19 results about "Infrared probe" patented technology

The present application relates to external spectral data online acquisition system and application, the system includes sample window frame, optical window piece, external frame, infrared probe and optical fiber, wherein the sample window frame is installed on the window of the monitored object, the infrared probe is inserted into the outer cavity from the end and is intersected with the optical window piece, and the external frame can set or adjust the angle and / or distance between the infrared probe and the optical window piece. The present application is assembled quickly through the external and based on the window of the tank or the kettle body, the infrared spectrum of the material in the tank or the kettle body is obtained at the required angle and distance, which is convenient for the implementation of the material online monitoring in the drug production. On the other hand, the angle of the infrared radiation and the distance between the probe and the window piece can be set or adjusted, which has high practicability, and the change of the inner diameter of the inner cavity can also effectively avoid the adhesion of the material on the inner side of the window piece affecting the entry of the infrared light.

1. Name of the product in this design: Near-infrared brain functional imaging device probe adapter. 2. Purpose of this design: This design is used in a near-infrared brain function imaging device, in conjunction with a near-infrared probe, to fix the near-infrared probe onto the head cap of the near-infrared brain function imaging device. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the key design points: Design 1 3D view. 5. Design 1 is designated as the basic design.

The utility model relates to smelting field equipment installation technical field, concretely is a kind of non-contact converter body temperature measuring sensor mounting bracket, including including L-shaped support plate, the sidewall of L-shaped support plate is equipped with arc track, the mounting surface of L-shaped support plate is provided with mounting device, the mounting device includes two mounting seat, the utility model is set through the mounting seat of rotation and antiskid strip, effectively overcome the present fixed support cannot flexibly adjust measurement angle, infrared probe detection end measurement angle stepless free adjustment is realized, it is convenient to observe different furnace body area;Meanwhile, the elastic clamping of probe is carried out using bottom antiskid strip and top antiskid strip, connect mode in combination with non-integral fixation, the buffer performance of mounting structure is significantly improved, effectively isolates the vibration of scene, to greatly reduce the risk of temperature measuring sensor damage due to vibration impact while guaranteeing the flexibility of measurement.

The utility model discloses a kind of low-power consumption sensing equipment with bidirectional sensing and voice interaction function, it is related to the technical field of bidirectional sensing and voice interaction, including shell, double infrared probe, main control module, audio sounding module, storage module, bluetooth communication module, power module, speaker, real-time clock module and passenger flow statistical module.Double infrared probe is divided and placed at the head of shell, the moving direction of human body can be detected, and the corresponding audio is played through speaker according to the main control module;Supporting the text-to-speech editing of mobile phone applet, audio is transmitted to storage module by bluetooth;Using intelligent hibernation technology, no one triggers 1 minute after closing part module to run with low power consumption, passenger flow can also be counted and details are recorded, adapt to a variety of power supply mode, improve the convenience and intelligent degree of use.

The utility model relates to the technical field of battery production, specifically relates to battery safety valve installation inspection device. Including work table, the work table is installed with conveyer belt, is provided with safety valve inspection subassembly above conveyer belt, is provided with battery positioning subassembly on installation valve inspection subassembly. Through the design of adjustable upper cover, lower cover, screw and butterfly bolt, the position of infrared probe can be easily adjusted, so that it can adapt to the safety valve detection demand of different specifications of battery. This solves the problem that single device cannot be compatible with multiple battery models, improves the versatility and application range of the equipment, and can quickly switch detection tasks without replacing hardware.

The utility model relates to the technical field of line pipe physical parameter monitoring, more particularly to a line pipe temperature monitoring device and temperature monitoring line pipe thereof, including monitoring subassembly and dust cover, monitoring subassembly includes bottom plate and infrared probe on the bottom plate, dust cover is installed on the bottom plate and covers infrared probe, still include dustproof pressboard, drive component and stop piece, drive component drives dustproof pressboard to be close to and abut dust cover, be provided with the pressure block on the stop piece, dustproof pressboard and dust cover abut when, the stop piece locks dustproof pressboard, and the pressure block and dustproof pressboard's surface abut and promote dustproof pressboard pressure dust cover. The utility model does not need to carry the tool to disassemble screw when disassembling, and dust cover can be tightly attached with the bottom plate to close the gap between both when working.

The utility model relates to the technical fields of sign pole turn back flag is especially related to sign pole turn back flag pole passing induction device, including base, the bottom of base is connected with the bottom disc, the bottom of bottom disc is connected with the mounting nail, the top of base is connected with the sign pole, the surface of sign pole is installed with the reflection patch, the surface of sign pole is provided with lifting device, the side of sign pole is provided with induction device, the top of lifting device is provided with flagpole, the surface of flagpole is connected with the banner. The sign pole turn back flag pole passing induction device, through the setting of induction device, can utilize infrared probe and gear drive structure, realizes the multi -angle accurate scanning monitoring of the athlete's turn back action, effectively avoids the missed judgment misjudgment, simultaneously, combines data processing and real -time display function, not only can instant feedback pole passing data auxiliary training adjustment, also can satisfy the multi -scene demand of sports events, physical ability test etc, greatly promotes the functionality and practicality of device.

This utility model discloses an infrared electroencephalogram (EEG) electrode positioning device, comprising: a fixing component, including a fixing surface and an assembly surface, wherein the fixing surface is used for detachable fixing to a wall, and the assembly surface is provided with a first ball joint; an infrared probe for projecting red dots to the target electrode position; and an adjusting rod assembly, one end of which is rotatably connected to the first ball joint of the fixing component, and the other end of which is movably connected to the infrared probe. This utility model achieves detachable fixing to the wall through the fixing component, eliminating the need for drilling and preventing damage to the installation environment, thus solving the problems caused by traditional drilling fixing methods. The rotatable connection of one end of the adjusting rod assembly to the first ball joint of the fixing component allows the adjusting rod assembly to be adjusted in multiple directions. Compared with traditional rigid structure supports that only support single-direction adjustment, this better adapts to the multi-angle needs of different patient head shapes or complex surgical scenarios, improving the adjustability and flexibility of the support.

The multifunctional disinfection and epidemic prevention vehicle for the pigeon farm is provided with a power trolley, multifunctional sensors are installed on the upper portions of the front portion and the rear portion of the power trolley, a medicament box is installed in the middle of the power trolley, telescopic rods are installed on the two sides of a water tank, and infrared probes and sprayers are installed on the telescopic rods. A charging port and a mode selection button are arranged at the front side end of the power trolley, a water outlet is formed in the side face of the power trolley, and the power trolley is provided with a remote controller. The multifunctional disinfection and epidemic prevention vehicle for the pigeon farm is controlled to operate through a remote controller when being used for the first time, a motion path is automatically generated and optimized in the vehicle after being used for the first time, detection requirements executed on the motion path and pesticide spraying control are automatically memorized, the path is associated, and multiple operation modes can be set according to the requirements; subsequent automatic operation can be achieved according to requirements of the pigeon farm, pigeon farm disinfection, pigeon flock epidemic prevention inoculation or pigeon flock medicament spraying treatment can be conducted on the pigeon farm, operation is easy, and applicability is high.

The utility model relates to electric energy meter test technical field provides a guide rail meter test frock, including frock box body, displacement drive component and positioning detection component, displacement drive component includes support frame, linear drive arrangement and connecting cushion block, and support frame is located in the box body, and linear drive arrangement is connected with support frame, and connecting cushion block is connected with linear drive arrangement, positioning detection component includes fixed abutting seat and mobile tray, and fixed abutting seat is located on the box body, and is located mobile tray one side, and fixed abutting seat one side is equipped with the power -on spring probe and test spring probe, and mobile tray is fixedly connected with connecting cushion block, mobile tray one side still is equipped with the probe support structure and infrared probe, and infrared probe is movably connected with probe support structure. The utility model discloses through the cooperation of displacement drive component and positioning detection component, has realized the power -on spring probe and test spring probe automatic abutment, has avoided the manual connection terminal, has improved the operation security of test personnel.

The application discloses a terminal for wireless acquisition and real-time monitoring of operating room environment parameters. The monitoring terminal comprises a common-aperture packaging module, a multi-source energy capturing module, a sensing and logic control module, and a high-voltage direct-drive modulation module. The multi-source energy capturing module uses amorphous silicon photovoltaic panels to absorb visible light and output low-voltage direct-current electric energy, and uses a micro cantilever beam type friction nanogenerator to capture vertical laminar air supply kinetic energy and output transient high-voltage electric energy. The sensing and logic control module performs temperature and humidity sampling and differential pressure sampling and generates a digital baseband control sequence with direct-current balance characteristics. The high-voltage direct-drive modulation module directly applies the transient high-voltage electric energy to a micro-electro-mechanical system liquid crystal light valve through a photoelectric isolation interlocking switch, modulates environmental physical quantities onto a near-infrared probe light beam to form a backscattering light signal, and the system uses a diffuse reflection wall surface to construct a multipath reflection channel to overcome the blockage of a straight-line line-of-sight link caused by medical equipment.

The utility model discloses a kind of FFC wire rod bending detection devices, including electric cabinet, the top of electric cabinet is connected with platform;Driving device is connected in electric cabinet, driving device is driven to be connected in driving rod, and driving rod is located above platform;Sliding fit has sliding table on platform, driving rod drives sliding table linearly moves;Sliding table is connected with movable plate, platform is connected with fixed plate, fixed plate is parallel to movable plate, and gap is left between fixed plate and movable plate;It further includes counting system, counting system includes infrared probe and counter, support plate one end is connected with lug plate, infrared probe is connected on lug plate. Compared with prior art, when using, the both ends of FFC wire rod are fixed on moving plate and fixed plate respectively, with the linear motion of moving plate, the frequent bending process of FFC wire rod can be simulated, and then the bending life of FFC wire rod is detected, so as to avoid the economic loss of enterprise.

The present application relates to the field of optical microscopic scanning, and specifically relates to a multifunctional composite scanning probe. The present application comprises a probe shell, a first transmission optical fiber, a second transmission optical fiber, a perforated optical fiber fixing assembly, a first fixing assembly, a first lens group, a second fixing assembly, and a second lens group, wherein the first numerical aperture of the first lens group is greater than the second numerical aperture of the second lens group, and the optical axis of the first lens group and the optical axis of the second lens group have a fixed included angle. The present application fixedly integrates a visible light probe with a large numerical aperture and a multi-wavelength infrared probe with a small numerical aperture, and does not need secondary calibration when the lens groups are translated or rotated, thereby having high working efficiency and strong system stability. The present application is mainly used for measuring microstructures and micro-nano optical elements.

The present application relates to valve detection technical field, specifically to a kind of probe propulsion mechanism and the double electromagnetic cut-off valve detection equipment containing the mechanism, including detection table and valve, further including self-adjusting detection component, including two mounting brackets symmetrically slidingly installed on detection table, two mounting brackets are installed with two infrared probes on the outer wall of side close to each other, self-adjusting piece for keeping the distance of two infrared probes and valve core always same is also movably installed on mounting bracket;Positioning adjusting component, including clamping plate slidingly installed on detection table, the sliding direction of clamping plate is perpendicular to the sliding direction of positioning block, when clamping plate extrudes valve, two positioning blocks are mutually close to adjust the angle of valve.The present application is cooperated with self-adjusting detection component and positioning adjusting component, realizes the automatic centering of double electromagnetic cut-off valve, probe distance self-adapting compensation, completely saves the operation of manual regulating valve position and probe alignment, significantly improves detection efficiency.

This invention discloses a dynamic circulating extraction system for traditional Chinese medicine (TCM) applied in the field of infrared online detection technology. The system utilizes a shared monitoring pipeline for both the circulating intake and return pipes. The recovered solvent is returned to the extraction tank via the return and monitoring pipelines, effectively flushing the monitoring pipeline and reducing the deposition of TCM components within it. This maintains a low solvent concentration within the monitoring pipeline, minimizing the impact of residual TCM components on monitoring results. An electric push rod pulls a movable plug into the monitoring chamber, drawing the TCM extract from the fixed chamber into the monitoring chamber. Simultaneously, the movable plug, via a connecting piece, pulls a sealing plug, sealing the monitoring chamber. This enables spectral detection of the TCM extract by the infrared probe, providing a stable spectral detection environment and significantly improving the accuracy of the detection results.

This utility model discloses a silkworm feeding device, including a frame. A first hopper is fixedly connected to the upper end of the frame, and a second hopper is fixedly connected at an angle above and behind the first hopper. The first hopper contains a first variable frequency motor, a first circulating conveyor belt, a large brush roller, and a first infrared sensor. The second hopper contains a second variable frequency motor, a second circulating conveyor belt, a small brush roller, a spiral feeder, and a second infrared sensor. This silkworm feeding device is automated and features convenient operation and labor savings. During operation, precise feeding of silkworms can be achieved through detailed control of the variable frequency motor, small brush roller, large brush roller, first infrared sensor, and second infrared sensor.

The utility model belongs to metal bottom disc processing transmission device field, concretely speaking is a kind of metal bottom disc processing automatic transmission device, including conveyer belt, the both sides of conveyer belt one end are fixedly connected with moving assembly, the moving assembly includes the side plate of fixed connection with conveyer belt, the side of side plate is fixedly connected with first electric push rod, one end of first electric push rod is fixedly connected with connecting block, the top of connecting block is fixedly connected with second electric push rod, the top of second electric push rod is fixedly connected with connecting plate;Through infrared probe detection metal bottom disc placement signal and trigger control panel start positioning assembly and moving assembly, third electric push rod group pushes the plate correction metal bottom disc position after, second electric push rod drives the bottom of tray lifting, first electric push rod drives tray transverse movement to conveyer belt transmission position, realize fully automatic lifting and transmission, solve the problem that manual operation is complicated, significantly improve processing efficiency.

The provided is a method and system for detecting a cross-sectional temperature field of a furnace with a single infrared probe. The method includes: acquiring environmental information of a preset simulated detection space and a periphery of the furnace; collecting a first detected temperature at a first preset point, and determining a first distance between a first preset position and the first preset point; collecting a second detected temperature at the first preset point; determining an error relationship function; collecting cross-sectional temperature data of the furnace at a plurality of second preset points in a cross-section of the furnace, and determining coordinate information of the plurality of second preset points in a furnace coordinate system; determining a detection score of the cross-sectional temperature field of the furnace; and generating a detection report of the cross-sectional temperature field of the furnace.

This utility model belongs to the field of cutting devices for guardrail processing, specifically a cutting device for guardrail processing, including a cutting cabinet. Electric push rods are fitted with holes on both sides of the cutting cabinet. One end of each electric push rod is fixedly connected to a clamping plate. A control board is fitted inside a cavity on the top surface of the cutting cabinet. A waste bin is located inside the cutting cabinet. A partition net is fixedly connected to the top surface of the waste bin, and a slide rail is provided on its side, slidably connecting to the waste bin. Hinges are symmetrically fixedly connected to both sides of the cutting cabinet's feed inlet, and side plates are fixedly connected to the sides of these hinges. Electromagnets are fixedly connected adjacent to the feed inlet. By setting a closable side plate and its linkage mechanism at the feed inlet of the cutting cabinet, an infrared probe detects the closed state of the side plate and transmits a signal to the control board. The control board then forcibly interlocks the start and stop of the cutting cabinet's processing and the movement of the electric push rods, achieving a fully enclosed cutting environment and completely avoiding safety accidents caused by metal splashes or damage to the cutting wheel.