CN111272814B - Device and method for testing thermal insulation performance of ready-made clothes - Google Patents

Device and method for testing thermal insulation performance of ready-made clothes Download PDF

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Publication number
CN111272814B
CN111272814B CN202010241073.5A CN202010241073A CN111272814B CN 111272814 B CN111272814 B CN 111272814B CN 202010241073 A CN202010241073 A CN 202010241073A CN 111272814 B CN111272814 B CN 111272814B
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China
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dummy
water
air
closed chamber
shell
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CN111272814A (en
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蔡涛
郑福尔
徐宏
李娟�
吴秋兰
邓梦颖
程淑珍
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Shishi Zhongfangxue Clothing And Accessories Industry Research Institute
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Shishi Zhongfangxue Clothing And Accessories Industry Research Institute
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    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
    • G01N25/00—Investigating or analyzing materials by the use of thermal means
    • G01N25/20—Investigating or analyzing materials by the use of thermal means by investigating the development of heat, i.e. calorimetry, e.g. by measuring specific heat, by measuring thermal conductivity
    • G—PHYSICS
    • G05—CONTROLLING; REGULATING
    • G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
    • G05D23/00—Control of temperature
    • G05D23/19—Control of temperature characterised by the use of electric means

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  • Engineering & Computer Science (AREA)
  • Automation & Control Theory (AREA)
  • Health & Medical Sciences (AREA)
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  • Chemical & Material Sciences (AREA)
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  • Testing Resistance To Weather, Investigating Materials By Mechanical Methods (AREA)

Abstract

The utility model relates to the technical field of garment thermal performance testing, in particular to a garment thermal performance testing device and a garment thermal performance testing method. According to the utility model, various testing devices are arranged in one device, different environments can be simulated, multiple tests can be carried out on the garment, more comprehensive testing data can be obtained, a large amount of manual data calculation is not needed, the testing cost is effectively reduced, the distribution of the internal devices is more reasonable, a large amount of installation space is saved, and the operation of each system is convenient.

Description

Device and method for testing thermal insulation performance of ready-made clothes
Technical Field
The utility model relates to the technical field of garment thermal performance testing, in particular to a garment thermal performance testing device and a garment thermal performance testing method.
Background
The garment material has various weaves, various materials and different thicknesses, the main evaluation indexes of the garment material are biased towards the processing performance and the mechanical performance, such as fabric shrinkage, fabric sewing strength, fabric breaking strength, tearing strength, fabric color difference and the like, the thermal performance of the garment material is less considered, and the heat transfer performance, the air permeability, the moisture absorption performance, the antistatic performance and the like of the garment are also important parameters.
From the thermal property, summer clothes should have good heat dissipation and good air permeability, and be cool and fast in the presence of wind. In winter and spring and autumn, the clothing emphasizes the heat preservation performance, and reasonable evaluation data needs to be obtained through a special heat preservation performance testing device and a method thereof.
In the process of implementing the utility model, the following problems exist in the prior art, most devices on the market are difficult to test the heat preservation performance of the garment in various environments, the obtained data are not comprehensive enough, a large amount of manpower is consumed for data calculation during the test, a large amount of cost is increased, the human body of the dummy is often fixed through one transmission rod, the human body of the dummy is prone to inclination and collapse caused by overlarge stress when the devices are operated, or the transmission rod cannot drive the dummy to rotate when the devices are rotated, so that a large amount of time is wasted, and a large amount of maintenance cost is generated.
Disclosure of Invention
Therefore, the device and the method for testing the heat preservation performance of the ready-made clothes are needed to be provided, multiple tests can be performed on the ready-made clothes through multiple testing devices arranged in one device, more comprehensive test data can be obtained, more comprehensive reference values are provided, data calculation does not need to be performed through a large amount of manpower, the cost for performing the tests is reduced, the internal devices are more reasonably distributed, a large amount of installation space is saved, the operation of each system is facilitated, a firmer rotating mechanism is arranged, the ready-made clothes can be better fixed and operated when a dummy human body performs the rotation test, the failure rate is reduced, and a large amount of time waste is avoided.
In order to achieve the purpose, the utility model provides a device for testing the heat preservation performance of ready-made clothes, which comprises a closed chamber and a microcomputer controller embedded and installed on the outer wall of the closed chamber, wherein a heating dummy system is arranged in the closed chamber and comprises a dummy body, a chassis and a first temperature controller, the dummy body comprises a plurality of dummy body parts and a support frame, the support frame is formed by mutually connecting a stand column and a plurality of connecting rods, a CAN bus module is arranged in the stand column, the plurality of dummy body parts are respectively and correspondingly arranged on the plurality of connecting rods to form an internal cavity, gaps are formed between the adjacent dummy body parts, the surfaces of the dummy body parts are covered with electric heating films, the electric heating films penetrate through the surfaces of the dummy body parts through conducting wires and are arranged along the connecting rods and are gathered into the stand column to be electrically connected with the CAN bus module, the CAN bus module is electrically connected with the first temperature controller, the first temperature controller is arranged on the outer wall of the closed chamber and located below the microcomputer controller, the surface of the electric heating film is coated with a silica gel skin layer, and the stand column is embedded on the chassis. The temperature that CAN simulate human skin comes to carry out better test to the warmth retention of ready-made clothes, and collect through distributed temperature sensor, CAN carry out accurate collection to the temperature of multiposition angle, make the obtained data of ready-made clothes test press close to reality more, set up through criss-cross mount, CAN provide better stability for the dummy human body, prevent that the human body of dummy from droing or unable pivoted phenomenon appears under the environment of various climates when the dummy human body rotates, more effectual operation of having guaranteed test equipment, divide a plurality of dummy human body parts to connect alone and collect and connect the condition of generating heat that forms a plurality of dummy human body parts of CAN summary single control, more accurate simulation is human.
Further, the human body of the dummy comprises a head of the dummy, a chest of the dummy, a back of the dummy, a waist of the dummy, an abdomen of the dummy, an upper arm of the dummy, a lower arm of the dummy, a hip of the dummy, a thigh of the dummy, a calf of the dummy and a foot of the dummy, the electric heating films are correspondingly attached to the surfaces of the head of the dummy, the chest of the dummy, the back of the dummy, the waist of the dummy, the abdomen of the dummy, the upper arm of the dummy, the lower arm of the dummy, the hip of the dummy, the thigh of the dummy, the calf of the dummy and the foot of the dummy respectively, and the area of each electric heating film is consistent with the surface area of the corresponding human body part of the dummy respectively.
Further, the bottom surface undercut of closed chamber forms the recess, the inside of recess is inlayed and is equipped with the rotation motor, the chassis lid is established on the top of recess, the bottom connecting piece on chassis is connected with the rotation motor, temperature controller inlays and establishes in the human inside of dummy, the rotation motor all with microcomputer controller signal connection, the bottom on chassis is dug and is equipped with crisscross fixed slot, the top of rotating the motor is connected with crisscross dead lever through a rotation pole, the chassis is connected through dead lever and fixed slot mutual matching with the rotation motor. The setting of rotating the motor can make the dummy axial rotate, let the ready-made clothes more comprehensive test when testing, save a large amount of time, and set up through criss-cross mount, can provide better stability for the dummy human body when the dummy rotates, prevent that the human body of dummy appears droing or unable pivoted phenomenon under the environment of various climates when the dummy human body rotates, more effectual operation of having guaranteed test equipment avoids causing the unnecessary loss.
Furthermore, the dummy human body component is made of glass fiber reinforced plastic materials, and the support frame is made of heat insulation materials, plastics or resins. The dummy is easier to carry.
Furthermore, the electric heating film is made of graphene materials. The total conversion rate of the graphene effective electric heat energy reaches more than 99%, and the superconductivity ensures stable heating.
Further, the connecting rods comprise a plurality of trunk connecting rods, two arm connecting rods and two foot connecting rods, the trunk connecting rods are fixedly arranged on the stand column from top to bottom along the height direction of the stand column, the arm connecting rods are connected with the stand column through damping hinges, the number of the trunk connecting rods comprises eight, the trunk connecting rods are T-shaped trunk connecting rods, the vertical section of each T-shaped trunk connecting rod is vertically connected with the stand column, the horizontal section is arranged in parallel with the chassis, the eight T-shaped trunk connecting rods are arranged and arranged from top to bottom along the height direction of the stand column to form a first area, a second area, a third area and a fourth area, each area respectively comprises two T-shaped trunk connecting rods, the two T-shaped trunk connecting rods in the same area are symmetrically arranged, the two arm connecting rods are symmetrically rotated and arranged on the stand column, the arm connecting rods are positioned above the first area and between two T-shaped trunk connecting rods in the area, the two leg connecting rods are symmetrically and rotatably arranged on the stand column and positioned between the two T-shaped trunk connecting rods in the fourth area, the arm connecting rods comprise upper arm connecting rods and lower arm connecting rods, the upper arm connecting rods and the lower arm connecting rods are in damping hinge connection, the leg connecting rods comprise thigh connecting rods, shank connecting rods and foot connecting rods, the thigh connecting rods, the shank connecting rods and the foot connecting rods are in damping hinge connection, the number of human body parts of the dummy is sixteen, the human body parts comprise a dummy head, a dummy forebreast, a dummy back, a dummy waist, a dummy abdomen, two dummy upper arms, two dummy lower arms, a dummy hip, two dummy thighs, two dummy shanks and two dummy feet, the dummy head is sleeved at the top end of the stand column, the top end of the upright post is provided with two symmetrical support rods which are attached to the inner wall of the head of the dummy, the front chest of the dummy, the back of the dummy, the waist of the dummy, the abdomen of the dummy and the hip of the dummy are correspondingly arranged on the trunk connecting rod from top to bottom along the height direction of the upright post in sequence, the upper arm of the dummy and the lower arm of the dummy are correspondingly sleeved on the arm connecting rod, the periphery of the arm connecting rod is convexly provided with connecting columns which are respectively connected with the inner walls of the upper arm of the dummy and the lower arm of the dummy, the thigh of the dummy, the calf of the dummy and the foot of the dummy are correspondingly sleeved on the leg connecting rod, the periphery of the leg connecting rod is convexly provided with the connecting columns which are distributed and connected with the inner walls of the thigh of the dummy and the calf, the position of the foot of the dummy sleeved on the leg connecting rod is L-shaped and is matched with the inner part of the foot of the dummy, the front chest of the dummy is arranged on a T-shaped trunk connecting rod in a first area, the symmetrical tail ends of the horizontal sections of the T-shaped trunk connecting rods are provided with anti-skid rubber pads which are attached to the inner side wall of the front chest of the dummy, the back of the dummy is arranged on the other T-shaped trunk connecting rod in the first area, the connecting structure is consistent with the front chest of the dummy, the waist of the dummy is sleeved on the T-shaped trunk connecting rod in the second area, the abdomen of the dummy is sleeved on the T-shaped trunk connecting rod in the third area, the abdomen of the dummy is sleeved on the T-shaped trunk connecting rod in the fourth area, the upper arm and the lower arm of the dummy are respectively sleeved on the upper arm connecting rod and the lower arm connecting rod correspondingly, connecting columns are arranged on the peripheries of the upper arm connecting rod and the lower arm connecting rod in a protruding mode and are connected with the inner walls of the upper arm and the lower arm of the dummy, and thighs, calves and feet of the dummy are correspondingly sleeved on the thigh connecting rods, the lower leg connecting rods and the foot connecting rods, the thigh connecting rod and the shank connecting rod are respectively protruded out of the connecting columns and are connected with the inner walls of the thigh and the shank of the dummy, and the foot connecting rod is arranged in an L shape and is matched with the inside of the foot of the dummy. The structure can set a plurality of human body parts of the dummy at corresponding positions, the degree of acquaintance with the real person is improved, so that the arms of the dummy can move like the real person, the degree of acquaintance with the real person is improved, and the accuracy of the experiment is ensured.
Further, the inside temperature control system that still is equipped with of closed chamber, temperature control system includes electronic heater, refrigerator and second temperature controller, electronic heater and refrigerator pass through the wire with second temperature controller and are connected, the refrigerator is located electronic heater's top, the delivery outlet extension of refrigerator is equipped with the air-out pipeline, a plurality of through-holes have been seted up towards electronic heating device's direction to the air-out pipeline, electronic heater includes heater casing, heating device, direction lid, head rod and a plurality of guide vane, heating device installs inside the heater casing, the heater casing is equipped with an air outlet along heating device's output direction, the direction lid is rectangular frame structure, the direction lid inlays to be established in the air outlet of heater casing, the both sides wall of the vertical symmetry of direction lid is equipped with a plurality of circular shape shrinkage pools, guide vane has a radial length and transverse width for the setting of rectangular rectangle, guide vane is equipped with the pivot along radial length direction's both ends, the pivot at guide vane both ends is inlayed respectively and is established in the notch of both sides wall to between the vertical both sides wall of direction lid, the top and the bottom of the vertical lateral wall of direction lid are equipped with the slip track of two symmetries, the both ends of head rod are inlayed respectively and are established in two slip tracks, guide vane radial length direction's a side all is connected with the head rod. The direction that can scatter heat energy is adjusted, what make electronic heater can be good heats the ready-made clothes, makes things convenient for the performance of ready-made clothes to inspect more, and the data that obtain are more accurate.
Further, the shape of refrigerator is the rectangle, refrigerator fixed mounting is to the top of closed room, and a lateral wall setting of a side laminating closed room of refrigerator, the quantity of air-out pipeline is two, the lateral wall of air-out pipeline is equipped with the air intake, air-out pipeline symmetry lies in the both sides of refrigerator, the delivery outlet of refrigerator is aimed at to the air intake, air-out pipeline extends to another lateral wall of closed room along refrigerator width direction, is equipped with interface channel between two air-out pipelines, a plurality of through-holes run through air-out pipeline and interface channel's bottom along the height of closed room, the top of closed room is equipped with the air outlet unanimous with the through-hole. Through the design of disconnect-type, can effectually prevent that the inside uneven temperature of electrical apparatus from leading to the electrical apparatus to damage when carrying out cold and hot conversion, the effectual life who prolongs temperature control system.
Furthermore, one side of the heater shell is connected with a thermal protector through a lead, and the thermal protector is fixed on the closed chamber through a bolt. The electronic heater can be effectively protected when the electronic heater operates, and parts are prevented from being damaged due to overheating inside the electronic heater.
Furthermore, a rectangular groove is dug in the wall body of the closed chamber, and the second temperature controller is embedded in the groove. The volume of the temperature controller can be reduced, so that the inside of the closed chamber is more attractive, and the operation is simpler and more convenient.
Further, the guide vane has an arc-shaped cross section in the width direction. The direction that can be better, the flow direction of warm braw is more smooth more natural.
Furthermore, the second temperature controller comprises a temperature measuring rod and a temperature control device, the temperature measuring rod is embedded on the temperature control device and is electrically connected with the temperature control device through a lead, the temperature control device is respectively in control connection with the electronic heater and the refrigerator through leads, and the temperature control device comprises a first shell and a temperature adjusting knob installed on the first shell. The temperature measuring rod is arranged to detect the temperature in the closed chamber in real time, so that the temperature of the closed chamber can be controlled according to actual needs through the temperature adjusting knob.
Furthermore, the temperature adjusting knob comprises a heating knob and a refrigerating knob, the heating knob is connected with the electronic heater in a control mode through a lead, and the refrigerating knob is connected with the refrigerator in a control mode through a lead. So that the electric heater and the refrigerator can be independently controlled and do not influence each other.
Further, the second temperature controller is mounted to the side wall of the closed chamber where the microcomputer controller is provided by bolts. The control accuracy and the temperature control accuracy of the temperature controller are ensured.
Further, a wind speed adjusting system is further arranged in the closed chamber, the wind speed adjusting system comprises a closed chamber, a fan and an air outlet device, the closed chamber comprises four side walls, a closed space is arranged inside the closed chamber, the fan is arranged outside the closed chamber, the air outlet device is arranged in the side walls of the closed chamber, the air outlet device comprises a flow guide cover, a horizontal driving device and a vertical driving device, the flow guide cover is a rectangular frame, the flow guide cover and the fan are positioned on the same side wall of the closed chamber, a through hole is formed in the side wall, an input port of the flow guide cover and an output port of the fan are both positioned in the through hole, the flow guide cover is communicated with the fan, the horizontal driving device and the vertical driving device are both embedded in the flow guide cover, the horizontal driving device comprises a first barrier plate arranged along the height direction of the rectangular flow guide cover and a rodless cylinder arranged along the width direction of the rectangular flow guide cover, the utility model discloses a wind turbine generator, including vertical drive arrangement, first barrier plate, second barrier plate and first motor, first barrier plate sets up on the output of rodless cylinder, vertical drive arrangement includes second barrier plate and the first motor that sets up along rectangle kuppe width direction, first motor sets up the frame edge of rectangle kuppe, the output of first motor is equipped with the driving chain, the second barrier plate sets up on the driving chain, be equipped with the wind speed detector on the lateral wall of the lateral wall symmetry that the closed chamber was equipped with the kuppe, the input of wind speed detector is facing to the output setting of kuppe. The position of the wind field is changed by changing the position of the air outlet, the fan does not need to be moved, the wind speed detector is mounted, the wind speed can be detected in real time, and the wind speed detector is free to control.
Furthermore, the first blocking plate is a rectangular plate, the length of the first blocking plate is matched with the height of the inner frame of the rectangular air guide sleeve, the width of the first blocking plate is smaller than the width of the inner frame of the rectangular air guide sleeve, the second blocking plate is a rectangular plate, the length of the second blocking plate is matched with the width of the inner frame of the rectangular air guide sleeve, and the height of the second blocking plate is smaller than the height of the inner frame of the rectangular air guide sleeve. Thereby allowing for different wind farm locations by moving the first and second blocking plates.
Furthermore, the width line of the first blocking plate and the length line of the second blocking plate are arranged in parallel, and the whole area of the first blocking plate is smaller than that of the second blocking plate.
Furthermore, first motor inlays to be established on the vertical frame limit of kuppe, first motor is located the top of the vertical frame limit of kuppe, the bottom of the vertical frame of kuppe is equipped with the auxiliary wheel, a driving chain pot head is established on the output shaft of first motor, and another pot head is established on the auxiliary wheel, the side protrusion of second barrier plate is equipped with a connecting plate and driving chain fixed connection. So that the second blocking plate can stably move up and down to shield.
Furthermore, the two ends of the rodless cylinder are symmetrically arranged on the two vertical frame edges of the air guide sleeve, the rodless cylinder is located at the top of the inner frame of the air guide sleeve, the output direction of the rodless cylinder is parallel to the horizontal frame edge of the air guide sleeve, and the top end of the first blocking plate is fixedly connected with the output end of the rodless cylinder. So that the second blocking plate can realize horizontal movement for blocking.
Furthermore, a guide rail is arranged on the horizontal frame edge at the bottom end of the air guide sleeve in an upward protruding mode along the height direction of the vertical frame edge, a sliding groove is formed in the bottom end of the first blocking plate in a recessed mode, and the sliding groove is matched with the guide rail. So that the first blocking plate moves more smoothly horizontally.
Further, the fan includes safety cover, second motor and flabellum, the safety cover sets up on the outside of closed chamber, the safety cover sets up for the cavity has a bottom, the opening and the opening looks adaptation of safety cover, the second motor sets up in the bottom of safety cover and output shaft towards the opening setting, the flabellum sets up on the output shaft of second motor. So that there is a stable wind source and is disposed outside the closed room so that the inside of the closed room increases the use space.
Further, the wind speed detector includes shell, impeller, a plurality of grating and photoelectric switch, the shell is installed to the lateral wall of closed chamber on, the shell is equipped with income wind gap and the air outlet formation rectangular frame that is linked together, the inner wall of shell has the second connecting rod towards the center extension of shell, be equipped with the fixing base on the second connecting rod, photoelectric switch inlays to be established on the fixing base, be equipped with circuit board and power and photoelectric switch electric connection on the fixing base, the impeller is equipped with a pivot and rotates to inlay and establish on the fixing base, and a plurality of gratings encircle the fixed setting of impeller in the pivot of impeller, still be equipped with the singlechip that is used for sampling, correction and calculation in the shell. The structure simplifies the structure of the wind speed measuring device, simultaneously ensures that the rotation angles of the impeller and the grating are completely the same, the influence of mechanical fit clearance between the impeller and the grating on the measuring accuracy does not exist, then the impeller rotates to drive the grating to rotate, the grating continuously cuts light beams in the light path of the photoelectric switch to form output pulse frequency, then the output pulse frequency is sampled, corrected and calculated by a singlechip in the wind speed detector, finally the wave height parameters corresponding to instantaneous wind speed/minute average wind speed/instantaneous wind level/minute average wind level/average wind level are output by the instrument, and then the measured parameters are transmitted to the microcomputer controller.
Further, a rain system is further arranged in the closed chamber and comprises a first water tank and a water outlet device, the water outlet device and the first water tank are both arranged at the top end of the closed chamber, the water outlet device is connected with the first water tank through a water pipe, the water outlet device comprises a fixing pipe, a connecting disc and a water outlet disc, the fixing pipe is connected with the first water tank through a water pipe, a clamping groove is formed in the side wall of one end of the water outlet of the fixing pipe in an inwards recessed mode, a connecting pipe is arranged at the top end of the connecting disc in an upwards protruding mode, a first through hole is formed in the side wall of the connecting pipe in a hollowed mode, a first spring and a second spring are arranged on the inner wall of the first through hole, the through hole is connected with a lock catch through the first spring, a buckle is connected to the inside of the through hole through the second spring, the buckle and the lock catch respectively extend outwards from two sides of the through hole, and a rotating shaft is installed inside the connecting pipe in an embedded mode, the utility model discloses a water outlet device, including connection pad, buckle, water limit dish, water outlet dish, the inside first gear that is connected with through the pivot of connection pad, the pivot is located between buckle and the buckle, the lower surface of buckle all is equipped with the sawtooth with first gear engaged with the upper surface of buckle, the buckle is connected with the hasp through first gear and sawtooth meshing with the buckle, the water outlet dish is connected with the bottom of connection pad, be equipped with in the connection pad with the water limit dish, the water limit dish rotates and sets up on the water outlet dish, all be equipped with a plurality of delivery ports the same and that the position is corresponding on water limit dish and the water outlet dish, interval between the adjacent delivery port is greater than the bore of delivery port, the inner wall of connection pad is equipped with driving motor, driving motor's output and water limit dish are connected. According to the utility model, through the arrangement of the connecting disc, the water outlet disc can be quickly and conveniently detached, the water pipe of the rain equipment can be more conveniently inspected and maintained in the installation process, the time for inspection and maintenance is effectively shortened greatly, the operation of a plurality of personnel is not required simultaneously, the labor cost is effectively reduced, and the water outlet quantity is controlled by rotating the water limiting disc, so that the simulation of the rain in the actual climatic environment is realized, and the rain can be divided into small rain, medium rain, heavy rain and heavy rainstorm.
Furthermore, the water outlet tray is a square water outlet tray, the length of the square water outlet tray is 1-2m, a rotating rod is arranged at the center of the top of the water outlet tray in a protruding mode, the water limiting tray is a square water limiting tray and is matched with the water outlet tray in shape, a circle of rack is arranged on the water limiting tray in an enclosing mode along the circumference of the top end of the water limiting tray, a second gear is arranged at the output end of the driving motor and is meshed with the rack, and the driving motor is respectively and electrically connected with an infrared controller and a power source, so that the driving motor can be controlled remotely.
Furthermore, the water outlets are arranged in a circular shape, and the water outlets are arranged on the water outlet tray and the water limiting tray in an annular array. Through the setting of circular delivery port, can be more smooth when carrying out the operation of drenching with the rain go out water, make the distribution of rainfall more even, avoid the precipitation inequality to lead to the test result error to appear.
Furthermore, a water pump is arranged inside the first water tank, a connecting port is dug at the top of the first water tank, and a water outlet of the water pump penetrates through the connecting port through a water pipe to be communicated with the fixed pipe. Can increase the pressure of water when carrying the water pipe to water outlet device, avoid the not enough phenomenon that leads to carrying out precipitation of pressure to appear, the effectual normal work who guarantees the system of drenching with the rain.
Furthermore, the outer wall of the first water tank is connected with a first control switch through threads, and the first control switch is connected with the water pump through a lead. Can concentrate quick control with the inside electrical apparatus of system of drenching with the rain through first control switch, make the operation of system of drenching with the rain simple convenient more.
Furthermore, the inner wall of the first water tank is connected with a water level controller through a bolt, and the water level controller is electrically connected with the first control switch. Can control the inside water level of first water tank when the inside water level of first water tank falls to a certain extent, the phenomenon that the inside water shortage of prevention first water tank caused the unable normal operating of equipment takes place, and the effectual not good phenomenon appearance of test effect of having avoided appears.
Furthermore, a drainage port is dug at the bottom of the first water tank, a drainage pipe is connected to the outer side of the drainage port, a first electromagnetic valve is nested on the drainage pipe, and the first electromagnetic valve is connected with a first control switch through a lead. The flow that can freely control the inside water of first water tank and discharge when the inside water of first water tank needs to be changed, can be fast convenient change the inside water of first water tank, effectual saving unnecessary manpower and materials.
Further, a humidity control system is further arranged in the closed chamber and comprises a second shell, a second water tank, a humidifier and a plurality of guide devices, the second water tank and the humidifier are embedded in the second shell, the humidifier is connected with the side wall of the second water tank, a connecting pipe is arranged at the output end of the humidifier and comprises branches with the same number as the plurality of guide devices, the branches are respectively communicated with the plurality of guide devices, a humidity meter is arranged between the adjacent guide devices, the humidifier comprises a humidifier shell, an evaporation device and an atomization groove, the evaporation device and the atomization groove are both arranged in the humidifier shell, the evaporation device is connected with the bottom end in the humidifier shell, an induction head extends upwards from the top of the evaporation device, the atomization groove is arranged at the upper end of the evaporation device, and the evaporation device is communicated with the atomization groove in an embedded manner of the induction head, the top and the bottom of humidifier casing all dig and are equipped with the connector, the one end and the atomizing groove of connector communicate mutually, the other end of connector is equipped with check joint, the lateral wall of second water tank digs and is equipped with two through-holes, the second water tank is connected with two hoses through the through-hole is outside, humidifier and second water tank pass through check joint and hose concatenation intercommunication each other. According to the utility model, through the structure connected with the water tank, water in the humidifier can be automatically supplemented, repeated water adding into the humidifier is not needed, manpower and material resources are effectively saved, the condition that equipment stops running due to insufficient water in the humidifier is effectively avoided, the accuracy of a test result is ensured, and the whole space can be filled with fog through the guiding device.
Further, the guiding device is including giving vent to anger pipeline and auxiliary fan, the pipeline rectangle hollow structure setting of giving vent to anger, the top undercut of the pipeline of giving vent to anger is equipped with the recess, auxiliary fan inlays to be established in the recess, the top of the pipeline of giving vent to anger runs through along the direction of height of fan and is equipped with a plurality of through-holes, and a plurality of through-holes encircle the girth equidistance of auxiliary fan and distribute at the top of the pipeline of giving vent to anger. The cooperation of auxiliary fan and through-hole can be better go out the fog transmission.
Furthermore, the number of the guide devices is two, the two guide devices are symmetrically arranged on two sides of the bottom of the closed chamber, the length direction of the guide devices is arranged towards the shell, the shell is attached to one side wall of the closed chamber, and the connecting pipe and the plurality of branches are embedded in the side wall. The guiding device is arranged in a way that the fixed fog can be uniformly distributed in the whole closed chamber.
Furthermore, a first fog outlet is formed in the top of the atomization groove, a second fog outlet is formed in one side of the humidifier shell in an excavated mode, and the first fog outlet is communicated with the second fog outlet through a pipeline. The atomized gas can be directly discharged into the closed chamber, and the humidification is rapidly and effectively carried out.
Furthermore, a second control switch is embedded on the second shell, the second control switch is provided with a guide part which is embedded in the side wall of the second water tank and electrically connected with the evaporation device, a second water level controller is connected to the inner wall of the second water tank through a bolt, and the second water level controller is electrically connected with the second control switch. Can control the inside water level of second water tank when the inside water level of second water tank descends to the certain degree, the phenomenon that the inside water shortage of prevention second water tank caused the unable normal operating of equipment takes place, and the effectual not good phenomenon appearance of test effect of having avoided appears.
Furthermore, a water outlet is dug at the bottom of the second water tank, a water discharge pipe is connected to the outer side of the water outlet, a second electromagnetic valve is nested on the water discharge pipe, and the second electromagnetic valve is connected with a second control switch through a lead. The flow that can freely control the inside water of second water tank and discharge when the inside water of second water tank needs to be changed, can be fast convenient change the inside water of second water tank, effectual saving unnecessary manpower and materials.
Furthermore, a water inlet pipe is arranged at the top of the second shell, and the water inlet pipe extends towards the water tank along the height direction of the second shell and is communicated with the second water tank. Conveniently add water to the second water tank.
Furthermore, the microcomputer controller is in signal connection with the humidity meter. Therefore, the humidity condition in the closed room can be monitored more visually.
Further, the hygrograph includes test probe and protection casing, test probe sets up the top at the protection casing, embedded circuit board and the power of being equipped with of protection casing, circuit board and test probe electric connection, power and circuit board electric connection. Guarantee can be accurate to the humidity of closed chamber and monitor.
Further, there is a sealing door on the outer wall of the sealed chamber through hinged joint, one side of sealing door is equipped with an observation window, microcomputer controller sets up between sealing door and observation window, microcomputer controller includes the engine body shell, control drive and the touch display screen of rectangle, the control drive sets up inside the engine body shell, the back of engine body shell is connected with the outer wall of sealed chamber through the second bracing piece, engine body shell's back welding has a rotatory ball, the end of second bracing piece is equipped with the spherical shell, in rotatory ball embedding installation and the spherical shell, the engine body shell upper cover is equipped with a top cap, set up the third opening of a rectangle on the top cap, the touch display screen is inlayed and is installed in the third opening, the touch display screen is connected with the control drive electricity. The angle of the touch display screen can be freely adjusted, so that workers at different heights can operate more comfortably.
Further, the specific test steps are as follows: firstly, wearing a garment on a heating dummy system, and sealing a closed chamber; secondly, starting the electrothermal film to control the temperature between 36 and 37.3 ℃; the temperature control system, the wind speed adjusting system, the rain system and the humidity control system are started at the same time, the temperature in the closed room is controlled to be between minus 25 ℃ and 15 ℃ through once adjustment of the temperature control system from low to high, the wind speed adjusting system controls the interior of the closed room to generate 0-8 m/s of advection wind, the rain system controls the precipitation amount in the closed room to form light rain, medium rain, heavy rain and heavy rainstorm, the humidity control system keeps the humidity in the closed room at 0-95%, the sensing head collects the internal temperature of clothes, and the microcomputer controller analyzes the internal temperature to obtain the heat dissipation rate of the ready-made clothes at each environmental temperature, and the power consumption of the equipment is collected to obtain the heat preservation average power of the ready-made clothes.
Different from the prior art, the technical scheme has the advantages that:
1. according to the utility model, various testing devices are arranged in one device, different environments can be simulated, the heat preservation performance of the garment can be comprehensively tested, more comprehensive testing data can be obtained, and the heat preservation requirements of the garment under different environmental conditions can be more accurately reflected through quantitative data.
2. According to the utility model, by constructing the artificial climate bin system and the testing dummy system, the objective test of the garment thermal performance index under different climates including temperature, humidity, wind speed and rain can be realized, the system controllability is high, and the test data stability is good.
Drawings
FIG. 1 is a schematic diagram of a heating dummy system for testing ready-made clothes according to the background art;
FIG. 2 is a schematic view of the internal structure of the enclosure according to an embodiment;
FIG. 3 is a schematic view of the internal structure of the enclosure according to an embodiment;
FIG. 4 is a schematic view of the internal structure of the enclosure according to an embodiment;
FIG. 5 is a cross-sectional view of an embodiment of the enclosure;
FIG. 6 is a front view of a human body of the prosthesis according to an embodiment;
FIG. 7 is a schematic front view of a human body of a dummy according to an embodiment;
FIG. 8 is a schematic sectional view of a human body side of the dummy according to an embodiment;
FIG. 9 is a schematic sectional view of a side view of a body part of a dummy according to an embodiment;
FIG. 10 is a schematic structural view of the chassis according to an embodiment;
FIG. 11 is a schematic view of a rotary electric machine according to an embodiment;
FIG. 12 is a schematic view of the connection of the rotary motor to the chassis according to the preferred embodiment;
FIG. 13 is a schematic diagram of an embodiment of an electric heater;
FIG. 14 is a schematic view of an embodiment of an electric heater;
FIG. 15 is a schematic view of the structure of the guide cover according to the embodiment;
FIG. 16 is a schematic view showing a detailed structure of the guide cover according to the embodiment;
FIG. 17 is a cross-sectional view of the outlet duct according to the preferred embodiment;
FIG. 18 is a schematic structural diagram of a temperature controller according to an embodiment;
FIG. 19 is a cross-sectional view of a water tank according to an embodiment;
FIG. 20 is a schematic structural view of a water outlet device according to an embodiment;
FIG. 21 is a schematic view of a detail of the structure of the coupling disc and the stationary tube according to the embodiment;
FIG. 22 is a cross-sectional view of an embodiment of the water outlet device;
FIG. 23 is an enlarged view of the cross-sectional view A of the water outlet device according to the embodiment;
FIG. 24 is a top view of an embodiment of the sealed space;
fig. 25 is a schematic top view of the air outlet device according to the embodiment;
fig. 26 is a top view of the air outlet device according to the embodiment;
fig. 27 is a schematic side view of the air outlet device according to the embodiment;
fig. 28 is an enlarged schematic view of a side view B of the air outlet device according to the embodiment;
FIG. 29 is a schematic side view of an anemometer according to an embodiment;
FIG. 30 is a schematic view of the structure of the guide and housing according to an embodiment;
fig. 31 is a schematic structural view of a humidifier according to an embodiment;
FIG. 32 is a schematic diagram of a construction of a hygrograph according to an embodiment;
FIG. 33 is a cross-sectional view of a micro-computer controller according to an embodiment.
Description of reference numerals:
1. a closed chamber, 2, a microcomputer controller, 201, a body case, 202, a control drive, 203, a top cover, 204, a touch display screen, 205, a second support rod, 206, a spherical shell, 207, a rotary ball, 3, a dummy body, 301, a dummy body part, 3011, a dummy head, 3012, a dummy chest, 3013, a dummy back, 3014, a dummy waist, 3015, a dummy abdomen, 3016, a dummy hip, 3017, a dummy thigh, 3018, a dummy calf, 3019, a dummy foot, 30110, a dummy upper arm, 30111, a dummy lower arm, 302, a support frame, 3021, a column, 3022, a T-shaped trunk connecting rod, 3023, an upper arm connecting rod, 3024, a lower arm connecting rod, 3025, a thigh connecting rod, 3026, a calf connecting rod, 3027, a foot connecting rod, 303, a silicone skin layer, 304, an electrothermal film, 305, a chassis, 3051, a fixed slot, 306, a rotating motor, 3061, a fixed rod, 307, a first temperature controller, 4. an electronic heater, 401, a heater housing, 402, a heating device, 403, a guide cover, 404, a guide vane, 405, a sliding track, 406, a first connecting rod, 5, a second temperature controller, 501, a temperature measuring rod, 502, a first housing, 503, a heating knob, 504, a refrigeration knob, 6, a thermal protector, 7, a refrigerator, 701, an air outlet pipeline, 702, an air inlet, 703, a through hole, 8, a water outlet device, 801, a fixing pipe, 8011, a clamping groove, 802, a connecting disc, 8021, a connecting pipe, 8022, a lock catch, 8023, a first spring, 8024, a buckle, 8025, a second spring, 8026, a first gear, 803, a water outlet disc, 9, a first water tank, 901, a connecting port, 902, a first water level controller, 903, a water pump, 904, a first water outlet pipe, 905, a first electromagnetic valve, 10, a first control switch, 11, a water limiting disc, 1101, a water outlet, 13, a rack, 12, a water outlet, 13, a water outlet, a rack, 13, a temperature measuring rod, 502, a first housing, a second housing, a heat sink, a heat, A driving motor 1301, a second gear, 14, a fan, 1401, a protective cover, 1402, a second motor, 1403, a fan blade, 15, an air outlet device, 16, a diversion cover, 17, a horizontal driving device, 1701, a first blocking plate, 1702, a rodless cylinder, 18, a vertical driving device, 1801, a second blocking plate, 1802, a first motor, 1803, a transmission chain, 1804, a connecting plate, 19, an air speed detector, 1901, a shell, 1902, an impeller, 1903, a grating, 1904, an optoelectronic switch, 1905, a second connecting rod, 1906, a fixed seat, 20, a second control switch, 21, a second water tank, 2101, a hose, 2102, a water inlet pipe, 2103, a second water outlet pipe, 2104, a second electromagnetic valve, 2105, a second water level controller, 22, a humidifier, 2201, a humidifier shell, 2202, an evaporation device, 2203, an atomization groove, 2204, a first fog outlet, 2205, a second fog outlet, 2206, a joint, 2207 and a grid card, 23. the device comprises a second shell, 24, a guiding device, 2401, an air outlet pipeline, 2402, an auxiliary fan, 25, a connecting pipe, 26, a hygrometer, 2601, a detection probe, 2602, a protective cover, 27, a microcomputer controller, 28, an observation window, 29 and a sealing door.
Detailed Description
To explain technical contents, structural features, and objects and effects of the technical solutions in detail, the following detailed description is given with reference to the accompanying drawings in conjunction with the embodiments.
Referring to fig. 1 to 33, the device for testing the thermal insulation performance of the ready-made clothes of the present embodiment includes a closed chamber 1 and a microcomputer controller 27 embedded in the outer wall of the closed chamber 1, a thermal dummy system is disposed in the closed chamber 1, the thermal dummy system includes a dummy body 3, a chassis 305, and a first temperature controller 307, the dummy body 3 includes a plurality of dummy body parts 301 and a supporting frame 302, the dummy body parts 301 are made of glass fiber reinforced plastic, the supporting frame 302 is made of thermal insulation material, plastic, or resin material, preferably, the supporting frame 302 is made of thermal insulation material, the supporting frame 302 is formed by connecting a vertical column 3021 and a plurality of connecting rods, the plurality of dummy body parts 301 are respectively and correspondingly disposed on the plurality of connecting rods to form internal cavities, gaps are formed between adjacent dummy body parts 301, specifically, the number of the connecting rods is twelve, including eight T type truck connecting rods 3022, two arm connecting rods and two shank connecting rods, the symmetry both ends of every T type truck connecting rod 3022 horizontal segment are equipped with and have elastic anti-skidding rubber, the vertical section and the stand 3021 of T type truck connecting rod 3022 are connected perpendicularly, horizontal segment and chassis 305 parallel arrangement, eight T type truck connecting rods 3022 are arranged from top to bottom along the direction of height of stand 3021 and are formed first region, second region, third region and fourth region, have the space between every region, and the size in space is inconsistent, every region includes two T type truck connecting rods 3022 respectively, two T type truck connecting rods 3022 of same region are symmetrically arranged, two arm connecting rod symmetries are rotated and set up on stand 3021, this rotation department is the damping setting, the arm connecting rod is located the top in first region and is located between these regional two T type truck connecting rods 3022, the two leg connecting rods are symmetrically and rotatably arranged on the upright post 3021 and are positioned between the two T-shaped trunk connecting rods 3022 in the fourth area. With this arrangement, the plurality of dummy body parts 301 can be arranged at corresponding positions, and the degree of recognition with a real person can be improved. The arm connecting rod includes upper arm connecting rod 3023 and underarm connecting rod 3024, damping hinged joint between upper arm connecting rod 3023 and the underarm connecting rod 3024, the leg connecting rod includes thigh connecting rod 3025, shank connecting rod 3026 and foot connecting rod 3027, the upper end damping hinged joint of thigh has a swinging arms, swinging arms and stand 3021 damping hinged joint, damping hinged joint between thigh connecting rod 3025, shank connecting rod 3026 and the foot connection. So that the arms of the dummy can move like a real person. Gaps among the plurality of dummy human body parts 301 are not influenced mutually, the plurality of dummy human body parts 301 can be arranged into different shapes through damping hinges, and a plurality of areas are divided, so that the microcomputer controller 2 can monitor heating data of a certain area independently.
In this embodiment, the human body parts 301 of the dummy are sixteen in number, and include a dummy head 3011, a dummy chest 3012, a dummy back 3013, a dummy waist 3014, a dummy abdomen 3015, two dummy upper arms 30110, two dummy lower arms 30111, a dummy hip 3016, two dummy thighs 3017, two dummy calves 3018, and two dummy feet 3019, the dummy head 3011 is a hollow oval, a through hole 703 is formed at the bottom end of the dummy head 3011, the dummy head 3011 is sleeved on the top end of a column 3021 through the through hole 703, two symmetrical support rods are arranged at the top end of the column 3021 and are attached to the inner wall of the dummy head 3011, the dummy chest 3012 is arranged on a T-shaped trunk connecting rod 3022 in a first area, anti-skid pads are arranged at the symmetrical ends of the horizontal section of the T-shaped trunk 3022 and are attached to the inner side wall of the dummy chest 3012, the dummy back 3013 is arranged on another T-shaped trunk 3022 in the first area, and the connection structure is the same with the dummy forebreast 3012, the dummy forebreast 3012 is combined with the dummy back 3013 to form the dummy chest, and there is a gap between the dummy forebreast 3012 and the dummy back 3013 and is not connected, the dummy waist 3014 is a hollow setting, the dummy waist 3014 is set on the T-shaped trunk connecting rod 3022 of the second area, the two symmetrical ends of the horizontal segment of the T-shaped trunk connecting rod 3022 are connected with the inner wall of the dummy waist 3014, the dummy abdomen 3015 is a hollow setting, the dummy abdomen 3015 is set on the T-shaped trunk connecting rod 3022 of the third area, the two symmetrical ends of the horizontal segment of the T-shaped trunk connecting rod 3022 are connected with the dummy abdomen 3015, the dummy hip 3016 is a hollow setting, the dummy abdomen 3015 is set on the T-shaped trunk connecting rod 3022 of the fourth area, the two symmetrical ends of the horizontal segment of the T-shaped trunk connecting rod 3022 are connected with the inner wall of the hip 3016 of the dummy, the upper dummy arm 30110 and the lower dummy arm 30111 are both hollow, the upper dummy arm 30110 and the lower dummy arm 30111 are respectively sleeved on the upper arm connecting rod 3023 and the lower arm connecting rod 3024, the peripheries of the upper arm connecting rod 3023 and the lower arm connecting rod 3024 are distributed and convexly provided with connecting columns which are connected with the inner walls of the upper dummy arm 30110 and the lower dummy arm 30111, the thighs 3017 and the shanks 3018 of the dummy are both hollow, the feet 3019 of the dummy are hollow, and the appearance is similar to that of a shoe, the thigh 3017, the calf 3018 and the foot 3019 of the dummy are correspondingly sleeved on the thigh connecting rod 3025, the calf connecting rod 3026 and the foot connecting rod 3027, the thigh connecting rod 3025 and the shank connecting rod 3026 are respectively protruded out of the connecting columns and are connected with the inner walls of the thigh 3017 and the shank 3018 of the dummy, the foot connecting rod 3027 is L-shaped and fits inside the prosthetic foot 3019. The arrangement of the structure improves the degree of acquaintance with a real person, and the accuracy of the experiment is ensured. Each part of the human body of the dummy is clearly divided, each part can be independently heated to model the different temperature characteristics of the different parts of the human body, and the temperature change condition of each part is independently collected, so that the heat preservation performance of each part of the garment is known.
In this embodiment, the surface of the human body part 301 of the dummy is covered with an electric heating film 304, the electric heating films 304 are respectively and correspondingly attached to the surfaces of a head part 3011 of the dummy, a chest part 3012 of the dummy, a back part 3013 of the dummy, a waist part 3014 of the dummy, an abdomen part 3015 of the dummy, two upper arms 30110 of the dummy, two lower arms 30111 of the dummy, a hip part 3016 of the dummy, two thighs 3017 of the dummy, two lower legs 3018 of the dummy and two feet 3019 of the dummy, the area of each electric heating film 304 is respectively consistent with the surface area of the corresponding human body part 301 of the dummy, the electric heating film 304 is made of graphene material, the column 3021 is provided with a CAN bus module, the electric heating film 304 passes through the surface of the human body part 301 of the dummy through a lead and is arranged along a connecting rod and gathered into the column 3021 to be electrically connected with the CAN bus module, the CAN bus is electrically connected with a first temperature controller 307, the first temperature controller 307 is arranged on the outer wall of the closed chamber 1, the first temperature controller 307 is positioned below the microcomputer controller 27 and is electrically connected with the microcomputer controller 27, a silica gel skin layer 303 is laid on the surface of the dummy body part 301, and the upright post 3021 is embedded on the chassis 305. Divide a plurality of dummy human body parts 301 to connect alone and the connection that gathers forms the heating circumstances that CAN a plurality of dummy human body parts 301 of independent control, more accurate simulation is human, through each dummy human body part 301 of CAN bus module independent control through first temperature controller 307, thereby start electric heat membrane 304 and heat thereby with the temperature control of dummy human body part 301 between 36 ℃ -37.3 ℃, and because each dummy human body part 301 of CAN bus module independent control, realize that the temperature of each dummy human body part 301 has the difference.
In this embodiment, the bottom surface undercut of closed chamber 1 forms the recess, chassis 305 lid is established on the top of recess, and the inside of recess is equipped with rotates motor 306, the bottom of chassis 305 is equipped with a connecting piece, and the connecting piece rotates motor 306 and is connected, the bottom of chassis 305 is dug and is equipped with crisscross fixed slot 3051, and crisscross fixed slot 3051's intersection coincides with the central point of chassis 305, the output that rotates motor 306 is connected with crisscross dead lever 3061 through a rotation pole, crisscross dead lever 3061 and crisscross fixed slot 3051 phase-match, chassis 305 is connected through dead lever 3061 and fixed slot 3051 mutual matching with rotating motor 306. The utility model can axially rotate the dummy through the arrangement of the rotating motor 306, more comprehensively test the ready-made clothes during the test, save a large amount of time, provide better stability for the dummy human body 3 during the rotation of the dummy human body 3 through the arrangement of the cross-shaped fixing frame, prevent the dummy human body 3 from falling off or being incapable of rotating in various climatic environments when the dummy human body 3 rotates, more effectively ensure the operation of test equipment and avoid causing unnecessary loss. The structure can enable the human body of the dummy to rotate 360 degrees in the closed chamber, and the wind energy of the wind speed adjusting system can act on different dummy parts when the wind speed adjusting system is tested in the closed chamber, so that the implementation data of different dummy parts can be obtained through the microcomputer controller, and the heat preservation effect of the ready-made clothes can be conveniently analyzed.
In this embodiment, a temperature control system is further disposed inside the closed chamber 1, the temperature control system includes an electronic heater 4, a refrigerator 7 and a second temperature controller 5, the second temperature controller 5 is rectangular, and the electronic heater 4 and the refrigerator 7 are respectively connected to the second temperature controller 5 through wires. The electric heater 4 comprises a heater shell 401, a heating device 402, a guide cover 403, a first connecting rod 406 and a plurality of guide vanes 404, wherein the heater shell 401 is rectangular in shape, an air outlet is arranged on one side of the wider side of the heater shell 401, the heating device 402 is installed inside the heater shell 401, the heating direction of the heating device 402 is arranged right opposite to the air outlet, the guide cover 403 is of a rectangular frame structure, the maximum width of the guide cover 403 is consistent with the width of the air outlet of the heater shell 401, the guide cover 403 is covered on the air outlet of the heater shell 401 and is embedded into the air outlet, the outer wall of the guide cover 403 is attached to the inside of the air outlet, a plurality of groups of round concave holes are symmetrically arranged on two vertical inner side walls of the guide cover 403, the diameter of each concave hole is five millimeters, the concave holes on two vertical side walls are symmetrically arranged one to one, a plurality of shrinkage pools are arranged on the inside wall of direction lid 403 along the vertical direction equidistance of direction lid 403, guide vane 404 has a radial length and horizontal width for the cuboid setting, guide vane 404's radial length is greater than horizontal width, and guide vane 404 is equipped with the pivot along the both ends central point of radial length direction, the size of pivot matches each other with the size of shrinkage pool, the pivot at guide vane 404 both ends is inlayed respectively and is established in the shrinkage pool of both sides wall, guide vane 404 horizontal width direction's cross section is an arc, the top and the bottom of a vertical lateral wall of direction lid 403 are equipped with two symmetrical slip tracks 405, and the length of slip track 405 is unanimous at the thickness with direction lid top horizontal wall, the top and the bottom of head rod 406 are inlayed respectively and are established in two slip tracks 405 to the top of head rod 406 is equipped with a small-size cylinder drive head rod 406 along the vertical direction of direction lid 403 at slip track 405 405, the vertical direction of the guide cover 403 is perpendicular to the radial length direction of the guide blade 404, a rectangular plate extends from one side of the guide blade 404 in the transverse direction, the horizontal plane of the rectangular plate is perpendicular to the first connecting rod 406 and is movably connected with the first connecting rod 406, and a notch is formed in the position of the rectangular plate corresponding to the first connecting rod 406. The heater shell 401 is connected to a wall of a closed chamber 1 through bolts, the closed chamber 1 is rectangular, in other embodiments, the closed chamber 1 can also be circular or any polygon, the left side of the heater shell 401 is connected with a thermal protector 6 through a lead, the thermal protector 6 is a thermal protector 6 of a model JZ-BLC, the thermal protector 6 is rectangular, lead interfaces are arranged at two ends of the thermal protector 6, the thermal protector 6 is fixed on the wall of the closed chamber 1 through bolts, a rectangular groove is dug in the outer wall of the closed chamber 1, the second temperature controller 5 is embedded in the groove, and the second temperature controller 5 is located above the microcomputer controller 27. The refrigerator and the electric heater can be used separately to control the temperature rise or fall in the closed room, and can be used simultaneously to form the convection of cold and hot air.
In this embodiment, the refrigerator 7 is located above the electric heater 4, an air outlet pipe 701 extends from an output port of the refrigerator 7, a plurality of through holes 703 are formed in the air outlet pipe 701 in a direction toward the electric heating device 402, the refrigerator 7 is rectangular, the refrigerator 7 is fixedly mounted on the top of the enclosed chamber 1, one side surface of the refrigerator 7 is attached to one side wall of the enclosed chamber 1, the number of the air outlet pipes 701 is two, an air inlet 702 is formed in the side wall of the air outlet pipe 701, the air outlet pipes 701 are symmetrically located on two sides of the refrigerator 7, the air inlet 702 is aligned with an output port of the refrigerator 7, the air outlet pipe 701 extends to the other side wall of the enclosed chamber 1 in a width direction of the refrigerator 7, a connecting passage is formed between the two air outlet pipes 701, and the plurality of through holes penetrate through the air outlet pipes 701 and the bottom of the connecting passage along the height of the enclosed chamber 1 703, the top of the closed chamber 1 is provided with an air outlet with the shape and the position consistent with those of the through hole 703. The produced cold air of refrigerator flows along the air-out pipeline, then thereby the through-hole flows in the closed chamber for cold air can the even flow go out, and from the top fill up and be full of whole closed chamber, thereby reduce the temperature in the closed chamber, make each position of the human body of dummy receive the cold evenly, can not produce the error.
In this embodiment, the second temperature controller 5 is installed on the sidewall of the closed chamber 1 where the microcomputer controller 27 is installed by bolts, and is electrically connected to the microcomputer controller 27, the model of the second temperature controller 5 is XMTA-2201, and the second temperature controller 5 of the model XMTA-2201 can freely regulate and control the indoor temperature according to the user requirement, and has a preset time period switch and operation functions in multiple modes, and is an ideal temperature control and energy saving product. The control accuracy and the temperature control accuracy of the second temperature controller 5 are ensured. Second temperature controller 5 includes temperature probe 501 and temperature regulating device, temperature probe 501 inlays and establishes on temperature regulating device's top to through wire and temperature regulating device electric connection, temperature regulating device passes through the wire respectively with electronic heater 4 and refrigerator 7 control connection, temperature regulating device includes first casing 502 and installs the knob of adjusting the temperature to on the first casing 502, be equipped with circuit panel in the first casing 502 and to the power module of circuit panel power supply. The temperature measuring rod 501 is arranged to detect the temperature in the closed chamber 1 in real time, so that the temperature of the closed chamber 1 can be controlled according to actual needs through the temperature adjusting knob. Specifically, the temperature adjusting knob comprises a heating knob 503 and a refrigerating knob 504, the heating knob 503 is in control connection with the electronic heater 4 through a lead, and the refrigerating knob 504 is in control connection with the refrigerator 7 through a lead. The electronic heater 4 and the refrigerator 7 can be controlled to operate independently without influencing each other, the structure is arranged, the second temperature controller 5 is used for controlling the electronic heater 4 and the refrigerator 7 to operate, the electronic heater 4 can be started to blow hot air generated by the heating device out of the air outlet of the heating shell to raise the temperature in the closed chamber, cold air generated by the refrigerator flows along the air outlet pipeline, then the through hole flows into the closed chamber, the whole closed chamber is filled from top to bottom, the temperature in the closed chamber is reduced, and the temperature in the closed chamber 1 is controlled to be between minus 25 ℃ and 15 ℃.
In this embodiment, still be equipped with wind speed governing system in the closed room 1, wind speed governing system includes fan 14 and air-out device 15, closed room 1 includes four lateral walls, a top and a bottom, four the side encloses to close and forms a cavity rectangle, and the both ends opening at cavity rectangle is established to top and bottom lid respectively for closed room 1 the inside airtight space that is of closed room 1, fan 14 sets up the outside at closed room 1, air-out device 15 sets up in closed room 1's lateral wall, microcomputer controller 27 respectively with fan 14 and 19 signal connection of wind speed detector to can real-time recording when testing the state of being tested the object. The air is blown into the closed chamber from the air outlet device by starting the fan to form advection wind, then the advection wind is blown to the wind speed tester on the opposite surface of the fan, the wind speed tester is used for detecting the wind speed of the advection wind, and then the advection wind is transmitted to the microcomputer controller, so that the real-time monitoring is realized.
In this embodiment, the air outlet device 15 includes a guiding hood 16, a horizontal driving device 17 and a vertical driving device 18, the guiding hood 16 is a rectangular frame and includes two symmetrical horizontal frames and two symmetrical vertical frames, the guiding hood 16 and the fan 14 are located on the same side wall of the closed chamber 1, a through opening is provided on the side wall, an input port of the guiding hood 16 and an output port of the fan 14 are both located in the through opening, an air outlet of the guiding hood 16 is provided with a plurality of guiding plates, the guiding plates are equidistantly arranged in the frame of the guiding hood 16 along the vertical frames of the guiding hood 16, the guiding hood 16 is communicated with the fan 14, the horizontal driving device 17 and the vertical driving device 18 are both embedded in the guiding hood 16, the horizontal driving device 17 includes a first blocking plate 1701 arranged along the height direction of the rectangular guiding hood 16 and a rodless cylinder 1702 arranged along the width direction of the rectangular guiding hood 16, the first blocking plate 1701 is arranged at the output end of the rodless cylinder 1702, two ends of the rodless cylinder 1702 are symmetrically arranged on two vertical frame edges of the air guide sleeve 16, the rodless cylinder 1702 is arranged at the top of the inner frame of the air guide sleeve 16, the output direction of the rodless cylinder 1702 is arranged in parallel with the horizontal frame edge of the air guide sleeve 16, and the top end of the first blocking plate 1701 is fixedly connected with the output end of the rodless cylinder 1702. So that the second blocking plate 1801 can move horizontally for blocking. The horizontal frame edge at the bottom end of the air guide sleeve 16 is provided with a guide rail in an upward protruding manner along the height direction of the vertical frame edge, and the bottom end of the first blocking plate 1701 is provided with a sliding groove in a recessed manner, and the sliding groove is matched with the guide rail. So that the first barrier plate 1701 moves horizontally more smoothly. The first blocking plate 1701 is a rectangular plate, the length of the first blocking plate 1701 is adapted to the height of the inner frame of the rectangular nacelle 16, and the width of the first blocking plate 1701 is smaller than the width of the inner frame of the rectangular nacelle 16, and preferably, the width of the first blocking plate 1701 is one eighth of the width of the inner frame of the nacelle 16. The rodless cylinder drives the first blocking plate to move along the horizontal direction of the air guide sleeve to change the position of the air outlet, so that the air can be blown out from different positions, and the size of the air outlet can be adjusted.
In this embodiment, the vertical driving device 18 includes a second blocking plate 1801 and a first motor 1802 that are arranged along the width direction of the rectangular air guide sleeve 16, the first motor 1802 is arranged on the frame edge of the rectangular air guide sleeve 16, the output end of the first motor 1802 is provided with a transmission chain 1803, the second blocking plate 1801 is arranged on the transmission chain 1803, the position of the wind field is changed by changing the position of the air outlet, the fan 14 does not need to be moved more safely and reliably, and the wind speed detector 19 is arranged to detect the wind speed in real time and can be controlled freely. Specifically, the number of the first motors 1802 is two, two first motors 1802 are embedded on two symmetrical vertical frames of the pod 16, the first motors 1802 are located at the top ends of the vertical frames of the pod 16, the output shafts of the first motors 1802 are arranged in the direction of air outlet of the fan 14, auxiliary wheels are arranged at the bottom ends of the vertical frames of the pod 16, the axis direction of the auxiliary wheels is consistent with the axis direction of the output shafts of the first motors 1802, one end of the transmission chain 1803 is sleeved on the output shaft of the first motor 1802, the other end of the transmission chain 1803 is sleeved on the auxiliary wheels, and two symmetrical side ends of the second blocking plate 1801 are respectively provided with a connecting plate 1804 in a protruding manner and fixedly connected with the transmission chain 1803. So that the second blocking plate 1801 can move up and down stably to block. The second blocking plate 1801 is a rectangular plate, the length of the second blocking plate 1801 is matched with the width of the inner frame of the rectangular air guide sleeve 16, and the height of the second blocking plate 1801 is smaller than the height of the inner frame of the rectangular air guide sleeve 16. Thereby allowing for different wind farm locations by moving the first and second blocker plates 1801. The width line of the first barrier plate 1701 is arranged in parallel with the length line of the second barrier plate 1801, and the entire area of the first barrier plate 1701 is smaller than the entire area of the second barrier plate 1801. The second blocking plate 1801 is driven by the first motor 1802 to move up and down along the height direction of the pod, and the outlet of the wind is changed so that the advection wind can blow on the upper part of the dummy body and can also blow on the lower part of the dummy body.
In this embodiment, the blower 14 includes a protective cover 1401, a second motor 1402 and fan blades 1403, the protective cover 1401 is disposed on the outside of the enclosed chamber 1, the protective cover 1401 is hollow and has a bottom, an opening of the protective cover 1401 is matched with the through hole, the second motor 1402 is disposed at the bottom of the protective cover 1401, an output shaft of the second motor 1402 faces the through hole, the bottom of the protective cover 1401 is provided with a plurality of heat dissipating through holes 703 around the second motor 1402, and the fan blades 1403 is disposed on the output shaft of the second motor 1402. The wind power source is stable, the wind power source is arranged outside the closed room 1, the use space in the closed room 1 is increased, the microcomputer controller 2 controls the fan 14 to be started, wind generated by the fan 14 is input into the closed room 1 through the wind outlet device 15 to form advection wind, then the microcomputer controller 27 controls the output quantity of the fan 14, the rodless cylinder drives the first blocking plate to move along the horizontal direction of the air guide sleeve to change the position of the air outlet, the first motor 1802 drives the second blocking plate 1801 to move up and down along the height direction of the air guide sleeve to form air outlets at different positions, and accordingly 0-8 m/s advection wind is generated in the closed room.
In this embodiment, the closed chamber 1 is provided with a wind speed detector 19 mounted on the symmetrical side wall of the air guide sleeve 16, and the input end of the wind speed detector 19 is arranged opposite to the output end of the air guide sleeve 16. The wind speed detector 19 includes a housing 1901, an impeller 1902, a plurality of gratings 1903 and a photoelectric switch 1904, the housing 1901 is mounted on a sidewall of the enclosure 1, the housing 1901 is provided with an air inlet and an air outlet which are communicated with each other to form a rectangular frame, the sidewall of the enclosure 1 is provided with a through hole which is communicated with the air inlet and the air outlet, a second connecting rod 1905 extends from an inner wall of the housing 1901 to a center of the housing 1901, a fixing seat 1906 is provided on the second connecting rod 1905, the photoelectric switch 1904 is embedded on the fixing seat 1906, the fixing seat 1906 is provided with a circuit board and a power supply which are electrically connected with the photoelectric switch 1904, the impeller is provided with a rotating shaft which is embedded on the fixing seat 1906, the plurality of gratings 1903 are fixedly arranged on a rotating shaft of the impeller 1902 around the impeller 1902, the gratings 1903 are arranged in an L shape, one end of the L-shaped grating 1903 is fixedly connected to the rotating shaft, and the other end is perpendicular to the photoelectric switch 1904, and is not connected to the photoelectric switch 1904, the photoelectric switch 1904 is provided with a notch, and when the grating 1903 rotates along with the impeller 1902, one end perpendicular to the photoelectric switch 1904 will break through the notch to cut the light beam. The structure simplifies the structure of the wind speed measuring device, and simultaneously ensures that the rotation angles of the impeller 1902 and the grating 1903 are completely the same, no influence of mechanical fit clearance between the impeller 1902 and the grating 1903 on the measurement accuracy exists, the wind speed detector is internally and electrically connected with a Siemens S7-200 SMART, so that when the fan 14 on the symmetrical plane of the wind speed detector 19 blows wind, the wind enters from the wind inlet of the wind speed detector 19 and exits from the wind outlet, then the impeller 1902 rotates to drive the grating 1903 to rotate, the grating 1903 continuously cuts light beams in the light path of the photoelectric switch 1904 to form output pulse frequency, the pulse frequency is converted through the Siemens S7-200 SMART, the wind speed value can be obtained, and then the measured rotation speed value is transmitted to the microcomputer controller 2 to implement real-time monitoring.
In this embodiment, a rain system is further arranged in the closed room 1, the rain system includes a first water tank 9 and a water outlet device 8, the first water tank 9 is rectangular, the water outlet device 8 is connected with the first water tank 9 through a water pipe, the water outlet device 8 and the first water tank 9 are both installed in the rectangular closed room 1, in other embodiments, the water outlet device 8 and the first water tank 9 can also be installed in the closed room 1 of other shapes or an open space with a top surface, and the first water tank 9 is tightly abutted to the bottom edge of the side wall of the closed room 1. The water outlet device 8 comprises a fixed pipe 801, a connecting disc 802 and a water outlet disc 803, the fixed pipe 801 is cylindrical, the fixed pipe 801 is composed of two large pipes and one small pipe, the larger water pipe is nested outside the smaller water pipe, the top of the fixed pipe 801 is fixed at the top end of the closed chamber 1 through a bolt, in other embodiments, the fixed pipe 801 can be fixed at the top end of an open space through a bolt, the fixed pipe 801 is connected with the first water tank 9 through a water pipe, two clamping grooves 8011 are inwards recessed on the side wall of one end of the pipeline water outlet 12 with the smaller telescopic water pipe, the clamping grooves 8011 are rectangular and are symmetrically arranged, the top end of the connecting disc 802 is upwards provided with a connecting pipe 8021 in a protruding manner, the diameter of the connecting pipe 8021 is consistent with that of the fixed pipe 801, the side wall of the connecting pipe 8021 is hollowed to form a first through hole, the inner wall of the first port is provided with a first spring 8023 and a second spring 8025, the first spring 8023 and the second spring 8025 are arranged in parallel, the first spring 8023 and the second spring 8025 are respectively positioned on the symmetrical surfaces of the inner wall of the first port, the width of the port is consistent with that of the groove, the position of an outlet at one end of the port, which is close to the groove, is lower than the position of an end, which is opposite to the groove, of the port, the port is connected with a lock catch 8022 through the first spring 8023, the lock catch 8022 is rectangular, the lock catch 8022 extends outwards from the outlet of the port at one side, which is opposite to the groove, the inside of the port is connected with a buckle 8024 through the second spring 8025, the size of the buckle 8024 is consistent with that of the lock catch 8022, the buckle 8024 and the lock catch 8022 respectively extend outwards from two sides of the port, a rotating shaft is embedded and installed inside of the connecting pipe 8021, and the inside of the connecting pipe 8021 is connected with a first gear 8026 through the rotating shaft, the pivot is located between hasp 8022 and buckle 8024, the lower surface of hasp 8022 and the upper surface of buckle 8024 all are equipped with the sawtooth that meshes with first gear 8026, buckle 8024 is connected through first gear 8026 and sawtooth meshing with hasp 8022. A plurality of circular water outlets 12 are dug on the water outlet disc 803, the water outlets 12 are arranged in an annular array, and the top of the water outlet disc 803 is connected with the second bottom of the connecting disc 802 through threads. A water pump 903 is arranged in the first water tank 9, the water pump 903 is fixed to the bottom of the first water tank 9, a water inlet of the water pump 903 is located at one end close to the bottom of the first water tank 9, a water outlet end of the water pump 903 is arranged at the top end of the water pump 903, a circular connecting port 901 is dug at the top of the first water tank 9, and a water outlet end of the water pump 903 penetrates through the connecting port 901 of the first water tank 9 through a water pipe and is communicated with a water inlet of the fixing pipe 801. Have a first control switch 10 through threaded connection on the outer wall of first water tank 9, first control switch 10's shape is the rectangle, first control switch 10 passes through the wire with water pump 903 and is connected, and first control switch 10 can control the volume of drinking water of water pump 903, can directly control the size of precipitation through the volume of drinking water of water pump 903 when carrying out the simulation, first control switch 10 and 2 electric connection of microcomputer controller for microcomputer controller 2 can obtain the volume of drinking water of water pump 903 in real time. There is a water level controller 902 through bolted connection on the inner wall of first water tank 9, and one side of this water level controller 902 is connected through the bolt with the top fifth of first water tank 9 inner wall, and this water level controller 902's shape is the rectangle, and water level controller 902's response direction sets up the bottom at the water level inductor, water level controller 902 and first control switch 10 electric connection. The bottom of first water tank 9 is dug and is equipped with a drain outlet, the shape of drain outlet is circular, and the outside of this drain outlet is connected with a first drain pipe 904, nested a first solenoid valve 905 on the first drain pipe 904, first solenoid valve 905 is connected with first control switch 10 through the wire. After long-time use, some precipitates or stains may be accumulated inside the water outlet device 8 and the first water tank 9, the lock catch 8022 is pressed by only two hands, the buckle 8024 can be rolled to be separated from the clamping groove 8011 through the matching of the first gear 8026 and the saw teeth, then the connecting disc 802 is disassembled downwards, then the connecting disc 802 and the water outlet disc 803 can be separated and cleaned through threads, the water outlet disc 203 is installed through threads after cleaning is finished, then the lock catch 8022 is pressed down, the buckle 8024 is retracted, the connecting pipe 8021 is sleeved in from the bottom of the fixing pipe 801, the buckle 8024 is clamped in the groove, and installation can be completed, so that the inaccurate test caused by the water outlet amount cannot be influenced.
In this embodiment, be equipped with in the connection pad 802 with go out water tray 803 assorted limit water dish 11, limit water dish rotation sets up on going out water tray 803, limit water dish 11 is the same with the delivery port 12 of going out water tray 803 and the corresponding delivery port 12 in position, and the interval between the adjacent delivery port 12 is greater than the bore of delivery port 12, the inner wall of connection pad 802 is equipped with driving motor 13, driving motor 13's output is connected with limit water dish 11, controls the water yield through rotating limit water dish 11, realizes the raining under the simulation actual climatic environment, divides light rain, well rain, heavy rain, torrential rain, heavy rain. Specifically, the water outlet tray 803 is a square water outlet tray 803, the length of the square water outlet tray 803 is 1-2m, preferably, the length of the square water outlet tray 803 is 1.5m, the water limiting tray 11 is a circular water limiting tray 11, the diameter of the circular water limiting tray 11 is smaller than that of the square water outlet tray 803, the area of the area where the water outlets 12 are distributed does not exceed the area of the circular water limiting tray 11, a rotating rod is convexly arranged at the center of the top of the water outlet tray 803, the water limiting tray 11 is provided with a through hole 703 which is sleeved on the rotating rod, the water limiting tray 11 is a square water limiting tray 803 and is matched with the shape of the water outlet tray 803, the inside of the water limiting tray 11 is hollow and is provided with a through pipe which is communicated with a connecting pipe 8021 in an upward extending manner, the water limiting tray 11 is provided with a circle of racks 1101 around the circumference of the top end of the water limiting tray 11, the output end of the driving motor 13 is provided with a second gear 1301, the second gear 1301 is meshed with the rack 1101, the driving motor 13 is respectively and electrically connected with an infrared controller and a power supply, the pumping capacity of the water pump 903 is controlled through the first control switch 10, the connecting disc 802 connects the fixed pipe 801 with the water outlet tray 803, so that water in the first water tank 9 can flow out of the water outlet tray 803, the water outlet capacity of the water outlet tray 803 can be controlled through controlling the pumping capacity of the water pump 903, then the driving motor 13 is started to enable the second gear 1301 to rotate towards one direction, the water limiting tray 11 rotates around the rotating rod through the matching of the second gear 1301 and the rack 1101, the position of the water outlet 12 of the water limiting tray 11 deviates from the position of the water outlet 12 of the water outlet tray 803 in the rotating process of the water limiting tray 11, the solid part of the water limiting tray 11 can shield the water outlet 12 of the water outlet tray 803, and the aperture of the water outlet 12 of the water outlet tray 803 can gradually change direction, then, small raindrops are formed, then the motor 13 is driven to enable the second gear 1301 to rotate towards the other direction, the aperture of the water outlet 12 of the water outlet disc 803 is gradually changed to be large, then large raindrops are formed, and therefore the rainfall in the closed room really forms small rain, medium rain, large rain, heavy rain and heavy rain.
In this embodiment, the inside humidity control system that still is equipped with of closed chamber 1, humidity control system includes second casing 23, second water tank 21, humidifier 22 and two guiding device 24, guiding device 24 includes outlet duct 2401 and auxiliary fan 2402, outlet duct rectangle hollow structure sets up, the top undercut of outlet duct 2401 is equipped with the recess, auxiliary fan 2402 inlays to be established in the recess, outlet duct 2401's top is equipped with a plurality of through-holes along the direction of height of fan runs through, and a plurality of through-holes encircle auxiliary fan 2402's perimeter equidistance and distribute at outlet duct 2401's top. The cooperation of auxiliary fan 2401 and through-hole can be better with the fog transmission away. Auxiliary fan 2402 includes blower inlet casing, flabellum, motor and power, set up on the top of blower inlet casing has the air outlet, the air outlet sets up along the direction of height of outlet duct 2401, flabellum, motor and power are all inlayed and are established in the blower inlet casing, the output shaft fixed connection of flabellum and motor, motor and power electric connection. The second water tank 21 and the humidifier 22 are embedded in the second housing 23, the humidifier 22 includes a humidifier housing 2201, an evaporation device 2202 and an atomization groove 2203, the volume of the evaporation device 2202 is smaller than the volume of the atomization groove 2203, the evaporation device 2202 and the atomization groove 2203 are both arranged inside the humidifier housing 2201, the evaporation device 2202 is connected with the bottom end inside the humidifier housing 2201, the evaporation device 2202 is located below the atomization groove 2203, an induction head extends upwards from the top of the evaporation device 2202, the evaporation device 2202 is embedded in the atomization groove 2203 through the induction head and is communicated with the atomization groove 2203, connecting ports 2206 are dug at the top end and the bottom end of the humidifier housing 2201, one end of the connecting port 2206 is communicated with the atomization groove 2203, a lattice clamping head 2207 is arranged at the other end of the connecting port 2206, two through holes are dug on the side wall of the second water tank 21, the second water tank 21 is connected with two hoses 2101 through a through hole, the humidifier 22 and the second water tank 21 are connected with the hoses 2101 in a splicing mode through a grid clamping joint 2207 and are communicated with each other, the humidifier 22 is connected with the side wall of the second water tank 21, a first mist outlet 2204 is formed in the top of the atomizing groove 2203, a second mist outlet 2205 is formed in one side of the humidifier shell 2201 in an excavating mode, and the first mist outlet 2204 is communicated with the second mist outlet 2205 through a pipeline. The atomized gas can be directly discharged into the closed chamber, and the humidification is rapidly and effectively carried out. The first mist outlet 2204 is provided with a connecting pipe, the connecting pipe is provided with branches with the same number as the guiding devices in an extending mode, the two branches are respectively communicated with the air outlet pipelines on the two guiding devices, a humidity instrument 26 is arranged between the adjacent guiding devices, water in the humidifier 22 can be automatically supplemented through a structure connected with the second water tank 21, repeated water adding to the humidifier 22 is not needed, manpower and material resources are effectively saved, the condition that the equipment stops running due to insufficient water in the humidifier 22 is effectively avoided, the accuracy of a test result is ensured, firstly, the evaporation device 2202 is controlled to work through the second control switch 20, the water in the second water tank 21 enters the atomizing groove 2203 through the hose 2101, then, the water entering condition in the atomizing groove 2203 is sensed through the sensing head, when water exists in the atomizing groove 2203 of the sensing lamp, the water in the atomizing groove 2203 is atomized, the atomized steam is discharged out of the humidifier 22 through the first mist outlet 2204 and the second mist outlet 2205, then the mist enters the air outlet pipeline 2401 of the guiding device 24 to be pinched, and then the mist is conveyed into the closed chamber through the matching of the auxiliary fan 2402 and the through hole, namely, the auxiliary fan 2402 can form an upward wind force when operating, so that the whole closed chamber 1 is filled with the mist, the humidity in the closed chamber can be controlled by controlling the speed and the duration of the mist generated by the humidifier 22, and the humidity in the closed chamber 1 is kept at 0-95%.
In this embodiment, a second control switch 20 is embedded in the second casing 23, the second control switch 20 is provided with a wire embedded in the side wall of the second water tank 21 and electrically connected to the evaporation device 2202 and the humidifier 22, the second casing 23 is provided with another wire embedded in the side wall of the closed chamber 1 and connected to the microcomputer controller 2 through the wire, so that the microcomputer controller 2 can control the evaporation device 2202 and the humidifier 22 through the second control switch 20, the inner wall of the second water tank 21 is connected to a water level controller 2105 through a bolt, and the water level controller 2105 is electrically connected to the second control switch 20. Can control the inside water level of second water tank 21 when the inside water level of second water tank 21 descends to the certain degree, the phenomenon that the inside lack of water of prevention second water tank 21 caused the unable normal operating of equipment takes place, and the effectual not good phenomenon of test effect of having avoided appears. A drain outlet is dug at the bottom of the second water tank 21, a second drain pipe 2103 is connected to the outer side of the drain outlet, a second electromagnetic valve 2104 is nested on the second drain pipe 2103, and the second electromagnetic valve 2104 is connected with the second control switch 20 through a wire. The flow that can freely control the inside water of second water tank 21 and discharge, when the inside water of second water tank 21 needs to be changed, can be fast convenient change the inside water of second water tank 21, effectual saving unnecessary manpower and materials. The top of the second casing 23 is provided with a water inlet pipe 2102, the water inlet pipe 2102 extends along the height direction of the second casing 23 to the direction of the second water tank 21 to be communicated with the second water tank 21, so that water can be conveniently added into the second water tank 21, when the water in the second water tank 21 is consumed to a certain degree, the second control switch 20 controls the water level controller 305 to start, automatically replenish the water inside the second water tank 21, when the water level reaches a certain height, the work is automatically stopped, after long-time use, certain impurities are accumulated in the second water tank 21, when the inside of the second water tank 21 is cleaned, it is only necessary to open the second solenoid valve 2104 by the second control switch 2, the water in the second tank 21 can be discharged from the water outlet, and after the water in the second tank 21 is drained, the second solenoid valve 2104 is controlled to close by the second control switch 20, and then the water level controller 2105 is controlled to top up the water inside the second water tank 21.
In this embodiment, the humidity meter 26 includes a detecting probe 2601 and a protecting cover 2602, the detecting probe 2601 is disposed on the top of the protecting cover 2602, a circuit board and a power source are embedded in the protecting cover 2602, the circuit board is electrically connected with the detecting probe 2601, the power source is electrically connected with the circuit board, the circuit board is electrically connected with a signal transmitter, and the signal transmitter is in signal connection with the microcomputer controller 27. The microcomputer controller 27 can monitor the humidity in the closed chamber 1 in real time, and can accurately monitor the humidity in the closed chamber. The humidity in the closed chamber 1 can be monitored by the detection probe 2601 on the humidity meter 26 and then transmitted to the microcomputer controller 2, so that the rate and the duration of the mist generated by the humidifier 22 can be controlled by the microcomputer controller 2 to adjust the humidity in the closed chamber 1.
In this embodiment, the outer wall of the closed chamber 1 is connected with a sealing door 29 through a hinge, one side of the sealing door 29 is provided with a viewing window 28, the microcomputer controller 27 is arranged between the sealing door 29 and the observation window 28, the microcomputer controller 27 comprises a rectangular machine body shell 201, a control drive 202 and a touch display screen 204, the control drive 202 is arranged inside the machine body shell 201, the back surface of the machine body shell 201 is connected with the outer wall of the closed chamber 1 through a second support rod 205, a rotating ball 207 is welded on the back of the machine body shell 201, a spherical shell 206 is arranged at the tail end of the second supporting rod 205, the rotating ball 207 is embedded in the ball shell 206, the top cover 203 is arranged on the upper cover of the machine body shell 201, a rectangular third opening is formed in the top cover 203, the touch display screen 204 is embedded in the third opening, and the touch display screen 204 is electrically connected with the control driver 202. The inside of the closed chamber 1 can be observed in real time through the observation window 28, and the angle of the touch display screen 204 can be freely adjusted, so that workers at different heights can operate more comfortably.
During specific tests, the garment is worn on the heating dummy system, the closed chamber is closed, then each dummy human body part 301 is independently controlled through the CAN bus module by the first temperature controller 307, so that the electrothermal film 304 is started to heat, the temperature of each dummy human body part 301 is controlled to be 36-37.3 ℃, the temperature control system, the air speed adjusting system, the rain system and the humidity control system are simultaneously started, the temperature control system controls the electronic heater 4 and the refrigerating machine 7 to operate through the second temperature controller 5, the refrigerating machine 7 is not started when the electronic heater 4 is started, hot air generated by the heating device 402 is blown out from the air outlet of the heating shell 401 to enable the temperature in the closed chamber to rise, the electronic heater 4 is not started when the refrigerating machine 7 is started, cold air generated by the refrigerating machine 7 flows along the air outlet pipeline 701, and then the through hole 703 flows into the closed chamber 1, the whole closed chamber 1 is filled from top to bottom, so that the temperature in the closed chamber is reduced, and the temperature in the closed chamber 1 is controlled to be between 25 ℃ below zero and 15 ℃ by controlling the switches of the electronic heater 4 and the refrigerator 7; the wind speed adjusting system controls the fan 14 to start to operate through the microcomputer controller 27, wind generated by the fan 14 is input into the closed chamber 1 through the wind outlet device 15 to form advective wind, then the output quantity of the fan 14 is controlled through the microcomputer controller 2, the rodless cylinder 1702 drives the first blocking plate 1701 to move along the horizontal direction of the air guide sleeve 16 to change the position of the wind outlet, the first motor 1802 drives the second blocking plate 1801 to move up and down along the height direction of the air guide sleeve 16 to form wind outlets at different positions, and therefore the advective wind of 0-8 m/s is generated inside the closed chamber; the rain system controls the water pumping amount of the water pump 903 through the first control switch 10, the connecting disc 802 connects the fixed pipe 801 with the water outlet tray 803, so that water in the first water tank 9 can flow out of the water tray 803, so that the water outlet amount of the water outlet tray 803 can be controlled by controlling the water pumping amount of the water pump 903, then the driving motor 13 is started to enable the second gear 1301 to rotate towards one direction, the water limiting tray 11 rotates around the rotating rod through the matching of the second gear 1301 and the rack 1101, the position of the water outlet 12 of the water limiting tray 11 can deviate from the position of the water outlet 12 of the water outlet tray 803 in the rotating process of the water limiting tray 11, so that the solid part of the water limiting tray 11 can shield the water outlet 12 of the water outlet tray 803, the aperture of the water outlet 12 of the water outlet tray 803 can be slowly reduced, then small raindrops are formed, and then the driving motor 13 enables the second gear 1301 to rotate towards the other direction, the aperture of the water outlet 12 of the water outlet tray 803 is gradually changed to be large, and then large raindrops are formed, so that the rainfall in the closed room really forms small rain, medium rain, heavy rain and heavy rain; the humidity control system controls the evaporation device 2202 to work through the second control switch 20, water in the second water tank 21 enters the atomizing groove 2203 through the hose 2101, then the water entering condition in the atomizing groove 2203 is sensed through the sensing head, when water exists in the sensing lamp atomizing groove 2203, the water in the atomizing groove 2203 is atomized, the atomized steam is discharged out of the humidifier 22 through the first fog outlet 2204 and the second fog outlet 2205, then the fog enters the air outlet pipeline 2401 of the guiding device 24 to be pinched, and the fog is conveyed into the closed chamber through the matching of the auxiliary fan 2402 and the through hole, namely the auxiliary fan 2402 forms an upward wind force when operating, so that the fog is filled in the whole closed chamber 1, the humidity in the closed chamber can be controlled through controlling the speed and the duration of the fog generated by the humidifier 22, so as to keep the humidity in the closed chamber 1 at 0-95%, in a specific experiment, the first temperature controller 307 is controlled to control the temperature of the human body part 301 of the dummy to be 36.5 ℃, then the second temperature controller 5 controls the temperature in the closed room 1 to be 10 ℃, and then four groups of experiments are carried out under the condition of the same temperature, wherein in the first group of experiments, the rainfall is set to be light rain through the rain system, the wind speed adjusting system does not start the wind speed to be 0 m/s, and the humidity control system does not start the humidity to be 0; in the second group of experiments, the rainfall is set as medium rain through a rain system, the wind speed is set as 2 m/s through a wind speed adjusting system, and the humidity is 25% through a humidity control system; in the third group of experiments, the rainfall is set as heavy rain by a rain system, the wind speed is set as 4 m/s by a wind speed adjusting system, and the humidity is 45% by a humidity control system; in the fourth group of experiments, the rainfall is set as rainstorm through a rain system, the wind speed is set as 6 m/s through a wind speed adjusting system, and the humidity is 65% through a humidity control system; under the four different rainfall, wind speed and humidity conditions, the first temperature controller 307 collects the internal temperature of the clothes and transmits the internal temperature to a microcomputer controller to obtain the heat dissipation rate of the ready-made clothes at each environmental temperature, the power consumption of the equipment is collected to obtain the heat preservation average power of the ready-made clothes to obtain four groups of data, the first group of data is 0.25 ℃/min, the heat preservation average power of the ready-made clothes is 15W, the second group of data is 0.40 ℃/min, the heat preservation average power of the ready-made clothes is 20W, the third group of data is 0.65 ℃/min, the heat preservation average power of the ready-made clothes is 25W, the fourth group of data is 0.80 ℃/min, the heat preservation average power of the ready-made clothes is 35W, the better the heat preservation effect of the ready-made clothes by combining the four groups of data is, the corresponding cooling rate is smaller, and the average power is also smaller; on the contrary, the worse the warming effect, the larger the corresponding cooling rate, the larger the average power, and the lower the ambient temperature, under the same condition, the larger the corresponding heat dissipation rate, and the larger the average power.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or terminal that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or terminal. Without further limitation, an element defined by the phrases "comprising … …" or "comprising … …" does not exclude the presence of additional elements in a process, method, article, or terminal that comprises the element. Further, herein, "greater than," "less than," "more than," and the like are understood to exclude the present numbers; the terms "above", "below", "within" and the like are to be understood as including the number.
Although the embodiments have been described, once the basic inventive concept is obtained, other variations and modifications of these embodiments can be made by those skilled in the art, so that the above embodiments are only examples of the present invention, and not intended to limit the scope of the present invention, and all equivalent structures or equivalent processes using the contents of the present specification and drawings, or any other related technical fields, which are directly or indirectly applied thereto, are included in the scope of the present invention.

Claims (5)

1. The utility model provides a clothing ready-made clothes warmth retention property testing arrangement which characterized in that: the heating dummy system comprises a dummy body, a chassis and a first temperature controller, the dummy body comprises a plurality of dummy body parts and a support frame, the support frame is formed by connecting a stand column and a plurality of connecting rods, a CAN bus module is arranged in the stand column, the plurality of dummy body parts are correspondingly arranged on the plurality of connecting rods respectively to form an internal cavity, gaps are formed between adjacent dummy body parts, an electrothermal film covers the surface of each dummy body part, the electrothermal film penetrates through the surface of each dummy body part through a lead and is arranged along the connecting rods and gathered into the stand column to be electrically connected with the CAN bus module, the CAN bus module is electrically connected with the first temperature controller, the first temperature controller is arranged on the outer wall of the closed chamber, the surface of the electric heating film is coated with a silica gel skin layer, the upright post is embedded on the chassis, the inside of the closed chamber is also provided with a temperature control system, the temperature control system comprises an electronic heater, a refrigerator and a second temperature controller, the electronic heater and the refrigerator are connected with the second temperature controller through leads, the refrigerator is positioned above the electronic heater, an outlet of the refrigerator extends to be provided with an air outlet pipeline, the air outlet pipeline is provided with a plurality of through holes towards the direction of a heating device of the electronic heater, the electronic heater comprises a heater shell, a heating device, a guide cover, a first connecting rod and a plurality of guide blades, the heating device is arranged inside the heater shell, the heater shell is provided with an air outlet along the output direction of the heating device, and the guide cover is of a rectangular frame structure, the guide cover is embedded in an air outlet of the heater shell, a plurality of circular concave holes are formed in two vertically symmetrical side walls of the guide cover, the guide blades are arranged in a rectangular shape and have a radial length and a transverse width, the guide blades are provided with rotating shafts at two ends along the radial length direction, the rotating shafts at two ends of the guide blades are respectively embedded in the concave holes of the two side walls, two symmetrical sliding tracks are arranged at the top end and the bottom end of the vertical side wall of the guide cover between the two vertical side walls of the guide cover, two ends of the first connecting rod are respectively embedded in the two sliding tracks, one side edge of the radial length direction of the guide blades is connected with the first connecting rod,
the wind speed adjusting system is further arranged in the closed chamber and comprises a fan and an air outlet device, the closed chamber comprises four side walls, a closed space is formed inside the closed chamber, the fan is arranged outside the closed chamber, the air outlet device is arranged in the side walls of the closed chamber, the air outlet device comprises a flow guide cover, a horizontal driving device and a vertical driving device, the flow guide cover is a rectangular frame, the flow guide cover and the fan are positioned on the same side wall of the closed chamber, a through hole is formed in the side wall, an input port of the flow guide cover and an output port of the fan are both positioned in the through hole, the flow guide cover is communicated with the fan, the horizontal driving device and the vertical driving device are both embedded in the flow guide cover, the horizontal driving device comprises a first blocking plate arranged along the height direction of the rectangular flow guide cover and a rodless cylinder arranged along the width direction of the rectangular flow guide cover, the first stop plate is arranged at the output end of the rodless cylinder, the vertical driving device comprises a second stop plate and a first motor which are arranged along the width direction of the rectangular air guide sleeve, the first motor is arranged on the frame edge of the rectangular air guide sleeve, the output end of the first motor is provided with a transmission chain, the second stop plate is arranged on the transmission chain, the air speed detector is arranged on the side wall of the closed chamber, which is provided with the air guide sleeve and is symmetrical to the side wall, the input end of the air speed detector is arranged opposite to the output end of the air guide sleeve,
the rain-drenching system is also arranged in the closed chamber and comprises a first water tank and a water outlet device, the water outlet device is connected with the first water tank through a water pipe, the water outlet device comprises a fixed pipe, a connecting disc and a water outlet disc, the fixed pipe is connected with the first water tank through a water pipe, a clamping groove is formed in the side wall of one end of the water outlet of the fixed pipe in an inward concave mode, a connecting pipe is arranged on the top end of the connecting disc in an upward convex mode, a first through hole is formed in the side wall of the connecting pipe in a hollowed mode, a first spring and a second spring are arranged on the inner wall of the first through hole, the through hole is connected with a lock catch through the first spring, a buckle is connected to the inside of the through hole through the second spring, the buckle and the lock catch extend outwards from two sides of the through hole respectively, a rotating shaft is mounted in the connecting pipe in an embedded mode, and a first gear is connected to the inside of the connecting pipe through the rotating shaft, the rotating shaft is positioned between the lock catch and the buckle, the lower surface of the lock catch and the upper surface of the buckle are both provided with sawteeth meshed with the first gear, the buckle and the lock catch are connected through the first gear and the sawteeth, the water outlet disc is connected with the bottom end of the connecting disc, the connecting disc is internally provided with a water limiting disc, the water limiting disc is rotatably arranged on the water outlet disc, the water limiting disc and the water outlet disc are both provided with a plurality of water outlets which are identical and correspond to each other in position, the distance between every two adjacent water outlets is larger than the caliber of the water outlet, the inner wall of the connecting disc is provided with a driving motor, and the output end of the driving motor is connected with the water limiting disc,
the closed chamber is also internally provided with a humidity control system which comprises a second shell, a second water tank, a humidifier and a plurality of guide devices, the second water tank and the humidifier are embedded in the second shell, the humidifier is connected with the side wall of the second water tank, the output end of the humidifier is provided with a second connecting pipe, the second connecting pipe comprises branches with the same number as the plurality of guide devices, the branches are respectively communicated with the plurality of guide devices, a hygrometer is arranged between the adjacent guide devices, the humidifier comprises a humidifier shell, an evaporation device and an atomization groove, the evaporation device and the atomization groove are both arranged in the humidifier shell, the evaporation device is connected with the bottom end in the humidifier shell, the top of the evaporation device extends upwards to form an induction head, the atomization groove is arranged at the upper end of the evaporation device, and the evaporation device is embedded in the atomization groove and communicated with the atomization groove through the induction head, the top and the bottom of humidifier casing all dig and are equipped with the connector, the one end and the atomizing groove of connector communicate mutually, the other end of connector is equipped with check joint, the lateral wall of second water tank digs and is equipped with two through-holes, the second water tank is connected with two hoses through the through-hole is outside, humidifier and second water tank pass through check joint and hose concatenation intercommunication each other.
2. The device for testing the thermal insulation performance of the ready-made clothes according to claim 1, characterized in that: the human body of the dummy comprises a head of the dummy, a chest of the dummy, a back of the dummy, a waist of the dummy, an abdomen of the dummy, an upper arm of the dummy, a lower arm of the dummy, a hip of the dummy, a thigh of the dummy, a shank of the dummy and feet of the dummy, the electric heating films are correspondingly attached to the surfaces of the head of the dummy, the chest of the dummy, the back of the dummy, the waist of the dummy, the abdomen of the dummy, the upper arm of the dummy, the lower arm of the dummy, the hip of the dummy, the thigh of the dummy, the shank of the dummy and the feet of the dummy respectively, and the area of each electric heating film is consistent with the surface area of the corresponding human body part of the dummy respectively.
3. The device for testing the thermal insulation performance of the ready-made clothes according to claim 1, characterized in that: the shape of refrigerator is the rectangle, refrigerator fixed mounting is to the top of closed room, and a lateral wall setting of the closed room of refrigerator's a side laminating, the quantity of air-out pipeline is two, the lateral wall of air-out pipeline is equipped with the air intake, air-out pipeline symmetric position is in the both sides of refrigerator, the delivery outlet of refrigerator is aimed at to the air intake, the air-out pipeline extends to another lateral wall of closed room along refrigerator width direction, is equipped with interface channel between two air-out pipelines, a plurality of through-holes run through the bottom of air-out pipeline and interface channel along the height of closed room, the top of closed room be equipped with the unanimous air outlet of a plurality of through-holes.
4. The device for testing the thermal insulation performance of the ready-made clothes according to claim 1, characterized in that: the first baffle plate is a rectangular plate, the length of the first baffle plate is matched with the height of the inner frame of the rectangular air guide sleeve, the width of the first baffle plate is smaller than the width of the inner frame of the rectangular air guide sleeve, the second baffle plate is a rectangular plate, the length of the second baffle plate is matched with the width of the inner frame of the rectangular air guide sleeve, and the height of the second baffle plate is smaller than the height of the inner frame of the rectangular air guide sleeve.
5. The device for testing the thermal insulation performance of the ready-made garment according to claim 1, characterized in that: the outer wall of sealing chamber has a sealing door through hinged joint, one side of sealing door is equipped with an observation window, microcomputer controller sets up between sealing door and observation window, microcomputer controller includes engine body shell, control drive and the touch display screen of rectangle, the control drive sets up inside engine body shell, engine body shell's the back is connected with the outer wall of sealing chamber through the second bracing piece, engine body shell's back welding has a rotatory ball, the end of second bracing piece is equipped with the spherical shell, rotatory ball embedding is installed in the spherical shell, the engine body shell upper cover is equipped with a top cap, set up the third opening of a rectangle on the top cap, the touch display screen is inlayed and is installed in the third opening, the touch display screen is connected with control drive electricity.
CN202010241073.5A 2020-03-31 2020-03-31 Device and method for testing thermal insulation performance of ready-made clothes Active CN111272814B (en)

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CN113267528A (en) * 2021-05-19 2021-08-17 东华大学 Device and method for evaluating dynamic heat and moisture transfer performance of clothes
CN114295672A (en) * 2021-12-28 2022-04-08 高梵(浙江)信息技术有限公司 Thermal insulation performance detection device of down jacket
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