CN104807741A - Aging device for charger - Google Patents
Aging device for charger Download PDFInfo
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- CN104807741A CN104807741A CN201510179116.0A CN201510179116A CN104807741A CN 104807741 A CN104807741 A CN 104807741A CN 201510179116 A CN201510179116 A CN 201510179116A CN 104807741 A CN104807741 A CN 104807741A
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Abstract
The invention provides an aging device for a charger, belongs to the technical field of testing, and solves the problem that an aging test cannot be performed on the charger efficiently in the prior art. The aging device for the charger comprises a rack, a working table and an aging trolley, wherein the working table is provided with a conveying mechanism; the conveying mechanism comprises a driving roller I, a driven roller I and a driving belt I, and an aging line is fixed on the driving belt I; the working table is provided with a rotary mechanism which comprises a driving roller II, a driven roller II and a driving belt II; the aging trolley comprises a box, a partition board capable of dividing a cavity into a cooling cavity and a loading cavity is fixed in the box, support partition boards are fixed in the loading cavity, loading boxes are fixed on each support partition board, test turnover discs are arranged on the loading boxes and comprises disc bodies, jacks are formed in each disc body, and sockets are fixed in cavities. The aging device for the charger has the advantage that the aging test can be performed on the charger more conveniently and efficiently.
Description
Technical field
The invention belongs to technical field of measurement and test, relate to a kind of aging equipment, particularly a kind of aging equipment of charger.
Background technology
In the use procedure of macromolecular material, owing to being subject to the combined action of the environmental factors such as heat, oxygen, water, light, microorganism, chemical mediator, a series of change can be there is in the chemical composition and structure of macromolecular material, physical property also can correspondingly degenerate, as hardened, being clamminess, become fragile, variable color, lose intensity etc., these changes and phenomenon are called aging.In order to ensure that the product of production and processing has good ageing resistance, so need to carry out burn-in test before producing.
Burn-in test mainly pointer is tested the thermo-oxidative ageing that rubber, plastic product, electrical apparatus insulation material and other materials carry out; Or for the ventilation burn-in test of electronic accessory parts, plasticizing product.At present, aging test is carried out to charger on testing machine, generally adopts the mode of testing one by one, thus affect work efficiency, often need to expend too much man power and material simultaneously.
So, for those skilled in the art, need to develop a kind of can more convenient, the device that efficiently charger carried out to burn-in test, to improve the work efficiency of aging test.
Summary of the invention
The object of the invention is to there are the problems referred to above for existing technology, propose a kind of aging equipment of charger, the aging equipment of this charger has can more convenient, the feature of efficiently charger being carried out to burn-in test, thus improves work efficiency, saves human and material resources resource.
Object of the present invention realizes by following technical proposal: a kind of aging equipment of charger, comprise frame, the aging vehicle being fixed on the worktable in frame and arranging on the table, it is characterized in that, the side of described worktable is provided with the transport establishment that aging vehicle can be transported to the other end from one end of worktable, described transport establishment comprises active roller one, return idler one and the driving-belt one be set between active roller one and return idler one, on described worktable, level is fixed with servomotor one, the output shaft of described servomotor one is connected by shaft coupling with described active roller one, described active roller one and return idler one pass through rotation axis, bearing and bearing seat are arranged on the table, the outside surface of described driving-belt one is fixed with aging lines along its length, described aging lines are fixed with some conduction carbon brush, described conductive carbon brushes and is also provided with some working plates can installing aging vehicle, the outside surface of described driving-belt one is also evenly fixed with some cover dog catchs along its length, the opposite side of described worktable is provided with the slew gear that can reset to working plate, described slew gear comprises active roller two, return idler two and the driving-belt two be set between active roller two and return idler two, on described worktable, also level is fixed with servomotor two, the output shaft of described servomotor two is connected by shaft coupling with described active roller two, described active roller two and return idler two also pass through rotation axis, bearing and bearing seat are arranged on the table, the outside surface of described driving-belt two is evenly fixed with some cover dog catchs along its length, described driving-belt one and driving-belt two be arranged in parallel, and the transmission direction of driving-belt one is contrary with the transmission direction of driving-belt two, the feed end of described driving-belt one and the discharge end of driving-belt two are the material loading end of aging vehicle, and between the discharge end of the feed end of driving-belt one and driving-belt two, be provided with the transfer device one working plate can transferred to automatically from driving-belt two driving-belt one, the discharge end of described driving-belt one and the feed end of driving-belt two are the discharging end of aging vehicle, and between the feed end of the discharge end of driving-belt one and driving-belt two, be provided with the transfer device two working plate can transferred to automatically from driving-belt one driving-belt two, described aging vehicle is detachably arranged on described working plate, comprise the casing with cavity, described casing comprises left plate, right plate, back shroud, upper cover plate and base plate, the space bar that cavity can be separated into heat dissipation cavity and load cavity is vertically fixed with in described casing, described heat dissipation cavity internal fixtion has some heat sinks, described back shroud offers some louvres, described load cavity has the opening be connected with the external world, described load lumenal levels is fixed with some supporting clapboards, the upper face of described supporting clapboard is all fixed with some load boxs, described load box has openend, and the opening of the openend of described load box and described load cavity in the same way, in the openend of described load box, one_to_one corresponding is provided with test Revolving disc, the location structure that can position described test Revolving disc is also provided with between described test Revolving disc and supporting clapboard, control box is fixed with directly over described load cavity, described control box internal fixtion has PLC one, load box is all connected with described PLC one by circuit, described test Revolving disc comprises the disk body with cavity, and the rectangular shape of described disk body, described disk body offers some jacks inserted for charger, described cavity internal fixtion has some sockets matched with charger, described jack and socket match, described jack and socket all arrange in three and arrange, described socket comprises two spring hole scokets and Three-hole socket, and each two spring hole scoket arranged and Three-hole socket interval are arranged, the both sides of described disk body offer the groove one and groove two with positioning action respectively, the inner of disk body has the mounting hole for described two spring hole scokets and Three-hole socket installing wire, the outer end of disk body is fixed with handle, described frame is also provided with the control system that can control servomotor one and servomotor two rotating speed.
The principle of work of the aging equipment of this charger is such: the servomotor one that 1, frame is provided with drives active roller one rotation, drive driving-belt one motion by active roller one and return idler one, thus realize transmitting the aging vehicle being provided with to be measured; 2, because driving-belt one outer wall is fixed with the aging lines containing electrical carbon brush, be energized to working plate by electrical carbon brush, be energized to aging vehicle by working plate, thus realize carrying out burn-in test to the measured piece in aging vehicle, and driving-belt one outer wall is also fixed with the dog catch that can prevent from interfering between working plate; 3, by being plugged by tested charger in jack corresponding on test Revolving disc disk body, and test Revolving disc cavity internal fixtion has the socket matched with jack, thus carries out burn-in test to charger; Meanwhile, the jack that test Revolving disc is provided with and socket all arrange in three and arrange, and socket comprises two spring hole scokets and Three-hole socket, thus can carry out concentrated burn-in test to charger more efficiently, widely; Test Revolving disc can guide on load box by location structure 4, in aging vehicle load cavity more easily, mainly play the effect of location, thus concentrated burn-in test can be carried out to the test Revolving disc being placed with measured piece, increase work efficiency, simultaneously, by the control box above aging vehicle, thus the parameter of burn-in test can be regulated according to the performance of measured piece; 5, because frame is provided with transfer device two, thus can to realize working plate from the feed end that the discharge end of driving-belt one transfers to driving-belt two automatically 6, servomotor two that frame is provided with drives active roller two rotation, drive driving-belt two motion by active roller two and return idler two, thus realize carrying out automatic rotary to the working plate unloading aging vehicle; 7, because frame is provided with transfer device one, thus working plate can be transferred to automatically the feed end of driving-belt one from the discharge end of driving-belt two, realize cycling; 8, because frame is provided with control system, thus can carry out speed regulates to driving-belt one and driving-belt two, thus increase work efficiency.
In the aging equipment of above-mentioned charger, described transfer device one comprises cross traveling trolley one, transverse cylinder one and promotion cylinder one, described transverse cylinder one is horizontally fixed in frame, and the transmission direction of the piston rod of transverse cylinder one and above-mentioned driving-belt one is perpendicular, one sidewall of described cross traveling trolley one is fixed on the piston rod of described transverse cylinder one, described promotion cylinder one is horizontally fixed in frame, the piston rod promoting cylinder one parallels with the center line of described driving-belt one, and promote the transmission direction of piston rod towards above-mentioned driving-belt one of cylinder one.Working plate is sent to after in cross traveling trolley one by the discharge end of driving-belt two, when cross traveling trolley one being pushed to driving-belt one collinear position by the piston rod of transverse cylinder one, simultaneously, after working plate places aging vehicle, again under the effect promoting cylinder one, thus push the working plate in cross traveling trolley two to driving-belt one and transmit, thus carry out aging test.
In the aging equipment of above-mentioned charger, described transfer device two comprises cross traveling trolley two, transverse cylinder two and promotion cylinder two, described transverse cylinder two is horizontally fixed in frame, and the transmission direction of the piston rod of transverse cylinder two and above-mentioned driving-belt one is perpendicular, one sidewall of described cross traveling trolley two is fixed on the piston rod of described transverse cylinder two, described promotion cylinder two is horizontally fixed in frame, the piston rod promoting cylinder two parallels with the center line of described driving-belt two, and promote the transmission direction of piston rod towards above-mentioned driving-belt two of cylinder two.Aging vehicle after aging test is from driving-belt one loading and unloading, working plate is transferred to after in cross traveling trolley two by the discharge end of driving-belt one, when cross traveling trolley two being pushed to driving-belt two collinear position by the piston rod of transverse cylinder two, again under the effect promoting cylinder two, thus the working plate in cross traveling trolley two is pushed to driving-belt two and carry out circle transmission.
In the aging equipment of above-mentioned charger, described location structure comprises groove one, groove two and the location-plate one be fixed on supporting clapboard and location-plate two that are opened in test Revolving disc both sides, the gap formed between described location-plate one and location-plate two is for installation testing Revolving disc, the transverse slat one that described location-plate one comprises riser one and is fixed in the middle part of riser one, the lower face of riser one is fixed on the upper surface of supporting clapboard, the left surface of transverse slat one is fixed on the right flank of riser one, and transverse slat one is arranged in the groove one of test Revolving disc; The transverse slat two that described location-plate two comprises riser two and is fixed in the middle part of riser two, the lower face of riser two is fixed on the upper surface of supporting clapboard, and the right panel face of transverse slat two is fixed on the left plate face of riser two, and transverse slat two is arranged in the groove two of test Revolving disc.The left surface of transverse slat one is fixed on the right flank of riser one, and meanwhile, the right flank of transverse slat one is arranged in the groove one of test Revolving disc; The right flank of transverse slat two is fixed on the left surface of riser two, meanwhile, the left surface of transverse slat two is arranged in the groove two of test Revolving disc, thus can guide on load box by test Revolving disc more easily, can also prevent from meeting accident disengaging load box in test process, play the effect of location.
Alternatively situation, in the aging equipment of above-mentioned charger, described location structure comprises the groove one being opened in test Revolving disc both sides, groove two and the location-plate one be fixed on supporting clapboard and location-plate two, the gap formed between described location-plate one and location-plate two is for installation testing Revolving disc, the transverse slat one that described location-plate one comprises riser one and is horizontally fixed on above riser one, the lower face of riser one is fixed on the upper surface of supporting clapboard, the lower face of transverse slat one is fixed on the upper face of riser one, the side of transverse slat one is outwardly relative to riser one, and the protrusion side of transverse slat one is arranged in the groove one of test Revolving disc, the transverse slat two that described location-plate two comprises riser two and is horizontally fixed on above riser two, the lower face of riser two is fixed on the upper surface of supporting clapboard, the lower face of transverse slat two is fixed on the upper face of riser two, the side of transverse slat two is outwardly relative to riser two, and the protrusion side of transverse slat two is arranged in the groove two of test Revolving disc.The lower face of transverse slat one is fixed on the upper face of riser one, and meanwhile, the outwardly part of transverse slat one is arranged in the groove one of test Revolving disc; The lower face of transverse slat two is fixed on the upper face of riser two, simultaneously, the outwardly part of transverse slat two is arranged in the groove one of test Revolving disc, thus can more easily test Revolving disc be guided on load box, can also prevent from meeting accident disengaging load box in test process, play the effect of location.
In the aging equipment of above-mentioned charger, described control system comprises PLC two, described PLC two is fixed in above-mentioned frame, and above-mentioned servomotor one, servomotor two, transverse cylinder one, promotion cylinder one, transverse cylinder two and promotion cylinder two are all connected with described PLC two by circuit.Pass through PLC, realize controlling the rotating speed of servomotor one, servomotor two, thus the accurate control can carried out the measured piece in the aging vehicle on driving-belt one according to actual conditions in transfer rate, and the working plate on driving-belt two is transmitted fast, thus increase work efficiency.
In the aging equipment of above-mentioned charger, the piston rod of described promotion cylinder one is vertically fixed with slurcam one, the diapire of described slurcam one and the upper surface flush of above-mentioned driving-belt one.More effective working plate on cross traveling trolley one can be transferred on driving-belt one by the slurcam one that promotes on cylinder one piston rod.
In the aging equipment of above-mentioned charger, the piston rod of described promotion cylinder two is vertically fixed with slurcam two, the diapire of described slurcam two and the upper surface flush of above-mentioned driving-belt two.More effective working plate on cross traveling trolley two can be transferred on driving-belt two by the slurcam two that promotes on cylinder two piston rod.
In the aging equipment of above-mentioned charger, described working plate bottom surface is provided with the some conduction bronze medals corresponding with above-mentioned conduction carbon brush, and described working plate upper surface is provided with the socket matched with aging vehicle.By the conduction bronze medal on working plate bottom surface, make aging lines provide power supply to working plate, by the socket of working plate upper surface, thus realize providing power supply to aging vehicle.
In the aging equipment of above-mentioned charger, described driving-belt one and the both sides of driving-belt two are provided with guard rail, and described guard rail adopts organic glass to make.The guard rail of the both sides of driving-belt one and driving-belt two mainly plays that preventing meets accident in transmitting procedure causes working plate to drop, and avoids extraneous human contact and potential safety hazard occurs, and guard rail adopts organic glass to make is convenient to observe.
Compared with prior art, the aging equipment of this charger has the following advantages:
1, the electrical carbon brush on the aging lines of the present invention is energized to working plate, is energized to aging vehicle by working plate, thus realizes carrying out burn-in test to the measured piece in aging vehicle.
2, servomotor one of the present invention drives active roller one rotation, drives driving-belt one motion by active roller one and return idler one, thus realizes transmitting the aging vehicle being provided with to be measured.
3, servomotor two of the present invention drives active roller two rotation, drives driving-belt two motion by active roller two and return idler two, thus realizes carrying out automatic rotary to the working plate unloading aging vehicle.
4, the present invention passes through PLC, realize the control to the rotating speed of servomotor one, servomotor two, thus the accurate control can carried out the measured piece in aging vehicle according to actual conditions in transfer rate, and the working plate on driving-belt two is transmitted fast, thus increase work efficiency.
5, the present invention is by supporting every upper load box, thus can carry out concentrated burn-in test to the test Revolving disc being placed with test specimen, increases work efficiency; Meanwhile, the PLC in control box, thus can according to the parameter of the property regulation burn-in test of measured piece.
6, the present invention is by plugging charger in the jack on test Revolving disc, and socket comprises two spring hole scokets and Three-hole socket, thus can carry out concentrated burn-in test to charger more efficiently, widely.
Accompanying drawing explanation
Fig. 1 is plan structure schematic diagram of the present invention;
Fig. 2 is forward sight structural representation of the present invention;
Fig. 3 is backsight structural representation of the present invention;
Fig. 4 is the structural representation of working plate in the present invention;
Fig. 5 is the partial enlargement structural representation at A place of the present invention;
Fig. 6 is the structural representation of aging vehicle in the present invention;
Fig. 7 be in the present invention aging vehicle face structural representation;
Fig. 8 is the sectional structure schematic diagram of aging vehicle in the present invention;
Fig. 9 is the structural representation testing Revolving disc in the present invention;
Figure 10 is the sectional structure schematic diagram testing Revolving disc in the present invention.
In figure, 1, frame; 2, worktable; 3, active roller one; 4, return idler one; 5, driving-belt one; 6, servomotor one; 7, aging lines; 8, conduction carbon brush; 9, working plate; 10, conduction bronze medal; 11, socket; 12, active roller two; 13, return idler two; 14, driving-belt two; 15, servomotor two; 16, cross traveling trolley one; 17, transverse cylinder one; 18, cylinder one is promoted; 19, cross traveling trolley two; 20, transverse cylinder two; 21, cylinder two is promoted; 22, slurcam one; 23, slurcam two; 24, guard rail; 25, dog catch; 26, casing; 26a, left plate; 26b, right plate; 26c, back shroud; 26d, upper cover plate; 26e, base plate; 27, space bar; 28, heat sink; 29, supporting clapboard; 30, load box; 31, control box; 32, disk body; 33, location-plate one; 34, location-plate two; 35, jack; 36, two spring hole scokets; 37, Three-hole socket; 38, handle.
Embodiment
Be below specific embodiments of the invention and by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiments.
Embodiment one
As shown in Figure 1, Figure 2 and Figure 3, a kind of aging equipment of charger aging vehicle of comprising frame 1, being fixed on the worktable 2 in frame 1 and being arranged on worktable 2.Wherein, the side of worktable 2 is provided with the transport establishment that aging vehicle can be transported to the other end from one end of worktable 2, and the opposite side of worktable 2 is provided with the slew gear that can reset to working plate 9.
As shown in Figures 2 and 3, specifically, transport establishment comprises active roller 1, return idler 1 and the driving-belt 1 be set between active roller 1 and return idler 1, on worktable 2, level is fixed with servomotor 1, the output shaft of servomotor 1 is connected by shaft coupling with active roller 1, active roller 1 and return idler 1 pass through rotation axis, bearing and bearing seat are arranged on worktable 2, the outside surface of driving-belt 1 is fixed with aging lines 7 along its length, aging lines 7 are fixed with three conduction carbon brush 8, conduction carbon brush 8 is also provided with the working plate 9 that eight pieces can be installed aging vehicle, and working plate 9 adopts PCV plate to make, the outside surface of driving-belt 1 is also evenly fixed with eight cover dog catchs 25 along its length, simultaneously, the driving-belt 2 14 that slew gear comprises active roller 2 12, return idler 2 13 and is set between active roller 2 12 and return idler 2 13, on worktable 2, also level is fixed with servomotor 2 15, the output shaft of servomotor 2 15 is connected by shaft coupling with active roller 2 12, active roller 2 12 and return idler 2 13 are also arranged on worktable 2 by rotation axis, bearing and bearing seat, and the outside surface of driving-belt 2 14 is evenly fixed with two cover dog catchs 25 along its length.
As shown in Figure 4 and Figure 5, meanwhile, working plate 9 bottom surface is provided with three conduction bronze medals 10 corresponding with conduction carbon brush 8, and working plate 9 upper surface is provided with the socket 11 matched with aging vehicle.By the conduction bronze medal 10 on working plate 9 bottom surface, make aging lines 7 provide power supply to working plate 9, by the socket 11 of working plate 9 upper surface, thus realize providing power supply to aging vehicle.
Driving-belt 1 and driving-belt 2 14 be arranged in parallel, and the transmission direction of driving-belt 1 is contrary with the transmission direction of driving-belt 2 14, and the length of driving-belt 1 is equal with the length of driving-belt 2 14.
The feed end of driving-belt 1 and the discharge end of driving-belt 2 14 are the material loading end of aging vehicle, and are provided with the transfer device one working plate 9 can transferred to automatically from driving-belt 2 14 driving-belt 1 between the discharge end of the feed end of driving-belt 1 and driving-belt 2 14.More specifically, transfer device one comprises cross traveling trolley 1, transverse cylinder 1 and promotes cylinder 1, transverse cylinder 1 is horizontally fixed in frame 1, and the transmission direction of the piston rod of transverse cylinder 1 and driving-belt 1 is perpendicular, one sidewall of cross traveling trolley 1 is fixed on the piston rod of transverse cylinder 1, promoting cylinder 1 is horizontally fixed in frame 1, the piston rod promoting cylinder 1 parallels with the center line of driving-belt 1, and promotes the transmission direction of piston rod towards driving-belt 1 of cylinder 1.Working plate 9 is sent to after in cross traveling trolley 1 by the discharge end of driving-belt 2 14, when cross traveling trolley 1 being pushed to driving-belt one 5 collinear position by the piston rod of transverse cylinder 1, simultaneously, after working plate 9 places aging vehicle, again under the effect promoting cylinder 1, thus push the working plate 9 in cross traveling trolley 2 19 to driving-belt 1 and transmit, thus carry out aging test.Wherein, promote cylinder 1 piston rod on be vertically fixed with slurcam 1, the diapire of slurcam 1 and the upper surface flush of driving-belt 1.More effective working plate 9 on cross traveling trolley 1 can be transferred on driving-belt 1 by the slurcam 1 that promotes on cylinder 1 piston rod.
The discharge end of driving-belt 1 and the feed end of driving-belt 2 14 are the discharging end of aging vehicle, and are provided with the transfer device two working plate 9 can transferred to automatically from driving-belt 1 driving-belt 2 14 between the feed end of the discharge end of driving-belt 1 and driving-belt 2 14.More specifically, transfer device two comprises cross traveling trolley 2 19, transverse cylinder 2 20 and promotes cylinder 2 21, transverse cylinder 2 20 is horizontally fixed in frame 1, and the transmission direction of the piston rod of transverse cylinder 2 20 and driving-belt 1 is perpendicular, one sidewall of cross traveling trolley 2 19 is fixed on the piston rod of transverse cylinder 2 20, promoting cylinder 2 21 is horizontally fixed in frame 1, the piston rod promoting cylinder 2 21 parallels with the center line of driving-belt 2 14, and promotes the transmission direction of piston rod towards driving-belt 2 14 of cylinder 2 21.Aging vehicle after aging test is from driving-belt 1 loading and unloading, working plate 9 is transferred to after in cross traveling trolley 2 19 by the discharge end of driving-belt 1, when cross traveling trolley 2 19 being pushed to driving-belt 2 14 collinear position by the piston rod of transverse cylinder 2 20, again under the effect promoting cylinder 2 21, thus push the working plate 9 in cross traveling trolley 2 19 to driving-belt 2 14 and carry out circle transmission.Wherein, promote cylinder 2 21 piston rod on be vertically fixed with slurcam 2 23, the diapire of slurcam 2 23 and the upper surface flush of driving-belt 2 14.More effective working plate 9 on cross traveling trolley 2 19 can be transferred on driving-belt 2 14 by the slurcam 2 23 that promotes on cylinder 2 21 piston rod.
Wherein, as shown in Figure 6, aging vehicle comprises the casing 26 with cavity, and casing 26 comprises left plate 26a, right plate 26b, back shroud 26c, upper cover plate 26d and base plate 26e.The space bar 27 that cavity can be separated into heat dissipation cavity and load cavity is vertically fixed with in casing 26.Heat dissipation cavity internal fixtion has some heat sinks 28, and back shroud 26c offers some louvres.Load cavity has the opening be connected with the external world, and load lumenal levels is fixed with eight pieces of supporting clapboards 29, and spacing between each adjacent supports dividing plate 29 is equal.Supporting clapboard 29 adopts PVC board to make, and PVC board has the characteristics such as anticorrosion, moistureproof, mildew-resistant, and light weight, ageing-resistant, the feature of easily processing.The upper face of every block supporting clapboard 29 is all fixed with three load boxs 30, and spacing between each adjacent load box 30 is equal.Load box 30 has openend, and the opening of the openend of load box 30 and load cavity in the same way.Meanwhile, in the openend of load box 30, one_to_one corresponding is provided with test Revolving disc.
More particularly, as shown in Figure 7 and Figure 8, test between Revolving disc and supporting clapboard 29 and be also provided with the location structure that can position each test Revolving disc.Specifically, location structure comprises groove one, groove two and the location-plate 1 be fixed on supporting clapboard 29 and location-plate 2 34 that are opened in test Revolving disc both sides.The gap formed between location-plate 1 and location-plate 2 34 is for installation testing Revolving disc, the transverse slat one that location-plate 1 comprises riser one and is fixed in the middle part of riser one, the lower face of riser one is fixed on the upper surface of supporting clapboard 29, the left surface of transverse slat one is fixed on the right flank of riser one, and transverse slat one is arranged in the groove one of test Revolving disc; The transverse slat two that location-plate 2 34 comprises riser two and is fixed in the middle part of riser two, the lower face of riser two is fixed on the upper surface of supporting clapboard 29, and the right panel face of transverse slat two is fixed on the left plate face of riser two, and transverse slat two is arranged in the groove two of test Revolving disc.The left surface of transverse slat one is fixed on the right flank of riser one, and meanwhile, the right flank of transverse slat one is arranged in the groove one of test Revolving disc; The right flank of transverse slat two is fixed on the left surface of riser two, simultaneously, the left surface of transverse slat two is arranged in the groove two of test Revolving disc, thus can more easily test Revolving disc be guided on load box 30, can also prevent from meeting accident in test process and depart from load box 30, play the effect of location.Meanwhile, be fixed with control box 31 directly over load cavity, control box 31 internal fixtion has PLC one, and load box 30 is all connected with described PLC one by circuit, thus can according to the parameter of the property regulation burn-in test of measured piece.
In addition, as shown in Figure 9 and Figure 10, test Revolving disc comprises the disk body 32 with cavity, and the described rectangular shape of disk body 32, disk body 32 offers 12 jacks 35 inserted for charger, cavity internal fixtion has 12 sockets 11 matched with charger, jack 35 and socket 11 match, jack 35 and socket 11 all arrange in three and arrange, and socket 11 comprises two spring hole scokets 36 and Three-hole socket 37, and each two spring hole scoket 36 arranged and Three-hole socket 37 interval are arranged; The both sides of disk body 32 offer the groove one and groove two with positioning action respectively, the inner of disk body 32 has the mounting hole for described two spring hole scokets 36 and Three-hole socket 37 installing wire, the outer end of disk body 32 is fixed with handle 38, and the one end near handle 38 on disk body 32 offers breach, handle 38 is one-body molded with disk body 32.
More particularly, two spring hole scokets 36 of each row are 2 with the quantity of Three-hole socket 37.Adopt two spring hole scokets 36 and Three-hole socket 37, thus the usable range of test Revolving disc can be expanded, indirectly improve work efficiency.And the line-spacing between every adjacent receptacle 35 is 2cm, the row distance between every adjacent receptacle 35 is 3cm.Adjacent receptacle 35 keeps such line-spacing and row distance, thus can either prevent from interfering with each other between two adjacent chargers, can realize again testing making full use of of Revolving disc.Wherein, disk body 32 and handle 38 all adopt plastic material to make.Adopt plastic material easy-formation, easy processing and manufacturing, but also the feature with insulation.
Frame 1 is also provided with the control system that can control servomotor 1 and servomotor 2 15 rotating speed.More specifically, control system comprises PLC, PLC is fixed in frame 1, and servomotor 1, servomotor 2 15, transverse cylinder 1, promotion cylinder 1, transverse cylinder 2 20 and promotion cylinder 2 21 are all connected with PLC by circuit.Pass through PLC, realize controlling the rotating speed of servomotor 1, servomotor 2 15, thus the accurate control can carried out the measured piece in the aging vehicle on driving-belt 1 according to actual conditions in transfer rate, and the working plate 9 on driving-belt 2 14 is transmitted fast, thus increase work efficiency.
In addition, the upper surface flush of driving-belt 1 and driving-belt 2 14, the upper surface of driving-belt 1 and driving-belt 2 14 respectively with the upper surface flush of cross traveling trolley 1 and cross traveling trolley 2 19.Thus can ensure that working plate 9 can transfer to cross traveling trolley 1 from driving-belt 2 14, then transfer on driving-belt 1 by cross traveling trolley 1; Meanwhile, working plate 9 on driving-belt 1 is made from transferring to cross traveling trolley 2 19, then can be transferred on driving-belt 2 14 by cross traveling trolley 2 19.The both sides of driving-belt 1 and driving-belt 2 14 are provided with guard rail 24, and guard rail 24 adopts organic glass to make.The guard rail 24 of the both sides of driving-belt 1 and driving-belt 2 14 mainly plays that preventing meets accident in transmitting procedure causes working plate 9 to drop, and avoids extraneous human contact and potential safety hazard occurs, and guard rail 24 adopts organic glass to make is convenient to observe.
Comprehensively above-mentioned, generally speaking, the principle of work of the aging equipment of this charger is such: the servomotor 1 that 1, frame 1 is provided with drives active roller 1 to rotate, drive driving-belt 1 to move by active roller 1 and return idler 1, thus realize transmitting the aging vehicle being provided with to be measured; 2, because driving-belt 1 outer wall is fixed with the aging lines 7 containing electrical carbon brush, be energized to working plate 9 by electrical carbon brush, be energized to aging vehicle by working plate 9, thus realize carrying out burn-in test to the measured piece in aging vehicle, and driving-belt 1 outer wall is also fixed with the dog catch 25 that can prevent from interfering between working plate 9; 3, by being plugged by tested charger in jack 35 corresponding on test Revolving disc disk body 32, and test Revolving disc cavity internal fixtion has the socket 11 matched with jack 35, thus carries out burn-in test to charger; Meanwhile, the jack 35 that test Revolving disc is provided with all arranges in three with socket 11 and arranges, and socket 11 comprises two spring hole scokets 36 and Three-hole socket 37, thus can carry out concentrated burn-in test to charger more efficiently, widely; Test Revolving disc can guide on load box 30 by location structure 4, in aging vehicle load cavity more easily, mainly play the effect of location, thus concentrated burn-in test can be carried out to the test Revolving disc being placed with measured piece, increase work efficiency, simultaneously, by the control box 31 above aging vehicle, thus the parameter of burn-in test can be regulated according to the performance of measured piece; 5, because frame 1 is provided with transfer device two, thus can to realize working plate 9 from the feed end that the discharge end of driving-belt 1 transfers to driving-belt 2 14 automatically 6, servomotor 2 15 that frame 1 is provided with drives active roller 2 12 to rotate, drive driving-belt 2 14 to move by active roller 2 12 and return idler 2 13, thus realize carrying out automatic rotary to the working plate 9 unloading aging vehicle; 7, because frame 1 is provided with transfer device one, thus working plate 9 can be transferred to automatically the feed end of driving-belt 1 from the discharge end of driving-belt 2 14, realize cycling; 8, by PLC two, realize controlling the rotating speed of servomotor 1, servomotor 2 15, thus the accurate control can carried out the measured piece in the aging vehicle on driving-belt 1 according to actual conditions in transfer rate, and the working plate 9 on driving-belt 2 14 is transmitted fast, thus increase work efficiency.
Embodiment two
The present embodiment with the structure of embodiment one and principle substantially identical, different place is: in embodiment one, and location structure comprises groove one, groove two and the location-plate one be fixed on supporting clapboard and location-plate two that are opened in test Revolving disc both sides; And in the present embodiment two, location structure comprises groove one, groove two and the location-plate one be fixed on supporting clapboard and location-plate two that are opened in test Revolving disc both sides, the gap formed between location-plate one and location-plate two is for installation testing Revolving disc.Wherein, the transverse slat one that location-plate one comprises riser one and is horizontally fixed on above riser one, the lower face of riser one is fixed on the upper surface of supporting clapboard, the lower face of transverse slat one is fixed on the upper face of riser one, the side of transverse slat one is outwardly relative to riser one, and the protrusion side of transverse slat one is arranged in the groove one of test Revolving disc; The transverse slat two that described location-plate two comprises riser two and is horizontally fixed on above riser two, the lower face of riser two is fixed on the upper surface of supporting clapboard, the lower face of transverse slat two is fixed on the upper face of riser two, the side of transverse slat two is outwardly relative to riser two, and the protrusion side of transverse slat two is arranged in the groove two of test Revolving disc.The lower face of transverse slat one is fixed on the upper face of riser one, and meanwhile, the outwardly part of transverse slat one is arranged in the groove one of test Revolving disc; The lower face of transverse slat two is fixed on the upper face of riser two, simultaneously, the outwardly part of transverse slat two is arranged in the groove one of test Revolving disc, thus can more easily test Revolving disc be guided on load box, can also prevent from meeting accident disengaging load box in test process, play the effect of location.
Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various amendment or supplement or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present invention or surmount the scope that appended claims defines.
Although more employ 1 herein, frame; 2, worktable; 3, active roller one; 4, return idler one; 5, driving-belt one; 6, servomotor one; 7, aging lines; 8, conduction carbon brush; 9, working plate; 10, conduction bronze medal; 11, socket; 12, active roller two; 13, return idler two; 14, driving-belt two; 15, servomotor two; 16, cross traveling trolley one; 17, transverse cylinder one; 18, cylinder one is promoted; 19, cross traveling trolley two; 20, transverse cylinder two; 21, cylinder two is promoted; 22, slurcam one; 23, slurcam two; 24, guard rail; 25, dog catch; 26, casing; 26a, left plate; 26b, right plate; 26c, back shroud; 26d, upper cover plate; 26e, base plate; 27, space bar; 28, heat sink; 29, supporting clapboard; 30, load box; 31, control box; 32, disk body; 33, location-plate one; 34, location-plate two; 35, jack; 36, two spring hole scokets; 37, Three-hole socket; 38, the term such as handle, but do not get rid of the possibility using other term.These terms are used to be only used to describe and explain essence of the present invention more easily; The restriction that they are construed to any one additional is all contrary with spirit of the present invention.
Claims (10)
1. the aging equipment of a charger, comprise frame, the aging vehicle being fixed on the worktable in frame and arranging on the table, it is characterized in that, the side of described worktable is provided with the transport establishment that aging vehicle can be transported to the other end from one end of worktable, described transport establishment comprises active roller one, return idler one and the driving-belt one be set between active roller one and return idler one, on described worktable, level is fixed with servomotor one, the output shaft of described servomotor one is connected by shaft coupling with described active roller one, described active roller one and return idler one pass through rotation axis, bearing and bearing seat are arranged on the table, the outside surface of described driving-belt one is fixed with aging lines along its length, described aging lines are fixed with some conduction carbon brush, described conductive carbon brushes and is also provided with some working plates can installing aging vehicle, the outside surface of described driving-belt one is also evenly fixed with some cover dog catchs along its length, the opposite side of described worktable is provided with the slew gear that can reset to working plate, described slew gear comprises active roller two, return idler two and the driving-belt two be set between active roller two and return idler two, on described worktable, also level is fixed with servomotor two, the output shaft of described servomotor two is connected by shaft coupling with described active roller two, described active roller two and return idler two also pass through rotation axis, bearing and bearing seat are arranged on the table, the outside surface of described driving-belt two is evenly fixed with some cover dog catchs along its length, described driving-belt one and driving-belt two be arranged in parallel, and the transmission direction of driving-belt one is contrary with the transmission direction of driving-belt two, the feed end of described driving-belt one and the discharge end of driving-belt two are the material loading end of aging vehicle, and between the discharge end of the feed end of driving-belt one and driving-belt two, be provided with the transfer device one working plate can transferred to automatically from driving-belt two driving-belt one, the discharge end of described driving-belt one and the feed end of driving-belt two are the discharging end of aging vehicle, and between the feed end of the discharge end of driving-belt one and driving-belt two, be provided with the transfer device two working plate can transferred to automatically from driving-belt one driving-belt two, described aging vehicle is detachably arranged on described working plate, comprise the casing with cavity, described casing comprises left plate, right plate, back shroud, upper cover plate and base plate, the space bar that cavity can be separated into heat dissipation cavity and load cavity is vertically fixed with in described casing, described heat dissipation cavity internal fixtion has some heat sinks, described back shroud offers some louvres, described load cavity has the opening be connected with the external world, described load lumenal levels is fixed with some supporting clapboards, the upper face of described supporting clapboard is all fixed with some load boxs, described load box has openend, and the opening of the openend of described load box and described load cavity in the same way, in the openend of described load box, one_to_one corresponding is provided with test Revolving disc, the location structure that can position described test Revolving disc is also provided with between described test Revolving disc and supporting clapboard, control box is fixed with directly over described load cavity, described control box internal fixtion has PLC one, load box is all connected with described PLC one by circuit, described test Revolving disc comprises the disk body with cavity, and the rectangular shape of described disk body, described disk body offers some jacks inserted for charger, described cavity internal fixtion has some sockets matched with charger, described jack and socket match, described jack and socket all arrange in three and arrange, described socket comprises two spring hole scokets and Three-hole socket, and each two spring hole scoket arranged and Three-hole socket interval are arranged, the both sides of described disk body offer the groove one and groove two with positioning action respectively, the inner of disk body has the mounting hole for described two spring hole scokets and Three-hole socket installing wire, the outer end of disk body is fixed with handle, described frame is also provided with the control system that can control servomotor one and servomotor two rotating speed.
2. the aging equipment of charger according to claim 1, it is characterized in that, described transfer device one comprises cross traveling trolley one, transverse cylinder one and promotion cylinder one, described transverse cylinder one is horizontally fixed in frame, and the transmission direction of the piston rod of transverse cylinder one and above-mentioned driving-belt one is perpendicular, one sidewall of described cross traveling trolley one is fixed on the piston rod of described transverse cylinder one, described promotion cylinder one is horizontally fixed in frame, the piston rod promoting cylinder one parallels with the center line of described driving-belt one, and promote the transmission direction of piston rod towards above-mentioned driving-belt one of cylinder one.
3. the aging equipment of charger according to claim 2, it is characterized in that, described transfer device two comprises cross traveling trolley two, transverse cylinder two and promotion cylinder two, described transverse cylinder two is horizontally fixed in frame, and the transmission direction of the piston rod of transverse cylinder two and above-mentioned driving-belt one is perpendicular, one sidewall of described cross traveling trolley two is fixed on the piston rod of described transverse cylinder two, described promotion cylinder two is horizontally fixed in frame, the piston rod promoting cylinder two parallels with the center line of described driving-belt two, and promote the transmission direction of piston rod towards above-mentioned driving-belt two of cylinder two.
4. the aging equipment of charger according to claim 3, it is characterized in that, described location structure comprises the groove one being opened in test Revolving disc both sides, groove two and the location-plate one be fixed on supporting clapboard and location-plate two, the gap formed between described location-plate one and location-plate two is for installation testing Revolving disc, the transverse slat one that described location-plate one comprises riser one and is fixed in the middle part of riser one, the lower face of riser one is fixed on the upper surface of supporting clapboard, the left surface of transverse slat one is fixed on the right flank of riser one, and transverse slat one is arranged in the groove one of test Revolving disc, the transverse slat two that described location-plate two comprises riser two and is fixed in the middle part of riser two, the lower face of riser two is fixed on the upper surface of supporting clapboard, and the right panel face of transverse slat two is fixed on the left plate face of riser two, and transverse slat two is arranged in the groove two of test Revolving disc.
5. the aging equipment of charger according to claim 3, it is characterized in that, described location structure comprises the groove one being opened in test Revolving disc both sides, groove two and the location-plate one be fixed on supporting clapboard and location-plate two, the gap formed between described location-plate one and location-plate two is for installation testing Revolving disc, the transverse slat one that described location-plate one comprises riser one and is horizontally fixed on above riser one, the lower face of riser one is fixed on the upper surface of supporting clapboard, the lower face of transverse slat one is fixed on the upper face of riser one, the side of transverse slat one is outwardly relative to riser one, and the protrusion side of transverse slat one is arranged in the groove one of test Revolving disc, the transverse slat two that described location-plate two comprises riser two and is horizontally fixed on above riser two, the lower face of riser two is fixed on the upper surface of supporting clapboard, the lower face of transverse slat two is fixed on the upper face of riser two, the side of transverse slat two is outwardly relative to riser two, and the protrusion side of transverse slat two is arranged in the groove two of test Revolving disc.
6. the aging equipment of charger according to claim 4, it is characterized in that, described control system comprises PLC two, described PLC two is fixed in above-mentioned frame, and above-mentioned servomotor one, servomotor two, transverse cylinder one, promotion cylinder one, transverse cylinder two and promotion cylinder two are all connected with described PLC two by circuit.
7. the aging equipment of charger according to claim 6, is characterized in that, the piston rod of described promotion cylinder one is vertically fixed with slurcam one, the diapire of described slurcam one and the upper surface flush of above-mentioned driving-belt one.
8. the aging equipment of charger according to claim 6, is characterized in that, the piston rod of described promotion cylinder two is vertically fixed with slurcam two, the diapire of described slurcam two and the upper surface flush of above-mentioned driving-belt two.
9. the aging equipment of charger according to claim 6, is characterized in that, described working plate bottom surface is provided with the some conduction bronze medals corresponding with above-mentioned conduction carbon brush, and described working plate upper surface is provided with the socket matched with aging vehicle.
10. the aging equipment of charger according to claim 6, is characterized in that, described driving-belt one and the both sides of driving-belt two are provided with guard rail, and described guard rail adopts organic glass to make.
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| CN201510179116.0A CN104807741B (en) | 2015-04-15 | 2015-04-15 | A kind of aging equipment of charger |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112697621A (en) * | 2020-12-09 | 2021-04-23 | 嘉兴科进机械制造有限公司 | Hardometer objective table |
Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3809208A (en) * | 1972-06-12 | 1974-05-07 | W Shields | Apparatus for advancing articles relative to filling and sealing devices |
| CN101435811A (en) * | 2008-12-04 | 2009-05-20 | 上海大学 | Aging test method and apparatus under wet, heat and power multiple-field coupling |
| CN201449973U (en) * | 2009-07-08 | 2010-05-05 | 中山市欧普照明股份有限公司 | Lamp tube aging device |
| CN102393727A (en) * | 2011-08-09 | 2012-03-28 | 利华科技(苏州)有限公司 | Controller aging vehicle |
| CN103149386A (en) * | 2013-03-05 | 2013-06-12 | 深圳市中科源电子有限公司 | Electronic load module of power supply aging test and power supply aging test system |
| US20130146422A1 (en) * | 2011-12-13 | 2013-06-13 | Hunter Automated Machinery Corporation | Method and apparatus for conveying sand molds |
| CN103376381A (en) * | 2013-07-04 | 2013-10-30 | 珠海许继电气有限公司 | Aging real-time detection system for power distribution terminal products |
| CN103558563A (en) * | 2013-11-22 | 2014-02-05 | 太仓市同维电子有限公司 | Aging trolley for delivery power source aging tests of PCBs |
-
2015
- 2015-04-15 CN CN201510179116.0A patent/CN104807741B/en active Active
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3809208A (en) * | 1972-06-12 | 1974-05-07 | W Shields | Apparatus for advancing articles relative to filling and sealing devices |
| CN101435811A (en) * | 2008-12-04 | 2009-05-20 | 上海大学 | Aging test method and apparatus under wet, heat and power multiple-field coupling |
| CN201449973U (en) * | 2009-07-08 | 2010-05-05 | 中山市欧普照明股份有限公司 | Lamp tube aging device |
| CN102393727A (en) * | 2011-08-09 | 2012-03-28 | 利华科技(苏州)有限公司 | Controller aging vehicle |
| US20130146422A1 (en) * | 2011-12-13 | 2013-06-13 | Hunter Automated Machinery Corporation | Method and apparatus for conveying sand molds |
| CN103149386A (en) * | 2013-03-05 | 2013-06-12 | 深圳市中科源电子有限公司 | Electronic load module of power supply aging test and power supply aging test system |
| CN103376381A (en) * | 2013-07-04 | 2013-10-30 | 珠海许继电气有限公司 | Aging real-time detection system for power distribution terminal products |
| CN103558563A (en) * | 2013-11-22 | 2014-02-05 | 太仓市同维电子有限公司 | Aging trolley for delivery power source aging tests of PCBs |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112697621A (en) * | 2020-12-09 | 2021-04-23 | 嘉兴科进机械制造有限公司 | Hardometer objective table |
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| CN104807741B (en) | 2017-03-29 |
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Denomination of invention: Aging device for charger Effective date of registration: 20180813 Granted publication date: 20170329 Pledgee: China Co truction Bank Corp Jiaxing branch Pledgor: Jiaxing City Lan Xin Electronic Science and Technology Co., Ltd. Registration number: 2018330000231 |
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