阅读说明：本技术 新型印刷机水辊套套入套具 (Novel sleeving tool for water roller sleeve of printing machine ) 是由 张继锐 于 2019-10-08 设计创作，主要内容包括：新型印刷机水辊套套入套具,其特征在于,其中,所述的新型印刷机水辊套套入套具由新型导向套,新型导向条及紧固箍组成,新型导向套上的若干对扣钩结构设置与定位功能设置定位所述的新型导向条于新型导向套的外表面上并平行于新型导向套的轴心线,用紧固箍锁紧并固定,用水辊套套入新型导向条上,通过紧固箍,水辊套一端固定于新型导向套上,橡胶辊芯插入新型导向套中并前推,新型导向条向外扩胀,也使水辊套向外扩胀,新型导向条与水辊套的外扩减少了水棍套对橡胶辊芯的摩擦力,使橡胶辊芯插入变得轻松,且快又好,通过所述新型印刷机水辊套套入套具的实施,体现了一种全新的穿接套入法。(The novel printing machine water roller sleeve sleeving tool is characterized in that the novel printing machine water roller sleeve sleeving tool comprises a novel guide sleeve, a novel guide strip and a fastening hoop, a plurality of buckling hook structures on the novel guide sleeve and a positioning function are arranged and positioned, the novel guide strip is arranged on the outer surface of the novel guide sleeve and is parallel to the axial lead of the novel guide sleeve, the novel guide strip is locked and fixed by the fastening hoop, the novel guide strip is sleeved on the novel guide strip by the water roller sleeve, one end of the water roller sleeve is fixed on the novel guide sleeve through the fastening hoop, a rubber roller core is inserted into the novel guide sleeve and pushed forwards, the novel guide strip expands outwards, the water roller sleeve also expands outwards, the expansion of the novel guide strip and the water roller sleeve reduces the friction force of the water roller sleeve on the rubber roller core, the rubber roller core is easy to insert and fast and good, and the novel printing machine water roller sleeve sleeving tool is implemented through the novel printing machine water roller sleeve sleeving tool, embodies a brand new cross-connecting and nesting method.)

1. The novel printing machine water roller sleeve sleeving tool is characterized in that the novel printing machine water roller sleeve sleeving tool comprises a novel guide sleeve, a novel guide strip and a fastening hoop, wherein a plurality of buckling hook structures on the novel guide sleeve and a positioning function are arranged and positioned, the novel guide strip is arranged on the outer surface of the novel guide sleeve and is parallel to the axial lead of the novel guide sleeve, and is locked and fixed by the fastening hoop, the application principle and the using method are that the water roller sleeve is sleeved on the novel guide strip to the novel guide sleeve, then one end of the water roller sleeve is fixed on the novel guide sleeve through the fastening hoop, a rubber roller core is inserted into the novel guide sleeve and pushed forwards, the novel guide strip expands outwards, the water roller sleeve also expands outwards, the friction force of the water roller sleeve on the rubber roller core is reduced due to the outward expansion of the novel guide strip and the water roller sleeve, and the rubber roller core is easily inserted, the novel printer water roller sleeve sleeving method is fast and good, and a brand-new cross-connecting sleeving method is embodied through the implementation of sleeving the novel printer water roller sleeve into the sleeve.

2. The novel water roller sleeve sleeving tool for the printing machine as claimed in claim 1, wherein the novel water roller sleeve sleeving tool for the printing machine is composed of a novel guide sleeve, a novel guide strip and a fastening hoop, the novel guide sleeve is originally embedded according to arrangement and combination, the buckle hook structure arrangement on the novel guide sleeve is combined with different structure matching on the positioning function arrangement, and a plurality of types of novel water roller sleeve sleeving tools can be derived from different arrangement and combination of the fastening hoop.

3. The new press water roller cover sleeving tool according to claim 1, wherein the new cross-over sleeving method of the press water roller cover sleeving tool is different from the conventional method, and is usually a method of sleeving a rubber roller core without moving, and a method of sleeving a cotton or chemical fiber woven water roller cover is adopted.

4. The novel printing machine water roller sleeve sleeving tool as claimed in claim 1 or 2, wherein the novel printing machine water roller sleeve sleeving tool structurally innovatively designs the guide sleeve, increases the positioning function setting of the guide strip, prevents the guide strip from being short of positioning and being crossed and stacked, the novel guide sleeve is used for positioning and fixing the novel guide strip, is of a cylindrical structure, or is circular, or polygonal, or is square, hollow, a plurality of hook settings and positioning function settings are uniformly distributed on the surface of the cylinder, and the hook structure can also be adopted in the positioning function settings.

5. The novel printing machine water roller sleeve nesting tool according to claim 1 or 2, wherein a plurality of clasp settings and positioning function settings are arranged on the novel guide sleeve in the novel printing machine water roller sleeve nesting tool, according to the principle that a straight line can be positioned at two points, the guide strip can be positioned by combining one clasp setting with one positioning setting, one clasp setting and one positioning function setting are defined as a pair of combinations, a plurality of pairs of such combinations can be uniformly distributed on the novel guide sleeve, and the novel guide sleeve is made of metal materials, plastics, nylon and other materials.

6. The new water roller cover nesting tool for printing machine according to claim 1 or 2, wherein the new guide bar in the new water roller cover nesting tool for printing machine is also improved and innovated in design, and the positioning function matched with the new guide bar is added, the positioning function setting structure can also adopt the combination of buckle and hook structures, the new guide bar is used for expanding the water roller cover and reducing the contact friction force of the water roller cover to the rubber roller core, the new guide bar is flat and long, and is slightly longer than the rubber roller core, one end of the new guide bar is in a circular arc shape, the other end of the new guide bar is provided with the buckle structure setting and the positioning function setting which are complementary to the new guide bar, and the new guide bar can be made of rigid materials such as metal materials, plastics, nylons or composite materials.

7. The new water roller cover sleeving kit for printing machine as claimed in claim 1 or 2, wherein the new water roller cover sleeving kit is a fastening hoop in the form of a strip-shaped band, a band which can be closed and opened, or a ring with elastic elasticity, and is used for locking and fixing the new guide strip on the new guide sleeve, and locking and fixing the water roller cover on the new guide sleeve, and the new water roller cover sleeving kit is made of metal material, plastic, nylon, or rubber, such as metal hoop, nylon band, nylon tape, or rubber ring.

8. The novel water roller sleeve sleeving tool for the printing machine as claimed in claim 1 or 2, wherein the hook structure or the positioning function on the novel guide sleeve can be a hook structure, and particularly, the positioning function is increased to position and fix the novel guide sleeve on the novel guide strip, so that the technical key for implementing the cross-under sleeving method is realized, and the technical key for smoothly expanding the novel guide strip and the water roller sleeve when the rubber roller core is inserted is realized, and the technical key for smoothly sleeving the novel guide strip and the water roller sleeve is realized.

9. A novel press water roller cover nesting set as claimed in claim 1, 2 or 8, wherein said clasp structure is a complementary concave-convex positioning and fixing structure, and the convex structure can be a novel guide sleeve, a novel guide strip, or another additional connection component.

10. The novel water roller sleeve sleeving tool for the printing machine as claimed in claim 1 or 2, wherein the novel water roller sleeve sleeving tool for the printing machine is provided with a novel guide sleeve and a novel guide strip which can be manufactured by fixing an integral machine.

The technical field is as follows:

the invention relates to the field of printing, relates to the technical field of water roller sleeve sleeving of printing machines, and relates to a novel cross-connecting sleeving technology.

Background art:

in the printing field, the water roller of printing machine comprises the roll body of rubber material and the cloth cover that cup joints the cotton or the fine material of cotton that the roll body surface was weavingd, and wherein, the cloth cover of cover at the roll body surface requires to level and to have and to pile up, requires that the contact pressure of cloth cover and printing plate is even, to the utility model patent: the water roller cloth of printing machine is nested the cover utensil, patent number: 2018202338317, the water roller cloth is sleeved in the guide sleeve and the guide strip in the sleeve, in the practical application, because the guide sleeve is lack of positioning the guide strip, the other end of the guide strip deviates and cannot be uniformly distributed on the sleeve, the other end of the guide strip is crossed, stacked and seized, the rubber roller core cannot be inserted, the water roller cloth is sleeved in the sleeve of the printing machine, the structural design of the patent No. 2018202338317 is unreasonable, the sleeving operation cannot be completed well, that is, the water roller cloth of the printing machine is sleeved in the sleeve, the patent No. 2018202338317 is an ideal sleeved sleeve, the invention improves the problems of the water roller cloth sleeved sleeve of the printing machine, and innovatively designs a novel guide sleeve and a novel guide strip with a brand new structure, the invention is different from the name of the patent No. 2018202338317, and the name is as follows: the novel printing machine water roller sleeve is sleeved with a sleeve tool,

the invention content is as follows:

name: the novel printing machine water roller sleeve is sleeved with a sleeve tool.

The novel printing machine water roller sleeve is sleeved with the sleeve tool, wherein the novel printing machine water roller sleeve is sleeved with the sleeve tool and comprises a novel guide sleeve and a novel guide strip, the novel guide strip and a fastening hoop are formed, the novel guide strip is uniformly distributed on the outer surface of the novel guide sleeve and locked and fixed by the fastening hoop, the water roller sleeve is sleeved on the novel guide strip, one end of the water roller sleeve is fixed on the novel guide sleeve through the fastening hoop, a rubber roller core is inserted into the novel guide sleeve and pushed forwards, the novel guide strip is expanded outwards, the friction force of the water roller sleeve woven by cotton or chemical fibers is reduced due to the outward expansion of the guide strip, the rubber roller core is inserted into a cross-under sleeving method which is easy, and the implementation that the novel printing machine water roller sleeve is sleeved with the sleeve tool embodies a brand-new cross-under sleeving method.

The novel printing machine water roller sleeve is sleeved with the sleeve, wherein the novel printing machine water roller sleeve is sleeved with a cross-connecting sleeving method of the sleeve, the traditional thinking is changed, the traditional sleeving is that a rubber roller core is fixed, the sleeving method of the water roller sleeve is sleeved, the novel printing machine water roller sleeve is sleeved with the cross-connecting sleeving method of the sleeve, the novel printing machine water roller sleeve is sleeved with the sleeve, the soft water roller sleeve woven by cotton or chemical fiber is fixed, the novel guide strip is positioned and fixed by the novel guide sleeve, the water roller sleeve woven by the cotton or chemical fiber is sleeved on the novel guide strip, one end of the water roller sleeve is fixed on the novel guide sleeve by a fastening hoop, the rubber roller core is inserted into the novel guide sleeve and pushed forwards, the novel guide strips on the novel guide sleeve are outwards expanded, the contact friction force of the water roller sleeve to the rubber roller core is reduced by the outward expansion of the novel guide strip, the rubber roller core is easily guided in, and the water roller sleeve woven by the cotton or chemical fiber is not folded, the method is a fast and good nesting method, and enables nesting to be simple and fast.

The novel printing machine water roller sleeve is sleeved with the sleeve tool, wherein the novel guide sleeve in the novel printing machine water roller sleeve is arranged and positioned with a clasp structure on the novel guide strip, the novel guide sleeve can be hooked or buckled on the novel guide sleeve, or hooked and buckled down, or hooked and hooked down, the novel guide strip matched with the novel guide sleeve is complementary, namely the novel guide strip is buckled or hooked, or hooked and buckled down, the novel guide sleeve is matched with the novel guide strip in different structures and is combined with different arrangements of the fastening hoops, and the novel printing machine water roller sleeve is sleeved with the sleeve tool, and the structure of the novel printing machine water roller sleeve is represented by figure 10, figure 11, figure 12 or figure 13.

The novel printing machine water roller sleeve sleeving tool is characterized in that the novel guide sleeve is structurally innovated on the design, the arrangement of a guide strip positioning function is added, the guide strip deficient positioning is prevented from deflection and cross stacking, the novel guide sleeve is of a cylindrical structure, or a circle, or a polygon, or a square, hollow, the surface of a cylinder is uniformly distributed with a plurality of hook arrangements and positioning function arrangements, the positioning function arrangement can also adopt a hook structure, the novel guide sleeve can be positioned by combining one hook arrangement and one positioning function arrangement according to the principle of positioning a straight line at two points, the novel guide sleeve and the novel guide strip are structurally matched, one hook arrangement and one positioning function arrangement are defined as a pair, a plurality of pairs of the novel guide sleeve are uniformly distributed on the novel guide sleeve, the novel guide sleeve is used for positioning and fixing the novel guide strip and the water roller sleeve, and the novel guide sleeve can be made of metal materials, or plastic, nylon, and the structure thereof is shown in figure 2, figure 3, figure 4, or figure 5.

The novel printing machine water roller sleeve is sleeved with the sleeve tool, wherein the novel guide strip is also structurally improved and innovated in design, the arrangement of a positioning function matched with the novel guide sleeve is increased, and the positioning function can also be structurally combined by a buckle and hook structure; the novel guide strip has the effects of expanding the water roller sleeve and reducing the contact friction force of the water roller sleeve on the rubber roller core, is in the shape of a flat strip and is slightly longer than the rubber roller core, one end of the novel guide strip is in a circular arc shape, the other end of the novel guide strip is provided with a clasp structure corresponding to the novel guide sleeve and a positioning function structure, the novel guide strip can be made of rigid materials such as metal materials, plastics, nylon materials, bamboo materials, wood strips and composite materials, and the novel guide strip is represented by a figure 6, a figure 7, a figure 8 or a figure 9.

The novel printing machine water roller sleeve is sleeved with the sleeve tool, wherein the fastening hoop is in a strip-shaped belt shape, can be closed to be an annular belt shape and also can be opened, or has a flexible elastic annular object, the fastening hoop is used for locking and fixing the novel guide strip on the novel guide sleeve, the water roller sleeve is locked and fixed on the novel guide sleeve, the material composition of the fastening hoop can be made of metal materials, or plastics, nylon or rubber, such as a ready-made metal hoop with a bolt, or a nylon ribbon, or a nylon lap tape, or a rubber ring, and the structure is shown in figure 14, figure 15, figure 16 and figure 17.

The novel printing machine water roller cover go into the tackling, wherein, the setting of locate function and clip structure set up, wherein the increase that novel uide bushing set up the locate function of novel gib block is the technical key of implementing this cross-under and embolias the method, requires each novel gib block must be on a parallel with the axial lead of novel uide bushing, make novel gib block can not appear the gib block and alternately pile up the phenomenon of stinging in the narrow little space of water roller cover, guarantee the smooth outer expanding of novel gib block and water roller cover, make the key that rubber roller core insert operation goes on smoothly.

The novel printing machine water roller sleeve is sleeved into the sleeve tool, wherein the clasp structure is a concave-convex complementary positioning and fixing structure, the convex structure can be a novel guide sleeve, and a novel guide strip is arranged on the novel guide sleeve or is additionally connected with the novel guide sleeve.

Description of the drawings:

FIG. 1 is a schematic diagram of a water roller sleeve sleeving tool of the novel printing machine;

the figures are labeled as follows: 1. a novel guide sleeve; 2. a novel guide strip; 3. a fastening hoop; 4. a water roller sleeve; 5. a rubber roll core;

FIG. 2 is a schematic view of a novel guide sleeve of the hook structure assembly;

the figures are labeled as follows: 1. a novel guide sleeve; 2. a hook with a novel guide sleeve positioning function; 3. a hook of a novel guide sleeve buckle hook structure;

FIG. 3 is a schematic view of a novel guiding sleeve of the buckle structure assembly;

the figures are labeled as follows: 1. a novel guide sleeve; 2. a buckle with a novel guide sleeve positioning function; 3. a novel guiding sleeve fastener structure;

FIG. 4 is a schematic view of a novel guide sleeve of an upper hook and lower hook structure assembly;

the figures are labeled as follows: 1. a novel guide sleeve; 2. a buckle with a novel guide sleeve positioning function; 3. a hook of a novel guide sleeve buckle hook structure;

FIG. 5 is a schematic view of a novel guide sleeve assembled with an upper buckle and a lower buckle structure;

the figures are labeled as follows: 1. a novel guide sleeve; 2. a hook with a novel guide sleeve positioning function; 3. a novel guiding sleeve fastener structure;

FIG. 6 is a schematic view of a buckle assembly of the novel guide bar;

the figures are labeled as follows: 1. a novel guide strip; 2. a buckle with the novel guide strip positioning function; 3. a novel guide bar buckle hook structure;

FIG. 7 is a view showing a hook assembly structure of the novel guide strip;

the figures are labeled as follows: 1. a novel guide strip; 2. novel hook that gib block locate function set up: 3. a hook of a novel guide bar buckle hook structure;

FIG. 8 is a view of the structure of the novel guide strip with upper and lower hooks;

the figures are labeled as follows: 1. a novel guide strip; 2. a hook with a novel guide strip positioning function; 3. a novel guide bar buckle hook structure;

FIG. 9 is a view showing a combined structure of an upper hook and a lower hook of the novel guide strip;

the figures are labeled as follows: 1. a novel guide strip; 2. a buckle with the novel guide strip positioning function; 3. a hook of a novel guide bar buckle hook structure;

FIG. 10 is a view showing a combination structure of a novel guide sleeve of a hook structure and a novel guide strip of a buckle structure;

the illustrations are marked in the figures; 1. a novel guide strip of hook structure; 2. a novel guide bar of the buckle structure; 3. a fastening hoop;

FIG. 11 is a view showing a combination structure of a novel guide sleeve of a hook structure and a novel guide strip of a buckle structure;

the illustrations are marked in the figures; 1. a novel guide bar of the buckle structure; 2. a novel guide strip of hook structure; 3. a fastening hoop;

FIG. 12 is a view showing a combination of a guide sleeve of the upper hook and the lower hook and a guide strip of the upper hook and the lower hook;

the illustrations are marked in the figures; 1. a novel guide strip of an upper buckle and lower hook structure; 2. a novel guide strip of an upper hook and lower buckle structure; 3. a fastening hoop;

FIG. 13 is a view showing a combination of a guide sleeve of the upper hook and the lower hook and a guide strip of the upper hook and the lower hook;

the illustrations are marked in the figures; 1. a novel guide strip of an upper hook and lower buckle structure; 2. a novel guide strip of an upper buckle and lower hook structure; 3. a fastening hoop;

fig. 14 structure diagram of metal hoop with bolts

The figures are labeled as follows: 1. a ferrule; 2. locking the screw and the nut;

FIG. 15 is a schematic view of a nylon cable tie;

FIG. 16 is a schematic view of a hook and loop fastener;

FIG. 17 is a schematic representation of an elastic band;

the specific implementation mode is as follows: