CN112826315A - Timed vertical sliding type dispenser - Google Patents

Timed vertical sliding type dispenser Download PDF

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Publication number
CN112826315A
CN112826315A CN202110219304.7A CN202110219304A CN112826315A CN 112826315 A CN112826315 A CN 112826315A CN 202110219304 A CN202110219304 A CN 202110219304A CN 112826315 A CN112826315 A CN 112826315A
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CN
China
Prior art keywords
bin
motion
timing
port
lower port
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Pending
Application number
CN202110219304.7A
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Chinese (zh)
Inventor
李国华
张利
孙亮
孙思芬
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Weihai Xiaoguo Electronic Technology Co ltd
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Weihai Xiaoguo Electronic Technology Co ltd
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Publication date
Application filed by Weihai Xiaoguo Electronic Technology Co ltd filed Critical Weihai Xiaoguo Electronic Technology Co ltd
Priority to CN202110219304.7A priority Critical patent/CN112826315A/en
Publication of CN112826315A publication Critical patent/CN112826315A/en
Pending legal-status Critical Current

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    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
    • A47J27/00—Cooking-vessels
    • A47J27/10—Cooking-vessels with water-bath arrangements for domestic use
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
    • A47J27/00—Cooking-vessels
    • A47J27/14—Cooking-vessels for use in hotels, restaurants, or canteens
    • A47J27/18—Cooking-vessels for use in hotels, restaurants, or canteens heated by water-bath, e.g. pasta-cookers
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
    • A47J36/00—Parts, details or accessories of cooking-vessels
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
    • A47J36/00—Parts, details or accessories of cooking-vessels
    • A47J36/06—Lids or covers for cooking-vessels

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  • Engineering & Computer Science (AREA)
  • Food Science & Technology (AREA)
  • Feeding And Watering For Cattle Raising And Animal Husbandry (AREA)

Abstract

The invention discloses a timing vertical sliding type dispenser which comprises a dispenser body, wherein the dispenser body comprises a cover plate and a container body, and the cover plate is arranged above the container body; the cover plate is provided with a material feeding port; the cover plate is provided with a material feeding mechanism; the material throwing mechanism comprises a moving bin, a fixed cylinder and a timing mechanism; the moving bin is arranged inside the fixed cylinder; the upper end and the lower end of the motion bin are respectively provided with an upper port and a lower port, the motion bin can move up and down along the fixed cylinder, and the outer wall of the motion bin is provided with a motion bin tooth path; the timing mechanism is arranged on or above the cover plate and can be meshed with a rack or a rack section of the tooth path of the moving bin; the timing vertical sliding type dispenser does not need to power up the dispensing mechanism in the process of dispensing materials, can realize timing automatic dispensing, can be well suitable for large-scale cooking appliances of factories and canteens or small-scale cooking appliances of families requiring electroless automatic dispensing, and is very safe, convenient and high in applicability.

Description

Timed vertical sliding type dispenser
Technical Field
The invention relates to a throwing device, in particular to a timed vertical sliding type throwing device.
Background
In the field of putting devices, particularly household pots, along with the popularization of healthy diet, the requirement of users on the automation of electric appliances or common pots is higher and higher, people often need to add one or more nutrient substances into a container such as a pot body in the cooking process when using the electric appliances to cook rice or soup or congee, the addition of the nutrient substances in the cooking process brings troubles and is easy to forget, but a device capable of automatically putting the substances into the pot body does not exist in the current market, most of the existing devices for putting the substances, particularly for the electric appliances with separated pot body cover plates and pot body, the pot body cover plates cannot be electrified, and the automatic putting of the substances is more difficult; the common pot is not powered up, and the automatic and timed food material feeding of the electric-free pot cannot be realized at present; although certain electrical appliances with separated cover plates and pot bodies have the condition of electrification, such as material throwing in produced materials in factories or large-scale cooking electrical appliances in canteens in factories or small-scale household electrical appliances, the throwing mechanism on the cover plates has larger potential safety hazard when being electrified; in order to ensure the personal safety, a device for automatically adding the substances in a non-electric mode is needed to realize the non-electric automatic adding.
Disclosure of Invention
In order to solve the defects of the prior art, the invention provides a timing vertical sliding type dispenser.
In order to solve the technical problems, the invention adopts the technical scheme that: a timing vertical sliding type dispenser comprises a dispenser body, wherein the dispenser body comprises a cover plate and a container body, and the cover plate is arranged above the container body; the cover plate is provided with a material feeding port; the cover plate is provided with a material feeding mechanism;
the material throwing mechanism comprises a moving bin, a fixed cylinder and a timing mechanism; the fixed cylinder is arranged on the cover plate, and the moving bin is arranged in the fixed cylinder; the upper end and the lower end of the motion bin are respectively provided with an upper port and a lower port, substances are placed into the motion bin through the upper port of the motion bin, and the substances in the motion bin can flow out through the lower port; the moving bin can move up and down along the fixed cylinder, and when the moving bin moves up along the fixed cylinder, the lower port of the moving bin is far away from the material feeding port; when the moving bin moves downwards along the fixed cylinder, the lower port of the moving bin is close to the material feeding port until the lower port of the moving bin is overlapped with the material feeding port; the outer wall of the motion cabin is provided with a motion cabin tooth path; the timing mechanism is arranged on or above the cover plate and can be meshed with a rack or a rack section of the tooth path of the moving bin; before the material is put in, the motion cabin is manually stirred to move upwards, the timing mechanism can be wound up along with the movement of the motion cabin, and the timing mechanism drives the motion cabin to move downwards for timing after the hands are loosened; adding a substance to the interior of the motion cabin; the lower port of the motion cabin is close to or coincident with the material feeding port at the set feeding time, and the material in the motion cabin is automatically fed into the container body.
Further, the material throwing mechanism comprises a moving bin, a fixed cylinder, a movable part and a timing mechanism; the fixed cylinder is arranged on the cover plate and connected with the cover plate; the shape of the fixed cylinder is not limited, the fixed cylinder is provided with an upper port and a lower port, the lower port of the fixed cylinder is arranged on the cover plate, and the lower end of the fixed cylinder is connected with the cover plate; an opening is arranged on the side surface of the fixed cylinder, and the shape of the opening comprises a window on the side surface of the fixed cylinder or an upper opening and a lower opening on the side surface of the fixed cylinder; the upper end and the lower end of the motion bin are provided with openings or the upper end opening is provided with a top cover lower end opening; the upper port of the motion cabin is a material adding port, and the lower port of the motion cabin can flow out materials;
the moving bin is placed inside the fixed cylinder and can move up and down along the inner wall of the fixed cylinder inside the fixed cylinder; the side surface of the motion cabin is provided with a tooth track in the vertical direction, the tooth track is positioned at the opening of the fixed cylinder or is positioned inside the opening of the fixed cylinder, and a rack section or a toothless section is arranged on the tooth track; the movable part comprises a pulling part or a moving part or a rotating part; the pulling piece is arranged in the motion bin and can move up and down in the motion bin, and the pulling piece comprises a plug body, a plug connecting body and an upper port supporting body; the plug body can plug or open the lower port of the motion bin, the shape of the plug body is suitable for the lower port of the motion bin, the diameter of the plug body is smaller than the inner diameter of the motion bin, and the diameter of the plug body is larger than the diameter of the lower port of the motion bin; the lower end of the plug connector is connected with the plug body, and the upper end of the plug connector is connected with the upper port supporting body; the upper port supporting body comprises a supporting rod or a baffle plate; the upper port supporting body is a supporting rod, two ends of the supporting rod are placed at the upper port of the moving bin, and two ends of the supporting rod extend outwards and are lapped at the upper port of the fixed cylinder; when the motion bin is positioned in the fixed barrel, the fixed barrel is higher than the motion bin; the upper port supporting body is a baffle plate which can block the upper port of the moving bin or the fixed cylinder and is equivalent to a top cover of the bin body; the moving piece is arranged at the lower port of the moving bin; the moving part comprises a plugging body and a top part; the plugging body is arranged at the lower port of the motion bin and can plug or open the lower port of the motion bin, and the shape of the plugging body comprises a sphere; the top piece is arranged on the upper surface of the cover plate and is positioned at the lower port of the motion cabin, the upper end of the top piece comprises a ring, and the ring can limit and support the plugging body; when the moving bin moves to the lower end of the fixed cylinder and is separated from the control of the timing mechanism to move in a free falling mode, the ejecting piece can eject the blocking body, so that the blocking body is separated from the lower port of the moving bin, and the substances in the moving bin flow out of the lower port; the rotating piece comprises a rotating plate, a shaft lever, a baffle and a top piece; the rotating plate is arranged at the lower port of the moving bin, the middle of the rotating plate is provided with a shaft lever, and two ends of the shaft lever are arranged on the side wall of the moving bin; the baffle is arranged on the inner wall of the motion bin below the rotating plate and can block the rotating plate from rotating towards the baffle; the lower end of the top piece is arranged on the cover plate and is positioned on one side of the baffle plate at the lower port of the motion bin, and the upper end of the top piece can jack up one side of the rotating plate; when the motion bin is separated from the control of the timing mechanism to move in a free-falling mode, the upper end of the jacking piece can jack one side of the rotating plate, so that the rotating plate opens the lower port of the motion bin, and internal substances in the motion bin flow out of the lower port; the timing mechanism is arranged on or above the cover plate; the timing mechanism comprises a timer and a timing dial, and a timing gear of the timer is arranged at an opening of the fixed cylinder and meshed with the moving bin rack; the timing dial is arranged on the side surface of the fixed cylinder; manually pulling the moving bin upwards to slide along the inside of the fixed barrel, wherein a timing gear of the timer is not meshed with a toothless section of a tooth path on the outer wall of the moving bin through a side opening of the fixed barrel, the timing gear of the timer is meshed with a rack of the tooth path on the outer wall of the moving bin to be driven to rotate, and a clockwork spring is tightened on the timer; the plugging body of the pulling piece plugs the lower port of the motion bin and can add substances into the motion bin; after the timing time position is reached, the hand is released, and after the hand is released, the timing mechanism is meshed with the rack section of the tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper port support of the pulling piece is blocked by the upper port of the fixed cylinder, and when the free falling body of the motion bin moves downwards, the blocking body is separated from the lower port of the motion bin, so that the lower port of the motion bin is opened; the material in the motion bin flows out and flows into the container body through the material feeding port;
when the material throwing mechanism is a pulling piece type throwing mechanism; the motion cabin is provided with a top cover; the upper port supporting body comprises a baffle plate which can block the upper port of the moving bin or the fixed barrel, and the baffle plate is equivalent to the top cover of the bin body; the plug body and the plug connecting body can be placed in the motion cabin; the pulling piece comprises a plug body, a plug connecting body and an upper port supporting body; the plug body can plug or open the lower port of the motion bin, the shape of the plug body is suitable for the lower port of the motion bin, the plug body is spherical, the outer diameter of the plug body is smaller than the inner diameter of the motion bin, and the outer diameter of the plug body is larger than the inner diameter of the lower port of the motion bin; the lower end of the plug connector is connected with the plug body, and the upper end of the plug connector is connected with the upper port supporting body; the upper port supporting body is a baffle plate which can block the upper port of the moving bin or the fixed cylinder; the baffle plate is placed at the upper port of the moving bin or the fixed cylinder and can block the moving bin; when the motion bin is positioned on the cover plate in the fixed cylinder, the fixed cylinder is higher than the motion bin; the timing mechanism is arranged on or above the cover plate; the timing mechanism comprises a timer and a timing dial, the output end of the timer is connected with a timing gear, and a clockwork spring is arranged in the timer; a timing gear of the timer is arranged at the opening of the fixed cylinder and meshed with the moving bin rack; the timing dial is arranged on the side surface of the fixed cylinder; the moving bin is pulled upwards manually to slide along the inside of the fixed barrel, a timing gear of the timer is adjacently not meshed with a toothless section of a tooth path on the outer wall of the moving bin through a side opening of the fixed barrel, when the toothless section is driven to rotate through the meshing of the rear timing gear and a rack, and the clockwork spring is tightened on the timer; the pulling piece plugs the lower port of the motion bin and can add substances into the motion bin; after the timing time position is reached, the hand is released, and after the hand is released, the timing mechanism is meshed with the rack section of the tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin rapidly moves downwards in a free falling state, and the upper port support of the pulling piece is blocked by the upper port of the fixed cylinder; when the free falling body of the motion bin moves downwards, the lower port of the motion bin is opened by the blocking body along with the downward movement of the motion bin, and the substances in the motion bin flow out and flow into the interior of the container body through the substance feeding port; the working process is as follows: the moving bin is positioned on the cover plate at the initial position; the blocking body is arranged above the lower port of the motion cabin to open the lower port of the motion cabin; the baffle plate is equivalent to the top cover of the sports bin and is closed; a timing gear of the timer is adjacent to a toothless section at the upper end of a tooth path of the motion bin; the upper port supporting body blocks the upper port of the fixed cylinder or the moving bin; the motion cabin is pulled upwards by hand, and the lower port of the motion cabin is blocked by the blocking body after the motion cabin moves upwards; the timing gear does not rotate in the toothless section timer, and when the upper end of the motion bin is higher than the upper end of the fixed body, the upper port of the motion bin drives the pulling piece to move upwards; the upper port supporting body blocks the upper port of the motion cabin; when the rack section is meshed with a timing gear of the timer, the rack section drives the timer to rotate for timing; the hands are released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; adding a substance to the interior of the motion cabin; when the timing time timer is reached, the timing gear is separated from the rack section, the timing gear is not meshed with the toothless section, the moving bin falls freely, the upper port support of the pulling piece is blocked by the upper port of the fixed barrel to cover the upper port of the fixed barrel, the moving bin continues to fall, the plug connector pulls the plug body to enable the plug body to leave the lower port of the moving bin, the lower port of the moving bin is opened, the material flows out from the lower port, the moving bin returns to the upper surface of the cover plate to return to the initial position, the material in the moving bin flows into the container body through the lower port of the moving bin and the material putting port, and the material putting is completed;
when the material throwing mechanism is a moving member type throwing mechanism; the motion cabin is provided with a top cover; the top cover of the motion bin is movably arranged, the top cover is buckled at the upper port of the fixed cylinder at the initial position, and after the motion bin is pulled upwards, the top cover is buckled at the upper port of the motion bin and moves upwards along with the motion bin along with the upward movement of the motion bin; the moving piece is arranged at the lower port of the moving bin; the moving part comprises a plugging body and a top part; the plugging body is arranged at the lower port of the motion bin and can plug or open the lower port of the motion bin, and the shape of the plugging body comprises a sphere; the top piece is arranged above the cover plate, is positioned at the lower port of the motion cabin and is connected with the lower port of the motion cabin through a support; the upper end of the top piece is provided with a ring which can support the plugging body; when the motion cabin is separated from the control of the timing mechanism to move in a free falling mode, the ejection piece can eject the blocking body, so that the blocking body moves upwards to open the lower port of the motion cabin, and the substances in the motion cabin flow out of the lower port; the timing mechanism is arranged on or above the cover plate; the timing mechanism comprises a timer and a timing dial, and a timing gear of the timer is arranged at an opening of the fixed cylinder and meshed with the moving bin rack; the timing dial is arranged on the side surface of the fixed cylinder; manually pulling the motion cabin upwards to slide along the inside of the fixed cylinder, wherein a timing gear of the timer corresponds to and is not meshed with a toothless section at the upper end of a tooth channel on the outer wall of the motion cabin through a side opening of the fixed cylinder, then the timing gear is meshed with a rack at the lower end of the tooth channel on the outer wall of the motion cabin to be driven to rotate, and a clockwork spring is tightened on the timer; the plug body of the moving part plugs the lower port of the motion bin, and substances can be added into the motion bin; after the timing time position is reached, the hand is released, and after the hand is released, the timing mechanism is meshed with the rack section of the tooth path on the outer wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper end of the top piece props against the plugging body, the plugging body moves upwards along with the downward movement of the motion bin to open the lower port of the motion bin, and the substances in the motion bin flow out and flow into the interior of the container body through the substance feeding port; the working process is as follows: the lower end of the motion cabin is positioned on the cover plate at the initial position; the blocking body is arranged above the lower port of the motion cabin to open the lower port of the motion cabin; the top cover of the motion cabin is buckled on the upper port of the fixed cylinder or the upper port of the motion cabin; a timing gear of the timer is adjacent to a toothless section at the upper end of a tooth path of the motion bin; the motion cabin is pulled upwards by hands; the plugging body leaves the top piece and plugs the lower port of the motion bin; when the timing gear is meshed with the rack section of the tooth path of the motion cabin, the rack section is meshed with the timing gear to drive the timing gear to rotate so as to enable the timer to carry out timing, and the hand is released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; opening the top cover, adding substances into the motion cabin, and closing the top cover; when the timing time is up, the timing gear of the timer is separated from the rack section or is adjacent to the toothless section, the timing gear is not meshed with the toothless section, the motion bin falls freely, the upper end of the top piece supports the plug body to enable the plug body to move upwards and separate from the lower port of the motion bin, the lower port of the motion bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material putting port; the motion cabin returns to the initial position; the top cover is buckled on the upper port of the fixed cylinder or the upper port of the motion cabin; finishing the material feeding;
the material feeding mechanism is a rotating piece type feeding mechanism; the motion cabin is provided with a top cover; the top cover of the motion bin is movably arranged, the top cover is buckled on the upper port of the fixed cylinder at the initial position, and after the motion bin is pulled upwards, the top cover is moved upwards along with the motion bin and buckled on the upper port of the motion bin and moves upwards along with the motion bin; the rotating piece comprises a rotating plate, a shaft lever, a baffle and a top piece; the rotating plate is arranged at the lower port of the moving bin, the middle of the rotating plate is provided with a shaft lever, and two ends of the shaft lever are arranged on the side wall of the moving bin; the baffle is arranged on the inner wall of the motion bin below the rotating plate and can block the rotating plate from rotating towards the direction of the baffle; the torsional spring is arranged on the shaft lever to enable the rotating plate to be twisted to the blocking piece, and when no substance exists on the rotating plate, the rotating plate can block the lower port of the motion bin; the top piece is arranged on the cover plate below one side of the stop piece of the lower port of the moving bin, and the upper end of the top piece can jack up the rotating plate to rotate upwards; when the motion cabin is separated from the control of the timing mechanism to perform free-fall movement, the upper end of the ejecting piece abuts against the rotating plate on one side of the blocking piece, so that the lower port of the motion cabin is opened after the rotating plate rotates, and internal substances in the motion cabin flow out from the lower port; the timing mechanism is arranged on or above the cover plate; the timing mechanism comprises a timer and a timing dial, and a timing gear of the timer is arranged at an opening of the fixed cylinder and meshed with the moving bin rack; the timing dial is arranged on the side surface of the fixed cylinder; manually pulling the motion cabin upwards to slide along the inside of the fixed cylinder, wherein a timing gear of the timer is not meshed with a toothless section at the upper end of a tooth path on the outer wall of the motion cabin through a side opening of the fixed cylinder, then the timing gear of the timer is meshed with a rack at the lower end of the tooth path on the outer wall of the motion cabin to be driven to rotate, and a clockwork spring is wound on the timer; the rotating part blocks the lower port of the moving bin after the top part leaves the rotating plate; loosening hands after the timing time position is reached, opening the top cover, adding substances into the motion cabin, and closing the top cover; after the hands are released, the timing mechanism is meshed with a rack section of a tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper end of the jacking piece jacks one side of the rotating plate, and the rotating plate rotates along with the downward movement of the moving bin to open the lower port of the moving bin; the material in the motion bin flows out and flows into the container body through the material feeding port; the working process is as follows: the moving bin is positioned on the cover plate at the initial position; the jacking piece jacks the rotating plate to open the lower port of the moving bin; the top cover of the motion cabin blocks the upper port of the fixed cylinder or the lower port of the motion cabin; a timing gear of the timer is adjacent to a toothless section at the upper end of a tooth path of the motion bin; the motion cabin is pulled upwards by hands; the rotating plate leaves the top piece, and the lower port of the moving bin is closed; when the timing gear is meshed with the rack section of the tooth path of the motion cabin, the rack section is meshed with the timing gear to drive the timing gear to rotate so as to enable the timer to carry out timing, and the hand is released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; opening the top cover, adding substances into the moving cabin, and then closing the top cover; when the timing time is up, the timing gear of the timer is separated from the rack segment, the timing gear is not meshed with the toothless segment, the motion bin falls down freely in a falling mode, the upper end of the top piece is propped against one side of the rotating plate, the rotating plate rotates laterally, the lower port of the motion bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material feeding port; the motion cabin returns to the initial position; the top cover of the motion cabin blocks the upper port of the fixed cylinder or the lower port of the motion cabin; finishing the material feeding;
further, the material throwing mechanism comprises a moving bin, a fixed cylinder, a moving part, a timing mechanism and a sliding support; the fixed cylinder is arranged on the cover plate and connected with the cover plate; the shape of the fixed cylinder is not limited, the fixed cylinder is provided with an upper port and a lower port, the lower port of the fixed cylinder is arranged on the cover plate, and the lower end of the fixed cylinder is connected with the cover plate; an opening is arranged on the side surface of the fixed cylinder, and the shape of the opening comprises a window on the side surface of the fixed cylinder or an upper opening and a lower opening on the side surface of the fixed cylinder; the upper end and the lower end of the motion cabin are provided with openings; the upper port of the motion cabin is a material adding port, and the lower port of the motion cabin can flow out materials; the moving bin is placed inside the fixed cylinder and can move up and down along the inner wall of the fixed cylinder inside the fixed cylinder; the side surface of the motion cabin is provided with a tooth track in the vertical direction, the tooth track is positioned at the opening of the fixed cylinder or is positioned inside the opening of the fixed cylinder, and a rack section or a toothless section is arranged on the tooth track; the movable part comprises a pulling part or a movable part or a rotating part; the pulling piece is arranged in the motion bin and can move up and down in the motion bin, and the pulling piece comprises a plug body, a plug connecting body and an upper port supporting body; the plug body can plug or open the lower port of the motion bin, the shape of the plug body is suitable for the lower port of the motion bin, the plug body is spherical, the diameter of the plug body is smaller than the inner diameter of the motion bin, and the diameter of the plug body is larger than the inner diameter of the lower port of the motion bin; the lower end of the plug connector is connected with the plug body, and the upper end of the plug connector is connected with the upper port supporting body; the upper port supporting body comprises a supporting rod, and two ends of the supporting rod are lapped on the upper port of the fixed cylinder or the side wall of the upper port of the moving bin; when the motion cabin is positioned on the cover plate in the fixed cylinder, the fixed cylinder is higher than the motion cabin; the moving piece is arranged at the lower port of the moving bin; the moving part comprises a plugging body and a top part; the plugging body is arranged at the lower port of the motion bin and can plug or open the lower port of the motion bin, and the shape of the plugging body comprises a sphere; the top piece is arranged on the cover plate and positioned at the lower port of the motion bin, the upper end of the top piece comprises a circular ring, and the circular ring can support the plugging body; when the motion bin is separated from the control of the timing mechanism to move in a free falling mode, the ejecting piece can eject the blocking body, so that the blocking body is separated from the lower port of the motion bin, and the substances in the motion bin flow out of the lower port; the rotating piece comprises a rotating plate, a shaft lever, a baffle and a top piece; the rotating plate is arranged at the lower port of the moving bin, the middle of the rotating plate is provided with a shaft lever, and two ends of the shaft lever are arranged on the side wall of the moving bin; the baffle plate is arranged on the inner wall of the motion bin below the rotating plate and can block the rotating plate from rotating towards the direction of the baffle plate; the lower end of the top piece is arranged on the cover plate and is positioned on one side of the baffle plate at the lower port of the motion bin, and the upper end of the top piece can jack up one side of the rotating plate; when the motion bin is separated from the control of the timing mechanism to move in a free-falling mode, the upper end of the ejector piece abuts against the rotating plate, the lower port of the motion bin is opened, and the internal substances in the motion bin flow out from the lower port; the sliding support is arranged above the motion cabin, and two ends of the sliding support are connected with the cover plate; the sliding support comprises a return rod, a sleeve, a return device and a bin body connecting rod; the sleeve pipes are respectively arranged on the cover plates at two sides of the fixed cylinder, and the return devices are arranged in the sleeve pipes and comprise pressure springs; two ends of the return rod are placed in the two sleeves which are respectively placed, and the return rod presses the return device; the upper end of the return rod is positioned above the motion bin, and the return rod is connected with the upper port of the motion bin through a bin body connecting rod; the total elastic force of the return device can pull the motion cabin without substances inside; the timing mechanism is arranged on or above the cover plate; the timing mechanism comprises a timer, a timing gear and a timing dial, wherein the timing gear of the timer is arranged at the opening of the fixed cylinder and meshed with the moving bin rack; the timing dial is arranged on the side surface of the fixed cylinder;
the material throwing mechanism is a pulling piece type throwing mechanism; the pulling piece is arranged in the motion bin and can move up and down in the motion bin, and the pulling piece comprises a plug body, a plug connecting body and an upper port supporting body; the plug body can plug or open the lower port of the motion bin, the shape of the plug body is suitable for the lower port of the motion bin, the plug body is spherical, the outer diameter of the plug body is smaller than the inner diameter of the motion bin, and the outer diameter of the plug body is larger than the inner diameter of the lower port of the motion bin; the lower end of the plug connector is connected with the plug body, and the upper end of the plug connector is connected with the upper port supporting body; the upper port supporting body is placed on the upper port side wall of the moving bin or the upper port side wall of the fixed cylinder; when the motion cabin is positioned on the cover plate, the fixed cylinder is higher than the motion cabin; the cover plate is provided with a sliding support, the sliding support is arranged above the motion bin, two ends of the sliding support are connected with the cover plate, and the middle of the sliding support is connected with the motion bin; the sliding support comprises a return rod, a sleeve, a return device and a bin body connecting rod; the number of the sleeves is two, the two sleeves are respectively arranged on the cover plates on the two sides of the fixed cylinder, and a return device is arranged in each sleeve and comprises a pressure spring; the shape of the return rod comprises an inverted U shape, two ends of the return rod are placed on the return device in the sleeve, and the return rod can press the return device; the upper end of the return rod is positioned above the motion bin, and the return rod is connected with the upper port of the motion bin through bin body connection; the number of the bin body connecting rods is not limited, and the bin body connecting rods comprise two bin body connecting rods, the upper end of each bin body connecting rod is connected with a return rod, and the lower end of each bin body connecting rod is respectively connected with the side wall of the motion bin; the total elastic force of the return device can pull the empty motion cabin without the substances inside and can not pull the motion cabin with the substances inside; the timing mechanism is arranged on or above the cover plate; the timing mechanism comprises a timer, a timing gear and a timing dial, wherein the timing gear of the timer is arranged at the opening of the fixed cylinder and can be meshed with a rack section on the tooth path of the moving bin; the timing dial is arranged beside the side opening of the fixed cylinder; a rack section or a toothless section is arranged on the tooth path of the motion bin, the toothless section is arranged at the upper end of the tooth path, and the rack section is arranged at the lower end of the tooth path; the moving bin is manually pulled upwards to slide along the inner wall of the fixed barrel, a timing gear of the timer can be meshed with a rack section of a tooth path on the outer wall of the moving bin through a side opening of the fixed barrel to be driven to rotate, and a clockwork spring is tightened on the timer; the plugging body of the pulling piece plugs the lower port of the motion bin and adds substances into the motion bin; after the timing time position is reached, the hand is released, and after the hand is released, the timing mechanism is meshed with the rack section of the tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section at the upper end of a tooth path on the outer wall of the motion bin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper port support of the pulling piece is blocked by the upper port of the fixed cylinder, the moving bin continues to move downwards, and the lower port of the moving bin is opened by the blocking body; the material in the motion bin flows out and flows into the container body through the material feeding port; the working process is as follows: the motion cabin is empty at the initial position, the motion cabin is pulled up by the elasticity of the sliding support, the lower end of the motion cabin is positioned above the cover plate and is away from the cover plate by a certain distance, and the distance is a set distance; the blocking body blocks the lower port of the motion bin, and the return device contracts; the blocking body blocks the lower port of the motion cabin; the timing gear is adjacent to the upper end toothless section of the tooth path of the motion bin; the sliding support or the moving bin is pulled upwards by a hand, the sliding support pulls the moving bin upwards, a toothless section at the upper end of the tooth track is not meshed with the timer, the timing gear does not rotate, and when the rack section is reached, the rack section is meshed with the timing gear of the timer to drive the timer to rotate for timing; when the upper port of the moving bin is higher than the upper port of the fixed cylinder, the pulling piece is pulled up along with the moving bin to leave the upper port of the fixed cylinder; the hands are released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; adding a substance to the interior of the motion cabin; the return device is stretched; when the timing time timer is reached, the timing gear is separated from the rack segment, the timing gear is not meshed with the toothless segment, the moving bin falls freely, the pulling part supporting rod is blocked by the side wall of the upper port of the fixed barrel, the plug connecting body is pulled by the plug connecting body, when the moving bin continues to move downwards, the plug body leaves the lower port of the bin body, the lower port of the moving bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material feeding port; when the motion bin falls onto the cover plate and stops the substances in the motion bin from flowing out completely, the return device contracts, the sliding support pulls the vacant motion bin to move upwards to a set position, and the lower port of the motion bin is contacted with the blocking body to seal the lower port; the moving bin returns to the initial position, and the material feeding is completed;
the material feeding mechanism is a moving member type feeding mechanism; the moving piece is arranged at the lower port of the moving bin; the moving part comprises a plugging body and a top part; the plugging body is arranged on the lower port of the motion bin and can plug or open the lower port of the motion bin, and the shape of the plugging body comprises a sphere; the top piece is arranged on the upper surface of the cover plate and is positioned at the lower port of the motion cabin, the upper end of the top piece comprises a circular ring, and the circular ring can support the plug body; when the motion cabin is separated from the control of the timing mechanism to move in a free falling mode, the ejection piece can eject the blocking body, so that the blocking body moves upwards to open the lower port of the motion cabin, and the substances in the motion cabin flow out of the lower port; the cover plate is provided with a sliding support, the sliding support is arranged above the motion bin, two ends of the sliding support are connected with the cover plate, and the middle of the sliding support is connected with the motion bin; the sliding support comprises a return rod, a sleeve, a return device and a bin body connecting rod; the two sleeves are respectively arranged on the cover plates at two sides of the fixed cylinder, and a return device is arranged in each sleeve and comprises a pressure spring; the return rod is in an inverted U shape, two ends of the return rod are placed on the return device in the sleeve, and the return rod can press the return device; the upper end of the return rod is positioned above the motion bin, and the return rod is connected with the upper port of the motion bin through bin body connection; the number of the bin body connecting rods is not limited, and the bin body connecting rods comprise two bin body connecting rods, the upper end of each bin body connecting rod is connected with a return rod, and the lower end of each bin body connecting rod is respectively connected with the side wall of the motion bin; the total elastic force of the return device can pull the empty motion cabin without the substances inside and can not pull the motion cabin with the substances inside; the timing mechanism is arranged on or above the cover plate; the timing mechanism comprises a timer, a timing gear and a timing dial, wherein the timing gear of the timer is arranged at the opening of the fixed cylinder and can be meshed with a rack section on the tooth path of the moving bin; the timing dial is arranged beside the side opening of the fixed cylinder; a rack section or a toothless section is arranged on the tooth path of the motion bin, the toothless section is arranged at the upper end of the tooth path, and the rack section is arranged at the lower end of the tooth path; the sliding support or the moving bin is manually pulled upwards, the moving bin slides along the inner wall of the fixed barrel, a timing gear of the timer is meshed with a rack at the lower end of a rack channel on the outer wall of the moving bin through a side opening of the fixed barrel and is driven to rotate, and a clockwork spring is tightened on the timer; the moving piece blocks the lower port of the motion cabin; releasing the hands after reaching the timing time position; adding a substance to the interior of the motion cabin; after the hands are released, the timing mechanism is meshed with a rack section of a tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper end of the top piece props against the plugging body, the plugging body moves upwards along with the downward movement of the motion bin to open the lower port of the motion bin, and the substances in the motion bin flow out and flow into the interior of the container body through the substance feeding port; the upper end of the tooth path of the motion bin is provided with a toothless section, and the lower end of the motion bin is provided with a rack section; the working process is as follows: the motion cabin is empty at the initial position, the motion cabin is pulled up by the elasticity of the sliding support, the lower end of the motion cabin is positioned above the cover plate, and a certain distance is reserved between the lower end of the motion cabin and the cover plate, and the distance is a set distance; the blocking body blocks the lower port of the motion bin, and the return device contracts; the timing gear is adjacent to the toothless section; the moving cabin is pulled upwards by hand, the timer does not rotate in the toothless section, the rack section is reached, the rack section is meshed with the timing gear of the timer to drive the timer to rotate for timing, and the hand is released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; adding a substance to the interior of the motion cabin; the return device is stretched; when the timing time is up, the timing gear of the timer is separated from the rack section, the timing gear is not meshed with the toothless section, the motion bin falls down freely, the upper end of the top piece supports against the block body, the block body is separated from the lower port, the lower port of the motion bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material feeding port; the moving bin continuously falls until the moving bin falls onto the cover plate and stops; when the substances in the motion bin completely flow out, the return device contracts, the sliding support pulls the motion bin to move upwards to a set position, and the lower port of the motion bin is contacted with the blocking body to seal the lower port; the moving bin returns to the initial position, and the material feeding is completed;
the material feeding mechanism is a rotating piece type feeding mechanism; the rotating piece comprises a rotating plate, a shaft lever, a baffle and a top piece; the rotating plate is arranged at the lower port of the moving bin, the middle of the rotating plate is provided with a shaft lever, and two ends of the shaft lever are arranged on the side wall of the moving bin; the baffle plate is arranged on the inner wall of the motion bin below the rotating plate, the baffle plate can block the rotating plate from rotating towards the direction of the baffle plate, the torsional spring is arranged on the shaft lever to enable the rotating plate to be twisted towards the baffle plate, and when no matter exists on the rotating plate, the rotating plate can block the lower port of the motion bin; the top piece is arranged on the cover plate at the same side of the lower port of the moving bin and the baffle, and the upper end of the top piece can jack one side of the rotating plate to rotate upwards; when the motion cabin is separated from the control of the timing mechanism to perform free-fall movement, the upper end of the ejector piece abuts against one side of the rotating plate, so that the rotating plate rotates to open the lower port of the motion cabin, and the internal substances in the motion cabin flow out from the lower port; the cover plate is provided with a sliding support, the sliding support is arranged above the motion bin, and two ends of the sliding support are connected with the cover plate; the sliding support comprises a return rod, a sleeve, a return device and a bin body connecting rod; the number of the sleeves is two, the two sleeves are respectively arranged on the cover plates on the two sides of the fixed cylinder, and a return device is arranged in each sleeve and comprises a pressure spring; the return rod is in an inverted U shape, two ends of the return rod are placed on the return device in the sleeve, and the return rod can press the return device; the upper end of the return rod is positioned above the motion bin, and the return rod is connected with the side wall of the upper port of the motion bin through a bin body connecting rod; the number of the bin body connecting rods is not limited, and the bin body connecting rods comprise two bin body connecting rods, the upper end of each bin body connecting rod is connected with a return rod, and the lower end of each bin body connecting rod is respectively connected with the side wall of the motion bin; the total elastic force of the return device can pull the empty motion cabin without the substances inside and can not pull the motion cabin with the substances inside; the timing mechanism is arranged on or above the cover plate; the timing mechanism comprises a timer, a timing gear and a timing dial, wherein the timing gear of the timer is arranged at the opening of the fixed cylinder and can be meshed with the rack section above the tooth path of the moving bin; the timing dial is arranged beside the side opening of the fixed cylinder; a rack section or a toothless section is arranged on the tooth path of the motion bin, the toothless section is arranged at the upper end of the tooth path, and the rack section is arranged at the lower end of the tooth path; the sliding support or the moving bin is manually pulled upwards, the moving bin slides upwards along the inner wall of the fixed barrel, a timing gear of the timer is driven to rotate by being meshed with a rack of a tooth path on the outer wall of the moving bin and not meshed with a toothless section of a tooth path on the outer wall of the moving bin through a side opening of the fixed barrel, and a clockwork spring is tightened on the timer; releasing the hands after reaching the timing time position; adding a substance to the interior of the motion cabin; after the hands are released, the timing mechanism is meshed with a rack section of a tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper end of the jacking piece jacks up one side of the rotating plate to rotate upwards; along with the downward movement of the motion bin, the rotating plate continues to rotate to open the lower port of the motion bin, so that the substances in the motion bin flow out and flow into the interior of the container body through the substance feeding port; the upper end of the tooth path of the motion bin is provided with a toothless section, and the lower end of the tooth path of the motion bin is provided with a rack section; the working process is as follows: the motion cabin is empty at the initial position, the motion cabin is pulled up by the self elasticity of the sliding support, the lower end of the motion cabin is positioned above the cover plate, and a certain distance is reserved between the lower end of the motion cabin and the cover plate, and the distance is a set distance; the rotating plate blocks the lower port of the motion cabin; the timing gear is adjacent to the toothless section; the sliding support or the moving bin is pulled upwards by hands, the timing gear and the timer which is adjacent to the toothless section do not rotate, the rack section is reached, the rack section is meshed with the timing gear of the timer to drive the timer to rotate for timing, and the hands are released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; adding a substance to the interior of the motion cabin; the return device is stretched; when the timing time is up, the timing gear and the toothless section are not meshed with the timing gear of the timer and the rack section, the moving bin falls down freely, the upper end of the top piece props against the rotating plate, the rotating plate rotates laterally, the lower port of the moving bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material putting port; and after all the substances in the motion bin flow out, the return device contracts, the sliding support pulls the motion bin to move upwards, the rotating plate is separated from the top piece, the lower port is sealed by the rotating plate, the motion bin returns to the initial position, and the material feeding is completed.
Further, the timing mechanism comprises a timer and a timing dial, or the timing mechanism comprises a timer, a timing gear and a timing dial; a timing pointer corresponding to the zero point of the timing dial is arranged on the motion bin; when the timing mechanism comprises a timer and a timing dial, the timer comprises a power gear; the power gear is arranged on or above the cover plate and is meshed with the tooth path of the motion bin; when the timing mechanism comprises a timer, a timing gear and a timing dial, the timing gear is arranged on or above the cover plate, one side of the timing gear is meshed with the tooth path of the motion cabin, and the other side of the timing gear is meshed with the power gear; the timer is arranged on or above the cover plate or on the outer cover and consists of a power gear, a clockwork spring and a release part; the power gear drives the clockwork spring to be tightened through external force; the clockwork spring is a unidirectional rotation tightening mechanism, and the clockwork spring can be intermittently tightened by external force; the movement bin is stirred by a hand to move, the movement bin drives the timing gear to rotate, a clockwork spring of a timer is driven to be tightened, when a timing pointer on the movement bin reaches the timing time on the timing dial, the hand is loosened, and the clockwork spring drives the power gear to rotate reversely; the power gear drives the motion cabin to move reversely, or the power gear drives the timing gear to rotate reversely, the timing gear drives the motion cabin to move reversely for timing, and when the timing time reaches the time when the clockwork spring stops and the power gear stops rotating, the timing pointer on the motion cabin returns to the zero point of the timing dial.
The timing vertical sliding type dispenser does not need to power up the dispensing mechanism in the process of dispensing materials, can realize timing automatic dispensing, can be well suitable for large-scale cooking appliances of factories and canteens or small-scale cooking appliances of families requiring electroless automatic dispensing, and is very safe, convenient and high in applicability.
Drawings
Fig. 1 is a schematic structural diagram of the first embodiment.
Fig. 2 is a schematic structural diagram of the second embodiment.
Fig. 3 is a schematic structural diagram of the third embodiment.
Fig. 4 is a schematic structural diagram of a fourth embodiment.
Fig. 5 is a schematic structural diagram of the fifth embodiment.
Fig. 6 is a schematic structural diagram of a sixth embodiment.
In the figure: 1. a cover plate; 2. a container body; 3. a substance-dispensing opening; 4. a motion cabin; 5. a fixed cylinder; 6. a motion bin tooth path; 7. a timing mechanism; 8. a timing gear; 9. a plugging body; 10. a plug connector; 11. an upper port support; 12. a top cover; 13. a top piece; 14. a rotating plate; 15. a shaft lever; 16. a rack segment; 17. a toothless segment; 18. a return lever; 19. a sleeve; 20. a bin body connecting rod; 21. and (5) pressing a spring.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.
A timing vertical sliding type dispenser comprises a dispenser body, wherein the dispenser body comprises a cover plate 1 and a container body 2, and the cover plate 1 is arranged above the container body 2; a material putting port 3 is arranged on the cover plate 1; the cover plate 1 is provided with a material feeding mechanism; the material feeding mechanism comprises a moving bin 4, a fixed cylinder 5 and a timing mechanism 7; the fixed cylinder 5 is arranged on the cover plate 1, and the moving cabin 4 is arranged in the fixed cylinder 5; an upper port and a lower port are respectively formed at the upper end and the lower end of the motion bin 4, substances are placed into the motion bin through the upper port of the motion bin, and the substances in the motion bin can flow out through the lower port; the moving bin can move up and down along the fixed cylinder, and when the moving bin moves up along the fixed cylinder, the lower port of the moving bin is far away from the material feeding port; when the moving bin moves downwards along the fixed cylinder, the lower port of the moving bin is close to the material feeding port until the lower port of the moving bin is overlapped with the material feeding port; the outer wall of the motion cabin is provided with a motion cabin tooth path 6; the timing mechanism is arranged on or above the cover plate 1 and can be meshed with a rack or a rack section of a tooth path of the moving bin; before the material is put in, the motion cabin is manually stirred to move upwards, the timing mechanism can be wound up along with the movement of the motion cabin, and the timing mechanism drives the motion cabin to move downwards for timing after the hands are loosened; adding a substance to the interior of the motion cabin; the lower port of the motion cabin is close to or coincident with the material feeding port at the set feeding time, and the material in the motion cabin is automatically fed into the container body.
The material throwing mechanism comprises a moving bin 4, a fixed cylinder 5, a movable part and a timing mechanism; the fixed cylinder 5 is arranged on the cover plate 1, and the fixed cylinder 5 is connected with the cover plate 1; the shape of the fixed cylinder 5 is not limited, the fixed cylinder 5 is provided with an upper port and a lower port, the lower port of the fixed cylinder 5 is arranged on the cover plate 1, and the lower end of the fixed cylinder 5 is connected with the cover plate 1; an opening is arranged on the side surface of the fixed cylinder 5, and the shape of the opening comprises a window on the side surface of the fixed cylinder 5 or an upper opening and a lower opening on the side surface of the fixed cylinder 5; the upper end and the lower end of the motion bin 4 are provided with openings or the upper end opening is provided with a top cover lower end opening; the upper port of the motion cabin 4 is a material adding port, and the lower port of the motion cabin can flow out materials;
the moving cabin is placed inside the fixed cylinder 5 and can move up and down along the inner wall of the fixed cylinder 5 inside the fixed cylinder 5; the side surface of the motion cabin is provided with a tooth track in the vertical direction, the tooth track is positioned at the opening of the fixed cylinder 5 or the tooth track is positioned inside the opening of the fixed cylinder 5, and a rack section or a toothless section is arranged on the tooth track; the movable part comprises a pulling part or a moving part or a rotating part; the pulling piece is arranged in the motion bin and can move up and down in the motion bin, and the pulling piece comprises a plug body, a plug connecting body and an upper port supporting body; the plug body can plug or open the lower port of the motion bin, the shape of the plug body is suitable for the lower port of the motion bin, the diameter of the plug body is smaller than the inner diameter of the motion bin, and the diameter of the plug body is larger than the diameter of the lower port of the motion bin; the lower end of the plug connector is connected with the plug body, and the upper end of the plug connector is connected with the upper port supporting body; the upper port supporting body comprises a supporting rod or a baffle plate; the upper port supporting body is a supporting rod, two ends of the supporting rod are placed at the upper port of the moving bin, and two ends of the supporting rod extend outwards and are lapped at the upper port of the fixed cylinder 5; when the motion bin is positioned inside the fixed barrel 5, the fixed barrel 5 is higher than the motion bin; the upper port supporting body is a baffle plate which can block the upper port of the moving bin or the fixed cylinder 5 and is equivalent to the top cover of the bin body; the moving piece is arranged at the lower port of the moving bin; the moving part comprises a plugging body and a top part; the plugging body is arranged at the lower port of the motion bin and can plug or open the lower port of the motion bin, and the shape of the plugging body comprises a sphere; the top piece is arranged on the cover plate 1 and is positioned at the lower port of the motion bin, the upper end of the top piece comprises a ring, and the ring can limit and support the plugging body; when the moving bin moves to the lower end of the fixed cylinder and is separated from the control of the timing mechanism to move in a free falling mode, the ejecting piece can eject the blocking body, so that the blocking body is separated from the lower port of the moving bin, and the substances in the moving bin flow out of the lower port; the rotating piece comprises a rotating plate, a shaft lever, a baffle and a top piece; the rotating plate is arranged at the lower port of the moving bin, the middle of the rotating plate is provided with a shaft lever, and two ends of the shaft lever are arranged on the side wall of the moving bin; the baffle is arranged on the inner wall of the motion bin below the rotating plate and can block the rotating plate from rotating towards the baffle; the lower end of the top piece is arranged above the cover plate 1 and is positioned on one side of a baffle plate at the lower port of the motion bin, and the upper end of the top piece can jack up one side of the rotating plate; when the motion bin is separated from the control of the timing mechanism to move in a free-falling mode, the upper end of the jacking piece can jack one side of the rotating plate, so that the rotating plate opens the lower port of the motion bin, and internal substances in the motion bin flow out of the lower port; the timing mechanism is arranged on or above the cover plate 1; the timing mechanism comprises a timer and a timing dial, and a timing gear 8 of the timer is arranged at the opening of the fixed cylinder 5 and meshed with the moving bin rack; the timing dial is arranged on the side surface of the fixed cylinder 5; the moving bin is manually pulled upwards to slide along the inside of the fixed barrel 5, a timing gear of the timer is not meshed with a toothless section of a tooth path on the outer wall of the moving bin through a side opening of the fixed barrel 5, the timing gear of the timer is meshed with a rack of the tooth path on the outer wall of the moving bin to be driven to rotate, and a clockwork spring is tightened on the timer; the plugging body of the pulling piece plugs the lower port of the motion bin and can add substances into the motion bin; after the timing time position is reached, the hand is released, and after the hand is released, the timing mechanism is meshed with the rack section of the tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper port support of the pulling piece is blocked by the upper port of the fixed cylinder 5, and when the free falling body of the motion bin moves downwards, the blocking body is separated from the lower port of the motion bin, so that the lower port of the motion bin is opened; the material in the motion bin flows out and flows into the container body through the material feeding opening.
The material throwing mechanism comprises a moving bin, a fixed cylinder 5, a moving part, a timing mechanism and a sliding support; the fixed cylinder 5 is arranged on the cover plate 1, and the fixed cylinder 5 is connected with the cover plate 1; the shape of the fixed cylinder 5 is not limited, the fixed cylinder 5 is provided with an upper port and a lower port, the lower port of the fixed cylinder 5 is arranged on the cover plate 1, and the lower end of the fixed cylinder 5 is connected with the cover plate 1; an opening is arranged on the side surface of the fixed cylinder 5, and the shape of the opening comprises a window on the side surface of the fixed cylinder 5 or an upper opening and a lower opening on the side surface of the fixed cylinder 5; the upper end and the lower end of the motion cabin 4 are opened; the upper port of the motion cabin 4 is a material adding port, and the lower port of the motion cabin can flow out materials; the moving bin is placed inside the fixed cylinder 5, and can move up and down along the inner wall of the fixed cylinder 5 inside the fixed cylinder 5; the side surface of the motion cabin is provided with a tooth track in the vertical direction, the tooth track is positioned at the opening of the fixed cylinder 5 or is positioned inside the opening of the fixed cylinder 5, and a rack section 16 or a toothless section 17 is arranged on the tooth track; the movable part comprises a pulling part or a movable part or a rotating part; the pulling piece is arranged in the motion bin and can move up and down in the motion bin, and the pulling piece comprises a plug body, a plug connecting body and an upper port supporting body; the plug body can plug or open the lower port of the motion bin, the shape of the plug body is suitable for the lower port of the motion bin, the plug body is spherical, the diameter of the plug body is smaller than the inner diameter of the motion bin, and the diameter of the plug body is larger than the inner diameter of the lower port of the motion bin; the lower end of the plug connector is connected with the plug body, and the upper end of the plug connector is connected with the upper port supporting body; the upper port supporting body comprises a supporting rod, and two ends of the supporting rod are lapped on the upper port of the fixed cylinder 5 or the side wall of the upper port of the moving bin; when the moving bin is positioned on the cover plate 1 in the fixed cylinder 5, the fixed cylinder is higher than the moving bin; the moving piece is arranged at the lower port of the moving bin; the moving part comprises a plugging body and a top part; the plugging body is arranged at the lower port of the motion bin and can plug or open the lower port of the motion bin, and the shape of the plugging body comprises a sphere; the top piece is arranged above the cover plate 1 and is positioned at the lower port of the motion bin, the upper end of the top piece comprises a circular ring, and the circular ring can support the plugging body; when the motion bin is separated from the control of the timing mechanism to move in a free falling mode, the ejecting piece can eject the blocking body, so that the blocking body is separated from the lower port of the motion bin, and the substances in the motion bin flow out of the lower port; the rotating piece comprises a rotating plate, a shaft lever, a baffle and a top piece; the rotating plate is arranged at the lower port of the moving bin, the middle of the rotating plate is provided with a shaft lever, and two ends of the shaft lever are arranged on the side wall of the moving bin; the baffle plate is arranged on the inner wall of the motion bin below the rotating plate and can block the rotating plate from rotating towards the direction of the baffle plate; the lower end of the top piece is arranged above the cover plate 1 and is positioned on one side of a baffle plate at the lower port of the motion bin, and the upper end of the top piece can jack up one side of the rotating plate; when the motion bin is separated from the control of the timing mechanism to move in a free-falling mode, the upper end of the ejector piece abuts against the rotating plate, the lower port of the motion bin is opened, and the internal substances in the motion bin flow out from the lower port; the sliding support is arranged above the motion cabin, and two ends of the sliding support are connected with the cover plate 1; the sliding support comprises a return rod 18, a sleeve 19, a return device and a bin body connecting rod 20; the sleeve pipes are respectively arranged on the cover plates 1 at two sides of the fixed cylinder 5, and the interior of each sleeve pipe is provided with a return device which comprises a pressure spring 21; two ends of the return rod are placed in the two sleeves which are respectively placed, and the return rod presses the return device; the upper end of the return rod is positioned above the motion bin, and the return rod is connected with the upper port of the motion bin through a bin body connecting rod; the total elastic force of the return device can pull the motion cabin without substances inside; the timing mechanism is arranged on or above the cover plate 1; the timing mechanism comprises a timer, a timing gear and a timing dial, wherein the timing gear of the timer is arranged at the opening of the fixed cylinder 5 and is meshed with the moving bin rack; the timing dial is provided on the side of the fixed cylinder 5.
The timing mechanism comprises a timer and a timing dial, or the timing mechanism comprises a timer, a timing gear and a timing dial; a timing pointer corresponding to the zero point of the timing dial is arranged on the motion bin; when the timing mechanism comprises a timer and a timing dial, the timer comprises a power gear; the power gear is arranged on or above the cover plate and is meshed with the tooth path of the motion bin; when the timing mechanism comprises a timer, a timing gear and a timing dial, the timing gear is arranged on or above the cover plate, one side of the timing gear is meshed with the tooth path of the motion cabin, and the other side of the timing gear is meshed with the power gear; the timer is arranged on or above the cover plate or on the outer cover and consists of a power gear, a clockwork spring and a release part; the power gear drives the clockwork spring to be tightened through external force; the clockwork spring is a unidirectional rotation tightening mechanism, and the clockwork spring can be intermittently tightened by external force; the movement bin is stirred by a hand to move, the movement bin drives the timing gear to rotate, a clockwork spring of a timer is driven to be tightened, when a timing pointer on the movement bin reaches the timing time on the timing dial, the hand is loosened, and the clockwork spring drives the power gear to rotate reversely; the power gear drives the motion cabin to move reversely, or the power gear drives the timing gear to rotate reversely, the timing gear drives the motion cabin to move reversely for timing, and when the timing time reaches the time when the clockwork spring stops and the power gear stops rotating, the timing pointer on the motion cabin returns to the zero point of the timing dial.
The first embodiment,
As shown in fig. 1, when the eight-treasure porridge is cooked by a pot provided with the dispenser of the present invention, when the material dispensing mechanism is a pull-type dispensing mechanism; the motion cabin is provided with a top cover; the upper port supporting body comprises a baffle plate which can block the upper port of the moving bin or the fixed barrel 5, and the baffle plate is equivalent to the top cover of the bin body; the plug body 9 and the plug connecting body 10 can be placed in the motion cabin; the pulling piece comprises a plug body 9, a plug connecting body 10 and an upper port supporting body 11; the plug body can plug or open the lower port of the motion bin, the shape of the plug body is suitable for the lower port of the motion bin, the plug body is spherical, the outer diameter of the plug body is smaller than the inner diameter of the motion bin, and the outer diameter of the plug body is larger than the inner diameter of the lower port of the motion bin; the lower end of the plug connector is connected with the plug body, and the upper end of the plug connector is connected with the upper port supporting body; the upper port supporting body is a baffle plate which can block the upper port of the moving bin or the fixed cylinder 5; the baffle plate is placed at the upper port of the motion bin or the fixed cylinder 5 and can block the motion bin; when the motion bin is positioned on the cover plate 1 in the fixed barrel 5, the fixed barrel 5 is higher than the motion bin; the timing mechanism is arranged on or above the cover plate 1; the timing mechanism comprises a timer and a timing dial, the output end of the timer is connected with a timing gear, and a clockwork spring is arranged in the timer; a timing gear of the timer is arranged at the opening of the fixed cylinder 5 and meshed with the moving bin rack; the timing dial is arranged on the side surface of the fixed cylinder 5; the moving bin is pulled upwards manually to slide along the inside of the fixed barrel 5, a timing gear of the timer is adjacently not meshed with a toothless section of a tooth path on the outer wall of the moving bin through a side opening of the fixed barrel 5, when the toothless section is driven to rotate through the meshing of the rear timing gear and a rack, and a clockwork spring is tightened on the timer; the pulling piece plugs the lower port of the motion bin and can add substances into the motion bin; after the timing time position is reached, the hand is released, and after the hand is released, the timing mechanism is meshed with the rack section of the tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin rapidly moves downwards in a free falling state, and the upper port supporting body 11 of the pulling piece is blocked by the upper port of the fixed cylinder 5; when the free falling body of the motion bin moves downwards, the lower port of the motion bin is opened by the blocking body along with the downward movement of the motion bin, and the substances in the motion bin flow out and flow into the interior of the container body through the substance feeding port; the working process of the material feeding mechanism when the food materials are automatically fed to cook the eight-treasure porridge is as follows: placing 4000 g of water, 100 g of red beans and 50 g of broad beans in the container body, and heating the container body to boil; the cover plate is covered on the container body, and the material throwing mechanism is positioned on the cover plate. The initial position of the material throwing mechanism before throwing the food material is that the moving bin is positioned on the cover plate 1; the blocking body is arranged above the lower port of the motion cabin to open the lower port of the motion cabin; the baffle plate is equivalent to the top cover of the sports bin and is closed; a timing gear of the timer is adjacent to a toothless section at the upper end of a tooth path of the motion bin; the upper port supporting body blocks the upper port of the fixed cylinder 5 or the motion bin; the motion cabin is pulled upwards by hand, and the lower port of the motion cabin is blocked by the blocking body after the motion cabin moves upwards; the timing gear does not rotate in the toothless section timer, and when the upper end of the motion bin is higher than the upper end of the fixed body, the upper port of the motion bin drives the pulling piece to move upwards; the upper port supporting body blocks the upper port of the motion cabin; when the rack section is meshed with a timing gear of the timer, the rack section drives the timer to rotate for timing; the hands are released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; adding substances into the sports bin, and adding 200 g of rice and 100 g of coix seeds into the sports bin; when the timing time timer is reached, the timing gear is separated from the rack section, the timing gear is not meshed with the toothless section, the moving bin falls freely, the upper port support of the pulling piece is blocked by the upper port of the fixed barrel 5 to cover the upper port of the fixed barrel 5, the moving bin continues to fall, the plug connecting body pulls the plug body to enable the plug body to leave the lower port of the moving bin, the lower port of the moving bin is opened, the material flows out from the lower port, the moving bin returns to the upper surface of the cover plate 1 to return to the initial position, the material in the moving bin flows into the container body through the lower port of the moving bin and the material feeding port, and the feeding of the material is finished; and (5) continuing heating the container body for 40 minutes, and stopping heating the container body to finish cooking the eight-treasure porridge.
Example II,
As shown in fig. 2, when the material feeding mechanism is a moving member type feeding mechanism; the motion cabin is provided with a top cover 12; the top cover of the motion bin is movably arranged, the top cover is buckled at the upper port of the fixed cylinder 5 at the initial position, and after the motion bin is pulled upwards, the top cover is buckled at the upper port of the motion bin and moves upwards along with the motion bin along with the upward movement of the motion bin; the moving piece is arranged at the lower port of the moving bin; the moving part comprises a plugging body 9 and a top part 13; the plugging body is arranged at the lower port of the motion bin and can plug or open the lower port of the motion bin, and the shape of the plugging body comprises a sphere; the jacking piece is arranged on the cover plate 1, is positioned at the lower port of the moving bin and is connected with the lower port of the moving bin through a support; the upper end of the top piece is provided with a ring which can support the plugging body; when the motion cabin is separated from the control of the timing mechanism to move in a free falling mode, the ejection piece can eject the blocking body, so that the blocking body moves upwards to open the lower port of the motion cabin, and the substances in the motion cabin flow out of the lower port; the timing mechanism is arranged on or above the cover plate 1; the timing mechanism comprises a timer and a timing dial, and a timing gear of the timer is arranged at an opening of the fixed cylinder 5 and is meshed with the moving bin rack; the timing dial is arranged on the side surface of the fixed cylinder 5; manually pulling the motion cabin upwards to slide along the inside of the fixed barrel 5, wherein a timing gear of the timer corresponds to and is not meshed with a toothless section at the upper end of a tooth passage on the outer wall of the motion cabin through a side opening of the fixed barrel 5, then the timing gear is meshed with a rack at the lower end of the tooth passage on the outer wall of the motion cabin and is driven to rotate, and a clockwork spring is wound on the timer; the blocking body 9 of the moving part blocks the lower port of the motion bin and can add substances into the motion bin; after the timing time position is reached, the hand is released, and after the hand is released, the timing mechanism is meshed with the rack section of the tooth path on the outer wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper end of the top piece props against the plugging body, the plugging body moves upwards along with the downward movement of the motion bin to open the lower port of the motion bin, and the substances in the motion bin flow out and flow into the interior of the container body through the substance feeding port; the working process is as follows: the lower end of the motion cabin is positioned on the cover plate 1 at the initial position; the blocking body is arranged above the lower port of the motion cabin to open the lower port of the motion cabin; the top cover of the motion cabin is buckled on the upper port of the fixed cylinder 5 or the upper port of the motion cabin; a timing gear of the timer is adjacent to a toothless section at the upper end of a tooth path of the motion bin; the motion cabin is pulled upwards by hands; the plugging body leaves the top piece and plugs the lower port of the motion bin; when the timing gear is meshed with the rack section of the tooth path of the motion cabin, the rack section is meshed with the timing gear to drive the timing gear to rotate so as to enable the timer to carry out timing, and the hand is released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; opening the top cover, adding substances into the motion cabin, and closing the top cover; when the timing time is up, the timing gear of the timer is separated from the rack section or is adjacent to the toothless section, the timing gear is not meshed with the toothless section, the motion bin falls freely, the upper end of the top piece supports the plug body to enable the plug body to move upwards and separate from the lower port of the motion bin, the lower port of the motion bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material putting port; the motion cabin returns to the initial position; the top cover is buckled on the upper port of the fixed cylinder 5 or the upper port of the moving bin; and finishing the material feeding.
Example III,
As shown in fig. 3, the substance feeding mechanism is a rotary-type feeding mechanism; the motion cabin is provided with a top cover; the top cover of the motion bin is movably arranged, the top cover is buckled on the upper port of the fixed cylinder 5 at the initial position, and after the motion bin is pulled upwards, the top cover is moved upwards along with the motion bin and buckled on the upper port of the motion bin and moves upwards along with the motion bin; the rotating part comprises a rotating plate 14, a shaft lever 15, a baffle plate and a top part 13; the rotating plate is arranged at the lower port of the moving bin, the shaft lever 15 is arranged in the middle of the rotating plate, and two ends of the shaft lever are arranged on the side wall of the moving bin; the baffle is arranged on the inner wall of the motion bin below the rotating plate and can block the rotating plate from rotating towards the direction of the baffle; the torsional spring is arranged on the shaft lever to enable the rotating plate to be twisted to the blocking piece, and when no substance exists on the rotating plate, the rotating plate can block the lower port of the motion bin; the top piece 13 is arranged on the cover plate 1 below one side of the stop piece of the lower port of the moving bin, and the upper end of the top piece can jack up the rotating plate to rotate upwards; when the motion cabin is separated from the control of the timing mechanism to perform free-fall movement, the upper end of the ejecting piece abuts against the rotating plate on one side of the blocking piece, so that the lower port of the motion cabin is opened after the rotating plate rotates, and internal substances in the motion cabin flow out from the lower port; the timing mechanism is arranged on or above the cover plate 1; the timing mechanism comprises a timer and a timing dial, and a timing gear of the timer is arranged at an opening of the fixed cylinder 5 and is meshed with the moving bin rack; the timing dial is arranged on the side surface of the fixed cylinder 5; manually pulling the motion cabin upwards to slide along the inside of the fixed barrel 5, wherein a timing gear of the timer is not meshed with a toothless section at the upper end of a tooth path on the outer wall of the motion cabin through a side opening of the fixed barrel 5, then the timing gear of the timer is meshed with a rack at the lower end of the tooth path on the outer wall of the motion cabin to be driven to rotate, and a clockwork spring is wound on the timer; the rotating part blocks the lower port of the moving bin after the top part leaves the rotating plate; loosening hands after the timing time position is reached, opening the top cover, adding substances into the motion cabin, and closing the top cover; after the hands are released, the timing mechanism is meshed with a rack section of a tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper end of the jacking piece jacks one side of the rotating plate, and the rotating plate rotates along with the downward movement of the moving bin to open the lower port of the moving bin; the material in the motion bin flows out and flows into the container body through the material feeding port; the working process is as follows: the moving bin is positioned on the cover plate 1 at the initial position; the jacking piece jacks the rotating plate to open the lower port of the moving bin; the top cover of the motion cabin blocks the upper port of the fixed cylinder 5 or the lower port of the motion cabin; a timing gear of the timer is adjacent to a toothless section at the upper end of a tooth path of the motion bin; the motion cabin is pulled upwards by hands; the rotating plate leaves the top piece, and the lower port of the moving bin is closed; when the timing gear is meshed with the rack section of the tooth path of the motion cabin, the rack section is meshed with the timing gear to drive the timing gear to rotate so as to enable the timer to carry out timing, and the hand is released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; opening the top cover, adding substances into the moving cabin, and then closing the top cover; when the timing time is up, the timing gear of the timer is separated from the rack segment, the timing gear is not meshed with the toothless segment, the motion bin falls down freely in a falling mode, the upper end of the top piece is propped against one side of the rotating plate, the rotating plate rotates laterally, the lower port of the motion bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material feeding port; the motion cabin returns to the initial position; the top cover of the motion cabin blocks the upper port of the fixed cylinder 5 or the lower port of the motion cabin; and finishing the material feeding.
Example four,
As shown in fig. 4, the substance dispensing mechanism is a pull-type dispensing mechanism; the pulling piece is arranged in the motion bin and can move up and down in the motion bin, and the pulling piece comprises a plug body 9, a plug connecting body 10 and an upper port supporting body 11; the plug body can plug or open the lower port of the motion bin, the shape of the plug body is suitable for the lower port of the motion bin, the plug body is spherical, the outer diameter of the plug body is smaller than the inner diameter of the motion bin, and the outer diameter of the plug body is larger than the inner diameter of the lower port of the motion bin; the lower end of the plug connector is connected with the plug body, and the upper end of the plug connector is connected with the upper port supporting body; the upper port supporting body is placed on the upper port side wall of the moving bin or the upper port side wall of the fixed cylinder 5; when the moving bin is positioned on the cover plate 1, the fixed cylinder 5 is higher than the moving bin; the cover plate is provided with a sliding support, the sliding support is arranged above the motion bin, two ends of the sliding support are connected with the cover plate 1, and the middle of the sliding support is connected with the motion bin; the sliding support comprises a return rod 18, a sleeve 19, a return device and a bin body connecting rod 20; the number of the sleeves is two, the two sleeves are respectively arranged on the cover plates 1 on the two sides of the fixed cylinder 5, and a return device is arranged in each sleeve and comprises a pressure spring 21; the shape of the return rod comprises an inverted U shape, two ends of the return rod are placed on the return device in the sleeve, and the return rod can press the return device; the upper end of the return rod is positioned above the motion bin, and the return rod is connected with the upper port of the motion bin through bin body connection; the number of the bin body connecting rods is not limited, and the bin body connecting rods comprise two bin body connecting rods, the upper end of each bin body connecting rod is connected with a return rod, and the lower end of each bin body connecting rod is respectively connected with the side wall of the motion bin; the total elastic force of the return device can pull the empty motion cabin without the substances inside and can not pull the motion cabin with the substances inside; the timing mechanism is arranged on or above the cover plate 1; the timing mechanism comprises a timer, a timing gear and a timing dial, wherein the timing gear of the timer is arranged at the opening of the fixed cylinder 5 and can be meshed with a rack section on a tooth path of the moving bin; the timing dial is arranged beside the side opening of the fixed cylinder 5; a rack section or a toothless section is arranged on the tooth path of the motion bin, the toothless section is arranged at the upper end of the tooth path, and the rack section is arranged at the lower end of the tooth path; the moving bin is manually pulled upwards to slide along the inner wall of the fixed barrel 5, a timing gear of the timer can be meshed with a rack section of a tooth path on the outer wall of the moving bin through a side opening of the fixed barrel 5 to be driven to rotate, and a clockwork spring is tightened on the timer; the plugging body of the pulling piece plugs the lower port of the motion bin and adds substances into the motion bin; after the timing time position is reached, the hand is released, and after the hand is released, the timing mechanism is meshed with the rack section of the tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section at the upper end of a tooth path on the outer wall of the motion bin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper port support of the pulling piece is blocked by the upper port of the fixed cylinder 5, the moving bin continues to move downwards, and the lower port of the moving bin is opened by the blocking body; the material in the motion bin flows out and flows into the container body through the material feeding port; the working process is as follows: the motion cabin is empty at the initial position, the motion cabin is pulled up by the elasticity of the sliding support, the lower end of the motion cabin is positioned above the cover plate 1 and is away from the cover plate 1 by a certain distance, and the distance is a set distance; the blocking body blocks the lower port of the motion bin, and the return device contracts; the blocking body blocks the lower port of the motion cabin; the timing gear is adjacent to the upper end toothless section of the tooth path of the motion bin; the sliding support or the moving bin is pulled upwards by a hand, the sliding support pulls the moving bin upwards, a toothless section at the upper end of the tooth track is not meshed with the timer, the timing gear does not rotate, and when the rack section is reached, the rack section is meshed with the timing gear of the timer to drive the timer to rotate for timing; when the upper port of the moving bin is higher than the upper port of the fixed barrel 5, the pulling piece is pulled up along with the moving bin to leave the upper port of the fixed barrel 5; the hands are released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; adding a substance to the interior of the motion cabin; the return device is stretched; when the timing time timer is reached, the timing gear is separated from the rack segment, the timing gear is not meshed with the toothless segment, the moving bin falls freely, the pulling part supporting rod is blocked by the side wall of the upper port of the fixed barrel 5, the plug body is pulled by the plug connecting body, when the moving bin continues to move downwards, the plug body leaves the lower port of the bin body, the lower port of the moving bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material feeding port; when the motion bin falls onto the cover plate 1 and stops the substances in the motion bin from flowing out completely, the return device contracts, the sliding support pulls the empty motion bin to move upwards to a set position, and the lower port of the motion bin is contacted with the blocking body to seal the lower port; the moving cabin returns to the initial position, and the material is put into the tank.
Example V,
As shown in fig. 5, the substance delivery mechanism is a moving member type delivery mechanism; the moving piece is arranged at the lower port of the moving bin; the moving part comprises a plugging body 9 and a top part 13; the plugging body is arranged on the lower port of the motion bin and can plug or open the lower port of the motion bin, and the shape of the plugging body comprises a sphere; the top piece is arranged on the cover plate 1 and is positioned at the lower port of the motion bin, the upper end of the top piece comprises a ring, and the ring can support the plugging body; when the motion cabin is separated from the control of the timing mechanism to move in a free falling mode, the ejection piece can eject the blocking body, so that the blocking body moves upwards to open the lower port of the motion cabin, and the substances in the motion cabin flow out of the lower port; the cover plate is provided with a sliding support, the sliding support is arranged above the motion bin, two ends of the sliding support are connected with the cover plate 1, and the middle of the sliding support is connected with the motion bin; the sliding support comprises a return rod, a sleeve, a return device and a bin body connecting rod; the two sleeves are respectively arranged on the cover plates 1 at two sides of the fixed cylinder 5, and a return device is arranged in each sleeve and comprises a pressure spring; the return rod is in an inverted U shape, two ends of the return rod are placed on the return device in the sleeve, and the return rod can press the return device; the upper end of the return rod is positioned above the motion bin, and the return rod is connected with the upper port of the motion bin through bin body connection; the number of the bin body connecting rods is not limited, and the bin body connecting rods comprise two bin body connecting rods, the upper end of each bin body connecting rod is connected with a return rod, and the lower end of each bin body connecting rod is respectively connected with the side wall of the motion bin; the total elastic force of the return device can pull the empty motion cabin without the substances inside and can not pull the motion cabin with the substances inside; the timing mechanism is arranged on or above the cover plate 1; the timing mechanism comprises a timer, a timing gear and a timing dial, wherein the timing gear of the timer is arranged at the opening of the fixed cylinder 5 and can be meshed with a rack section on a tooth path of the moving bin; the timing dial is arranged beside the side opening of the fixed cylinder 5; a rack section or a toothless section is arranged on the tooth path of the motion bin, the toothless section is arranged at the upper end of the tooth path, and the rack section is arranged at the lower end of the tooth path; the sliding support or the moving bin is manually pulled upwards, the moving bin slides along the inner wall of the fixed barrel 5, a timing gear of the timer is driven to rotate by being meshed with a rack at the lower end of a rack channel on the outer wall of the moving bin through a side opening of the fixed barrel 5, and a clockwork spring is tightened on the timer; the moving piece blocks the lower port of the motion cabin; releasing the hands after reaching the timing time position; adding a substance to the interior of the motion cabin; after the hands are released, the timing mechanism is meshed with a rack section of a tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper end of the top piece props against the plugging body, the plugging body moves upwards along with the downward movement of the motion bin to open the lower port of the motion bin, and the substances in the motion bin flow out and flow into the interior of the container body through the substance feeding port; the upper end of the tooth path of the motion bin is provided with a toothless section, and the lower end of the motion bin is provided with a rack section; the working process is as follows: the motion cabin is empty at the initial position, the motion cabin is pulled up by the elasticity of the sliding support, the lower end of the motion cabin is positioned above the cover plate 1 and is a certain distance away from the cover plate 1, and the distance is a set distance; the blocking body blocks the lower port of the motion bin, and the return device contracts; the timing gear is adjacent to the toothless section; the moving cabin is pulled upwards by hand, the timer does not rotate in the toothless section, the rack section is reached, the rack section is meshed with the timing gear of the timer to drive the timer to rotate for timing, and the hand is released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; adding a substance to the interior of the motion cabin; the return device is stretched; when the timing time is up, the timing gear of the timer is separated from the rack section, the timing gear is not meshed with the toothless section, the motion bin falls down freely, the upper end of the top piece supports against the block body, the block body is separated from the lower port, the lower port of the motion bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material feeding port; the moving bin continuously falls until the moving bin falls on the cover plate 1 and stops; when the substances in the motion bin completely flow out, the return device contracts, the sliding support pulls the motion bin to move upwards to a set position, and the lower port of the motion bin is contacted with the blocking body to seal the lower port; the moving cabin returns to the initial position, and the material is put into the tank.
Example six,
As shown in fig. 6, the substance feeding mechanism is a rotary-type feeding mechanism; the rotating part comprises a rotating plate 14, a shaft lever, a baffle plate and a top part 13; the rotating plate is arranged at the lower port of the moving bin, the middle of the rotating plate is provided with a shaft lever, and two ends of the shaft lever are arranged on the side wall of the moving bin; the baffle plate is arranged on the inner wall of the motion bin below the rotating plate, the baffle plate can block the rotating plate from rotating towards the direction of the baffle plate, the torsional spring is arranged on the shaft lever to enable the rotating plate to be twisted towards the baffle plate, and when no matter exists on the rotating plate, the rotating plate can block the lower port of the motion bin; the top piece is arranged on the cover plate 1 at the same side of the lower port of the moving bin and the baffle, and the upper end of the top piece can jack one side of the rotating plate to rotate upwards; when the motion cabin is separated from the control of the timing mechanism to perform free-fall movement, the upper end of the ejector piece abuts against one side of the rotating plate, so that the rotating plate rotates to open the lower port of the motion cabin, and the internal substances in the motion cabin flow out from the lower port; the cover plate is provided with a sliding support, the sliding support is arranged above the motion cabin, and two ends of the sliding support are connected with the cover plate 1; the sliding support comprises a return rod, a sleeve, a return device and a bin body connecting rod; the number of the sleeves is two, the two sleeves are respectively arranged on the cover plates 1 on the two sides of the fixed cylinder 5, and a return device is arranged in each sleeve and comprises a pressure spring; the return rod is in an inverted U shape, two ends of the return rod are placed on the return device in the sleeve, and the return rod can press the return device; the upper end of the return rod is positioned above the motion bin, and the return rod is connected with the side wall of the upper port of the motion bin through a bin body connecting rod; the number of the bin body connecting rods is not limited, and the bin body connecting rods comprise two bin body connecting rods, the upper end of each bin body connecting rod is connected with a return rod, and the lower end of each bin body connecting rod is respectively connected with the side wall of the motion bin; the total elastic force of the return device can pull the empty motion cabin without the substances inside and can not pull the motion cabin with the substances inside; the timing mechanism is arranged on or above the cover plate 1; the timing mechanism comprises a timer, a timing gear and a timing dial, wherein the timing gear of the timer is arranged at the opening of the fixed cylinder 5 and can be meshed with the rack section above the tooth path of the moving bin; the timing dial is arranged beside the side opening of the fixed cylinder 5; a rack section or a toothless section is arranged on the tooth path of the motion bin, the toothless section is arranged at the upper end of the tooth path, and the rack section is arranged at the lower end of the tooth path; the sliding support or the moving bin is manually pulled upwards, the moving bin slides upwards along the inner wall of the fixed barrel 5, a timing gear of the timer is driven to rotate by being meshed with a rack of a tooth path on the outer wall of the moving bin and not meshed with a toothless section of a tooth path on the outer wall of the moving bin through a side opening of the fixed barrel 5, and a clockwork spring is tightened on the timer; releasing the hands after reaching the timing time position; adding a substance to the interior of the motion cabin; after the hands are released, the timing mechanism is meshed with a rack section of a tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper end of the jacking piece jacks up one side of the rotating plate to rotate upwards; along with the downward movement of the motion bin, the rotating plate continues to rotate to open the lower port of the motion bin, so that the substances in the motion bin flow out and flow into the interior of the container body through the substance feeding port; the upper end of the tooth path of the motion bin is provided with a toothless section, and the lower end of the tooth path of the motion bin is provided with a rack section; the working process is as follows: the motion cabin is empty at the initial position, the motion cabin is pulled up by the self elasticity of the sliding support, the lower end of the motion cabin is positioned above the cover plate 1, and a certain distance is reserved between the lower end of the motion cabin and the cover plate 1, and the distance is a set distance; the rotating plate blocks the lower port of the motion cabin; the timing gear is adjacent to the toothless section; the sliding support or the moving bin is pulled upwards by hands, the timing gear and the timer which is adjacent to the toothless section do not rotate, the rack section is reached, the rack section is meshed with the timing gear of the timer to drive the timer to rotate for timing, and the hands are released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; adding a substance to the interior of the motion cabin; the return device is stretched; when the timing time is up, the timing gear and the toothless section are not meshed with the timing gear of the timer and the rack section, the moving bin falls down freely, the upper end of the top piece props against the rotating plate, the rotating plate rotates laterally, the lower port of the moving bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material putting port; and after all the substances in the motion bin flow out, the return device contracts, the sliding support pulls the motion bin to move upwards, the rotating plate is separated from the top piece, the lower port is sealed by the rotating plate, the motion bin returns to the initial position, and the material feeding is completed.
The above embodiments are not intended to limit the present invention, and the present invention is not limited to the above examples, and those skilled in the art may make variations, modifications, additions or substitutions within the technical scope of the present invention.

Claims (4)

1. A timed vertical slide dispenser comprising a dispenser body, characterized in that: the dispenser body comprises a cover plate (1) and a container body (2), and the cover plate (1) is arranged above the container body (2); a material feeding port (3) is formed in the cover plate (1); a material feeding mechanism is arranged on the cover plate (1);
the material feeding mechanism comprises a moving bin (4), a fixed cylinder (5) and a timing mechanism (7); the fixed cylinder (5) is arranged on the cover plate (1), and the moving bin (4) is arranged in the fixed cylinder (5); the upper end and the lower end of the motion bin (4) are respectively provided with an upper port and a lower port, substances are placed into the motion bin through the upper port of the motion bin, and the substances in the motion bin can flow out through the lower port; the moving bin can move up and down along the fixed cylinder, and when the moving bin moves up along the fixed cylinder, the lower port of the moving bin is far away from the material feeding port; when the moving bin moves downwards along the fixed cylinder, the lower port of the moving bin is close to the material feeding port until the lower port of the moving bin is overlapped with the material feeding port; a motion bin tooth path (6) is arranged on the outer wall of the motion bin; the timing mechanism is arranged on or above the cover plate (1), and can be meshed with a rack or a rack section of a tooth path of the moving bin; before the material is put in, the motion cabin is manually stirred to move upwards, the timing mechanism can be wound up along with the movement of the motion cabin, and the timing mechanism drives the motion cabin to move downwards for timing after the hands are loosened; adding a substance to the interior of the motion cabin; the lower port of the motion cabin is close to or coincident with the material feeding port at the set feeding time, and the material in the motion cabin is automatically fed into the container body.
2. The timed vertical slide dispenser according to claim 1, wherein: the material throwing mechanism comprises a moving bin (4), a fixed cylinder (5), a moving part and a timing mechanism; the fixed cylinder (5) is arranged on the cover plate (1), and the fixed cylinder (5) is connected with the cover plate (1); the shape of the fixed cylinder (5) is not limited, the fixed cylinder (5) is provided with an upper port and a lower port, the lower port of the fixed cylinder (5) is arranged on the cover plate (1), and the lower end of the fixed cylinder (5) is connected with the cover plate (1); an opening is arranged on the side surface of the fixed cylinder (5), and the shape of the opening comprises a window formed on the side surface of the fixed cylinder (5) or an upper opening and a lower opening formed on the side surface of the fixed cylinder (5); the upper end and the lower end of the motion bin (4) are opened or the upper end opening is provided with a top cover lower end opening; the upper port of the motion bin (4) is a material adding port, and the lower port of the motion bin can flow out materials;
the moving bin is placed inside the fixed cylinder (5) and can move up and down along the inner wall of the fixed cylinder (5) inside the fixed cylinder (5); the side surface of the motion cabin is provided with a tooth path in the vertical direction, the tooth path is positioned at the opening of the fixed cylinder (5) or is positioned inside the opening of the fixed cylinder (5), and a rack section or a toothless section is arranged on the tooth path; the movable part comprises a pulling part or a moving part or a rotating part; the pulling piece is arranged in the motion bin and can move up and down in the motion bin, and the pulling piece comprises a plug body, a plug connecting body and an upper port supporting body; the plug body can plug or open the lower port of the motion bin, the shape of the plug body is matched with that of the lower port of the motion bin, the diameter of the plug body is smaller than the inner diameter of the motion bin, and the diameter of the plug body is larger than that of the lower port of the motion bin; the lower end of the plug connecting body is connected with the plug body, and the upper end of the plug connecting body is connected with the upper port supporting body; the upper port supporting body comprises a supporting rod or a baffle plate; the upper port supporting body is a supporting rod, two ends of the supporting rod are placed at the upper port of the moving bin, and two ends of the supporting rod extend outwards and are lapped at the upper port of the fixed cylinder (5); when the motion bin is positioned inside the fixed barrel (5), the fixed barrel (5) is higher than the motion bin; the upper port supporting body is a baffle plate which can block the upper port of the moving bin or the fixed barrel (5) and is equivalent to a top cover of the bin body; the moving piece is arranged at the lower port of the moving bin; the moving part comprises a plugging body and a top part; the blocking body is arranged at the lower port of the motion bin and can block or open the lower port of the motion bin, and the shape of the blocking body comprises a sphere; the top piece is arranged on the cover plate (1) and is positioned at the lower port of the motion bin, the upper end of the top piece comprises a ring, and the ring can limit and support the plugging body; when the moving bin moves to the lower end of the fixed cylinder and is separated from the control of the timing mechanism to move in a free falling mode, the ejecting piece can eject the blocking body, so that the blocking body is separated from the lower port of the moving bin, and the substances in the moving bin flow out of the lower port; the rotating piece comprises a rotating plate, a shaft lever, a baffle and a top piece; the rotating plate is arranged at the lower port of the moving bin, the middle of the rotating plate is provided with a shaft lever, and two ends of the shaft lever are arranged on the side wall of the moving bin; the baffle is arranged on the inner wall of the motion bin below the rotating plate and can block the rotating plate from rotating towards the baffle; the lower end of the top piece is arranged on the cover plate (1) and is positioned on one side of a baffle plate at the lower port of the motion bin, and the upper end of the top piece can jack up one side of the rotating plate; when the motion bin is separated from the control of the timing mechanism to move in a free-falling mode, the upper end of the jacking piece can jack one side of the rotating plate, so that the rotating plate opens the lower port of the motion bin, and internal substances in the motion bin flow out of the lower port; the timing mechanism is arranged on or above the cover plate (1); the timing mechanism comprises a timer and a timing dial, and a timing gear (8) of the timer is arranged at the opening of the fixed cylinder (5) and is meshed with the moving bin rack; the timing dial is arranged on the side surface of the fixed cylinder (5); the moving bin is pulled upwards manually to slide along the inside of the fixed barrel (5), a timing gear of the timer is not meshed with a toothless section of a tooth path on the outer wall of the moving bin through a side opening of the fixed barrel (5), the timing gear of the timer is meshed with a rack of the tooth path on the outer wall of the moving bin to be driven to rotate, and a clockwork spring is tightened on the timer; (ii) a (ii) a The plugging body of the pulling piece plugs the lower port of the motion bin and can add substances into the motion bin; after the timing time position is reached, the hand is released, and after the hand is released, the timing mechanism is meshed with the rack section of the tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper port support of the pulling piece is blocked by the upper port of the fixed cylinder (5), and when the free falling body of the motion bin moves downwards, the blocking body is separated from the lower port of the motion bin, so that the lower port of the motion bin is opened; the material in the motion bin flows out and flows into the container body through the material feeding port;
when the material throwing mechanism is a pulling piece type throwing mechanism; the motion cabin is provided with a top cover; the upper port supporting body comprises a baffle plate which can block the upper port of the moving bin or the fixed barrel (5), and the baffle plate is equivalent to the top cover of the bin body; the plug body (9) and the plug connecting body (10) can be placed in the motion bin; the pulling piece comprises a plug body (9), a plug connecting body (10) and an upper port supporting body (11); the plug body can plug or open the lower port of the motion bin, the shape of the plug body is suitable for the lower port of the motion bin, the plug body is spherical, the outer diameter of the plug body is smaller than the inner diameter of the motion bin, and the outer diameter of the plug body is larger than the inner diameter of the lower port of the motion bin; the lower end of the plug connecting body is connected with the plug body, and the upper end of the plug connecting body is connected with the upper port supporting body; the upper port supporting body is a baffle plate which can block the upper port of the moving bin or the fixed cylinder (5); the baffle plate is placed at the upper port of the motion bin or the fixed cylinder (5) and can block the motion bin; when the moving bin is positioned on the cover plate (1) in the fixed barrel (5), the fixed barrel (5) is higher than the moving bin; the timing mechanism is arranged on or above the cover plate (1); the timing mechanism comprises a timer and a timing dial, the output end of the timer is connected with a timing gear, and a clockwork spring is arranged in the timer; a timing gear of the timer is arranged at an opening of the fixed cylinder (5) and is meshed with the moving bin rack; the timing dial is arranged on the side surface of the fixed cylinder (5); the moving bin is pulled upwards manually to slide along the inside of the fixed barrel (5), a timing gear of the timer is adjacently not meshed with a toothless section of a tooth path on the outer wall of the moving bin through a side opening of the fixed barrel (5), when the toothless section is meshed with a rack through the rear timing gear, the toothless section is driven to rotate, and a clockwork spring is wound on the timer; the pulling piece plugs the lower port of the motion bin and can add substances into the motion bin; after the timing time position is reached, the hand is released, and after the hand is released, the timing mechanism is meshed with the rack section of the tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin rapidly moves downwards in a free falling state, and an upper port supporting body (11) of the pulling piece is blocked by an upper port of the fixed cylinder (5); when the free falling body of the motion bin moves downwards, the lower port of the motion bin is opened by the blocking body along with the downward movement of the motion bin, and the substances in the motion bin flow out and flow into the interior of the container body through the substance feeding port; the working process is as follows: the moving bin is positioned on the cover plate (1) at the initial position; the blocking body is arranged above the lower port of the motion cabin to open the lower port of the motion cabin; the baffle plate is equivalent to the top cover of the sports bin and is closed; a timing gear of the timer is adjacent to a toothless section at the upper end of a tooth path of the motion bin; the upper port supporting body blocks the upper port of the fixed cylinder (5) or the moving bin; the motion cabin is pulled upwards by hand, and the lower port of the motion cabin is blocked by the blocking body after the motion cabin moves upwards; the timing gear does not rotate in the toothless section timer, and when the upper end of the motion bin is higher than the upper end of the fixed body, the upper port of the motion bin drives the pulling piece to move upwards; the upper port supporting body blocks the upper port of the motion cabin; when the rack section is meshed with a timing gear of the timer, the rack section drives the timer to rotate for timing; the hands are released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; adding a substance to the interior of the motion cabin; when the timing time timer is reached, the timing gear is separated from the rack section, the timing gear is not meshed with the toothless section, the moving bin falls freely, the upper port support of the pulling piece is blocked by the upper port of the fixed barrel (5) to cover the upper port of the fixed barrel (5), the moving bin continues to fall, the plug connecting body pulls the plug body to enable the plug body to leave the lower port of the moving bin, the lower port of the moving bin is opened, the substance flows out from the lower port, the moving bin returns to the upper surface of the cover plate (1) to return to the initial position, the substance in the moving bin flows into the container body through the lower port of the moving bin and the substance feeding port, and the substance feeding is completed;
when the material throwing mechanism is a moving member type throwing mechanism; the motion cabin is provided with a top cover (12); the top cover of the motion bin is movably arranged, the top cover is buckled at the upper port of the fixed cylinder (5) at the initial position, and after the motion bin is pulled upwards, the top cover is upwards moved along with the motion bin and buckled at the upper port of the motion bin and upwards moves along with the motion bin; the moving piece is arranged at the lower port of the moving bin; the moving part comprises a blocking body (9) and a top part (13); the blocking body is arranged at the lower port of the motion bin and can block or open the lower port of the motion bin, and the shape of the blocking body comprises a sphere; the jacking piece is arranged on the cover plate (1), is positioned at the lower port of the moving bin and is connected with the lower port of the moving bin through a support; the upper end of the top piece is provided with a ring which can support the plugging body; when the motion cabin is separated from the control of the timing mechanism to move in a free falling mode, the ejection piece can eject the blocking body, so that the blocking body moves upwards to open the lower port of the motion cabin, and the substances in the motion cabin flow out of the lower port; the timing mechanism is arranged on or above the cover plate (1); the timing mechanism comprises a timer and a timing dial, and a timing gear of the timer is arranged at an opening of the fixed cylinder (5) and is meshed with the moving bin rack; the timing dial is arranged on the side surface of the fixed cylinder (5); manually pulling the moving bin upwards to slide along the inside of the fixed barrel (5), wherein a timing gear of the timer corresponds to and is not meshed with a toothless section at the upper end of a tooth channel on the outer wall of the moving bin through a side opening of the fixed barrel (5), then the timing gear is meshed with a rack at the lower end of the tooth channel on the outer wall of the moving bin to be driven to rotate, and a spring is tightened on the timer; a blocking body (9) of the moving part blocks the lower port of the motion bin and can add substances into the motion bin; after the timing time position is reached, the hand is released, and after the hand is released, the timing mechanism is meshed with the rack section of the tooth path on the outer wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper end of the top piece props against the plugging body, the plugging body moves upwards along with the downward movement of the motion bin to open the lower port of the motion bin, and the substances in the motion bin flow out and flow into the interior of the container body through the substance feeding port; the working process is as follows: the lower end of the motion cabin is positioned on the cover plate (1) at the initial position; the blocking body is arranged above the lower port of the motion cabin to open the lower port of the motion cabin; the top cover of the motion cabin is buckled on the upper port of the fixed cylinder (5) or the upper port of the motion cabin; a timing gear of the timer is adjacent to a toothless section at the upper end of a tooth path of the motion bin; the motion cabin is pulled upwards by hands; the plugging body leaves the top piece and plugs the lower port of the motion bin; when the timing gear is meshed with the rack section of the tooth path of the motion cabin, the rack section is meshed with the timing gear to drive the timing gear to rotate so as to enable the timer to carry out timing, and the hand is released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; opening the top cover, adding substances into the motion cabin, and closing the top cover; when the timing time is up, the timing gear of the timer is separated from the rack section or is adjacent to the toothless section, the timing gear is not meshed with the toothless section, the motion bin falls freely, the upper end of the top piece supports the plug body to enable the plug body to move upwards and separate from the lower port of the motion bin, the lower port of the motion bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material putting port; the motion cabin returns to the initial position; the top cover is buckled on the upper port of the fixed cylinder (5) or the upper port of the moving bin; finishing the material feeding;
the material feeding mechanism is a rotating type feeding mechanism; the motion cabin is provided with a top cover; the top cover of the motion bin is movably arranged, the top cover is buckled on the upper port of the fixed cylinder (5) at the initial position, and after the motion bin is pulled upwards, the top cover is moved upwards along with the motion bin and buckled on the upper port of the motion bin and moves upwards along with the motion bin; the rotating part comprises a rotating plate (14), a shaft lever (15), a baffle plate and a top part (13); the rotating plate is arranged at the lower port of the moving bin, the middle of the rotating plate is provided with a shaft lever (15), and two ends of the shaft lever are arranged on the side wall of the moving bin; the baffle is arranged on the inner wall of the motion bin below the rotating plate and can block the rotating plate from rotating towards the direction of the baffle; the torsional spring is arranged on the shaft lever to enable the rotating plate to be twisted to the blocking piece, and when no substance exists on the rotating plate, the rotating plate can block the lower port of the motion bin; the jacking piece (13) is arranged on the cover plate (1) below one side of the stop piece of the lower port of the moving bin, and the upper end of the jacking piece can jack up the rotating plate to rotate upwards; when the motion cabin is separated from the control of the timing mechanism to perform free-fall movement, the upper end of the ejecting piece abuts against the rotating plate on one side of the blocking piece, so that the lower port of the motion cabin is opened after the rotating plate rotates, and internal substances in the motion cabin flow out from the lower port; the timing mechanism is arranged on or above the cover plate (1); the timing mechanism comprises a timer and a timing dial, and a timing gear of the timer is arranged at an opening of the fixed cylinder (5) and is meshed with the moving bin rack; the timing dial is arranged on the side surface of the fixed cylinder (5); manually pulling the motion cabin upwards to slide along the inside of the fixed barrel (5), wherein a timing gear of the timer is not meshed with a toothless section at the upper end of a tooth path on the outer wall of the motion cabin through a side opening of the fixed barrel (5), then the timing gear of the timer is meshed with a rack at the lower end of the tooth path on the outer wall of the motion cabin to be driven to rotate, and a clockwork spring is tightened on the timer; the rotating part blocks the lower port of the moving bin after the top part leaves the rotating plate; loosening hands after the timing time position is reached, opening the top cover, adding substances into the motion cabin, and closing the top cover; after the hands are released, the timing mechanism is meshed with a rack section of a tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper end of the jacking piece jacks one side of the rotating plate, and the rotating plate rotates along with the downward movement of the moving bin to open the lower port of the moving bin; the material in the motion bin flows out and flows into the container body through the material feeding port; the working process is as follows: the moving bin is positioned on the cover plate (1) at the initial position; the jacking piece jacks the rotating plate to open the lower port of the moving bin; the top cover of the motion cabin blocks the upper port of the fixed cylinder (5) or the lower port of the motion cabin; a timing gear of the timer is adjacent to a toothless section at the upper end of a tooth path of the motion bin; the motion cabin is pulled upwards by hands; the rotating plate leaves the top piece, and the lower port of the moving bin is closed; when the timing gear is meshed with the rack section of the tooth path of the motion cabin, the rack section is meshed with the timing gear to drive the timing gear to rotate so as to enable the timer to carry out timing, and the hand is released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; opening the top cover, adding substances into the moving cabin, and then closing the top cover; when the timing time is up, the timing gear of the timer is separated from the rack segment, the timing gear is not meshed with the toothless segment, the motion bin falls down freely in a falling mode, the upper end of the top piece is propped against one side of the rotating plate, the rotating plate rotates laterally, the lower port of the motion bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material feeding port; the motion cabin returns to the initial position; the top cover of the motion cabin blocks the upper port of the fixed cylinder (5) or the lower port of the motion cabin; and finishing the material feeding.
3. The timed vertical slide dispenser according to claim 1, wherein: the material throwing mechanism comprises a moving bin, a fixed cylinder (5), a moving part, a timing mechanism and a sliding support; the fixed cylinder (5) is arranged on the cover plate (1), and the fixed cylinder (5) is connected with the cover plate (1); the shape of the fixed cylinder (5) is not limited, the fixed cylinder (5) is provided with an upper port and a lower port, the lower port of the fixed cylinder (5) is arranged on the cover plate (1), and the lower end of the fixed cylinder (5) is connected with the cover plate (1); an opening is arranged on the side surface of the fixed cylinder (5), and the shape of the opening comprises a window formed on the side surface of the fixed cylinder (5) or an upper opening and a lower opening formed on the side surface of the fixed cylinder (5); the upper end and the lower end of the motion bin (4) are opened; the upper port of the motion bin (4) is a material adding port, and the lower port of the motion bin can flow out materials; the moving bin is placed in the fixed cylinder (5), and can move up and down along the inner wall of the fixed cylinder (5) in the fixed cylinder (5); the side surface of the motion cabin is provided with a tooth track in the vertical direction, the tooth track is positioned at the opening of the fixed cylinder (5) or is positioned inside the opening of the fixed cylinder (5), and a rack section (16) or a toothless section (17) is arranged on the tooth track; the movable part comprises a pulling part or a movable part or a rotating part; the pulling piece is arranged in the motion bin and can move up and down in the motion bin, and the pulling piece comprises a plug body, a plug connecting body and an upper port supporting body; the plug body can plug or open the lower port of the motion bin, the shape of the plug body is suitable for the lower port of the motion bin, the plug body is spherical, the diameter of the plug body is smaller than the inner diameter of the motion bin, and the diameter of the plug body is larger than the inner diameter of the lower port of the motion bin; the lower end of the plug connecting body is connected with the plug body, and the upper end of the plug connecting body is connected with the upper port supporting body; the upper port supporting body comprises a supporting rod, and two ends of the supporting rod are lapped on the upper port of the fixed cylinder (5) or the side wall of the upper port of the moving bin; when the motion bin is positioned on the cover plate (1) in the fixed barrel (5), the fixed barrel is higher than the motion bin; the moving piece is arranged at the lower port of the moving bin; the moving part comprises a plugging body and a top part; the blocking body is arranged at the lower port of the motion bin and can block or open the lower port of the motion bin, and the shape of the blocking body comprises a sphere; the top piece is arranged on the cover plate (1) and is positioned at the lower port of the motion bin, the upper end of the top piece comprises a circular ring, and the circular ring can support the plugging body; when the motion bin is separated from the control of the timing mechanism to move in a free falling mode, the ejecting piece can eject the blocking body, so that the blocking body is separated from the lower port of the motion bin, and the substances in the motion bin flow out of the lower port; the rotating piece comprises a rotating plate, a shaft lever, a baffle and a top piece; the rotating plate is arranged at the lower port of the moving bin, the middle of the rotating plate is provided with a shaft lever, and two ends of the shaft lever are arranged on the side wall of the moving bin; the baffle plate is arranged on the inner wall of the motion bin below the rotating plate and can block the rotating plate from rotating towards the direction of the baffle plate; the lower end of the top piece is arranged on the cover plate (1) and is positioned on one side of a baffle plate at the lower port of the motion bin, and the upper end of the top piece can jack up one side of the rotating plate; when the motion bin is separated from the control of the timing mechanism to move in a free-falling mode, the upper end of the ejector piece abuts against the rotating plate, the lower port of the motion bin is opened, and the internal substances in the motion bin flow out from the lower port; the sliding support is arranged above the motion cabin, and two ends of the sliding support are connected with the cover plate (1); the sliding support comprises a return rod (18), a sleeve (19), a return device and a bin body connecting rod (20); the sleeve pipes are respectively arranged on the cover plates (1) at two sides of the fixed cylinder (5), and a return device is arranged in each sleeve pipe and comprises a pressure spring (21); two ends of the return rod are placed inside the two sleeves which are respectively placed, and the return rod presses the return device; the upper end of the return rod is positioned above the motion bin, and the return rod is connected with the upper port of the motion bin through a bin body connecting rod; the total elastic force of the return device can pull the motion cabin without substances inside; the timing mechanism is arranged on or above the cover plate (1); the timing mechanism comprises a timer, a timing gear and a timing dial, wherein the timing gear of the timer is arranged at the opening of the fixed cylinder (5) and is meshed with the moving bin rack; the timing dial is arranged on the side surface of the fixed cylinder (5);
the material throwing mechanism is a pulling piece type throwing mechanism; the pulling piece is arranged in the motion bin and can move up and down in the motion bin, and the pulling piece comprises a plug body (9), a plug connecting body (10) and an upper port supporting body (11); the plug body can plug or open the lower port of the motion bin, the shape of the plug body is suitable for the lower port of the motion bin, the plug body is spherical, the outer diameter of the plug body is smaller than the inner diameter of the motion bin, and the outer diameter of the plug body is larger than the inner diameter of the lower port of the motion bin; the lower end of the plug connecting body is connected with the plug body, and the upper end of the plug connecting body is connected with the upper port supporting body; the upper port supporting body is placed on the upper port side wall of the moving bin or the upper port side wall of the fixed cylinder (5); when the motion bin is positioned on the cover plate (1), the fixed cylinder (5) is higher than the motion bin; the cover plate is provided with a sliding support, the sliding support is arranged above the motion bin, two ends of the sliding support are connected with the cover plate (1), and the middle of the sliding support is connected with the motion bin; the sliding support comprises a return rod (18), a sleeve (19), a return device and a bin body connecting rod (20); the number of the sleeves is two, the two sleeves are respectively arranged on the cover plates (1) at two sides of the fixed cylinder (5), and a return device is arranged in each sleeve and comprises a pressure spring (21); the shape of the return rod comprises an inverted U shape, two ends of the return rod are placed on the return device in the sleeve, and the return rod can press the return device; the upper end of the return rod is positioned above the motion bin, and the return rod is connected with the upper port of the motion bin through bin body connection; the number of the bin body connecting rods is not limited, and the bin body connecting rods comprise two bin body connecting rods, the upper end of each bin body connecting rod is connected with a return rod, and the lower end of each bin body connecting rod is respectively connected with the side wall of the motion bin; the total elastic force of the return device can pull the empty motion cabin without the substances inside and can not pull the motion cabin with the substances inside; the timing mechanism is arranged on or above the cover plate (1); the timing mechanism comprises a timer, a timing gear and a timing dial, wherein the timing gear of the timer is arranged at the opening of the fixed cylinder (5) and can be meshed with a rack section on a tooth path of the moving bin; the timing dial is arranged beside the side opening of the fixed cylinder (5); a rack section or a toothless section is arranged on the tooth path of the motion bin, the toothless section is arranged at the upper end of the tooth path, and the rack section is arranged at the lower end of the tooth path; the moving bin is pulled upwards manually to slide along the inner wall of the fixed barrel (5), a timing gear of the timer can be meshed with a rack section of a tooth path on the outer wall of the moving bin through a side opening of the fixed barrel (5) to be driven to rotate, and a clockwork spring is tightened on the timer; the plugging body of the pulling piece plugs the lower port of the motion bin and adds substances into the motion bin; after the timing time position is reached, the hand is released, and after the hand is released, the timing mechanism is meshed with the rack section of the tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section at the upper end of a tooth path on the outer wall of the motion bin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper port support of the pulling piece is blocked by the upper port of the fixed cylinder (5), the moving bin continues to move downwards, and the blocking body opens the lower port of the moving bin; the material in the motion bin flows out and flows into the container body through the material feeding port; the working process is as follows: the motion cabin is empty at the initial position, the motion cabin is pulled up by the elasticity of the sliding support, the lower end of the motion cabin is positioned above the cover plate (1) and is away from the cover plate (1) by a certain distance, and the distance is a set distance; the blocking body blocks the lower port of the motion bin, and the return device contracts; the blocking body blocks the lower port of the motion cabin; the timing gear is adjacent to the upper end toothless section of the tooth path of the motion bin; the sliding support or the moving bin is pulled upwards by a hand, the sliding support pulls the moving bin upwards, a toothless section at the upper end of the tooth track is not meshed with the timer, the timing gear does not rotate, and when the rack section is reached, the rack section is meshed with the timing gear of the timer to drive the timer to rotate for timing; when the upper port of the moving bin is higher than the upper port of the fixed cylinder (5), the pulling piece is pulled up along with the moving bin to leave the upper port of the fixed cylinder (5); the hands are released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; adding a substance to the interior of the motion cabin; the return device is stretched; when the timing time timer is reached, the timing gear is separated from the rack segment, the timing gear is not meshed with the toothless segment, the moving bin falls freely, the pulling part supporting rod is blocked by the side wall of the upper port of the fixed barrel (5), the plug body is pulled by the plug connecting body, when the moving bin continues to move downwards, the plug body leaves the lower port of the bin body, the lower port of the moving bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material feeding port; when the motion bin falls onto the cover plate (1) and stops the substances in the motion bin from flowing out completely, the return device contracts, the sliding support pulls the empty motion bin to move upwards to a set position, and the lower port of the motion bin is contacted with the blocking body to seal the lower port; the moving bin returns to the initial position, and the material feeding is completed;
the material feeding mechanism is a moving member type feeding mechanism; the moving piece is arranged at the lower port of the moving bin; the moving part comprises a blocking body (9) and a top part (13); the blocking body is arranged on the lower port of the motion bin and can block or open the lower port of the motion bin, and the shape of the blocking body comprises a sphere; the top piece is arranged on the cover plate (1), the top piece is positioned at the lower port of the motion bin, the upper end of the top piece comprises a ring, and the ring can support the plug body; when the motion cabin is separated from the control of the timing mechanism to move in a free falling mode, the ejection piece can eject the blocking body, so that the blocking body moves upwards to open the lower port of the motion cabin, and the substances in the motion cabin flow out of the lower port; the cover plate is provided with a sliding support, the sliding support is arranged above the motion bin, two ends of the sliding support are connected with the cover plate (1), and the middle of the sliding support is connected with the motion bin; the sliding support comprises a return rod, a sleeve, a return device and a bin body connecting rod; the two sleeves are respectively arranged on the cover plates (1) at two sides of the fixed cylinder (5), and a return device is arranged in each sleeve and comprises a pressure spring; the return rod is in an inverted U shape, two ends of the return rod are placed on the return device in the sleeve, and the return rod can press the return device; the upper end of the return rod is positioned above the motion bin, and the return rod is connected with the upper port of the motion bin through bin body connection; the number of the bin body connecting rods is not limited, and the bin body connecting rods comprise two bin body connecting rods, the upper end of each bin body connecting rod is connected with a return rod, and the lower end of each bin body connecting rod is respectively connected with the side wall of the motion bin; the total elastic force of the return device can pull the empty motion cabin without the substances inside and can not pull the motion cabin with the substances inside; the timing mechanism is arranged on or above the cover plate (1); the timing mechanism comprises a timer, a timing gear and a timing dial, wherein the timing gear of the timer is arranged at the opening of the fixed cylinder (5) and can be meshed with a rack section on a tooth path of the moving bin; the timing dial is arranged beside the side opening of the fixed cylinder (5); a rack section or a toothless section is arranged on the tooth path of the motion bin, the toothless section is arranged at the upper end of the tooth path, and the rack section is arranged at the lower end of the tooth path; the sliding support or the moving bin is manually pulled upwards, the moving bin slides along the inner wall of the fixed barrel (5), a timing gear of the timer is meshed with a rack at the lower end of a rack channel on the outer wall of the moving bin through a side opening of the fixed barrel (5) and is driven to rotate, and a clockwork spring is tightened on the timer; the moving piece blocks the lower port of the motion cabin; releasing the hands after reaching the timing time position; adding a substance to the interior of the motion cabin; after the hands are released, the timing mechanism is meshed with a rack section of a tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper end of the top piece props against the plugging body, the plugging body moves upwards along with the downward movement of the motion bin to open the lower port of the motion bin, and the substances in the motion bin flow out and flow into the interior of the container body through the substance feeding port; the upper end of the tooth path of the motion bin is provided with a toothless section, and the lower end of the motion bin is provided with a rack section; the working process is as follows: the motion cabin is empty at the initial position, the motion cabin is pulled up by the elasticity of the sliding support, the lower end of the motion cabin is positioned above the cover plate (1), and a certain distance is reserved between the lower end of the motion cabin and the cover plate (1), and the distance is a set distance; the blocking body blocks the lower port of the motion bin, and the return device contracts; the timing gear is adjacent to the toothless section; the moving cabin is pulled upwards by hand, the timer does not rotate in the toothless section, the rack section is reached, the rack section is meshed with the timing gear of the timer to drive the timer to rotate for timing, and the hand is released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; adding a substance to the interior of the motion cabin; the return device is stretched; when the timing time is up, the timing gear of the timer is separated from the rack section, the timing gear is not meshed with the toothless section, the motion bin falls down freely, the upper end of the top piece supports against the block body, the block body is separated from the lower port, the lower port of the motion bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material feeding port; the moving bin continuously falls until the moving bin falls onto the cover plate (1) and stops; when the substances in the motion bin completely flow out, the return device contracts, the sliding support pulls the motion bin to move upwards to a set position, and the lower port of the motion bin is contacted with the blocking body to seal the lower port; the moving bin returns to the initial position, and the material feeding is completed;
the material feeding mechanism is a rotating type feeding mechanism; the rotating part comprises a rotating plate (14), a shaft lever, a baffle plate and a top part (13); the rotating plate is arranged at the lower port of the moving bin, the middle of the rotating plate is provided with a shaft lever, and two ends of the shaft lever are arranged on the side wall of the moving bin; the baffle plate is arranged on the inner wall of the motion bin below the rotating plate, the baffle plate can block the rotating plate from rotating towards the direction of the baffle plate, the torsion spring is arranged on the shaft lever to enable the rotating plate to be twisted towards the baffle plate, and when no matter exists on the rotating plate, the rotating plate can block the lower port of the motion bin; the top piece is arranged on the cover plate (1) at the same side of the lower port of the motion bin and the blocking piece, and the upper end of the top piece can jack up one side of the rotating plate to rotate upwards; when the motion cabin is separated from the control of the timing mechanism to perform free-fall movement, the upper end of the ejector piece abuts against one side of the rotating plate, so that the rotating plate rotates to open the lower port of the motion cabin, and the internal substances in the motion cabin flow out from the lower port; the cover plate is provided with a sliding support, the sliding support is arranged above the motion bin, and two ends of the sliding support are connected with the cover plate (1); the sliding support comprises a return rod, a sleeve, a return device and a bin body connecting rod; the number of the sleeves is two, the two sleeves are respectively arranged on the cover plates (1) at two sides of the fixed cylinder (5), and a return device is arranged in each sleeve and comprises a pressure spring; the return rod is in an inverted U shape, two ends of the return rod are placed on the return device in the sleeve, and the return rod can press the return device; the upper end of the return rod is positioned above the motion bin, and the return rod is connected with the side wall of the upper port of the motion bin through a bin body connecting rod; the number of the bin body connecting rods is not limited, and the bin body connecting rods comprise two bin body connecting rods, the upper end of each bin body connecting rod is connected with a return rod, and the lower end of each bin body connecting rod is respectively connected with the side wall of the motion bin; the total elastic force of the return device can pull the empty motion cabin without the substances inside and can not pull the motion cabin with the substances inside; the timing mechanism is arranged on or above the cover plate (1); the timing mechanism comprises a timer, a timing gear and a timing dial, wherein the timing gear of the timer is arranged at the opening of the fixed cylinder (5) and can be meshed with the rack section above the tooth path of the moving bin; the timing dial is arranged beside the side opening of the fixed cylinder (5); a rack section or a toothless section is arranged on the tooth path of the motion bin, the toothless section is arranged at the upper end of the tooth path, and the rack section is arranged at the lower end of the tooth path; the sliding support or the moving bin is manually pulled upwards, the moving bin slides upwards along the inner wall of the fixed barrel (5), a timing gear of the timer is driven to rotate by being meshed with a rack of a tooth path on the outer wall of the moving bin and not meshed with a toothless section of a tooth path on the outer wall of the moving bin through a side opening of the fixed barrel (5), and a clockwork spring is tightened on the timer; releasing the hands after reaching the timing time position; adding a substance to the interior of the motion cabin; after the hands are released, the timing mechanism is meshed with a rack section of a tooth path on the side wall of the motion cabin to drive the motion cabin to move downwards for timing; when a timing gear of the timer meets a toothless section of a tooth path on the outer wall of the motion cabin, the timing gear is separated from a rack section; the motion cabin is in a free falling state and moves downwards quickly; the upper end of the jacking piece jacks up one side of the rotating plate to rotate upwards; along with the downward movement of the motion bin, the rotating plate continues to rotate to open the lower port of the motion bin, so that the substances in the motion bin flow out and flow into the interior of the container body through the substance feeding port; the upper end of the tooth path of the motion bin is provided with a toothless section, and the lower end of the tooth path of the motion bin is provided with a rack section; the working process is as follows: the motion cabin is empty when in the initial position, the motion cabin is pulled up by the self elasticity of the sliding support, the lower end of the motion cabin is positioned above the cover plate (1), and a certain distance is arranged away from the cover plate (1), and the distance is a set distance; the rotating plate blocks the lower port of the motion cabin; the timing gear is adjacent to the toothless section; the sliding support or the moving bin is pulled upwards by hands, the timing gear and the timer which is adjacent to the toothless section do not rotate, the rack section is reached, the rack section is meshed with the timing gear of the timer to drive the timer to rotate for timing, and the hands are released after the required timing time is reached; a timing gear of the timer drives the motion cabin to move downwards; adding a substance to the interior of the motion cabin; the return device is stretched; when the timing time is up, the timing gear and the toothless section are not meshed with the timing gear of the timer and the rack section, the moving bin falls down freely, the upper end of the top piece props against the rotating plate, the rotating plate rotates laterally, the lower port of the moving bin is opened, and the material flows out from the lower port and flows into the interior of the container body through the material putting port; and after all the substances in the motion bin flow out, the return device contracts, the sliding support pulls the motion bin to move upwards, the rotating plate is separated from the top piece, the lower port is sealed by the rotating plate, the motion bin returns to the initial position, and the material feeding is completed.
4. The timed vertical slide dispenser according to claim 1, wherein: the timing mechanism comprises a timer and a timing dial, or the timing mechanism comprises a timer, a timing gear and a timing dial; a timing pointer corresponding to the zero point of the timing dial is arranged on the motion bin; when the timing mechanism comprises a timer and a timing dial, the timer comprises a power gear; the power gear is arranged on or above the cover plate and is meshed with the tooth path of the motion bin; when the timing mechanism comprises a timer, a timing gear and a timing dial, the timing gear is arranged on or above the cover plate, one side of the timing gear is meshed with the tooth path of the motion cabin, and the other side of the timing gear is meshed with the power gear; the timer is arranged on or above the cover plate or on the outer cover and consists of a power gear, a clockwork spring and a release part; the power gear is driven by external force to tighten the clockwork spring; the clockwork spring is a unidirectional rotation tightening mechanism, and an external force can intermittently tighten the clockwork spring; the movement bin is stirred by a hand to move, the movement bin drives the timing gear to rotate, a clockwork spring of a timer is driven to be tightened, when a timing pointer on the movement bin reaches the timing time on the timing dial, the hand is loosened, and the clockwork spring drives the power gear to rotate reversely; the power gear drives the motion cabin to move reversely, or the power gear drives the timing gear to rotate reversely, the timing gear drives the motion cabin to move reversely for timing, and when the timing time reaches the time when the clockwork spring stops and the power gear stops rotating, the timing pointer on the motion cabin returns to the zero point of the timing dial.
CN202110219304.7A 2021-02-26 2021-02-26 Timed vertical sliding type dispenser Pending CN112826315A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN202110219304.7A CN112826315A (en) 2021-02-26 2021-02-26 Timed vertical sliding type dispenser

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN202110219304.7A CN112826315A (en) 2021-02-26 2021-02-26 Timed vertical sliding type dispenser

Publications (1)

Publication Number Publication Date
CN112826315A true CN112826315A (en) 2021-05-25

Family

ID=75933947

Family Applications (1)

Application Number Title Priority Date Filing Date
CN202110219304.7A Pending CN112826315A (en) 2021-02-26 2021-02-26 Timed vertical sliding type dispenser

Country Status (1)

Country Link
CN (1) CN112826315A (en)

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