mhurhangee/ep-ind-claims huggingface dataset:
A connection structure comprising: a circuit body including a flexible printed circuit having a wiring pattern; and a conductive body connected to a mounting surface of the circuit body using a solder, the conductive body being a busbar, the conductive body having a pair of connection portions opposed to each other and extending along the mounting surface, the connection structure being suitable for attaching an electronic element to the mounting surface to connect the conductive body to the wiring pattern; such that a sealing material can cover the electronic element to isolate the electronic element from outside of the sealing material, while the electronic element and the sealing material are located in an inside region located between the pair of connecting portions, the solder comprising solder fillets located around the pair of the connection portions and extending along the mounting surface, characterized in that a first fillet width of one solder fillet among the solder fillets located in an inside region between the pair of the connection portions is larger than a second fillet width of another one solder among the solder fillets located in an outside region on an opposite side to the inside region across the connection portions. a circuit body including a flexible printed circuit having a wiring pattern; and a conductive body connected to a mounting surface of the circuit body using a solder, the conductive body being a busbar, the conductive body having a pair of connection portions opposed to each other and extending along the mounting surface, the connection structure being suitable for attaching an electronic element to the mounting surface to connect the conductive body to the wiring pattern; such that a sealing material can cover the electronic element to isolate the electronic element from outside of the sealing material, while the electronic element and the sealing material are located in an inside region located between the pair of connecting portions, the solder comprising solder fillets located around the pair of the connection portions and extending along the mounting surface, characterized in that a first fillet width of one solder fillet among the solder fillets located in an inside region between the pair of the connection portions is larger than a second fillet width of another one solder among the solder fillets located in an outside region on an opposite side to the inside region across the connection portions.
A power state diagnosis method that diagnoses a power state of a vehicle which comprises an electrical control system supplied from a power supply and a motor controlled by a vector control method, characterized in that said power state diagnosis method comprising: gradually increasing a d-axis current to a current value that a steering behavior does not occur and applying said d-axis current, concurrently gradually increasing a q-axis current that is a rectangular-wave with positive and negative directions to said current value and applying said q-axis current, and determining degradation of said power supply when a voltage value of said power supply is equal to or less than a power supply threshold and a given period of time T1 elapses. gradually increasing a d-axis current to a current value that a steering behavior does not occur and applying said d-axis current, concurrently gradually increasing a q-axis current that is a rectangular-wave with positive and negative directions to said current value and applying said q-axis current, and determining degradation of said power supply when a voltage value of said power supply is equal to or less than a power supply threshold and a given period of time T1 elapses.
Method for inter-cell interference coordination in a cellular Time Division Duplex, TDD, wireless communication system using radio frames comprising subframes for uplink and downlink transmissions, said system including: at least one first network control node arranged for controlling at least one first cell, at least one second network control node arranged for controlling at least one second cell; said method comprising the steps of: transmitting, by said first network control node, at least one interference indicator being associated with one or more subframes and further relating to at least one of downlink-to-uplink inter-cell interference I DL-to-UL and uplink-to-uplink inter-cell interference I UL-to-UL between said first and second cells; receiving, by said second control node, said interference indicator; and performing, by said second network control node, scheduling and/or power control in the downlink or in the uplink and/or changing subframe configuration for said one or more subframes based on said interference indicator; wherein said interference indicator is transmitted for one or more subframes with different subframe numbers, and with frequency granularity in a group comprising: one interference indicator per Physical Resource Block, PRB; one interference indicator per sub-band or a group of at least two Physical Resource Blocks, PRBs; or one interference indicator for a whole uplink bandwidth. at least one first network control node arranged for controlling at least one first cell, at least one second network control node arranged for controlling at least one second cell; transmitting, by said first network control node, at least one interference indicator being associated with one or more subframes and further relating to at least one of downlink-to-uplink inter-cell interference I DL-to-UL and uplink-to-uplink inter-cell interference I UL-to-UL between said first and second cells; receiving, by said second control node, said interference indicator; and performing, by said second network control node, scheduling and/or power control in the downlink or in the uplink and/or changing subframe configuration for said one or more subframes based on said interference indicator; wherein said interference indicator is transmitted for one or more subframes with different subframe numbers, and with frequency granularity in a group comprising: one interference indicator per Physical Resource Block, PRB; one interference indicator per sub-band or a group of at least two Physical Resource Blocks, PRBs; or one interference indicator for a whole uplink bandwidth.
An aqueous concentrate of 4-hexylresorcinol consisting of: from 64% to 80% by weight of 4-hexylresorcinol; and water, wherein the aqueous concentrate is high in clarity wherein the aqueous concentrate transmits at least 25% of light having a wavelength of 700 nm through a 1 cm path length. from 64% to 80% by weight of 4-hexylresorcinol; and water, wherein the aqueous concentrate is high in clarity wherein the aqueous concentrate transmits at least 25% of light having a wavelength of 700 nm through a 1 cm path length.
System to monitor light and sound impact on a person, comprising: - a light capturing unit for capturing ambient light at the person over time, - a sound capturing unit for capturing ambient sound at the person over time, 2. - a threshold unit (6, 9) configured to generate and issue a trigger signal if the brightness of captured ambient light exceeds a brightness level and/or if the sound level of captured ambient sound exceeds a sound threshold, - a stress level processor configured to determine the stress level of the person, - a storing unit configured to store, in response to a received trigger signal, snippets of ambient light and ambient sound captured around the time moment of receiving the trigger signal and snippets of stress level information of the person around the time moment of receiving the trigger signal, - a review unit configured to review stored snippets of ambient light, ambient sound and stress level information allowing to identify the root cause of the ambient light and ambient sound stored in a reviewed snippet and to derive guidance information indicating how to avoid such light and/or sound caused by an identified root cause, and - a light processor configured to process captured images before checking if the light level of a captured images exceeds a light threshold by the threshold unit by applying a weighting representing the human eye sensitivity, in particular the eye sensitivity of a person comparable to the monitored person. - a light capturing unit for capturing ambient light at the person over time, - a sound capturing unit for capturing ambient sound at the person over time, 2. - a threshold unit (6, 9) configured to generate and issue a trigger signal if the brightness of captured ambient light exceeds a brightness level and/or if the sound level of captured ambient sound exceeds a sound threshold, - a stress level processor configured to determine the stress level of the person, - a storing unit configured to store, in response to a received trigger signal, snippets of ambient light and ambient sound captured around the time moment of receiving the trigger signal and snippets of stress level information of the person around the time moment of receiving the trigger signal, - a review unit configured to review stored snippets of ambient light, ambient sound and stress level information allowing to identify the root cause of the ambient light and ambient sound stored in a reviewed snippet and to derive guidance information indicating how to avoid such light and/or sound caused by an identified root cause, and - a light processor configured to process captured images before checking if the light level of a captured images exceeds a light threshold by the threshold unit by applying a weighting representing the human eye sensitivity, in particular the eye sensitivity of a person comparable to the monitored person.
A polyarylene sulfide resin composition, which comprises polyarylene sulfide and polyamide as essential components, and further comprises an organic phosphorus compound, which is selected from the group consisting of an aromatic phosphite compound and an aromatic phosphonate compound, and an inorganic phosphorus compound, which is sele cted from the group consisting from a metal salt of phosphorous acid and a metal salt of hypophosphoric acid, as essential components in addition to the polyarylene sulfide and the polyamide.
A pressurised water integrated energy conversion and power-generation system collecting marine wave energy, which comprises an operation platform disposed in an ocean for collecting marine wave energy for energy conversion and power generation, and an energy conversion installation disposed on the operation platform, the energy conversion installation subjecting the collected wave energy to pressure mixing and then sending to a pressure regulator for pressure regulation; the energy after pressure regulation is supplied to a hydraulic power generation installation for power generation, the system being characterized in that the operation platform comprises a cubic frame, the cubic frame comprises top crossbars and bottom crossbars, and sliding holes are formed on the bottom crossbars; the energy conversion installation is disposed between the top crossbars and bottom crossbars, and comprises at least 24 small energy collection units mounted on the cubic frame, each small energy collection unit collects the potential energy of undulating marine waves and the kinetic energy from advancing marine waves, and the captured energy is sent collectively by a medium to a pressure mixer, each small energy collection unit comprises a floater with a material density <0.91 g/cm3 and a sinker with a material density >7 g/cm3, the top portion of a plunger pump goes through the sinker and the floater to be connected to a flange, and the bottom portion of the plunger pump is slidably mounted inside the sliding holes of the cubic frame; the hollow plunger pump rod inside the plunger pump runs through the cubic frame and is open to a guide pipe, and the end of the guide pipe is open to the pressure mixer, the pressure mixer is a sealed chamber, which is provided with a vertical pipe open to the guide pipe thereon and an output pipe open to the pressure regulator on the side thereof the pressure regulator comprises at least one sealed chamber, each sealed chamber is connected with a pipe output installation mouth on the top thereof, the pipe output installation mouth is open to the hydraulic power generation installation, and moreover, an input pipe mouth is provided at the lower end of the sealed chamber of the pressure regulator, and the input pipe mouth is connected with the output pipe of the pressure mixer; a hollow rubber air sac is provided inside the sealed chamber, and the hollow rubber air sac is filled with a pressurized gas therein.
A method in a first network element enhanced to support offloading of user plane traffic, comprising: receiving a request message comprising at least one of a Tracking Area Update, TAU, request message or a Routing Area Update, RAU, request message, the received request message including one or more first indicators; sending a context request message to a second network element configured to receive one or more second indicators; receiving a response to the context request message, the response including one or more contexts associated with the one or more second indicators; comparing the one or more first indicators with the one or more second indicators; and sending a message associated with performing a detach procedure, wherein the detach procedure is initiated by the first network element, the comparing of the one or more first indicators comprises determining that the one or more first indicators do not match the one or more second indicators, and wherein the sending of the message is based on the determining. receiving a request message comprising at least one of a Tracking Area Update, TAU, request message or a Routing Area Update, RAU, request message, the received request message including one or more first indicators; sending a context request message to a second network element configured to receive one or more second indicators; receiving a response to the context request message, the response including one or more contexts associated with the one or more second indicators; comparing the one or more first indicators with the one or more second indicators; and sending a message associated with performing a detach procedure, wherein the detach procedure is initiated by the first network element, the comparing of the one or more first indicators comprises determining that the one or more first indicators do not match the one or more second indicators, and wherein the sending of the message is based on the determining.
An air conditioner including a refrigerating cycle in which a double-pipe heat exchanger is provided in a liquid-side refrigerant pipe between an outdoor heat exchanger and an indoor heat exchanger which are selectively connected to the discharge side of a compressor via a four-way valve; a heating expansion valve is provided between the outdoor heat exchanger and the double-pipe heat exchanger; a cooling expansion valve is provided between the indoor heat exchanger and the double-pipe heat exchanger; and in the double-pipe heat exchanger, a high-pressure liquid refrigerant flowing in the liquid-side refrigerant pipe is heat-exchanged with a gas-liquid low-pressure two-phase refrigerant which is formed by decompressing some of the high-pressure liquid refrigerant by a bypass expansion valve, wherein a low-pressure refrigerant outflow portion of the double-pipe heat exchanger is branched in a fork form; characterized in that one branch is connected to the refrigerant pipe between the outdoor heat exchanger and the heating expansion valve via first valve means; and the other branch is connected to the refrigerant pipe between the indoor heat exchanger and the cooling expansion valve via second valve means.
A terminal housing, comprising: a bottom metal frame; a feed line comprising a first end and a plurality of second ends; a communication module, wherein the bottom metal frame is provided with a plurality of through holes; and wherein each through hole is filled with a dielectric; a feeding point and a grounding point are arranged at each side of each through hole, respectively; the first end of the feed line is connected with a radio frequency port of the communication module; each respective second end of the feed line extends along the dielectric in one respective through hole and is connected with the feeding point of the respective through hole, so as to enable the bottom metal frame and the dielectric in the plurality of through holes to form an antenna unit. a bottom metal frame; a feed line comprising a first end and a plurality of second ends; a communication module, wherein the bottom metal frame is provided with a plurality of through holes; and wherein each through hole is filled with a dielectric; a feeding point and a grounding point are arranged at each side of each through hole, respectively; the first end of the feed line is connected with a radio frequency port of the communication module; each respective second end of the feed line extends along the dielectric in one respective through hole and is connected with the feeding point of the respective through hole, so as to enable the bottom metal frame and the dielectric in the plurality of through holes to form an antenna unit.
A method of generating an audible alert by a digital audio system configured to operate in a first operating mode and a second operating mode, the method comprising: generating or receiving an alert signal; generating a processed alert signal by processing at least a segment of the alert signal; analysing the processed alert signal to define whether the digital audio system operates in the first operating mode or the second operating mode; and in the first operating mode, generating an alert output signal comprising the alert signal; and in the second operating mode, generating an alert output signal comprising the processed alert signal. generating or receiving an alert signal; generating a processed alert signal by processing at least a segment of the alert signal; analysing the processed alert signal to define whether the digital audio system operates in the first operating mode or the second operating mode; and in the first operating mode, generating an alert output signal comprising the alert signal; and in the second operating mode, generating an alert output signal comprising the processed alert signal.
Selection machine for separating fruits from foreign bodies, comprising: - a rigid support frame, - a mobile frame connected to said fixed frame and comprising an inlet mouth, an outlet mouth and a longitudinal axis (A-A); - connection means between the fixed frame and the mobile frame; - actuation means of said mobile frame; wherein said mobile frame has a rectangular section and comprises an upper wall, a lower wall and a pair of sides that connect said upper wall to said lower wall; said mobile frame defining a space in which fruits and relevant foreign bodies are inserted through said inlet mouth; said lower wall comprising a plurality of holes with dimensions suitable for allowing the passage of said fruit; said mobile frame oscillating around a horizontal rotation axis (X-X) disposed transversally to the longitudinal axis (A-A), and said connection means comprise a horizontal connecting pivoting pin; said pivoting pin connecting said oscillating mobile frame to the fixed support frame; said pivoting pin having a longitudinal axis that coincides with the horizontal rotation axis (X-X) of the mobile frame; characterized in that said pivoting pin is disposed in the inlet mouth of the mobile frame, and said upper wall of the mobile frame comprises a plurality of holes with dimensions suitable for allowing the passage of said fruit. - a rigid support frame, - a mobile frame connected to said fixed frame and comprising an inlet mouth, an outlet mouth and a longitudinal axis (A-A); - connection means between the fixed frame and the mobile frame; - actuation means of said mobile frame;
An apparatus for measurement of the noisiness and of the vibrations of a rolling bearing of the type comprising a radially outer ring and a radially inner ring mounted coaxial to each other with respect to a common axis of symmetry and between which at least one crown of rolling bodies is arranged, the apparatus comprising, in combination: - a base; - a first support carried by the base and comprising a slide slidingly carried by the base in a predetermined direction and means removably carried by the slide, adapted to integrally receive a first one of the outer ring and the inner ring of the bearing, with the axis of symmetry arranged parallel to the predetermined sliding direction of the slide; - means for rotating at a predetermined speed a second one of the rings of the bearing; - means for axially moving the slide along the predetermined direction and for selectively applying, by the slide, a first and a second axial thrust (S1, S2) parallel to the axis of symmetry of the inner and outer ring and with opposite direction, to the ring integral to the support wherein: - the apparatus comprises a first and a second accelerometer (16, 17) accommodated into respective seats provided on the support so that respective measurement axes (X, Y) of the accelerometers are arranged at right angle relative to each other on a plane perpendicular to the axis of symmetry of the bearing; and - data processing means for processing a first and a second electric signal (T1, T2) emitted by the first and the second accelerometer (16, 17), respectively. - a base; - a first support carried by the base and comprising a slide slidingly carried by the base in a predetermined direction and means removably carried by the slide, adapted to integrally receive a first one of the outer ring and the inner ring of the bearing, with the axis of symmetry arranged parallel to the predetermined sliding direction of the slide; - means for rotating at a predetermined speed a second one of the rings of the bearing; - means for axially moving the slide along the predetermined direction and for selectively applying, by the slide, a first and a second axial thrust (S1, S2) parallel to the axis of symmetry of the inner and outer ring and with opposite direction, to the ring integral to the support - the apparatus comprises a first and a second accelerometer (16, 17) accommodated into respective seats provided on the support so that respective measurement axes (X, Y) of the accelerometers are arranged at right angle relative to each other on a plane perpendicular to the axis of symmetry of the bearing; and - data processing means for processing a first and a second electric signal (T1, T2) emitted by the first and the second accelerometer (16, 17), respectively.
An inertial measurement apparatus, comprising a PCB and an inertial measurement unit (IMU), the PCB comprising a PCB body portion and an isolation portion that is formed by slotting a side of the PCB, the isolation portion is symmetrically disposed relative to the symmetry axis of the PCB body portion, wherein the isolation portion is fixedly connected to the PCB body portion, the IMU being disposed on the isolation portion; characterized in that: the isolation portion is provided with a connection seat, the IMU being fixedly connected to the connection seat; the PCB body portion is symmetrically provided with a pair of installation seats on two sides of the connection seat; the PCB body portion is provided with an isolation area around each installation seat; and the isolation area is a remaining position after conductive copper foil of the PCB is etched away. the isolation portion is provided with a connection seat, the IMU being fixedly connected to the connection seat; the PCB body portion is symmetrically provided with a pair of installation seats on two sides of the connection seat; the PCB body portion is provided with an isolation area around each installation seat; and the isolation area is a remaining position after conductive copper foil of the PCB is etched away.