CN2536402Y - Improved date stamp - Google Patents

Abstract

An improved date stamp is composed of a main body with a rotary seat rotating 180 deg, a planar table with through holes at bottom, several date bands arranged in ring and regulated by wheels, and the date bands with the smallest number and date, a stamp face on the table and able to be separated from the rotary seat by two buttons, a stamp face on the stamp face, and through holes on the stamp face for the through holes of planar table, the length and width of each through hole being less than the diameter of the through hole of planar table, so limiting the area of the date band by the through holes, providing a date stamp without matching with the stamp table, and making the space of the date stamp be minimized within the area of the stamp face with a certain size, making the other spaces exert the required pattern or character to the largest area, and making the stamp face easy to be assembled, making different stamp faces share one stamp handle, has the advantages of convenient use, wide application range and great economic benefit.

Description

Improved date stamp

technical field

The utility model relates to a date stamp in a mold printing device in the field of printing, in particular to a date stamp capable of rotatably dipping ink, and allowing the space for patterns or characters on the printing surface of the date stamp to be maximized. It is an improved date stamp that has the largest area and allows a variety of different stamp surfaces to share a stamp handle, and is more practical.

Background technique

In order to keep the date mark when receiving or mailing documents, date stamps are generally used to achieve the purpose of marking the date, but because the date displayed on the date stamp must be adjusted frequently, the traditional date stamp Chapter is the structural type shown in Figure 10, and it has a main body (80) and a movable base (81), and wherein there are several date belts that are set around in the main body (80), and the surface of the date belt is set immediately. There are numbers or patterns that are protruding, and an adjustment ring (82) is provided on the side of each date band, and a through hole is formed at the corresponding font or pattern of the date band on the base end face. When the base (81) goes to When the direction of the main body (80) is condensed, even if the protruding characters or patterns protrude from the through hole, the stamp pad must be dipped with ink to be stamped, and when the date is to be changed, the base (81) should be pushed forward , so that the font or pattern no longer protrudes from the through hole, then the adjusting ring (82) can be rotated to adjust the date, and when the adjustment is appropriate, the base (81) can be condensed toward the body (80) direction.

The structural design of the above-mentioned date stamp, because it can only make the corresponding font or pattern protrude outside through the through hole on the base, so the date number or pattern with more changes can be designed on the date belt, but its When in use, it must be used with a printing pad. If there is no printing pad, the date stamp cannot be used. Therefore, users, especially salesmen or production line inspectors, must carry the date stamp with them. And printing pad, so it is quite inconvenient to use.

Therefore, the industry has further designed a rotary date stamp, as shown in Figure 11, which has a body (90), and a rotating space (91) is formed in the body (90). In this rotating space (91 ) is provided with a swivel seat (92) which can be rotated by 180 degrees. The bottom of the swivel seat (92) is provided with a flat platform (93) with a through hole, and several rings are arranged in the swivel seat (92). date belt (94), each date belt (94) side is provided with an adjustment ring (941), and a printing pad (95) is formed on the top surface inside the rotating space (91) in addition, and a stamp pad (95) is formed outside the body (90). There is a casing (96), and the casing (96) is plugged with the revolving rails on both sides of the body (90) through a pin rod, and a spring is arranged between the body (90) and the casing (96). , by the force of the spring, the pin rod of the casing (96) is located at the upper position of the revolving track, so that the flat platform (93) of the rotary seat (92) is in contact with the ink pad (95), and it is in a state of being stained with ink, and When you want to use it, you only need to press down the housing (96) to rotate the swivel seat (92) by 180 degrees, that is, the font protruding from the through hole of the flat platform (93) through the end face of the date belt (94) Or pattern printing procedure, when the shell (96) is to be loosened, it is reset by the spring again, and the rotary seat (92) is rotated and reset to be in the state of being stained with ink.

The most special feature of the above-mentioned date stamp is that it does not need to be used with a printing pad, and can be used repeatedly only by the design of the date stamp, and its convenience in use is significantly better than that of the traditional date stamp; however, it can be seen from the above structure , the flat table is fixed directly on the bottom of the rotating base, so in order to rotate the date band to change the date or pattern when the adjusting ring is rotated, the through hole on the flat table must be larger to provide prominent fonts Or the rotation space of the pattern, so in the case of a large through hole on the flat table, the font or pattern on the date belt must be relatively larger, otherwise, if the smaller font is set on the date belt, a through hole may be generated If more than one font is highlighted, the date will be unclear when printing, and it will cause trouble in use. Therefore, when the font or pattern of the platform must be relatively large, it can be designed on the entire plane of the platform. The area of other patterns or characters is relatively reduced, and the practicability of the date stamp is limited.

Furthermore, because the flat platform of the date stamp is directly fixed on the bottom of the rotating seat, a single stamp handle can only have a single printing surface. If a different printing surface needs to be replaced, the flat platform must be disassembled and replaced with a tool. Therefore, The scope of application of the date stamp is greatly limited, and a convenient design cannot be provided.

It can be seen from the above that there are currently two types of traditional and commonly used date stamps, one of which must be used with a printing pad, and the other is that the area on the flat table where other characters or patterns can be placed is limited, and because of A single seal handle is not easy to replace the seal surface, so that the date stamp is indeed missing. It can be seen that the above-mentioned existing date stamps still have defects, and they need to be further improved.

In view of the defects of the above-mentioned existing date stamps, the designer actively researched and innovated based on rich practical experience and professional knowledge. Considering that the current rotary date stamps are extremely useful when used without ink. Convenience, if a structure can be added to the structure that can limit the font or pattern protruding area of the date, and make the structure easy to replace, it can provide a more practical date stamp. Continuous research, design, and after repeated trial samples and improvements, finally created the utility model with practical value.

Contents of the invention

The main technical problem to be solved by the utility model is to overcome the defects of the existing date stamps and provide an improved date stamp, which is composed of a body and a casing, and a rotatable 180-degree rotating seat, the bottom of the rotating seat is equipped with a flat platform with through holes, and there are several date bands in the rotating seat that can be adjusted by wheels. Numbers and dates, and on the flat platform of the rotary seat, there is a printed surface that can be easily separated from the rotary seat by buttons on both sides. Perforation, the length and width of the perforation are smaller than the diameter of the through hole of the flat platform, and the protruding area of the date belt can be limited by perforation, so in addition to providing a date stamp that does not need to be used with the stamp pad, and when the date stamp has a certain size In the area of the printing surface, the space for the date belt is minimized due to the limitation of the perforation, and the rest of the space can be used by the user to maximize the area of the desired pattern or text, and when the printing surface is easy to assemble, it can be A stamp handle can be shared by a variety of different seal surfaces, thereby providing a date stamp with convenience, wide application range and great economic benefits.

Another technical problem to be solved by the utility model is to provide an improved date stamp, so that arc grooves are formed on both sides of the bottom of the body corresponding to the buttons of the rotating seat, and the stamp can be disassembled simply by pressing the button.

Yet another technical problem to be solved by the utility model is to provide an improved date stamp, so that the stamp surface can be stably fixed at the bottom of the rotating seat by means of the structural design of the inner barb of the button.

The utility model solves its main technical problems by adopting the following technical solutions. According to an improved date stamp proposed by the utility model, the stamp has a body, and an action seat that can move up and down is arranged in the body, and a rotating seat that can rotate 180 degrees is arranged in the action seat, and the rotating seat It is composed of a date belt seat and a flat platform. There are several date belts on the upper ring of the date belt seat, and an adjustment ring is provided on the side of each date belt. The bottom of the date belt seat is fixed with a flat platform, and the center of the flat platform is formed. A through hole with a large diameter is characterized in that: a locking hole is formed on the front and rear ends of the flat platform, and a printing surface can be fixed in the locking hole; a diameter length is formed at the center of the printing surface corresponding to the through hole. Shrunk down to the perforation that can only make a single number and pattern protrude outside, and a convex seat is formed at the corresponding locking hole on the front and back of the printing surface, and a retractable button is provided in the convex seat, and a corresponding locking hole is formed on the upper end of the button The card portion, the printed surface is fixed with the card portion and the locking hole in a fixed structure, so that the printed surface is fixed on the bottom of the flat platform through the cooperation of the card portion and the locking hole.

The utility model solves its technical problem and can also adopt the following technical measures to further realize.

In the above-mentioned improved date stamp, an accommodating space is formed in the convex seat of the printing surface, positioning grooves are formed on both sides of the accommodating space, and corresponding positioning grooves are formed on both sides of the button. hook.

In the aforementioned improved date stamp, a housing space is formed in the convex seat of the seal surface, a tapered convex part is formed on the inner end surface of the housing space, and a corresponding The conical protrusions are provided with a spring between the two conical protrusions.

In the aforementioned improved date stamp, an arc groove is formed on the corresponding button of the action seat.

In the aforementioned improved date stamp, a fixed seal can be added to the bottom of the seal.

Compared with the prior art, the utility model has obvious advantages and beneficial effects. It can be seen from the above technical solutions that the utility model relates to an improved date stamp, which is composed of a body and a casing. The body is provided with a rotating seat that can rotate 180 degrees, and the bottom of the rotating seat is equipped with a There are several ring-shaped date belts in the rotating seat that can be adjusted by wheels. The date belts are equipped with the smallest number and date, and on the flat table of the rotating seat, set There is a seal surface that can be easily detached from the rotating seat by the buttons on both sides. The stamp surface can be pasted on the seal surface. There are perforations corresponding to the through holes of the flat platform formed on the stamp surface. The length and width of the perforation holes are smaller than the diameter of the through hole of the flat platform. The protruding area of the date belt can be limited by perforation, so in addition to providing a date stamp that does not need to be used with the printing pad, and within the printing surface area of a certain size of the date stamp, due to the limitation of the perforation, the date belt used The space is reduced to the minimum, and the rest of the space can be used for the user to maximize the required pattern or text, and in the case of easy assembly of the stamp surface, a variety of different stamp surfaces can share a stamp handle, and a stamp handle can be provided. Convenient, versatile and cost-effective date stamp.

The design feature of the present utility model is that a print surface that can be easily disassembled is provided at the bottom of the flat platform of the rotating seat, and the perforation of the print surface is designed with a smaller diameter. Therefore, after the seal surface is assembled, only the font or The pattern protrudes from the perforation, so the area available for designing other patterns or characters on the printing surface is relatively increased, so the variability of the printing surface can be increased; when you want to adjust the date, you only need to press the button to separate the printing surface from the body. It is beneficial to directly rotate the date belt to change the date. After the adjustment is appropriate, the stamping surface can be reassembled on the bottom of the flat table. Due to the structural design of the stamping surface that is easy to disassemble, various types of stamping surfaces and a single stamp can be designed The handle is used together to increase the scope of application of the date stamp. Therefore, the structural design of the utility model has the following effects compared with the existing traditional and commonly used date stamps:

1. The utility model installs an easy-to-disassemble printed surface design on the bottom of the platform, which not only makes the corresponding numbers or patterns protrude from the printed surface, but also minimizes the perforation of the printed surface, so that the surrounding area can be used for designing patterns or characters The space of the utility model is increased to the maximum, so the structure designed by this concept of the utility model can maximize the area for designing other patterns or characters on the seal surface, so that the seal surface of the date stamp can be enriched. The degree increases.

2. With the easy-to-disassemble stamp surface of the utility model, a single stamp handle can be equipped with a variety of stamp surfaces with different structural types, so the stamp surface can be replaced in due time and according to needs, and compared with the previous single date stamp. The surrounding patterns are all fixed and not easy to replace. The design of the utility model is more flexible, and can provide a date stamp with a wider application range and excellent convenience.

3. The utility model uses the printing pad installed at the top of the rotating space of the main body, so that the fonts or patterns on the date belt are in the ink-stained state when not in use, so the user does not need to attach the printing pad, which not only saves the time of dipping the printing pad Time, and for salesmen or production line inspectors who often go out, it can also provide a very convenient date stamp when it is easy to carry.

In addition, this utility model can solve the lack of existing traditional and conventional date stamps, and the design of this utility model has the following special advantages:

1. The utility model uses the design of the front and rear arc grooves at the bottom of the main body action seat to make the buttons located inside easier to operate.

2. With the design of the locking part inside the button, the utility model makes the printing surface firmly fixed on the bottom of the flat table, making the date stamp easy to operate in a stable environment.

3. The utility model makes the operation of the button extremely convenient by virtue of the spring design inside the button.

To sum up, the improved date stamp of the utility model has the above-mentioned many advantages and practical value, and provides a date stamp with both convenience and greatly improved scope of application, no matter in terms of structure or function All of them have been greatly improved, have made great progress in technology, and have produced easy-to-use and practical effects, and indeed have enhanced efficacy, so they are more suitable for practical use, and there are no similar products in similar products. Publication or use of the structural design is a novel, progressive and practical new design.

The specific embodiment of the utility model is given in detail by the following examples and accompanying drawings.

Description of drawings

Fig. 1 is a three-dimensional exploded view of the date stamp body and shell of the utility model.

Fig. 2 is a three-dimensional exploded view of the housing seat of the date stamp body of the utility model.

Fig. 3 is a sectional view of the combined structure of the date stamp of the present invention.

Fig. 4 is a sectional view of the combined structure of the date stamp of the present invention in another direction.

Fig. 5 is a three-dimensional exploded view of the date stamp rotary seat plane platform and the printing surface of the utility model.

Fig. 6 is a sectional view of the date stamp shell of the utility model separated from the lower end of the body.

Fig. 7 is a structural sectional view of the date stamp of the present invention for printing.

Fig. 8 is an exploded view of the structural section of the date stamp of the present invention with the seal surface removed.

Fig. 9 is a bottom view of the seal surface of the date stamp of the present utility model.

Fig. 10 is a plan view of a conventional date stamp.

Fig. 11 is a plan view of an existing conventional date stamp.

(10) Body (11) Tab

(111) Concave part (20) Shell

(21) Notch (22) Bump

(23) Fasteners (30) Action seat

(31) Accommodating groove (32) Cross convex part

(33) Spring (34) Channel

(35) Positioning hole (36) Positioning button

(361) Hook (37) Grooving

(371)Print Pads

(38) Arc groove (39) Rotating convex part

(40) Swivel seat (41) Date belt seat

(411) Groove (412) Buckle seat

(42) date belt (421) numbers or patterns

(422) Adjustment ring (50) Plane table

(51) Through hole (52) Post

(53)Pivot (54)Catch hole

(60) printed surface (61) perforated

(62) Convex seat (63) Accommodating space

(64) Locating groove (65) Cone convex part

(66) Button (661) Hook

(662) Card part (663) Cone convex part

(67) Spring (68) Fixed printed surface

(80) Body (81) Base

(82) Date belt (90) Body

(91) Rotating space (92) Rotating seat

(93) Plane table

(94)Date band (941)Adjustment ring

(95)Print Pad (96)Shell

Detailed ways

The specific implementation, structure, features and functions of the improved date stamp according to the present invention will be described in detail below with reference to the accompanying drawings and preferred embodiments.

Please refer to Fig. 1, the improved date stamp of the present invention is composed of a body (10) and a casing (20), wherein:

The shell (20) is a member that can be locked on the bottom of the body (10) to protect the body (10) when the stamp is not needed, and a slot (21) is formed on the top of both sides of the shell (20). A bump (22) is formed on the end face of the slot (21), and a lug (11) is formed on the body (10) corresponding to the slot (21), and the tab (11) corresponds to the bump (22) ) is formed with a concave edge (111), and the two are fixed together by the cooperation of the protrusion (22) and the concave edge (111). A fastener (23) is extended so that the date stamp of the present utility model can be buckled in an appropriate place, which is convenient for carrying.

This main body (10), see also shown in Fig. 2, and its inside is provided with an action seat (30), and this action seat (30) top is formed with accommodating groove (31), can be provided with in the accommodating groove (31) The cross convex part (32) is to cooperate with a spring (33) to be fixed, so that the action seat (30) can move and reset at the bottom end of the body (10), and the corresponding body ( 10) The tab (11) is formed with a positioning channel (34), and a plurality of positioning holes (35) arranged from top to bottom are formed on the side of the positioning channel (34) on one side. A positioning button (36) is arranged on the longitudinal position corresponding to the positioning hole (35) of the main body (10). Press the positioning button (36) so that its hook (361) is locked in the corresponding and lower positioning hole (35). After the printed surface is replaced or the date is properly adjusted, the positioning button (36) can be pressed again. ) to make the hook (361) no longer be locked at the positioning hole (35), so that the action seat (30) can move up and down in the body (10) again, and the action seat (30) A slot (37) is formed on the upper end of the slot, and a printing pad (371) can be positioned in the slot (37), and the positioning structure provided on the side of the printing pad (371) can make it stably positioned and needs to be replaced. Print pad (371), or when ink needs to be added, the print pad (371) can be taken off from the slot (37), and because the structural design between the above-mentioned main body (10) and the action seat (30) belongs to the date stamp The existing known structure of the chapter, so this will not go into details about the structural design of the details, and the frame at the bottom of the above-mentioned action seat (30) can be set to an integrally formed structural design, as shown in Figure 3 and Figure 4, Set to snap-in structure design.

In addition, arc grooves (38) are formed at the front and rear ends of the action seat (30), and an action space that can extend into the inside of the action seat (30) is formed by the arc grooves (38). There is a rotating convex portion (39), and this rotating convex portion (39) can be provided with a rotating seat (40). Please refer to Fig. 3 and shown in Fig. 4, the rotating seat (40) has a date belt seat (41 ), the date belt seat (41) is formed with several grooves (411) for surrounding several date belts (42), and each date belt (42) is provided with numbers or patterns ( 421), each date band (42) side is provided with adjusting ring (422) in addition, can rotate date band (42) by adjusting ring (422), to reach the purpose of adjusting date or pattern, and in date Both sides of the belt seat (41) are respectively formed with a catch groove seat (412), and the catch groove seat (412) can be inserted and fixed for the flat platform (50) shown in Figure 5, and the flat platform (50) A through-hole (51) with a larger diameter is formed in the center of the center, and the two sides of the through-hole (51) are the post (52) corresponding to the locking slot (412), and the other is on the outside of the post (52). A pivot (53) is arranged horizontally. By cooperating the pivot (53) with the rotating protrusion (39) of the action seat (30), when the action seat (30) is pressed, the entire rotating seat (40) is forced to Rotate one hundred and eighty degrees, and the main design of the present utility model is that the end faces before and after the flat table (50) are provided with a locking hole (54), and this locking hole (54) can be fixedly provided with a printing surface (60 )structure.

Please refer to shown in Fig. 5, its corresponding through hole (51) place of seal surface (60) forms and is provided with the perforation (61) that diameter length shrinks to only can make single numeral or pattern protrude outside, and in seal surface (60) front and rear corresponding A convex seat (62) is formed at the locking hole (54), and an accommodating space (63) is formed in the front and rear convex seats (62), and positioning grooves are formed on both sides of the accommodating space (63) (64), and the inner end surface of the accommodating space (63) is formed with a conical convex portion (65), and a button (66) is respectively arranged at the matching front and rear convex seats (62), and the button (66) is positioned in the corresponding position. A hook (661) is formed at the groove (64), and a catch portion (662) is extended on the upper end, and a conical convex portion (663) is formed on the end face facing the convex seat (62). Promptly be provided with a spring (67) between convex part (65), (663), and its hook (661) catches in the positioning groove (64) place, even if button (66) is installed on convex seat (62) position, and can be reciprocated by the button action and the setting of the spring (67), so the seal surface (60) can be pushed up by the cooperation of the card part (662) and the card hole (54). When engaging, the inclined surface structure design of the locking part (662) can make the locking part (662) move inward, and the locking part (662) can pass through the locking hole (54) and hook into the locking hole (52), and it is the combined state shown in Figure 3 and Figure 4, and when it is necessary to remove the seal (60), you only need to press the buttons (66) on the front and back of the button to make the card part (662) out of the card hole (54), the printed surface (60) can be taken off from the flat platform (50); in addition, a fixed printed surface (68) can be added at the bottom of the printed surface (60), so that the numbers or dates on the date belt are located at The center of the pattern printed on the fixed seal surface (as shown in Figure 3 and Figure 4).

Please refer to Fig. 6, when printing is needed, the shell (20) can be taken off, and then the action seat (30) can be pressed down directly, at this time, the rotating seat (40) in the action seat (30) can be Rotate one hundred and eighty degrees, as shown in Figure 7, make the original number or pattern (421) that contacts with printing pad (371) and fixed printing surface (68) be the state that faces down, and finish with printing program, wait to stamp the date When it is lifted up, the action seat (30) and the rotating seat (40) will be in the state shown in Figure 6 again by means of the spring (33); Referring to Fig. 8 and Fig. 9, the button (66) can be pressed from the arc groove (38) of the action seat (30) (as shown in Fig. ), you can remove the printed surface (60), and then press the action seat (30) so that the number or pattern (421) is facing down, and you can rotate the adjustment ring (422) to change the date. , the printed surface (60) can be reassembled at the lower end of the flat platform (50).

The above is only a preferred embodiment of the utility model, and does not limit the utility model in any form. Any simple modification, equivalent change and modification made to the above embodiments according to the technical essence of the utility model, All still belong to within the scope of the technical solution of the utility model.

Claims (5)

1, a kind of modified form dater chapter, this stamp chapter has a body, but be provided with the action seat of knee-action in the body, be provided with the rotating seats of rotatable 180 degree in the action seat, rotating seat was usherd to seat by the date and the plane platform is formed, and this date is equipped with several dates on usheing to seat and is with, each date band side is provided with adjusts ring, and the date bottom of usheing to seat promptly is installed with the plane platform, and platform central authorities in plane form and are provided with the bigger through hole of path length, it is characterized in that:

End before and after this plane platform forms and is provided with the clip hole, and this clip hole is installed with a seal face;

The corresponding through hole of this seal face centre forms and is provided with path length and contracts to only making the perforation outside protruding in of single numeral, pattern, and the place's formation of corresponding clip hole, back is provided with protruding seat in face of seal, be provided with the button of a scalable action in the protruding seat, the button upper end forms the card division that is provided with corresponding clip hole, the seal face is to match with this card division and clip hole and sets firmly structure, and is fixedly arranged on the bottom of plane platform.

2, modified form dater chapter according to claim 1 is characterized in that forming in the protruding seat of wherein said seal face and is provided with accommodation space, and all forms in the both sides of this accommodation space and to be provided with locating slot, forms in the both sides of button in addition and is provided with corresponding grab.

3, modified form dater chapter according to claim 1, the interior formation of protruding seat that it is characterized in that wherein said seal face is provided with accommodation space, this accommodation space internal end surface forms and is provided with the awl protuberance, be provided with corresponding awl protuberance and form towards the end face of protruding seat, between the plug tap protuberance and be provided with spring at button.

4, modified form dater chapter according to claim 1 is characterized in that the place's formation of wherein said action seat corresponding button is provided with the arc groove.

5,, it is characterized in that wherein said seal face bottom is equipped with a fixing seal face according to the described modified form dater of arbitrary claim chapter in the claim 1 to 4.

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