reference to the object, to avoid blocking a calling thread that the caller used to request the object; informing the caller which class the object is associated with before the object becomes available; returning the object to the caller when the object is available, and indicating to the caller at least one of when the object is not currently available and when the object will never become available.
A method of disrupting host-seeking behavior in an insect having a DmOR83b/AgOR7 co-receptor, the method comprising exposing the insect to VUAA1 having a structure
A built-in antenna apparatus for an electronic device, the antenna apparatus comprising: a Printed Circuit Board, PCB, including a conductive area and a non-conductive area; and an antenna radiator disposed at the non-conductive area of the PCB, wherein the antenna radiator includes: a feeding portion adapted to feed signal power to / from a Radio Frequency node of the PCB; a first radiating portion configured in a first pattern branched from the feeding portion and having an end portion of the first radiating portion electrically connected to the conductive area; characterised by at least one capacitor C electrically connected in series within the first radiating portion, wherein the first radiating portion is separated by the capacitor C to provide separated sections and the capacitor C is connected across the two sections; and a second radiating portion configured in a second pattern branched from the feeding portion on one end and isolated from the conductive area on an opposite end; wherein a resonant frequency of the first radiating portion is a function of a capacitance value of the at least one capacitor C. a Printed Circuit Board, PCB, including a conductive area and a non-conductive area; and an antenna radiator disposed at the non-conductive area of the PCB, wherein the antenna radiator includes: a feeding portion adapted to feed signal power to / from a Radio Frequency node of the PCB; a first radiating portion configured in a first pattern branched from the feeding portion and having an end portion of the first radiating portion electrically connected to the conductive area; characterised by at least one capacitor C electrically connected in series within the first radiating portion, wherein the first radiating portion is separated by the capacitor C to provide separated sections and the capacitor C is connected across the two sections; and a second radiating portion configured in a second pattern branched from the feeding portion on one end and isolated from the conductive area on an opposite end; wherein a resonant frequency of the first radiating portion is a function of a capacitance value of the at least one capacitor C. a feeding portion adapted to feed signal power to / from a Radio Frequency node of the PCB; a first radiating portion configured in a first pattern branched from the feeding portion and having an end portion of the first radiating portion electrically connected to the conductive area; characterised by at least one capacitor C electrically connected in series within the first radiating portion, wherein the first radiating portion is separated by the capacitor C to provide separated sections and the capacitor C is connected across the two sections; and a second radiating portion configured in a second pattern branched from the feeding portion on one end and isolated from the conductive area on an opposite end; wherein a resonant frequency of the first radiating portion is a function of a capacitance value of the at least one capacitor C.
A prober comprising: a wafer chuck which holds a wafer on which multiple chips having an electrode in each surface are formed and has a conductive support surface which can come into contact with a back-surface electrode of a chip; a movement rotation mechanism (12, 13, 14, 15) which moves and rotates the wafer chuck; a head stage which holds a probe holding portion having a probe that comes into contact with a front-surface electrode of the chip and connects the front-surface electrode with a terminal of a tester to electrically inspect the chip; a stage member which has a conductive stage surface that is formed in parallel to the support surface and electrically connected with the support surface, and can move integrally with the wafer chuck; and a contactor which is disposed in a position facing the stage member and whose tip can electrically come into contact with the stage surface, characterized in that the stage member is separated from the wafer chuck as a separate body disposed in a position adjacent to the wafer chuck in a plan view, the stage surface and the support surface are electrically connected through a wiring member, and the back-surface electrode of the chip is electrically connected with the tester through the wafer chuck, the wiring member, the stage member and the contactor. a wafer chuck which holds a wafer on which multiple chips having an electrode in each surface are formed and has a conductive support surface which can come into contact with a back-surface electrode of a chip; a movement rotation mechanism (12, 13, 14, 15) which moves and rotates the wafer chuck; a head stage which holds a probe holding portion having a probe that comes into contact with a front-surface electrode of the chip and connects the front-surface electrode with a terminal of a tester to electrically inspect the chip; a stage member which has a conductive stage surface that is formed in parallel to the support surface and electrically connected with the support surface, and can move integrally with the wafer chuck; and a contactor which is disposed in a position facing the stage member and whose tip can electrically come into contact with the stage surface, characterized in that the stage member is separated from the wafer chuck as a separate body disposed in a position adjacent to the wafer chuck in a plan view, the stage surface and the support surface are electrically connected through a wiring member, and the back-surface electrode of the chip is electrically connected with the tester through the wafer chuck, the wiring member, the stage member and the contactor.
A resonant transformer comprising: a secondary winding group including a bobbin having a first through hole; a primary winding group provided on the bobbin of the secondary winding group including a second through hole in communication with the first through hole; a magnetic sheet provided in the bobbin of the secondary winding group including a through hole in communication with the first and second through holes; and a core group including a first core and a second core symmetrically disposed, the first core being disposed on the top of the primary winding group, the second core being disposed at the bottom of the primary winding group, wherein the primary winding group is provided on the secondary winding group, and after the first and second cores are disposed on the top and bottom, during operation of the resonant transformer, leakage inductance of a required magnitude is created by the magnetic sheet; and wherein the aperture of the through hole of the magnetic sheet is inversely proportional to the leakage inductance created in the resonant transformer; the thickness of the the magnetic sheet is proportional to the leakage inductance created in the resonant transformer; and the permeability of the magnetic sheet is proportional to the leakage inductance created in the resonant transformer, thereby rendering the leakage inductance created in the resonant transformer adjustable. a secondary winding group including a bobbin having a first through hole; a primary winding group provided on the bobbin of the secondary winding group including a second through hole in communication with the first through hole; a magnetic sheet provided in the bobbin of the secondary winding group including a through hole in communication with the first and second through holes; and a core group including a first core and a second core symmetrically disposed, the first core being disposed on the top of the primary winding group, the second core being disposed at the bottom of the primary winding group, wherein the primary winding group is provided on the secondary winding group, and after the first and second cores are disposed on the top and bottom, during operation of the resonant transformer, leakage inductance of a required magnitude is created by the magnetic sheet; and wherein the aperture of the through hole of the magnetic sheet is inversely proportional to the leakage inductance created in the resonant transformer; the thickness of the the magnetic sheet is proportional to the leakage inductance created in the resonant transformer; and the permeability of the magnetic sheet is proportional to the leakage inductance created in the resonant transformer, thereby rendering the leakage inductance created in the resonant transformer adjustable.
A communication method between a communication device and an electrical apparatus by use of non-contact short-range wireless communication method, the electrical apparatus including a built-in antenna in the vicinity of a first region of a surface exposed to the outside of the electrical apparatus, the antenna being provided for non-contact short-range wireless communication with the communication device, the method comprising the steps of: preparing a storage box to which information is provided at a predetermined position on an exterior surface of the storage box, the information indicating where the antenna is placed; storing the electrical apparatus in power-off state, into the storage box, and thereby placing the electrical apparatus in the storage box such that the first region of the electrical apparatus is close to the predetermined position of the storage box; and moving the communication device close to the predetermined position of the storage box to initiate communication between the communication device and the electrical apparatus. preparing a storage box to which information is provided at a predetermined position on an exterior surface of the storage box, the information indicating where the antenna is placed; storing the electrical apparatus in power-off state, into the storage box, and thereby placing the electrical apparatus in the storage box such that the first region of the electrical apparatus is close to the predetermined position of the storage box; and moving the communication device close to the predetermined position of the storage box to initiate communication between the communication device and the electrical apparatus.
A method for digitizing bit synchronization in wireless communication comprising: delaying at intervals an input signal sequence which contains a plurality of paths of input signals; characterised in that the method further comprises: generating a plurality of bit synchronization frequency point channels according to the symmetry of the modulation level; for each path of input signals, multiplying the path of input signals by each synchronization frequency point channel within one symbol period, accumulating and then averaging the results within the symbol period; comparing absolute values of the averaged values of each path of input signals over each channel, and choosing the maximum absolute value to output as a bit synchronization extremum of the path of input signals; comparing the bit synchronization extremums of each path of input signals, and choosing a path of input signals having a maximum extremum as a decoded data output. delaying at intervals an input signal sequence which contains a plurality of paths of input signals; characterised in that the method further comprises: generating a plurality of bit synchronization frequency point channels according to the symmetry of the modulation level; for each path of input signals, multiplying the path of input signals by each synchronization frequency point channel within one symbol period, accumulating and then averaging the results within the symbol period; comparing absolute values of the averaged values of each path of input signals over each channel, and choosing the maximum absolute value to output as a bit synchronization extremum of the path of input signals; comparing the bit synchronization extremums of each path of input signals, and choosing a path of input signals having a maximum extremum as a decoded data output. generating a plurality of bit synchronization frequency point channels according to the symmetry of the modulation level; for each path of input signals, multiplying the path of input signals by each synchronization frequency point channel within one symbol period, accumulating and then averaging the results within the symbol period; comparing absolute values of the averaged values of each path of input signals over each channel, and choosing the maximum absolute value to output as a bit synchronization extremum of the path of input signals; comparing the bit synchronization extremums of each path of input signals, and choosing a path of input signals having a maximum extremum as a decoded data output.
A system for use in repairing a soft tissue or bone defect, comprising: a combined sizing and drill guide adapted to be positioned relative to a trochlear groove of a femur, the guide including a body having a bone engaging side, an opposite side and defining first and second guide holes, wherein the bone engaging side includes a profile adapted to be positioned in the trochlear groove and the first and second guide holes include respective first and second axes that are orientated at an acute angle relative to each other; at least one retaining member configured to be positioned in a retaining bore formed in the body, the retaining member adapted to selectively fix the guide to the femur; and a cutting device configured to be selectively guided by the first and second guide holes, the cutting device including a bone engaging end having a body, the body of the cutting device including an outer diameter portion sized to be complementary to an inner diameter of the first and second guide holes, the cutting device including a first cutting portion, characterised in that the cutting device includes a second cutting portion, the first cutting portion having a smaller diameter than the second cutting portion and being axially spaced apart therefrom so as to be adapted to form a stepped pocket in the femur. a combined sizing and drill guide adapted to be positioned relative to a trochlear groove of a femur, the guide including a body having a bone engaging side, an opposite side and defining first and second guide holes, wherein the bone engaging side includes a profile adapted to be positioned in the trochlear groove and the first and second guide holes include respective first and second axes that are orientated at an acute angle relative to each other; at least one retaining member configured to be positioned in a retaining bore formed in the body, the retaining member adapted to selectively fix the guide to the femur; and a cutting device configured to be selectively guided by the first and second guide holes,
Rotary closure for a sports article, piece of luggage or shoe, in particular a sports shoe, comprising a housing part with an axis, to which a rotary knob is attached in order to actuate a tension roller for a tensioning element, in particular a cable, for the closure in order to wind or release the tensioning element, as well as a first gear with internal toothing connected to the rotary knob and a rotating second gear with internal toothing connected to the tensioning roller, characterized in that a drive pinion which can be coupled to the gears (4, 5) is provided between said gears and that the drive pinion has a mounting which can be displaced radially with respect to the drive axis in order to selectively couple the drive pinion to and release the drive pinion from the inner toothings of the gears (4, 5).
A propulsion unit including a turbojet engine housed in a nacelle able to be connected to the aircraft by an attachment mast, the turbojet engine comprising fan blades surrounded by a casing mounted edge-to-edge with an outer fixed structure of the downstream structure of the nacelle which accommodates thrust reversal means, said propulsion unit including a holding unit comprising: - a first raised element belonging to the upstream end of the outer fixed structure; - a second raised element belonging to the downstream end of the casing; said first and second raised elements being configured to be brought into contact with each other; - two half-rings formed by a wall defining a housing, configured to receive the first and the second raised elements when the casing and the outer fixed structure are mounted edge-to-edge, and stop means configured to hold the first and the second raised elements in the housing, at least one half-ring being hinged on the attachment mast or on the casing by means of a fixed pivot. - a first raised element belonging to the upstream end of the outer fixed structure; - a second raised element belonging to the downstream end of the casing; said first and second raised elements being configured to be brought into contact with each other; - two half-rings formed by a wall defining a housing, configured to receive the first and the second raised elements when the casing and the outer fixed structure are mounted edge-to-edge, and stop means configured to hold the first and the second raised elements in the housing, at least one half-ring being hinged on the attachment mast or on the casing by means of a fixed pivot.
A remote control system which allows radio communication in a situation in which a plurality of pairs of control apparatuses and controlled apparatuses that are respectively made to correspond to each other in advance simultaneously use a same frequency, characterized in that each control apparatus comprises first input/output means for external connection, first control means for controlling to transmit a first frame to the controlled apparatus on the basis of a predetermined priority by generating the first frame having at least one of information obtained via the first input/output means and information on the controlled apparatus corresponding to the control apparatus, and controlling to externally output a first signal via the first input/output means by analyzing a second frame from the controlled apparatus, and first transmission/reception means for transmitting the first frame generated by the first control means to the controlled apparatus on the basis of the predetermined priority, and receiving the second frame from the controlled apparatus, and display means for performing a predetermined display based on the first signal, and each controlled apparatus comprises second transmission/reception means for receiving the first frame from the control apparatus, and transmitting the second frame to the control apparatus, second input/output means for external connection, and second control means for analyzing the first frame to externally output a second signal via the second input/output means, and generating the second frame having at least one of information obtained via the second input/output means and information on the control apparatus corresponding to the controlled apparatus, and driving means for performing a predetermined drive based on the second signal, when the control apparatus communicates with the controlled apparatus, checking if the first and second frames received by the first and second control means (4, 14) are normally received and requesting resending if abnormality occurs
An ice maker for forming ice, the ice maker comprising: (i) a refrigeration system comprising a compressor and an ice formation device; (ii) a water system for supplying water to the ice formation device, the water system comprising a sump adapted to hold water to be formed into ice and a discharge valve in fluid communication with the sump; and (iii) a control system comprising an ice level sensor adapted to sense whether an ice storage bin is full of ice, a water level sensor adapted to sense a water level in the sump, and a controller adapted to cause the discharge valve to open to allow water to drain from the sump based upon an indication from the ice level sensor that the ice storage bin is full of ice and to cause the discharge valve to close when the sump is empty; characterized in that the water level sensor is a remote air pressure sensor and the ice maker comprises a pneumatic tube and an air fitting, the pneumatic tube having a proximal end and a distal end, the proximal end of the pneumatic tube is connected to the air pressure sensor and the distal end of the pneumatic tube is connected to and in fluid communication with the air fitting, the air fitting is positioned in the sump and includes a base portion, a first portion, a second portion, and top portion all in fluid communication with the water proximate a bottom of the sump, wherein the base portion, first portion, second portion, and top portion of the air fitting define a chamber in which air may be trapped, wherein one or more openings surround a perimeter of the base portion for allowing the water proximate the bottom of the sump to be in fluid communication with the air in the chamber of the air fitting, wherein the base portion of the air fitting 90 is substantially circular and has a large diameter for reducing or eliminating capillary action of water inside the chamber, wherein the first portion 90b is substantially conical in shape and accordingly transitions between the large diameter of the base portion to a smaller diameter of the second portion, wherein the second portion tapers from the first portion to the top portion. (i) a refrigeration system comprising a compressor and an ice formation device; (ii) a water system for supplying water to the ice formation device, the water system comprising a sump adapted to hold water to be formed into ice and a discharge valve in fluid communication with the sump; and (iii) a control system comprising an ice level sensor adapted to sense whether an ice storage bin is full of ice, a water level sensor adapted to sense a water level in the sump, and a controller adapted to cause the discharge valve to open to allow water to drain from the sump based upon an indication from the ice level sensor that the ice storage bin is full of ice and to cause the discharge valve to close when the sump is empty;