Lateral support for squeegee

Claim 2

A lateral support for a squeegee of a printing mechanism of a screen printing machine, comprising at least one supporting element arranged to support each end portion of a squeegee independent of the screen support so that the squeegee lies on an object to be printed solely under its own weight; and at least one substantially upright upwardly open guiding element arranged to slidingly guide each said supporting element for free movement in a substantially upright direction and formed to limit movement of said supporting element downwardly but to allow unlimited movement of said supporting element upwardly so that said supporting element can unobjectionably move upwardly along said guiding element under the action of the object running under the squeegee and solely by the upward movement can even disengage from said guiding element for disassembling purposes, without releasing other structural parts.

Claim 3

A lateral support as defined in claim 1, wherein said supporting element and said guiding element are arranged so that said supporting element is slidingly guided in said guiding element.

Claim 4

A lateral support as defined in claim 1, wherein said supporting element and said guiding element are arranged so that said supporting element is slidingly guided on said guiding element.

Claim 5

A lateral support as defined in claim 1, wherein said supporting element is formed as a bearing, said guiding element being upwardly unlocked and slidingly supporting said bearing.

Claim 6

A lateral support as defined in claim 1, wherein the squeegee is formed as an impression cylinder, said supporting element being formed as a bearing for supporting the impression cylinder, said guiding element being upwardly unlocked and slidingly guiding said supporting element.

Claim 7

A lateral support as defined in claim 1, wherein said guiding element for guiding said supporting element is formed as upwardly open parallel guide.

Claim 8

A lateral support as defined in claim 1, wherein said guiding element for guiding said supporting element is U-shaped.

Claim 9

A lateral support as defined in claim 1, wherein said guiding element has two U-shaped guiding portions located opposite to one another.

Claim 10

A lateral support as defined in claim 1, wherein said supporting element is formed as a ball bearing, said guiding element being formed as a parallel guide; and further comprising a bearing block arranged between said ball bearing and said parallel guide.

Claim 11

A lateral support as defined in claim 9; and further comprising connecting means for a projection-groove-like connection of said guiding element with said bearing block in interengaging but upwardly open manner with slidingly guiding in said guiding element.

Claim 12

A lateral support as defined in claim 1, wherein said guiding element slidingly guides said supporting element to a predetermined depth; and further comprising means for limiting the depth of guiding said supporting element in said guiding element.

Claim 13

A lateral support as defined in claim 11, wherein said depth limiting means is arranged so that they limit the depth of said supporting element in a stepless manner.

Claim 14

A lateral support as defined in claim 11, wherein said depth limiting means includes a depth adjusting member against which said supporting element abuts.

Claim 15

A lateral support as defined in claim 11, wherein said depth adjusting member of said depth limiting means is formed as an adjusting screw.

Claim 16

A lateral support as defined in claim 1; and further comprising a lateral head for supporting a stencil of a printing mechanism, said supporting element being arranged on said lateral head for supporting the stencil.

Claim 17

A lateral support as defined in claim 15, wherein said supporting element is adjustably mounted on said lateral head for supporting the stencil.

Claim 18

A lateral support as defined in claim 15, wherein said lateral head carries a holding member, at least one said guiding element for a respective one of said supporting elements being arranged in said holding member.

Claim 19

A lateral support as defined in claim 17; and further comprising a depth limiting member for adjusting a working height of said supporting element, said guiding element being arranged on said depth limiting member.

Claim 20

A lateral support as defined in claim 17, wherein said holding member is carried by said lateral head is U-shaped.

Claim 21

A lateral support as defined in claim 1; and further comprising a machine frame, said guiding element being adjustably mounted on said machine frame in the region of the printing mechanism.

Claim 22

A lateral support as defined in claim 1, wherein the squeegee is formed as an impression cylinder, said supporting element being formed as a bearing arranged to support the impression cylinder and slidingly guided in said guiding element.

Claim 23

A lateral support as defined in claim 1, wherein said supporting element is formed as a bar-shaped member, said guiding element surrounding said bar-shaped member.

Claim 24

A lateral support as defined in claim 22, wherein said bar-shaped member which forms said supporting element is round.

Claim 25

A lateral support as defined in claim 22, wherein said guiding element which surrounds said bar-shaped member is formed as a ring.

Claim 26

A lateral support as defined in claim 22; and further comprising a depth limiting member for adjusting a working height of said supporting element, said depth limiting member being formed by a plurality of washers.

Claim 27

A lateral support as defined in claim 1, and further comprising a lateral head for supporting a cylindrical screen-printing stencil, said supporting element with said guiding element being mounted on said lateral head, and said lateral head being formed as an upwardly open support.

Claim 28

A lateral support as defined in claim 1, wherein the squeegee is formed as an impression cylinder and provided with a rotary drive at at least one end thereof, said supporting member being arranged to support also the rotary drive of the impression cylinder.

Claim 29

A lateral support as defined in claim 1, wherein the squeegee is formed as a slotted squeegee roller, said supporting element being arranged to support the slotted squeegee roller.

Claim 30

A printing mechanism of a rotary screen printing machine, comprising a stencil; a squeegee inside said stencil; and a lateral support for said squeegee so that the squeegee lies on an object to be printed solely under own weight of said squeegee and including at least one supporting element arranged to support each end portion of said squeegee, and at least one substantially upright upwardly open guiding element independent of the support arranged to slidingly guide each said supporting element for free movement in a substantially upright direction and formed to limit movement of said supporting element downwardly but to allow unlimited movement of said supporting element upwardly so that said supporting element can unobjectionably move upwardly along said guiding element under the action of the object running under the squeegee and solely by the upwardly movement even disengage from the latter for disassembling purposes, without releasing other structural parts.

Claim 31

A printing mechanism of a rotary screen printing machine, comprising a stencil; a squeegee inside said stencil; and a lateral support for said squeegee so that the squeegee lies on an object to be printed solely under own weight of said squeegee and including at least one supporting element arranged to support each end portion of said squeegee, and at least one substantially upright upwardly open guiding element independent of the support arranged to slidingly guide each said supporting element for free movement in a substantially upright direction and formed to limit movement of said supporting element downwardly but to allow unlimited movement of said supporting element upwardly so that said supporting element can unobjectionably move upwardly along said guiding element under the action of the object running under the squeegee and solely by the upwardly movement even disengage from the latter for disassembling purposes, without releasing other structural parts.