41results about How to "Implement signaling" patented technology

The invention provides a point-reading pen. The point-reading pen comprises: a penholder; a resonance circuit disposed inside the penholder; a trigger member disposed inside the penholder; and a pen core which is arranged on a nib portion of the penholder and is used for making the trigger member to move to trigger the resonance circuit. The pen core is provided with a writing nib and a fixed end portion, wherein the writing nib allows handwriting to be kept and can be clicked, and the fixed end portion is opposite to the writing nib. When a user clicks the writing nib, the trigger member is instantly triggered, and when the user is using the writing nib for writing, the trigger member is triggered continuously. The point-reading pen further comprises an elastic fixing member clamped inside the penholder. The fixed end portion of the pen core is detachably embedded inside the elastic fixing member in an elastic manner. When the writing nib of the pen core is pressed, the elastic fixing member deforms elastically to allow pressure to be acted on the trigger member. The point-reading pen can be clicked, can be used for writing, has the pen core that is replaceable, and enables signal transmission to be realized between writing movement and a point-reading machine.

The invention discloses a system and method for concentration detection and training based on functional near infrared spectrum technologies. The system comprises a wearable fNIR sensing device and an intelligent terminal; a fNIR control module in the wearable fNIR sensing device controls switching-on, switching-off and spectral wavelength of a signal emission source in a fNIR signal emission module, switching-on and switching-off of a sensor in a fNIR signal collection module as well as opening and closing of signal channels, and near infrared spectrum signals on each signal channel under different spectrum lengths are collected cyclically and transmitted to the intelligent terminal; and the terminal equipment uses a built-in concentration analysis module to transform the near infrared spectrum signals into hemoglobin content information in real time and then quantify the information into a concentration index.

The invention provides a charger detection device for a battery protection cascade system. The charger detection device comprises N battery protection chips which are in one-to-one correspondence connection with N battery strings, wherein the first battery protection chip is a master chip and the rest battery protection chips are cascade chips; the N battery strings are connected in series, and respectively comprise M batteries, and N and M are natural numbers more than or equal to 2; each battery protection chip comprises a grounding end, a power end, a master and slave chip select signal end and a charger detection port; a connecting point of the power end of the Nth battery protection chip and the positive terminal of the Nth battery string is extracted to form the positive end of a battery pack, a connecting point of the grounding end of the master chip and the negative terminal of the first battery string is extracted to form the negative end of the battery pack, and a charger is connected between the positive end and the negative end; and the charger detection port of the master chip is connected to the negative end of the battery pack through a port resistor, the voltage of the battery pack is detected, and the connecting state of the charger is judged. The charger detection device can safely and reliably detect the connecting state of the charger, transmit an overvoltage hysteresis control signal to the cascade chips, and improve the safety of an application system.

Provided is a novel electric car intelligent car body and intelligent chassis designing method. An intelligent chassis, an intelligent car body and a control system are included. Energy is transmitted between the car body and the chassis through a wireless charging technology. Control signals are transmitted through a wireless communication technology. The car body and the chassis are not electrically connected. The car body and the chassis are only connected through a fixing mechanical connecting point. A whole car air conditioning system is placed in the chassis and is communicated with the car body only through a circulating air way. Independent design of the car body and the chassis is completely achieved, and designing of an electric car is free and flexible.

The invention discloses a method for fabricating a three-dimensional capacitive coupling interconnection structure based on through-silicon capacitors, which comprises the following steps: forming two silicon substrates with the same structure, and aligning the back of one silicon substrate and bonding it to another silicon substrate form a three-dimensional capacitive coupling interconnect structure based on through-silicon capacitors; in the interconnect structure, the upper copper pillar and the lower copper pillar are coaxially arranged; the top of the lower copper pillar contacts the silicon dioxide insulation on the back of the upper silicon substrate The upper copper column and the lower copper column serve as the upper and lower plates of the capacitor respectively, and the insulating layer between the upper copper column and the lower copper column serves as the medium between the capacitors, forming a through-silicon capacitor structure. Compared with the conventional TSV process, the present invention omits the fabrication of metal bumps on the front side of the wafer, thinning and exposed copper on the back, insulation, and fabrication of micro-bumps in the fabrication process of the TSV structure, the fabrication process is obviously shortened, and the yield is improved , the required process equipment is reduced accordingly.