JP3141178U - INK SUPPLY BODY AND AUTOMATIC INTACKING STAMP WITH THE INK SUPPLY BODY - Google Patents

Abstract

Provided are an ink supply body and an automatic inking type stamp that can immediately meet a user's request regarding ink color, but can reduce inventory and make a production plan easily. To do.
The ink supply body advances to a position where the stamp surface 51 of the stamp 50 abuts against the object to be stamped P when a stamping force is applied, and the stamp 50 is retracted when the stamping force is released. An ink supply body configured to be detachable from the meat stamp and supplying ink to the marking surface 51 of the seal 50, having at least two ink supply portions for supplying ink, and having different orientations By attaching to, the different ink supply units are configured to be able to supply ink to the marking surface 51 of the stamp 50.
[Selection] Figure 3

Description

  In the present invention, when a stamp body containing a seal is applied to a stamped object and a stamping force is applied toward the stamped object, the stamp advances to a position where the stamp surface of the stamp contacts the stamped object, An ink supply body configured to be detachable from an automatic inking stamp configured to retract the seal when the stamping force is released, and to supply ink to the seal surface of the seal, and the ink supply body It is related with the automatic inking type stamp provided with.

  2. Description of the Related Art Conventionally, there is a type of stamp in which ink is automatically supplied to a stamping surface in order to eliminate the troublesomeness of pressing the stamp on the stamping surface and attaching the ink to the stamping surface at each stamping.

  As such a stamp, specifically, an ink penetrating stamp in which a seal and an ink supply body are integrally provided so that ink is always supplied to the printing surface, or an ink supply body is incorporated, and a stamp is used. There is an automatic inking type stamp or the like that actually mechanically performs the above-described operation of previously depositing ink on the printing surface.

  The automatic inking type stamp will be described. When a stamp body containing a seal is applied to a stamped object and a stamping force is applied to the stamped object, the stamp face of the stamp is in a position where it abuts the stamped object. The seal is retracted when the stamp advances and the stamping force is released, and an ink supply body that is detachably attached to the stamp main body is provided, and the stamp surface of the seal contacts the ink supply body Thus, ink is supplied (for example, Patent Document 1 and Patent Document 2).

  Usually, such automatic fill-in type stamps circulate in a state where an ink supply of a specific color is incorporated into the stamp body, and the user should use the automatic fill-in type stamp immediately after obtaining the automatic fill-in type stamp. Can do.

Special Table 2003-532564 Japanese Utility Model Publication No. 54-134520

  By the way, the conventional ink supply body incorporated in such an automatic inking type stamp includes only one ink occlusion body containing ink, and is provided for each color. Therefore, suppliers that handle automatic fill-in type stamps must always stock ink supplies of various colors for each color in order to respond immediately to the demands of such users. There was a problem that it was difficult to plan.

  On the other hand, it has been empirically found that, in general stamps including automatic fill-in type stamps, it is possible to meet most of the demands of users if there are at least two ink colors. For example, most of the ink colors used in Japan are red or black, and the ratio is almost half of red or black. In Europe and the United States, two colors of red or blue are common, and blue is particularly often used among the two colors.

  Therefore, the present invention provides an ink supply body and an automatic inking type that can respond to the user's request regarding the ink color immediately while reducing the inventory and facilitating the production plan. The purpose is to provide a stamp.

  The ink supply body according to the present invention is configured such that when a stamp body containing a seal is applied to a stamped object and a stamping force is applied toward the stamped object, the stamp surface of the stamp is in contact with the stamped object. It is an ink supply body configured to be detachable from an automatic flesh type stamp that is configured such that when the stamp advances and the stamping force is released, the stamp is retracted, and supplies ink to the stamp surface of the stamp. And having at least two ink supply parts for supplying ink, and being attached to the stamp body in different directions, the different ink supply parts are configured to be able to supply ink to the stamp surface of the seal. And

  According to the ink supply body configured as described above, the color of the ink can be changed by changing the direction of the ink supply body that is detachably attached to the stamp body. Accordingly, it is possible to immediately cope with the color desired by the user without preparing ink supply bodies of different colors.

  In addition, although the said ink supply body assumes that the color of the ink of an ink supply part differs, even if the color of the ink of an ink supply part is the same, there exists a merit different from the above. For example, even when the ink in a certain ink supply section has decreased and the shadow has become lighter, by changing the orientation of the ink supply body and attaching it to the stamp body, it is possible to continuously refill without immediately refilling the ink. Can be used. That is, such an ink supply unit of the same color can also be used as a kind of indicator that suggests that the ink has decreased over time.

  The ink supply body includes an ink storage body for holding ink and a storage body in which two storage spaces for storing the ink storage body are formed, and inks of different colors are provided in the storage spaces. It is preferable that two ink supply units capable of supplying different colors are provided by arranging the occlusion body.

  As described above, it has been empirically found that two colors are sufficient as the ink color. Therefore, according to the above configuration, in most cases, the ink can be dealt with immediately by one ink supply body. .

  The container includes a frame part and a partition part that is provided at an intermediate position in the height direction of the frame part and partitions the two storage spaces, and is configured to open in opposite directions. Preferably there is.

  According to the above configuration, the color can be changed by reversing the direction of the front and back of the ink supply body. In addition, it is possible to satisfactorily prevent mixing of different color inks depending on the partition.

  The automatic inking type stamp according to the present invention is provided with the ink supply as described above, and the automatic inking type stamp itself can immediately correspond to the color desired by the user. Can do.

  As described above, according to the present invention, it is possible to respond to the user's request regarding the ink color immediately, while reducing the inventory and facilitating the production plan.

  Hereinafter, embodiments of an ink supply body and an automatic inking stamp according to the present invention will be described with reference to the drawings.

  First, an automatic inking stamp provided with an ink supply body according to the present invention will be described.

  The automatic inking type stamp 1 is as shown in FIG. 1. When the stamp body 10 containing the seal 50 is applied to the stamped object P and a stamping force is applied to the stamped object P, The stamp 50 is advanced to a position where the stamp surface 51 (see FIG. 2) of the stamp 50 comes into contact with the stamped object P, and the stamp 50 is retracted when the stamping force is released. An ink supply body 60 that is detachably attached is provided, and ink is supplied by bringing the marking surface 51 of the stamp 50 into contact with the ink supply body 60.

  The stamp body 10 has a support body 20 for positioning the entire automatic inking stamp 1 relative to the stamped object P when the stamp body 10 is addressed to the stamped object P, and is slidable with respect to the support body 20. The slide body 30 is held in a retaining state, and the elastic body 40 biases the slide body 30 and the support body 20 apart from each other, and the seal 50 is accompanied by the slide of the slide body 30. The slide surface 30 is configured to slide with the direction of the marking surface 51 changed. The slide body 30 is a member that allows a user to apply a stamping force by pressing it down with a hand or the like at the time of stamping.

  The stamp body 10 can stand upright on a flat surface such as a stamped object P placed horizontally, and the slide body 30 is configured to slide along the upright direction of the stamp body 10. The For convenience of explanation, the support body 20 side when the automatic inking stamp 1 is erected is set to the lower side, and the slide body 30 side is set to the upper side.

  Specifically, the stamp 50 has a flat surface at least partially, and the flat surface becomes the stamp surface 51. The stamp 50 has a substantially rectangular parallelepiped shape, and the stamp surface 51 is formed in a square shape in plan view. In the following, the seal surface 51 side of the seal 50 having a substantially rectangular parallelepiped shape is the front side, and the opposite side is the back side. It should be noted that the stamp surface 51 is formed with characters, designs, etc. designated by the user. The seal 50 is configured to be rotatable so as to change the orientation of the stamp face 51 when the slide body 30 is slid. More specifically, the stamp 50 has a structure in which the marking surface 51 faces downward when the slide body 30 is pushed down, and the marking surface 51 is released when the sliding body 30 returns to the upper position by releasing the stamping force. The direction of the marking surface 51 is reversed while moving upward and moving up and down (reciprocating) as the slide body 30 slides. The stamp surface 51 of the seal 50 abuts the stamped object P at the lower end of the stroke of the slide body 30.

  The stamp 50 is configured to rotate around a rotation axis parallel to the marking surface 51, and specifically, a rotation shaft protrusion 52 that protrudes from a side surface of the seal 50 in a straight line along the rotation axis is provided. (See FIG. 2). More specifically, the rotation shaft protrusion 52 is provided so as to protrude in the opposite direction from the two opposite sides of the marking face 51 having a square shape in plan view. The rotating shaft protrusion 52 is held by the slide body 30 in a rotatable state, and moves up and down following the up and down movement of the slide body 30. That is, when a stamping force is applied to the slide body 30, the stamping force is transmitted to the stamp 50 via the rotation shaft protrusion 52, and when the stamping force is released, the urging force of the elastic body 40 is changed to the rotation shaft protrusion. Acting on the seal via 52, the seal 50 is pulled upward. Specifically, the support 20 is provided with a guide groove 21 for guiding the rotation shaft protrusion 52 of the stamp 50.

  The support 20 is provided with a rotation mechanism 22 for a seal 50. The rotation mechanism 22 is provided in the vicinity of the guide groove 21, and is constituted by an interference protrusion 23 that abuts on a predetermined location on the back surface of the seal 50. Specifically, the interference protrusion 23 is provided on any one side of a symmetrical position with the guide groove 21 in between. Therefore, when the rotatable seal 50 is pushed down, the two portions of the seal 50 that are divided into the left and right with the rotation axis of the seal 50 sandwiched between the portions on the side where the interference projection 23 is provided interferes with the interference projection 23. The stamp 50 rotates around the rotation axis in such a manner that the side portion is displaced downward.

  More specifically, on the back surface side of the seal 50, a rotation convex portion 53 that protrudes from the position of the rotation shaft protrusion 52 along a direction orthogonal to the stamp surface 51 is provided. In addition, the interference projection 23 is provided with a recess 24 capable of accommodating the rotation protrusion 53 at an intermediate position in the vertical direction. Accordingly, during the rotation of the seal 50, the rotation shaft protrusion 52 rotates with respect to the support 20 and the slide body 30, and the rotation convex portion 53 of the seal 50 is formed in the recess 24 of the interference protrusion 23. The stamp 50 is rotated around the rotating convex portion 53. Such a mode of rotation is shown in FIG.

  The ink supply body 60 is disposed at a position where the ink supply body 60 can come into contact with the marking surface 51 of the stamp 50 facing upward. Specifically, the marking surface 51 of the stamp 50 is an upper end portion of a stroke of the slide body 30. In contact with the ink supply 60.

  The ink supply body 60 is attached to a supply body attachment portion 25 provided on the support body 20, and the supply body attachment portion 25 is formed in an upper part of the support body 20 and orthogonal to the vertical direction. Therefore, the ink supply body 60 is detached from the side surface of the support body 20. The seal is pressed against the ink supply body 60 via an elastic body 40 that urges the support body 20 and the slide body 30 to be separated from each other.

  Next, the characteristic part of the ink supply body 60 will be described. As shown in FIG. 3, the ink supply body 60 has at least two ink supply portions 61 for supplying ink, and the ink supply portions 61 and 61 are attached to the stamp main body 10 in different directions so that the different ink supply portions 61 and 61 are connected to the stamp. Ink is supplied to 50 marking surfaces 51.

  Specifically, the ink supply body 60 includes an ink storage body 62 that holds ink, and a storage body 68 in which a storage space for storing the ink storage body 62 is formed. In addition, the ink supply body 60 includes two ink supply portions that can supply different colors by forming two storage spaces in the storage body 68 and disposing different color ink storage bodies 62 in the respective storage spaces. 61, 61 are provided. The ink storage bodies 62 and 62 are opposed to each other with the partition portion 64 interposed therebetween and overlap in the thickness direction.

  The container 68 includes a frame portion 63 and a partition portion 64 that is provided at an intermediate position in the height direction of the frame portion 63 and partitions the two storage spaces, and is configured to open in opposite directions. Is done. The partition portion 64 is provided at an intermediate position in the height direction of the frame portion 63 and orthogonal to the height direction. Then, the two housing spaces are defined by the frame portion 63 and the partition portion 64. That is, the accommodation space is a space surrounded by the frame portion 63 and the partition portion 64.

  The storage spaces of the two ink supply sections 61 and 61 have the same size and depth, and the ink storage bodies 62 and 62 are compressed in a state where they are not dropped off. It arrange | positions in each accommodation space of the supply parts 61 and 61. FIG.

  Further, the ink supply body 60 has an engaging portion 65 on a side surface, and when the ink supply body 60 is inserted into the supply body mounting portion 25 of the support body 20, the engagement protrusion 65 is formed inside the support body 20 (supply body mounting section). An elastic locking portion (not shown) formed on the side portion 25 is locked in such a manner as to fit into the groove portion of the engaging portion 65. The ink supply body 60 has engagement protrusions 66 at the upper and lower portions of the frame portion 63 and is locked to the support 20 (upper and lower portions of the supply body mounting portion 25). The ink supply body 60 has a contact protrusion 67 protruding sideways from the side surface, and the contact protrusion 67 contacts the support body 20 (the edge of the supply body mounting portion 25), and further to the back. Entering is regulated.

  The ink supply body 60 and the ink occlusion body 62 disposed in the ink supply section 61 constituting the ink supply body 60 are formed in a rectangular parallelepiped shape. The shape can be appropriately changed according to the shape of the stamp surface 51 of the seal 50, and is not limited to a specific shape.

  In using the automatic inking stamp 1 having the ink supply body 60, the ink supply section 61 of the ink supply body 60 is attached so that the color to be used faces downward.

  As described above, according to the ink supply body 60 and the automatic inking type stamp 1 according to the present embodiment, the ink color can be changed by changing the direction of the ink supply body 60 that is detachably attached to the stamp body 10. Can be changed. Therefore, it is possible to immediately cope with the color desired by the user without preparing ink supply bodies 60 of different colors.

  In the automatic flesh type stamp 1, when the color to be used first is determined, the color is not changed thereafter unless there is a special circumstance, and the ink of a color different from that used at that time is used. However, since the cost of the ink itself for the entire automatic inking stamp 1 is small, it is possible to dramatically increase the response range to the user's request while keeping unnecessary portions small during use. it can.

  However, since the automatic inking type stamp 1 is designed to make a stamp by attaching ink to the marking surface 51 of the seal 50, if the ink remaining on the marking surface 51 is removed with a solvent or the like, it is not necessary even after the start of use. The color can be changed. Accordingly, it is naturally possible to change the direction of the ink supply body 60 after the start of use and attach the ink supply body 60 to the stamp body 10 to use different color inks.

  In addition, as described above, it has been empirically found that two colors are sufficient as the ink color. As a result, the ink supply body 60 has two ink supply units 61, and each ink supply unit 61 has two ink supply units 61. , 61 are provided with ink storage bodies 62, 62 of different colors, so that in most cases, one ink supply body 60 can immediately respond to the user's request.

  Further, the ink supply body 60 includes a frame portion 63 and a partition portion 64 provided at an intermediate position in the height direction of the frame portion 63 so as to be orthogonal to the height direction. The two storage spaces of the ink storage body 62 are defined by 64, and the two ink supply sections 61 and 62 are opposed to each other with the partition section 64 interposed therebetween and overlap in the thickness direction. , 61.

  For this reason, the color can be changed by reversing the direction of the front and back of the ink supply body 60. Further, since the two storage spaces are separated by the partition portion 64, it is possible to satisfactorily prevent mixing of different color inks.

  Note that the ink supply body and the automatic inking stamp according to the present invention are not limited to the above-described embodiment, and various modifications can be made without departing from the gist of the present invention.

  For example, in the above-described embodiment, the ink supply body 60 has been described as including the two ink supply portions 61 and 61, but is not limited thereto, and may include three or more. As such an ink supply body, a configuration in which each ink supply unit is provided in a different direction on the outer periphery can be considered. In that case, it is not necessary for all ink supply units to have different colors, and some ink supply units may be set to the same color.

  Further, the ink supply body 60 according to the above embodiment has been described on the assumption that the inks of all the ink supply units 61 and 61 have the same color. However, even if the ink colors of the ink supply units are the same, the above There are different benefits. In this case, the convenience of being able to handle a large number of colors with a single ink supply body is lost, but, for example, even when the ink in a certain ink supply unit has been reduced and the shadow has become lighter. By changing the direction of the ink supply body and attaching it to the stamp body, the ink supply body can be used continuously without being replenished immediately. That is, each ink supply unit can also be used as a kind of indicator that suggests that ink has decreased over time.

1 is a perspective view showing an automatic inking stamp provided with an ink supply body according to an embodiment of the present invention. Explanatory drawing which shows the state which the stamp built in the stamp main body of the automatic inking type stamp which concerns on the embodiment rotates with the rotation mechanism provided in a support body. It is a figure which shows the ink supply body which concerns on the embodiment, Comprising: (A) is a perspective view, (B) is sectional drawing.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... Automatic fleshing type stamp, 10 ... Stamp main body, 20 ... Support body, 21 ... Guide groove, 22 ... Rotation mechanism, 23 ... Interference protrusion, 24 ... Recessed part, 25 ... Supply body attaching part, 30 ... Slide body, 40 DESCRIPTION OF SYMBOLS ... Elastic body, 50 ... Seal, 51 ... Marking surface, 52 ... Rotating shaft protrusion, 53 ... Rotation convex part, 60 ... Ink supply body, 61 ... Ink supply part, 62 ... Ink occlusion body, 63 ... Frame part, 64 ... Partition 65, engaging portion, 66, engaging protrusion, 67, abutting protrusion, 68, container

Claims (4)

When the stamp body containing the seal is applied to the stamped object and a stamping force is applied to the stamped object, the stamp advances to a position where the stamp surface of the stamp contacts the stamped object, and the stamping force is released. Then, an ink supply body configured to be detachable from the automatic inking stamp configured to retract the seal, and to supply ink to the seal surface of the seal,
Having at least two ink supply units for supplying ink;
An ink supply body configured such that different ink supply units can supply ink to the stamp surface of the seal by being attached to the stamp body in different orientations. An ink storage body for holding ink, and a storage body in which two storage spaces for storing the ink storage body are formed.
2. The ink supply body according to claim 1, wherein two ink supply sections capable of supplying different colors are provided by disposing ink storage bodies of different colors in the respective storage spaces.   The container includes a frame part and a partition part that is provided at an intermediate position in the height direction of the frame part and partitions the two storage spaces, and is configured to open in opposite directions to each other. The ink supply body according to claim 2.   An automatic inking type stamp provided with the ink supply body as described in any one of Claims 1-3.

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