CN203872956U - Shell breaking device for peeling pecans manually - Google Patents
Shell breaking device for peeling pecans manually Download PDFInfo
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- CN203872956U CN203872956U CN201420310663.9U CN201420310663U CN203872956U CN 203872956 U CN203872956 U CN 203872956U CN 201420310663 U CN201420310663 U CN 201420310663U CN 203872956 U CN203872956 U CN 203872956U
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- Apparatuses For Bulk Treatment Of Fruits And Vegetables And Apparatuses For Preparing Feeds (AREA)
Abstract
本实用新型公开了一种手剥山核桃破壳装置，包括机架，所述的机架上安装有进料斗，传动机构和破壳机构；所述的传动机构包括安装在机架上的第一中心轴和第二中心轴，所述的第一中心轴上安装有小齿轮，所述的第二中心轴上安装有大齿轮，且所述的小齿轮和大齿轮相互啮合安装，所述的敲击滚筒与第一中心轴固连，所述的载料滚筒与第二中心轴固连；所述的敲击滚筒外圆上沿轴线方向开设有均布的径向圆弧形敲击轮槽，所述的敲击滚筒上安装有敲击轮轴，所述的敲击轮轴上套装有敲击轮，且该敲击轮位于圆弧形敲击轮槽内；所述的载料滚筒圆周上轴向开设有均布的球形凹坑。本实用新型具有结构简单、使用方便、降低山核桃分拣要求，显著提高加工效率，降低加工成本。
The utility model discloses a device for manually peeling hickory nut shells, which comprises a frame. A feeding hopper, a transmission mechanism and a shell breaking mechanism are installed on the frame; The first central shaft and the second central shaft, a small gear is installed on the first central shaft, a large gear is installed on the second central shaft, and the small gear and the large gear are installed in mesh with each other, so The knocking drum described above is fixedly connected to the first central shaft, and the loading drum is fixedly connected to the second central shaft; the outer circle of the knocking drum is provided with evenly distributed radial arc-shaped knocking drums along the axial direction. The knocking wheel groove, the knocking wheel shaft is installed on the knocking drum, the knocking wheel is set on the knocking wheel shaft, and the knocking wheel is located in the arc-shaped knocking wheel groove; the loading Uniformly distributed spherical pits are arranged axially on the circumference of the drum. The utility model has the advantages of simple structure, convenient use, reduced hickory sorting requirements, significantly improved processing efficiency, and reduced processing cost.
Description
技术领域 technical field
本实用新型涉及一种手剥山核桃破壳装置，主要用于破裂山核桃外壳，属于食品加工机械设备领域。 The utility model relates to a device for manually peeling hickory nut shells, which is mainly used for cracking hickory nut shells and belongs to the field of food processing machinery.
背景技术 Background technique
随着人们生活水平的提高，越来越多的人意识到山核桃的营养价值和保健作用，山核桃市场的需求量也在不断加大。然而山核桃的果壳坚硬，内有多个分隔，核桃肉嵌在坚硬的果壳里，食用时往往需要借助一些专用或辅助的工具，给食用带来麻烦和不便。山核桃好吃难剥是困扰坚果加工业的一大技术难题。手剥山核桃传统的加工方法是：将山核桃放在特制的模子里，用锤子手工敲击制作，传统的加工方法主要由人工完成，生产效率低、劳动强度大、成本高、卫生条件差，容易出现加工过程中的两次污染；虽然敲击破壳为较理想的一种破壳方式，但由于人工敲击的力度不宜控制，制作时核桃仁破碎率高。因而，实用新型一种手剥山核桃的破壳装置，进行机械化高效破壳具有现实需求。目前，有不少高校和食品研究所在研究山核桃的破壳技术和设备，采用的基本是撞击、碾搓、剪切和挤压等方法，实用新型了一些用于破壳的机器设备，例如专利号为201220344049.5的实用新型专利公开了一种手剥山核桃高效裂壳机，利用高速旋转的撞击棒与反弹柱的相互作用，使山核桃表面均匀开裂，该破壳机采用的是撞击的方法，仅适用于壳脆而仁韧的物料破壳，不适合于具有较厚外壳以及果仁与外壳间间隙较小的山核桃破壳。专利号为200920020191.2的专利公开了多功能家用核桃破壳机，采用梅花辊与鳄鱼齿形状的机件。当梅花辊转动时，第一个核桃通过输送管落入鳄鱼齿与梅花辊之间，第二个核桃正好落在梅花辊上部相邻的齿槽内，待加工，此时，被夹住的山核桃受到挤、搓，实现破壳。该破壳机要求核桃的大小比较均匀，破壳前通常需要分级处理，同时高破壳率和低破碎率不能兼顾，综合破壳效果不理想。With the improvement of people's living standards, more and more people realize the nutritional value and health care function of pecans, and the market demand for pecans is also increasing. Yet the husk of hickory nut is hard, and there are multiple partitions in it, and walnut meat is embedded in the hard husk, often needs to use some special-purpose or auxiliary tools when eating, which brings trouble and inconvenience to eating. Hickory nuts are delicious and difficult to peel, which is a major technical problem that plagues the nut processing industry. The traditional processing method of peeling pecans by hand is: put the pecans in a special mold and beat them manually with a hammer. The traditional processing method is mainly done manually, which has low production efficiency, high labor intensity, high cost, and poor sanitation conditions. , prone to two pollutions in the process of processing; although knocking is an ideal way to break the shell, the walnut kernel breakage rate is high during production because the strength of manual knocking is not suitable for control. Therefore, there is a practical demand for a utility model for a shell-breaking device for hand-peeling hickory nuts for mechanized high-efficiency shell breaking. At present, many colleges and universities and food research institutes are researching pecan shell breaking technology and equipment. They basically use methods such as impact, grinding, shearing and extrusion, and some new machines and equipment for shell breaking have been developed. For example, the utility model patent No. 201220344049.5 discloses a high-efficiency hand-peeling hickory cracker, which utilizes the interaction between the high-speed rotating impact bar and the rebound column to crack the surface of the hickory evenly. The method is only applicable to cracking shells of materials with brittle shells and tough kernels, and is not suitable for shelling hickory nuts with thicker shells and a smaller gap between the nuts and shells. The patent No. 200920020191.2 discloses a multifunctional household walnut sheller, which adopts plum blossom rollers and parts in the shape of crocodile teeth. When the plum-blossom roller rotates, the first walnut falls between the crocodile teeth and the plum-blossom roller through the conveying pipe, and the second walnut just falls into the upper adjacent tooth groove of the plum-blossom roller to be processed. At this time, the clamped The hickory nuts are squeezed and rubbed to achieve shell breaking. The cracking machine requires walnuts to be relatively uniform in size, and usually needs to be graded before cracking. At the same time, high cracking rate and low cracking rate cannot be taken into account, and the comprehensive cracking effect is not ideal.
实用新型内容 Utility model content
本实用新型的目的在于提供了一种手剥山核桃破壳装置，针对目前手剥山核桃加工中存在的问题提供一种结构简单、使用方便、能使山核桃表面均匀开裂而颗粒完整的手剥山核桃破壳装置，同时克服加工过程受山核桃形状和大小限制的难题，降低山核桃分拣要求，可适应初筛选后的山核桃加工，显著提高加工效率，降低加工成本。 The purpose of the utility model is to provide a hand-peeled hickory nut shell breaking device, aiming at the problems existing in the current hand-peeled hickory nut processing, to provide a hand-peeled hickory nut with simple structure, easy to use, and can make the hickory surface crack evenly and the particles are complete. The hickory peeling and shelling device overcomes the problem that the processing process is limited by the shape and size of the hickory, reduces the sorting requirements of the hickory, can adapt to the processing of the hickory after the primary screening, significantly improves the processing efficiency, and reduces the processing cost.
为达到上述目的，本实用新型的技术方案是： In order to achieve the above object, the technical scheme of the utility model is:
一种手剥山核桃破壳装置，包括机架，所述的机架上安装有进料斗，传动机构和破壳机构；所述的传动机构包括安装在机架上的第一中心轴和第二中心轴，所述的第一中心轴上安装有小齿轮，所述的第二中心轴上安装有大齿轮，且所述的小齿轮和大齿轮相互啮合安装，所述的第一中心轴通过联轴器与变速箱、电机相连；所述的破壳机构包括敲击滚筒、载料滚筒，以及位于敲击滚筒和载料滚筒之间的敲击块，其中所述的敲击滚筒与第一中心轴固连，所述的载料滚筒与第二中心轴固连；所述的敲击滚筒外圆上沿轴线方向开设有均布的径向圆弧形敲击轮槽，所述的敲击滚筒上安装有敲击轮轴，所述的敲击轮轴上套装有敲击轮，且该敲击轮位于圆弧形敲击轮槽内；所述的载料滚筒圆周上轴向开设有均布的球形凹坑。 A hand-peeling hickory cracking device includes a frame, a feed hopper, a transmission mechanism and a shell breaking mechanism are installed on the frame; the transmission mechanism includes a first central shaft mounted on the frame and a The second central shaft, a small gear is installed on the first central shaft, a large gear is installed on the second central shaft, and the small gear and the large gear are installed in mesh with each other, and the first central shaft The shaft is connected with the gearbox and the motor through a coupling; the shell breaking mechanism includes a knocking drum, a loading drum, and a knocking block located between the knocking drum and the loading drum, wherein the knocking drum It is fixedly connected with the first central shaft, and the loading drum is fixedly connected with the second central shaft; the outer circle of the knocking drum is provided with evenly distributed radial arc-shaped knocking wheel grooves along the axial direction, so that The knocking wheel shaft is installed on the knocking drum, and the knocking wheel is set on the knocking wheel shaft, and the knocking wheel is located in the arc-shaped knocking wheel groove; the axial direction on the circumference of the loading drum is There are evenly distributed spherical pits.
所述的进料斗内安装有拨料轮轴，且所述的进料斗固定安装于载料滚筒上方的机架上。 A dial wheel shaft is installed inside the feed hopper, and the feed hopper is fixedly installed on the frame above the loading drum.
所述的进料斗的底部与载料滚筒之间的机架上安装有挡料板。 A baffle plate is installed on the frame between the bottom of the feed hopper and the loading drum.
所述的第一中心轴通过联轴器与变速箱、电机相连也能替换成将第一中心轴与转动手柄相连。 The first central shaft is connected to the gearbox and the motor through a coupling, and it can also be replaced by connecting the first central shaft to the rotating handle.
所述的敲击轮轴上套装有敲击轮，且所述的敲击轮轴与敲击轮之间留有活动间隙，所述的敲击轮为圆环形敲击轮。 The knocking wheel shaft is fitted with a knocking wheel, and there is a movable gap between the knocking wheel shaft and the knocking wheel, and the knocking wheel is a ring-shaped knocking wheel.
所述的球形凹坑为直径在20±3mm的球形凹坑；且所述的球形凹坑的个数与圆弧形敲击轮槽的个数相等。 The spherical pits are spherical pits with a diameter of 20±3mm; and the number of the spherical pits is equal to the number of arc-shaped knocking wheel grooves.
所述的机架上还架设有轴支座，所述的轴支座的轴孔内安装有敲击块轴，所述的敲击块轴上安装有敲击块，且使所述的敲击块位于敲击滚筒和载料滚筒之间。 The frame is also set up with a shaft support, and a knocking block shaft is installed in the shaft hole of the shaft support, and a knocking block is installed on the knocking block shaft, so that the knocking block shaft The strike block is located between the beating drum and the loading drum.
所述的敲击滚筒和载料滚筒之间，敲击块之后的机架上还安装有出料口。 Between the knocking drum and the loading drum, a discharge port is installed on the frame behind the knocking block.
本实用新型的有益效果为：本实用新型采用敲击滚筒旋转时产生的离心力使敲击轮作离心运动，与敲击块发生碰撞后由敲击块敲打载料滚筒相应位置的山核桃，实现了模拟手工的敲击破壳方式；载料滚筒圆周面轴向设计的球形凹坑与山核桃形状相拟合，敲击时山核桃受力均匀，敲击后的山核桃有许多裂纹但又不破碎，可降低山核桃的破损率，有效保证加工质量；圆环形结构敲击轮与敲击轮轴间留有间隙，敲击轮作离心运动的位移随山核桃形状的大小具有自动调节功能，即自动调节敲击力，能适应不同大小山核桃的加工；本实用新型对不同大小山核桃的加工无需分级装置或更换部件的步骤，降低山核桃分拣要求，可适应初筛选后的山核桃加工，显著提高加工效率，结构简单紧凑、使用方便、制造加工成本低，是一种能使山核桃表面均匀开裂而颗粒完整的手剥山核桃破壳装置。 The beneficial effects of the utility model are: the utility model adopts the centrifugal force generated when the knocking drum rotates to make the knocking wheel centrifugally move, and after colliding with the knocking block, the knocking block knocks the hickory at the corresponding position of the loading drum, realizing It simulates the way of manual knocking to break the shell; the spherical pit designed in the axial direction of the circumferential surface of the loading drum fits the shape of the hickory nut, and the force on the hickory nut is even when knocked. Crushing can reduce the breakage rate of hickory nuts and effectively ensure the processing quality; there is a gap between the ring-shaped knocking wheel and the knocking wheel shaft, and the displacement of the knocking wheel for centrifugal movement has an automatic adjustment function with the size of the hickory shape, that is, The knocking force can be automatically adjusted, which can adapt to the processing of pecans of different sizes; the utility model does not need the step of grading device or replacing parts for the processing of pecans of different sizes, reduces the requirements of hickory sorting, and can adapt to the processing of pecans after primary screening , significantly improve the processing efficiency, simple and compact structure, easy to use, low manufacturing and processing costs, is a hand-peeled hickory nut shell cracking device that can make the hickory surface evenly cracked and the particles intact.
附图说明 Description of drawings
图1是本实用新型的结构示意图； Fig. 1 is the structural representation of the utility model;
图2是图1的A-A剖视图。 Fig. 2 is a cross-sectional view along line A-A of Fig. 1 .
具体实施方式 Detailed ways
实施例1 Example 1
如图1-2所示的一种手剥山核桃破壳装置，包括机架11，所述的机架11上安装有进料斗1，传动机构和破壳机构；所述的传动机构包括安装在机架11上的第一中心轴14和第二中心轴19，所述的第一中心轴14和第二中心轴19的两端分别安装有轴承15，并通过轴承座16固定于机架11上；所述的第一中心轴14上安装有小齿轮13，所述的第二中心轴19上安装有大齿轮18，且所述的小齿轮13和大齿轮18相互啮合安装，形成减速传动机构用来带动敲击滚筒9和载料滚筒4反向旋转，并保证破壳过程的时间相位关系；所述的第一中心轴14通过联轴器20与变速箱21、电机22相连，也可以在第一中心轴14的轴端套装上转动手柄实现手动操作；提供动力输入。所述的破壳机构包括敲击滚筒9、载料滚筒4，以及位于敲击滚筒9和载料滚筒4之间的敲击块7，其中所述的敲击滚筒9与第一中心轴14固连，所述的载料滚筒4与第二中心轴19固连；所述的敲击滚筒9外圆上沿轴线方向开设有均布的径向圆弧形敲击轮槽23，所述的敲击滚筒9上安装有敲击轮轴17，所述的敲击轮轴17上套装有敲击轮10，且该敲击轮10位于圆弧形敲击轮槽23内；所述的敲击轮轴17与敲击轮10之间留有活动间隙，所述的敲击轮10为圆环形敲击轮（也可以设计成偏心轮结构）。敲击滚筒9作高速旋转运动时，敲击轮10受离心力作用，敲击轮10与敲击轮轴17间的间隙提供敲击轮10径向离心运动的位移并撞击敲击块7，对山核桃5实施敲击破壳。所述的机架11上还架设有轴支座8，所述的轴支座8的轴孔内安装有敲击块轴6，所述的敲击块轴6上安装有敲击块7，所述的敲击块7之间通过隔套隔开；且使所述的敲击块7位于敲击滚筒9和载料滚筒4之间；敲击块7可绕敲击块轴6自由摆动。所述的载料滚筒4圆周上轴向开设有均布的球形凹坑24。所述的球形凹坑24为直径在20±3mm的球形凹坑；且所述的球形凹坑24的个数与圆弧形敲击轮槽23的个数相等；能适应不同大小的山核桃5，同时可以有效地将待破壳的山核桃5随载料滚筒4旋转带至敲击位置进行破壳。所述的进料斗1内安装有拨料轮轴2，且所述的进料斗1固定安装于载料滚筒4上方的机架11上。所述的进料斗1的底部与载料滚筒4之间的机架11上安装有挡料板3。所述的敲击滚筒9和载料滚筒4之间，敲击块7之后的机架11上还安装有出料口12。 A kind of hand-peeling hickory nut cracking device as shown in Figure 1-2, comprises frame 11, and feed hopper 1, transmission mechanism and shell breaking mechanism are installed on described frame 11; Described transmission mechanism comprises The first central shaft 14 and the second central shaft 19 installed on the frame 11, the two ends of the first central shaft 14 and the second central shaft 19 are respectively equipped with bearings 15, and are fixed on the machine by the bearing seat 16. On the frame 11; the first central shaft 14 is equipped with a pinion 13, and the second central shaft 19 is equipped with a large gear 18, and the small gear 13 and the large gear 18 are installed in mutual meshing, forming The deceleration transmission mechanism is used to drive the knocking drum 9 and the loading drum 4 to rotate in reverse, and to ensure the time phase relationship of the cracking process; the first central shaft 14 is connected to the gearbox 21 and the motor 22 through a coupling 20 , the handle can also be turned on the shaft end sleeve of the first central shaft 14 to realize manual operation; power input is provided. The cracking mechanism includes a knocking drum 9, a loading drum 4, and a knocking block 7 between the knocking drum 9 and the loading drum 4, wherein the knocking drum 9 is connected to the first central shaft 14 Fixedly connected, the described loading drum 4 is fixedly connected with the second central shaft 19; the outer circle of the knocking drum 9 is provided with evenly distributed radial arc-shaped knocking wheel grooves 23 along the axial direction, and the A knocking wheel shaft 17 is installed on the knocking drum 9, and the knocking wheel 10 is set on the knocking wheel shaft 17, and the knocking wheel 10 is located in the arc-shaped knocking wheel groove 23; There is a movable gap between the wheel shaft 17 and the knocking wheel 10, and the knocking wheel 10 is an annular knocking wheel (also can be designed as an eccentric wheel structure). When the knocking drum 9 rotates at high speed, the knocking wheel 10 is subjected to centrifugal force, and the gap between the knocking wheel 10 and the knocking wheel shaft 17 provides the displacement of the radial centrifugal movement of the knocking wheel 10 and hits the knocking block 7. Walnut 5 implements knocking to break the shell. The frame 11 is also erected with a shaft support 8, a knocking block shaft 6 is installed in the shaft hole of the shaft support 8, and a knocking block 7 is installed on the knocking block shaft 6, The knocking block 7 is separated by a spacer; and the knocking block 7 is located between the knocking drum 9 and the loading drum 4; the knocking block 7 can freely swing around the knocking block shaft 6 . The circumference of the loading drum 4 is axially provided with evenly distributed spherical dimples 24 . The spherical pit 24 is a spherical pit with a diameter of 20 ± 3mm; and the number of the spherical pit 24 is equal to the number of the arc-shaped knocking wheel groove 23; it can adapt to hickory nuts of different sizes 5. At the same time, the hickory nuts 5 to be shelled can be effectively brought to the knocking position with the rotation of the loading drum 4 for shelling. A dial wheel shaft 2 is installed in the feed hopper 1 , and the feed hopper 1 is fixedly installed on the frame 11 above the loading drum 4 . A baffle plate 3 is installed on the frame 11 between the bottom of the feed hopper 1 and the loading drum 4 . Between the knocking drum 9 and the loading drum 4, a discharge port 12 is installed on the frame 11 behind the knocking block 7.
本实施例的破壳装置，在使用时首先将山核桃5放入进料斗１中，通过安装于进料斗1内的拨料轮轴2旋转拨动山核桃5，使山核桃5顺利地进入载料滚筒4的球形凹坑24中，由于敲击轮10空套在固定于敲击滚筒9的敲击轮轴17上，通过电机22、变速箱21带动联轴器20后带动第一中心轴14旋转，或通过转动手柄手动带动第一中心轴14旋转，通过第一中心轴14上的小齿轮13与大齿轮18啮合来带动第二中心轴19旋转，从而带动敲击滚筒9和载料滚筒4按固定的传动比反向旋转，保证破壳过程的时间相位关系；在载料滚筒4旋转过程中，受挡料板3的作用，球形凹坑24中的山核桃5逐渐进入到敲击位置；同时受旋转离心力的作用，空套在敲击轮轴17上的敲击轮10沿径向甩出撞击敲击块7，使其摆动对山核桃5施加敲击力，敲击块７摆动的瞬间敲打转至载料滚筒4上敲击位置的山核桃5实现破壳。撞击后受反作用力的作用敲击轮10弹回让出旋转通道，随着载料滚筒4持续旋转，已破壳的山核桃5落入出料口12，完成一次敲击。工作过程中，山核桃5的形状尺寸不同仅仅影响到敲击轮10沿径向甩出的位移，即敲击块7的摆动幅度，在转速一定的情况下，敲击轮10施加到敲击块7的敲击力基本不变，因而可以自动适应不同大小山核桃5的破壳，避免出现山核桃5连壳带仁一起破损的现象，可有效地保证破壳质量。 In the shell breaking device of this embodiment, when in use, first put hickory nuts 5 into the feed hopper 1, and rotate the hickory nuts 5 through the dial wheel shaft 2 installed in the feed hopper 1, so that the hickory nuts 5 can be smoothly Into the spherical pit 24 of the loading drum 4, because the knocking wheel 10 is empty set on the knocking wheel shaft 17 fixed on the knocking drum 9, the motor 22 and the gearbox 21 drive the coupling 20 to drive the first center The shaft 14 rotates, or manually drives the first central shaft 14 to rotate by turning the handle, and the second central shaft 19 is driven to rotate through the engagement of the small gear 13 on the first central shaft 14 with the large gear 18, thereby driving the drum 9 and the load. The material drum 4 rotates in reverse according to a fixed transmission ratio to ensure the time phase relationship of the shell breaking process; during the rotation of the material drum 4, the hickory nuts 5 in the spherical pit 24 gradually enter into the Knocking position; Simultaneously by the effect of rotating centrifugal force, the knocking wheel 10 that is sheathed on the knocking wheel shaft 17 throws out and hits knocking block 7 radially, makes it swing and exerts knocking force to hickory nut 5, knocks block 7. Instantly knock the hickory nuts 5 transferred to the knocking position on the loading drum 4 to break the shell. After the impact, the knocking wheel 10 bounces back to let out the rotating channel under the action of the reaction force, and along with the continuous rotation of the loading drum 4, the broken hickory nuts 5 fall into the discharge port 12, completing a knocking. During the working process, the different shapes and sizes of the hickory nuts 5 only affect the displacement of the knocking wheel 10 in the radial direction, that is, the swing amplitude of the knocking block 7. The percussion force of block 7 is basically constant, thereby can automatically adapt to the broken shell of hickory nut 5 of different sizes, avoids the broken phenomenon that hickory nut 5 connects shell band benevolence together, can effectively guarantee the broken shell quality.
本实施例采用敲击滚筒旋转时产生的离心力使敲击轮作离心运动，与敲击块发生碰撞后由敲击块敲打载料滚筒相应位置的山核桃，实现了模拟手工的敲击破壳方式；载料滚筒圆周面轴向设计的球形凹坑与山核桃形状相拟合，敲击时山核桃受力均匀，敲击后的山核桃有许多裂纹但又不破碎，可降低山核桃的破损率，有效保证加工质量；圆环形结构敲击轮与敲击轮轴间留有间隙，敲击轮作离心运动的位移随山核桃形状的大小具有自动调节功能，即自动调节敲击力，能适应不同大小山核桃的加工；本实施例对不同大小山核桃的加工无需分级装置或更换部件的步骤，降低山核桃分拣要求，可适应初筛选后的山核桃加工，显著提高加工效率，结构简单紧凑、使用方便、制造加工成本低，是一种能使山核桃表面均匀开裂而颗粒完整的手剥山核桃破壳装置。 In this embodiment, the centrifugal force generated when the knocking drum is rotated is used to make the knocking wheel move centrifugally, and after the knocking block collides with the hickory at the corresponding position of the loading drum, the shell breaking method of simulating manual knocking is realized. ;The spherical pit designed in the axial direction on the circumference of the loading drum fits the shape of the hickory nut, and the hickory nut is evenly stressed when knocked. After knocking, the hickory nut has many cracks but is not broken, which can reduce the damage of the hickory nut The efficiency can effectively guarantee the processing quality; there is a gap between the ring-shaped knocking wheel and the knocking wheel shaft, and the displacement of the knocking wheel in centrifugal motion has an automatic adjustment function with the size of the hickory shape, that is, the automatic adjustment of the knocking force, which can adapt to the Processing of hickory nuts of different sizes; in this embodiment, the processing of hickory nuts of different sizes does not require steps of grading devices or parts replacement, which reduces the requirements for sorting hickory nuts, can adapt to the processing of hickory nuts after primary screening, significantly improves processing efficiency, and has a simple structure The device is compact, easy to use, and low in manufacturing and processing costs. It is a hand-peeling hickory nut shelling device that can crack the surface of hickory nuts evenly and keep the particles intact.
Claims (8)
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420310663.9U CN203872956U (en) | 2014-06-12 | 2014-06-12 | Shell breaking device for peeling pecans manually |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420310663.9U CN203872956U (en) | 2014-06-12 | 2014-06-12 | Shell breaking device for peeling pecans manually |
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| CN203872956U true CN203872956U (en) | 2014-10-15 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104026709A (en) * | 2014-06-12 | 2014-09-10 | 浙江工业大学之江学院 | Manual pecan shell breaking device |
| CN106473163A (en) * | 2015-09-01 | 2017-03-08 | 广西大学 | A kind of small-sized walnut hulling device |
| CN109090628A (en) * | 2018-09-20 | 2018-12-28 | 通道盛峰油业有限公司 | Hulling device is used in a kind of production of oil tea |
-
2014
- 2014-06-12 CN CN201420310663.9U patent/CN203872956U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104026709A (en) * | 2014-06-12 | 2014-09-10 | 浙江工业大学之江学院 | Manual pecan shell breaking device |
| CN106473163A (en) * | 2015-09-01 | 2017-03-08 | 广西大学 | A kind of small-sized walnut hulling device |
| CN109090628A (en) * | 2018-09-20 | 2018-12-28 | 通道盛峰油业有限公司 | Hulling device is used in a kind of production of oil tea |
| CN109090628B (en) * | 2018-09-20 | 2024-02-09 | 通道盛峰油业有限公司 | Shelling equipment is used in tea-oil camellia preparation |
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