CN2594029Y - Calligraphy fountain square bricks - Google Patents

Abstract

The utility model relates to a water writing calligraphy square brick of cyan and red two series for practising calligraphy. Paper and ink can not be used. The thickness of the utility model is 40 multiply 200-200mm. Six surfaces of the water writing calligraphy square brick of cyan and red two series for practising calligraphy are flat, correct, exquisite and smooth. Single water writing calligraphy square brick of cyan and red two series for practising calligraphy is used for writing, and a plurality of the water writing calligraphy square bricks are movably spliced into a square or a cuboid. The utility model can be optionally spliced and combined according to the large and small requirements of writing surfaces. The water writing calligraphy square brick of cyan and red two series for practising calligraphy is smooth to write. The full view of a written word can be clearly sawn, and the written word can rapidly disappear. The utility model can be continuously written. The utility model is fired by a brick making plant, and the utility model is made from the fine grinding of a brick grinding machine. The brick grinding machine is that blank square bricks (8) are fixed in brick frames (4) and (16) of NO. 1 platform (1), water supply pipes (20) are arranged on the top surfaces of the inner sides of the brick frames, No. 2 platform (32) is arranged on a transverse rail (29) of the NO. 1 platform (1), and No. 3 platform (33) which carries a motor (22) and a transmission grinding brick (10) is arranged on a vertical rail (36) of the No. 2 platform (32). An operator turns a water tap (17), presses an electric switch (41), holds a handle (38) to slowly push to arrive at the presetting specification dimensional coordinate (5) of the blank square bricks (8) to be raised to stop grinding, and the No. 3 platform (33) retreats to transversally move to a grinding position.

Description

The Calligraphy fountain square brick

Affiliated technical field

The utility model relates to a kind of Calligraphy fountain stationery of learning experienced calligraphy, especially a kind of can without paper, need not China ink, can need only piece write and the pleasant Calligraphy fountain square brick that splices and combines of polylith by the size of writing surface.

Background technology

At present, shop, town and country cultural goods cabinet does not also have the stationery of Calligraphy fountain, and the calligraphy fan generally practices calligraphy on waste and old newpapers and periodicals, magazine, paper wet hang up etc. do after usefulness again, write many times repeatedly in order to save every paper.But practicing calligraphy is not that the thing that just can be over one day one day, calligraphy fan, calligraphy will follow her all one's life, practise handwriting with the paper China ink be waste uneconomical; Prepared Chinese ink dried up at paper after the paper that has was write many times, and paper wrinkle injustice is write not smooth; Sometimes one does not note, prepared Chinese ink do on hand or other object plane very untidy; The mental state that has some setbacks of practising handwriting put not open to good use in the big word of the little white silk of magazine face that has.

Summary of the invention

For overcome the waste and old newpapers and periodicals of existing dependence, the magazine surrogate practices calligraphy not smooth, untidy, unsatisfactory, the drawback of paper China ink waste, the utility model provides a kind of thick 40mm * 200-200mm square Calligraphy fountain square brick, this square brick can not only reach practice calligraphy without paper, need not China ink, and fluent writing, natural water absorbing properties is good, can see the overall picture of written word clearly, very fast again disappearance can continuous writing, economical clean and tidy, pleasant the splicing and combining of the big I of writing surface.

The technical scheme that its technical problem that solves the utility model adopts is: double to stir than conventional brickmaking with high-quality pure soil, make adobe by preliminary dimension, burn till tender old moderate green grass or young crops, red two series Calligraphy fountain square brick blank, be fixed on the platform brick frame of rubbed brick unit; Two, No. three platform interleaved operations that carry the electric-motor drive rubbed brick are on flat surface; Under the trickle state, the blank brick is processed into straight and even, fine and smooth, smooth, upper and lower two planes are for square, four limit faces are rectangle, can both amalgamation between any one the limit face that reach that square brick keeps flat that the piece piece is equally flat, limit face amalgamation connects sealing and do not have gap, brick and brick be connected to reach the purpose that joins combination by writing surface.

The beneficial effects of the utility model are, can reach practice calligraphy without paper, need not China ink, economical clean and tidy the time, solely piece writes with polylith that activity is spliced into square or cuboid can be by the size needs of writing surface, pleasant easily splicing and combining, fluent writing, natural water absorbing properties is good, has both seen the overall picture of written word clearly, very fast again disappearance can continuous writing.Only adopt rattler in the production technology, make simple.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is the rattler schematic diagram in the utility model Calligraphy fountain square brick manufacture craft.

Fig. 2 is the horizontal moving structure figure of No. three platforms (33) on Fig. 1 rattler.(not drawing among Fig. 1).

Fig. 3 is rubbed brick (10) face upper flume (11) distribution map on Fig. 1 rattler, in the rubbed brick mechanism.

Fig. 4 is rubbed brick (10) figure on Fig. 1 rattler, in the rubbed brick mechanism.

Fig. 5 is mill frame (12) figure on Fig. 1 rattler, in the rubbed brick mechanism.

Fig. 6 is mill frame base (9) figure on Fig. 1 rattler, in the rubbed brick mechanism.

Fig. 7 is on Fig. 1 rattler, one of rubbed brick mechanism assembling, Fig. 4 rubbed brick (10) are placed on Fig. 6 and grind frame base (9) and go up schematic diagram.

Fig. 8 is on Fig. 1 rattler, the assembling of rubbed brick mechanism two, after rubbed brick (10) is placed on mill frame base (9) and goes up, again mill frame (12) is enclosed within on the rubbed brick (10), four limits are with screw fixing assembling finishing schematic diagram.

Fig. 9 is on Fig. 1 rattler, the assembling of rubbed brick mechanism finishes back view.

Figure 10 is the rectangular boxes back view of coordinate on Fig. 1 rattler (5) elevating mechanism.

Figure 11 is the rectangular boxes front elevation of coordinate on Fig. 1 rattler (5) elevating mechanism.

Figure 12 is coordinate on Fig. 1 rattler (5) elevating mechanism twin shaft (A12) and twin shaft base plate (A13) connection layout.

Figure 13 is lifting plate (6) connection diagram of coordinate (5) Yu the two hole up/down perforations of coordinate on Fig. 1 rattler (5) elevating mechanism.

Figure 14 is coordinate on Fig. 1 rattler (a 5) elevating mechanism assembling schematic diagram.

Figure 15 is coordinate on Fig. 1 rattler (5) elevating mechanism assembling a finishing schematic rear view.

Figure 16 is that coordinate on Fig. 1 rattler (5) elevating mechanism is assembled the front schematic view that finishes.

Figure 17 is on Fig. 1 rattler, and square frame groove (A14) schematic diagram that preparation snaps in the rectangular boxes of coordinate (5) elevating mechanism is gone up on vertical brick frame plane (27).

Figure 18 places three faces on square brick (8) top to block water cushion plate (7) figure on Fig. 1 rattler.

Figure 19 blocks water square frame and No. two platforms (32) left-external side chain-wales (21) connection diagram by what bristle (15), framework (14), edge (13) were formed on Fig. 1 rattler.

Figure 20 is Fig. 1 rattler top bevel only piece formula brick frame (16), and lifting plate (6) planes (→) on the coordinate elevating mechanism to the distance of the inboard tool back plane of brick frame is the reservation specification schematic diagram of square brick (8) thickness.

Figure 21 is five formula bricks of edging frame (4) on Fig. 1 rattler, and lifting plate (6) planes (→) on the coordinate elevating mechanism to the distance of the inboard tool back plane of brick frame is the predetermined dimension size schematic diagram of the square diameter of square brick (8).

Figure 22 is nine splicing figure of Calligraphy fountain square brick square.

Figure 23 is eight splicing figure of Calligraphy fountain square brick rectangle.

Among Fig. 1: 1. a platform, 2. brick frame base, 3. screw, 4. five formula bricks of edging frame, 5. coordinate, 6. lifting plate, 7. three faces block the water cushion plate, 8. square brick 9. grinds frame base, 10. rubbed brick, 11. tank, 12. mill frames, 13. block water square frame edge, 14. block water square frame framework, 15. bristles, the only piece formula of 16. flour millings brick frame, 17. tap, 18., 19. axle beds, 20. the water pipe delivery port, 21. chain-wales, 22. motor, 23. electric wire, 24. horizontal mobile handgrips, 25. water tanks, 26. aquaporin, 27. vertical brick frame planes, 28. square backing plates, 29. cross track, 30. electric wire casees, 31. No. two platform bottom surface ball bearings, 32. No. two platforms, 33. No. three platforms, 34. handgrip supports, 35. the axle ear, vertical track on 36. No. two flat surface, 37. No. three platform bottom surface ball bearings, 38. move forward and backward handgrip, 39. axle bed supports, 40. belt pulley safety guards, 41. electric switch, 42. belt pulley safety guard supports, 43. electric wire inlet ports.

Among Fig. 2: A1. lengthened plate, A2. rail walls.

Among Fig. 4: A7. rubbed brick bottom surface.

Among Fig. 5: A3. mill circle body, A4. mill circle limit, A5. screw hole.

Among Fig. 6: A6. hexagon projecting surface.

Among Fig. 9: the A8. axis hole.

Among Figure 10 to Figure 16: A9. side board, A10. rectangular boxes bottom surface, A11. three hole dividing plates, A12. twin shaft, A13. twin shaft base plate, A15. shrouding.

Among Figure 17: A14. rectangular boxes groove.

The specific embodiment

In Fig. 1, a platform (1) links to each other with brick frame base (2), five formula bricks of edging frame (4) and the only piece formula of flour milling brick frame (16) are fixed on the brick frame base (2), two cross tracks (29) are fixed on a platform (1) face, No. two platforms (32) that ball bearing (31) is equipped with in the bottom surface of move left and right place on a platform (1) cross track (29), two vertical tracks (36) are fixed on No. two platforms (32) face, No. three platforms (33) that ball bearing (37) is equipped with in the bottom surface that moves forward and backward place on the vertical track (36) of No. two platforms (32), motor (22) is fixed in the right side of No. three platforms (33), two bobbin seat supports (39) are fixed in the left side of No. three platforms (33), axle bed (19) is connected in the top of axle bed support (39), axle (18) is lubricated to be transmitted on the axle bed (19), belt pulley safety guard support (42) is connected on the center of No. three platforms (33), belt pulley safety guard (40) links to each other with its support (42), horizontal mobile handgrip (24) is fixed in the both sides of No. two platforms (32), the handgrip support (34) that moves forward and backward is fixed in the both sides of No. three platforms (33), moves forward and backward handgrip (38) and links to each other with its support (34).Tap (17) places brick frame (4), (16) end face outside, and water pipe delivery port (20) places brick frame (4), (16) inboard end face.The peripheral water square frame of being made up of edge (13), framework (14), bristle (15) that blocks of rubbed brick (10) that places of water scattering is connected with the chain-wales (21) in the outside, No. two platforms (32) left side when blocking rubbed brick (10) fast rotational, for making brick frame (4), (16) not be scratched wearing and tearing and can not bringing resistance when mobile, block and adopted bristle (15) soft-body on the water square frame.Discharge casing (25) places the aquaporin (26) of formation between edge, a platform (1) left side and brick frame base (2) and the cross track (29) corresponding.Electric wire case (30) places a platform (1) inner side edge edge, electric wire inlet port (43) places on electric wire case (30) center at the end, and electric wire (23) is connected with motor (22), electric switch (41) through in reaching No. three platforms (33) handgrip supports (34) in No. two platforms (32) handgrips (24) and moving forward and backward handgrip (38).Square brick (8) places in brick frame (4), (16), for water is not run off from the limit, the left and right sides and the behind of square brick (8), three faces that all pour in brick face (8) and be provided with block the top that water cushion plate (7) places square brick (8), screw (3) pass brick frame (4), the rotation of (16) end face down three faces that are pressed in block and push down square brick (8) fixing on the water cushion plate (7).The square backing plate of another piece (28) places the left side of the interior square brick of five formula bricks of edging frame (4) (8), and four screws (3) pass left side brick frame and withstand on the square backing plate (28), and the further push-tight of five blocks of square bricks (8) of edging is fixed.

In Fig. 2, being connected in lengthened plate (A1) on No. three platforms (33) the bottom surface axle ears (35) is stuck on No. two platforms (32) face on the vertical rail walls (A2), not only stuck but also the gap (not drawing among Fig. 1) that moves forward and backward freely arranged, this structure is set, make between No. three platforms (33) and No. two platforms (32) and flexibly connect, the ball bearing that laterally move No. two platforms (32) bottom surface equals to be contained on No. three platforms (33) bottom surface, like this, horizontal when mobile, needn't change hand and remove to grab horizontal mobile handgrip (24) on No. two platforms (32) again, mobile handgrip (38) moves laterally before and after directly going up with No. three platforms (33), left or right, or before or after, light and flexible more operates.

In Fig. 3 to Fig. 9, be three parts and the number of assembling steps that is connected among Fig. 1 in rubbed brick (10) mechanism of axle on (18): one of parts, Fig. 4 rubbed brick (10): its shape inwardly is in the inclination, face of hexagon pagoda shape from each edge that the position near the center is shaped on six tanks, Fig. 3, Fig. 4 (11); Two of parts, Fig. 5 grind frame (12): the shape of its framework (A3) is corresponding with Fig. 4 rubbed brick (10), and edge (A4) is hexagon the brim of a hat shape, and screw hole (A5) is arranged on the limit; Three of parts, Fig. 6 grind frame base (9): it is corresponding that the diameter on its each limit and screw hole and Fig. 5 grind frame (12), and the hexagon projecting surface (A6) of similar pad is corresponding with Fig. 4 rubbed brick (10) bottom surface (A7) on its plane.During assembling: Fig. 4 rubbed brick (10) is placed on is Fig. 7 state after hexagon projecting surface (A6) that Fig. 6 grinds frame base (9) is gone up, again Fig. 5 being ground frame (12) is enclosed within and is Fig. 8 state on Fig. 7 rubbed brick, penetrate in its screw hole (A5) with screw and to screw, Fig. 4 rubbed brick (10) is fastened on Fig. 8 grinds on the frame base (9).The axle (18) that Fig. 9 grinds among frame base (9) back side axis hole (A8) and Fig. 1 is connected.Water advances not go or advances to such an extent that seldom cause the problem of dry grinding when coincideing fast rotational in order to overcome rubbed brick (10) and blank square brick (8), thereby is provided with six tanks (11) on rubbed brick (10) face.(material of system rubbed brick (10) is a street sharpening brick on sale, the brick field of please whetting a knife customization.) owing to made the hexagon projecting surface (A6) of similar pad on mill frame base (9) plane, make the gap that forms 2.5-3mm between mill frame (12) limit and mill frame base (9) limit, when connecting with screw, this gap just in time forms pulling force, and rubbed brick (10) is fastened on the mill frame base (9).In order just to make mill frame (12) drive rubbed brick (10) rotation with other dribbleware again, so mill frame (12), rubbed brick (10) are made hexagon.For rubbed brick (10) is outwards deviate from, the inclination that rubbed brick (10) mill frame (12) is made the pagoda shape that external diameter is little, internal diameter is big again.

In Figure 10 to Figure 17, be parts and the number of assembling steps on coordinate (5) elevating mechanism that places among Fig. 1 on each vertical brick frame plane (27).Figure 10 rectangular boxes: both sides have on side board (A9), the central dividing plate (A11) three holes are arranged, and a middle hole is corresponding with end face one hole, and the hole on both sides is corresponding with two holes, bottom surface, and square frame bottom surface (A10) is from side board (A9) 8-10mm that outwards extends; Figure 11 rectangular boxes front elevation: top has shrouding to seal, and the bottom is empty; Figure 12 twin shaft (A12) links to each other with base plate (A13); The lifting plate (6) of coordinate (5), two hole up/down perforations, coordinate (5) link to each other with lifting plate (6) like the thin rod of Figure 13.Number of assembling steps: Figure 14, twin shaft (A12) penetrate downwards with lifting plate (6) from the square frame end face and are connected from putting on lifting plate (6), coordinate (5) after square frame bottom surface (A10) upwards penetrates again; Figure 15 twin shaft base plate (A13) upwards pushes away with square frame bottom surface (A10) and matches.Figure 16 square frame front is not worn for making shrouding (A15), and 1.5-2mm is protruded than top shrouding (A15) plane in lifting plate (6) plane.Be shaped on Figure 17 brick frame vertical plane (27) and the corresponding square frame groove of Figure 16 rectangular boxes shape (A14), Figure 16 coordinate (5) elevating mechanism that assembling is finished snaps in its square frame groove (A14) then.

In Figure 20, the inboard tool back plane of lifting plate plane (6) (→) brick frame (16) is the predetermined dimension size of square brick (8) thickness.

In Figure 21, the inboard tool back plane of lifting plate plane (6) (→) brick frame (4) is the predetermined dimension size of the square diameter of square brick (8).When correct grinding, when being ground to the identical rotation in lifting plate plane (6), rubbed brick (10) sticks lifting plate (6) rotation direction top, and the coordinate (5) that is connected on the lifting plate (6) rises, and indication quilt mill square brick (8) has arrived the predetermined dimension size and has stopped mill.

Relevant operating procedure: square brick to be ground (8) blank, immersion 4-5 hour or after liquid is under water, be fixed in the brick frame (4) (16) before correct grinding, outward winding tap (17), press electric switch (41), hand-held No. three platforms (33) handgrips (38) when pushing ahead slowly, the time and left, the time and the 30-40mm that moves right, make six angles of rubbed brick (10) can both touch brick (8) face that is ground, the flour milling consume degree overall balance that keeps rubbed brick (10) is in order to continuing processing.Thick 45mm * the 205-205mm of blank of Calligraphy fountain square brick (8), finished product for thick 40mm * 200-200mm of being processed into predetermined dimension, average each plane provides the correct grinding aspect of 2.5mm, when reality is finish grinded is uneven, first plane of square brick (8) to flour milling, when finish grind on the plane on two limits of edging, grind off 1.5mm or 3mm, as long as till polishing.During to the plane correct grinding on two limits in addition of (8) second planes of square brick of flour milling, edging, arrive and stop mill when predetermined dimension size coordinate (5) rises.

Claims (3)

1, a kind of Calligraphy fountain square brick, double to stir than conventional brickmaking with high-quality pure soil, by preliminary dimension make adobe, burn till tender moderate always, the blank of blue or green, red two series, be fixed on the platform brick frame of rubbed brick unit, two, No. three platform interleaved operations that carry the electric-motor drive rubbed brick are on flat surface, under the trickle state, the blank brick be processed into straight and even, fine and smooth, smooth, join combination by writing surface, it is characterized in that: upper and lower two planes of brick are for square, four limit faces are rectangle, between brick and the brick for keep flat, limit face amalgamation is connected.

2, Calligraphy fountain square brick according to claim 1, it is characterized in that: the piece piece is equally flat between the square brick, and the splicing sealing is the crack continuously.

3, Calligraphy fountain square brick according to claim 1 is characterized in that: can both amalgamation be connected between any one limit face of square brick and square brick.

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