阅读说明：本技术 基于油墨印刷的恒温储运装置 (Constant temperature storage and transportation device based on printing ink printing ) 是由 周利 罗峰 徐清华 祝井万 于 2021-07-01 设计创作，主要内容包括：本发明属于印刷应用技术领域,具体公开了基于油墨印刷的恒温储运装置,由框架组件,及与框架组件相配合使用的恒温储藏组件组成。本发明的基于油墨印刷的恒温储运装置的有益效果在于：其设计结构合理,相配合使用的框架组件和恒温储藏组件结构,能实现油墨可靠、稳定的储藏备用要求,也便于推拉移动,同时也完成了一定的缓慢搅拌,实现恒温加热和防止沉淀的作用,提高印刷油墨品质,保证后续印刷品质量,提高印刷效率,满足特殊印刷品的印刷油墨储运使用要求。(The invention belongs to the technical field of printing application, and particularly discloses a constant-temperature storage and transportation device based on ink printing. The constant-temperature storage and transportation device based on ink printing has the beneficial effects that: the printing ink storage and transportation device is reasonable in design structure, the frame assembly and the constant-temperature storage assembly are matched for use, the storage standby requirement of the printing ink can be met reliably and stably, the printing ink storage and transportation device is convenient to push and pull to move, meanwhile, certain slow stirring is achieved, the constant-temperature heating and precipitation prevention effects are achieved, the quality of the printing ink is improved, the quality of subsequent printed matters is guaranteed, the printing efficiency is improved, and the storage and transportation use requirements of the printing ink of special printed matters are met.)

1. Constant temperature storage and transportation device based on printing ink printing, its characterized in that: the constant-temperature storage device consists of a frame component and a constant-temperature storage component matched with the frame component; the frame assembly comprises a bottom plate (1), inclined supporting plates (3) arranged at two ends of the bottom plate (1), and a cross beam plate (5) with two ends respectively connected with the inclined supporting plates (3); constant temperature storage assembly, including ink storage tank (6), and feed inlet (10) of setting on ink storage tank (6), discharge gate (9), and spill aggregate baffle (8) of setting in ink storage tank (6), wherein, discharge gate (9) are located spill aggregate baffle (8) top, and set up circulating pump (18) on crossbeam board (5), and set up on crossbeam board (5) and be located heat preservation liquid tank (15) of circulating pump (18) one side, and set up fluid infusion mouth (16) on heat preservation liquid tank (15), circulation liquid outlet (17), and one end is located heat preservation liquid tank (15), first circulation pipe (19) that the other end is connected with circulating pump (18), and set up ink storage tank liquid outlet (12) at ink storage tank (6) one side outer wall, ink storage tank liquid inlet (11), and set up respectively in ink storage tank (12), A first two-way (14) and a second two-way (13) on the liquid inlet (11) of the ink storage box, a second circulating conduit (20) with two ends respectively connected with the circulating pump (18) and the first two-way (14), and a third circulating conduit (21) with two ends respectively connected with the circulating liquid outlet (17) and the second two-way (13).

2. The ink-printing-based constant-temperature storage and transportation device according to claim 1, characterized in that: the constant-temperature storage and transportation device based on ink printing further comprises a motor mounting seat (22) which is arranged on the cross beam plate (5) and is positioned on the other side of the circulating pump (18), a driving motor (23) which is arranged on the motor mounting seat (22) through a bolt (24), a cross beam plate through hole (25) which is arranged in the cross beam plate (5) and is positioned below the motor mounting seat (22), a fixed block (27) which is arranged on the ink storage tank (6), a bearing mounting groove (28) and a shaft hole (29) which are arranged on the fixed block (27), a bearing (30) which is arranged in the bearing mounting groove (28), and an ink storage tank (6) with one end positioned in the ink storage tank (6) and the other end penetrating through the ink storage tank (6), the shaft hole (29), the rotating shaft (31) of the bearing (30), the shaft coupling (26) which is respectively connected with the driving motor (23) and the rotating shaft (31), and a group of stirring plates (32) which are arranged on the outer wall of the rotating shaft (31).

3. The ink-printing-based constant-temperature storage and transportation device according to claim 2, characterized in that: the constant-temperature storage and transportation device based on the ink printing further comprises locking rollers (2) arranged at four corners of the bottom surface of the bottom plate (1), arc-shaped handheld portions (4) respectively arranged on the outer wall of the upper portion of the inclined supporting plate (3), and arc-shaped through grooves (33) respectively arranged in the stirring plate (32).

4. The ink-printing-based constant-temperature storage and transportation device according to claim 3, characterized in that: the ink storage tank (6) is of a hollow structure, wherein the ink storage tank (6) of the hollow structure is filled with a heat insulation layer (7).

Technical Field

The invention belongs to the technical field of printing application, and particularly relates to a constant-temperature storage and transportation device based on ink printing.

Background

The digital printing machine is a non-contact printing technology, and is characterized by that it utilizes prepress system to transfer the graphic information to printing machine through network to print out printed matter.

Before the printing preparation, the used printing ink needs to be mixed and stirred so as to ensure the efficiency and quality of subsequent printed products. After a large amount of ink is stirred, due to printing use and production reasons, the mixed and stirred ink cannot be used up at one time, so that the stirred ink needs to be stored, the preprocessing of the mixing and stirring equipment is not influenced, and the special ink needs to be stored at constant temperature, so that good printing quality can be kept.

Therefore, based on the problems, the invention provides a constant-temperature storage and transportation device based on ink printing.

Disclosure of Invention

The purpose of the invention is as follows: the invention aims to provide a constant-temperature storage and transportation device based on ink printing, which is reasonable in design structure, can meet the requirements of reliable and stable storage and standby of ink by matching a frame assembly and a constant-temperature storage assembly, is convenient to push and pull, can be used for completing certain slow stirring, realizes the effects of constant-temperature heating and preventing precipitation, improves the quality of printing ink, ensures the quality of subsequent printed products and improves the printing efficiency.

The technical scheme is as follows: the invention provides a constant-temperature storage and transportation device based on ink printing, which consists of a frame component and a constant-temperature storage component matched with the frame component for use; the frame assembly comprises a bottom plate, inclined supporting plates arranged at two ends of the bottom plate, and a cross beam plate, wherein two ends of the cross beam plate are respectively connected with the inclined supporting plates; the constant-temperature storage component comprises an ink storage box, a feed inlet and a discharge outlet which are arranged on the ink storage box, and a concave aggregate partition plate arranged in the ink storage box, wherein, the discharge gate is located spill baffle top of gathering materials, and set up the circulating pump on the crossbeam board, and set up on the crossbeam board and be located the heat preservation liquid tank of circulating pump one side, and set up the fluid infusion mouth on the heat preservation liquid tank, the circulation liquid outlet, and one end is located the heat preservation liquid tank, the first circulation pipe that the other end is connected with the circulating pump, and set up the printing ink storage tank liquid outlet at printing ink storage tank one side outer wall, printing ink storage tank inlet, and set up respectively at printing ink storage tank liquid outlet, the first two-way on the printing ink storage tank inlet, the second two-way, and both ends respectively with the circulating pump, the second circulation pipe that first two-way is connected, and both ends respectively with the circulation liquid outlet, the third circulation pipe that second two-way is connected.

This technical scheme, constant temperature storage and transportation device based on printing ink printing still includes the motor mount pad that sets up on the crossbeam board and be located the circulating pump opposite side, and install the driving motor on the motor mount pad through the bolt, and set up the crossbeam board through-hole that just is located motor mount pad below in the crossbeam board, and set up the fixed block on the printing ink storage tank, and set up the bearing mounting groove at the fixed block, the shaft hole, and set up the bearing in the bearing mounting groove, and one end is located the printing ink storage tank, the other end runs through the printing ink storage tank, the shaft hole, the pivot of bearing, and respectively with driving motor, the shaft coupling that the pivot is connected, and set up the a set of board that stirs at the pivot outer wall.

According to the technical scheme, the constant-temperature storage and transportation device based on ink printing further comprises locking rollers arranged at four corners of the bottom surface of the bottom plate, arc-shaped handheld portions arranged on the outer wall of the upper portion of the inclined supporting plate respectively, and arc-shaped through grooves arranged in the stirring plate respectively.

This technical scheme, printing ink storage tank sets up to hollow structure, and wherein, hollow structure's printing ink storage tank intussuseption fills the heat preservation.

Compared with the prior art, the constant-temperature storage and transportation device based on ink printing has the beneficial effects that: the printing ink storage and transportation device is reasonable in design structure, the frame assembly and the constant-temperature storage assembly are matched for use, the storage standby requirement of the printing ink can be met reliably and stably, the printing ink storage and transportation device is convenient to push and pull to move, meanwhile, certain slow stirring is achieved, the constant-temperature heating and precipitation prevention effects are achieved, the quality of the printing ink is improved, the quality of subsequent printed matters is guaranteed, the printing efficiency is improved, and the storage and transportation use requirements of the printing ink of special printed matters are met.

Drawings

Fig. 1 is a schematic structural diagram of the constant-temperature storage and transportation device based on ink printing.

Detailed Description

The invention is further elucidated with reference to the drawings and the embodiments.

Example one

The constant-temperature storage and transportation device based on ink printing as shown in FIG. 1 comprises a frame assembly and a constant-temperature storage assembly matched with the frame assembly; the frame assembly comprises a bottom plate 1, inclined supporting plates 3 arranged at two ends of the bottom plate 1, and a cross beam plate 5, wherein two ends of the cross beam plate are respectively connected with the inclined supporting plates 3; the constant temperature storage component comprises an ink storage tank 6, a feed inlet 10 and a discharge outlet 9 which are arranged on the ink storage tank 6, a concave aggregate partition plate 8 which is arranged in the ink storage tank 6, wherein the discharge outlet 9 is positioned above the concave aggregate partition plate 8, a circulating pump 18 which is arranged on a cross beam plate 5, a heat preservation liquid tank 15 which is arranged on the cross beam plate 5 and is positioned at one side of the circulating pump 18, a liquid supplementing port 16 and a circulating liquid outlet 17 which are arranged on the heat preservation liquid tank 15, a first circulating conduit 19 which is positioned in the heat preservation liquid tank 15 at one end and is connected with the circulating pump 18 at the other end, an ink storage tank liquid outlet 12 and an ink inlet 11 which are arranged on the outer wall of one side of the ink storage tank 6, a first two-way liquid inlet 14 and a second two-way liquid inlet 13 which are respectively arranged on the ink storage tank liquid outlet 12 and the ink storage tank 11, and a second circulating conduit 20 which is respectively connected with the circulating pump 18 and the first two-way liquid inlet 14 at two ends, and the third circulation pipe 21 of both ends respectively with circulation liquid outlet 17, second two lead to 13 and being connected, wherein, heat preservation liquid case 15 is provided with the heating pipe (not marking out in the picture), and inside is provided with temperature sensor (not marking out in the picture), and heat preservation liquid case 15 outer wall sets up liquid crystal temperature display (not marking out in the picture) for show the management and control of being convenient for to the temperature, also can increase monitoring module (including singlechip, early warning unit), monitor according to the information of temperature sensor feedback, and report to the police.

Example two

The constant-temperature storage and transportation device based on ink printing as shown in FIG. 1 comprises a frame assembly and a constant-temperature storage assembly matched with the frame assembly; the frame assembly comprises a bottom plate 1, inclined supporting plates 3 arranged at two ends of the bottom plate 1, and a cross beam plate 5, wherein two ends of the cross beam plate are respectively connected with the inclined supporting plates 3; the constant temperature storage component comprises an ink storage tank 6, a feed inlet 10 and a discharge outlet 9 which are arranged on the ink storage tank 6, a concave aggregate partition plate 8 which is arranged in the ink storage tank 6, wherein the discharge outlet 9 is positioned above the concave aggregate partition plate 8, a circulating pump 18 which is arranged on a cross beam plate 5, a heat preservation liquid tank 15 which is arranged on the cross beam plate 5 and is positioned at one side of the circulating pump 18, a liquid supplementing port 16 and a circulating liquid outlet 17 which are arranged on the heat preservation liquid tank 15, a first circulating conduit 19 which is positioned in the heat preservation liquid tank 15 at one end and is connected with the circulating pump 18 at the other end, an ink storage tank liquid outlet 12 and an ink inlet 11 which are arranged on the outer wall of one side of the ink storage tank 6, a first two-way liquid inlet 14 and a second two-way liquid inlet 13 which are respectively arranged on the ink storage tank liquid outlet 12 and the ink storage tank 11, and a second circulating conduit 20 which is respectively connected with the circulating pump 18 and the first two-way liquid inlet 14 at two ends, and a third circulation conduit 21 having both ends connected to the circulation liquid outlet 17 and the second two-way conduit 13, respectively, and a motor mounting seat 22 disposed on the cross beam plate 5 and located at the other side of the circulation pump 18, and a driving motor 23 mounted on the motor mounting seat 22 through a bolt 24, and a cross beam plate through hole 25 disposed in the cross beam plate 5 and located below the motor mounting seat 22, and a fixed block 27 disposed on the ink storage tank 6, and a bearing mounting groove 28, a shaft hole 29 disposed on the fixed block 27, and a bearing 30 disposed in the bearing mounting groove 28, and a rotating shaft 31 having one end disposed in the ink storage tank 6 and the other end penetrating through the ink storage tank 6, the shaft hole 29, and the bearing 30, and a coupling 26 connected to the driving motor 23 and the rotating shaft 31, respectively, and a set of stirring plates 32 disposed on the outer wall of the rotating shaft 31, wherein the heat preservation liquid tank 15 is provided with a heating pipe (not shown in the figure) and a temperature sensor (not shown in the figure) is disposed inside, the outer wall of the heat preservation liquid box 15 is provided with a liquid crystal temperature display (not shown in the figure) for displaying the temperature to facilitate control, and a monitoring module (comprising a single chip microcomputer and an early warning unit) can be additionally arranged for monitoring according to information fed back by the temperature sensor and alarming.

EXAMPLE III

The constant-temperature storage and transportation device based on ink printing as shown in FIG. 1 comprises a frame assembly and a constant-temperature storage assembly matched with the frame assembly; the frame assembly comprises a bottom plate 1, inclined supporting plates 3 arranged at two ends of the bottom plate 1, and a cross beam plate 5, wherein two ends of the cross beam plate are respectively connected with the inclined supporting plates 3; the constant temperature storage component comprises an ink storage tank 6, a feed inlet 10 and a discharge outlet 9 which are arranged on the ink storage tank 6, a concave aggregate partition plate 8 which is arranged in the ink storage tank 6, wherein the discharge outlet 9 is positioned above the concave aggregate partition plate 8, a circulating pump 18 which is arranged on a cross beam plate 5, a heat preservation liquid tank 15 which is arranged on the cross beam plate 5 and is positioned at one side of the circulating pump 18, a liquid supplementing port 16 and a circulating liquid outlet 17 which are arranged on the heat preservation liquid tank 15, a first circulating conduit 19 which is positioned in the heat preservation liquid tank 15 at one end and is connected with the circulating pump 18 at the other end, an ink storage tank liquid outlet 12 and an ink inlet 11 which are arranged on the outer wall of one side of the ink storage tank 6, a first two-way liquid inlet 14 and a second two-way liquid inlet 13 which are respectively arranged on the ink storage tank liquid outlet 12 and the ink storage tank 11, and a second circulating conduit 20 which is respectively connected with the circulating pump 18 and the first two-way liquid inlet 14 at two ends, a third circulating conduit 21 with two ends respectively connected with the circulating liquid outlet 17 and the second two-way pipe 13, a motor mounting seat 22 arranged on the cross beam plate 5 and positioned at the other side of the circulating pump 18, a driving motor 23 arranged on the motor mounting seat 22 through a bolt 24, a cross beam plate through hole 25 arranged in the cross beam plate 5 and positioned below the motor mounting seat 22, a fixed block 27 arranged on the ink storage tank 6, a bearing mounting groove 28 and a shaft hole 29 arranged on the fixed block 27, a bearing 30 arranged in the bearing mounting groove 28, a rotating shaft 31 with one end positioned in the ink storage tank 6 and the other end penetrating through the ink storage tank 6, the shaft hole 29 and the bearing 30, a coupling 26 respectively connected with the driving motor 23 and the rotating shaft 31, a group of stirring plates 32 arranged on the outer wall of the rotating shaft 31, locking rollers 2 arranged at four corners of the bottom surface of the bottom plate 1, and arc-shaped hand-held parts 4 respectively arranged on the upper outer wall of the inclined support plate 3, and arc through grooves 33 respectively arranged in the stirring plates 32, wherein the heat preservation liquid tank 15 is provided with a heating pipe (not marked in the figure), a temperature sensor (not marked in the figure) is arranged inside the heat preservation liquid tank, the outer wall of the heat preservation liquid tank 15 is provided with a liquid crystal temperature display (not marked in the figure) for displaying the temperature so as to control the temperature, a monitoring module (comprising a single chip microcomputer and an early warning unit) can be additionally arranged, monitoring is carried out according to the information fed back by the temperature sensor, and alarming is carried out.

Example four

The constant-temperature storage and transportation device based on ink printing as shown in FIG. 1 comprises a frame assembly and a constant-temperature storage assembly matched with the frame assembly; the frame assembly comprises a bottom plate 1, inclined supporting plates 3 arranged at two ends of the bottom plate 1, and a cross beam plate 5, wherein two ends of the cross beam plate are respectively connected with the inclined supporting plates 3; the constant temperature storage component comprises an ink storage tank 6, a feed inlet 10 and a discharge outlet 9 which are arranged on the ink storage tank 6, a concave aggregate partition plate 8 which is arranged in the ink storage tank 6, wherein the discharge outlet 9 is positioned above the concave aggregate partition plate 8, a circulating pump 18 which is arranged on a cross beam plate 5, a heat preservation liquid tank 15 which is arranged on the cross beam plate 5 and is positioned at one side of the circulating pump 18, a liquid supplementing port 16 and a circulating liquid outlet 17 which are arranged on the heat preservation liquid tank 15, a first circulating conduit 19 which is positioned in the heat preservation liquid tank 15 at one end and is connected with the circulating pump 18 at the other end, an ink storage tank liquid outlet 12 and an ink inlet 11 which are arranged on the outer wall of one side of the ink storage tank 6, a first two-way liquid inlet 14 and a second two-way liquid inlet 13 which are respectively arranged on the ink storage tank liquid outlet 12 and the ink storage tank 11, and a second circulating conduit 20 which is respectively connected with the circulating pump 18 and the first two-way liquid inlet 14 at two ends, a third circulating conduit 21 with two ends respectively connected with the circulating liquid outlet 17 and the second two-way pipe 13, a motor mounting seat 22 arranged on the cross beam plate 5 and positioned at the other side of the circulating pump 18, a driving motor 23 arranged on the motor mounting seat 22 through a bolt 24, a cross beam plate through hole 25 arranged in the cross beam plate 5 and positioned below the motor mounting seat 22, a fixed block 27 arranged on the ink storage tank 6, a bearing mounting groove 28 and a shaft hole 29 arranged on the fixed block 27, a bearing 30 arranged in the bearing mounting groove 28, a rotating shaft 31 with one end positioned in the ink storage tank 6 and the other end penetrating through the ink storage tank 6, the shaft hole 29 and the bearing 30, a coupling 26 respectively connected with the driving motor 23 and the rotating shaft 31, a group of stirring plates 32 arranged on the outer wall of the rotating shaft 31, locking rollers 2 arranged at four corners of the bottom surface of the bottom plate 1, and arc-shaped hand-held parts 4 respectively arranged on the upper outer wall of the inclined support plate 3, and set up the arc that stirs in board 32 respectively and lead to groove 33, and set up the packing heat preservation 7 in ink storage tank 6, ink storage tank 6 sets up to hollow structure, wherein, heat preservation liquid case 15 is provided with the heating pipe (not marking in the figure), inside is provided with temperature sensor (not marking in the figure), 15 outer walls of heat preservation liquid case set up liquid crystal temperature display (not marking in the figure), be used for showing the management and control of being convenient for to the temperature, also can increase monitoring module (including singlechip, early warning unit), monitor according to the information of temperature sensor feedback, and report to the police.

The constant-temperature storage and transportation device based on ink printing in the first structural embodiment or the second structural embodiment or the third structural embodiment or the fourth structural embodiment has a reasonable design structure, and the frame assembly and the constant-temperature storage assembly which are used in a matched mode can meet the requirements of reliable and stable storage and standby of ink, are convenient to push and pull to move, can achieve certain slow stirring, achieve the effects of constant-temperature heating and precipitation prevention, improve the quality of printing ink, ensure the quality of subsequent printed matters, improve the printing efficiency and meet the requirements of storage and transportation of the printing ink of special printed matters.

The foregoing is only a preferred embodiment of this invention and it should be noted that modifications can be made by those skilled in the art without departing from the principle of the invention and these modifications should also be considered as the protection scope of the invention.