CN113299149A

CN113299149A - Copying equipment for shadow-imitating calligraphy

Info

Publication number: CN113299149A
Application number: CN202110509749.9A
Authority: CN
Inventors: 余佳建; 余秀珍
Original assignee: Hangzhou Zhuoguan Education Technology Co ltd
Current assignee: Hangzhou Zhuoguan Education Technology Co ltd
Priority date: 2021-05-11
Filing date: 2021-05-11
Publication date: 2021-08-24

Abstract

The invention provides an imitation calligraphy copying device, which comprises a copying table, a copybook protection plate, a copybook and a light-gathering basin, wherein a plurality of water collecting components capable of collecting and absorbing ink are embedded in the inclined inner wall of the light-gathering basin in an equal-adjacent row; each water collection assembly comprises a shell, a water control assembly capable of controlling ink to enter and a water absorption assembly capable of absorbing ink. This kind of equipment is imitative to shadow calligraphy can play and make spotlight basin utensil waterproof function, and when the practitioner copied the platform on the inkstone of beating carelessly, even if the ink flows into in the spotlight basin, can not cause the wiring board short circuit in the spotlight basin impaired yet, has guaranteed the effect of the normal provision of bottom light source in the spotlight basin.

Description

Copying equipment for shadow-imitating calligraphy

Technical Field

The invention relates to the technical field of school supplies, in particular to a copying device for shadow-like calligraphy.

Background

The existing calligraphy copying process has some problems: 1) most copybooks are independent one by one, the number of characters on each copybook is small, the copybooks need to be frequently changed during practice, and the adjustment of the copybook and copy paper is needed each time, so that the paper and the copybook are aligned, and a large amount of time is wasted; 2) more copybooks cause the desktop to be mixed and disorderly, accomodate inconvenient.

Aiming at the problems, the technical problems of disorder copybooks and inconvenient use are solved by a great deal of search, and the copy equipment for the copy calligraphy with the patent number of CN201920453938.7 is inquired through a great deal of search, and comprises the copybook, wherein two ends of the copybook are respectively wound on two reels, a reel rotating mechanism is arranged on the reels, and the reels are rotatably supported on a reel frame; the two ends of the copybook are collected and released by rotating the scroll, so that the characters at different parts are positioned below the copy paper, the copybook is placed at one end, and the copybook is collected at the other end, the position of the copybook below the copy paper is unchanged, the copybook does not need to be repositioned every time one copybook is written, and the copybook is prevented from being scattered; the patent utilizes the roll-up mechanism to control the collection and release of the copybook, is favorable for the convenient storage of the copybook, does not need to frequently change the copybook and adjust the paper, and is convenient to use.

However, the technical scheme provided by the patent is that the light-gathering basin does not have a waterproof function, when a practicer carelessly turns over the inkstone on a copying table, ink easily flows into the light-gathering basin, and a technical problem that a circuit board in the light-gathering basin is short-circuited and damaged to cause that a bottom light source at the light-gathering basin cannot be normally provided is generated.

Disclosure of Invention

The present invention is directed to solve the technical problems of the background art, and provides a copying apparatus for copying a shadow calligraphy.

In order to achieve the purpose, the invention provides the following technical scheme: a copying device for shadow-imitating calligraphy comprises a copying table, a copybook protection plate, copybooks and a light-gathering basin, wherein a plurality of water collecting components capable of collecting and absorbing ink are embedded in the inclined inner wall of the light-gathering basin in an equal-adjacent and separated manner;

each group of water collection assemblies comprises a shell, a water control assembly capable of controlling ink to enter and a water absorption assembly capable of absorbing ink.

Further preferred embodiments: the water-absorbing shell is characterized in that the appearance of each shell is in an arc shape with a hollow inner part on a longitudinal section, and the left end position of the inner part of each shell is movably provided with a water-controlling component.

Further preferred embodiments: each group of water control components comprises a rotating shaft, a rotating plate and a fixing block.

Further preferred embodiments: every the pivot all is the rotation of horizontal direction around install in every the inner wall left end middle part position of shell, every the surface of pivot all encircles fixed mounting and has changeing the board, every the equal fixed mounting in bottom afterbody position of commentaries on classics board has the fixed block, every change the board under normal conditions all be in with spotlight basin inner wall parallel to the surface's static equilibrium state, every the top of changeing the board all is in laminating every under normal conditions the state of shell inner wall top position.

Further preferred embodiments: each fixed block all is in under normal conditions and puts to every the state of shell outer wall bottom position, every the fixed block all has magnetism.

Further preferred embodiments: each group of water absorption components comprises a sliding rail, a large air sac and a conduit, the sliding rail is embedded at the top end inside the inner wall of the shell, a sliding block is slidably mounted at the upper end inside the sliding rail, and each sliding block has the same magnetism as each fixed block.

Further preferred embodiments: the inner lower end of each sliding rail is embedded with a large air bag, the inner position of each large air bag is pre-filled with water absorption powder, and the components of the water absorption powder are polyacrylate super absorbent resin.

Further preferred embodiments: the middle position of the bottom end of each large air bag is communicated with a guide pipe in a penetrating way.

Further preferred embodiments: the appearance of each pipe all is the letter L shape, and the tail end export of each pipe all faces to every the inner wall bottom position of shell.

Further preferred embodiments: every the inside top prelude position of pipe all is preceding back horizontal direction rotation and installs the bull stick, every the equal fixed mounting in left side surface of bull stick has the baffle, every the baffle all is in to seal every under the normal condition the state of pipe head end entry, every the bottom side right-hand member of baffle and every equal fixed mounting has little gasbag, every between the inner wall surface of pipe the outward appearance of little gasbag all is the triangle-shaped form.

Has the advantages that:

1. the equipment for copying the shadow-imitating calligraphy utilizes the principles of lever, magnetism and negative pressure by arranging the water collecting component, after ink flows down through the top end of the inner wall of the condensation basin, the ink contacts the top end of the shell of the water collecting component, the water controlling component can firstly move under the action of the lever principle, then the ink is guided into the shell and seals the shell to prevent the entered ink from overflowing, and then the water collecting component is triggered to guide out substances capable of absorbing the ink into the shell under the action of the principles of magnetism and negative pressure to absorb the ink in the shell, so that under the common action of a plurality of continuous water collecting components, the ink can be prevented from continuously flowing down to cause adverse effects on a light source at the bottom end of the condensation basin;

2. according to the copying equipment for the shadow-imitating calligraphy, the water control assembly is arranged, and by utilizing the lever principle, when ink does not flow to the top end of the shell, the rotating plate of the water control assembly is in a static balance state parallel to the surface of the inner wall of the light gathering basin, the top end of the rotating plate is in a state of being attached to the top end position of the inner wall of each shell, and the fixed block of the water control assembly is in a state of being placed to the bottom end position of the outer wall of each shell; when the ink flows to the top end of the shell, the state can be gradually broken, namely the ink firstly flows to the top end of the rotating plate along the top end of the shell, the rotating plate is pressed to rotate clockwise on the rotating shaft under the action of the lever principle so as to guide the flowing ink into the shell for collection, and finally the fixed block at the bottom end of the rotating plate is attached to the top end position of the shell again (namely the top end of the rotating plate which rotates to the bottom end position of the inner wall of the shell at the moment is pushed outwards by the ink collected in the shell) so as to prevent the collected ink from overflowing, thus realizing the collection effect of the ink under convection;

3. according to the copy equipment for the shadow-imitating calligraphy, the water absorption assembly is arranged, and by utilizing the magnetism and the negative pressure principle, when ink does not flow to the top end of the shell, the large air bag and the small air bag of the water absorption assembly are both in a natural expansion state, the baffle in the guide pipe of the water absorption assembly is in a state of closing the inlet at the head end of the guide pipe, and water absorption powder in the large air bag is not released outwards; when the ink flows to the top end of the shell, the state can be gradually broken, namely when the fixed block of the water control component rotates to the top end position of the shell as described above, because the slide block in the slide rail of the water absorption component has the same magnetism as the fixed block, under the action of the same magnetic repulsion principle, the slide block can be pushed towards the direction of the large air bag in the slide rail, and then under the action of the negative pressure principle, the large air bag extruded by the slide block moves the air in the large air bag towards the direction of the baffle plate in the guide pipe, so that the baffle plate compresses the small air bag below the baffle plate to rotate anticlockwise, so that the water absorption powder in the large air bag is released towards the bottom end direction in the shell through the guide pipe, and the released water absorption powder falls to the bottom end in the shell to be contacted with the previously collected ink for mixed absorption, so as to realize water absorption effect;

4. to sum up, this kind of equipment is imitative to shadow calligraphy can make spotlight basin possess waterproof function under the common mating reaction of receiving water subassembly, accuse water subassembly and absorbing water subassembly etc. and when the practitioner upset the inkstone carelessly on copying the bench, even if the ink flows into the spotlight basin in, can not cause the circuit board short circuit impaired in the spotlight basin yet, guaranteed the normal providing of spotlight basin bottom light source.

Drawings

FIG. 1 is a schematic view of the overall structure of the present invention;

FIG. 2 is a schematic cross-sectional view of the present invention;

FIG. 3 is an enlarged schematic view of the structure at A in FIG. 2 according to the present invention;

FIG. 4 is an enlarged view of the structure of FIG. 3B according to the present invention;

FIG. 5 is an enlarged view of the structure of FIG. 3 at C according to the present invention;

FIG. 6 is an enlarged view of the structure of FIG. 5;

FIG. 7 is a schematic view of the rotating plate of the present invention rotated to the top position of the housing;

in FIGS. 1-7: 1-copying table; 2-copybook protection board; 3-copybook; 4-a light-gathering basin;

5-a water collecting component; 501-a housing; 502-a water control assembly; 503-a water absorbing component;

5021, a rotating shaft; 5022, rotating a plate; 5023, fixing blocks;

5031-slide rail; 50312-slide block;

5032-big gasbag; 50321-absorbent powder;

5033-a catheter;

50331-a turn bar; 50332-baffle; 50333-small balloon.

Detailed Description

The technical solution in the embodiment of the present invention will be clearly and completely described below with reference to fig. 1 to 7 in the embodiment of the present invention.

Example 1

Referring to fig. 1-3, in the embodiment of the present invention, an image-like calligraphy copying apparatus includes a copying table 1, a copybook protection plate 2, a copybook 3, and a light-gathering basin 4, wherein a plurality of water collecting assemblies 5 capable of collecting and absorbing ink are embedded in the oblique inner wall of the light-gathering basin 4 in an equal-adjacent manner;

each set of water absorbing assembly 5 comprises a housing 501, a water control assembly 502 capable of controlling the entry of ink, and a water absorbing assembly 503 capable of absorbing ink.

In the embodiment of the invention, the appearance of each shell 501 is in an arc shape with a hollow inner part on a longitudinal section, the left end position in the shell 501 is movably provided with a water control component 502, and the top end position in the shell 501 is embedded with a water absorption component 503;

the outer appearance of the housing 501 is formed in an arc shape with a hollow inner portion in a longitudinal section, so that the ink can flow into the housing 501 along the water control assembly 502 for collection after flowing down from the top end of the inner wall of the condensation basin 4.

This kind of equipment is imitative to shadow calligraphy, through being provided with receipts water subassembly 5, utilize the lever, magnetism and negative pressure principle, after ink flows down through 4 inner wall tops of spotlight basin, behind the shell 501 top of water subassembly 5 is received in the ink contact, can at first make accuse water subassembly 502 take place to remove under the lever principle effect, and then lead in the ink to the shell 501 inside and seal the shell 501 in order to prevent the ink overflow that gets into, trigger the material that absorbs the ink subassembly 503 and derive to the shell 501 inside immediately under magnetism and negative pressure principle effect, in order to absorb the ink in the shell 501, so under the combined action of a plurality of water subassemblies 5 in succession, can prevent that the ink from lasting downflow and causing harmful effects to spotlight basin 4 bottom light sources.

Example 2

Referring to fig. 3 and 7, the embodiment of the present invention is different from embodiment 1 in that: each set of water control assemblies 502 includes a rotating shaft 5021, a rotating plate 5022 and a fixed block 5023.

In the embodiment of the invention, each rotating shaft 5021 is rotatably mounted at the middle position of the left end of the inner wall of each shell 501 in the front-back horizontal direction, a rotating plate 5022 is fixedly mounted on the outer surface of each rotating shaft 5021 in a surrounding manner, a fixed block 5023 is fixedly mounted at the tail position of the bottom end of each rotating plate 5022, each rotating plate 5022 is in a static balance state parallel to the surface of the inner wall of the light-gathering basin 4 under a normal condition, and the top end of each rotating plate 5022 is in a state of being attached to the top end of the inner wall of each shell 501 under a normal condition;

the rotating plate 5022 is used for guiding and collecting ink by utilizing the lever principle, and the initial position of the fixed block 5023 is set to ensure that the ink does not overflow after entering the shell 501 together with the rotating plate 5022 and the shell 501 so as to be convenient for absorbing the ink.

In the embodiment of the invention, each fixing block 5023 is in a state of being overlapped to the bottom end of the outer wall of each shell 501 under a normal condition, and each fixing block 5023 has magnetism;

the fixing block 5023 is magnetic, so that the magnetic principle is used as external thrust to trigger subsequent reaction of the water absorbing assembly 503.

According to the copy equipment for the imitative shadow calligraphy, the water control assembly 502 is arranged, and by utilizing the lever principle, when ink does not flow to the top end of the shell 501, the rotating plate 5022 of the water control assembly 502 is in a static balance state parallel to the surface of the inner wall of the light gathering basin 4, the top end of the rotating plate 5022 is in a state of being attached to the top end position of the inner wall of each shell 501, and the fixed block 5023 of the water control assembly 502 is in a state of being placed at the bottom end position of the outer wall of each shell 501; however, when the ink flows to the top end of the housing 501, the state is gradually broken, that is, the ink first flows to the top end of the rotating plate 5022 along the top end of the housing 501, the rotating plate 5022 is forced to rotate clockwise on the rotating shaft 5021 under the action of the lever principle, so that the flowing ink is guided into the housing 501 to be collected, and finally the fixing block 5023 at the bottom end of the rotating plate 5022 is attached to the top end of the housing 501 (that is, the top end of the rotating plate 5022 which rotates to the bottom end of the inner wall of the housing 501 at this time is pushed by the ink collected in the housing 501 outwards), so as to prevent the collected ink from overflowing, and thus the collection effect of the flowing ink is achieved.

Example 3

Referring to fig. 4-7, the embodiment of the present invention differs from embodiment 1 in that: each water absorbing assembly 503 comprises a sliding rail 5031, a large air sac 5032 and a conduit 5033, the sliding rail 5031 is embedded at the top end inside the inner wall of each shell 501, a slider 50312 is slidably mounted at the upper end inside each sliding rail 5031, and each slider 50312 has the same magnetism as each fixed block 5023;

here, the slider 50312 having the same magnetism as the fixed block 5023 is to slide and press the big air sac 5032 in the slide rail 5031 after the fixed block 5023 approaches.

In the embodiment of the invention, a big air sac 5032 is embedded in the lower end of each sliding rail 5031, water absorbent powder 50321 is pre-filled in each big air sac 5032, and each water absorbent powder 50321 is made of polyacrylate type super absorbent resin;

the large air sac 5032 is formed by extruding a slide 50312 by negative pressure to discharge water-absorbing powder 50321 comprising polyacrylate type super absorbent resin.

In the embodiment of the invention, a catheter 5033 is communicated with the middle position of the bottom end of each big air bag 5032 in a penetrating way.

In the embodiment of the invention, each conduit 5033 has an L-shaped appearance, and the outlet at the tail end of each conduit 5033 faces the bottom end of the inner wall of each housing 501;

the conduit 5033, which is shaped like a letter L in appearance, can guide the water-absorbing powder 50321 out to the bottom end of the inner wall of the housing 501 after the large balloon 5032 is pressed.

In the embodiment of the invention, the top and head of each conduit 5033 is rotatably provided with a rotating rod 50331 in the front-back horizontal direction, the left outer surface of each rotating rod 50331 is fixedly provided with a baffle 50332, each baffle 50332 is normally in a state of closing the inlet at the head end of each conduit 5033, a small air bag 50333 is fixedly provided between the bottom right end of each baffle 50332 and the inner wall surface of each conduit 5033, and each small air bag 50333 is in a triangular shape;

the initial position of the baffle 50332 is set to prevent the large air bag 5032 from normally discharging the water-absorbing powder 50321 therein, and the small air bag 50333 is formed in a triangular shape to take advantage of the stability of the triangle to support the baffle 50332 from being displaced downward in normal conditions and to return to its original position after the baffle 50332 is pushed outward by the large air bag 5032 to rotate and press the small air bag 50333 to release the water-absorbing powder 50321.

According to the copy calligraphy copying device, the water absorption component 503 is arranged, and by utilizing the magnetic and negative pressure principle, when ink does not flow to the top end of the shell 501, the large air bag 5032 and the small air bag 50333 of the water absorption component 503 are both in a natural expansion state, the baffle 50332 in the conduit 5033 of the water absorption component 503 is in a state of closing the inlet at the head end of the conduit 5033, and water absorption powder 50321 in the large air bag 5032 is not released outwards; however, when the ink flows to the top of the housing 501, the state is gradually broken, that is, when the fixing block 5023 of the water control assembly 502 is rotated to the top of the housing 501 as described above, because the slider 50312 in the slide rail 5031 of the water absorbing assembly 503 has the same magnetism as the fixing block 5023, under the action of the same principle of magnetic repulsion, the slider 50312 is pushed in the slide rail 5031 towards the large air bag 5032, and further under the action of the principle of negative pressure, the large air bag 5032 pressed by the slider 50312 moves the air therein towards the baffle 50332 in the conduit 5033, so that the baffle 50332 compresses the small air bag 50333 thereunder to rotate counterclockwise, so as to release the water absorbing powder 50321 in the large air bag 5032 towards the bottom of the housing 501 through the conduit 5033, and the released water absorbing powder 50321 falls to the bottom of the housing 501 for contact and mixing absorption with the previously collected ink, thereby achieving the water absorbing effect.

Claims

1. The utility model provides an equipment is imitatied to shadow calligraphy, includes imitates platform (1), copybook protection shield (2), copybook (3) and spotlight basin (4), its characterized in that: a plurality of water collecting components (5) capable of collecting and absorbing ink are embedded in the inclined inner wall of the light-gathering basin (4) in an equal-adjacent and separated manner;

each group of water collecting assemblies (5) comprises a shell (501), a water control assembly (502) capable of controlling ink to enter and a water absorbing assembly (503) capable of absorbing ink.

2. The copy apparatus of claim 1, wherein: the outer appearance of each shell (501) is in an arc shape with a hollow inner part on a longitudinal section.

3. The copy apparatus of claim 1, wherein: each group of the water control assemblies (502) comprises a rotating plate (5022), and each rotating plate (5022) is in a static balance state parallel to the surface of the inner wall of the light-gathering basin (4) under a normal condition.

4. The copy apparatus of claim 1, wherein: each group of water control assemblies (502) further comprises fixing blocks (5023), and each fixing block (5023) is magnetic.

5. The copy apparatus of claim 1, wherein: each group of water absorption assemblies (503) comprises sliders (50312), and each slider (50312) has the same magnetism as each fixed block (5023).

6. The copy apparatus of claim 1, wherein: each group of the water absorption assemblies (503) also comprises big air bags (5032), and each big air bag (5032) is preloaded with water absorption powder (50321).

7. The copy calligraphy copying apparatus of claim 6, wherein: each part of the water-absorbing powder (50321) is composed of polyacrylate type super absorbent resin.

8. The copy apparatus of claim 1, wherein: each group of the water absorption assemblies (503) also comprises a conduit (5033), and the appearance of each conduit (5033) is in an L shape.

9. The apparatus for copying shadow calligraphy according to claim 8, wherein: each conduit (5033) is provided with a baffle (50332), and each baffle (50332) is in a state of closing the inlet of the head end of each conduit (5033) under normal conditions.

10. The copy apparatus of claim 9, wherein: small air bags (50333) are arranged between each baffle (50332) and each conduit (5033), and the appearance of each small air bag (50333) is triangular.