RU5382U1 - MANUAL STAMP DEVICE (OPTIONS) - Google Patents

Abstract

1. A manual stamping device comprising an outer casing and axially displaceable spring-loaded inner casing, interconnected by a movable axis on which there is a stamp plate with a dotator, and curved grooves are made on the side walls of the inner casing for the ends of the axis and a window for placement of the pallet stamp stamp, characterized in that the donor is made in the form of digital disks with gaskets mounted on an axis in the opening of the stamp plate, with each disc equipped with with a clamp. 2. The device according to claim 1, characterized in that the mount marking the stamp on the body of the stamp is made in the form of a cone. The device according to claims 1 and 2, characterized in that the outer casing is made in the form of a polyhedron. 4. A manual stamping device comprising an outer casing and axially displaceable spring-loaded inner casing, interconnected by a movable axis, on which there is a stamp plate with a dotator, and curved grooves are made on the side walls of the inner casing for the ends of the axis and a window for placing the pallet stamp pad, characterized in that the donor is made in the form of digital disks with spacers placed on an additional axis mounted coaxially with the main axis in m stamp, with each disk is equipped with an elastic retainer.

Description

MANUAL SHGE MEL is new DEVICE) options) The utility model relates to the design of manual stamps - designed to indicate on postal items, receipts and documents the place and date of receipt, departure and receipt of postal items, as well as to cancel signs of postage on letters, postcards and parcels; receiving prints of seals on documents.

The development trend of modern stamping devices is aimed at creating products that combine high quality prints, compactness, ease of transportation and work.

Known manual stamping device according to US Pat. No. 4362101 ШК В 41 К 1/38, which has a housing with an open lower part bounded by a lower edge, with an opening made in the upper wall of the housing, and a paint impregnated plug installed in the housing itself. In the normal position, the stamp is located above the lower edge of the housing. A holder is attached to the top surface of the stamp. Relative to the hole, the rod moves vertically, the lower end of which interacts with the holder. During operation, the body of the device is installed on the pyei io mark and, after clarifying its position, press the stem.

The disadvantages of this device are o Q; | iocab -M- Щ-%,

sufficient compactness of the design, as well as the constant openness of the working surface of the stamp, limiting its use and ease of use when traveling.

Known self-staining stamp, designed to obtain prints of seals on documents, containing an outer casing with installed in it with the possibility of axial movement

MyK in I to 1/00

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spring-loaded inner case, interconnected by a movable axis on which the stamp plate is located, and on the side walls of the Bf TpeHHero case there are curved grooves for the ends of the axis and a window for placing the pallet with the stamp pad) Pat. §§ for prototype No. 41872 of 01/27/93 . bull. PSCO No. 12.1995g.s.) received in the name of the company C01 OR Austria. The same company produces a self-dyeing stamp with a dotator (see packaging for a self-dyeing stamp). This device is taken on mi for a prototype.

The disadvantages of the prototype device is the insufficiently reliable operation of the donator, made in the form of moving tapes.

The task of creating a utility model is the development of a hand-held plug-in device that allows to increase the reliability of work and convenience when it is used.

This problem is solved using the characteristics indicated in the formula of the utility model.

Paragraph I reflects the features common with the prototype, such as a manual plug-in device containing an external housing and a spring-loaded internal gearbox mounted in it with the possibility of axial movement; / the housing, interconnected by a movable axis on which there is a stamp plate with a dotator and on the side walls curved grooves for the ends of the axis and a window for placing the pallet of the stamp pad, as well as significant distinguishing features specified in paragraph I, are made: the dotator is made in the form of digital a cage with gaskets installed on an axis in the aperture of the plug-in board; in addition, each disk is equipped with an elastic lock.

date, month and year of operation, eliminates the simultaneous rotation of 2 or more disks, thereby increasing reliability

the operation of the device as a whole.

In clause 2, forgery reflects the form of execution of the mount of the marking stamp on the body of the stamp plate, namely, it is made in the form of a reverse clutch. This allows you to securely fix the stamp, as well as easily replace it

In paragraph 3, the implementation of the outer case in the form of a polyhedron is reflected. This allows you to more securely and conveniently fix the device in your hand.

According to the BTOpoiygr version of the utility model (clause 4 handicap), the manual stamping device contains features common with the prototype as in the first embodiment (clause I).

A distinctive design feature for the up-and-down version of the manual stamping device is its supply with a donor installed in the opening of the stamp plate and the placement of donor disks on an additional axis mounted coaxially with the main axis, each disk having an elastic lock. This solution simplifies the assembly of the device as a whole, increases the reliability of its operation.

The combination of two technical solutions into one application is related to the fact that they relate to objects of the same type, of the same purpose, ensuring the receipt of the same technical result.

Fig. 1 shows a longitudinal section of the device, Fig. 2 shows a section along BB, Fig. 3 shows the fixing element of the inner case relative to the outer casing, Fig. 4 shows a top view of the outer casing, in Fiji: / a longitudinal section of the device (2nd option), in § 6 - a section along BB (2nd option).

The manual stamping device comprises (Fig. I) an outer case I with an open lower part, which is mounted axially movable, the inner case 2 also with an open lower part. By the closed parts of the outer I and inner 2 cases, an elastic element 3 is installed, tending to push the case out; 2 from the case I, In the walls of the inner case 2 adjacent to its closed part and windows are made through which the pallet 5 with the stamp under the ear is installed and fixed b. In the walls of the outer casing I, grooves 7 are made, the axis of which is perpendicular to the direction of mutual movement of the buildings G and 2, surrounded by shells 8, and in the walls of the inner casing 2 there are curved grooves 9. On the inner sides of the walls of the inner casing 2 along the axis of the vertical sections of the curved grooves 9 of the device , at a distance equidistant from their extreme points, two cylindrical protrusions 10 are made.

Cases I and 2 are interconnected by the axis C passing through the grooves 7 and the curved grooves 9. ffe the ends of the axis II are installed with the possibility of free rotation of the sleeve 12 and the latches 13.

On the axis II is installed with the possibility of free rotation of the body of the stamp 14, having lateral longitudinal grooves 15, which include cylindrical protrusions 10.

Coaxially with the main axis II, an additional axis 1b is installed in the housing 14, on which a rotator 17 is mounted with the possibility of free rotation, the digital disks of which are fixed against rotation by an elastic lock, for example, in the form of plates of a coil spring 18 mounted on the housing 14. (§ 4, b )

Between the digital disks of the donor 17, gaskets 15 are installed, interacting with the marking stamp 20, the attachment point of which on the housing 14 is made in the form of an inverse cone

and excluding the rotation of adjacent digital disks of the donator 17 when setting the desired number on any of them. Ø the closed upper part of the outer case I, made in the form of a polyhedron in the recess 2, a transparent material is fixed, for example glass 2, under which a sample of the marking of the stamp and dotator is placed (Fig. 1,5).

Windows 23 are made in the walls of the inner casing 2, and a button 24 is installed on the outer casing I, fixing the casing I relative to the casing 2 in the lower position (Fig. 3). In the center of the stamp 20, a window 25 is made for the digital disks of the donor 17.

The device operates as follows. First, it is necessary to set the date, month and last two digits of the year on the digital disks of the donor 17, for which it is necessary to start on the outer casing I and, when the marking stamp 20 is approaching the open part of the casing 2, press the 2 / button and fix the casing I relative to the casing 2. Then turn the device with the open part of the housing I up and abutting with a sharp object (to hell, not shown) in the cavities between the numbers on the digital disks of the donator 17 to establish a colored combination of numbers. After that, press the inner case 2 with your hand, while the cases I and 2 are unlocked and take the position shown in § 1 section AA.

Next, install the device with the open part of the housing I in the place to be marked, controlling its position through the windows 22, and the position of the print elements on the sample placed under the glass 21. Then press the outer housing I and apply the impression with a marking stamp 20 and digital discs of the donor 17 on document. In this case, the marking stamp 20 and the digital disks of the donor 17 mounted on the housing 14 depart freshly painted from the stamping pad b and, due to the movement of the axis II along the curved grooves 9, and the cylindrical protrusions 10 along the grooves 15 rotate 180 ° and continue to move further vertically an imprint is applied downward on the marking (surface. After removing the load from the outer casing I, the device will return to its original position under the action of the elastic Element 3, which will additionally provide the pressing of the marking stamp 20 and digital disks of the 17 V5 dotator of the stamp pad b and their readiness for the next print.

Claims (4)

1. A manual stamping device comprising an outer casing and axially displaceable spring-loaded inner casing, interconnected by a movable axis on which there is a stamp plate with a dotator, and curved grooves are made on the side walls of the inner casing for the ends of the axis and a window for placement of the pallet of the stamp pad, characterized in that the donor is made in the form of digital discs with gaskets mounted on an axis in the opening of the stamp plate, with each disc equipped with a control ogim clamp.  2. The device according to claim 1, characterized in that the mount marking stamp on the body of the stamp is made in the form of a reverse cone.  3. The device according to claims 1 and 2, characterized in that the outer casing is made in the form of a polyhedron. 4. A manual stamping device comprising an outer case and a spring-loaded inner case mounted axially movable therein, interconnected by a movable axis, on which a stamp plate with a dotator is placed, and curved grooves are made on the side walls of the inner case for the ends of the axis and a window for placement of the stamp pad pallet, characterized in that the donor is made in the form of digital disks with gaskets placed on an additional axis mounted coaxially with the main axis in em stamp card, with each disc being provided with elastic retainer.