CN111489620A

CN111489620A - Singlechip comprehensive experiment box with novel digital electronics

Info

Publication number: CN111489620A
Application number: CN202010488451.XA
Authority: CN
Inventors: 谢凤英
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-06-02
Filing date: 2020-06-02
Publication date: 2020-08-04

Abstract

The invention discloses a singlechip comprehensive experiment box with novel digital electronics, which structurally comprises: the invention relates to an indicating lamp plate, a nixie tube, a man-machine interface panel, a power supply plugging cylinder base, a single chip microcomputer socket, an integrated circuit base and a box groove shell, which realize that a fan plate clamping block pressing and pasting effect of aligning a top column thick nipper and a thin plate sliding and pasting frame is formed in the cylinder groove shell by matching the power supply plugging cylinder base with the single chip microcomputer socket, so that a cross hole ring of a head top supporting cylinder hole forms a column block sliding and pushing effect when a power supply is plugged in, a relay connection and steady flow effect is formed by turning over and pasting the pin plates in the supporting pin plates, rigid anti-tripping operation is formed by buckling the top column thick nipper, and circular cutting and sliding operation of the thin plate sliding and pasting frame to lift a semi-wrapping type relay electrode thin plate is matched, so that the needle tubes at the power supply end can stably output and connect the whole system operation after the whole single chip microcomputer is plugged in, and the service lives of the needle tubes.

Description

Singlechip comprehensive experiment box with novel digital electronics

Technical Field

The invention relates to a singlechip comprehensive experiment box with novel digital electronics, belonging to the field of electronics.

Background

The comprehensive experiment box of the single chip microcomputer is an integer programming systematization circuit device which is convenient for calculating function tracks and predicting data tracks in digital electronic teaching courses, is convenient for calculating results for workers in time after inputting data to be detected, and obtains stable data analysis effect, and the common defects to be optimized in the prior art are as follows:

let I hesitate collision twist at the grafting department of power relay pin needle tubing and peg graft, the inner wall that makes the column end section of thick bamboo causes the copper layer phenomenon of droing that draws white, it produces static and electric leakage phenomenon to extrude piece copper sheet when letting the needle tubing peg graft, extract the needle tubing after the operation of back period digital electronic single-chip microcomputer combined test case is accomplished, cause contact electricity potential safety hazard easily, and later stage grafting column end section of thick bamboo can be relay inhomogeneous, cause the current value to receive the phenomenon that reduces, it connects column end section of thick bamboo groove to expand the nozzle outward and cause socket deformation phenomenon to continuously scrape the flower, the power of making the comprehensive experiment case is engaged unstably.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a singlechip comprehensive experiment box with novel digital electronics, and aims to solve the problems that I is hesitant to collide and twist the insertion at the insertion position of a power relay pin needle tube, so that the inner wall of a column end tube causes a phenomenon of peeling a white copper layer, the needle tube extrudes a scrap copper sheet to generate static electricity and electric leakage when being inserted, the needle tube is pulled out after the operation of a later digital electronic singlechip comprehensive experiment box is completed, the contact electricity potential safety hazard is easily caused, the later-stage insertion column end tube can be uneven in relay, the phenomenon of reduction of current value receiving is caused, the socket deformation phenomenon is caused by the fact that a tube opening is expanded outwards due to continuous scratching of a column end tube groove, and the power connection of the comprehensive experiment box is unstable.

In order to achieve the purpose, the invention is realized by the following technical scheme: a singlechip comprehensive experiment box with novel digital electronics comprises: the indicating lamp plate is electrically connected with the integrated circuit seat and is mutually vertical, the power supply plug barrel seat is arranged on the left side of the top surface of the integrated circuit seat and is mutually vertical, the power supply plug barrel seat is electrically connected with the human-computer interface plate through the integrated circuit seat, the nixie tube and the human-computer interface plate are inserted and embedded on the top surface of the integrated circuit seat and are positioned on the same horizontal plane, the integrated circuit seat is electrically connected with the single-chip microcomputer socket, the integrated circuit seat is arranged in the box groove shell and is positioned on the same horizontal plane, the indicating lamp plate is electrically connected with the integrated circuit seat and is mutually vertical, the power supply plug barrel seat is provided with a cross hole ring, a thin plate sliding and pasting frame, a top column thick clamp plate, a counterweight swinging frame, a bow-shaped reinforcing rib and a column groove shell, the cross hole ring is arranged in the thin plate sliding and pasting frame and is positioned on the same vertical plane, the thin plate sliding frame is mechanically connected with the top column thick nipper and is positioned on the same ring surface, the top column thick nipper and the balance weight swinging frame are in interference fit and are positioned on the same horizontal plane, the arch-shaped reinforcing ribs and the top column thick nipper are welded into a whole, the arch-shaped reinforcing ribs are buckled with the cylindrical shell, and the cylindrical shell is arranged on the left side of the top surface of the integrated circuit base and is vertical to each other.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the cross hole ring consists of a lining plate, a pair of supporting foot guide plates and a torsion spring barrel, wherein the pair of supporting foot guide plates are mechanically connected with the torsion spring barrel, and the lining plate is arranged on the left side of the pair of supporting foot guide plates and is positioned on the same vertical surface.

As a further improvement of the invention, the lining board is composed of a curved flap bending board, a reverse buckling batten, a connecting rod frame and a column end block, the curved flap bending board and the reverse buckling batten are nested into a whole and are positioned on the same vertical surface, the connecting rod frame is inserted and embedded on the top of the column end block, and the column end block is installed inside the curved flap bending board.

As a further improvement of the invention, the thin plate slide sticking frame consists of a slide supporting wheel, a gasket strip and an electrode thin plate, wherein the slide supporting wheel and the gasket strip are in clearance fit, and the slide supporting wheel is mechanically connected with the electrode thin plate.

As a further improvement of the invention, the sliding support wheel consists of a convex column rod, a sliding brush fan block, a spring groove and a thick wheel ring, the convex column rod is inserted and embedded at the bottom of the sliding brush fan block, the sliding brush fan block and the spring groove are nested into a whole and are positioned on the same cambered surface, and the thick wheel ring and the sliding brush fan block are in interference fit.

As a further improvement of the invention, the top column thick nipper consists of a double-ring column block, a trapezoidal groove plate and a thick nipper arc plate, wherein the double-ring column block is arranged inside the trapezoidal groove plate, and the trapezoidal groove plate and the thick nipper arc plate are inserted and embedded into a whole and are positioned on the same vertical surface.

As a further improvement of the invention, the double-ring column block consists of a thick rubber ball cap, a patch plate, a column rod groove and a folded angle frame strip plate, wherein the patch plate and the folded angle frame strip plate are welded together and are positioned on the same vertical surface, the folded angle frame strip plate is inserted and embedded in the column rod groove, and the thick rubber ball cap is provided with two thick rubber ball caps which are respectively embedded at the upper end and the lower end of the column rod groove.

As a further improvement of the invention, the counterweight swing frame consists of a counterweight sliding cushion block, a bevel frame rail and a top frame wheel, wherein the counterweight sliding cushion block is mechanically connected with the bevel frame rail, and the bevel frame rail and the top frame wheel are buckled together and are positioned on the same vertical plane.

As a further improvement of the invention, the counterweight sliding cushion block consists of a plumb bob block, a counterweight block, a bevel brace rod and a double-cushion-block seat, wherein the plumb bob block and the counterweight block are buckled together, the counterweight block and the bevel brace rod are welded into a whole and positioned on the same vertical plane, and the bevel brace rod is inserted and embedded in the double-cushion-block seat.

As a further improvement of the invention, the arc petal bent plate is of a fin bent plate structure with an arc plate groove inside, so that a four-position fin can be conveniently wrapped and brushed to form an arc cushion wrapping protection effect at the end of the needle tube, and the top of the plug-in connection can be sealed to prevent electric leakage in time.

As a further improvement of the invention, the sliding brush fan block is a composite fan plate block structure with a thick fan plate on the left side and a thick fan plate on the right side and a groove in the composite fan plate block, so that the sliding brush fan block is convenient to prop and roll in the arc-shaped sweeping process, and the relay rotation effect of wrapping the polar plate is realized.

As a further improvement of the invention, the angle-folding frame strip plate is a frame strip plate structure with a long-diameter frame strip width folded plate, so that the rigid extrusion force effect of embedding buckle elastic anti-tripping is realized by the folded plate folding frame top support, and the stability of needle tube clamping and inserting is ensured.

As a further improvement of the invention, the plumb bob block is of a bob block structure with a solid bob block at the top and a funnel short hack lever seat at the bottom, so that the self-fine-adjustment rotary effect of the whole rack is realized in the process of driving the balance weight by the top rolling sliding brush.

Advantageous effects

The invention relates to a singlechip comprehensive experimental box with novel digital electronics, wherein a worker inserts a power needle tube into a column barrel groove shell of a power plug-in barrel seat, extrudes a trapezoidal groove plate and a thick clamp arc plate of a top column thick clamp plate in a contraposition way through a bow-shaped reinforcing rib, extrudes a double-ring column block thick rubber ball cap wrapping and pasting plate and a broken angle frame strip plate plug-in post rod groove crossed line rod to form a clamp anti-tripping effect after elastic contact pins, forms a sealed anti-leakage effect at the tail end of a bushing frame plate top support wrapping and pressing needle tube, presses a back-buckling strip plate in an arc-petal bent plate to push a pin plate to sink and lower the pressing needle tube surface through a torsion spring barrel to form a relay effect, then turns an electrode thin plate through a support wheel backing strip of a thin plate sliding and pasting frame to annularly wrap the relay to transmit power to an integrated circuit seat branch in the box groove shell, so that a convex column rod plug-in sliding brush block elastic top support spring groove and pressing spring ring form a magnetic suspension sliding brush effect, let counter weight pendulum frame limit side pressure cover fine setting form not hard up autonomic counter weight and press the effect, make the instruction lamp partial node of whole digital electronic single chip microcomputer combined test case in later stage coordinate the automatically controlled charactron digital phenomenon data of man-machine interface panel back the whole many single chip microcomputer boards of compiling on the single chip microcomputer socket form database storage effect, make things convenient for digital electronic's systematic work to calculate the operation, also promote power end access stability and safety protection nature.

The invention has the following advantages after operation:

the power supply socket is matched with the single chip microcomputer socket, the power supply current inserted into the column cylinder groove shell is received through the single chip microcomputer socket, a pressing and pasting effect of a top column thick nipper and a leaf plate clamping block aligned with a thin plate sliding and pasting frame is formed in the column cylinder groove shell, a cross hole ring of a head supporting cylinder hole forms a column block sliding and pushing effect when the power supply is inserted, a relay connecting buckle is formed by inwards turning and pressing the pin plates to support the effect of stable current, rigid anti-tripping operation is formed by clamping the top column thick nipper, and circular cutting sliding and rotating operation of a semi-packaged relay electrode thin plate is promoted by pressing and pasting the thin plate sliding and pasting frame, so that the power supply end needle tube can stably output current to connect the whole system operation after the whole single chip microcomputer is inserted, and the service lives of the needle tube and the needle inserting needle tube are effectively protected.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

fig. 1 is a schematic structural diagram of a comprehensive experiment box of a single chip microcomputer with novel digital electronics.

FIG. 2 is a detailed schematic diagram of a top view cross-sectional structure of the power socket, the cross-shaped hole ring, the thin plate slide frame, the top pillar thick nipper and the counterweight swing frame of the present invention.

FIG. 3 is a schematic top sectional view of the lining board according to the present invention in an operating state.

FIG. 4 is a schematic view of the aerial view cross section of the sliding wheel according to the present invention in an operating state.

Fig. 5 is a schematic view of an enlarged top view of the double-ring column block in the working state of the invention.

FIG. 6 is a schematic view of the enlarged aerial view of the counterweight sliding block in the working state.

Description of reference numerals: indicator lamp plate-1, nixie tube-2, man-machine interface plate-3, power supply socket-4, single chip microcomputer socket-5, integrated circuit seat-6, box slot shell-7, cross hole ring-4A, thin plate slide sticking frame-4B, top column thick nipper-4C, counterweight swing frame-4D, arch reinforcing rib-4E, column slot shell-4F, lining plate-4A 1, butt supporting foot guide plate-4A 2, torsion spring cylinder-4A 3, arc petal bent plate-4A 11, back-buckling strip-4A 12, connecting rod frame-4A 13, column end block-4A 14, slide supporting wheel-4B 1, backing strip-4B 2, electrode thin plate-4B 3, convex column rod-4B 11, slide brush fan block-4B 12, spring slot-4B 13, thick wheel ring-4B 14, The double-ring column block-4C 1, the trapezoid groove plate-4C 2, the thick clamp arc plate-4C 3, the thick rubber ball cap-4C 11, the patch plate-4C 12, the column bar groove-4C 13, the folded corner frame strip-4C 14, the counterweight sliding block-4D 1, the folded corner frame rail-4D 2, the top frame wheel-4D 3, the plumb ball block-4D 11, the counterweight block-4D 12, the folded corner brace-4D 13 and the double-block seat-4D 14.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

The first embodiment is as follows:

referring to fig. 1 to 6, the present invention provides a comprehensive experiment box for a single chip with a novel digital electronic device, which comprises: indicator light board 1, charactron 2, man-machine interface board 3, power grafting cylinder base 4, singlechip socket 5, integrated circuit seat 6, case slot shell 7, power grafting cylinder base 4 is installed in the left side of integrated circuit seat 6 top surface and mutually perpendicular, power grafting cylinder base 4 is connected with man-machine interface board 3 electricity through integrated circuit seat 6, charactron 2 all inserts with man-machine interface board 3 and inlays on integrated circuit seat 6's top surface and be in on the same horizontal plane, integrated circuit seat 6 is connected with singlechip socket 5 electricity, integrated circuit seat 6 is installed in the inside of case slot shell 7 and be in on the same horizontal plane, indicator light board 1 is connected and mutually perpendicular with integrated circuit seat 6 electricity, power grafting cylinder base 4 is equipped with cross hole ring 4A, sheet metal smooth frame 4B, the thick nipper of fore-set 4C, counter weight pendulum frame 4D, bow style of calligraphy strengthening rib 4E, The cylindrical shell 4F is mounted inside the thin plate sliding frame 4B and is located on the same vertical surface, the thin plate sliding frame 4B is mechanically connected with the top column thick nipper plate 4C and is located on the same ring surface, the top column thick nipper plate 4C and the balance weight swinging frame 4D are in interference fit and are located on the same horizontal plane, the arch reinforcing ribs 4E and the top column thick nipper plate 4C are welded into a whole, the arch reinforcing ribs 4E are buckled with the cylindrical shell 4F, and the cylindrical shell 4F is mounted on the left side of the top surface of the integrated circuit seat 6 and is perpendicular to each other.

Referring to fig. 2, the cross hole ring 4A is composed of a lining frame plate 4A1, a supporting pin plate 4A2, and a torsion spring barrel 4A3, the supporting pin plate 4A2 is mechanically connected with a torsion spring barrel 4A3, the lining frame plate 4A1 is installed on the left side of the supporting pin plate 4A2 and is located on the same vertical surface, the thin plate slide-attaching frame 4B is composed of a slide-attaching wheel 4B1, a backing strip 4B2, and an electrode thin plate 4B3, the slide-attaching wheel 4B1 is in clearance fit with the backing strip 4B2, the slide-attaching wheel 4B1 is mechanically connected with the electrode thin plate 4B3, the top column thick clamp plate 4C is composed of a double-ring column block 4C1, a trapezoid-shaped groove plate 4C2, a thick clamp plate 4C3, the double-ring column block 4C1 is installed inside the trapezoid-shaped groove plate 4C2, the trapezoid-shaped groove plate 4C 9 and the thick clamp plate 4C2 are located on the same power supply and are inserted into a needle tube through a needle tube 3, and are integrally formed on the same vertical surface through a diffusion plate 8653 And the branch operation protection of the power supply current is ensured to be efficient.

Referring to fig. 3, the bushing plate 4a1 is composed of an arc flap bending plate 4a11, a reversed buckle strip plate 4a12, a link frame 4a13, and a column end block 4a14, the arc flap bending plate 4a11 and the reversed buckle strip plate 4a12 are nested into a whole and are located on the same vertical plane, the link frame 4a13 is inserted and embedded on the top of the column end block 4a14, the column end block 4a14 is installed inside the arc flap bending plate 4a11, the arc flap bending plate 4a11 is a fin bending plate structure with an arc plate groove inside, so that a four-position fin wrapping brush can form an arc pad wrapping protection effect of the end of the needle tube, and the inserted top can be used for sealing and preventing electric leakage, and an arc wrapping force can be formed by the arc flap bending plate 4a11 and the sliding brush top support of the link frame 4a13 to form a flexible sealing protection effect on the needle tube, thereby preventing electric leakage.

Referring to fig. 4, the sliding support wheel 4B1 is composed of a convex column rod 4B11, a sliding brush sector 4B12, a spring groove 4B13 and a thick wheel ring 4B14, the convex column rod 4B11 is inserted into the bottom of the sliding brush sector 4B12, the sliding brush sector 4B12 and the spring groove 4B13 are nested into a whole and are located on the same arc surface, the thick wheel ring 4B14 and the sliding brush sector 4B12 are in interference fit, the sliding brush sector 4B12 is a composite sector structure with a thick sector plate on the left side and a thick sector plate on the right side and a groove in the composite sector plate structure, the arc-shaped sweeping process is conveniently supported and rolled, a polar plate wrapping relay rotation effect is achieved, and the sliding brush is supported and deflected elastically by matching the sliding brush sector 4B12 with the spring groove 4B13 to form an inertia boosting force to facilitate inductive rotation and form a magnetic suspension electrode encircling relay effect.

Referring to fig. 5, the dual-ring column block 4C1 is composed of a thick rubber ball cap 4C11, a patch plate 4C12, a column rod groove 4C13, and a bevel frame strip plate 4C14, the patch plate 4C12 and the bevel frame strip plate 4C14 are welded together and located on the same vertical plane, the bevel frame strip 4C14 is inserted and embedded inside the column rod groove 4C13, the thick rubber ball cap 4C11 is provided with two thick rubber ball caps and respectively embedded and embedded at the upper and lower ends of the column rod groove 4C13, the bevel frame strip 4C14 is a frame strip structure with a long-diameter frame strip width folded plate, so that a folding plate folding frame top brace can conveniently achieve a rigid extrusion force effect of snapping and tripping prevention, guarantee the stability of needle tube clip wrapping and inserting, and the thick rubber ball cap 4C11 can achieve an elastic vibration isolation effect of left and right snapping pressure through the bevel frame strip 4C14 top brace, and the snapping pressure prevention pressure is enhanced.

The working process is as follows: a worker inserts a power needle tube into a column tube groove shell 4F of a power plug-in tube seat 4, a trapezoidal groove plate 4C2 and a thick tong arc plate 4C3 of a top column thick tong plate 4C are extruded in an aligned mode through a bow reinforcing rib 4E, a double-ring column block 4C1 thick rubber ball cap 4C11 wrapping and pasting sheet plate 4C12 and a bevel frame plate 4C14 plug-in column rod groove 4C13 are extruded to form a jaw anti-tripping effect after elastic insertion, a sealed anti-leakage effect is formed by the tail end of a support wrapping and pressing needle tube through a support plate 4A1 of a cross hole ring 4A, a relay effect of turning over a torsion spring tube 4A3 is formed by pressing and pushing a connecting rod frame 4A13 through a reverse buckling strip 4A12 in a column end block 4A14 support and supporting pin plate 4A2 to press and push a settlement surface of a rolling plate 4A 366 in a column end block 4A14 support rolling support roller 4B, and an electric pole housing 366B of a thin plate sliding and a thin plate 366B, make projection post 4B11 peg graft and slide brush fan piece 4B12 elasticity shore spring groove 4B13 and form magnetic suspension relay smooth brush effect around pressing thick wheel ring 4B14, let counter weight pendulum frame 4D avris press and cover the fine setting and form not hard up autonomic counter weight and press and cover the effect, make 1 minute node cooperation 3 automatically controlled characterstic data of man-machine interface panel of indicator light board of whole digital electronic singlechip combined test case in later stage 2 behind the digital phenomenon data of reorganization singlechip socket 5 many singlechip boards form database storage effect, make things convenient for digital electronic's systematization work to calculate the operation, also promote power end and meet stability and safety protection nature.

Example two:

referring to fig. 1 to 6, the present invention provides a comprehensive experiment box with a novel digital electronic single chip microcomputer, which is otherwise the same as embodiment 1 except that:

referring to fig. 2, the counterweight swing frame 4D is composed of a counterweight sliding block 4D1, a knuckle frame rail 4D2, and a top frame wheel 4D3, the counterweight sliding block 4D1 is mechanically connected to the knuckle frame rail 4D2, the knuckle frame rail 4D2 and the top frame wheel 4D3 are buckled together and are located on the same vertical plane, and the knuckle frame rail 4D2 is pressed against the top frame wheel 4D3 through a knuckle to form a pressure-resistant effect of a vertical space between the top frame and the bottom frame of the thin plate.

Referring to fig. 6, the counterweight sliding pad 4D1 is composed of a plumb bob 4D11, a counterweight 4D12, a knuckle brace 4D13, and a dual pad seat 4D14, the plumb bob 4D11 is fastened with the counterweight 4D12, the counterweight 4D12 is welded with the knuckle brace 4D13 into a whole and is located on the same vertical plane, the knuckle brace 4D13 is inserted into the dual pad seat 4D14, the plumb bob 4D11 is a ball column structure with a solid bob and a funnel pole short column seat at the bottom, so as to facilitate the rolling sliding brush at the top and traction the counterweight, and achieve the self-fine-tuning rotation effect of the whole frame, and the plumb bob 4D11 presses against the clamp of the counterweight 4D12 to form the effect of an inclined fine-tuning pendulum inner clamp frame, thereby facilitating the loose insertion and connection, and improving the self-fine-tuning interlocking efficiency of needle tubes.

The clamping buckle compresses the needle tube in the previous stage to prevent tripping, is matched with sealing and prevent electric leakage operation, so that the power needle tube forms a stable annular surface branch current operation effect with the electromechanical sliding brush, and then the counterweight sliding cushion block 4D1 of the counterweight pendulum frame 4D slightly moves and is jacked along the jacking wheel 4D3 in the bevel frame rail 4D2, so that the lead hammer ball block 4D11 presses the counterweight block 4D12 and the bracing and angle bracing rod 4D13 drives the double-cushion block seat 4D14 to finely adjust the whole clamping buckle frame to form an autonomous loose compression operation effect.

The invention achieves the effect of pressing and pasting fan plate clamping blocks aligned by a top column thick nipper 4C and a thin plate sliding and pasting frame 4B in the column cylinder groove shell 4F by mutually combining the components, receiving the power current spliced by the column cylinder groove shell 4F by the single chip microcomputer socket 5, forming a cross frame hole ring 4A of a head supporting cylinder hole during power splicing to form a column block sliding and pushing effect, forming a relay connection and steady current bearing effect by turning and pasting the pin plates 4A2 inwards, forming rigid anti-tripping operation by the top column thick nipper 4C clamp, and pressing and pasting and lifting the ring cutting sliding and rotating operation of a semi-wrapping relay electrode thin plate 4B3 by matching with the thin plate sliding and pasting frame 4B, ensuring that the needle tubes of a power supply end can stabilize the current output and connect the whole system operation after the whole single chip microcomputer is spliced, and effectively protecting the service life of the needle tubes and the needle beds, solve with this and let I hesitation collision twist grafting in the grafting department of power relay pin needle tubing, the inner wall that makes the column end section of thick bamboo causes the copper layer phenomenon of coming off of whitening, extrude piece copper sheet and produce static and electric leakage phenomenon when letting the needle tubing peg graft, extract the needle tubing after the operation of back period digital electronic single chip microcomputer combined test case is accomplished, cause contact electricity potential safety hazard easily, and later stage grafting column end section of thick bamboo can be relay inhomogeneous, cause the current value to receive the phenomenon that reduces, it connects column end section of thick bamboo groove to expand the barrel mouth outward to cause socket deformation phenomenon to continuously scrape the flower, make the unstable problem of power of comprehensive experiment case meet.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. A singlechip comprehensive experiment box with novel digital electronics comprises: indicator lamp plate (1), charactron (2), man-machine interface board (3), power grafting bobbin base (4), singlechip socket (5), integrated circuit seat (6), case groove shell (7), its characterized in that:

the power supply plug-in barrel seat (4) is arranged on the left side of the top surface of the integrated circuit seat (6), the power supply plug-in barrel seat (4) is electrically connected with the human-computer interface panel (3) through the integrated circuit seat (6), the nixie tube (2) and the human-computer interface panel (3) are both plugged and embedded on the top surface of the integrated circuit seat (6), the integrated circuit seat (6) is electrically connected with the single chip microcomputer socket (5), the integrated circuit seat (6) is arranged inside the box groove shell (7), and the indicator lamp panel (1) is electrically connected with the integrated circuit seat (6);

the power supply plug-in cylinder seat (4) is provided with a cross hole ring (4A), a thin plate sliding frame (4B), a top column thick nipper (4C), a counterweight swing frame (4D), a bow-shaped reinforcing rib (4E) and a cylinder groove shell (4F);

cross hole ring (4A) is installed in the inside of smooth frame (4B) of pasting of sheet metal, smooth frame (4B) of pasting of sheet metal and the thick nipper of fore-set (4C) mechanical connection, the thick nipper of fore-set (4C) cooperatees with counter weight pendulum frame (4D), bow word strengthening rib (4E) and the thick nipper of fore-set (4C) weld an organic whole, bow word strengthening rib (4E) and column casing groove shell (4F) lock are in the same place, column casing groove shell (4F) are installed in the left side of integrated circuit seat (6) top surface.

2. The comprehensive experiment box of the single chip microcomputer with the novel digital electronics is characterized in that: the cross hole ring (4A) is composed of a lining frame plate (4A1), a pair supporting foot guide plate (4A2) and a torsion spring cylinder (4A3), the pair supporting foot guide plate (4A2) is mechanically connected with the torsion spring cylinder (4A3), and the lining frame plate (4A1) is installed on the left side of the pair supporting foot guide plate (4A 2).

3. The comprehensive experiment box of the single chip microcomputer with the novel digital electronics is characterized in that: the bushing plate (4A1) is composed of a curved flap bending plate (4A11), a left-handed buckling strip plate (4A12), a connecting rod frame (4A13) and a column end block (4A14), the curved flap bending plate (4A11) and the left-handed buckling strip plate (4A12) are nested into a whole, the connecting rod frame (4A13) is inserted and embedded into the top of the column end block (4A14), and the column end block (4A14) is installed inside the curved flap bending plate (4A 11).

4. The comprehensive experiment box of the single chip microcomputer with the novel digital electronics is characterized in that: the thin plate sliding frame (4B) is composed of a sliding support wheel (4B1), a pad strip (4B2) and an electrode thin plate (4B3), the sliding support wheel (4B1) is matched with the pad strip (4B2), and the sliding support wheel (4B1) is mechanically connected with the electrode thin plate (4B 3).

5. The comprehensive experiment box of the single chip microcomputer with the novel digital electronics is characterized in that: sliding support wheel (4B1) comprises protruding post pole (4B11), sliding brush fan piece (4B12), spring groove (4B13), thick wheel ring (4B14), protruding post pole (4B11) are inserted and are inlayed in the bottom of sliding brush fan piece (4B12), sliding brush fan piece (4B12) and spring groove (4B13) nestification are integrative, thick wheel ring (4B14) cooperatees with sliding brush fan piece (4B 12).

6. The comprehensive experiment box of the single chip microcomputer with the novel digital electronics is characterized in that: the top column thick nipper (4C) consists of a double-ring column block (4C1), a trapezoidal groove plate (4C2) and a thick nipper arc plate (4C3), the double-ring column block (4C1) is installed inside the trapezoidal groove plate (4C2), and the trapezoidal groove plate (4C2) and the thick nipper arc plate (4C3) are inserted and embedded into a whole.

7. The comprehensive experiment box of the single chip microcomputer with the novel digital electronics is characterized in that: dicyclo pillar piece (4C1) comprises thick gluey ball cap (4C11), paster board (4C12), post rod groove (4C13), dog-ear frame slat (4C14), paster board (4C12) and dog-ear frame slat (4C14) welding together, dog-ear frame slat (4C14) are inserted and are inlayed in the inside of post rod groove (4C13), thick gluey ball cap (4C11) are equipped with two and are nested respectively in the upper and lower both ends of post rod groove (4C 13).

8. The comprehensive experiment box of the single chip microcomputer with the novel digital electronics is characterized in that: the counterweight pendulum frame (4D) is composed of a counterweight sliding cushion block (4D1), a bevel frame rail (4D2) and a top frame wheel (4D3), the counterweight sliding cushion block (4D1) is mechanically connected with the bevel frame rail (4D2), and the bevel frame rail (4D2) is buckled with the top frame wheel (4D 3).

9. The comprehensive experiment box of the single chip microcomputer with the novel digital electronics is characterized in that: counter weight sliding block (4D1) comprises plumb bob piece (4D11), balancing weight (4D12), dog-ear vaulting pole (4D13), two pad seats (4D14), plumb bob piece (4D11) and balancing weight (4D12) lock together, balancing weight (4D12) and dog-ear vaulting pole (4D13) weld an organic whole, dog-ear vaulting pole (4D13) are inserted and are inlayed in the inside of two pad seats (4D 14).