30results about How to "Avoid inaccurate temperature measurement" patented technology

The invention discloses a combined type continuous casting blank surface temperature measurement method and instrument. The combined type continuous casting blank surface temperature measurement method is characterized by comprising the two links of temperature measurement without a reflector and measurement with a reflector, building the relationship between the effective emissivity of the target area of measurement with the reflector and the effective emissivity of the target area of measurement without the reflector according to the multi-reflection principle of the Devos theory, and working out the casting blank surface temperature by building a double-wave-length radiation energy equation set of measurement without the reflector and measurement with the reflector. The temperature measurement instrument comprises a reflector (3), a motor transmission mechanism (5), an infrared temperature measurement probe (2), a calculation and control system unit (4) and a cooling system (7). The combined type continuous casting blank surface temperature measurement method and instrument resolve the problem of inaccurate temperature measurement caused by nondeterminacy of the emissivity, are suitable for a continuous casting site with complex measurement conditions, and finally participate and realize automatic control over the continuous casting process. The temperature measurement instrument can obtain stable and reliable infrared radiation energy signals to guarantee that the finally worked out temperature is accurate.

Disclosed is a method for controlling the tempering process of a glass plate. In the heating process of a heating furnace, a monitoring unit monitors a working parameter of a heating element in real time, filters the working parameter of the heating element and then transmits the filtered working parameter of the heating element to a control unit, the control units compares the received working parameter of the heating element with a set threshold, when the working parameter of the heating element reaches the set threshold in the first change process after reaching the maximum or minimum, thecontrol unit sends an instruction to a driving mechanism, and the driving mechanism acts to directly feed the glass plate into the heating furnace or delays to feed the glass plate into the heating furnace. The method changes the traditional control method based on time, and can controls the heating process of the heating furnace more scientifically and accurately.

A high-temperature vacuum sintering furnace with an automatic thermocouple plugging and unplugging device comprises a furnace body and the automatic thermocouple plugging and unplugging device arranged on the furnace body and located on an upper flange of the furnace body. The automatic thermocouple plugging and unplugging device comprises a connection flange, a supporting column, a support, a cylinder, a cylinder rod, a connection frame, a clamping block and a thermocouple. By means of the automatic thermocouple plugging and unplugging device, the problems that due to manual operation, the thermocouple is not plugged in place, and temperature measurement is inaccurate, or the thermocouple can not be unplugged in place, so that the thermocouple is damaged by a high temperature thermal field are solved. Moreover, the condition that the thermocouple is mechanically damaged when being manually plugged and unplugged is avoided.

The invention provides a bearing and a bearing outer ring integrated structure. The bearing comprises a bearing inner ring 12, the bearing outer ring integrated structure 11, a retainer 14 and a plurality of rolling balls 13, wherein the bearing inner ring 12 is a groove-shaped double-half ferrule with the gothic curvature, a circle of drawing groove is formed in the outer circumferential side ofthe bearing inner ring 12, and the retainer 14 is arranged on the outer circumference of the bearing inner ring 12; the bearing outer ring integrated structure 11 is arranged on the outer circumference of the retainer 14, the rolling balls 13 are arranged in an inner cavity formed by the bearing inner ring 12, the retainer 14 and the bearing outer ring integrated structure 11; the bearing outer ring integrated structure 11 comprises a bearing outer ring 110, a mounting edge 111, a first-section squirrel cage strip 112a, a second-section squirrel cage strip 112b, a supporting web 113, a boss 114 and a temperature measuring hole 115, wherein one end of the first-section squirrel cage strip 112a is connected to the bearing outer ring 110, and the other end of the first-section squirrel cage strip 112a is connected to the lower end of the supporting web 113; and one end of the second-section squirrel cage strip 112b is connected to the upper end of the supporting web 113.

The embodiment of the invention provides a temperature measurement method and device, a storage medium and an electronic device.The method comprises the steps that a first image obtained by shooting a target area at a first moment through first equipment is obtained, the first image comprises depth information of a first object, and the first object is an object included in the target area; a second image obtained by shooting the target area at the first moment through second equipment is obtained, and the second image comprises the temperature of the first object; the temperature is modified based on the depth information to determine a target temperature of the first object. According to the invention, the problem of inaccurate temperature measurement in the prior art is solved, and the effect of accurate temperature measurement is achieved.

The invention discloses a wireless temperature measurement control system of a natural lustre finishing machine and a control method thereof. The wireless temperature measurement control system comprises a PLC controller, a touch screen and a wireless temperature measuring system, wherein the wireless temperature measuring system comprises a wireless temperature measuring rotor, a wireless temperature measuring stator and a temperature transmitter. The wireless temperature measuring rotor faces the wireless temperature measuring stator, and the real-time temperature signals of an ironing roller are transmitted through wireless radio frequency power supply and carrier communication. The wireless temperature measuring stator and the transmitter are connected through a coaxial cable to transmit temperature data, and the transmitter is used for converting the main heating temperature signals and the auxiliary heating temperature signals into 4-20 mA current signals which are input into anintelligent temperature controller, and the intelligent temperature controller and the PLC controller are connected through an RS485 serial port communication line for real-time data exchange. The temperature signals of the rotary ironing roller are measured through wireless radio frequency power supply and carrier communication, and transmitted to the control system in a wireless transmission mode. The temperature of the ironing roller in the high-speed rotating and heating working process is constant. The structure is simple, the control precision is high, and the fault rate is low.