JPS5915037A - Labeller - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] The present invention relates to a labeling machine.

The applicant of this application has developed a conventional hand labeler that uses a hand labeler in order to eliminate the need for a printing mechanism, thereby reducing the weight and simplifying the structure. An application was filed for a cassette-type labeling machine in which a cassette case containing a labeled mount with information printed on it is removably loaded into the main body of the affixing machine, and the label is pasted while being peeled off from the mount (patent application filed in 1983).
-118996).

As one form of the above-mentioned label pasting machine, a certain nr is applied to the above-mentioned mount.
There is a backing paper feeding mechanism that feeds the backing paper by engaging a feeding claw of a sub-gasket or the like that feeds the backing paper into a hanging hole opened by placing the cassette case on the pasting machine. If the hook holes in the backing paper and the feed pawl do not engage when the backing paper is loaded, if you proceed with the label printing operation, not only will the label printing operation not be performed normally, but the backing paper may be cut by the feed pawl. Failure to do so may occur.

Therefore, in the above-mentioned label pasting machine, after loading the cassette case into the pasting machine body, it is necessary to open the back cover of the pasting machine body and engage the hook hole of the mount with the feeding claw, which makes loading the cassette case time-consuming. There is a problem with this.

The present invention takes account of such circumstances and improves the above-mentioned mount feeding mechanism,
An object of the present invention is to provide a label pasting machine that improves operability by allowing one-touch operation of a cassette case to complete loading, and also prevents abnormal feeding or tearing of labels and is highly user-friendly. A paper holder for guiding and sliding the mount after peeling off the label is provided at a position facing the feed pawl, and the paper holder is provided with a spring mechanism for biasing the member or the feed pawl in the opposite direction. This spring mechanism allows the claw to be moved lightly on the mount until it engages with the hole in the mount closest to it, allowing it to break through the mount. It is characterized by a ridge that prevents cutting, such as No. 7.

In the labeling machine of the present invention, a cassette case containing a labeled mount on which necessary information can be printed or printed is removably loaded into the main body of the affixing machine, and the mount is inserted into the hanging holes opened at regular intervals in the mount. In a label pasting machine that feeds a liner by engaging a feed claw that performs a feed operation,
A paper tray member is provided at a position facing the feed pawl to guide and slide the mount after peeling off the label, and the paper tray is provided with a member or a spring mechanism that urges the feed pawl in the opposite direction. It is characterized by having been established.

If we explain an example of the implementation of the present invention in Figures 4 to 7, (2) in the figure shows a cassette case, and a case body (3).
) has a storage compartment Q → printed on it, and necessary information such as the product name and price is printed on it.
).

Furthermore, set the opening on the front of the case body (3), pull out the labeled mount (A), and bend the labeled mount (A) to the back side with the peeling axis OQ horizontally at the opening 11 (1). so that only label 0) protrudes forward from opening 0.

A guide roller θ is rotatably installed at the bottom of the case body (3) to guide the mount (^) from which the label 0) has been removed, and a paper receiver member (6) is installed behind the roller 0. The installation stand M(,) is slidably guided rearward, and further guided to the back of the case body (3) via a mount guide (III) provided at the rear.

A guide frame plate (9) is provided on the back side of the case body (3), and the back side of the case body (3) opposite to the frame plate is opened, and the inside of the lower surface of the case body (3) is inserted through the opening. The tip of a leaf-spring-like mount press plate 01 which is provided to be able to rise and fall freely is made to protrude and come into contact with a guide frame plate ρ.

That is, when the guide frame plate (9) is pushed downwardly, the base i (a) is held between the guide frame plate (9) and the mount holding plate 00. Cassette storage part that stores the above cassette (2) ← 10 Convex parts projecting upward and inward inside both sides (to)
is formed and the mount presser plate 0Q is moved upward to release the temporary fixing of the mount (PL).

Hanging holes (0) are bored at regular intervals in the mount (a), and the paper receiver is constructed so as to engage with a feed pawl (4) of a sprocket (5), which will be described later, at a member (6). .

The above-mentioned paper receiver has a member (6) provided with a relief groove (which serves as a relief for the feeding force die (4)) on a curved surface along the conveyance direction of the base plate (a). The side plate θ is erected and both edges thereof protrude inward to be integrally formed with the guide of the mount (a) (FIG. 7).

The paper holder (6) is installed on the bottom of the case body (3) via a coil spring (7), and the hook hole (0) of the mount (-) and the feed pawl (4) of the sprocket (5) If they do not mesh, move up and remove the sprocket (
5) is idle (Figure 6).

The labeling machine main body (1) has a handle fIO integrally formed on the body), a cassette storage section V4 formed on the body), and a fixed bin θ1 provided below the storage section). ), and install the four parts on both sides of the guide frame plate (9) of the cassette (2) so that the fixing plate θ is slid forward by the spring θ. Fit and secure. You can also remove the fixing plate θ by sliding it backwards.

At the front lower part of the opening of the cassette (2), the label holder has a roller (c) rotatably installed to temporarily fix the label (in the middle), and a pasting roller e) is rotatably installed in front of the roller (c). is configured so that the surface of the label (B) is pressed and pasted.

In addition, the paper holder is provided with a sprocket (5) below the member (6) that comes into contact with the cylindrical surface of the member (6), and the sprocket (5) K
A feed pawl (4) is provided that engages with the hanging hole (0) of the mount (-).

Connect the m vehicle @ to the tin rocket (5) via the one-way clutch (c), and attach the tin rocket (5) to the mount (a).
) is rotated only in the direction of conveying gravel to the other side, and one end of a drive arm (C) formed with teeth that mesh with a gear (A) is rotatably provided on a lever shaft (C).

One end of the lever (G) is fixed to the drive arm (C), and a spring 00 is applied above it to project the lever (2) below the handle Qρ.

Then, squeeze the above lever and move it upward, and the gear (c)
rotates clockwise in the figure, and the tin rocket (5) is attached to the mount (
−) is transported backwards, so the label ψ) is transferred to the pasting roller (
C) and the label holder come to protrude between the rollers (C).

When the lever (g) is released, the lever member moves down and the gear (b) reverses, but the tin rocket (5) does not rotate because it is a one-way clutch (c).

However, if the feed claw (4) of the tin rocket (5) and the hook hole (0) of the mount (-) do not engage, the member (6) of the paper holder will move upward and the tin rocket will move as shown in Figure 6. (5) is rotated idly until the feed pawl (4) and the hook hole (0) are engaged.

In the above embodiment, the paper tray member (6) and the paper tray and the plywood side panels are integrally formed, but they may be combined as separate bodies.

Further, the paper tray can be configured such that side plates are detachably assembled to the base plate, and side plates with different left and right spacings are prepared to guide labeled mounts of different widths.

The paper holder in the above first embodiment is a member (6) that can be freely attached and detached with a narrow label mount (when using A7, on the side plate) and an auxiliary side plate with a small space between both left and right sides. The setting is to guide the label mount <-y (Figure 8).

In addition, as shown in Figure 20, the auxiliary side plate Oy has a paper receiving section (67”
Alternatively, the coil spring (A) may be replaced with a resin plate spring, and the plate spring may be integrally formed with the paper holder member (6 doors).

It should be noted that the spring provided on the back side of the paper support member may be any spring as long as it has elasticity, and may be a small piece of rubber or sponge.

Furthermore, the hanging holes of the mount in the present invention are not limited to just nine holes, for example, hanging holes formed by U-shaped cuts as shown in FIG.
0), and the holes may be drilled not only in a single row but also in multiple rows. As shown in Figure 9, in which part of the label (I3) should the hole (#) be placed?
The U-shaped part of (J) is rolled up and the hole becomes the hole.

The second embodiment will be explained with reference to FIGS. 10 to 12. Its basic structure is the same as that of the first embodiment, but the paper holder is a member (only the structure of 6γ is different, and other figures and explanations are different. is omitted.

In the figure (7γ is a plate spring, and the coil spring (7γ) of the first embodiment is
). Also, in the first embodiment, the side edge of the side plate (b) was made to protrude, but in the second embodiment, the case body (3)
No protrusion is formed on the paper holder (6γ is the first
It does not have a protrusion as shown in Figure 2. The operation and effects of the second embodiment are the same as those of the first embodiment.

Next, to explain the eighth embodiment, in the eighth embodiment, the paper receiver of the first and second embodiments is replaced with a paper receiver member without providing the spring (7) <71 on the member (6) (6)' side. The side is a fixed side, and the sprocket (5γ feed pawl (4r) is made to be freely retractable.

That is, as shown in Fig. 18, a piston head portion 0 is provided below the feed pawl (4γ), is fitted into the cylinder groove 01, and a coil spring (7) is installed inside the cylinder so that it can freely come out and retract. 0) and the feed force type (if 47 does not engage, use the feed claw <
4Y is driven and idles.

Next, a fourth embodiment in which the method of moving the mount is different will be described with reference to FIGS. 14 to 16. The same components as in the first embodiment are designated by the same symbols and the explanation thereof will be omitted.

In the figure (3γ is the case body, which forms a storage part 0da to store the rolled label mount (A), and K and the label pasting machine main body (IY), which is removably stored in the cassette storage part. .

A paper holder member (67' is provided on the lower surface of the case body (3γ), which is pulled out from the opening OQ and guides the mount (a) bent on the back side using the peeling layer + Mount (67') through the mount guide provided at the rear of
8) Guide it to the back side.

A guide frame plate (9) and a step-shaped mount holding plate 01F are provided on the back side of the case body (3), and the ends of the mount (a) are temporarily fixed. When stored in the 1γ cassette storage area, the convex part (6
) The mount presser plate 01' moves upward to release the temporary fixing.

The paper receiver is a member (6y' is the one of the second embodiment made flat,
The leaf spring was replaced with a coil spring (7), and the paper holder was replaced with a member (
A guide plate O1 for 67 is provided.

Next, talking about the movement mechanism of the feed claw (47'), in the figure (c) is the lever shaft, OI is the link shaft, and each is a fixed shaft, and when the lever (g) is moved up, the link rod (8Y When the drive link rod (87' moves forward and the feed J71J link rod (8) moves forward. Similarly, it is a lever) moves downward, the feed link rod (8) moves backward.

A guide pin (G) is provided at the tip of the feed cylinder rod (8), and is fitted into the guide Wi (g). Guide groove (
g) Separate the elongated hole (I+) into the upper and lower parts with a slot (h), and install a one-way stopper (1) at the end of each slot rivet. A feed claw <41 is provided at the tip of a feed link rod (8) which is configured to rotate and is provided with the guide bin (G).

Then, by moving the lever up and down, the power feeding type (41 is the mount (
=) is conveyed backwards, so the label CB) is bound and the label holder protrudes between the roller 1.1 and the paper holder when the feeding claw (47 and the hanging hole (G) do not engage). is rotated idly until the previous month (6) moves upward and the feed claw (41') and the hook hole (C) engage.

Next, a sixth embodiment will be described in which a sprocket having a feed pawl for the mount is provided on the cassette case side. Portions having the same configuration as those in the previous embodiment will be designated by the same symbols and explanations will be omitted.

In the figure (2a is a cassette case, it is removably installed in the cassette storage section of the label pasting machine body (1y'), and a feeding claw (4) is installed at the rear of the cassette case body (3y').
A sprocket (5) having a rotatable sprocket is provided.

Label pasting machine body (17' is the above tin rocket (5)
A member (fig) is provided for the paper holder that comes into contact with the paper holder.The front part (6)' of the paper holder is formed into a cylindrical surface, and the relief part is provided with a groove.
It is installed in the labeling machine main body (17') through the labeling machine body (17').

A gear (G) is connected to the tin gasket (5),
It receives rotation from the drive gear (B) through the intermediate gear (B).

Is the drive gear 01 a one-way clutch? The rotation of the drive arm (C) is transmitted through the drive arm (C).

Thus, in this embodiment, by moving the lever (G) upward, the label ω) can be made to protrude between the pasting roller (C) and the tipper receiver 0-Rer H.

The present invention is configured as described above, and necessary information is printed or printed in advance.
A cassette case containing several mounts for labels to be printed is removably loaded into the main body of the pasting machine, and the feeding claws that feed the mounts are engaged with the hanging holes opened at regular intervals in the mount to remove the mounts. In a label pasting machine that is configured to make a sheet of paper, a member is provided as a paper holder that guides and slides the mount after the label has been peeled, at a position opposite to the feeding claw, and this paper holder is connected to the member or the feeding plate. +1 for a label pasting machine that features a spring mechanism that biases the claws in opposite directions. !
As a result, even when the feeding claw and the hanging hole of the backing paper do not engage, the feeding claw can move and engage with the hanging hole without tearing the backing paper, and normal label printing operation can be performed without tearing the backing paper. be able to.

Therefore, the cassette can be inserted without the need to engage the hanging holes on the backing paper and the feeding claws! - Cases can be loaded in one step.

Thus, the desired goal is achieved.

[Brief explanation of drawings]

FIG. 1 is a side sectional view showing an example of the label binding machine of the present invention;
Figure 2 is an enlarged view of the cassette part, Figure 8 is a view from the P arrow, and Figure 4 is
The figure is a front cross-sectional view of the main part, Figure 6 is an explanatory diagram of the operation of the paper receiver, Figure 7 is a plan view of the paper receiver, and the eighth one shows the usage state of the auxiliary side plate. 9 is a plan view of the mount, FIG. 10 is a front sectional view of the second embodiment, FIG. 11 is a side sectional view of the same, FIG. 12 is a plan view of the paper holder, and FIG.
The figure is an explanatory diagram of the eighth embodiment, FIG. 14 is a side sectional view of the fourth embodiment, FIG. 15 is an enlarged view of the main parts, FIG. 16 is a front sectional view of the same, and FIG. 18 is an enlarged view of essential parts, FIG. 19 is a front sectional view of the same, and FIG. 20 is an explanatory view showing a modification of the first embodiment. In addition, in the figure (1) (1)' (1 house - the main body of the pasting machine (2) (
2γ(27'・]・Cassette case (3) (3γ(3
1...Case body (4) (4γ(4y'...Feeding claw (5) -Sugurote) (6X67(
Tilt (q"...paper feeding member (7)...coil spring (7γ...plate spring (8)...link rod (9)...guide frame plate OI')
... Mount valve plate ol ... Stand Plate 0ne ... Side plate (A) --- Mount with label ω) ... Stand Itω
) ... Label (0) ... Hanging Hole Patent Applicant Teraoka Seini Co., Ltd. 20"t Procedure NeFIiilE Glue August 24, 1981 1, Incident Display Label Crystal Iq Machine ζ 3. In 11i 1: Relationship between the person filing the patent application Name of person (name) Teraoka Seiko Co., Ltd. 1, Agent 1939, Month, Day 6, Supplement 1 Full text of the subject specification 7, Contents of Supplement In

Claims (9)

[Claims] (1) A cassette case containing a labeled mount on which necessary information can be printed or printed in advance is removably loaded into the main body of the pasting machine, and the mount is fed through holes opened at regular intervals in the mount. In a label pasting machine in which a backing paper is fed by engaging a feed claw, a member is provided as a paper holder that guides and slides the backing paper after peeling off the label, at a position opposite to the feed claw. A label pasting machine characterized in that the paper tray is provided with a spring mechanism that biases the member or the feed pawl in the opposite direction. (2) The label pasting machine according to the feature lf'1-UI-required R4th term 1, wherein the paper receiver is attached to the cassette case, and the feed claw is attached to the labeling machine main body. (3) Claim 2, wherein the feed claw is configured on the outer periphery of a tin rocket rotatably attached to the applicator body.
Label conclusion match described in section. (4) The above-mentioned feed claw is attached to a link rod that is reciprocatably attached to the applicator body.Claim 2
Labeling machine as described in section. (5) The label pasting machine according to claim 1, wherein the paper receiver is attached to the pasting machine main body, and the feeding claw is attached to the cassette case. (6) The labeling machine according to claim 5, wherein the feeding claw is formed on the outer periphery of a tin rocket rotatably attached to the cassette case. (7) In claim 1, the paper receiver is a member, and the paper receiver on which the mount slides in contact with the mount is composed of a mount and a side plate that guides the left and right edges of the mount to position the mount. label pasting machine. (8) The labeling machine 0 according to claim 7, wherein the base plate and the side plate are formed integrally or separately. (9) A label pasting machine according to claim 8, wherein the side plate formed separately from the plywood is replaceable with another side plate having a different spacing between the left and right sides. Of) The label binding machine according to claim 8, wherein another side plate with a smaller left-right spacing is detachably attached to the inside of the side plate. 0 ■ Claim 1 describes that the cassette case is rotatably stored in the storage section and has an opening for pulling out a line-shaped labeled mount, and the cassette case is provided with an opening near the opening where the mount is placed on the back side. A label pasting machine that is provided with a peeling member that bends and peels off the label from the backing paper, and a guide member that feeds the bent backing paper in a desired direction on the back side of the N11J11 member. The label closure according to claim 11, comprising a guide frame plate through which the mount is inserted, and a mount presser plate which cooperates with the frame plate and holds the mount is provided on the inside of the guide frame plate in a freely undulating manner. Machine.