mhurhangee/ep-ind-claims huggingface dataset:
An image processing device comprising: a unit configured to: decode encoded data of image data to generate quantized transform coefficient data; and inversely quantize the quantized transform coefficient data using a 16x16 quantization matrix, whereby the unit is further configured to generate the 16x16 quantization matrix by duplicating each element in an 8x8 quantization matrix as duplicated elements in the 16x16 quantization matrix; wherein, for an element in the 8x8 quantization matrix, the duplicated elements that are duplicated from that element are positioned in the 16x16 quantization matrix in the following manner: a first duplicated element of the duplicated elements is positioned adjacent to an element and to the right of the element; a second duplicated element of the duplicated elements is positioned adjacent to the element and below the element; a third duplicated element of the duplicated elements is positioned adjacent to the first duplicated element and below the first duplicated element and adjacent to the second duplicated element and to the right of the second duplicated element. decode encoded data of image data to generate quantized transform coefficient data; and inversely quantize the quantized transform coefficient data using a 16x16 quantization matrix, whereby the unit is further configured to generate the 16x16 quantization matrix by duplicating each element in an 8x8 quantization matrix as duplicated elements in the 16x16 quantization matrix; wherein, for an element in the 8x8 quantization matrix, the duplicated elements that are duplicated from that element are positioned in the 16x16 quantization matrix in the following manner: a first duplicated element of the duplicated elements is positioned adjacent to an element and to the right of the element; a second duplicated element of the duplicated elements is positioned adjacent to the element and below the element; a third duplicated element of the duplicated elements is positioned adjacent to the first duplicated element and below the first duplicated element and adjacent to the second duplicated element and to the right of the second duplicated element. a first duplicated element of the duplicated elements is positioned adjacent to an element and to the right of the element; a second duplicated element of the duplicated elements is positioned adjacent to the element and below the element; a third duplicated element of the duplicated elements is positioned adjacent to the first duplicated element and below the first duplicated element and adjacent to the second duplicated element and to the right of the second duplicated element.
An antibody or divalent, antigen-binding fragments thereof capable of binding to cMet, characterized in that the antibody comprises a heavy chain comprising CDR-H1, CDR-H2 and CDR-H3 comprising respectively the amino acid sequence SEQ ID Nos. 7, 8 and 9; and a light chain comprising CDR-L1, CDR-L2 and CDR-L3 comprising respectively the amino acid sequence SEQ ID Nos. 15, 16 and 17.
An aluminum alloy foil having a composition comprising Fe: 1.2% by mass or more and 1.8% by mass or less, Si: 0.05% by mass or more and 0.15% by mass or less, Cu: 0.005% by mass or more and 0.10% by mass or less, and Mn: 0.01% by mass or less, with a remainder being Al and inevitable impurities, wherein an average crystal grain size of the aluminum alloy foil is 20 to 30 μm, maximum crystal grain size/average crystal grain size ≤ 3.0, a Cube orientation density is 5 or more, a Cu orientation density is 20 or less, and an R orientation density is 15 or less, wherein the parameters are measured according to the methods disclosed in the description.
A compressor comprising: a housing assembly having a suction port and a discharge port and a motor compartment; an electric motor having a stator within the motor compartment and a rotor within the stator, the rotor being mounted for rotation about a rotor axis; one or more impellers coupled to the rotor to be driven by the rotor about an impeller axis in at least a first condition so as to draw fluid in through the suction port and discharge said fluid out from the discharge port; an inlet guide vane array between the suction port and the one or more impellers; and one or more bearing systems (66, 68) supporting the rotor and/or the one or more impellers, and further comprising: one or more drain passages (120, 234, 206; 120, 232, 202, 206) coupled to the bearings to pass fluid along a drain flowpath from the bearings to a location upstream of the impeller and downstream of the IGV array; characterised by an ejector having: a motive flow inlet; a suction flow inlet; and an outlet, the drain flowpath passing through the ejector from the suction flow inlet to the outlet; one or more bearing feed passages coupled to the bearings to pass fluid along a supply flowpath to the bearings; and an ejector having: a motive flow inlet; a suction flow inlet; and an outlet, the supply flowpath passing through the ejector from the suction flow inlet to the outlet. a housing assembly having a suction port and a discharge port and a motor compartment; an electric motor having a stator within the motor compartment and a rotor within the stator, the rotor being mounted for rotation about a rotor axis; one or more impellers coupled to the rotor to be driven by the rotor about an impeller axis in at least a first condition so as to draw fluid in through the suction port and discharge said fluid out from the discharge port; an inlet guide vane array between the suction port and the one or more impellers; and one or more bearing systems (66, 68) supporting the rotor and/or the one or more impellers, one or more drain passages (120, 234, 206; 120, 232, 202, 206) coupled to the bearings to pass fluid along a drain flowpath from the bearings to a location upstream of the impeller and downstream of the IGV array; characterised by an ejector having: a motive flow inlet; a suction flow inlet; and an outlet, the drain flowpath passing through the ejector from the suction flow inlet to the outlet; a motive flow inlet; a suction flow inlet; and an outlet, the drain flowpath passing through the ejector from the suction flow inlet to the outlet; one or more bearing feed passages coupled to the bearings to pass fluid along a supply flowpath to the bearings; and an ejector having: a motive flow inlet; a suction flow inlet; and an outlet, the supply flowpath passing through the ejector from the suction flow inlet to the outlet. a motive flow inlet; a suction flow inlet; and an outlet, the supply flowpath passing through the ejector from the suction flow inlet to the outlet.
A glass antenna for use in a back door made from resin to be openably and closably attached to a rear portion of a vehicle, wherein the glass antenna comprises: a defogger comprising a plurality of heating wires and at least two bus bars (32A and 32B) which connect end portions of the heating wires so as to supply electric power to the heating wires; a first antenna wire which is disposed in a peripheral region of the defogger, along at least three sides of the defogger, configured so as to receive radio waves in a first frequency band; a second antenna wire which is disposed in the peripheral region of the defogger, configured so as to receive radio waves in a second frequency band which is higher in frequency than the first frequency band; and an amplification portion which is configured to synthesize and amplify a first reception signal received by the first antenna wire and a second reception signal received by the second antenna wire, and wherein the first antenna wire is an Amplitude Modulation antenna and is disposed at a first distance or longer from the defogger; and the second antenna wire is a Frequency Modulation antenna and is disposed at a second distance from the defogger, the second distance being shorter than the first distance; and the first distance is 40 mm, and the amplification portion is connected to the first antenna wire through a first feeding point and connected to the second antenna wire through a second feeding point; and the first feeding point is disposed in the peripheral region and outside a line along each of the at least two bus bars (32A and 32B) and an extension line of the line. a defogger comprising a plurality of heating wires and at least two bus bars (32A and 32B) which connect end portions of the heating wires so as to supply electric power to the heating wires; a first antenna wire which is disposed in a peripheral region of the defogger, along at least three sides of the defogger, configured so as to receive radio waves in a first frequency band; a second antenna wire which is disposed in the peripheral region of the defogger, configured so as to receive radio waves in a second frequency band which is higher in frequency than the first frequency band; and an amplification portion which is configured to synthesize and amplify a first reception signal received by the first antenna wire and a second reception signal received by the second antenna wire, and wherein the first antenna wire is an Amplitude Modulation antenna and is disposed at a first distance or longer from the defogger; and the second antenna wire is a Frequency Modulation antenna and is disposed at a second distance from the defogger, the second distance being shorter than the first distance; and the first distance is 40 mm, and the amplification portion is connected to the first antenna wire through a first feeding point and connected to the second antenna wire through a second feeding point; and the first feeding point is disposed in the peripheral region and outside a line along each of the at least two bus bars (32A and 32B) and an extension line of the line.
A biopsy needle actuator device comprising: an actuator moving a biopsy needle between a rest position and a first position; an engagement member operably connected to the actuator; a counter assembly operably connected to the actuator for registering movement of the biopsy needle between the rest position and the first position comprising: a register wheel for registering movement of the biopsy needle, the register wheel including a toothed exterior; wherein the engagement member engages the toothed exterior upon movement of the biopsy needle between the rest position and the first position; and an index wheel operably connected to the register wheel registering rotational movement of the register wheel, comprising: an event counter sequentially registering movement of the biopsy needle between the rest position and the first position; and a cumulative counter sequentially registering cumulative movement of the biopsy needle between the rest position and the first position. an actuator moving a biopsy needle between a rest position and a first position; an engagement member operably connected to the actuator; a counter assembly operably connected to the actuator for registering movement of the biopsy needle between the rest position and the first position comprising: a register wheel for registering movement of the biopsy needle, the register wheel including a toothed exterior; wherein the engagement member engages the toothed exterior upon movement of the biopsy needle between the rest position and the first position; and an index wheel operably connected to the register wheel registering rotational movement of the register wheel, comprising: an event counter sequentially registering movement of the biopsy needle between the rest position and the first position; and a cumulative counter sequentially registering cumulative movement of the biopsy needle between the rest position and the first position. a register wheel for registering movement of the biopsy needle, the register wheel including a toothed exterior; wherein the engagement member engages the toothed exterior upon movement of the biopsy needle between the rest position and the first position; and an index wheel operably connected to the register wheel registering rotational movement of the register wheel, comprising: an event counter sequentially registering movement of the biopsy needle between the rest position and the first position; and a cumulative counter sequentially registering cumulative movement of the biopsy needle between the rest position and the first position. an event counter sequentially registering movement of the biopsy needle between the rest position and the first position; and a cumulative counter sequentially registering cumulative movement of the biopsy needle between the rest position and the first position.
Method for unsupervised sorting, in real time, of action potentials of a plurality of biological neurons by means of a network of artificial neurons (10, 20, 30, 40, 50) comprising an input layer, an intermediate layer and an output layer, each artificial neuron of the input layer being connected to a plurality of artificial neurons of the intermediate layer by a plurality of first excitatory synapses and each artificial neuron of the intermediate layer being connected to a plurality of artificial neurons of the output layer by a plurality of second excitatory synapses, at least one first or second excitatory synapse (se1, se2) connecting a first artificial neuron to a second artificial neuron and having a weight that is modified as a function of the instants at which take place the presynaptic spikes emitted by the first artificial neuron and the postsynaptic spikes emitted by the second artificial neuron, method according to which: - the input layer receives an electrical signal (din) measuring an electrical activity of a plurality of biological neurons, the electrical signal (din) having a variable amplitude as a function of action potentials emitted by the plurality of biological neurons over time; - the input layer converts the amplitude of the electrical signal into a train of first spikes; - the input layer transmits the train of first spikes to the intermediate layer; - the intermediate layer converts the train of first spikes into a train of second spikes; - the intermediate layer transmits the train of second spikes to the output layer; - as a function of the train of second spikes, the output layer sorts each occurrence of each type of action potential present in the electrical signal (din). - the input layer receives an electrical signal (din) measuring an electrical activity of a plurality of biological neurons, the electrical signal (din) having a variable amplitude as a function of action potentials emitted by the plurality of biological neurons over time; - the input layer converts the amplitude of the electrical signal into a train of first spikes; - the input layer transmits the train of first spikes to the intermediate layer; - the intermediate layer converts the train of first spikes into a train of second spikes; - the intermediate layer transmits the train of second spikes to the output layer; - as a function of the train of second spikes, the output layer sorts each occurrence of each type of action potential present in the electrical signal (din).
An electronic cigarette capable of temperature control, comprising a casing, a liquid storage device within the casing, an atomizing assembly, a power supply, and a circuit control board provided with a smoking switch SW, the atomizing assembly comprises a heating unit and leads thereof, material of the heating unit and/or the leads is thermo-sensitive whose resistance varies along with the temperature in certain proportion, the circuit control board comprises a power supply managing module, when the smoking switch SW is on, the power supply managing module determines the corresponding temperature of the heating unit and the leads thereof by continuously detecting resistance of them, and sends corresponding control signal to make the heating unit and leads thereof connect to or disconnect from the power supply; characterized in that the power supply managing module further comprises a chip U1, a triode Q4, a metal oxide semi-conductor field effect transistor M1, a third resistor R3, a fifth resistor R5, a sixth resistor R6, wherein the chip U1 has a number of pins, wherein a first pin is an on/off signal end KEY 1, a fourth pin is a power supply signal end BT+, a ninth pin is a control signal end HOT, a thirteenth pin is a grounding end and a sixteenth pin is a temperature signal detecting end FB; one end of the smoking switch SW is grounded while the other end thereof is connected to the end KEY 1; one end of the third resistor R3 is connected to the end HOT while the other end thereof is connected to the base of the triode Q4; the emitter of the triode Q4 is grounded and between the base and the emitter thereof is provided a fourth resistor R4, the collector of the triode Q4 is connected to both the gate of the metal oxide semi-conductor field effect transistor M1 and one end of the fifth resistor R5, while both the other end of R5 and the source of the metal oxide semi-conductor field effect transistor M1 are connected to the end BT+; the drain of the metal oxide semi-conductor field effect transistor M1 also acts as an end F+, one end of the heating unit and leads thereof is connected to the end F+ while the other end thereof is grounded; one end of the sixth resistor R6 is grounded while the other end thereof and the drain of the metal oxide semi-conductor field effect transistor M1 are both connected to the end FB, so that temperature control of the heating unit within the electronic cigarette is performed and the problem of over-temperature due to dry-burn of the heating unit caused by a lack of e-liquid is effectively prevented.
Detection system intended to equip a motor vehicle, the detection system comprising at least one laser detector delimited by at least one optical face, the detection system comprising at least one cleaning device for cleaning the optical face, the cleaning device comprising a cleaning spray boom able to move along a path arranged at least facing the optical face, the detection system further comprising at least one guide member guiding the device that cleans the optical face, characterized in that this guide member is a camway and/or a curved wall.
A switching system comprising a low, medium or high voltage switch and a charging device, comprising: - a main spring of the switch; - a spring support of the switch; - a main shaft of the switch; and - a motor of the charging device; wherein, a first end of the main spring is connected to the spring support; wherein, a second end of the main spring is connected to the main shaft; wherein, the spring support is configured to rotate about an axis of the main shaft; wherein, at least part of a circumference of the spring support comprises a thread; wherein, the motor comprises a worm thread configured to engage with the thread of the spring support; wherein, the motor is configured to rotate the worm thread, and wherein rotation of the worm thread is configured to rotate the spring support to store energy in the main spring; wherein, the motor is configured not to rotate the worm thread when the energy stored in the main spring has reached a threshold level; wherein, energy release from the main spring is configured to rotate the main shaft; characterized in that a mounting of the motor is configured to enable the motor to move, and wherein when the energy stored in the main spring has reached the threshold level the motor is configured not to rotate the worm thread when the motor has moved a threshold distance. - a main spring of the switch; - a spring support of the switch; - a main shaft of the switch; and - a motor of the charging device; wherein, a first end of the main spring is connected to the spring support; wherein, a second end of the main spring is connected to the main shaft; wherein, the spring support is configured to rotate about an axis of the main shaft; wherein, at least part of a circumference of the spring support comprises a thread; wherein, the motor comprises a worm thread configured to engage with the thread of the spring support; wherein, the motor is configured to rotate the worm thread, and wherein rotation of the worm thread is configured to rotate the spring support to store energy in the main spring; wherein, the motor is configured not to rotate the worm thread when the energy stored in the main spring has reached a threshold level; wherein, energy release from the main spring is configured to rotate the main shaft; characterized in that a mounting of the motor is configured to enable the motor to move, and wherein when the energy stored in the main spring has reached the threshold level the motor is configured not to rotate the worm thread when the motor has moved a threshold distance.
Afastener (1, 101, 201, 301) comprising: an elongated body (10, 110, 210, 210) having a first end (11, 111, 211, 311) and a second end (12, 112, 212, 312); and a helical thread (20, 120, 220, 320) formed on at least a portion of the elongated body, the thread comprising a crest (22, 122, 222, 322), a root (25, 125, 225, 325), and flank (28, 128, 228, 328) portions, wherein the helical thread (20, 120, 220, 320) comprises at least one protrusion (50, 150, 250, 350) extending from the crest (22, 122, 222, 322) and flank (28, 128, 228, 328) portions toward the first end (11, 111, 211, 311) of the elongated body (10, 110, 210, 210), characterised in that each protrusion comprises a pointed peak (52, 152, 252, 352) that extends from the crest (22, 122, 222, 322) to the root (25, 125, 225, 325) of the thread. an elongated body (10, 110, 210, 210) having a first end (11, 111, 211, 311) and a second end (12, 112, 212, 312); and a helical thread (20, 120, 220, 320) formed on at least a portion of the elongated body, the thread comprising a crest (22, 122, 222, 322), a root (25, 125, 225, 325), and flank (28, 128, 228, 328) portions, wherein the helical thread (20, 120, 220, 320) comprises at least one protrusion (50, 150, 250, 350) extending from the crest (22, 122, 222, 322) and flank (28, 128, 228, 328) portions toward the first end (11, 111, 211, 311) of the elongated body (10, 110, 210, 210), characterised in that each protrusion comprises a pointed peak (52, 152, 252, 352) that extends from the crest (22, 122, 222, 322) to the root (25, 125, 225, 325) of the thread.
A valve assembly comprising a three-way connector and a receptacle, the three-way connector comprising and operatively interconnecting: an inlet operatively connectable, in use, to an aspirator tube, the inlet comprising a first one-way valve permitting, in use, the flow of a fluid from the tube into the three-way connector; a first outlet operatively connected, in use, to the receptacle, the first outlet comprising a second one-way valve permitting, in use, the flow of a fluid from the three-way interconnector into the receptacle; and a second outlet operatively connectable, in use, to a syringe, characterised in that the receptacle comprises a vent aperture and a porous or perforated element overlying the vent aperture, the porous or perforated element internally overlying the vent aperture and being configured to close the vent aperture when wetted by a liquid.