| US2801583A | 1957-08-06 | |||
| SE1777968A | ||||
| DE272185C | ||||
| US0657292A | 1900-09-04 | |||
| US1131777A | 1915-03-16 | |||
| GB247015A | 1926-02-11 | |||
| US0660512A | 1900-10-23 |
| 1. | Stamping apparatus (l) particularly numbering apparatus,which by the stamping operation (12) and (5'f), before the printing activation (12),is hand leaded (5') for touching and standstill with the belonging guiding and through punching sale of the figureand number matri¬ ce head (19),on that side (ll) and that place of the print medium (11),which shall be insert with print, c h a r a c t e r i s e d in,that first after this (5') is the mechanism of the internal figurand number ma 12o trice head (19) of the stamping apparatus (l) being moved (12) motor activated (13) to print (12)» . |
| 2. | Stamping apparatus (l) according to* claim 1, c h a r a c t e r i s e d in, eans (3) there every¬ where in a large horizontal field (5') of operation, as particularly a flat of a writing table,can assist to that the hand leading (2) and (5'),of the stamping apparatus (l) would be relieved (4)"and (8), or weight, and point stable on standstill in both horizontal and vertical plan. 13o 3, . Stamping apparatus (l) according to claims.'.17. and 2 , c h a r a c t e r i s e d in,that the s aώpr ing apparatus (l) is carried in the height of,inevary wherε horizontal plan (5') a leading and following (9) elastic (8) springing hang (4) and (8). 4. Stamping apparatus (l) according to claims 1,2 and 3, c h a r a c t e r i s e d in, that the springing hang (8) and (2), come from a waggon (9) there roll or glide on one around a vertical axle (3) revolving (5) horizontal arm (3),along which (3) the waggon (9) can 14o moved so that it (9) in the essentiallly under the move¬ ment (5) is bounded to a horizontal flat (5'). |
| 3. | 5 Stamping apparatus (ϊ) according to claim 1, where the motor activated (13) action (12) on the mechanism on the figureand number matrice head (19), 145 is activated via a rocker system (15), c h a r a t e r i s e d in,that the press end of the rocker arm. (15), at the end'of the axle (18) on the press head (17),is maded .as an open fork (16), around a hourglass shaped puss/pressbearing (17). 15o 6. Stamping apparatus (l) according to claims 1 and 5 , c h a r a t e r i s e d in,that depth of the print of the figureand number matrice head (19), hich is determined of the overhanging from the under side of the stamping sole of the figureand number high (19), can be adjusted via a highvariable pull/press—bearing (17). |
For stamping of letters and forms and parcels with con- tinuos numbers there shall normally be used a manually moved and manually activated numbering machine,that is ■ to say a stamp which can change it's numbers after a specific number of predetermination stamping operations. Such stamps are used normally for 2αo-3oo stampings per day, as there here are maded not humble claims of physical to the operator,partly on account of the ueight of the o stamp,and partly on account of that the activating work itself often.- is about 3 kg per. stamping.At working , operations further than above eπtioned 2oo-3oo stamping.-, operations per. day,there are used stationary automati-?-.. cally numbering machine,which in relation to the corrε- 5 sponding hand operated,demand a considerable more diffi¬ cult material transport, as every single letter or sheet must be leaded into a slit between the punching part of the stamping machine and contact face for ths atreial. The operation is furthermore difficult of unavoidable α variations of the thikness of the material and of the- ' .spσt of position for the wanting postmarking.Furthermore is a machine stamping of parcels hardly practiable.
These disadvantages are avoided by making the stamping with a.hand operated numbering machine,there according 5 to the invention is motor activated and weight compen¬ sated, as it is known from hand operated milling tools.
OMPI Λ, WIIPPOO _«
According to the invention can the hand operated stam¬ ping apparatus,which is mot.or activated, as an example be maded with a drawing magnet,which via a system of o rocker arm can acfcivat the stamp for print. Furthermore can the stamp be εquiped with a facing, hich before print should be press against the surface of the print- material,which shall marks.The contact for current to the drawing magnet can as an example be fited in a 5 handle on the stamping apparatus.
The motor activated stamping machine can be weight com- " pensated via a gibbet system, hich done it possible free in weight to hand operated the stamping apparatus over a large plan flat as an example a desk.The gibbet system o can consist of a revolving horizontal gibbet, ith* an in weight light travelling runner,which can be leaded back¬ wards and forwards,and a springy hang, hich done that the machine can be moved a piece over the surface of the print material, and that it very easy can be leaded agains 5 the surface of that point on the stamping material,there shall be applied a print.
Abovementioned embodiments are only examples, as both the machine and the hang can be maded in other ways,where thiese would be included of the presen ' t invention too *
o The invention is further explained in connexion tot.- the drawings,where C
Fig.l shown a motor activated stamping apparatus for hand operating,hang relived for weight in a light weight gibbet system,with large horizontal field of operation,
5 Fig.2 shown a motor activated stamping machine for hand operating, and placed against the printing material,before activating for print, and
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OMPI ,. V/IPO
Fig.3 shown in section as for fig.2, a motor activated stamping apparatus for hand operation,where the given o stamping mechanism is shown distinctly.
Fig.l shown a motor activated stamping apparatus (l) for hand operation (2),hanged (4) weight relieved in a light weight gibbet system (3) with large horizontal field of operation (5).The stamping apparatus (l), hich 5 here has a handle (2) and a impuls knob (6) for activa*=: ting of the motor in the stamping apparatus (l), hich " here is supply with current via the normally electic- line (7),-is here hanged (4) a bit over the printing material, and which via a spring (8) can be draun out o for rest of the buttom of the stamping machine- (l) against the surface of the printing material.
The gibbit (3) which has a light weight horizontal mσ- veable runner,which can be moved with low friction on the whole horizontal length,can swing around its mova- 5 ble fix point (lo) a vertical pillar (lo),by means of which this system weight compensated (4) (3) the motor activated stamping machine (l).over a large horizontal field of operation (5),in the same time which it (l) (3) in every horizontal point (5') in the field of the ope- 0 ration would have a coπstaπt ' rest position,by this a repeated function in just this horizontal cαo diπat has been done more milieu kintf;.:.d P
Fig.2 shown a motor activated number apparatus (l) for hand operating (2), and placed against the printing mate- 1 5 rial before activating for print (12), as this method involve that self claim of carbon of as an example up to ten sheets (ll),then would the stamped print, ith a clear and perfect outline be able to be done, as the stam¬ ping-; function (12) by activating of the stamp machine (l) o not will give any vibrations.The operator would be able trhold the motor activated stamping machine (l) in total
rest on the printing material (ll),and the automati¬ callyrrEGbaπism would be able to do a perfect touch (12), which would cover in blackness and in thikness of line
95 equal in all four corners of the stamped print.
Fig,3 shown in section as for fig.2, a moto . activated stamping apparatus (l) for hand operation (2) f where the automatically mechanism^-is done distinctly..As the com- pressive force would be establised via a drawing magnet oo (13),which via a rotatable sleeve bearing (14), hich permantly would cause that the movable magnet. core would be moved vertical down,-via a rocker arm (15),which is worn-out in an open fork (16) around an adjustable hour¬ glass shaped press head (17) on the axle (18) £.or. the o5 printing matrix (19),would caused that this would be able to be moved (12) to the function print (12).Re¬ turning of the printing matrix (19) would via the roc¬ ker (15) on the center of rotation (2o) be establis?τed via a spring (21).