Cap mold forming device

Abstract

The present invention relates to a cap mold forming device, which comprises a main mold part and a cover mold part; the main mold part comprises a rectangular template, the top surface of the rectangular template is provided with a rectangular main groove, a short side of the rectangular main groove is provided with a horizontal U-shaped secondary groove, and the inner groove bottom of the horizontal U-shaped secondary groove is provided with a step; the cover mold part comprises at least two rectangular mold covers of the same size, at least two rectangular mold covers are spaced apart and both cover the top of the rectangular main groove in the same direction as the rectangular main groove, and form at least one long slit at the top of the rectangular main groove; each long slit is provided with a block for blocking the connection gap between the long slit and the other short side of the rectangular main groove; each long slit is provided with a plurality of punching rods arranged in a row longitudinally, all the punching rods are vertically arranged on the rectangular template and the tops of the punching rods are not lower than the tops of the mold covers, so as to punch a plurality of connection holes on the corresponding cap mold longitudinal beam. The present invention can be used for automatically processing cap templates.

Description

Technical Field

[0001] The invention relates to a cap template processing equipment, in particular to a cap template forming device. Background Art

[0002] like Figure 1 The illustrated foundation template includes a rectangular foundation template main board 01, a top of a short side of the foundation template main board 01 is provided with a raised foundation template horizontal side beam 02, a lower side of the foundation template horizontal side beam 02 is provided with a sunken foundation template riveting groove 03, and the top surface of the rectangular main board 01 is provided with at least one raised foundation template longitudinal beam 04 perpendicularly intersecting the foundation template horizontal side beam 02, and each foundation template longitudinal beam 04 is reserved with a plurality of connection holes 05. Traditional technology requires the use of multiple tools and multiple steps to manufacture the foundation template of the above structure, which is not conducive to improving processing efficiency and saving production costs. Summary of the invention

[0003] The invention discloses a cap mold forming device, aiming to improve the efficiency of processing the cap template and save production costs.

[0004] The present invention adopts the following technical solutions:

[0005] A cap mold forming device, comprising:

[0006] The main mold part comprises a horizontally arranged rectangular template, the top surface of which is provided with a rectangular main groove for forming the main board of the support platform mold, a transverse U-shaped auxiliary groove for forming the transverse side beam of the support platform mold is provided on one short side of the rectangular main groove, and a step is provided at the inner groove bottom of the transverse U-shaped auxiliary groove for forming the riveting groove of the support platform mold;

[0007] The cover mold part comprises at least two rectangular mold covers of the same size, the at least two rectangular mold covers are spaced apart and cover the top of the rectangular main groove in the same direction as the rectangular main groove, and at least one long slit is formed on the top of the rectangular main groove, which is vertically connected to the horizontal U-shaped auxiliary groove for forming the longitudinal beam of the base mold;

[0008] Each long slit is provided with a blocking block for blocking the connection gap between the long slit and the other short side of the rectangular main groove;

[0009] A plurality of punching rods are arranged in a row longitudinally in each long seam. All the punching rods are vertically arranged on the rectangular template and the tops of the punching rods are not lower than the top of the mold cover, so as to punch a plurality of connection holes on the corresponding longitudinal beam of the foundation mold.

[0010] As a preferred solution, the rectangular main groove, the transverse U-shaped auxiliary groove and the step are all composed of four mold strips arranged on the top of the rectangular template.

[0011] As a preferred solution, the four mold bars include a pair of long mold bars and a pair of short mold bars, the pair of long mold bars and the pair of short mold bars are respectively parallel to the long sides and short sides of the rectangular template and are connected in pairs to form a rectangular main groove on the top surface of the rectangular template; the pair of short mold bars and the pair of long mold bars are of equal height, the outer end surface of a short mold bar is provided with a panel perpendicular to the rectangular template and higher than the short mold bar, and the ends of the pair of long mold bars close to the short mold bar are provided with a side edge with a length greater than the width of the short mold bar and the same height as the panel edge, and the side edges on both sides and the panel edge together form a horizontal U-shaped secondary groove at one end of the rectangular main groove, and the short mold bar forms a step at the inner bottom of the horizontal U-shaped secondary groove;

[0012] At least one of a pair of long mold bars and a pair of short mold bars is movably arranged on the rectangular template to adjust the size of the rectangular main groove, the horizontal U-shaped auxiliary groove and the step.

[0013] As a preferred solution, the rectangular template is arranged on a base, and at least two swing rods perpendicular to the long sides of the rectangular template are arranged at intervals on the bottom surface of the rectangular template, one end of each swing rod is rotatably connected to an axle seat arranged on the base, and the other end is supported on the base by a set of top supporting components, so as to be horizontally arranged on the top surface of the base; a first driving part for driving the rectangular template to flip inside and outside on the base is arranged between the base and the rectangular template;

[0014] A pair of long mold strips include a flip long mold strip and a movable long mold strip; the flip long mold strip is rotatably arranged on one side of the rectangular template close to the shaft seat through hinges, and is driven by a second driving part arranged on the bottom surface of the rectangular template to flip inside and outside to open or close the rectangular main groove; the movable long mold strip is arranged on the other side of the rectangular template away from the shaft seat, and the movable long mold strip is a magnetic metal part, which is fixed on the rectangular template by being adsorbed on a horizontal magnetic strip parallel to the short side of the rectangular template and is movably fixed on the rectangular template inward and outward, so as to simultaneously adjust the width of the rectangular main groove and the width of the horizontal U-shaped sub-groove and the step.

[0015] As a preferred solution, each set of top support components includes two top support bolts, one top support bolt is vertically installed on the top surface of the base, and the other top support bolt is vertically installed on the bottom surface of the rocker arm opposite to it above and below. The two top support bolts are opposed to each other, so as to jointly support the corresponding rocker arm horizontally on the top of the base with the axle seat, thereby horizontally supporting the rectangular template on the top of the base.

[0016] As a preferred solution, a pair of short mold bars include a fixed short mold bar and a movable short mold bar; the fixed short mold bar is fixedly installed on the rectangular template, and the enclosure is arranged on the fixed short mold bar; the movable short mold bar is a magnetic metal part, which is fixed on the rectangular template by being adsorbed on the longitudinal magnetic strips parallel to the long sides of the rectangular template and displaced inwards and outwards, so as to adjust the length of the rectangular main groove.

[0017] As a preferred solution, all punching rods are movably arranged up and down in corresponding rod holes on the rectangular template, and each punching rod is connected to a third driving part for driving it to probe upward into the rectangular main groove or downward out of the rectangular main groove.

[0018] As a preferred solution, each mold cover is respectively connected to a fourth driving part for driving it to separate upward from the main mold part or to cover the main mold part downward.

[0019] The present invention can be used to process a Figure 1 The base template shown is beneficial to improving the processing efficiency of this type of base template and saving production costs. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 It is a schematic diagram of a cap template structure;

[0021] Figure 2 It is a schematic diagram of the overall structure of an embodiment of the present invention;

[0022] Figure 3 It is a partial exploded view of the overall structure of an embodiment of the present invention;

[0023] Figure 4 This is a schematic diagram of the bottom surface structure of the main mold part according to an embodiment of the present invention; DETAILED DESCRIPTION

[0024] The present invention is described below in conjunction with the accompanying drawings and specific embodiments.

[0025] Reference Figure 1-4 :

[0026] A base mold forming device comprises a rectangular base 1 and a main mold part 2 horizontally arranged on the rectangular base 1. The main mold part 2 comprises a rectangular template 2.1, and two ends of the bottom surface of the rectangular template 2.1 are respectively provided with a swing rod 3 perpendicular to the long side thereof, two shaft seats 1.1 are vertically arranged on the top of one long side of the rectangular base 1, and the tops of the two shaft seats 1.1 are both provided with a rotating shaft 4 parallel to the long side of the rectangular base 1, one end of the two swing rods 3 is respectively rotatably connected to the two rotating shafts 4, so that the rectangular template 2.1 is connected to the rectangular base 1 in an inside-outside flipped manner; the other ends of the two swing rods 3 are mutually opposed through the upper supporting bolts 5 provided at their respective bottoms and the lower supporting bolts 6 provided correspondingly on the top of the rectangular base 1, so that the rectangular template 2.1 is horizontally supported on the rectangular base 1. A first driving unit is provided between the rectangular base 1 and the rectangular template 2.1, and the first driving unit includes a plurality of first cylinders 7, the piston rods of the plurality of first cylinders 7 are all oriented toward the shaft seat 1.1 and the rear ends are all axially connected to the rectangular base 1, and the piston rods are all axially connected to the rectangular template 2.1 at an angle upward, so as to drive the rectangular template 2.1 to flip inside and outside on the rectangular base 1.

[0027] Four mold bars of equal height are arranged on the top of the rectangular template 2.1, and the four mold bars include a pair of long mold bars and a pair of short mold bars. The pair of long mold bars include a flip long mold bar 2.2 and a movable long mold bar 2.3, and the pair of short mold bars include a fixed short mold bar 2.4 and a movable short mold bar 2.5. The flip long mold bar 2.2 and the movable long mold bar 2.3 are parallel to the long sides of the rectangular template 2.1, and the fixed short mold bar 2.4 and the movable short mold bar 2.5 are parallel to the short sides of the rectangular template 2.1, thereby jointly enclosing a rectangular main groove 2-1 on the top surface of the rectangular template 2.1 for forming the supporting platform template main board 01.

[0028] The fixed short mold bar 2.4 is fixedly installed on the top surface of the rectangular template 2.1, and its outer end surface is provided with a panel 2.41 which is perpendicular to the rectangular template 2.1 and higher than the fixed short mold bar 2.4. The flip long mold bar 2.2 and the movable long mold bar 2.3 are respectively provided with a first side edge 2.21 and a second side edge 2.31 which are longer than the width of the fixed short mold bar 2.4 and are at the same height as the panel 2.41 at one end of the fixed short mold bar 2.4. The first side edge 2.21 and the second side edge 2.31 and the panel 2.41 together form a horizontal U-shaped auxiliary groove 2-2 at one end of the rectangular main groove 2-1, and the fixed short mold bar 2.4 forms a step 2-3 for forming the riveting groove 03 of the supporting platform mold at the inner bottom of the horizontal U-shaped auxiliary groove 2-2.

[0029] The movable short mold strip 2.5 is a magnetic metal part, which is fixed on the rectangular template 2.1 by being adsorbed on the longitudinal magnetic strips parallel to the long sides of the rectangular template 2.1, so as to be displaced inwards and outwards, so as to adjust the length of the rectangular main groove 2-1.

[0030] The flip long mold strip 2.2 is rotatably arranged on one side of the proximal axis seat 1.1 of the rectangular template 2.1 through a hinge, and a second driving part is arranged on the bottom surface of the rectangular template 2.1, and the second driving part comprises a plurality of second cylinders 8, and the cylinder bodies of the plurality of second cylinders 8 are all fixed on the rectangular template 2.1 perpendicularly to the long sides of the rectangular template 2.1, and the piston rods are all connected to the flip long mold strip 2.2 through a connecting piece, so as to drive the flip long mold strip 2.2 to flip inside and outside to open or close the rectangular main groove 2-1.

[0031] The movable long mold bar 2.3 is arranged on the other side of the rectangular template 2.1 away from the shaft seat 1.1. The movable long mold bar 2.3 is a magnetic metal part. It is fixed on the rectangular template 2.1 by being adsorbed on the transverse magnetic strips parallel to the short sides of the rectangular template 2.1, so as to be movably fixed inwards and outwards, so as to simultaneously adjust the width of the rectangular main groove 2-1 and the width of the transverse U-shaped sub-groove 2-2 and the step 2-3.

[0032] The cap mold forming device also includes a cover mold part 9, which includes four rectangular mold covers 9.1 of the same size. The four rectangular mold covers 9.1 are spaced apart and cover the top of the rectangular main groove 2-1 in the same direction as the rectangular main groove 2-1, and form three long slits 9.2 on the top of the rectangular main groove 2-1 that are vertically connected to the horizontal U-shaped auxiliary groove 2-2 for forming the cap mold longitudinal beam 04. Each long slit 9.2 is provided with a blocking block 9.3 for blocking the connection gap between the long slit 9.2 and the fixed short mold strip 2.4.

[0033] A fourth driving unit is provided above the mold cover 9.1, and the fourth driving unit includes multiple groups of fourth cylinders 10. Each group of fourth cylinders 10 is vertically arranged on the top of the same sub-frame 11. The sub-frame 11 is straddled above the main mold part 2 and fixed on the rectangular base 1. The piston rod of each group of fourth cylinders 10 is downwardly connected to the corresponding mold cover 9.1 to drive the corresponding mold cover 9.1 to move up and down to cover or detach from the main mold part 2.

[0034] Four punching rods 12 are arranged in a row longitudinally in each long slit 9.2. All the punching rods 12 are movably arranged in the corresponding rod holes on the rectangular template 2.1. A third driving unit is vertically fixedly installed on the bottom surface of the rectangular template 2.1 below each punching rod 12. The third driving unit includes a group of third cylinders 13. The piston rods of each group of third cylinders 13 are upward and fixedly connected to the corresponding punching rods 12 through the same connecting rod to drive the punching rods 12 to probe upward into the rectangular main groove 2-1 and expose the top of the mold cover 9.1 to punch four connecting holes 05 on the corresponding base mold longitudinal beam 04, or to exit the rectangular main groove 2-1 downward.

[0035] When in use, a certain amount of mud is injected into the main mold part 2 along the transverse U-shaped auxiliary groove 2-2, the mud in the rectangular main groove 2-1 forms the main plate 01 of the pedestal mold, the mud in the transverse U-shaped auxiliary groove 2-2 forms the transverse side beam 02 of the pedestal mold, the fixed short mold strip 2.4 forms the pedestal mold riveting groove 03, the mud in the long seam 9.2 forms the pedestal mold longitudinal beam 04, and the punching rod 12 punches the pedestal mold connection hole 05. After the mud solidifies and forms, the corresponding mold cover 9.1 can be lifted to the top of the auxiliary frame 11 by the fourth cylinder 10 to avoid the main mold part 2, the third cylinder 13 drives the punching rod 12 to withdraw from the rectangular main groove 2-1, the first cylinder 7 drives the main mold part 2 to flip outward and stand on its side, and the second cylinder 8 drives the flip long mold strip 2.2 to open the main mold part 2 to release the pedestal template.

Claims

1. A cap mold forming device, characterized in that: include: The main mold part comprises a horizontally arranged rectangular template, the top surface of which is provided with a rectangular main groove for forming the main board of the support platform mold, a transverse U-shaped auxiliary groove for forming the transverse side beam of the support platform mold is provided on one short side of the rectangular main groove, and a step is provided at the inner groove bottom of the transverse U-shaped auxiliary groove for forming the riveting groove of the support platform mold; The cover mold part comprises at least two rectangular mold covers of the same size, the at least two rectangular mold covers are spaced apart and cover the top of the rectangular main groove in the same direction as the rectangular main groove, and at least one long slit is formed on the top of the rectangular main groove, which is vertically connected to the horizontal U-shaped auxiliary groove for forming the longitudinal beam of the base mold; Each long slit is provided with a blocking block for blocking the connection gap between the long slit and the other short side of the rectangular main groove; Multiple punching rods are arranged in rows longitudinally in each long seam, and all the punching rods are vertically arranged on the rectangular template and the tops of the punching rods are not lower than the top of the mold cover, so as to punch multiple connection holes on the corresponding longitudinal beam of the cap mold; The rectangular main groove, the horizontal U-shaped auxiliary groove and the steps are all composed of four molding strips arranged on the top of the rectangular template; The four moulding strips include a pair of long moulding strips and a pair of short moulding strips, the pair of long moulding strips and the pair of short moulding strips are respectively parallel to the long sides and the short sides of the rectangular template and are connected in pairs to form a rectangular main groove on the top surface of the rectangular template; the pair of short moulding strips and the pair of long moulding strips are of equal height, the outer end surface of one short moulding strip is provided with a surrounding plate which is perpendicular to the rectangular template and higher than the short moulding strip, and the ends of the pair of long moulding strips close to the short moulding strip are provided with surrounding edges which are longer than the width of the short moulding strip and are of equal height to the surrounding plates, the surrounding edges on both sides and the surrounding plates together form a horizontal U-shaped secondary groove at one end of the rectangular main groove, and the short moulding strip forms a step at the inner bottom of the horizontal U-shaped secondary groove; At least one of the pair of long mold bars and the pair of short mold bars is movably disposed on the rectangular template to adjust the size of the rectangular main groove, the horizontal U-shaped auxiliary groove and the step; The pair of long mold strips includes a flip long mold strip and a movable long mold strip; the flip long mold strip is rotatably arranged on one side of the rectangular template close to the shaft seat through a hinge, and is driven by a second driving part arranged on the bottom surface of the rectangular template to flip inside and outside to open or close the rectangular main groove; The movable long mold bar is arranged on the other side of the rectangular template away from the shaft seat. The movable long mold bar is a magnetic metal part, which is fixed on the rectangular template by being adsorbed on the transverse magnetic strips arranged on the rectangular template and parallel to the short side of the rectangular template, so as to be moved inward and outward, so as to simultaneously adjust the width of the rectangular main groove and the width of the transverse U-shaped auxiliary groove and the step; A pair of short mold bars include a fixed short mold bar and a movable short mold bar; the fixed short mold bar is fixedly installed on the rectangular template, and the enclosure is arranged on the fixed short mold bar; the movable short mold bar is a magnetic metal part, which is fixed on the rectangular template by being adsorbed on the longitudinal magnetic strips parallel to the long sides of the rectangular template and displaced inwards and outwards, so as to adjust the length of the rectangular main groove.

2. A cap mold forming device according to claim 1, characterized in that: The rectangular template is arranged on a base, and at least two swing rods perpendicular to the long sides of the rectangular template are arranged at intervals on the bottom surface of the rectangular template. One end of each swing rod is rotatably connected to an axle seat arranged on the base, and the other end is supported on the base by a set of top support components, so that it is horizontally arranged on the top surface of the base; a first driving part is arranged between the base and the rectangular template for driving the rectangular template to flip inside and outside on the base.

3. A cap mold forming device according to claim 2, characterized in that: Each set of top support assembly includes two top support bolts, one top support bolt is vertically installed on the top surface of the base, and the other top support bolt is vertically installed on the bottom surface of the rocker arm opposite to it above and below. The two top support bolts are opposed to each other, so as to support the corresponding rocker arm horizontally on the top of the base together with the axle seat, thereby supporting the rectangular template horizontally on the top of the base.

4. A cap mold forming device according to claim 1, characterized in that: All punching rods are movably arranged in corresponding rod holes on the rectangular template, and each punching rod is connected to a third driving part for driving it to probe upward into the rectangular main groove or to exit downward from the rectangular main groove.

5. The platform mold forming device according to claim 1, characterized in that: Each mold cover is connected to a fourth driving part for driving it to separate upward from the main mold part or to cover the main mold part downward.

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