AT515584A1 - Stamp with adjustable stamping bands - Google Patents

Abstract

The invention describes a punch (1) with adjustable punch bands (2), comprising at least one punch component (3) and a text plate carrier (4) with an MB unit (5). The stamp component (3) is formed from an upper part (6) with a gripping element (7) and a lower part (8) with a pad receiving element (9). The upper part (6) is preferably bow-shaped. The text plate carrier (4) with the MB unit (5) via a turning mechanism (14) in the lower part (8) is arranged to move with the upper part (6). In the rest position (11), a text plate (15) mounted on the text plate carrier (9) and a stamp area (16) of the MB unit (5) rest on a stamp pad (18) impregnated with stamp ink in the pad receiving element (9), wherein during a stamping operation for generating a stamp imprint of the text plate carrier (4) with the text plate (15) and the MB unit (5) via the turning mechanism (14) is adjustable in a punch position. On the stamp component (3), in particular on the lower part (8), an optical element (24) for reading correct reading of the mirror writing on the punch belt (2) is arranged, wherein for adjusting the punch bands (2) of the text plate carrier (9) and / or the MB unit (5) is arranged or adjustable in a reading position (25) in which the optical element (24) is aligned with printed characters (22) on the stamp bands (2) and at the same time at least the stamp area (16) the MB unit (5) from the ink pad (18) is lifted.

Description

Stamp with adjustable stamping bands

The invention relates to a stamp, as well as a transport system for a stamping belt, as described in the preambles of claims 1 and 10.

Stamps are already known from the prior art, in which an optical element is used to improve the readability. However, the optics elements are always used only in certain types of stamps, namely so-called postmark, in which no turning mechanism is present. For a stamp imprint, in this type of stamp, the stamp, in particular the text plate, must first be pressed into an ink pad to receive from this stamp ink, so that subsequently a stamp imprint can be produced with the stamp.

For this purpose, JPH7186502 A, for example, a stamp is known, on the outside of which an optical element is arranged below the adjusting elements for the punch bands, wherein the optical element has the task to enlarge the stamping belt behind it.

Furthermore, from JPH9109529 A a stamp is known in which the housing is an optical element is arranged, which is now not aligned with a stamping belt, but the numbers of a the punch band associated rotary wheel, in particular the dial is read. In addition, the document shows an embodiment in which sensors are used to pick up the digits from an internal punch wheel conveyor and display them on a display. This stamp is in turn required that before the stamping process, the text plate must be immersed in an ink pad.

A similar structure of a stamp is described in JPH9141989A and JPS62178382A, however, in which now the number of the punch band is received by a mirror inside the stamp housing and deflected, so that at an am

Housing the stamp arranged window, the numbers can now be read with the mirror. Again, however, it is again necessary that the stamp must be immersed before the stamping process in an ink pad, since no color memory on the stamp are available.

From JPH1337848 A, a system is known in which an optical element is attached to the punch. In this case, the additional component with the optical element corresponding fastening means, which are formed to corresponding receiving means on the punch. Thus, the additional components can be simply plugged, whereby at the same time the optimal distance for the optical element is given to the text plate on the fastening means. The user can thus simply turn over the stamp and sees an enlarged representation of the text plate or the date.

Another possibility for the use of an optical element is shown in the JPS5460021A. Flier is the optical element formed in the form of a game gel and arranged on a pivoting bracket, so that for adjusting the punch bands, in particular the date, the bracket is pivoted down below the punch bands, and thus the numbers of the punch bands are read with the mirror mirror image can. For the stamping operation, the bracket is pivoted upward, so that the stamp bands can be immersed in an ink pad for ink absorption and then a stamp imprint, in particular a date imprint, is generated.

In addition, the use of optical elements in so-called Preisausschreibegeräten is known, as can be seen from JP2009179008A. In this case, the price bands are arranged at a certain distance from the optics element for enlarging the applied numbers, so that the user can see an enlarged representation of the numbers when looking into the optics. In such devices, the color is applied for a stamp imprint on paint rollers, as is moved on the opposite side to the reading area before the stamping process on the bands.

A disadvantage of the aforementioned systems that in the aforementioned stamp types, although the readability of the punch bands is improved by the optical elements, but can not be guaranteed due to the stamping process that a good quality stamp imprint is generated. This is not guaranteed, since the manual immersion in the ink pad always different amounts of color is absorbed. Another disadvantage is that the band geometries must be adapted to the optics, which again greatly increase the sizes.

The object of the invention is to provide a punch with adjustable punch bands, in which the readability of the digits is improved on the punch bands. At the same time a secure positioning of the stamping belts should be ensured. Another object is to remedy the disadvantages of the prior art as possible.

The object of the invention is achieved by a punch with adjustable punch band such that on the stamp component, in particular on the lower part, an optical element for read-reading of the printed characters is arranged on the punch band, wherein for adjusting the stamp bands of the text plate carrier and / or the MB Unit is arranged or adjustable in a reading position, in which the optical element is aligned with printed characters on the stamp bands and at the same time at least the stamp area of the MB unit is lifted from the stamp pad.

The advantage here is that this creates a possibility that in a stamp with turning mechanism a mirror-accurate reading of the adjustable print characters is created in a simple manner. Due to the special arrangement of the optical element in the outer region of the stamp component is also achieved that an optimal adjustment of the focus for achieving a sufficient sharpness in the reproduction of the printed characters is possible. Furthermore, this also prevents contamination of the optical element by the text plate or the MB unit is achieved. However, should it ever come to a contamination, so there is enough space to clean the optical element Another advantage is that the optical component can be executed as a fixed component but also optional and integral (in the text window).

In the mirror-inverted adjustment process known from the prior art, it has been known for decades that problems with this type of date setting occur very frequently; confusion of 6 and 9 as well as 2 and 5 and confusion of 13 and 31 occur particularly frequently or 12 and 21, which is prevented by the use of the optical element with inverse function, since now the user can read the numbers or letters readable and thus

Incorrect cancellations, which should not occur especially with official papers, can be prevented.

An embodiment in which in the reading position of the upper part and the lower part are fixed to each other or can be fixed, is advantageous because the user can align the stamp readily compress accordingly, so that for him the best possible readability is achieved.

An advantage is an embodiment in which in the reading position, the text plate and the MB unit or at least the punch bands of the MB unit are lifted from the ink pad, as this an adjustment of the punch bands without contamination by the ink pad is possible.

But it is also an embodiment of advantage in which the optical unit is designed as an additional element and can be fastened to the stamp component, as this at any time a subsequent upgrade of the stamp is possible. Also different optics can be used, which can be selected by the user on site. In particular, special optics for the most diverse visual impairments of users can be used.

An advantage is an embodiment in which the optical element is formed as a reversing lens and / or magnifying lens preferably made of plastic, as a simple cost-effective production is possible.

In an embodiment in which the optical unit is designed such that a magnification factor of the printed characters is between 0.8 to 3 times, so that a much better recognition of the letters is possible.

But it is also advantageous that the reading position between the rest position and the printing position is arranged, as this easy adjustment is achieved.

However, it is also an embodiment of advantage in which the optical element is attached to the lower part in such a way that it protrudes from the cushion receiving element in the direction of a footprint of the punch, as a simple alignment of the printed characters is made possible to the optical element.

In an embodiment in which the optical element has a length which corresponds at least to the MB unit, since this ensures that all printed characters can be read.

Furthermore, the object of the invention is also achieved by a transport system for a stamping belt, in which the stamping tape has on the driver side facing the projections which are formed such that the projections over a small amount of a toothing formed by the teeth of the toothing in protrudes a gap, but corresponds to a length of the projections in about a Verzahnungsbreiter between two teeth of the toothing, and that the projection protrudes only in each second space of the toothing.

The advantage here is that a positive tape transport is achieved via the driver, since the projections engage clearance between the teeth of the teeth on the driver. At the same time it is achieved that the stamping bands are preferably formed from rubber can be easily deformed, due to this training, a high strength is present and thus hardly any deformation comes about. Thus, a secure punch belt transport is guaranteed.

However, it is also an embodiment of advantage, in which a recess for receiving the projection is arranged on the bridge of the punch band, as a result of a planar contact is achieved, so that an optimal stamp impression can be created. At the same time, the recess can be used for the positioning of the tape, i.e. a so-called click effect is achieved when the projection snaps into the recess.

In the embodiment in which the protrusions preferably have a height of 0.05 mm to 0.5 mm, in particular 0.2 mm, and a length (38) of between 0.2 mm and 5 mm, in particular 2.5. mm, it is advantageous that this produces very stable rubber elements which do not deform or deform only insignificantly during transport or load through the teeth, so that a positive tape transport is ensured.

Finally, an embodiment is advantageous in which two successive projections over the length of a projection are distanced from each other, as this an improved locking function when engaging the teeth of the teeth is made possible on the driver.

The invention will now be described in the form of embodiments, it being understood that the invention is not limited to those shown and described

Embodiments or solutions is limited.

Show it:

Fig. 1 is a perspective view of a stamp, in particular a

Tripod stamp, in a rest position; in a simplified, schematic representation;

2 is a sectional view of the stamp of Figure 1, in a simplified, schematic representation ..;

3 is a perspective view of the punch of FIG. 1 in a

Printing position, in a simplified, schematic representation;

4 is a sectional view of the stamp of Figure 3, in a simplified, schematic representation ..;

5 is a perspective view of the stamp of FIG. 1 in a

Reading position, in a simplified, schematic representation;

6 is a sectional view of the punch of Figure 5, in a simplified, schematic representation ..;

7 shows a perspective view of a MB unit with mounted

Stamp bands;

8 shows a detailed, schematic partial view of a driver of the MB unit for the transport of a stamping belt;

9 shows a detailed, schematic illustration of a bridge of the MB unit for the positioning of the printed characters on the stamp strip;

10 is a sectional view of a further embodiment of the stamp with modified optical element, in a simplified, schematic representation;

11 is a further sectional view of a further embodiment of the stamp with modified optical element, in a simplified, schematic representation;

12 shows another embodiment with optional removable optical element, in a simplified, perspective view:

Fig. 13 is a sectional view of the punch of Fig. 12;

14 shows another embodiment of a stamp with a changed position of the optical element, in a simplified, perspective view;

FIG. 15 is a perspective sectional view of the stamp of FIG. 14; FIG.

16 shows an exemplary embodiment with an optics element arranged externally in an additional component;

17 shows an embodiment in which the optical element in the

Cushion receiving element of the punch is integrated, in perspective view;

18 is a perspective sectional view of the stamp of FIG. 17th

By way of introduction, it should be noted that in the various embodiments, the same parts are provided with the same reference numerals or the same component names, wherein the disclosures contained in the entire description can be mutatis mutandis to the same parts with the same reference numerals and component names. Also, the location information chosen in the description, such as top, bottom, side, etc. related to the described figure and are mutatis mutandis transferred to the new situation in a change in position. Also, individual features or combinations of features from the illustrated and described embodiments may represent separate inventive solutions.

FIGS. 1 to 6 show a stamp 1, in particular a tripod stamp, with adjustable stamp bands 2, the stamp 1 being formed from a stamp component 3 and a text plate carrier 4 with an MB unit 5.

The stamp component 3 consists of an upper part 6 with a gripping element 7 and a lower part 8 with a pad receiving element 9. The upper part 6 is preferably bow-shaped and is guided in side elements 10 of the lower part 8. The text plate carrier 4 is mounted in such a way in the lower part 8, that this movement is formed with the upper part 6 and thus in the lower part 8 of a rest position 11 in a pressure position 12 by actuation of the upper part 6, in particular by pressurization of the handle element 7, move. In this case, the text plate carrier 4 is rotated via an axis 13, for which purpose a corresponding turning mechanism 14 is provided, in which a rotation of the text plate carrier 4 is performed via a corresponding slide track. Such turning mechanisms 14 and rotational movements are already known in self-inking, so not discussed in detail. Only it should be noted that in the stamp according to the invention, a 180 ° -Wendemechanismus 14 is used.

In such a stamp 1, in particular self-inking, emerges in the rest position 11 mounted on the text plate carrier 4 text plate 15 and a stamp area 16 of the ev. MB unit used 5 in a color-saturated pad 17 of an ink pad 18 a. The ink pad 18 is thus open on one side and is positioned in the pad receiving element 9 with the open side facing the footprint 9 of the stamp 1, and in a stamping operation for producing a stamp, the text plate carrier 4 with the text plate 15 and the MB unit 5 is adjustable in the lower part 8 via the turning mechanism 14 in a pressure or plunger position 12. For an automatic return to the rest position 11, a spring element (not shown) in the lower part 8, in particular in the SeitenelementenlO arranged, which moves the upper part 6 after a stamping operation back into the starting position, in particular in the rest position 11.

Preferably, the stamp component 3 is constructed in a mixed construction, that is, both metallic materials and plastics are used. For example, it is possible that the bow-shaped upper part 6 is formed of metal and the lower part of plastic or a combination thereof. It is also possible that the metal parts are embedded in the plastic or are partially enclosed. It is also possible for a middle web (not shown), which is connected to the lower part 8, to be arranged on the upper part 6, preferably in the middle region. In the central web, the spring element is preferably arranged for the provision, so that the side members 10 are formed as guides. In particular, the turning mechanism 14 is arranged in the side members 10.

The MB unit 5 is preferably mounted in such stamps 1 when the stamp 1 is to be used as a date stamp, ie, that the MB unit 5 has, for example, four stamp bands 2, two stamp bands 2 for the day and one stamp band 2 be used for the month and the year. Of course, other types of stamps, such as I-ban stamp, Kontonr.-stamp, etc., can be constructed. The MB unit 5 has for each used stamping belt 2 an outwardly projecting adjusting element 20, in particular a dial on. If the adjusting element 20 is actuated, the strip is rotated via corresponding drivers 21, so that in the front region, in particular in the stamp region 16, a print mark 22 positioned on a so-called bridge 23 and applied or formed on the stamp bands 2, in particular a letter or number or a combination thereof, continues to be rotated. In order to make a corresponding positioning and alignment of the punch bands 2 in the stamp area 16, the stamp 1 must be pressed together during the adjustment process so that the user can see the stamp area 16 of the MB unit 5 and thus make the adjustment of the print mark 22 mirror-inverted. The printed characters 22 must be mirror-inverted on the punch band 2, so that a mirror-correct Stempelabdruckt is generated due to the 180 ° turn in the stamping process, ie that when viewing the punch bands 2, the user can always recognize only mirrored print characters 22, but he must set accordingly ,

In the stamp 1 according to the invention it is provided that an optical element 24 is arranged, which preferably allows a reading-correct reading of the mirror writing (printed character 22) on the punch belt 2. The optical element 24 is preferably formed of a transparent plastic, but also an insert of an optical element 24 made of glass or other materials is possible. In the illustrated embodiment of FIGS. 1 to 6, the optical element 24 is arranged on the lower part 8, wherein the optical element 24 is attached to the lower part 8 such that it protrudes from the cushion receiving element 9 in the direction of the footprint 19 of the punch 1. In principle, it is also possible that the optical element 24 is integrated in the cushion receiving elements 9 and not, as shown, projects from this away or protrudes down or is formed on this.

To adjust the punch bands 2 and for mirror-inverted or read-reading of the print characters 22 of the text plate carrier 4 and / or the MB unit 5 must be adjusted accordingly, in particular aligned, for which a defined reading position 25 was created. In the reading position 25, the optical element 24 is aligned with the printed characters 22 on the punch bands 2 and at the same time lifted at least the punch area 16 of the MB unit 5 from the ink pad 18, so that a rotation of the punch bands 2 without contamination by the pad 17 and at the same time View the ink-soaked print characters 22 on the optical element 24 is possible. The reading position 25 is shown in FIGS. 5 and 6.

It can be seen that the optical element 24 extends below a lower edge 26 of the cushion receiving element 9, so that with appropriate positioning of the text plate support 4 and the MB unit 5, a free view of a side surface of the optical element 24 on the printed characters 22 at the MB unit 5 and on the opposite further side surface of the optical element 24 is given to the user. Thus, the text plate carrier 4 and the MB unit 5 remains in this position, the stamp component 3 is equipped with a corresponding blocking division, ie that by pressing one or two arranged locking button 26 and simultaneous compression of the stamp component 3, the upper part 6 and lower part. 7 in a certain position, namely the reading position 25, fixed, for which purpose a blocking element (not shown) engages, for example, in a correspondingly formed recess 27 on the upper part 6, and thus an automatic default on the spring element (not shown) in the rest position 11 no longer is possible. Thus, after engaging in the read position 25, the user can release the lock buttons 26 and the stamp component 2, respectively, and align the stamp 1 to align themselves with the print marks 22 of the stamp bands 2 through the optics element 24. For the adjustment, the user on the opposite side to the optical element 24 has free access to the adjusting elements 20 and adjusting wheel 20, so that by simply pressing the Verstellelmentes 20, in particular by turning, one or more new print characters 22 can be set, the can now be read correctly on the optical element 24.

The optical element 24, in the illustrated embodiment, has the task of reversing the mirror-inverted printed characters 22 on the punch bands 2 and at the same time to display an enlarged representation of the printed characters 22 to the user, ie, that the optical element 24 is preferred as a reversing lens and / or magnifying lens made of plastic, is formed. The optical element 24 is designed such that an optimum and the greatest possible viewing angle for the user to display the printed characters 22 of the punch bands 2 in the optical element 24 is present. For this purpose, the optical element 24 must be designed accordingly in order to achieve such an effect, for which in the illustrated embodiment, those visible surface 28, which faces MB unit 5, is formed as a flat surface, whereas the further visible surface 29, the in Direction user shows, round or cambered, in particular semicircular, is formed. The

Optics element 24 preferably has a magnification factor between 0.8 and 3 times.

In the embodiment of Figs. 1-6, the optics element 24 is formed integrally with a text window cover 30, that is, both the optics element 24 and the text window cover 30 are transparent. The text window cover 30 is there to produce a pattern stamp imprint visible to the user in a recess 30 of the cushion receiving member 9 after the production of the stamp 1, the recess 31 being closed with the text window cover 30. The text window cover 30 extends from one side of the pad receiving element 9 on the other side and extends through the molded optical element 24 on one side at least partially below the pad receiving element 9. Further, the optical element 24 is only over a portion of the length of the pad receiving element 9 is arranged, wherein the length of the optical element 24 corresponds approximately to the length of the MB unit 5 and the stamping belts 2 used. In principle, however, it is also possible that the optical element 24 is formed over the entire length of the cushion receiving element 9 and / or is integrated, for example, in the cushion receiving element 9 so that it extends on one side of the punch 1 further in the direction of the footprint 19, So on the opposite side without optical element 24 to ensure good accessibility to the Verstellrädern 20. For optimum readability of the printed characters 22, however, an optimal alignment of the MB unit 5 and the stamping bands 2 arranged therein is advantageous, for which on the one hand the reading position 25 is present and on the other hand a corresponding transport system 32 is used for the stamping bands 2 in the MB unit 5 is. This transport system 32 is shown in detail in Figs. 7 to 9, wherein the driver 21 is shown only partially, but which is formed as a complete wheel, in particular gear.

The transport system 32 for a stamping belt 2 comprises at least one adjusting element 20 with a motion-coupled driver 21 for the punch belt 2 and a so-called bridge 23 for deflecting and positioning the punch belt 2. At the driver 21, a toothing 33 is arranged, the teeth 34 at certain distances from each other are arranged. The driver 21 and the bridge 23 are positioned to each other so that the punch band 2 is held by these or stretched, the position can be made adjustable to each other, ie, that the distance between the driver 21 and bridge 23 can be made adjustable, so a corresponding voltage of the punch belt 2 can be generated.

In order to ensure optimal further transport without slipping for the punch band 2, the punch band 2 on the driver 21 side facing projections 35 which are formed such that the projections 35 over a small height 36 of the teeth 34 of the teeth 33rd However, a length 38 of the projections 35 in approximately a Verzahnungsbreiter 39 between two teeth 34 of the toothing 33 corresponds, that is, that the projection 35 does not fill the gap 40 between the teeth 34, but engages only in the upper region. Furthermore, the projections 35 only protrude into every second intermediate space 40 of the toothing 33. That is to say, the protrusions 35 only project over a partial area into the intermediate space 40 which is present between the teeth 34 of the toothing 33, and only in every second interspace 40 does a projection 35 engage.

Thus, it is achieved that the length 38 of the projections 35 can be chosen very large, since this does not protrude over the entire tooth height37 in the gap 40, so that a high stability of the projections 35 due to the optimal length 38 and the low height 36 is achieved. As a result, a play-free connection can be generated. Namely, if the projection 35, as known in the prior art, extend over the entire toothing height 37 into the intermediate space 40, the projection 35 must be shortened in its length 38, so that it can be moved into the intermediate space 40. However, since the projections 35 have only a small height 36 in the transport system 32 according to the invention, the length 38 of the projections 35 can be adapted to the tooth width 39, so that there is no idling in any direction of rotation of the driver 21. The protrusions 35 preferably have a height 36 of 0.05 mm to 0.5 mm, in particular 0.2 mm, and a length (38) of between 0.2 mm and 5 mm, in particular 2.5. mm, up.

Another advantage with such low protrusions 35 is that when transporting in the region of the bridge 23, the stamping belt 2 only has to be lifted slightly away from the bridge 23 in order to be able to be transported on the positioning surface 42 via a radius 41 of the bridge 23. On the positioning surface 42, a recess 43 for receiving the projection 35 is arranged, so that the punch belt 2 rests planar on the positioning surface 42 and thus an optimal stamp impression can be generated. Since in the system according to the invention, the projections 35 are not arranged successively, but, always a length 38 of a projection 35 is omitted, it is achieved that is positioned on the bridge 23, a projection 35 in the recess 43 and the preceding and the next projection 35th are already arranged on the side surfaces 44 of the bridge 23, which thus do not lift the punch band 2 from the bridge 23. In the prior art, due to the direct succession of the individual projections, no exact positioning is possible or the bridge must be designed accordingly to ensure positioning.

In the exemplary embodiments of FIGS. 10 to 16, different variants of optical elements 24 for mirror-inverted reading of the mirror-inverted printed characters 22 are shown.

10 and 11 show, in contrast to the embodiment described in FIGS. 1 to 9, another embodiment of the surface on the visible surfaces 28 and 29. In FIG. 10, the visible surface 28 associated with the MB unit 5 is shown in FIG. now cambered, so round or half-round, formed, whereas the opposite face 20 is now formed straight or planar. Fig. 11, however, shows that both visible surfaces 28, 29 slightly convex, so curved, or round or half-round, are formed.

A further embodiment is shown in Fig. 12 and 13, in which now the optical element 24 is no longer integral with the text window cover 9 is formed, but as an additional element 44, ie, that the optical element 24 only after completion of the stamp 1 can optionally be attached to the stamp 1. To fasten the optical element 24, a latching connection 46 or latching element 46 (as shown schematically) is provided, which is formed on the one hand in the region of the cushion receiving element 9 and directly on the optical element 24, so that the optical element 24 can be subsequently used. The additional element 44 can thereby

Are made in one piece with the optical element 24 and the locking connection 46 or a multi-part design of the additional element 44 is possible.

Such a design has the advantage that the stamp 1 can also be sold conventionally with mirror-inverted setting, that is without optics element 24. However, the user can at any time supplement this stamp 1 with the optical element 24 at a later date. In addition, it is possible that different optical elements 24 with different properties, such as the magnification factor, etc., can be made, whereby the customer can choose the best option for himself and this suburb can be used.

In addition, a variant embodiment according to FIGS. 14 and 15 is possible in which the optical element 24 is now arranged in the contact area, ie in the area of the contact area 19, on the lower part 8. For this purpose, however, it is necessary that the reading position 25, according to FIG. 15, be adapted accordingly, so that again an orientation of the MB unit 5, in particular the printed character 22, is given to the optical element 24. Furthermore, it can be seen from FIG. 14 that, in the case of the illustrated punch 1, a center web for receiving the spring element and / or for guiding the upper part 6 is now arranged in the upper part 6.

In Fig. 14, the function of the optical element 24 in the form of lines is shown schematically, from which it is apparent that the printed characters 22 are received by the MB unit 5 in accordance with aligned reading position 25 from the optical elements 24 and then deflected by these be so that the user can read off the printed characters 22 now mirroring a so-called viewing angle 47. Depending on the design of the optical element 24, this viewing angle 47 can be increased or decreased. Even with such an embodiment, it is possible that the optical element 24 is fixedly mounted in the region of the footprint 19 on the lower part 8 or can be designed as an additional element 44.

In principle, it is also possible for the optical element 24 to be arranged in an additional component 48 for reading the printed characters 22, as can be seen in the exemplary embodiment according to FIG. 16. For this purpose, the punch 1 is positioned on the additional component 48 and moved to the reading position 25 for reading. In the embodiment shown, the optical element 24 is arranged in the lower region, so that the reading position 25 equals the die position 12 or printing position 12. The printed characters 22 are received by the optical element 24 in the additional component 48 below the punch 1 and deflected so that it can be read off the additional component 48 away from the stamp 1. Such additional components 48 offer the advantage that for reading additional aids, such as a light source, can be used. For example, these tools can be automatically activated when stamp 1 is applied. Also, by using a plurality of optical elements 24, a much higher magnification factor can be achieved.

However, in order to allow easy adjustment of the punch with such an additional component 48, a separate reading position 25, which is formed angularly corresponding to the embodiments described above, can be used, so that the user on the side facing away from the reading optical element 24 easier the MB unit 5, in particular to the adjusting wheel 20, can get. It is also possible that, for example, when placing the stamp 1, this is automatically positioned or latched on the additional components 48 via a locking or holding mechanism, so that the stamp 1 can not tilt when the adjusting elements 20 are rotated. To release this is for example a release button (not shown) arranged on the additional component 48, all the locking or. Holding mechanism releases and the stamp 1 can be removed powerless. Of course, it is also possible that the user presses the stamp 1 with appropriate force simply out of the catch out.

A further exemplary embodiment of a stamp 1, in particular a tripod stamp 1, is shown in FIGS. 17 and 18, in which now the optic element 24 is integrated in the pad receiving element 9. As can be seen, the optics element 24 now has a shape of a prism 49, in which the recorded print characters 22 are redirected accordingly and can be read on a top 50 of the pad receiving element 9 for reading correct reading of the mirror writing or printing marks 22 on the stamping belt 2 ,

For the sake of order, it should finally be pointed out that for a better understanding of the structure of the system 1 and its components or its

Ingredients were partially displayed off-scale and / or enlarged and / or reduced.

Furthermore, individual features or combinations of features from the illustrated and described different embodiments may form separate, inventive or inventive solutions.

Claims (13)

1. stamp (1) with adjustable punch bands (2), comprising at least one stamp component (3) and a text plate carrier (4) with an MB unit (5), wherein the stamp component (3) from an upper part (6) a handle element (7) and a lower part (8) with a cushion receiving element (9) is formed, wherein the upper part (6) is preferably bow-shaped and the text plate carrier (4) with the MB unit (5) via a turning mechanism (14) in the lower part (8) is movably connected to the upper part (6) is arranged, wherein in the rest position (11) on the text plate carrier (9) mounted text plate (15) and a punch area (16) of the MB unit (5) on one with stamping ink impregnated ink pad (18) in the pad receiving element (9) is present, and that in a stamping process for producing a stamp impression of the text plate carrier (4) with the text plate (15) and the MB unit (5) via the turning mechanism (14) in a stamp position verse can be set, characterized in that on the stamp component (3), in particular on the lower part (8), an optical element (24) for read-reading of the printed characters (22) on the punch belt (2) is arranged, wherein for adjusting the punch bands ( 2) the text plate carrier (9) and / or the MB unit (5) in a read position (25) is arranged or is adjustable, wherein the optical element (24) with printed characters (22) on the punch bands (2) is aligned and at the same time at least the punch area (16) of the MB unit (5) from the ink pad (18) is lifted. 2. punch (1) according to claim 1, characterized in that in the read position (25) of the upper part (6) and the lower part (8) are fixed to each other or can be fixed. 3. stamp (1) according to claim 1 or 2, characterized in that in the reading position (25) the text plate (15) and the MB unit (5) or at least the punch bands (2) of the MB unit (5) of the Ink pad (18) are lifted. 4. punch (1) according to one or more of the preceding claims, characterized in that the optical unit (24) is designed as an additional element (44) and on the stamp component (3) can be fastened. 5. stamp (1) according to one or more of the preceding claims, characterized in that the optical element (24) as a reversing lens and / or magnifying lens is preferably made of plastic. 6. stamp (1) according to one or more of the preceding claims, characterized in that the optical element (24) is designed such that a magnification factor of the printed characters (22) between 0.8 to 3 times is available. 7. punch (1) according to one or more of the preceding claims, characterized in that the reading position (25) between the rest position (11) and the printing position (12) is arranged. 8. punch (1) according to one or more of the preceding claims, characterized in that the optical element (24) on the lower part (8) is mounted such that this from the pad receiving element (9) in the direction of a footprint (19) of the punch (1) sticks out. 9. A stamp according to one or more of the preceding claims, characterized in that the optical element (24) has a length (38) which corresponds at least to the MB unit (5). 10. Transport system (32) for a punch band (2), comprising at least one adjusting element (20) with a motion-coupled carrier (21) for the punch band (2) and a so-called bridge (23) for deflecting and positioning the punch band (2), wherein the driver (21) and the bridge (23) are positioned relative to each other so that the punch band (2) is held or stretched by these, characterized in that the punch band (2) on the driver (21) side facing projections (35) which are formed such that the protrusions (35) project over a small height (36) of a toothing height (37) formed by the teeth (34) of the toothing (33) in a space (40), but one Length (38) of the projections (35) in about a Verzahnungsbreiter (39) between two teeth (34) of the toothing (33) corresponds, and that the projection (35) protrudes only in each second space (40) of the toothing (33) , 11 .Transport system (32) according to claim 10, characterized in that on the bridge (23) has a recess (27) for receiving the projection (35) from the punch belt (2) is arranged. 12. Transport system (32) according to claim 10 or 11, characterized in that the projections (35) preferably a height (36) of 0.05 mm to 0.5 mm, in particular 0.2 mm, and a length (38). between 0.2 mm and 5 mm, in particular 2.5 mm. 13. Transport system (32) according to one or more of the preceding claims 10 to 12, characterized in that two successive projections (35) over the length (38) of a projection (35) are spaced from each other.