42results about How to "Get over work" patented technology

The invention discloses a COTDR (coherent detection based optical time-domain reflectometry) fused long-distance coherent detection brilouin optical time-domain analyzer which comprises a narrow-linewidth laser, two couplings, a microwave signal source, an electro-optic modulator, an isolator, a long-distance sensing optical fiber, an optical circulator, a 3 db coupling, a pulse modulator, an Er-doped fiber amplifier, a scrambler, a pulse signal generator, a balancing photoelectric detector, an electrical frequency spectrum analyzer, a data processing module and an acousto-optic modulator. According to the invention, the signal-to-noise ratio of BOTDA (brilouin optical time domain analysis) is improved by using a coherent detection method, a non-local effect of a BOTDA system is reduced in a double-sideband detection mode, and the sensing distance is more than 70 km under the condition of no light amplification such as raman; and according to the invention, the COTDR is fused to a coherent detection based BOTDA system, and the system can run in a breakpoint testing mode, so that the defect that the traditional BOTDA can not run when a sensing fiber has breakpoints and can not carry out positioning on breakpoints is effectively overcome, thereby enhancing the adaptability and practicability of the sensing system.

The invention discloses an amplitude detection circuit with a direct current offset elimination function. The amplitude detection circuit has a differential structure, and consists of a direct current offset elimination circuit, an amplitude limiting amplification circuit, an amplitude detection circuit, a current addition circuit and a filtering circuit, wherein the direct current offset elimination circuit comprises a plurality of direct current offset suppressors with a low-pass filtering function; the amplitude limiting amplification circuit comprises a plurality of amplitude limiting amplifiers; and the amplitude detection circuit comprises a plurality of amplitude detection units. A differential radio frequency signal is amplified to be saturated by a plurality of stages of cascaded amplitude limiting amplifiers, the output of each stage of amplitude limiting amplifier is detected by the amplitude detection units, output detected amplitude values are transmitted to the current addition circuit for addition, and the sum is filtered by the low-pass filtering circuit to obtain output voltage related to the amplitude of the input signal. The circuit can be adapted to the requirements of high monolithic integration level of a radio frequency chip, and is applied to a high-integration level zero-intermediate frequency receiver with the requirement of signal amplitude detection.

The invention discloses a radiotherapy network information management system comprising a communication network, an application server, a database serer, a work station and a TPS, wherein the application server, the database server and the work station are connected through the communication network; the application server and the TPS are connected; the work station is connected with a control table or equipment corresponding to the work station. The radiotherapy network information management system has the advantages that each equipment, the servers and the work station are connected through the communication network, network resources of departments are integrated and reconstructed, each equipment, the network and a software system are managed uniformly, radiotherapy data are comprehensively analyzed, uniformly stored and managed, and treatment amount and working efficiency of the radiotherapy departments are improved.

The invention discloses a shopping mall building air conditioner cooling load prediction method based on GBDT, a storage medium and equipment, and the method comprises: collecting cooling load data, and carrying out the normalization processing to serve as the cooling load energy consumption prediction; establishing a load prediction model based on a gradient lifting decision tree algorithm; inputting the preprocessed data into a prediction model for training, selecting a grid search-cross validation mode, and optimizing the three hyper-parameters with the maximum influence on the performanceof the GBDT model; establishing a final cold load prediction model by completing parameter optimization of the prediction model, and obtaining a predicted cold load curve according to the parameters and the structure of the prediction model; and evaluating the prediction performance of the prediction model, adopting the prediction error for evaluation, enabling the deviation between the true valueand the prediction value to form the prediction error, and completing mall building air conditioner cooling load prediction. The method has good prediction precision, universality and applicability,and is especially suitable for large public buildings with periodically changing cold loads.

The invention relates to a manipulator self provided with a wafer edge-searching sensor, which comprises a main arm (100), an edge-searching sensor (1103) and a mandrel assembly (140), wherein the edge-searching sensor (1103) can lift and rotate along with the main arm (100); the main arm (100) adopts a first hollow structure; the mandrel assembly (140) passes through the first hollow structure and is arranged in a state of not rotating relative to the main arm (100) but lifting relative to the main arm (100); the mandrel assembly (140) adopts a hollow shaft to form a second hollow structure, the second hollow structure keeps an extraction state constantly, a tray (1402) supports the back part of the wafer, certain space is kept between the tray and the wafer, the certain space is communicated with the air to generate negative pressure, and thus, the tray (1402) can stabilize and support the wafer when the wafer is taken and fed. The edge-searching sensor and the manipulator are combined into one, the wafer does not rotate and the main arm drives the sensor to rotate at a high speed during the edge searching process, defects brought by rotating the wafer currently can be effectively avoided, and due to the negative pressure structure of the tray supporting the wafer, defects of the existing sucker structure can be overcome effectively.

The invention relates to a spatial multidimensional micro-vibration simulator based on a six-dimensional parallel mechanism, in particular to a parallel mechanism based on the Stewart-Gough platform. The spatial multidimensional micro-vibration simulator comprises an upper platform, a lower platform and six driving legs, wherein the upper platform and the driving legs are connected through spherical hinges; the lower platform and the driving legs are connected through hook joints; the driving legs are composed of components like voice coil motors, leaf springs and stop sleeves, and can output vibration with the maximum amplitude of 3 mm and the maximum frequency of 500 Hz in the axial direction. According to the spatial multidimensional micro-vibration simulator based on the six-dimensional parallel mechanism, provided by the invention, by adjusting expansion and contraction of the six driving legs to control the six-dimensional motion of the upper platform and the load thereof, the simulation of spatial micro-vibration can be completed; the vibration mode output by the simulator is multidimensional random vibration with specific spectrum form, the effective bandwidth is 0.5-100 Hz, and the shock excitation magnitude is 10<-5> g-10<-3>g.

The feed source of the corrugated horn comprises a harmful harmonic mode suppresser, the corrugation groove mode converter with double-groove structure, the frequency change and angle change transition section with double-groove deep corrugation structure and the radiation section with double-groove deep corrugation structure. The corrugation groove mode converter combines the harmful harmonic suppresser and the annular loading groove as well as the straight groove so as to reach the purpose of restraining excitation of the harmful harmonic mode, lowering reflectino loss and dual-band joint use. The invention possesses the features of rotation symmetry of the radiation pattern in two discrete frequency ranges, low electrical level of the side lobe and cross polarization, low reflection loss and high gain.

The invention relates to a five-axis numerical control engraving and milling machine for a tire sidewall plate. An upright post moves forwards and backwards on a transverse sliding seat to form a first linear axis; the transverse sliding seat moves leftwards and rightwards on a pedestal to form a second linear axis; a dragging plate of the upright post moves up and down along the upright post to form a third linear axis; a numerical control rotary table is arranged on a supporting seat to rotate circumferentially to form a fourth axis; and a spindle swinging head is arranged on the dragging plate of the upright post to rotate circumferentially and swing to form a fifth axis. The five-axis numerical control engraving and milling machine has the advantages of low manufacturing cost, high processing precision, high processing speed, high dynamic performance, large travel range, small occupied area of a machine tool, convenient manufacture and assembly, attractive structure, light and convenient operation, high sealing property and good dust-proof effect.

The invention discloses a detection object-based software vulnerability model detection method, which comprises the following steps: (1) flow of loading vulnerability in which a data structure of a vulnerability model is established, wherein the vulnerability model is composed of a state set and an operation set of a vulnerability state machine, and the state represents the state of the state machine; 2) flow of vulnerability model detection processing; 3) flow of analyzing function program operation sequence, namely a process of analyzing the function program sequence aiming at the detection object; and 4) process of operated state conversion processing in which the operated conversion state is calculated. The invention provides a vulnerability model-based software vulnerability model detection method. The software vulnerability-based state machine model is centered on a key detection object, which abstracts and models the software codes, performs vulnerability static detection only on the program operation sequence associated with the vulnerability state and judges the existence of the vulnerability model in the codes. The invention solves the problems that a lot of repeated work needs to be done, the detection speed is influenced and the accuracy is not high in the prior art.

The invention discloses a squeezing mechanism for an oil press. A part of a cylinder part positioned outside a barrel is provided with a stress part; a horizontal adjusting column is arranged on a frame corresponding to the stress part; a spring is arranged on the adjusting column; one end of the spring is pressed against the stress part; the other end of the spring is pressed against an adjusting nut which is in threaded connection with the adjusting column; the aperture of the inner wall of the inner end of the cylinder part is greater than the aperture of the inner wall of the outer end of the cylinder part; the aperture of the part of inner wall between the inner end of the cylinder part and the outer end of the cylinder part is reduced gradually; an outward extending part is arranged at the inner end of the cylinder part; the extending part extends into a squeezing segment; the outer wall of the extending part is matched with the inner wall of the squeezing segment. Dynamic balance to the working situation is realized through the movement of the cylinder part, and the problem of failure in working of the squeezing mechanism or even damage to a motor due to poor oil discharge efficiency occurring in an oil squeezing process and forced increase of the oil discharge efficiency is solved. The squeezing mechanism has high oil discharge efficiency and high squeezing efficiency, and does not damage any machine.

The invention relates to a bladder irrigation device. In the bladder irrigation device, a branch pipe 1 of flush bag communication pipe, one end of the two branch pipes of the irrigation bag communication pipe are communicated with one end of the three-lumen urinary tube communication branch pipe, Branch pipe 1 of flush bag communication pipe, At that other end of the branch pipe 2 of the flush bag communication pipe are communicated with each other a flush bag, Branch pipe 1 of flush bag communication pipe, A first flow rate regulator is respectively arranged on the branch pipes 2 of the flushing bag communication pipe, A 3-lumen urinary catheter communicate branch tube is connected with an irrigation drip tube of that 3-lumen urinary catheter, one end of the drainage tube is connected with a drainage tube end of the 3-lumen urinary catheter, the other end of the drainage tube is communicated with a liquid collector, and a drainage tube squeeze device and a second flow rate regulatorare arranged on the drainage tube. The invention has the following beneficial effects: overcoming the defects of inconvenient control of the flow rate of the existing bladder irrigation device, inconvenient metering, easy blockage of the front end of the urinary catheter and the like, which lead to the waste of manpower and time of the nursing staff.

The invention discloses a long-term monitoring auxiliary system suitable for perennial frozen areas in a plateau, and the system comprises a protection module and an electricity supply module which are matched, wherein the protection module comprises a long-term monitoring system protection box. The long-term monitoring auxiliary system suitable for perennial frozen areas in the plateau provided by the invention can be used for overcoming the defects that the long-term watching difficulty is great, a monitoring device is easy to damage, long-term stable operation is difficult to realize, the monitoring result has poor reliability and the like can be overcome, so as to achieve the advantages of unmanned watching, good protection performance of the monitoring device, capability of operating stably for a long time, good reliability of the monitoring result.

A heat accumulating gasifier for liquefied natural gas is disclosed. The natural gas generated by evaporation of liquefied natural gas in storage tank is burning at the bottom of gasifier. The heat generated by said combustion is transferred via heat exchanger to the heat accumulating medium. The accumulated heat is then used to gasify the liquefied natural gas. Said gasifier is composed of a heat exchanger, an insulating gasifying case containing said heat exchanger and divided into the gasifying cavity containing showering tube of liquefied natural gas and natural gas collecting tube and the heat accumulating cavity full of heat accumulating medium, and an igniter.

The invention relates to a rapid measurement and analysis method for rock mass structural features of underground engineering. The method comprises the following steps that: step one, a survey area isdetermined based on a survey purpose and the area is divided into a plurality of sub areas by using a large geological structure like a fault as a boundary; step two, a plurality of measuring pointsare divided in the survey area, wherein the measuring points are arranged in the survey area at intervals; step three, according to occurrence characteristics of the joints in the range of the measuring points, dominant joint groups are divided and joint measurement windows are arranged by using the center points of the measuring points as centers based on the trend occurrence characteristics of the dominant joint groups; and step four, the measurement and analysis of the tendency, the inclination angle, the average joint spacing and the average trace length of the joint are carried out basedon the joint measurement windows. Therefore, defects of large field work load, many needed measurement field indexes, and statistic analysis work delay due to the joint information full-sample measurement and statistics of the traditional surveying method are overcome; and the rapid and accurate measurement and analysis of rock mass structure surface of underground space are realized.

The invention discloses a single-groove deep C/Ku dual-band differential mode tracking feed source, and belongs to the technical field of the communication antenna. The feed source comprises a single-groove structure corrugated horn and a differential model feeder line synthesis network; the single-groove structure corrugated horn is composed of a transition section, a mode conversion section, a frequency conversion section, an angle variable section and a radiation section; the frequency conversion section is a single groove structure form composed of multiple groove periods, the first to the eighth coupling ports are uniformly and orderly formed on the circumference of the corrugated horn corresponding to one groove period at the front part of the angle variable section, the included angle between two adjacent coupling ports is 45 DEG. The single-groove deep C/Ku dual-band differential mode tracking feed source disclosed by the invention can realize the dual-band communication, the dual-band single-pulse tracking and the dual-band share, and has the advantages of being rotational symmetry in directional diagram, low in side lobe level, small in reflection loss, high in gain, and rotational symmetry in differential directional diagram.

The invention discloses a variable speed structure of a hybrid electric vehicle. A clutch is arranged between the output end of an engine and the input end of an input shaft, so that the engine is selectively combined with and separated from the input shaft through the clutch; and a motor middle shaft is parallel to the input shaft, the motor middle shaft is fixedly connected with a motor middle shaft deceleration low-gear gear and a motor middle shaft deceleration high-gear gear in sequence, wherein, the motor middle shaft deceleration low-gear gear is engaged with the motor middle shaft deceleration high-gear gear, the motor middle shaft deceleration high-gear gear is simultaneously engaged with a reverse gear shaft motor deceleration high-gear gear and a motor middle gear, and the motormiddle gear is fixedly connected to an output shaft of a motor. According to the variable speed structure of the hybrid electric vehicle, on the basis of an existing six-speed manual transmission, the 48V motor is integrated through gear transmission, the motor can serve as a driving motor, can also serve as an electric generator, and providing 48V driving power by the motor and energy recovery are achieved accordingly.

The invention relates to an ultra wide band fractal antenna. The ultra wide band fractal antenna comprises a substrate prepared by an organic magnetic material, a double-face radiation unit printed on a surface of the substrate, a fractal defected ground floor and a semi-steel coaxial wire connecting the double-face radiation unit and the floor, wherein the semi-steel coaxial wire comprises an inner core and a copper sheet wrapping the inner core, the substrate and the floor are respectively horizontally arranged, the semi-steel coaxial wire is perpendicular to the substrate and the floor, one end of the semi-steel coaxial wire is connected with the double-face radiation unit of the substrate, the other end of the semi-steel coaxial wire penetrates through the floor and is connected with an SMA connector, the defected ground floor comprises 4*4 fractal unit slots which are arranged in a mode, and the fractal unit slots are fractal tree annular structures. The ultra wide band fractal antenna has advantages of wide band, high gain, excellent directional diagram, light weight and easy mounting, because of excellent performance, the ultra wide band fractal antenna is an excellent choice for UBW, PCS, WLAN, RFID, WIMAX and other communication systems.

The invention provides a segmented profiling technology for forming a draught fan wheel cover and belongs to the technical field of draught fan manufacturing. The segmented profiling technology for forming the draught fan wheel cover solves the problems that an existing large-sized draught fan wheel cover is high in production cost, complicated in production and the like. According to the segmented profiling technology for forming the draught fan wheel cover, a first wheel cover body is formed by splicing four wheel cover components, each wheel cover component is in a fan ring shape and is formed through repeated segmented profiling in the arc direction, the first wheel cover body and a second wheel cover body are spliced to form the draught fan wheel cover, and requirements are met. The segmented profiling technology for forming the draught fan wheel cover has the advantages of simplifying the mold design in the manufacturing technology, lowering the production cost, improving the precision of the product, being wide in application range and the like.

The invention relates to a release armature of an electromagnetic release, which is used in a circuit breaker. The release armature of an electromagnetic release comprises an armature basal body made of an iron magnetic material and a push rod, wherein the push rod is screwed on the armature basal body in a thread way and passes through the armature basal body, a soft ring is fixed on the end part of the armature basal body and connected with the armature basal body into a whole, and the internal hole of the soft ring is a little smaller than the diameter of a screw rod on the push rod to enable the thread on the push rod to be screwed into the soft ring and tightly packed by the internal hole of the soft ring to prevent the push rod from easily rotating, the soft ring is made of plastic or rubber, and the soft ring is fixedly embedded on the end part of the armature basal body. After the push rod with a thread is screwed into the armature basal body, the invention guarantees the position of the push rod to be set by regulation, and the set position of the push rod can not automatically change caused by vibration in work.

The invention discloses an ultrasonic motor driven foot acupuncture point massaging diabetic foot therapeutic apparatus, which comprises a vacuum box body (1), an ultrasonic motor (3), a rotary massaging head (4) and a far infrared emitter (5), wherein an exhaust hole (6) and inlets (8) are formed in the vacuum box body (1); seal devices (7) are arranged on the inlets (8); the exhaust hole (6) is connected to a vacuum pump arranged on the outer side of the box body; the ultrasonic motor (3) is connected to one end of a telescopic bracket (2); the other end of the telescopic bracket (2) is fixedly arranged on the inner side of the vacuum box body (1); the rotary massaging head (4) is connected to the ultrasonic motor (3) and directly faces the inlets (8); the far infrared emitter (5) is inlaid in the upper part of the plane of the rotary massaging head (4); and the ultrasonic motor (3), the rotary massaging head (4), the telescopic bracket (2), the far infrared emitter (5) and the vacuum pump are respectively connected to a control device which is arranged on the outer side of the box body.

The invention discloses a dry pulse bag type dust collector and application thereof. The dry pulse bag type dust collector comprises a bracket, a square shell, an ash bucket, a filter and an air blowing device, wherein a synergistic effect is achieved by a lower disk of the filter and an upper Venturi-tube pulse airflow inlet, so that a pulse flushing effect is achieved, pulse airflow flow into a filter bag efficiently and more easily, solid impurities on the filter bag are removed effectively, a very good removing effect is achieved, and the filter bag of the filter does not need to be replaced, namely, the filter bag can be recycled. The dry type pulse bag has a reasonable structure, is easy to detach, is suitable for various filter bags; the novel air blowing device is designed, so that a large amount of pulse airflow is introduced effectively, dust sucked by the filter bag is shaken off, and a best cleaning effect is achieved; meanwhile, equipment has long service life, and is suitable for removing dust from high-temperature acid and alkaline coal-fired flue gas.

The invention discloses a dangerous point voice broadcasting attention device of a power transmission line. The dangerous point voice broadcasting attention device comprises an aluminum alloy box body, an electric power tower and a solar battery unit. A video collection unit, a sound-light alarm unit, a signal processing unit and a wireless transmission unit which are arranged sequentially from top to bottom are disposed in the aluminum alloy box body. The video collection unit, the sound-light alarm unit and the wireless transmission unit are respectively connected with the signal processing unit through a line. The video collection unit is connected with a monitoring camera through a line. A stainless steel sound column and a sound-light alarm whistle are arranged on the electric power tower and are connected with the sound-light alarm unit through a line. The solar battery unit is respectively connected with the video collection unit, the sound-light alarm unit, the signal processing unit and the wireless transmission unit through a line. The dangerous point voice broadcasting attention device has the advantages of being programmable, unattended in operation, high in efficiency, good in safety and the like, and is efficient, flexible, low in cost and comprehensive in function.

The invention relates to the technical field of liquid mixing devices, in particular to a liquid mixing device and a control algorithm thereof. The liquid mixing device is characterized in that a liquid inlet mechanism connected with a liquid inlet of a reaction kettle is arranged and comprises a reagent box, a liquid inlet pipe, a gas inlet pipe and a gas bottle containing gas, a gas inlet is formed in the top of the reagent box, a liquid outlet is formed in the reagent box, the gas bottle or a gas pressure generation device is connected with the gas inlet in the top of the reagent box through the gas inlet pipe, the liquid outlet in the reagent box is connected with the liquid inlet in the reaction kettle through the liquid inlet pipe, a pressure reduction valve, a pressure detection device and an electromagnetic gas inlet valve are arranged on the gas inlet pipe used for connecting the gas bottle or gas pressure generation device with the reagent box, a liquid inlet valve is arranged on the gas inlet pipe used for connecting the reagent box with the reaction kettle, and the liquid inlet valve is connected with a liquid inlet control mechanism. Compared with the prior art, the liquid mixing device has the remarkable advantages of being reasonable in structure, high in efficiency, low in cost, high in reliability and corrosion resistance, and the like.

The invention provides a quick refreshing candy. The quick refreshing candy comprises 10-20% of a quick refreshing component, 25-40% of a slow refreshing component and 40-65% of an excipient. The quick refreshing component is a sour agent, a bitter agent or a spicy agent. The slow refreshing component is a traditional Chinese medicine component. The quick refreshing candy can make a person quickly becoming clear-headed from a sleepy state by the quick refreshing component, keeps the person in a clear-headed state by the slow refreshing component, is suitable for a driver to eat during driving, and is also suitable for other sleepy occasions.

The invention discloses a software development method depending on a database. The method is used for configuring files according to a division complication software to increase software development speed. The method comprises the steps of defining a configuration file structure, designing an operation instruction statement code template in the configuration file; before defining the structure ofthe configuration file, analyzing the function of a software system corresponding to the configuration file according to the database and user requirements to obtain an analysis result, dividing operation categories according to the analysis result, and compiling software system operation statements corresponding to the database; defining a relationship between the configuration file and other parts of the software system; designing a return field, completing software development, adding a default field of the operation instruction statement code template, and generating a corresponding operation instruction statement.

The invention provides an improved cable lead coating method. The method comprises the following steps: fixing a lead pre-coating mold at the top end of a cable sheath; injecting a lead coating material in a molten state into the lead pre-coating mold at a constant speed along the port of the lead pre-coating mold; after the lead pre-coating pipe body is cooled, taking down the lead pre-coating mold; carrying out sawing to obtain a plurality of air fork openings; allowing one end of a cable intermediate joint to stretch into a pipe cavity of the lead coating pipe body, and knocking the top endof the lead coating pipe body by using a hammer, so that the top end is clamped with the outer side surface of the other end of the cable intermediate joint; and heating the lead coating pipe body. According to the invention, the defect is overcome that in a traditional cable lead coating method, a worker needs to conduct lead coating on the cable intermediate joint and the cable sheath at the same time, so the requirement for the lead coating process technology of the worker is lowered, the working efficiency of the worker is improved, the lead coating completion quality is further improved,and the service life of the cable intermediate joint is further prolonged.

A disclosed infrared transmitting system possessing a dynamic code database and being upgradable on line comprises a power supply module, a wireless communication module, a dynamic-code database storage module, an infrared decoding module and a remote on-line upgrading module. The system also comprises a mobile terminal control APP, the APP transmits a signal to a cloud server, and the system is controlled through the wireless communication module. The invention also discloses a control method for the system. The infrared transmitting system overcomes the problems that internet is essential for work in related technologies and response speed is slow.

The invention discloses an intelligent plant protection cart and a working method thereof. The intelligent plant protection cart comprises a cart body and a pesticide spraying device for spraying pesticides, the cart body is provided with a driving device, the pesticide spraying device is positioned above the driving device and comprises a pesticide storage tank, a booster pump, at least one solenoid valve, at least one group of sprayers and an overflowing valve, the pesticide storage tank is filled with suitable pesticides, the booster pump is connected with the opening end of the pesticide storage tank through the low-pressure end of a pipeline, the input ends of the solenoid valves are connected with the high-pressure end of the booster pump through pipelines, the sprayers are arrangedon vertical rods and connected with the output ends of the solenoid valves through pipelines, the overflowing valve is used for protecting the pipelines and connected with the high-pressure end of thebooster pump, and the booster pump, the solenoid valves and the overflowing valve are connected with a controller, so that cooperative working of devices is controlled. According to the cart, Mecanumwheels are mounted, the cart can comprehensively move in narrow space without rotating the cart body through intelligent control, so that pesticides are automatically sprayed, the cart overcomes theshortcomings that pesticide spraying plant protection operation is implemented in a narrow space such as a greenhouse, and pesticide poisoning risks of a worker caused by close contact between the worker and the pesticide spraying device are avoided when pesticides are sprayed.

A portable medical storage box provided by the present invention comprises: at least one temperature-controlled subspace surrounded by thermal insulation materials; thermoelectric cooling and heating elements are arranged in the temperature-controlled subspace to control the Temperature: The temperature control device is connected with the storage battery and the thermoelectric cooling and heating element, and is used to control the power of the thermoelectric cooling and heating element, so as to keep the temperature control subspace at the set temperature, which overcomes the lack of features of the traditional Chinese medical storage box in the prior art. The temperature adjustment function can only carry the defect of medicines suitable for normal temperature storage, providing a portable medical storage box that can control the temperature of the storage space and create an ideal medicine storage environment, and can be placed separately for different medicines In different temperature control subspaces, the temperature is controlled respectively.

The invention relates to the field of automobile parts, in particular to a device for inserting aluminum core vent plates into a casting mold of a carbon ceramic brake disc. The technical problem is to provide the device for inserting the aluminum core vent plates into the casting mold of the carbon ceramic brake disc. According to the technical scheme, the device for inserting the aluminum core vent plates into the casting mold of the carbon ceramic brake disc comprises a conveying assembly, an inserting and fixing assembly, a power assembly, a support table, a control table, an aluminum core conveying part and a collecting box; the conveying assembly is connected with the support table; and the inserting and fixing assembly is connected with the support table. According to the device for inserting the aluminum core vent plates into the casting mold of the carbon ceramic brake disc, the processing work of simultaneously inserting the multiple aluminum core vent plates into the casting mold can be achieved, the aluminum cores which are not inserted into the casting mold can be automatically removed, manual work can be replaced by multi-unit synchronous treatment, thus, the treatment work efficiency of the aluminum cores can be improved, and operation is easy, safe and reliable.