New! View global litigation for patent families

CN104760717A - Particle material packaging machine - Google Patents

Particle material packaging machine Download PDF

Info

Publication number
CN104760717A
CN104760717A CN 201510127275 CN201510127275A CN104760717A CN 104760717 A CN104760717 A CN 104760717A CN 201510127275 CN201510127275 CN 201510127275 CN 201510127275 A CN201510127275 A CN 201510127275A CN 104760717 A CN104760717 A CN 104760717A
Authority
CN
Grant status
Application
Patent type
Prior art keywords
device
sealing
material
packaging
machine
Prior art date
Application number
CN 201510127275
Other languages
Chinese (zh)
Other versions
CN104760717B (en )
Inventor
张勇
刘水长
胡京明
申辰州
Original Assignee
湖南工业大学
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date

Links

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65BMACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B51/00Devices for, or methods of, sealing or securing package folds or closures; Devices for gathering or twisting wrappers, or necks of bags
    • B65B51/10Applying or generating heat or pressure or combinations thereof
    • B65B51/26Devices specially adapted for producing transverse or longitudinal seams in webs or tubes
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65BMACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B61/00Miscellaneous auxiliary devices operating on sheets, blanks, webs, binding material, containers, or packages, and not otherwise provided for
    • B65B61/04Miscellaneous auxiliary devices operating on sheets, blanks, webs, binding material, containers, or packages, and not otherwise provided for for severing webs, or for separating joined packages
    • B65B61/06Miscellaneous auxiliary devices operating on sheets, blanks, webs, binding material, containers, or packages, and not otherwise provided for for severing webs, or for separating joined packages by cutting
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65BMACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B9/00Enclosing successive articles, or quantities of material, e.g. liquids or semiliquids, in flat, folded, or tubular webs of flexible sheet material; Subdividing filled flexible tubes to form packages
    • B65B9/10Enclosing successive articles, or quantities of material, in preformed tubular webs, or in webs formed into tubes around filling nozzles, e.g. extruded tubular webs

Abstract

The invention discloses a particle material packaging machine which comprises a vertical machine frame, a rolled material conveying device, a material supply device, a bag-making forming device and an opening sealing device. The opening sealing device comprises a longitudinal traction device and a transverse-sealing cutting-off device. The longitudinal traction device is arranged above the transverse-sealing cutting-off device. The particle material packaging machine is of a vertical structure, all parts are ingenuously arranged, specific part improvement is performed, and the structure is greatly simplified, required occupied area is decreased. In addition, the reliability, packaging speed and finished product rate of the machine can be further effectively improved, operation is also simple and convenient, particle materials can be effectively, quickly and accurately packaged into pillow-shaped longitudinally-sealed lap joint bag products. A traction device is not needed to be independently arranged, the sealing demand is met through the original transverse-sealing cutting-off device, and meanwhile the demand that packaging films are sheared and cut off from the sealing positions and accordingly a shearing device is omitted is further met.

Description

颗粒物料包装机 Granular material packing machine

技术领域 FIELD

[0001] 本发明涉及包装机械设计的技术领域,尤其涉及一种颗粒物料包装机。 [0001] The present invention relates to the field of packaging machinery design, particularly to a packaging machine particulate material.

背景技术 Background technique

[0002] 在世界范围内,包装工业的发展史比较短,科学技术发达的欧美各国大体是在20世纪初起步的,50年代步伐才大为加快。 [0002] in the world, the history of the development of the packaging industry is relatively short, science and technology developed in Europe and the United States is generally started in the early 1900s, the pace of the 1950s was greatly accelerated.

[0003] 从20世纪初到第二次世界大战结束前,在医药、食品、卷烟、火柴、日用化工等工业部门实现了包装作业的机械化,采用纯机械控制技术;50年代,包装机广泛采用以普通电子开关和电子管为主要元件的控制系统,即继电控制加机械调整技术,实现了初级自动化;60年代,包装机中采用机电光液气综合技术明显增多,机种进一步扩大,在此基础上出现了专用的自动包装线;70年代,将微电子技术引入自动包装机和包装线,实现了由电子计算机控制的包装生产过程;从80至90年代初开始,在某些包装领域里将微机、机器人更多的应用于供送、检测、管理等方面,准备向柔性自动包装线和“无人化”自动包装车间过度。 [0003] from the 20th century to the end of the Second World War, in medicine, food, cigarettes, matches, household chemicals and other industrial sectors mechanized packaging operations, using purely mechanical control technology; 1950s, extensive packaging machine the control system uses an ordinary electronic switch element and the main tube, i.e. mechanical adjustment plus relay control technology, to achieve automation of primary; 60 years, organic light packaging machine using integrated technology significantly increased liquid gas, to further expand the model, in It has been a dedicated line based on automatic packaging; 70 years, the microelectronics technology into an automatic packaging machine and packaging lines, and a computer controlled by a packaging production process; from the beginning 80 to 90's, in some packaging in the computer, the robot is applied to more feed, detection, management, etc., to prepare a flexible and automatic packaging lines "unmanned" excessive automatic packaging plant.

[0004] 以上所述的只是包装工业发展的平均水品。 [0004] Just above the average water for development in the packaging industry. 但具体到某类机器,则各有不同。 But specific to certain types of machine, are different. 以自动制袋充填包装机为例,目前在国内市场上所见的机型,主要采用继电控制技术或机电光液气综合技术,相对包装机械整体发展水平来说,还是有点落后,赶不上时代的步伐。 With automatic bag filling and packaging machine, for example, currently seen in the domestic market models, mainly uses integrated technology, the overall level is relatively packaging machinery development or electromechanical relay control light liquid gas, that was a little behind, behind the times pace of. 食品包装行业发展的总趋势就是实现食品包装的自动化、智能化以及最后实现“无人化”包装。 The general trend of the development of the food packaging industry is automated, intelligent, and finally achieve the realization of food packaging "unmanned" package.

[0005] 目前,国外包装和食品机械水平高的国家主要有美国、德国、日本、意大利和英国。 [0005] At present, foreign food packaging machinery and high level of countries mainly the United States, Germany, Japan, Italy and the United Kingdom. 而最近几年,这些国家包装和食品机械设备发展呈现出新的趋势,其技术将朝着四个方向发展:一是机械功能多元化。 And in recent years, these countries packaging and food machinery and equipment development presents a new trend, the technology will move towards four directions: First, the mechanical function diversification. 工商业产品已趋向精致化及多元化,在大环境变化形势下,多元化、弹性化且具有多种切换功能的包装机种方能适应市场需求。 Industrial and commercial products have been refined and diversified trend, the situation changes in the environment, diversity, resilience of models and a variety of package switching function in order to meet market demand. 二是结构设计标准化、模组化。 Second, the structure design standardization, modular. 充分利用原有机型进行模组化设计,可在短时间内转换新机型。 Full use of existing models were modular design, the new models can be converted in a short time. 三是控制智能化。 Third, intelligent control. 目前包装机械厂家普遍使用PLC动力负载控制器,虽然PLC弹性很大,但仍未具有电脑(含软件)所拥有的强大功能。 Currently packaging machinery manufacturers generally use power load controller PLC, although the PLC very flexible, but still have computer (including software) owned by the powerful. 四是结构高精度化。 Fourth, the precision of the structure. 结构设计及结构运动控制等事关包装机械性能的优劣,可通过马达、编码器及数字控制(NC)、动力负载控制(PLC)等高精密控制器来完成,并适度地做产品延伸,朝高科技产业的包装设备方向研发。 Merits concerning the mechanical properties of the packaging design and motion control structure, can be accomplished by a motor, an encoder and digital control (the NC), a power load control (PLC) controller high precision, and moderately extended products do, packaging equipment research and development towards the direction of high-tech industries.

[0006] 美国的包装工业发展较早,门类齐全,基础扎实,水平很高。 [0006] US packaging industry developed earlier, a complete range of high solid foundation, level. 仅就包装机械制造业而论,实力相当雄厚,其品种和总产值均居世界首位。 Far packaging machinery manufacturing industry is concerned, a considerable strength of the company, its variety and GDP ranks first in the world. 美国有许多工业企业和军事部门附设包装研宄机构,充分利用实验分析手段积极从事新产品、新技术的开发与应用。 The United States has many industrial companies and military agencies attached to the package in a Subsidiary, make full use of the experimental analysis means actively engaged in new product development and application of new technologies. 例如,电脑计量选别机在生产线上已经广泛应用,它可以对装置计量不准的产品进行剔除,可以对未贴标签的产品进行剔除,可以对没加盖的瓶装商品进行剔除,也可以控制充填计量。 For example, the metering computer sorting machine has been widely used in the production line, it can be allowed to remove the metering device to the product, can not be removed tagged product, may be removed for uncapped bottled goods, the filling may be controlled metering. 电脑计量选别机的推广使用,使商品的质量控制实现了机械化、科学化、自动化。 Promote the use of computer measurement of sorting machine, so that the quality of goods controlled mechanized, scientific, automation.

[0007]日本的包装工业是从二战后才逐渐发展起来的。 [0007] Japan's packaging industry is gradually developed from before the Second World War up. 因善于引进、模仿、创新、经营,仅用十余年时间就奠定了初步基础。 Due to the introduction of good, imitation, innovation, management, in just ten years to lay the initial foundation. 如今,日本已经建立了独立的包装工业体系,其包装工业总产值约为美国的一半而跃居世界第二位。 Today, Japan has established an independent system of packaging industry, packaging industry output value of about half of the US and the second largest in the world. 日本拥有一批规模不大的包装机械制造厂,侧重于开发中小型、半自动的包装机及配套设备,其技术已经进入了国际先进行列。 Japan has a number of small-scale packaging machinery manufacturing, focusing on the development of small and medium sized, semi-automatic packaging machines and related equipment, its technology has entered the international advanced level.

[0008] 德国的包装机械工业非常发达,在包装机械的设计、制造及技术性能等方面居于领先地位。 [0008] German packaging machinery industry is well developed, a leader in packaging machinery design, manufacturing and technical performance. 德国目前饮料罐装速度可达到1200瓶/小时,香烟包装12000支/分钟,集制袋、称重、充填、抽真空、封口等工序于一体的世界上最高速的茶叶包装机速度达到350袋/分钟。 Germany is canned drinks speeds up to 1200 bottles / hour, cigarette packs 12,000 / min, collection bag, weighing, world filling, vacuum, sealing and other steps in one of the most high-speed packaging machine speed of tea bags 350 /minute.

[0009] 中国包装机械起步较晚,经过20多年的发展,中国包装机械已成为机械工业中十大行业之一,为中国包装工业快速发展提供了有力的保障,有些包装机械填补了国内空白,已能基本满足国内市场的需求,部分产品还有出口。 [0009] Chinese packaging machinery started late, after 20 years of development, China's packaging machinery industry has become one of the top ten machinery industry, the rapid development of China's packaging industry to provide a strong guarantee, some packaging machinery to fill the gap, We have been able to basically meet the domestic market demand, as well as the export of some products. 但目前,中国包装机械出口额还不足总产值的5%,进口额却与总产值大抵相当,与发达国家相去甚远。 But now, China's packaging machinery exports less than 5% of GDP, imports and GDP are quite probably, a far cry from the developed countries. 由于食品包装机械制造行业形成时间仅有20年,大部分食品包装企业规模偏小,因此行业集中度不高,其存在的问题主要表现在:研发经费少、技术力量薄弱;低水平重复太多,大多数企业生产的机型仍采用继电控制技术和机械调整技术,所生产的设备结构复杂,自动化程度低,生产率不高,环保性差。 As food packaging machinery manufacture in just 20 years time, most of the food packaging small-scale enterprises, so the industry concentration is not high, its problems mainly in: less R & D funding, technology is weak; too many low-level redundant most production models still use the relay control technology and mechanical adjustment technology, sophisticated production equipment, low degree of automation, low productivity, poor environmental protection. 从而导致对资源的极大浪费,造成了包装机械市场的混乱,阻碍行业的发展。 Resulting in a great waste of resources, resulting in packaging machinery market confusion, hinder development of the industry.

[0010]目前,食品包装机械竞争日趋激烈,未来的食品包装机械将配合产业自动化,促进包装设备总体水平提高,发展多功能、高效率、低消耗的食品包装设备。 [0010] Currently, food packaging machinery increasing competition, the future of food packaging machinery will be coordinated industrial automation, packaging equipment to promote the overall level of increase, the development of multi-function, high efficiency, low consumption of food packaging equipment. 因此,为加快我国包装机械工业的发展,要从以下几方面着手。 Therefore, in order to accelerate the development of packaging machinery industry in China, from the following aspects.

[0011] 其一、实现食品包装机械机电一体化。 [0011] First, the realization of food packaging machinery Mechatronics. 当今的食品包装机械是集机、电、气、光、磁于一体的机械电子设备,在设计时,应着力于提高包装机械的自动化程度,将包装机械的研发与计算机结合,实现机电一体化控制。 Today's food packaging machinery is a mechanical, electrical, gas, light, magnetism in one of the machinery and electronic equipment, the design should focus on improving the automation of packaging machinery, packaging machinery development will be combined with the computer, mechanical and electrical integration control. 机电一体化的实质就是从系统观点出发,运用过程控制原理,将机械、电子与信息、检测等有关技术进行有机组合,实现整体最佳化。 Mechatronics is the essence of the system from the point of view, the use of process control theory, mechanical, electronics and information, testing and related techniques such as organic combination, to achieve overall optimization.

[0012] 其二、采用新技术,建立自动化、多样化、多功能集成化的包装机械新体系。 [0012] Second, the use of new technologies, build automation, diversified, multi-functional integrated packaging machinery new system. 食品包装机械其技术发展趋势主要体现在高生产率、自动化、单机多功能、多功能组成生产线、采用新技术上。 Its food packaging machinery technology development trend mainly reflected in high productivity, automation, stand-alone multi-function, multi-functional composition of the production line, the introduction of new technologies.

[0013] 其三、适应国际市场要求,开发设计绿色包装机械。 [0013] Third, the international market requirements, development and design of green packaging machinery. 加入WTO后,国际包装机械行业竞争日益激烈,国外的绿色贸易壁皇对食品包装机械行业提出更高的要求,所以,必须改变传统的包装机械设计及开发模式,在设计阶段考虑到使包装机械在其全生命周期中(设计、加工制造、装配、使用、维修直至废弃后处理处置过程)对环境无影响或影响最小化、资源低耗、易于回收等“绿色特征”,以提升我国包装机械的核心竞争力。 After joining the WTO, the international packaging machinery industry increasingly competitive, the foreign trade of green wall Wong put forward higher requirements for food packaging machinery industry, therefore, must change the traditional packaging machinery design and development model, taking into account the packaging machinery in the design phase throughout its lifecycle (design, manufacturing, assembly, use, maintenance until the waste disposal after the procedure) no effect or minimize the impact on the environment, low cost of resources, easy recovery and other "green features" to enhance our packaging machinery the core competitiveness.

[0014] 本发明人通过如上了解国内外包装设备的差距,认为我国包装机械的技术需要进一步加以改进。 [0014] The present inventors understand the gap between domestic and international packaging equipment by the above, believe China's packaging machinery technology needs further improvement. 尤其是在颗粒物料包装机方面,现有的颗粒物料包装机存在以下不同程度的缺陷:结构复杂,占地面积较大,可靠性较差,包装速度较慢,成品率较低,自动化程度不尚O Especially in terms of the packaging machine particulate material, the particulate material there is an existing packaging machine the varying degrees of impairment: complex structure, larger area, poor reliability, packaging slower, yield is low, level automation still O

[0015]因此,本发明人致力于开发一种新的颗粒物料包装机,克服现有颗粒物料包装机存在的缺陷,实现快速准确的将颗粒物料包装形成枕形的纵封搭接袋产品。 [0015] Accordingly, the present invention is to develop a novel packaging machine particulate material, the particulate material to overcome the disadvantages of the prior existing packaging machines, fast and accurate formation of the particulate material packaging of pillow-shaped longitudinal sealing lap bag.

发明内容 SUMMARY

[0016] 本发明的目的,就是提出一种新的颗粒物料包装机,克服现有颗粒物料包装机存在的缺陷,实现快速准确的将颗粒物料包装形成枕形的纵封搭接袋产品。 [0016] The object of the present invention is to provide a new packaging machine particulate material, the particulate material to overcome the disadvantages of the prior existing packaging machines, fast and accurate formation of the particulate material packaging of pillow-shaped longitudinal sealing lap bag.

[0017] 本发明为解决上述技术问题,提供了一种颗粒物料包装机,包括:立式机架,用于输出包装薄膜的卷料输送装置,用于输出颗粒物料的供料装置,用于将包装薄膜导引成型的制袋成型器,以及用于对已经成型的包装薄膜进行热压封口的封口装置。 [0017] The present invention is to solve the above problems, there is provided a particulate material packing machine, comprising: a vertical stands, for outputting a packaging film roll feeder means for feeding particulate material output means for the packaging film forming the bag forming guide unit, and means for forming the packaging film has been hot sealing apparatus to be sealed.

[0018] 所述卷料输送装置设置在所述立式机架的上部,所述制袋成型器设置在所述立式机架的中部,所述封口装置设置在立式机架的下部,所述供料装置的供料口设置在所述立式机架的中下部,由所述卷料输送装置输出包装薄膜至所述制袋成型器中进行导引成型,再由所述封口装置进行封口成型,在所述封口装置的封口过程中由供料装置将颗粒物料导入包装薄膜中。 [0018] The web material conveying means disposed in an upper portion of the vertical frame, the bag is disposed in the middle of forming the vertical gantry, the sealing means is provided at a lower portion of the vertical stands, feedwell said feed means is disposed in a lower portion of the vertical stands, for guiding the web material formed by the conveying means outputs the packaging film bag forming device to, by the re-closure means molding was sealed, the sealing process of the sealing means by the supply means to the particulate material introduced into the packaging film.

[0019] 其中,所述封口装置包括:用于对包装薄膜进行牵引并纵向热封的纵封牵引装置,以及用于对包装薄膜进行横向上下口热封并切断的横封切断装置。 [0019] wherein said sealing means comprises: means for packaging film traction and a longitudinal cross-sealing heating a longitudinal sealing traction means, and means for opening the packaging film is heat-sealed transversely and cut vertically cutting apparatus. 所述纵封牵引装置设置在所述横封切断装置上方。 The traction means arranged above the longitudinal sealing means in said transverse sealing cutting.

[0020] 所述纵封牵引装置包括第一辊筒、用于驱动所述第一辊筒转动的第一驱动机、用于给所述第一辊筒加热的第一加热件、第二辊筒、用于驱动所述第二辊筒转动的第二驱动机和用于给所述第二辊筒加热的第二加热件,所述第一辊筒和所述第二辊筒并排设置,并作等速相向回转,所述包装薄膜两纵向边缘经由所述第一辊筒和第二辊筒之间的间隙完成纵向封合和向下牵引动作。 [0020] The traction means comprises a first longitudinal sealing roller, a first driving unit driving the first roll of the rotation for the first roll is heated to a first heating element, a second roll cylinder for rotatably driving said second roll and a second driver for the second roll to the second heated heating element, said first roll and said second roll disposed side by side, and the constant speed rotation toward the longitudinal edges of two packaging films complete longitudinal seal through the gap between the first roll and second roll and a traction operation downward.

[0021] 所述横封切断装置包括第一辊体、用于驱动所述第一辊体转动的第三驱动机、用于给所述第一辊体加热的第三加热件、第二辊体、用于驱动所述第二辊体转动的第四驱动机、用于给所述第二辊体加热的第四加热件和用于切断包装薄膜的切刀,所述第一辊体的外周面和所述第二辊体的外周面均凸起设置有至少一所述切刀,所述第一辊体和所述第二辊体并排设置,并作等速相向回转,间歇滚压经过所述包装薄膜的上口或下口进行封合,同时所述第一辊体的切刀和所述第二辊体的切刀间歇在封合处相切断开包装薄膜。 [0021] The cross-cutting means comprises a first roll sealing member, a third drive motor for driving the first roller body is rotated, and a third heating element is heated to the first roller, the second roller body, a fourth driver for driving the second roller body is rotated, and a fourth heating element and a cutter for cutting the packaging film to the second heated roller, the first roller body an outer circumferential surface of the outer peripheral surface of the roller body and the second protrusion are provided with at least one of said cutter, said first roller and said second roller bodies arranged side by side, and opposed to constant speed rotation, intermittent rolling after catchy or the port of the packaging film is sealed, while the cutter blade of the first roller body and the second roller body seal tangency intermittent disconnection packaging film.

[0022] 本发明人将的颗粒物料包装机设置为立式结构,并将各部件进行如上巧妙的布置和具体部件的改进,大大的简化了结构和减少所需占地面积,同时还能有效的提高机器的可靠性、包装速度和成品率,操作也更加简便,能够有效实现快速准确的将颗粒物料包装形成枕形的纵封搭接袋产品。 [0022] The present invention particulate material to the packaging machine is provided for the vertical structure, and will be arranged as a refinement of the components and particular components, greatly simplifies the structure and reduces the required floor space, while effective improve the reliability of the machine, the packing speed and yield, the operation is more convenient, fast and accurate can be effectively particulate material to form pillow-shaped package longitudinal lap seal bag.

[0023] 而其中对于本发明所采用的封口装置更是做了巨大的改进,通过利用纵封牵引装置有效的解决了纵封问题,同时还为卷料输送装置提供牵引力,从而节省了再独立设置牵引装置的需要;通过设置独创的横封切断装置,不但能够有效的满足包装薄膜的上口或下口的封合需求,同时还实现了将包装薄膜从封合处进行剪切断开,从而节省了在设置剪切装置的需要。 [0023] and wherein for the sealing means employed in the present invention is to make a huge improvement, by using longitudinal sealing traction means effective solution longitudinal sealing problems, while also providing traction for the web material delivery device, thereby saving further independent provided need traction device; original lateral sealing provided by cutting means, not only can effectively meet the packaging film or catchy sealing needs in the mouth, while still achieving a packaging film to be sealed from the cut open, thus saving the need for shearing device is provided.

[0024] 较佳的,本发明所述第一辊体和所述第二辊体的横截面均为至少一边为向外凸起的圆弧边的凸多边形,所述凸多边形的圆弧边位于距离其本身旋转中心最远的一侧,并在每一所述圆弧边上凸起设置有一所述切刀。 [0024] Preferably, the present invention is a first cross section of the roller body and the second roller body of at least one side are outwardly convex arcuate convex polygon edges, annular edge of the convex polygon located on the side farthest from the center of rotation of its own, and the projection is provided with a cutting blade in each of said arcuate edge.

[0025] 较佳的,所述第一辊体和/或所述第二辊体的横截面为具有两圆弧边的凸六边形,两所述圆弧边对立设置,且距离其旋转中心的距离相等。 Cross-section and / or the second roller body [0025] Preferably, the first member is a roller having a convex hexagon two annular edge, disposed opposite said two annular edge, and rotates from its equal distance from the center.

[0026] 较佳的,所述第一辊体和/或所述第二辊体的圆弧边的中间位置开设有用于插设所述切刀的插槽。 Arc intermediate position and / or the second roller body [0026] Preferably, the first side of the roller body defines a slot interposed said cutter.

[0027] 较佳的,所述第一辊体和所述第二辊体为相同的圆柱形辊筒,且所述第一辊体和所述第二辊体为偏心布置。 [0027] Preferably, the first roller body and the second cylindrical roller body of the same roller, the first roller and the second roller body and the eccentric body is arranged.

[0028] 较佳的,所述第一辊体和所述第二辊体的横截面为椭圆形。 [0028] Preferably, the cross-section of the first roller body and the second roller body is elliptical.

[0029] 本发明人经过反复试验和付出巨大的创造性劳动,才进一步开发出如上的具体方案,使得本发明的颗粒物料包装机通过如上设置的第一辊体和所述第二辊体,可以更加有效的实现间歇滚压依次封合包装薄膜的上口和下口,同时在封合处将包装薄膜进行断开,形成独立包装成型的枕形的纵封搭接袋产品。 [0029] The present inventors repeated experiments and to pay a huge creative effort, it is further developed as specific programs, so that the particulate material of the present invention, the packaging machine by a first roller member disposed above the second roller body and can be intermittent more effective rolling successively lower opening and upper opening sealed packaging film while the sealing of the packaging film be disconnected, individually packaged form pillow shaped longitudinal lap seal bag.

[0030] 较佳的,所述供料装置包括料仓、刮板、料盘、量杯、联动机构、旋转轴和供料口,所述料仓设置在所述料盘上方,所述刮板置于所述料盘中,所述料盘的底面开设有若干出口,所述量杯对接在所述出口上,承接由所述出口中掉落的颗粒物料,所述旋转轴连接所述料盘,驱动所述料盘相对于所述刮板旋转,所述刮板将所述出口顶面多出的颗粒物料刮去。 [0030] Preferably, the apparatus comprises a feed hopper, a blade, trays, cups, linkage mechanism, the rotary shaft and the supply port, the magazine is disposed above said tray, said blade placed in the trays, the bottom surface of the tray defines a plurality of outlet, said outlet of said measuring cup in abutting, receiving particulate material falling from the outlet, the rotary shaft is connected to the tray driving said tray relative to said rotary blade, said blade outlet of the top surface of the particulate material scraped off the extra.

[0031] 所述联动机构包括第一连杆、弹性连接件、第二连杆和凹凸盘,所述第一连杆的上端铰接在所述料盘上,所述第一连杆的下端固结在所述第二连杆的中部上,所述弹性连接件一端连接在所述第一连杆的中部,所述弹性连接件的另一端拉伸连接在所述旋转轴上,所述第二连杆的上端固结在所述量杯的底板上,所述量杯的底板为分离式底板,仅通过所述第二连杆的支撑抵设在所述量杯的底面上,所述凹凸盘水平固定设置在所述第二连杆下方,所述第二连杆的下端抵设在所述凹凸盘的上端面,所述第一连杆、弹性连接件和第二连杆跟随着所述旋转轴进行旋转,所述凹凸盘固定不动,并在所述凹凸盘的上端面形成有一凹陷区。 [0031] The linkage includes a first link, connecting the elastic member, the second link plate and convex, the upper end of the first link articulated on the tray, the lower end of the first link is solid the central junction of said second link, said elastic connecting member connected at one end to the middle of the first link, connecting the other end of the elastic member is stretched in the rotary shaft connected to said first the upper end of second link consolidation of the measuring cup on the floor, the floor of the cup is a separate plate, only by the second link supporting abutment provided on the bottom surface of the cup, said concavo-convex disc level fixed to the second link disposed below the lower end of the second link is disposed in abutment on the end surface of the convex disk, the first link, and a resilient member connected to the second link follows the rotation of the rotating shaft, the stationary disc irregularities, and the end face formed with a recess region of the irregularities on the disc.

[0032] 正常状态下,所述第二连杆的下端垂直抵设在所述凹凸盘的上端面的平面区上,抵设的高度不变,所述量杯的底板抵设在所述量杯的底面上,所述量杯中的颗粒物料不会掉落。 [0032] Under normal conditions, the lower end of the second link is provided on the vertical against the upper end surface irregularities disc planar region, disposed against the constant height, the measuring cup provided in the bottom plate abuts the measuring cup the bottom surface, the particulate material in the cup will not fall.

[0033] 卸料状态下,所述第二连杆的下端运动至所述凹陷区中,抵设的高度下降,在所述第一连杆和所述弹性连接件的拉力作用下带动所述底板呈向外倾斜状,将量杯内的颗粒物料经由底板卸入所述供料口中。 [0033] the discharge state, the height of the drop motion of the lower end of the second link to the recess region, the contact set, the driven under tension and the elastic member is connected to said first link outwardly inclined bottom plate form, the particulate material in the cup via the bottom discharge into the feedwell.

[0034] 本发明人进一步开发出如上的供料装置,其具有不同于一般供料装置的结构和特点,可以通过量杯实现自动定容供料,充分利用物体重力特点,将颗粒物料间歇定容导出,能够十分有效的满足颗粒物料包装机的进料需求。 [0034] The present invention is further development of the above supply device, which has a structure and features different from the feeding device, can be automatically set by the cup volume of feed, make full use of the characteristics of the object of gravity, the particulate material batch volume exporting can be very effective to meet the feed needs of granular materials packaging machine.

[0035] 较佳的,所述联动机构还包括一用于调整所述凹凸盘设置高度的高度调整器,所述量杯由上套筒、下套筒和底板组成,所述上套筒的下端口的外边缘向外凸起形成下凸缘,所述下套筒的上端口内边缘向内凸起形成有上凸缘,所述上套筒的上端口对接在所述出口上,所述下套筒套设在所述上套筒的下端口上,所述下凸缘和所述上凸缘形成挡设用于防止所述下套筒从所述上套筒中脱出。 [0035] Preferably, said linkage means further comprises a tray provided for adjusting the height of the concavo-convex height adjuster, said measuring cup by the upper sleeve, lower sleeve, and a bottom panel, at the upper sleeve outer edge port formed outwardly convex lower flange, the lower edge of the sleeve on the port is formed with inwardly projecting upper flange, said sleeve abutting on the said outlet port, said lower sleeve sleeved on said upper sleeve port, the lower flange and the upper flange is formed at the stopper is provided for preventing said sleeve is disengaged from the sleeve.

[0036] 本发明人还进一步对供料装置进行如上深入开发,使得供料装置进一步具备了供料量可随时调节的功能,且调节操作十分简单,仅需要通过所述高度调整器调整所述凹凸盘的高度即可。 [0036] The present invention further feed apparatus described above further development, so that the feed means further comprising a feed rate can always adjust the function, and the adjusting operation is very simple, only by the need to adjust the height adjuster height to bump disk.

[0037] 较佳的,所述卷料输送装置包括卷膜辊筒、容让辊和容让制动装置,所述包装薄膜卷制于所述卷膜辊筒上,并经由所述容让辊输出至所述制袋成型器上,所述容让辊可上下浮动或摆动的设置在立体机架上;所述容让制动装置包括V形连接架和调节弹簧,所述V形连接架具有一用于与所述容让辊转动轴铰接的第一铰接端、一用于铰接于所述立体机架上的第二铰接端和一用于抵设在所述卷膜辊筒上的抵设端,所述V形连接架处于所述卷膜辊筒和容让辊的上方,所述第二铰接端铰接于所述立体机架上,所述第一铰接端铰接于所述容让辊的转动轴上,所述调节弹簧的一端固定在所述立体机架上,所述调节弹簧的另一端固定在所述V形连接架上,使所述V形连接架的抵设端抵设在所述卷膜辊筒上。 [0037] Preferably, the web material roll film delivery device comprises a roll, so that the roller receiving device and the receiving brake make the packaging film roll coiled on said film roll, and the capacity to let through roller output to the former on the bag, so that the receiving roll may be disposed on a vertical float or swing the frame perspective; let the receiving apparatus comprises a V-shaped brake frame and connected to the regulating spring, said V-shaped connector a first frame having a hinged end for receiving said rotary shaft so that the roller hinged to a hinge end hinged to the second frame and a perspective on the abutment provided for the roll film roll the contact end is provided, said V-shaped holder are connected above the film roll and the roll so that the roll container, said second hinge end hinged to said three-dimensional frame, the hinged end hinged to said first receiving roller so that the rotating shaft, the adjusting spring is fixed on one end of said three-dimensional frame, adjusting the other end of the spring is fixed to the V-shaped connection frame, so that the V-shaped connecting frame disposed in contact end against the roll film is provided on a roll.

[0038] 本发明人进一步开发出如上的卷料输送装置,进一步实现了容让和制动为一体。 [0038] The present invention is further developed as a roll feeder means, and further allows the brake to achieve a capacity as a whole. 本发明所述的卷料输送装置不仅如传统方式一般通过加设容让辊来克服包装薄膜在的输送过程中,因各种原因,导致牵引速度瞬时变化,从而造成包装薄膜牵引时出现时紧时松的现象,还进一步独创出了新的容让制动装置,当牵引速度加快时,牵引力加大,使得容让辊向下容让,带动V形连接架的抵设端远离卷膜棍筒,制动力减小,使薄膜卷加速转动,张力减小。 The web material conveying apparatus according to the present invention is not a conventional manner as generally provided by adding to overcome receiving roller so that the packaging film during transport, due to various reasons, resulting in an instantaneous change in pulling speed, resulting in tight when pulling the film when the packaging when loose phenomenon, a further new original content so that the braking device, when the pulling speed, tractive force increase, so that the receiving container so that the roll down, driven by V-shaped connecting frame is provided against the end remote from the film roll stick cylinder, the braking force is reduced, so that rotation of the film roll acceleration, tension is reduced. 反之,制动力加大。 On the contrary, increase the braking force.

[0039] 较佳的,所述颗粒物料包装机还包括控制系统,所述控制系统包括:用于检测包装薄膜上的商标图案信息的光电传感器,用于检测纵封牵引装置的温度信息的第一温度传感器,用于检测横封切断装置的温度信息的第二温度传感器,以及中央控制器。 [0039] Preferably, the particulate material further comprises a packaging machine control system, said control system comprising: a photosensor for detecting the mark on the packaging film pattern information, the first temperature information for detecting pulling means of longitudinal sealing a temperature sensor, a second temperature sensor for detecting temperature information of lateral sealing cutting device, and a central controller.

[0040] 所述中央控制器通过所述光电传感器、第一温度传感器和第二温度传感器获取相关信息,并分别控制连接所述第一驱动机、第二驱动机、第三驱动机、第四驱动机和供料装置。 [0040] The central controller by the photosensor, a first temperature sensor and second temperature sensors to obtain information, and are respectively connected to control the first driver, a second driver, a third driver, the fourth the driver and the supply means.

[0041] 本发明人进一步开发出如上的控制系统,进一步提高本发明的自动化程度,其中通过光电传感器可以识别包装薄膜上的不同图案,在通过对应的驱动机可实现精确的按照一定长度或在具体图案处进行横封和切断,使得最后成型的包装袋上的图案完整,避免产生错位。 [0041] The present invention is further development of the above control system, to further improve the automation of the present invention, which by the photosensor may recognize different patterns on the packaging film, in an accurate accordance with a length or by a corresponding drive unit laterally sealing and cutting at a specific pattern, such pattern is complete on the final shape of the bag, to avoid misalignment.

[0042] 综上所述,本发明颗粒物料包装机具有如下的有益效果: [0042] In summary, the present invention is particulate material packing machine having the following advantageous effects:

[0043] 1、本发明是一种新的颗粒物料包装机,能够克服现有颗粒物料包装机存在的缺陷,实现快速准确的将颗粒物料包装形成枕形的纵封搭接袋产品。 [0043] 1, the present invention is a new particulate material packaging machine, able to overcome the drawbacks of the prior particulate material present in the packaging machine, to achieve fast and accurate mass of particles in the packaged form pillow overlapping longitudinal sealing bag.

[0044] 2、本发明选用立式结构,并将各部件进行如上巧妙的布置和具体部件的改进,大大的简化了结构和减少所需占地面积,同时还能有效的提高机器的可靠性、包装速度和成品率,操作也更加简便。 [0044] 2, the vertical structure of the present invention is selected, and will be arranged as a refinement of the components and particular components, greatly simplifies the structure and reduces the required floor space, while effectively improve the reliability of the machine packing speed and yield, the operation is more convenient.

[0045] 3、本发明通过利用纵封牵引装置有效的解决了纵封问题,同时还为卷料输送装置提供牵引力,从而节省了再独立设置牵引装置的需要;通过设置独创的横封切断装置,不但能够有效的满足包装薄膜的上口或下口的封合需求,同时还实现了将包装薄膜从封合处进行剪切断开,从而节省了在设置剪切装置的需要。 [0045] 3, the present invention is by using longitudinal sealing traction means effective solution longitudinal sealing problems, while also providing traction for the web material delivery device, thereby saving further independently provided traction device needs; by providing the original transverse sealing cutting device , not only can effectively meet the needs of the catchy opening or sealing the packaging film, while still achieving a packaging film is disconnected from the shearing of the seal, thereby saving the required shearing device is provided.

[0046] 4、本发明进一步开发出的横封切断装置,使得本发明的颗粒物料包装机可以更加有效的实现间歇滚压依次封合包装薄膜的上口和下口,同时在封合处将包装薄膜进行断开,形成独立包装成型的枕形的纵封搭接袋产品。 [0046] 4, the present invention is to further develop a cross-cutting sealing means, such that the particulate material of the present invention the packaging machine may be more effectively implemented sequentially intermittent rolling and sealing the upper opening of the lower mouth of the packaging film, sealed at the same time packaging film is disconnected, individually packaged form pillow shaped longitudinal lap seal bag.

[0047] 5、本发明人进一步开发出如上的供料装置,可以通过量杯实现自动定容供料,充分利用物体重力特点,将颗粒物料间歇定容导出,能够十分有效的满足颗粒物料包装机的进料需求。 [0047] 5, the present invention is further development of the above feed device, can be automatically fixed volume fed through a measuring cup, full use of the object of gravity characteristics of the particulate material batch volume derived, can be very effective to meet particulate material packing machine feed demand.

[0048] 6、本发明人还进一步对供料装置进行的深入开发,使得供料装置进一步具备了供料量可随时调节的功能,且调节操作十分简单。 [0048] 6, further development of the present invention further feed means, so that the feed apparatus further comprising feed rate can always adjust the function, and the adjusting operation is very simple.

[0049] 7、本发明人进一步开发出的卷料输送装置,进一步实现了容让和制动为一体,且容让和制动效果更好,能够更加有效可靠的实现包装薄膜牵引过程的持续适度张紧。 [0049] 7, the present invention is to further develop the roll-feed conveyor means, and further allows the brake to achieve a capacity as a whole, and so that the braking capacity and better, it is possible to achieve more effective and reliable process continued traction packaging film moderate tension.

[0050] 8、本发明进一步加设的控制系统,进一步提高了本发明的自动化程度,且可实现精确的按照一定长度或在具体图案处进行横封和切断,使得最后成型的包装袋上的图案完整,避免产生错位。 [0050] 8, the control system of the present invention is further added provided to further enhance the automation of the present invention, and can achieve accurate laterally sealing and cutting in a length or in a specific pattern, the that the final shape of the packaging bag complete pattern, to avoid misalignment.

附图说明 BRIEF DESCRIPTION

[0051] 下面结合附图和具体实施方式对本发明作进一步详细说明: [0051] Hereinafter, the present invention is described in further detail in conjunction with accompanying drawings and specific embodiments:

[0052] 图1为具体实施例颗粒物料包装机的原理框图。 [0052] FIG. 1 is a schematic block diagram of particulate material specific embodiment of a packaging machine.

[0053]图2为具体实施例颗粒物料包装机的立体结构示意图。 [0053] FIG. 2 is a perspective schematic view of the structure of particulate material in Example particular embodiment of the packaging machine.

[0054]图3为具体实施例的横封切断装置的横截面结构示意图。 A schematic cross-sectional structure [0054] FIG. 3 is a specific embodiment of the cutting device lateral sealing.

[0055] 图4为具体实施例的控制系统原理图。 [0055] FIG. 4 is a schematic diagram of a particular embodiment of the control system.

[0056]图5为具体实施例的供料装置的结构示意图。 The schematic structure of the feeding apparatus [0056] FIG. 5 is a specific embodiment.

[0057] 图6为具体实施例的卷料输送装置的结构示意图。 The schematic structure of the apparatus [0057] FIG 6 is a specific embodiment of the roll-feed conveyor.

[0058] 图7为枕形的纵封搭接袋产品结构示意图。 [0058] FIG. 7 is a schematic longitudinal sealing pillow-shaped bags overlapping product structure.

[0059] 图8为具体实施例颗粒物料包装机的包装工艺流程图。 [0059] FIG. 8 is a process flow diagram of particulate material package packaging machine specific embodiments.

[0060] 附图标号说明: [0060] Reference numerals:

[0061] 控制系统100,光电传感器110,第一温度传感器120,第二温度传感器130,中央控制器140,卷料输送装置200,卷膜辊筒210、容让辊220,容让制动装置230,V形连接架231,调节弹簧232,第一铰接端233,第二铰接端234,抵设端235,供料装置300,供料口310,料仓320,刮板330,料盘340,量杯350,底板351,上套筒352,下套筒353,联动机构360,第一连杆361,弹性连接件362,第二连杆363,凹凸盘364,凹陷区365,高度调整器366,旋转轴370,制袋成型器400,封口装置500,纵封牵弓I装置510,第一辊筒511,第二辊筒512,横封切断装置520,第一辊体521,第三加热件522,第二辊体523,第四加热件524,切刀525,旋转中心P,包装薄膜600。 [0061] The control system 100, a photosensor 110, a first temperature sensor 120, a second temperature sensor 130, the central controller 140, the web material conveying apparatus 200, the roller 210 roll film, so receiving roller 220, so that the braking device receiving 230, V-shaped connecting frame 231, the set spring 232, a first end of the hinge 233, a second end 234 hinged, disposed against the end 235, the feeding device 300, feed port 310, hopper 320, scraper 330, tray 340 , measuring cup 350, base plate 351, the sleeve 352, the sleeve 353, the linkage mechanism 360, a first link 361, the elastic connecting member 362, the second link 363, the concavo-convex plate 364, the recess region 365, the height adjuster 366 , rotating shaft 370, bag forming device 400, sealing device 500, vertical sealing means I pull bow 510, a first roller 511, second roller 512, the transverse sealing cutting device 520, a first roller 521, a third heating 522, the second roller 523, fourth heating element 524, the cutter 525, the rotation center P, packaging film 600.

具体实施方式 detailed description

[0062] 如图1所示,本实施例公开了一种颗粒物料包装机,包括:立式机架(图中未示出),控制系统100,用于输出包装薄膜的卷料输送装置200,用于输出颗粒物料的供料装置300,用于将包装薄膜导引成型的制袋成型器400,以及用于对已经成型的包装薄膜进行热压封口的封口装置500。 [0062] 1, the present embodiment discloses a particulate material packing machine, comprising: a vertical frame (not shown), the control system 100, an output volume of the packaging film feeder means 200 , 300 output means for feeding particulate material, packaging film for forming the bag forming guide 400, and means for forming the packaging film has been hot-pressed sealing closure means 500.

[0063] 结合图2所示,本实施例的卷料输送装置200设置在所述立式机架的上部,制袋成型器400设置在所述立式机架的中部,封口装置500设置在所述立式机架的下部,供料装置300的供料口310设置在所述立式机架的中下部,由卷料输送装置200输出包装薄膜600至制袋成型器400中进行导弓丨成型,再由封口装置500进行封口成型,在封口装置500的封口过程中由供料装置500将颗粒物料导入包装薄膜600中。 [0063] in conjunction with FIG. 2, the web material conveying apparatus 200 is provided according to the present embodiment the upper portion of the vertical stand, shaped bag 400 is provided in the middle of the vertical frame, the sealing means 500 is provided the lower portion of the vertical frame, the lower portion 310 is provided in the feed supply port device 300 in the vertical rack, a guide arch 400 by a volume feeder means 200 outputs to the packaging film bag forming device 600 Shu molding, and then molded by a sealing means 500 sealing, the sealing process of the sealing device 500 is introduced into the packaging film 600 by a particulate material feed means 500.

[0064] 具体的,本实施例的封口装置500包括:用于对包装薄膜进行牵引并纵向热封的纵封牵引装置510,以及用于对包装薄膜进行横向上下口热封并切断的横封切断装置520。 [0064] Specifically, the sealing apparatus 500 of the present embodiment comprises: a packaging film for heat-sealing the longitudinal traction and traction longitudinal sealing means 510, and means for opening the packaging film is heat-sealed and cut transversely of the vertical transverse sealing the cutting device 520. 如图2所示,纵封牵引装置510设置在横封切断装置520上方。 2, the longitudinal sealing means 510 is provided above the traction device 520 in the transverse sealing cutting.

[0065] 本实施例的纵封牵引装置510包括第一辊筒511、用于驱动所述第一辊筒转动的第一驱动机(图中未示出)、用于给所述第一辊筒加热的第一加热件(图中未示出)、第二辊筒512、用于驱动所述第二辊筒转动的第二驱动机(图中未示出)和用于给所述第二辊筒加热的第二加热件(图中未示出),如图2所示,第一辊筒511和第二辊筒512并排设置,并作等速相向回转,包装薄膜600两纵向边缘经由第一辊筒511和第二辊筒512之间的间隙完成纵向封合和向下牵引动作。 [0065] Example embodiment of the present longitudinal sealing apparatus 510 comprises a first traction roller 511, for driving the first roll rotates a first drive mechanism (not shown), for powering said first roller a first heating tube heating element (not shown), a second roller 512, a second for driving the second drive roll is rotated (not shown) for powering said first and two roll heated second heating element (not shown), as shown in FIG. 2, the first roll 511 and second roll 512 arranged side by side, and opposed to constant speed rotation, both longitudinal edges of the packaging film 600 complete longitudinal seal through the gap between the first roll 511 and second roll 512 and pulling down operation.

[0066] 本实施例的横封切断装置520包括第一辊体521、用于驱动所述第一辊体转动的第三驱动机(图中未示出)、用于给所述第一辊体加热的第三加热件522、第二辊体523、用于驱动所述第二辊体转动的第四驱动机(图中未示出)、用于给第二辊体523加热的第四加热件524和用于切断包装薄膜的切刀525,第一辊体521的外周面和第二辊体523的外周面均凸起设置有至少一切刀525,第一辊体521和第二辊体523并排设置,并作等速相向回转,间歇滚压经过包装薄膜600的上口或下口进行封合,同时第一辊体521的切刀和第二辊体523的切刀间歇在封合处相切断开包装薄膜600。 520 [0066] transverse seal of the present embodiment comprises a first cutting roll 521, for driving the first roller to rotate the third drive member (not shown), for powering said first roller 522, the second roller 523, a fourth drive the second roller body is rotated to the fourth driver (not shown), a second roll heated to 523 for a third heating element is heated an outer circumferential surface of the heating member 524 and a cutter 525 for cutting the packaging film, the outer circumferential surface of the first roller 521 and second roller 523 are provided with a protrusion at least a cutter 525, a first roller and a second roller 521 523 arranged side by side, and opposed to constant speed rotation, intermittent or catchy packaging film rolled through the lower opening 600 is sealed, while the first intermittent cutting blade roll 521 and the second roller cutter body 523 in a sealed bonding packaging films tangency 600 OFF.

[0067] 示例性的,本实施例的第一辊体521和第二辊体523的横截面为如图3所示的具有两圆弧边的凸六边形,两所述圆弧边对立设置,距离其旋转中心P的距离相等,且为距离其本身旋转中心最远的一边,在每一所述圆弧边的中间位置开设有用于插设切刀525的插槽(图中未标出),在每一所述插槽中插设一切刀525,通过螺钉固定,切刀525的刀刃部分凸起圆弧边(即凸出辊体外周面)。 [0067] An exemplary cross-section of the first roller 521 and the roller 523 of the second embodiment according to the present embodiment as shown two convex arcuate edge having a hexagonal shape shown in Figure 3, the two opposing arcuate sides setting, distance from the rotation center P is equal to, and is farthest from the center of rotation of its own side, defines a slot 525 interposed cutter not labeled (FIG intermediate position in each of said annular edge out), each of said slots in a cutter 525 is inserted, the fixing screw, the cutter blade section 525 of the annular edge protrusion (i.e., the circumferential surface of the roll projections). 在本实施例中,第一辊体521和第二辊体523的结构相同,且其横截面的其他边为直边(对应的周侧面为平面),且同一辊体上的对立直边相互平行,且每一直边上各点距离其旋转中心P的距离均小于圆弧边到其旋转中心P的距离。 In the present embodiment, and the structure of the second roller 523 is the same as the first roller 521, and a cross-section of the other side of the straight edge (corresponding to the peripheral side flat), and the opposite on the same straight edges each roller body parallel and each straight side of each of the rotation center point P distance which is less than the distance to the edge of the arc rotation center P. 第一辊体521和第二辊体523相向回转,两者之间的间隙宽度间歇性变化,转至图3所示状态时第一辊体521和第二辊体523上的切刀525相切,间隙为最小,而在相切前后第一辊体521和第二辊体523上的圆弧边将进入间隙中的包装薄膜进行热压封合。 The first roller and the second roller 521 facing the rotary member 523 intermittently changes the width of the gap between the two, go to the state shown in FIG. 3 the cutter 525 on the first roller 521 and second roller 523 with cut, a minimum gap, and around an arc tangent on the first roller 521 and second roller 523 side will enter the gap in the packaging film thermocompression seal.

[0068]当然了,在其他具体实施方式中,所述第一辊体和/或所述第二辊体的横截面还可以为其他至少一边为向外凸起的圆弧边的凸多边形,并使所述凸多边形的圆弧边位于距离其本身旋转中心最远的一侧,并在每一所述圆弧边上凸起设置有一所述切刀。 [0068] Of course, in other embodiments, cross-section and / or the second roller body of the first roller at least one side thereof may be other polygonal convex outwardly convex arcuate edge, and said convex arc sides of the polygon is located farthest from the side of its own center of rotation, and the projection is provided with a cutting blade in each of said arcuate edge. 所述第一辊体和所述第二辊体还可以是相同的圆柱形辊筒,且所述第一辊体和所述第二辊体为偏心布置。 Said first roller and said second roller member may also be the same cylindrical roller, the first roller and the second roller body and the eccentric body is arranged. 所述第一辊体和所述第二辊体的横截面也可以设置为椭圆形等,此处不再赘述。 Cross section of the first roller and said second roller member may be provided to an ellipse, not further described herein.

[0069] 如图4所示,本实施例的控制系统100包括:用于检测包装薄膜上的商标图案信息的光电传感器110,用于检测纵封牵引装置的温度信息的第一温度传感器120,用于检测横封切断装置的温度信息的第二温度传感器130,以及中央控制器140。 [0069] As shown in FIG. 4, the control system 100 of the present embodiment comprises: a photosensor pattern on the mark information detected packaging film 110, a first temperature sensor for detecting temperature information traction device 120 of longitudinal sealing, information for detecting a temperature of a lateral sealing apparatus cutting a second temperature sensor 130, and a central controller 140. 中央控制器140通过光电传感器110、第一温度传感器120和第二温度传感器130获取相关信息,并分别控制连接所述第一驱动机、第二驱动机、第三驱动机、第四驱动机和供料装置。 The central controller 140, a first temperature sensor 120 and second temperature sensor 130 acquired by the information related to the photosensor 110, and are respectively connected to the first control driver, a second driver, a third driver, the fourth driver and feed means.

[0070] 示例性的,中央控制器140可以选用PLC控制器,第一驱动机、第二驱动机、第三驱动机和第四驱动机根据需要选用相应的电机,加热器可根据需要采用加热丝或加热管等,制袋成型器400则可以选用U型成型器(也可以根据需求选用象鼻成型器等),光电传感器、第一温度传感器和第二温度传感器根据需要选用市场外购件即可,此处不再赘述。 [0070] Exemplary, the central controller 140 can use PLC controller, a first driver, a second driver, a third driver and the fourth driver to choose the appropriate motor, the heater may be employed as desired according to need heating heating wire or tube, bag forming device 400 can use U-molding (also can use trunk molding, etc. according to the requirements), the photosensor, a first temperature sensor and second temperature sensors selected market purchased parts required you can not repeat them here.

[0071] 如图5所示,本实施例的供料装置300包括料仓320、刮板330、料盘340、量杯350、联动机构360、旋转轴370和供料口310,料仓320设置在料盘340上方,刮板330置于料盘340中,料盘340的底面开设有若干出口,量杯350对接在所述出口上,承接由所述出口中掉落的颗粒物料,旋转轴370连接料盘340,驱动料盘340相对于刮板330旋转,刮板330将所述出口顶面多出的颗粒物料刮去。 [0071] 5, the feed device 300 comprises a hopper 320 of the embodiment, the scraper 330, tray 340, a cup 350, the linkage mechanism 360, the rotary shaft 370 and the supply port 310, hopper 320 is provided above the tray 340, the blade 330 is placed in the tray 340, the bottom surface of the tray 340 defines a plurality of outlet cup 350 abutting on the outlet receiving the outlet by falling particulate material, the rotating shaft 370 connector tray 340, the tray 340 with respect to the drive blade 330 rotates, the blade top surface 330 to exit the particulate material scraped off the extra. 示例性的,可以均匀设置四个出口,则对应的设置四个量杯,刮板可以是固定在立式机架上,还可以在刮板上单独再加设一个驱动电机,使其可实现在料盘中自转动,继而更加灵活的控制其与料盘的相对转速。 Exemplary, four outlets can be uniformly set, the corresponding four measuring cup provided, the blade can be fixed on the upright frame, may also be provided together with a separate drive motor to the blade, so that it may be implemented in since the rotation trays, which in turn more flexible control of the relative rotational speed of the tray.

[0072] 具体的,本实施例的联动机构360包括第一连杆361、弹性连接件362、第二连杆363和凹凸盘364,第一连杆361的上端铰接在料盘340上,第一连杆361的下端固结在第二连杆363的中部上,弹性连接件362 —端连接在第一连杆361的中部,弹性连接件362的另一端拉伸连接在旋转轴370上,第二连杆363的上端固结在量杯350的底板351上,量杯350的底板351为分离式底板,仅通过第二连杆363的支撑抵设在量杯350的底面上,凹凸盘364水平固定设置在第二连杆363下方,第二连杆363的下端抵设在凹凸盘364的上端面,第一连杆361、弹性连接件362和第二连杆363跟随着旋转轴370进行旋转,凹凸盘364固定不动,并在凹凸盘364的上端面形成有一凹陷区365。 [0072] Specifically, the interlocking mechanism 360 of the present embodiment includes a first link 361, the elastic connecting member 362, the second link 363 and the convex plate 364, the upper end of the first link 361 is hinged to the tray 340, the first a connecting rod 361 the lower end of the consolidation in the middle of the second link 363, the elastic member 362 connected to - terminal connected to the middle of the first link 361, the elastic member 362 connected to the other end of the tension on the rotating shaft 370 is connected, the upper end of the second link 363 on the base plate 351 of the consolidation of the measuring cup 350, the bottom plate 351 of cup 350 is a separate plate, only by fixing the second supporting link 363 is disposed against the bottom surface of the cup 350, the uneven level of the disc 364 a second link 363 is disposed below the lower end of the second link 363 against the disc 364 is provided on the end surface irregularities, the first link 361, the elastic member 362 and the second connecting link 363 follows the rotation shaft 370 rotates, convex plate 364 is stationary, and the end face formed with a recessed area 365 on the disk 364 irregularities.

[0073] 正常状态下,如图5左边部分视图所示,第二连杆363的下端垂直抵设在凹凸盘364的上端面的平面区上,抵设的高度不变,量杯350的底板351抵设在量杯350的底面上,量杯350中的颗粒物料不会掉落。 The [0073] normal state, the left part of the view shown in FIG. 5, the lower end of the second link 363 abuts a vertical plane provided on the upper end surface irregularities disc region 364, disposed against the constant height, the bottom plate 351 of cup 350 measuring cup provided against the bottom surface 350, the particulate material in the cup 350 will not drop.

[0074] 卸料状态下,如图5右边部分视图所示,第二连杆363的下端运动至凹陷区365中,抵设的高度下降,在第一连杆361和弹性连接件362的拉力作用下带动底板351呈向外倾斜状,将量杯内的颗粒物料经由底板351卸入供料口310中。 The [0074] discharge state, as shown in the right portion of the view in FIG. 5, the height of fall of the second link 363 to the lower end of the movement in the recessed area 365, the contact set, the first link 361 and the elastic member 362 connected to the tension effect was driven by outwardly inclined bottom plate 351, the particulate material in the cup bottom plate 351 via the discharge port 310 of the feed.

[0075] 具体的,本实施例的联动机构360还包括一用于调整凹凸盘364设置高度的高度调整器366,量杯350由上套筒352、下套筒353和底板351组成,如图5所示,上套筒352的下端口的外边缘向外凸起形成下凸缘(图中未示出),下套筒353的上端口内边缘向内凸起形成有上凸缘(图中未示出),上套筒352的上端口对接在所述出口上,下套筒353套设在上套筒352的下端口上,所述下凸缘和所述上凸缘形成挡设用于防止下套筒353从上套筒352中脱出。 [0075] Specifically, the interlocking mechanism 360 of the present embodiment further comprises a concave-convex plate 364 is provided for adjusting a height adjuster 366, the cup 350 on the sleeve 352, the sleeve 353 and the bottom plate 351, as shown in 5 , the outer edge of the sleeve port 352 formed in the lower flange outwardly projection (not shown), the upper port edge of the lower sleeve 353 is formed with inwardly projecting upper flange (FIG. not shown), the sleeve 352 of the docking port on the outlet, the sleeve 353 is sleeved on the sleeve port 352, the lower flange and the upper flange is provided with a stop formed to prevent the sleeve 353 from coming out of the sleeve 352. 示例性的,其中的高度调整器366可以选用如图5所示的手轮调节机构。 Exemplary, wherein the height adjuster 366 can use the hand wheel adjustment mechanism shown in FIG. 5.

[0076] 如图6所示,本实施例的卷料输送装置200包括卷膜辊筒210、容让辊220和容让制动装置230,包装薄膜600卷制于卷膜辊筒210上,并经由容让辊220输出至制袋成型器400上,容让辊220可上下浮动或摆动的设置在立体机架上;容让制动装置230包括V形连接架231和调节弹簧232,V形连接架231具有一用于与容让辊220转动轴铰接的第一铰接端233、一用于铰接于所述立体机架上的第二铰接端234和一用于抵设在所述卷膜辊筒上的抵设端235,V形连接架231处于卷膜辊筒210和容让辊220的上方,第二铰接端234铰接于所述立体机架上,第一铰接端233铰接于容让辊220的转动轴上,如图6所示,调节弹簧232的一端固定在所述立体机架上,调节弹簧232的另一端固定在V形连接架231上,使V形连接架231的抵设端235抵设在卷膜辊筒210上。 [0076] As shown in FIG 6, the volume of the material according to the present embodiment includes a delivery device 200 roll film roll 210, the roller 220 and the receiving container so that the braking device 230 so that, packaging film roll 600 rolling on the film roll 210, and receiving via the discharge roller 220 so formed on to the bag 400, receiving rollers 220 so that float or swing vertically disposed on the frame perspective; receiving means so that the brake bracket 230 includes a V-shaped connector 231 and the set spring 232, V shaped connecting bracket 231 so that the roller 220 has a rotating shaft receiving a first hinge hinged end 233, to a second hinge is hinged to the upper end of the frame 234 and the three-dimensional volume for a contact provided for a abutting the end of the film roll set 235, V-shaped bracket 231 is connected to the film roll and the receiving roll 210 so that the upper roller 220, a second end 234 hinged to the hinge on the three-dimensional frame, a first end 233 hinged to the hinge receiving the rotating shaft so that the roller 220, as shown in FIG. 6, one end of the adjusting spring 232 is fixed to the three-dimensional frame, a further adjustment of the spring 232 is fixed to the end of the V-shaped connecting bracket 231, the V-shaped bracket 231 is connected the contact end 235 provided on the roll film disposed against the roller 210. 如此,即可通过容让辊220的动作,带动V形连接架231对卷膜辊筒210的旋转阻力做进一步相应调整,使输出的包装薄膜获得适当的松紧度。 Thus, to allow operation by receiving roller 220, the driven rotation resistance of the connecting frame 231 pairs of V-shaped rollers 210 roll film is further adjusted so that the output of the packaging film to obtain the proper degree of tightness.

[0077] 当然了,在其他具体实施方式中,本发明的卷料输送装置还可能根据需要加设若干个其他导棍。 [0077] Of course, in other embodiments, the web material conveying apparatus according to the present invention may also be required to install a number of other guide rod.

[0078] 示例性的,将本实施例的颗粒物料包装机应用在糖果颗粒的包装上,其工艺流程如图8所示,通过本实施例的颗粒物料包装机可以将糖果颗粒定容包装形成如图7所示的纵封搭接袋产品,其具体的包装过程如下: [0078] exemplary embodiment the particulate material of the present embodiment is applied in the packaging machine packaging the candy particles, the process shown in Figure 8, the particulate material through the packaging machine of the present embodiment may be formed candy particle volume packing shown in FIG. 7 longitudinal lap bag, specific packaging process is as follows:

[0079] 1、将相应的通过颗粒由料仓加入供料装置300中,将相应的包装薄膜卷料装配到卷料输送装置200上,并对机器其他相关连接设置。 [0079] 1, the corresponding hopper through the particle by the addition of the feed apparatus 300, the respective package of film material is fitted to the web material delivery device 200, and other machine-related connection settings.

[0080] 2、启动纵封牵引装置510,在纵封牵引装置510的牵引作用下,卷料输送装置200输出包装薄膜至制袋成型器400逐个成型,并进入纵封牵引装置510进行纵向热封。 [0080] 2, longitudinal sealing traction device 510 starts, at longitudinal sealing effect pulling device 510, 200 output the packaging material to the bag forming film delivery device 400 individually molded, and into the longitudinal sealing means 510 for longitudinal traction heat seal.

[0081] 3、启动供料装置300,旋转轴370带动料盘340转动,料仓320中的糖果颗粒不断进入料盘340中,并在填满每一量杯350时,刮板330将量杯350顶面刮平,扫除多余糖果,实现精确定容计量;如图6所示,当第二连杆363的下端运动至凹陷区365中,量杯350的底板351呈向外倾斜状,将量杯350内的颗粒物料经由底板351卸入供料口310中,如图2所示,由供料口310将设定量的糖果颗粒导入已经纵向热封好的包装薄膜600内。 [0081] 3, start feeding device 300, the rotary shaft 370 to drive the tray 340 is rotated, the candy particles into the hopper 320 of the continuous feed tray 340, and fill each cup 350, the cup 350 scraper 330 Calibrating top surface, remove excess candy, can achieve accurate volume measurement is determined; shown in Figure 6, when, as a bottom plate 351 of cup 350 the lower end of the movement of the second link 365 to the recessed area 363 inclined outwardly, the measuring cup 350 particulate material in the bottom plate 351 via a discharged into a feedwell 310, shown in Figure 2, the supply port 310 to set the amount of the candy particles into a good heat seal 600 has a longitudinal inner packaging film.

[0082] 4、启动横封切断装置520,第一辊体521和第二辊体523等速相向回转,辊间间距间歇变化,辊间间距接近最小时,对包装薄膜600的下口进行封合,然后辊间间距变大,转动绕过所述包装薄膜中装有糖果颗粒的一段,至所述包装薄膜的上口处时,辊间间距恢复为最小,对所述包装薄膜的上口依次进行封合的同时,内嵌的切刀525从中进行切断,形成如图7所示的独立包装袋产品。 [0082] 4, the transverse sealing cutting device 520 starts, the first roller 521 and second roller 523 facing constant rotation, the spacing between the rollers of intermittent, near the minimum spacing between the rollers, the lower opening 600 of the packaging film is sealed together, then the distance between the rollers is increased, the rotation period of the bypass candy packaging film containing the particles, to the upper opening of the packaging film, the minimum inter-roll spacing recovery, the packaging film catchy At the same time the sealing sequentially embedded cutter 525 which is cut to form individual package bag shown in FIG. 7.

[0083] 当然了,本实施例的颗粒物料包装机也可以应用在其他颗粒物料的包装上,如茶叶、颗粒冲剂、药粒、谷物等。 [0083] Of course, particulate material packing machine according to the present embodiment may also be applied in other packaging particulate material, such as tea, granule, granulate, grains and the like.

[0084] 以上述仅是本发明的优选实施方式,应当指出,对于本技术领域的普通技术人员来说,在不脱离本发明原理的前提下,还可以做出若干改进和润饰,这些改进和润饰也应视为本发明的保护范围。 [0084] In the above-described embodiment is merely a preferred embodiment of the present invention, it should be noted that those of ordinary skill in the art who, without departing from the principles of the present invention, can make various improvements and modifications, such modifications and modifications should be the scope of the present invention.

Claims (10)

  1. 1.一种颗粒物料包装机,包括: 立式机架, 用于输出包装薄膜的卷料输送装置, 用于输出颗粒物料的供料装置, 用于将包装薄膜导引成型的制袋成型器,以及用于对已经成型的包装薄膜进行热压封口的封口装置; 所述卷料输送装置设置在所述立式机架的上部,所述制袋成型器设置在所述立式机架的中部,所述封口装置设置在立式机架的下部,所述供料装置的供料口设置在所述立式机架的中下部,由所述卷料输送装置输出包装薄膜至所述制袋成型器中进行导引成型,再由所述封口装置进行封口成型,在所述封口装置的封口过程中由供料装置将颗粒物料导入包装薄膜中;其特征在于, 所述封口装置包括:用于对包装薄膜进行牵引并纵向热封的纵封牵引装置,以及用于对包装薄膜进行横向上下口热封并切断的横封切断装置; 所述纵封牵引装置设置在所 A particulate material packing machine, comprising: a vertical stands, roll feeder means for outputting the packaging film, means for feeding the output of the particulate material, packaging film for forming the bag forming guide unit and a packaging film for forming the thermocompression seal has seal means; said web material conveying means disposed in an upper portion of the vertical frame, is provided in the bag forming said vertical rack middle, the seal means is provided at a lower portion of the vertical stands, the feed supply port means disposed in the lower portion of the vertical stands, roll-feed conveyor means from said output to said packaging film made Bag forming device for forming a guide, then the seal formed by the sealing means, the sealing process of the sealing means by the supply means to the particulate material introduced into the packaging film; characterized in that said sealing means comprises: packaging film for longitudinal traction and longitudinal heat-sealing means sealing the traction, and a lateral sealing apparatus for cutting the packaging film heat-sealed transversely and cut the top and the bottom; the longitudinal sealing means disposed on the traction 横封切断装置上方; 所述纵封牵引装置包括第一辊筒、用于驱动所述第一辊筒转动的第一驱动机、用于给所述第一辊筒加热的第一加热件、第二辊筒、用于驱动所述第二辊筒转动的第二驱动机和用于给所述第二辊筒加热的第二加热件,所述第一辊筒和所述第二辊筒并排设置,并作等速相向回转,所述包装薄膜两纵向边缘经由所述第一辊筒和第二辊筒之间的间隙完成纵向封合和向下牵引动作; 所述横封切断装置包括第一辊体、用于驱动所述第一辊体转动的第三驱动机、用于给所述第一辊体加热的第三加热件、第二辊体、用于驱动所述第二辊体转动的第四驱动机、用于给所述第二辊体加热的第四加热件和用于切断包装薄膜的切刀,所述第一辊体的外周面和所述第二辊体的外周面均凸起设置有至少一所述切刀,所述第一辊体和所述第二辊体并排设置, Above the transverse sealing cutting device; said traction means comprises a first vertical sealing roller, a first driving unit driving the first roll of the rotation for the first roll is heated to a first heating element, a second roller, a second driving unit for driving the rotation of the second roller and a second heating element for heating to the second roll, said first roll and said second roll arranged side by side, and facing the constant speed rotation, both longitudinal edges of the packaging film is completed longitudinal seal through the gap between the first roll and second roll and a traction operation downward; cutting said lateral sealing means comprise a first roller body, a third of the first driver drives the roller body is rotated, a third heating element is heated to the first roller, the second roller body, for driving said second roller a fourth rotating body drive motor, a fourth heating element and a cutter for cutting the packaging film to the second heated roll, the outer circumferential surface of the first roller body and the second roller body an outer circumferential surface of each said projection is provided with at least one blade, said first roller and said second roller bodies arranged side by side, 作等速相向回转,间歇滚压经过所述包装薄膜的上口或下口进行封合,同时所述第一辊体的切刀和所述第二辊体的切刀间歇在封合处相切断开包装薄膜。 Facing constant speed rotation, intermittent rolling through the mouth or upper opening of the packaging film is sealed, while the first roller cutter body and a cutter roller body second batch of the phase of the sealing cut open packaging films.
  2. 2.如权利要求1所述的颗粒物料包装机,其特征在于:所述第一辊体和所述第二辊体的横截面均为至少一边为向外凸起的圆弧边的凸多边形,所述凸多边形的圆弧边位于距离其本身旋转中心最远的一侧,并在每一所述圆弧边上凸起设置有一所述切刀。 2. The particulate material of the packaging machine as claimed in claim 1, wherein: cross section of the first roller body and the second roller member are at least one side of the polygon is convex outwardly convex arcuate sides , the convex arcuate sides of the polygon located on one side farthest from the center of rotation of its own, and each of said arcuate projections provided on the edge of a knife.
  3. 3.如权利要求2所述的颗粒物料包装机,其特征在于:所述第一辊体和/或所述第二辊体的横截面为具有两圆弧边的凸六边形,两所述圆弧边对立设置,且距离其旋转中心的距离相等。 3. The particulate material of the packaging machine as claimed in claim 2, wherein: and / or the cross-section of the second roller body of the first roller body is a convex hexagon having two arcuate sides, two said arcuate edge disposed opposite and equal distance from its center of rotation.
  4. 4.如权利要求3所述的颗粒物料包装机,其特征在于:所述第一辊体和/或所述第二辊体的圆弧边的中间位置开设有用于插设所述切刀的插槽。 4. The particulate material of the packaging machine as claimed in claim 3, wherein: the annular edge intermediate position and / or the second roller body of the roller body defines a first insertion of said cutter is provided slot.
  5. 5.如权利要求1所述的颗粒物料包装机,其特征在于:所述第一辊体和所述第二辊体为相同的圆柱形辊筒,且所述第一辊体和所述第二辊体为偏心布置。 5. The particulate material of the packaging machine as claimed in claim 1, wherein: said first roller and said second roller body of the same cylindrical drum, and the first body and the second roll two roller body is arranged eccentrically.
  6. 6.如权利要求1所述的颗粒物料包装机,其特征在于:所述第一辊体和所述第二辊体的横截面为椭圆形。 6. The particulate material of the packaging machine as claimed in claim 1, wherein: cross section of the first roller body and the second roller body is elliptical.
  7. 7.如权利要求1所述的颗粒物料包装机,其特征在于:所述供料装置包括料仓、刮板、料盘、量杯、联动机构、旋转轴和供料口,所述料仓设置在所述料盘上方,所述刮板置于所述料盘中,所述料盘的底面开设有若干出口,所述量杯对接在所述出口上,承接由所述出口中掉落的颗粒物料,所述旋转轴连接所述料盘,驱动所述料盘相对于所述刮板旋转,所述刮板将所述出口顶面多出的颗粒物料刮去; 所述联动机构包括第一连杆、弹性连接件、第二连杆和凹凸盘,所述第一连杆的上端铰接在所述料盘上,所述第一连杆的下端固结在所述第二连杆的中部上,所述弹性连接件一端连接在所述第一连杆的中部,所述弹性连接件的另一端拉伸连接在所述旋转轴上,所述第二连杆的上端固结在所述量杯的底板上,所述量杯的底板为分离式底板,仅通过所述第二连杆 The magazine is provided the device comprises a feed hopper, a blade, trays, cups, interlocking mechanism, and the rotation shaft feedwell: 7. The packaging machine as claimed particulate material according to claim 1, characterized in that above the tray, the trays placed on the blade, the bottom surface of the tray defines a plurality of outlet, said abutment on said cup outlet, the outlet receiving by falling particulate matter materials, the rotary shaft is connected to the tray, the tray drive relative to the rotating blade, the blade top surface of the outlet extra scrape particulate material; wherein said linkage comprises a first link, the elastic connecting member, the second link plate and convex, the upper end of the first link articulated on the tray, the lower end of the first link in the middle of the second link consolidation of on the resilient connection member connected at one end to the middle of the first link, connecting the other end of the elastic member is stretched in the rotary shaft connected to the upper end of the second link in the consolidation measuring cup on the floor, the floor of the cup is a separate plate, only by the second link 支撑抵设在所述量杯的底面上,所述凹凸盘水平固定设置在所述第二连杆下方,所述第二连杆的下端抵设在所述凹凸盘的上端面,所述第一连杆、弹性连接件和第二连杆跟随着所述旋转轴进行旋转,所述凹凸盘固定不动,并在所述凹凸盘的上端面形成有一凹陷区; 正常状态下,所述第二连杆的下端垂直抵设在所述凹凸盘的上端面的平面区上,抵设的高度不变,所述量杯的底板抵设在所述量杯的底面上,所述量杯中的颗粒物料不会掉落; 卸料状态下,所述第二连杆的下端运动至所述凹陷区中,抵设的高度下降,在所述第一连杆和所述弹性连接件的拉力作用下带动所述底板呈向外倾斜状,将量杯内的颗粒物料经由底板卸入所述供料口中。 Support abutment provided on the bottom surface of the cup, said concavo-convex plate disposed horizontally fixed to the second link below the lower end of the second link is disposed in abutment on the end face of the convex disc, the first link, and a resilient member connected to the second link follows the rotation of the rotary shaft, the stationary disc irregularities, and the end face formed with a recessed region on the convex disk; normal state, the second abutting on the lower end of a vertical rod disposed in the irregular region on the plane of the disc end face disposed against the constant height of the cup bottom plate disposed against the bottom surface of the cup, the cup particulate material is not will fall; the unloading state, movement of the lower end of the second link to the recessed area, the height of drop contact set, the drive link in the first tensile force and the elastic connecting member said outwardly inclined plate form, the particulate material in the cup via the bottom discharge into the feedwell.
  8. 8.如权利要求7所述的颗粒物料包装机,其特征在于:所述联动机构还包括一用于调整所述凹凸盘设置高度的高度调整器,所述量杯由上套筒、下套筒和底板组成,所述上套筒的下端口的外边缘向外凸起形成下凸缘,所述下套筒的上端口内边缘向内凸起形成有上凸缘,所述上套筒的上端口对接在所述出口上,所述下套筒套设在所述上套筒的下端口上,所述下凸缘和所述上凸缘形成挡设用于防止所述下套筒从所述上套筒中脱出。 8. The particulate material of the packaging machine as claimed in claim 7, wherein: said linkage means further comprises a tray provided for adjusting the height of the concavo-convex height adjuster, said measuring cup by the upper sleeve, lower sleeve and a bottom panel, an outer edge of the lower port of the projection on the sleeve outwardly to form a flange at the lower edge of the port on the inner sleeve is formed with inwardly projecting upper flange, the upper sleeve docking port on said outlet, said lower sleeve disposed in said sleeve on the sleeve port, the lower flange and the upper flange is formed at the stopper is provided for preventing the sleeve from on coming out of the sleeve.
  9. 9.如权利要求1所述的颗粒物料包装机,其特征在于:所述卷料输送装置包括卷膜辊筒、容让辊和容让制动装置,所述包装薄膜卷制于所述卷膜辊筒上,并经由所述容让辊输出至所述制袋成型器上,所述容让辊可上下浮动或摆动的设置在立体机架上;所述容让制动装置包括V形连接架和调节弹簧,所述V形连接架具有一用于与所述容让辊转动轴铰接的第一铰接端、一用于铰接于所述立体机架上的第二铰接端和一用于抵设在所述卷膜辊筒上的抵设端,所述V形连接架处于所述卷膜辊筒和容让辊的上方,所述第二铰接端铰接于所述立体机架上,所述第一铰接端铰接于所述容让辊的转动轴上,所述调节弹簧的一端固定在所述立体机架上,所述调节弹簧的另一端固定在所述V形连接架上,使所述V形连接架的抵设端抵设在所述卷膜辊筒上。 9. The particulate material of the packaging machine as claimed in claim 1, wherein: said conveying means comprises a web material roll film roll, so that the roller receiving device and the receiving brake allow the packaging film to the rolling roll the film roll, and outputs via the receiving roller to allow the bag-forming, so that the receiving roll may be disposed on a vertical float or swing perspective rack; said receiving means comprises a V-shaped so that the brake and adjusting spring connecting frame, said frame having a first V-shaped connecting a hinged end for receiving said rotary shaft so that the roller hinged to a second hinge is hinged to the end on the frame and a perspective with disposed in abutment against the end of the roll film is provided on the roll, the V-shaped connecting frame is in said film roll so that the upper roller and the receiving roller, said second hinge end hinged to the rack perspective , hinged to the first hinged end of the rotating shaft receiving roller so that the adjustment of the other end of the spring is fixed to the three-dimensional frame, the adjusting spring is fixed to the end of the V-shaped connecting frame , the V-shaped end abutting against the connecting frame provided on the roll film is provided in rolls.
  10. 10.如权利要求1至9任一项所述的颗粒物料包装机,其特征在于:所述颗粒物料包装机还包括控制系统,所述控制系统包括:用于检测包装薄膜上的商标图案信息的光电传感器,用于检测纵封牵引装置的温度信息的第一温度传感器,用于检测横封切断装置的温度信息的第二温度传感器,以及中央控制器; 所述中央控制器通过所述光电传感器、第一温度传感器和第二温度传感器获取相关信息,并分别控制连接所述第一驱动机、第二驱动机、第三驱动机、第四驱动机和供料装置。 10. The particulate material of the packaging machine according to any one of claims 1 to 9, characterized in that: said particulate material further comprises a packaging machine control system, said control system comprising: means for detecting the mark on the packaging film pattern information photosensor, a first temperature sensor for detecting temperature information traction longitudinal sealing means for detecting temperature information of the transverse sealing cutting device a second temperature sensor, and a central controller; and the central controller through the photoelectric sensor, a first temperature sensor and the second temperature sensor to obtain information, and are respectively connected to the first control driver, a second driver, a third driver, the fourth driver and the supply means.
CN 201510127275 2015-03-23 2015-03-23 Granular material packing machine CN104760717B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 201510127275 CN104760717B (en) 2015-03-23 2015-03-23 Granular material packing machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 201510127275 CN104760717B (en) 2015-03-23 2015-03-23 Granular material packing machine

Publications (2)

Publication Number Publication Date
CN104760717A true true CN104760717A (en) 2015-07-08
CN104760717B CN104760717B (en) 2017-01-04

Family

ID=53642897

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 201510127275 CN104760717B (en) 2015-03-23 2015-03-23 Granular material packing machine

Country Status (1)

Country Link
CN (1) CN104760717B (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106043770A (en) * 2016-07-27 2016-10-26 安陆市鑫鑫机械设备有限公司 Integrated machine for packaging and cutting heating bag

Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3040490A (en) * 1960-05-31 1962-06-26 Triangle Package Machinery Co Apparatus and method for making, filling, and sealing containers
US3522689A (en) * 1967-08-21 1970-08-04 Econ O Line Mfg Co Seal forming machine for forming successive transverse-spaced seals between the plies of a plural-ply strip in a packaging or other apparatus
US4949846A (en) * 1989-07-31 1990-08-21 Lakey Lawrence D Package end sealing and cutting method and apparatus
US5740661A (en) * 1995-05-23 1998-04-21 Sumitomo Chemical Company, Limited Method and apparatus of producing sheet wrapping body
CN1705586A (en) * 2002-10-30 2005-12-07 日本精机株式会社 Filling and packaging machine
CN204548559U (en) * 2015-03-23 2015-08-12 湖南工业大学 Granule material packing machine

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3040490A (en) * 1960-05-31 1962-06-26 Triangle Package Machinery Co Apparatus and method for making, filling, and sealing containers
US3522689A (en) * 1967-08-21 1970-08-04 Econ O Line Mfg Co Seal forming machine for forming successive transverse-spaced seals between the plies of a plural-ply strip in a packaging or other apparatus
US4949846A (en) * 1989-07-31 1990-08-21 Lakey Lawrence D Package end sealing and cutting method and apparatus
US5740661A (en) * 1995-05-23 1998-04-21 Sumitomo Chemical Company, Limited Method and apparatus of producing sheet wrapping body
CN1705586A (en) * 2002-10-30 2005-12-07 日本精机株式会社 Filling and packaging machine
CN204548559U (en) * 2015-03-23 2015-08-12 湖南工业大学 Granule material packing machine

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106043770A (en) * 2016-07-27 2016-10-26 安陆市鑫鑫机械设备有限公司 Integrated machine for packaging and cutting heating bag

Also Published As

Publication number Publication date Type
CN104760717B (en) 2017-01-04 grant

Similar Documents

Publication Publication Date Title
US2522682A (en) Method and apparatus for packaging loose, flowing commodities
CN2352445Y (en) Machine for automatically packaging fluent solid material into bag and closing its uper mouth
CN202807114U (en) Automatic filling machine
CN202295367U (en) Soft bottle boxing machine
CN202828240U (en) High speed automatic bowl package noodle packing machine
CN203005829U (en) Unloading device for particle packer
CN101375708A (en) Equipment for automatically processing molding bean curd packed in box
CN203877032U (en) Double-station double-automatic heat-sealing machine
CN201457783U (en) Heat sealer
CN203877006U (en) Weighing mechanism of granular food packaging machine
CN101062718A (en) Horizontal double material duplex bag automatic packaging unit
CN2861016Y (en) Fruit plastic film simple packaging machine
CN203581443U (en) Bag tea packaging machine
CN2895337Y (en) Cigarette strip box wheel-plate type automatic mechanical turnover device
CN202574652U (en) Automatic weighing and canning machine for solid materials
CN201042139Y (en) Vertical stephanoporate bagging machine for domestic fungus
CN2302197Y (en) Four-side sealing package bag automatic packing machine
CN202295476U (en) Cigarette carton packaging transparent paper shaping device
CN102893810A (en) Film-type automatic bagging machine
CN201525516U (en) Code marking equipment
CN203358867U (en) Can type drying agent stuffing machine
CN2889907Y (en) Transmission mechanism of automatic and continuous packing machine
CN2434230Y (en) Multiple sorts of materials pusher of packing machine
CN203726776U (en) Bakelite powder feeding device
CN203047554U (en) Connecting pipe packaging machine of cloth wardrobe

Legal Events

Date Code Title Description
C06 Publication
EXSB Decision made by sipo to initiate substantive examination
C14 Grant of patent or utility model