A foot bath bag packaging machine

Abstract

The invention belongs to the technical field of bag making machines, and is specifically a foot bath bag making machine. It comprises a frame, on which a feeding mechanism and a non-woven bag making mechanism are arranged; the feeding mechanism is composed of a vibrating material trough, a weighing box, a collecting hopper, a filling rod, a filling tube, and a quantitative feeding box; the non-woven bag making mechanism is composed of a non-woven roll, a rotating frame, a transmission roller, an ultrasonic side stitching wheel group, an ultrasonic bottom stitching die head, and a bag cutter; the invention has a novel structure, combines the characteristics of the foot bath bag, is made by machine, has high efficiency, and low cost.

Description

Technical Field

[0001] The invention belongs to the technical field of foot bath bag processing and production equipment, in particular to a foot bath bag packaging machine. Background Art

[0002] The history of foot bath is thousands of years old. The earliest documented record is in the "Emergency Prescriptions for the Elbow" of the Jin Dynasty, which has a history of more than a thousand years.

[0003] Foot soaking is the key to health preservation. It can remove blood waste and disease sediment from the human body, clean the body, and resist various diseases. Foot soaking has a good auxiliary effect on the treatment of many diseases. People often say: "Rich people take tonics, poor people soak their feet." It can be seen that foot soaking has a great effect.

[0004] The feet are also called the second heart of the human body. This is because scientific research has proven that there are reflex areas and meridian distributions on the feet that correspond to the internal organs. When soaking the feet in warm water, these reflex areas can be stimulated, promoting blood circulation, regulating the endocrine system, enhancing the function of human organs, and achieving health care effects in preventing and curing diseases. At the same time, thermal stimulation will accelerate the microcirculation of the feet and open the pores.

[0005] Benefits of hot water foot bath

[0006] (1) Promote blood circulation. The feet have been regarded as the second heart of the human body since ancient times. From the perspective of health preservation theory, the feet are the farthest from the human heart and bear the heaviest burden. Therefore, this place is most likely to cause poor blood circulation. Medical books record: "The feet of a person are like the roots of a tree. When a tree withers, the roots die first. When a person grows old, the feet age first." Hot water foot soaking is an excellent method, especially for those who often feel cold hands and feet.

[0007] (2) Stimulate the acupuncture points, reflexology areas and meridians of the feet. From a medical point of view, there are reflexology areas and acupuncture points of various organs of the human body, as well as meridians on the feet. Many people have had foot massages. When the masseur presses our feet, we feel pain and soreness. This basically means that there is a problem with the corresponding reflexology area organs. Therefore, after we have a foot massage, we will feel relaxed all over. At the same time, there are 6 main meridians on the human foot, including the end points of the three yang meridians (bladder meridian, stomach meridian, and gallbladder meridian) and the starting points of the three yin meridians (spleen meridian, liver meridian, and kidney meridian), all on the feet. Therefore, soaking feet in hot water is equivalent to stimulating these six most important meridians.

[0008] (3) It has a good auxiliary effect in the treatment of many diseases. People often say that "rich people take tonic medicine, poor people soak their feet", which shows that Chinese medicine foot bathing has a great effect. Especially in modern society, with the extensive use of air conditioning and people's general love of eating cold food, there is a lot of cold and dampness in the body. Through Chinese medicine foot bathing, it can accelerate the excretion of coldness in the body.

[0009] Agarwood Foot Bath

[0010] Soaking your feet in agarwood can improve local blood circulation, relieve fatigue, drive away the cold, promote metabolism, dredge meridians, regulate qi and activate blood circulation, and ultimately achieve the purpose of health care.

[0011] Soak your feet in water boiled with radish

[0012] People with foot odor can use half a white radish, cut it into thin slices, put it in a pot, then add appropriate amount of water, boil it over high heat for 3 minutes and then over low heat for 5 minutes, then pour it into a basin, wait for it to cool down to a moderate temperature, then wash your feet repeatedly, and wash your feet several times to remove the foot odor.

[0013] Salt and ginger foot bath

[0014] Put an appropriate amount of salt and a few slices of ginger in hot water, heat it for a few minutes, wash your feet when it is not hot, and rub it for a few minutes. It will not only remove foot odor, but also make your feet feel relaxed and eliminate fatigue.

[0015] Mugwort Foot Bath

[0016] The whole plant of mugwort is used as medicine, which has the effects of warming the meridians, removing dampness, dispelling cold, stopping bleeding, anti-inflammatory, relieving asthma, relieving cough, stabilizing pregnancy, and anti-allergic. It is recorded as a "hemostatic medicine" in medical books of all dynasties. It is also one of the commonly used gynecological medicines. It is especially good for treating gynecological diseases of deficiency and cold, and also treats chronic bronchitis and asthma in the elderly. When boiling water for bathing, it can prevent and treat maternal and infant infections during the puerperium, or make medicinal pillows and medicinal vests to prevent and treat chronic bronchitis or asthma in the elderly and stomach pain caused by deficiency and cold. When using mugwort, it is often processed into moxa wool, and then used to prepare various moxibustion equipment. The effects of soaking feet with mugwort are warming the meridians and dispelling cold, removing dampness and relieving pain, and helping sleep and relieving fatigue. It is suitable for people with weak constitution, cold and dampness, and can effectively relieve symptoms such as fear of cold in autumn and winter, cold hands and feet, uterine cold and dysmenorrhea, mental weakness, insomnia, easy sleepiness and fatigue, puffiness and swelling, back pain and joint pain, and loss of appetite caused by dampness and coldness. In addition, mugwort has the effect of removing dampness and relieving itching, and can be used to treat athlete's foot, eczema, sweaty and smelly feet, acne, skin itching, etc. It is best to use boiled water for soaking feet with mugwort. The water level should be eight centimeters above the surface of the foot, above Sanyinjiao, and preferably in the middle of the lower abdomen. It is best to soak feet 3-4 times a week, and each soaking time is about 20-30 minutes. After soaking feet, you can drink warm water, which has a better effect of warming the meridians and dispelling cold.

[0017] From the above, we can see the benefits of foot soaking with a foot bath bag. Foot bath bags are generally made of non-woven fabrics sewn manually, with low production efficiency and high cost. Since the price of each bag of foot bath bags is very low, if they are still made manually, it will be detrimental to the development of the industry. Therefore, it is necessary to develop an industrial equipment to achieve efficient and low-cost production of foot bath bags. Summary of the invention

[0018] After exploration and research, the applicant proposed a foot bath bag packaging machine, which combines the characteristics of the foot bath bag and is made by machine with high efficiency and low cost.

[0019] The technical solution adopted by the invention to achieve its purpose is to design a foot bath bag packing machine, including a frame, wherein a feeding device, a feeding mechanism and a non-woven bag packing mechanism are arranged on the frame; the feeding device includes a silo arranged on the frame, an auger conveyor 1 is arranged at the bottom of the silo along the length direction of the silo, an auger conveyor 2 is arranged obliquely beside the silo at the discharge end of the auger conveyor 1, an auger conveyor 3 is arranged at the discharge end of the auger conveyor 2, and the auger conveyor 3 is arranged along the length direction of the silo and is located above the silo; a middle discharge port is arranged in the middle of the auger conveyor 3; an auger conveyor 4 is arranged at the end of the auger conveyor 3, and a material guide pipe is connected to the discharge end of the auger conveyor 4, and the material guide pipe extends into the silo; the feeding mechanism is composed of a vibrating feeding trough, a weighing box, a collecting hopper, a filling rod, a filling pipe, and a quantitative feeding box; the non-woven bag packing mechanism is composed of a non-woven roll, a rotating frame, a transmission roller, an ultrasonic side stitching The invention is composed of a wheel group, an ultrasonic bottom stitching die head, and a bag cutter; the vibrating feeding trough is arranged below the middle discharge port, the outlet of the vibrating feeding trough is guided to the inlet of the weighing box, the bottom of the weighing box is provided with a pneumatic door plate, the weighing box body is connected with an electronic scale, the large mouth of the collecting hopper corresponds to the bottom of the pneumatic door plate, the small mouth of the collecting hopper is connected to the upper end of the vertically arranged filling tube, the lower end of the filling rod can be extended into the filling tube, and the outlet of the quantitative feeding box extends into the collecting hopper through the guide hopper; the rotating frame, the transmission roller, the ultrasonic side stitching wheel group, the ultrasonic bottom stitching die head, and the bag cutter are arranged in sequence from top to bottom, the non-woven fabric roll is installed on the rotating frame, the non-woven fabric tape in the non-woven fabric roll is wrapped around the outer periphery of the filling tube after passing through the transmission roller, the side stitching of the non-woven fabric tape passes through the ultrasonic side stitching wheel group, and the transverse stitching of the non-woven fabric tape passes through the ultrasonic bottom stitching die head and the bag cutter;

[0020] The vibration material-selecting trough includes a trough body and a vibration motor;

[0021] The packing rod is a pneumatic telescopic rod;

[0022] A second rotating shaft is arranged in the vibration material shifting groove, and a plurality of second shifting forks are arranged on the second rotating shaft;

[0023] A rotating shaft with a plurality of shift forks is arranged in the silo along the length direction of the silo, and the rotating shaft is driven by a motor of an auger conveyor.

[0024] When in use, multiple auger conveyors are arranged on the frame. The interconnected auger conveyors, under the action of the controller, convey the raw materials in the silo to the discharge port of the loading device for discharge, and are received by the vibrating material trough of the unloading mechanism, and then made into foot bath bags by the unloading mechanism and the non-woven fabric bagging mechanism, thereby realizing the mechanized production of foot bath materials to foot bath bags, improving work efficiency, reducing the pollution of wool dust to the environment, and ensuring the health of operators; at the same time, the foot bath materials that have not entered the unloading mechanism can also be recovered for reuse, saving costs. The invention has a simple structure, low labor intensity, and convenient operation and use; the feeding device feeds the foot soaking material into the vibrating material trough, and under the control of the preset automatic control system, the vibrating material trough pours the foot soaking material into the weighing box, and the weighing box pours the preset weight of the foot soaking material into the collection hopper, and at the same time, the quantitative feeding box also collects the preset weight of the foot soaking additive into the collection hopper through the guide hopper, and then the filling rod pokes the foot soaking material in the collection hopper to the bottom of the filling tube below into the non-woven bag made of the non-woven bag bag mechanism, and then the ultrasonic bottom sewing die head and the bag cutter are operated to sew and cut the non-woven fabric belt filled with the foot soaking material to complete the production of a foot soaking bag, and the foot soaking bag is repeatedly produced continuously. The invention has a novel structure, combined with the characteristics of the foot soaking bag, and is made by machine, with high efficiency and low cost. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 This is a schematic diagram of the structure of the feeding device in the invention;

[0026] Figure 2 The present invention is a schematic structural diagram of the feeding mechanism and the non-woven bagging mechanism. DETAILED DESCRIPTION

[0027] See also Figure 1 , 2A foot bath bag packing machine, a feeding device, a feeding mechanism and a non-woven bag packing mechanism are arranged on the frame 31; the feeding device includes a silo 16 arranged on the frame 31, and an auger conveyor 8 is arranged at the bottom of the silo 16 along the length direction of the silo, and the auger conveyor 8 is driven by a motor 1 connected with a sprocket 3 at the shaft end of the auger conveyor 8 through a chain 2; a discharge port is arranged at the bottom of the silo 16 along the length direction of the silo, and a feed port corresponding to the discharge port at the bottom of the silo 16 is arranged on the outer shell of the auger conveyor 8, so that the moxa in the silo 16 enters the auger conveyor 8 through the discharge port at the bottom of the silo 16 and the feed port of the auger conveyor 8; an auger conveyor 2 13 is arranged next to the silo at the discharge end on the outer shell of the end of the auger conveyor 8, and an auger conveyor 2 13 is arranged upwardly and tilted, the auger conveyor 13 is driven by a motor 14, the feed port on the outer shell of the auger conveyor 13 is arranged below the discharge port of the auger conveyor 1 8 and corresponds to each other, so that the moxa material output from the auger conveyor 1 8 enters the auger conveyor 13; an auger conveyor 3 15 is arranged at the discharge port end of the outer shell of the auger conveyor 13, the auger conveyor 3 15 is arranged along the length direction of the silo 16 and is located above the silo 16, the auger conveyor 3 15 is driven by a motor 17, the feed port on the outer shell of the auger conveyor 3 15 corresponds to the discharge port on the outer shell of the auger conveyor 13, so that the moxa material output from the auger conveyor 13 enters the auger conveyor 3 15, and a middle discharge port 515 is arranged in the middle of the outer shell of the auger conveyor 3 15;

[0028] Since a small part of the moxa material in the auger conveyor three 15 may still be gathered at the end of the auger conveyor three 15, in order to collect the moxa material that has not been completely unloaded in the auger conveyor three 15, the present invention creates an end discharge port at the end shell of the auger conveyor three 15, and an auger conveyor four 18 is arranged below the end discharge port. The auger conveyor four 18 is driven by a motor 19, and the feed port on the shell of the auger conveyor four 18 corresponds to the end discharge port of the auger conveyor three 15, so that the residual moxa material output from the end discharge port of the auger conveyor three 15 enters the auger conveyor four 18. A material guide pipe 20 is connected to the discharge port end of the shell of the auger conveyor four 18, and the material guide pipe 20 extends into the silo 16. The residual moxa material in the auger conveyor four 18 enters the silo 16 through the material guide pipe 20, so as to achieve the reuse of the moxa material;

[0029] Since the moxa material is relatively soft and not easy to transport, in order to facilitate the rapid transportation of the moxa material in the silo 16, a rotating shaft 6 is provided in the silo 16 along the length direction of the silo 16, and a plurality of shift forks 7 are provided on the rotating shaft 6. The shift forks 7 can shift the moxa material to facilitate transportation, and the sprocket 5 at the shaft end of the rotating shaft 6 is connected to the coaxial small sprocket chain of the sprocket 3 at the shaft end of the auger conveyor 8;

[0030] The feeding mechanism is composed of a vibrating feeding trough 32, a weighing box 33, a collecting hopper 34, a filling rod 35, a filling tube 36, and a quantitative feeding box 37; the non-woven bagging mechanism is composed of a non-woven roll 38, a rotating frame 39, a transmission roller 310, an ultrasonic side stitching wheel group 311, an ultrasonic bottom stitching die head 312, and a bag cutter 313; the vibrating feeding trough 32 is arranged below the middle discharge port 515, so that most of the moxa material in the auger conveyor 315 is output from the middle discharge port 515 to the vibrating feeding trough 32, and the outlet of the vibrating feeding trough 32 is guided to the entrance of the weighing box 33, and a pneumatic door panel 33.1 is arranged at the bottom of the weighing box 33, and the box body of the weighing box 33 is connected to an electronic scale, and the large mouth of the collecting hopper 34 corresponds to the pneumatic door panel 33. .1, the small opening of the hopper 34 is connected to the upper end of the vertically arranged filling tube 36, the lower end of the filling rod 35 can extend into the filling tube 36, and the outlet of the quantitative feeding box 37 extends into the hopper 34 through the guide hopper 314; the rotating frame 39, the transmission roller 310, the ultrasonic side stitching wheel group 311, the ultrasonic bottom stitching die head 312, and the bag cutter 313 are arranged in sequence from top to bottom, and the non-woven fabric roll 38 is installed on the rotating frame 39. The non-woven fabric belt 38.1 in the non-woven fabric roll 38 is wrapped around the outer periphery of the filling tube 35 after passing through the transmission roller 310, the side stitching of the non-woven fabric belt 38.1 passes through the ultrasonic side stitching wheel group 311, and the transverse stitching of the non-woven fabric belt 38.1 passes through the ultrasonic bottom stitching die head 312 and the bag cutter 313;

[0031] The vibration material-selecting trough 32 includes a trough body and a vibration motor;

[0032] The filling rod 35 is a pneumatic telescopic rod;

[0033] In order to smoothly discharge the moxa material in the vibration material dispensing trough 32, a rotating shaft 10 is provided in the vibration material dispensing trough 32, and a plurality of shift forks 12 are provided on the rotating shaft 10, and the rotating shaft 10 is driven by a motor 9;

[0034] The invention creates that each motor is controlled by a control system, and the control system is a PLC controller. The coordinated operation of each motor is achieved through programming of the PLC, thereby achieving the coordinated work of each augers of the moxa processing and feeding device.

[0035] When in use, the PLC starts each motor to operate, and the moxa material in the silo 16 enters the auger conveyor 18 through the discharge port at the bottom of the silo 16. The auger conveyor 18 transports the moxa material to the auger conveyor 2 13. The auger conveyor 2 13 lifts the moxa material and transports it to the auger conveyor 3 15. The moxa material is transported to the vibrating feed trough 32 through the discharge port 515 in the middle of the outer shell of the auger conveyor 3 15, and the moxa material flows into the corresponding equipment from the vibrating feed trough 32. At the same time, the moxa material that has not passed through the discharge port in the middle of the outer shell of the auger conveyor 3 15 is transported to the auger conveyor 4 18, and then the auger conveyor 4 18 guides the moxa material into the silo 16 through the guide pipe 20, so as to realize the recycling and reuse of the moxa material;

[0036] The feeding device feeds the foot soaking material into the vibrating material trough 32. Under the control of the preset automatic control system, the vibrating material trough 32 pours the foot soaking material into the weighing box 33. The weighing box 33 pours the foot soaking material of the preset weight into the collecting hopper 34. At the same time, the quantitative unloading box 37 also collects the foot soaking additive of the preset weight into the collecting hopper 34 through the guide hopper 314. Then the filling rod 35 pokes the foot soaking material in the collecting hopper 34 into the non-woven bag made by the non-woven bag bag mechanism below the filling tube 36. Then the ultrasonic lower side sewing die 312 and the bag cutter 313 act to sew and cut the non-woven fabric belt 38.1 filled with the foot soaking material to complete the production of a foot soaking bag, and the foot soaking bag is repeatedly produced continuously. The invention has a novel structure, combines the characteristics of the foot soaking bag, is made by machine, has high efficiency and low cost.

Claims

1. A foot bath bag packaging machine, comprising a frame, characterized in that: The frame is provided with a feeding device, a feeding device and a non-woven bagging mechanism; the feeding device comprises a silo on the frame, an auger conveyor 1 is provided at the bottom of the silo along the length direction of the silo, an auger conveyor 2 is provided at an angle next to the silo at the discharge end of the auger conveyor 1, an auger conveyor 3 is provided at the discharge end of the auger conveyor 2, and the auger conveyor 3 is provided along the length direction of the silo and is located above the silo; a middle discharge port is provided in the middle of the auger conveyor 3; an auger conveyor 4 is provided at the end of the auger conveyor 3, and a material guide pipe is connected to the discharge end of the auger conveyor 4, and the material guide pipe extends into the silo; the feeding device is composed of a vibrating feeding trough, a weighing box, a collecting hopper, a filling rod, a filling pipe, and a quantitative feeding box; the non-woven bagging mechanism is composed of a non-woven roll, a rotating frame, a transmission roller, an ultrasonic side stitching wheel group, an ultrasonic bottom stitching die head, and a bag cutter; the vibrating feeding trough is provided at the middle discharge port The outlet of the vibration feeding trough is guided to the inlet of the weighing box, a pneumatic door plate is arranged at the bottom of the weighing box, the weighing box body is connected with an electronic scale, the large mouth of the collecting hopper corresponds to the bottom of the pneumatic door plate, the small mouth of the collecting hopper is connected to the upper end of the vertically arranged filling tube, the lower end of the filling rod can be inserted into the filling tube, and the outlet of the quantitative feeding box extends into the collecting hopper through the guide hopper; the rotating frame, the transmission roller, the ultrasonic side stitching wheel group, the ultrasonic bottom stitching die head, and the bag cutter are arranged in sequence from top to bottom, the non-woven fabric roll is installed on the rotating frame, the non-woven fabric tape in the non-woven fabric roll is wrapped around the outer periphery of the filling tube after passing through the transmission roller, the side stitching of the non-woven fabric tape passes through the ultrasonic side stitching wheel group, and the transverse stitching of the non-woven fabric tape passes through the ultrasonic bottom stitching die head and the bag cutter; the vibration feeding trough contains a trough body and a vibration motor; the filling rod adopts a pneumatic telescopic rod.

2. A foot bath bag packaging machine as claimed in claim 1, characterized in that: A second rotating shaft is arranged in the vibration material shifting groove, and a plurality of second shifting forks are arranged on the second rotating shaft.

3. A foot bath bag packaging machine as claimed in claim 1, characterized in that: A rotating shaft with a plurality of shift forks is arranged in the silo along the length direction of the silo, and the rotating shaft is driven by a motor of an auger conveyor.

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