CN216776782U

CN216776782U - Multifunctional seasoning grinder

Info

Publication number: CN216776782U
Application number: CN202122526042.7U
Authority: CN
Inventors: 宋衍辉
Original assignee: Weifang Kaimei Food Co ltd
Current assignee: Weifang Kaimei Food Co ltd
Priority date: 2021-10-20
Filing date: 2021-10-20
Publication date: 2022-06-21
Anticipated expiration: 2031-10-20

Abstract

The application discloses a multifunctional seasoning grinder, which comprises a charging bucket, wherein a grinding part comprising a grinding ring and a grinding disc is arranged at the lower end of the charging bucket, a driving part capable of driving the grinding disc to rotate is arranged at the upper end of the charging bucket, a partition board at least dividing the inner cavity of the charging bucket into two material cavities is fixedly connected in the inner cavity of the charging bucket, and a material fixing device for quantitatively conveying seasonings from the material cavities to the grinding part is arranged between the bottom of each material cavity and the corresponding grinding part through a mounting part; a temporary storage cavity is arranged between the upper part of the grinding ring and the upper part of the grinding disc or between the grinding piece and the material fixing device, and the upper end of the gap between the grinding ring and the grinding disc is correspondingly connected with the lower end of the temporary storage cavity. The advantages and effects are as follows: can the multiple condiment of splendid attire, once can grind multiple condiment, can quantitative feed and accurate abrasive material, can adjust condiment kind and quantity and can solve the difficult problem of transferring one's breath according to everyone's taste, the multi-functional condiment mill that the mill was clean and tidy just was difficult for breeding the bacterium behind the material was used at every turn.

Description

Multifunctional seasoning grinder

Technical Field

The application relates to a multi-functional condiment mill belongs to the kitchen supplies field among the daily life.

Background

The seasoning is also called seasoning and spice and is an auxiliary material for cooking food by people. The food using the seasoning has more delicious taste, so the seasoning is already a standard ingredient for cooking gourmet food by people at present. At present, the common seasonings can be basically divided into two categories, one category is the seasonings in a natural state, namely, the seasonings exist in a natural state of peels, fruits, seeds, flowers, leaves, stems and the like, and the seasonings are directly fried or steamed at high temperature to be tasty and tasty when in use. The flavoring has the advantages of long-lasting taste, long-time cooking for flavoring, and inconvenient use. The other method comprises crushing the flavoring into pieces or grinding into powder, sealing, and storing, and adding when in use. The flavoring has the advantages of convenient use, easy flavor loss, and high storage requirement. Along with the continuous improvement of the living standard of people, people have higher and higher requirements on material life, and more people select to use the seasoning grinder to add seasonings. At present, traditional condiment mill mainly contains the material jar of a splendid attire condiment, and mill dish and grinding ring are installed to material jar one end, thereby the driving piece that can drive the relative grinding ring rotation of mill dish and grind condiment is installed to the material jar other end. The seasoning grinder is used for grinding at present, is convenient for storing the fragrance of the seasoning, can release the fragrance of the seasoning to the maximum extent, is simple to operate and is very popular. However, the seasoning grinder has the following disadvantages: 1. the charging bucket and the grinding disc are directly butted, and the amount of the seasonings is controlled only by the degree of rotating the driving piece, namely, the seasonings are discharged by feeling, can not be quantized, the amount of the seasonings can not be accurately controlled, and the seasonings do not meet the actual requirements for residents in China with higher and higher living requirements; 2. because the feeding cannot be controlled and the material cannot be cleaned, a large amount of ground and refined seasonings are arranged between the grinding disc and the grinding ring after grinding each time, and the seasonings are easy to lose flavor, absorb moisture and mildew and are easy to block before next use; 3. the existing seasoning grinder can only contain one seasoning, and a kitchen generally uses a plurality of seasonings, so that a plurality of seasoning grinders need to be placed, and only one seasoning grinder can be used for any seasoning, so that the use is troublesome, the cost is high, and the waste is serious; 4. every person who cooks has different tastes, the required amount is different, the person is difficult to adjust the amount in real time according to actual needs.

Disclosure of Invention

The multifunctional seasoning grinder has the advantages that the multifunctional seasoning grinder is reasonable in structure, can contain various seasonings, can grind various seasonings once, can feed quantitatively and grind accurate grinding materials, can adjust seasoning types and seasoning amount according to the taste of each person, can solve the problem of difficulty in mixing, and is not easy to breed bacteria due to the fact that a grinding disc is neat after each seasoning use.

The multifunctional seasoning grinder mainly comprises a charging bucket, a grinding piece, a driving piece, a partition plate, a material metering device and a temporary storage cavity. Wherein, the material jar is this multi-functional condiment mill's major structure, and other parts are all installed on the material jar directly or indirectly. The charging bucket is a hollow structure and is a container for containing seasonings. The grinding piece is arranged at the bottom of the charging bucket, and the grinding piece is mainly used for grinding seasonings above, so that the seasonings are discharged from the lower part by means of self weight. In this patent application, grinding member mainly includes grinding ring and mill, and grinding ring fixed mounting is in the material jar bottom, and the mill clamps in the mill intra-annular. A gap is arranged between the grinding ring and the grinding disc, and the grinding disc and the grinding ring grind and crush the seasonings entering the gap. In this patent application, be provided with the chamber of keeping in between grinding ring upper portion and the mill upper portion, keep in the chamber cross section and be narrow wedge under the money. The temporary storage cavity has two functions, one is that the space of keeping in is provided for deciding the material ware ration input condiment to make the grinding piece can once only grind the condiment after all ration inputs, need not quantitative input at every turn and all grind, the operation is simpler, labour saving and time saving. The second function is that the wedge structure is utilized to gradually extrude and crush the large-volume seasonings into small seasonings, and the small seasonings can more easily enter the gap between the grinding disc and the grinding ring so as to be conveniently crushed into smaller particles or powder, thereby improving the grinding efficiency and effect. In actual production, the temporary storage cavity can also be arranged between the grinding piece and the material fixer. In this patent application, the clearance upper end between grinding ring and the mill corresponds with the chamber lower extreme of keeping in and meets, like this, the fragment after the chamber breakage is kept in by the wedge can directly get into and grind the piece and continue to grind. In this patent application, install the charge director through the installed part between material chamber bottom and the grinding member that corresponds, the main effect of charge director is with condiment from the material chamber to grinding member ration condiment. The seasoning is conveyed quantitatively, so that the grinding amount of the seasoning in each seasoning cavity can be controlled quantitatively, different required amounts of users can be used when the seasoning is used every time, the seasoning is adjusted in real time according to actual needs, different amounts of seasoning can be ground according to people with different tastes, and the problem of difficulty in adjustment of people is solved. In this patent application, the mill is rotated by the drive of driving piece to realize the relative motion with grinding the ring, just also realized grinding the function to the condiment that gets into in grinding ring and mill clearance. The baffle sets firmly in the material jar, and the baffle runs through whole material jar inner chamber, consequently can cut apart the material jar inner chamber. In the present patent application, the number of partitions is not limited, and may be one partition, or several partitions. If only one partition plate is arranged, the inner cavity of the charging bucket can be divided into two cavities. In this patent application, each chamber may hold a seasoning. Obviously, the more the number of the partition plates is, the more the number of the material cavities which can be divided into the material cavities is, and the more the types of seasonings which can be contained in one material tank are. Therefore, the function that one material tank can grind various seasonings at the same time is realized, and the ground seasonings can be ground selectively instead of grinding all seasonings; moreover, each seasoning to be ground can be quantitatively determined, but the seasonings are ground in the same amount, so that the function is very powerful. Compare in the mill of a traditional jar of condiment, under the prerequisite of the same volume of material jar, the stock level of every kind of condiment in this patent application is less, and condiment storage time is just also shorter more, has used up just to renew condiment, more can guarantee the new freshness of condiment.

As an implementation mode, the material fixing device comprises a cylindrical sliding barrel which is transversely arranged and has an outer end with an opening, a sliding rod is inserted in the sliding barrel in a sliding mode, a material fixing cavity which is communicated with the material cavity is formed in the middle section of the sliding rod, a feeding hole communicated with the material cavity is formed in the upper portion of the sliding barrel, a discharging hole communicated with the temporary storage cavity is formed in the lower portion of the sliding barrel, the feeding hole and the discharging hole are arranged in a staggered mode so that the material fixing cavity is communicated with the feeding hole only during feeding, the material fixing cavity is communicated with the discharging hole only during discharging, and the part, extending out of the sliding barrel, of the outer section of the sliding rod is an operating rod.

In this patent application, the glassware is mainly by slide cylinder, slide bar, decide material chamber, feed inlet, discharge gate and action bars and constitute. The sliding cylinder is a cylinder body which is transversely arranged, and the opening part of the sliding cylinder penetrates through the charging bucket to be communicated with the outside. In this patent application, the outer wall and the inner wall cross section of smooth section of thick bamboo all are the rectangle, can prevent like this that the smooth section of thick bamboo from material jar rotation relatively, preventing that the slide bar from smooth section of thick bamboo relatively from rotating, having guaranteed operational reliability. The sliding rod is inserted in the sliding barrel in a sliding mode, and the cross sections of the sliding barrel and the sliding rod are rectangular, so that the sliding rod and the sliding barrel can only slide transversely and relatively but cannot rotate relatively. In this patent application, the slide bar middle part is provided with the deciding material chamber, decides the material chamber and link up both ends about the slide bar. In this patent application, the size of the volume of the dosing chamber also determines the minimum amount of seasoning that can be added each time. In this patent application, smooth section of thick bamboo upper portion is equipped with the feed inlet, and the feed inlet upper end sets up with material chamber intercommunication. When the sliding rod slides to the material fixing cavity to be aligned with the feeding hole, the seasonings in the material cavity automatically enter the material fixing cavity under the action of gravity, namely, the seasonings in the material fixing cavity are automatically contained, and a charging process, namely, a feeding process is completed. In this patent application, the smooth section of thick bamboo lower part is equipped with the discharge gate, and the discharge gate sets up with keeping in the chamber intercommunication. When the slide bar slides to the material fixing cavity and aligns with the discharge hole, the seasoning in the material fixing cavity automatically falls to the temporary storage cavity through the discharge hole under the action of gravity, and a process of feeding the temporary storage cavity is also finished, namely a process of discharging. When more seasonings are needed, the process of charging and feeding is repeated, and the operation is very simple. In this patent application, feed inlet and discharge gate dislocation set can make the feeding only with the feed inlet intercommunication in the time of the feeding in the material chamber of deciding and only with the discharge gate intercommunication in the time of the ejection of compact, have guaranteed the reliability of work. In this patent application, the section of the outer end of the sliding rod extending outwards is called as the operating rod, and the main function of the operating rod is to facilitate the operation of the sliding rod. The movement of the sliding rod relative to the sliding cylinder can be controlled by transversely pushing or pulling the operating rod, and the times of 'charging' and 'feeding' can be controlled. Obviously, the process of charging and feeding is finished once by pushing and pulling the operating rod once, and the seasoning feeding of the capacity of the material fixing cavity is finished once. The operation rod is pushed and pulled for 3 times, so that the processes of charging and feeding are completed for 3 times, and the seasoning feeding with the volume of the seasoning fixing cavity is completed for 3 times. Therefore, the amount of the seasoning to be thrown can be determined by controlling the push-pull times, and then the grinding piece grinds the seasoning through the driving piece, so that the operation is very simple. After the grinding is finished, seasoning is not in the temporary storage cavity, seasoning is not in the gap between the grinding disc and the grinding ring, the situation that the residual seasoning is mildewed and bacteria are bred after the grinding disc and the grinding ring are used is avoided, and cleanness and sanitation are guaranteed.

As an improvement, the material metering device also comprises a positioning mechanism which is arranged between the sliding rod and the sliding barrel and can enable the material metering cavity to be automatically aligned with the material inlet, and the positioning mechanism can also enable the material metering cavity to be automatically reset to the material inlet from the material outlet; the positioning mechanism comprises an operating plate fixedly connected to the tail end of the operating rod, and a spring is fixedly arranged between the operating plate and the opening of the sliding barrel through a clamping piece; the spring enables the material fixing cavity to be aligned with the material inlet in a natural state, and when the spring is pushed by the operating plate, the inner end of the sliding rod slides to be in limit fit with the bottom of the sliding barrel, and the material fixing cavity is aligned with the material outlet; the clamping piece comprises a clamping ring fixedly connected to the inner side wall of the operating plate and the opening of the sliding barrel, and the clamping ring is fixedly connected with the end part of the spring.

In this implementation's deciding the material ware, the feed inlet is kept away from material jar center setting, and the discharge gate is close to material jar center setting, and decides the acquiescence of material chamber and aligns the feed inlet setting. In this patent application, the glassware still includes one set of positioning mechanism, and positioning mechanism has two effects, and first effect makes the automatic feed inlet that aligns in the material chamber of deciding, also automatic positioning function. So that the seasonings automatically fall into the material fixing cavity through the material inlet under the action of gravity to complete the automatic feeding process. The second function of the positioning mechanism is that when the feeding is finished, the material fixing cavity is automatically reset to the feeding hole from the discharging hole, namely, the automatic resetting function is realized. Therefore, with the assistance of the positioning mechanism, when the multifunctional seasoning grinder is used, only one external force is needed to push the operating rod to slide transversely. Particularly, exactly will decide the material chamber and push the discharge gate position by the feed inlet position, consequently this patent application is when using, and the operation is very simple, and labour saving and time saving. In this patent application, the structure of the positioning mechanism is constituted by an operation plate and a spring. The operation panel rigid coupling is at the action bars end, and the operation panel area is bigger than the action bars area, consequently finds the operation panel more easily when promoting, can realize blindly pushing. Moreover, the touch feeling is better when the large-area operation panel is pushed, and the feeling of hardness is not generated. The spring is installed between the operation board and the opening of the sliding barrel, and two ends of the spring are fixedly connected with the operation board and the opening of the sliding barrel through clamping pieces respectively. The clamping piece comprises a clamping ring fixedly connected to the inner side wall of the operating plate and the opening of the sliding barrel, and the clamping ring is fixedly connected with the end part of the spring. In this patent application, the snap-on part consists of a snap-on ring, which is of annular construction. The number of the clamping rings is at least two, and the clamping rings are respectively and fixedly connected to the inner side wall of the operation plate and the opening of the sliding barrel. Two ends of the spring are respectively and fixedly connected with a clamping ring, so that the spring, the operating plate, the sliding cylinder and the sliding rod form an elastic connection structure. In a natural state, namely when no external force exists, the length of the spring just enables the material fixing cavity to be aligned with the feeding hole. For convenience of description, this state is referred to as a natural state or a feed state or a charged state. When the operating plate is pushed inwards by a finger, the spring is compressed by the pushing force of the operating plate, the sliding rod slides inwards, and the material metering cavity begins to separate from the material inlet and slide towards the material outlet. When the inner end of the slide bar slides to be matched with the bottom of the slide cylinder in a limiting way, the material fixing cavity is just aligned with the material outlet, and seasonings automatically enter the temporary storage cavity through the material outlet under the dead weight. For convenience of description, this process is referred to as the discharge state or the charge state. When the feeding state is in the feeding state, the operation plate cannot be pushed continuously, and the hand can immediately feel great resistance. At this point, the finger is released and the spring releases the compression force and pushes the slide bar and finger to slide outward. When the sliding rod slides to the position of the feed port, the elastic force of the spring disappears, and the material fixing cavity is kept aligned with the feed port, so that the automatic reset is completed. Obviously, the seasoning with a certain capacity of the material cavity can be conveyed to the temporary storage cavity by pressing the operation plate once. The seasonings in the two seasoning cavities are conveyed by pressing the operation plate twice. The pressing is needed several times, and the pressing is determined according to the used taste. Press a few times when the taste is light, and press a few times when the taste is heavy. Because the operating panel is arranged below each seasoning cavity for containing different seasonings, the operating panels corresponding to different seasonings can be pressed according to the taste preference of the user. After the operation panel that the condiment material chamber that likes or needs corresponds is pressed to the taste, can drive grinding piece through the driving piece and carry out the unified grinding to the condiment after the multiple ration of the intracavity of keeping in. For a traditional condiment grinder that a material jar corresponds a grinding member, improved grinding efficiency greatly, labour saving and time saving. After grinding, when the lower part of the grinding part does not discharge materials any more, the grinding is proved to be finished, and at the moment, no residual seasoning exists in the grinding part, so that the grinding part is very clean, bacteria breeding and mildew are avoided, and the sanitation and the body health when the grinding part is used next time are ensured.

As another implementation mode, the material metering device further comprises a resetting mechanism which is arranged between the sliding rod and the sliding cylinder and can enable the material metering cavity to be automatically aligned with the discharge hole, and the resetting mechanism can enable the material metering cavity to be automatically reset to the discharge hole from the position of the feed hole; the reset mechanism comprises an operating plate fixedly connected to the tail end of the operating rod, and a tension spring is fixedly installed between the operating plate and the opening of the sliding barrel through a clamping piece; the tension spring enables the material fixing cavity to be aligned with the material outlet in a natural state, and the tension spring enables the material fixing cavity to be aligned with the material inlet when being pulled by the operating plate; the clamping piece comprises a clamping ring (23) fixedly connected to the inner side wall of the operating plate and the opening of the sliding barrel, and the clamping ring is fixedly connected with the end part of the tension spring.

In this implementation's deciding the material ware, the feed inlet is kept away from material jar center setting, and the discharge gate is close to material jar center setting, and decides the acquiescence of material chamber and aligns the discharge gate setting. In this patent application, the ration glassware still includes one set of canceling release mechanical system, and canceling release mechanical system has two effects, and first effect makes the automatic discharge gate that aligns of ration material chamber, also automatic positioning function. So that the seasonings automatically fall into the temporary storage cavity through the discharge port under the action of gravity to complete the automatic feeding process. The reset mechanism has the second function that when the 'loading' is finished, the material fixing cavity is automatically reset to the material outlet from the material inlet position, namely, the automatic reset function is realized. Therefore, with the aid of the reset mechanism, when the multifunctional seasoning grinder is used, only one external force is needed to pull the operating rod to transversely slide. Particularly, exactly will decide the material chamber and pull to the feed inlet position by the discharge gate position, consequently this patent application is when using, and the operation is very simple, and labour saving and time saving. In this patent application, the structure of the return mechanism is constituted by an operation plate and a tension spring. The operation plate is fixedly connected to the tail end of the operation rod, and the area of the operation plate is larger than that of the operation rod, so that the operation plate can be held more easily during pulling, and blind pulling can be realized. Moreover, the holding feeling is better when the large-area operation plate is pulled, and the situation of slipping is avoided. The extension spring is installed between operation panel and smooth section of thick bamboo nozzle, and extension spring both ends pass through the card dress spare respectively with operation panel and smooth section of thick bamboo nozzle fixed connection. In this patent application, the clamping piece includes that the rigid coupling clamps the ring at operation panel inside wall and smooth section of thick bamboo tube mouth, clamps ring and extension spring tip fixed connection. In this patent application, the snap-on part consists of a snap-on ring, which is of annular construction. The number of the clamping rings is at least two, and the clamping rings are respectively and fixedly connected to the inner side wall of the operation plate and the opening of the sliding cylinder. Two ends of the tension spring are respectively and fixedly connected with a clamping ring, so that the tension spring, the operating plate, the sliding cylinder and the sliding rod form an elastic connection structure. In a natural state, namely when no external force exists, the length of the tension spring just enables the material fixing cavity to be aligned with the material outlet, and the state is called as a material outlet state or a material discharging state. The other realization mode is that when the material fixing cavity is aligned with the material outlet, the slide bar just slides inwards to a state that the inner end of the slide bar is in limit fit with the bottom of the slide cylinder. In this way, the tension spring can be in a natural state, or in a stretched state under the limiting action, and the tension spring is in a discharging state or a discharging state. Under the action of the tension spring, the inner end of the slide rod is elastically pressed at the bottom of the slide cylinder, and the material fixing cavity is just aligned with the material outlet. For convenience of description, this state is referred to as the natural state or the discharge state. When the operating plate is pulled outwards by pointing to the hand, the tension spring is pulled by the pulling force of the operating plate, the sliding rod slides outwards, and the material fixing cavity begins to separate from the material outlet and slides towards the material inlet. When the slide bar slides to the position where the material fixing cavity is aligned with the feed inlet, the seasonings in the material cavity automatically slide into the material fixing cavity under the action of self weight, and the automatic charging process is completed. For convenience of description, this state is referred to as a charged state or a charged state. When the material is fed, the tension of the tension spring is larger, and when the tension spring continues to be pulled outwards, the tension of the tension spring is larger, and at the moment, a user feels that the material is completely loaded. Even if the operator continues to pull outwards, the material fixing cavity can be pulled out of the sliding barrel, the material fixing cavity filled with materials can be seen, and the outward pulling action can be automatically stopped. After the material is loaded, an operator only needs to loosen the hand holding the operating plate, and the shrinkage force of the tension spring can enable the sliding rod to automatically slide into the sliding barrel. When the inner end of the slide bar reaches the bottom of the slide cylinder, the material fixing cavity is just aligned with the material outlet, and the seasonings automatically fall to the temporary storage cavity under the self-weight, so that the automatic discharging process is completed. Obviously, pulling the operation board once can make the ration material chamber automatic dress once expect, unclamping the operation board and just automatic input the condiment of a ration material chamber capacity to the chamber of keeping in. The flavoring in the two material fixing cavities is conveyed by pulling and loosening the two operation plates. The pulling is needed for several times, and the pulling is determined according to the used taste. The taste is light, the amount is reduced, and the taste is heavy, the amount is reduced. Because the operation panel is arranged under each seasoning cavity for containing different seasonings, the operation panels corresponding to different seasonings can be pulled according to the taste preference of the user. After the operation panel that the condiment material chamber that likes to hobby or needs corresponds has been pulled, the condiment kind and the quantity that need just also have set up, can drive the condiment after grinding the multiple ration of intracavity of keeping in through the driving piece and grind in unison. For a traditional condiment grinder that a material jar corresponds a grinding member, improved grinding efficiency greatly, labour saving and time saving. After grinding, when the lower part of the grinding part does not discharge materials any more, the grinding is proved to be finished, and at the moment, no residual seasoning exists in the grinding part, so that the grinding part is very clean, bacteria breeding and mildew are avoided, and the sanitation and the body health when the grinding part is used next time are ensured.

As a third implementation mode, the material metering device further comprises an inner positioning mechanism which is arranged between the slide rod and the slide cylinder and can enable the material metering cavity to be automatically aligned with the material inlet, and the inner positioning mechanism can also enable the material metering cavity to be automatically reset to the material inlet from the material outlet; the inner positioning mechanism comprises an operating plate fixedly connected to the tail end of the operating rod, and an inner tension spring is fixedly installed between the operating plate and the opening of the sliding barrel through a clamping piece; the inner tension spring enables the material fixing cavity to be aligned with the material inlet in a natural state, and the spring enables the material fixing cavity to be aligned with the material outlet when being pulled by the operating plate; the clamping piece comprises a clamping ring (23) fixedly connected to the inner side wall of the operating plate and the opening of the sliding barrel, and the clamping ring is fixedly connected with the end part of the inner tension spring.

In this implementation's deciding the material ware, the feed inlet is close to material jar center setting, and the material jar center setting is kept away from to the discharge gate, and decides the acquiescence of material chamber and aligns the feed inlet setting. In this patent application, the glassware still includes one set of interior positioning mechanism, and interior positioning mechanism has two effects, and first effect makes the automatic feed inlet that aligns in surely material chamber, also automatic positioning function. So that the seasonings automatically fall into the material fixing cavity through the material inlet under the action of gravity to complete the automatic feeding process. The second effect of interior positioning mechanism is that when external force made deciding the material chamber and moved the discharge gate, can make deciding the material chamber from the discharge gate position automatic re-setting to the feed inlet, also automatic re-setting function promptly. Therefore, with the assistance of the inner positioning mechanism, when the multifunctional seasoning grinder is used, only one external force is needed to pull the operating rod to transversely slide. Particularly, be exactly with deciding the material chamber and pull to the discharge gate position by the feed inlet position, consequently this patent application is when using, and the operation is very simple, and labour saving and time saving. In this patent application, the structure of the inner positioning mechanism is constituted by the operation plate and the inner tension spring. The operation plate is fixedly connected to the tail end of the operation rod, and the area of the operation plate is larger than that of the operation rod, so that the operation plate can be held more easily during pulling, and blind pulling can be realized. Moreover, the grip feeling is better when the large-area operation plate is pulled, and the slipping is not easy to occur. The inner tension spring is arranged between the operating panel and the opening of the sliding barrel, and two ends of the inner tension spring are fixedly connected with the operating panel and the opening of the sliding barrel through clamping parts respectively. In this patent application, the clamping piece includes the ring that clamps of rigid coupling at operation panel inside wall and slide cylinder barrel mouth, clamps ring and interior tension spring tip fixed connection. In this patent application, the snap-on part consists of a snap-on ring, which is of annular construction. The number of the clamping rings is at least two, and the clamping rings are respectively and fixedly connected to the inner side wall of the operation plate and the opening of the sliding cylinder. Two ends of the inner tension spring are respectively and fixedly connected with a clamping ring, so that the inner tension spring, the operating plate, the sliding cylinder and the sliding rod form an elastic connection structure. In a natural state, namely when no external force exists, the length of the inner tension spring just enables the material fixing cavity to be aligned with the feeding hole, and the seasonings automatically slide into the material fixing cavity under the action of gravity, wherein the state is called as a feeding state or a charging state. The other realization mode is that when the material fixing cavity is aligned with the material inlet, the slide bar just slides inwards to enable the inner end of the slide bar to be in limit fit with the bottom of the slide cylinder. In this manner, the inner tension spring is in a stretched state due to the above-described limit action, and this state is also a charging state or a charging state. Under the action of the tension of the internal tension spring, the inner end of the slide rod is elastically pressed at the bottom of the slide cylinder, and the material fixing cavity is just aligned with the material inlet. For convenience of description, this state is referred to as a natural state or a feed state or a charged state. When the operating plate is pulled outwards by pointing to the hand, the inner tension spring is pulled by the pulling force of the operating plate, the sliding rod slides outwards, and the material fixing cavity begins to separate from the material inlet and slides towards the material outlet. When the slide bar slides to the position where the material fixing cavity is aligned with the material outlet, the seasonings in the material cavity automatically slide into the temporary storage cavity through the material outlet under the action of self weight, and the automatic discharging process is completed at the moment. For convenience of description, this state is referred to as a discharge state or a charge state. When the material is unloaded, the pulling force of the inner tension spring is larger, and the pulling force of the inner tension spring is larger when the material is continuously pulled outwards, so that a user can feel that the material is unloaded completely. Even if the operator continues to pull outwards, the material fixing cavity can be pulled out of the sliding barrel, the material fixing cavity which is completely unloaded can be seen, and the outward pulling action can be automatically stopped. After the unloading is finished, an operator only needs to loosen the hand holding the operating plate, and the shrinkage force of the inner tension spring can enable the sliding rod to automatically slide into the sliding barrel. When the inner end of the slide rod reaches the bottom of the slide cylinder, the material fixing cavity is just aligned with the feeding hole, and the seasoning automatically falls to the material fixing cavity under the dead weight, so that the automatic charging process is completed. Obviously, pulling the operation plate once can make the ration material chamber unload the material once to the chamber of keeping in, unclamp the operation plate and just automatic reset and to decide the material chamber automatic loading to the condiment of ration material chamber capacity. The flavoring in the two material fixing cavities is conveyed by pulling and loosening the two operation plates. The pulling is needed for several times, and the pulling is determined according to the used taste. The taste is light, the amount is reduced, and the taste is heavy, the amount is reduced. Because the operation panel is arranged under each seasoning cavity for containing different seasonings, the operation panels corresponding to different seasonings can be pulled according to the taste preference of the user. After the operation panel that the condiment material chamber that likes to hobby or needs corresponds has been pulled, the condiment kind and the quantity that need just also have set up, can drive the condiment after grinding the multiple ration of intracavity of keeping in through the driving piece and grind in unison. For a traditional condiment grinder that a material jar corresponds a grinding member, improved grinding efficiency greatly, labour saving and time saving. After grinding, when no longer discharging below the grinding piece, the grinding is proved to be finished, no residual seasoning exists in the grinding piece at the moment, the grinding piece is very clean, bacteria breeding and mildew are avoided, and the sanitation and the body health in the next use are ensured.

As a fourth implementation manner, the material metering device further comprises an outer reset mechanism which is arranged between the slide rod and the slide cylinder and can enable the material metering cavity to be automatically aligned with the discharge hole, and the outer reset mechanism can enable the material metering cavity to be automatically reset to the discharge hole from the position of the feed hole; the outer reset mechanism comprises an operating plate fixedly connected to the tail end of the operating rod, and an outer spring is fixedly installed between the operating plate and the opening of the sliding barrel through a clamping piece; the outer spring enables the material fixing cavity to be aligned with the material outlet in a natural state, and when the spring is pushed by the operating plate, the material fixing cavity can be aligned with the material inlet, and the inner end of the sliding rod is in limit fit with the bottom of the sliding barrel; the clamping piece comprises a clamping ring (23) fixedly connected to the inner side wall of the operating plate and the opening of the sliding barrel, and the clamping ring is fixedly connected with the end part of the outer spring.

In this implementation's deciding the material ware, the feed inlet is close to material jar center setting, and the material jar center setting is kept away from to the discharge gate, and decides the acquiescence of material chamber and aligns the discharge gate setting. In this patent application, decide material ware still includes one set of outer canceling release mechanical system, and outer canceling release mechanical system has two effects, and first effect makes and decides the automatic discharge gate that aligns of material chamber, also automatic positioning function. So that the seasonings in the material fixing cavity automatically fall into the temporary storage cavity through the discharge hole under the action of gravity, and an automatic feeding process is also completed. The material fixing cavity needs to be filled with materials, and the sliding rod is pushed by external force to enable the material fixing cavity to move to the position of the material inlet, so that the material fixing cavity is automatically filled with seasonings under the action of self weight. The second function of the external reset mechanism is that when the material fixing cavity is not at the material outlet position (such as at the material inlet position), if no other external force exists, the slide rod is driven to move, and the material fixing cavity is automatically reset to the material outlet from other positions, namely, the automatic reset function is realized. Therefore, with the assistance of the external reset mechanism, when the multifunctional seasoning grinder is used, only one external force is needed to push the operating rod to transversely slide. Particularly, exactly will decide the material chamber and pull to the feed inlet position by the discharge gate position, consequently this patent application is when using, and the operation is very simple, and labour saving and time saving. In this patent application, the structure of the outer return mechanism is constituted by the operation plate and the outer spring. The operation plate is fixedly connected to the tail end of the operation rod, and the area of the operation plate is larger than that of the operation rod, so that the operation plate can be held more easily during pushing, and blind pushing can be realized. Moreover, the hand feeling is better when the large-area operation panel is pushed, and the comfort in use is enhanced. The outer spring is installed between the operation board and the opening of the sliding barrel, and two ends of the outer spring are fixedly connected with the operation board and the opening of the sliding barrel through clamping pieces respectively. In this patent application, the clamping piece includes the ring of clamping of rigid coupling at operation panel inside wall and smooth section of thick bamboo tube mouth, clamps ring and outer spring end fixed connection. In this patent application, the snap-on part consists of a snap-on ring, which is of annular construction. The number of the clamping rings is at least two, and the clamping rings are respectively and fixedly connected to the inner side wall of the operation plate and the opening of the sliding barrel. Two ends of the outer spring are respectively and fixedly connected with a clamping ring, so that the outer spring, the operating plate, the sliding cylinder and the sliding rod form an elastic connecting structure. In a natural state, namely when no external force exists, the length of the outer spring just enables the material fixing cavity to be aligned with the material outlet, and the state is called as a material outlet state or a material discharging state. When the operating plate is pushed inwards by hand, the outer spring is extruded by the pushing force of the operating plate, the sliding rod slides inwards, and the material fixing cavity begins to separate from the material outlet and slide towards the material inlet. When the slide bar slides to the position where the material fixing cavity is aligned with the material inlet, the seasonings in the material cavity automatically slide into the material fixing cavity under the action of self weight, and an automatic charging process is completed at the moment. For convenience of description, this state is referred to as a charged state or a charged state. When the material is fed, the inner end of the slide rod is in limit fit with the bottom of the slide cylinder, the slide rod cannot be pushed inwards continuously, the outer spring is extruded to the maximum stroke and the elasticity is maximum, and a user feels and judges that the material is completely loaded. After the loading is finished, an operator only needs to loosen the hand holding the operating plate, and the elastic force of the outer spring can push the hand and the sliding rod to automatically slide towards the outside of the sliding barrel. When the material fixing cavity is aligned with the material outlet, the elastic force of the outer spring returns to zero and is not extruded by external force, and the seasoning automatically falls to the temporary storage cavity under the dead weight, so that the automatic discharging process is completed. Obviously, pushing once the operation panel will make the ration material chamber automatic loading once expect, unclamp the operation panel and just automatic input the condiment of a ration material chamber capacity to the chamber of keeping in. The seasonings in the two material fixing cavities are conveyed by pushing and loosening the operation plate twice. The pulling is needed several times, and the pulling is determined according to the taste of the use. The one with a light taste is less frequent and the one with a heavy taste is more frequent. Because the operating panel is arranged under each material cavity for containing different seasonings, the operating panels corresponding to the different seasonings can be pushed and the pushing times can be selected according to the taste preference of the user. After the operation panel that corresponds hobby or required condiment material chamber has been pushed away, required condiment kind and quantity just also have set up, then just can drive the condiment after grinding the multiple ration of intracavity of keeping in through the driving piece and grind in unison. For a traditional condiment grinder that a material jar corresponds a grinding member, improved grinding efficiency greatly, labour saving and time saving. After grinding, when no longer discharging below the grinding piece, the grinding is proved to be finished, no residual seasoning exists in the grinding piece at the moment, the grinding piece is very clean, bacteria breeding and mildew are avoided, and the sanitation and the body health in the next use are ensured.

As the improvement, the upper part of the material fixing cavity is in a funnel shape with thick upper part and thin lower part, the lower part of the material fixing cavity is in a funnel shape with thick lower part and thin upper part, the feeding hole is in a funnel shape with thick upper part and thin lower part, and the discharging hole is in a funnel shape with thick upper part and thin lower part.

In this patent application, set feed inlet and deciding material chamber upper portion to the thin hourglass hopper-shaped of upper portion thick lower part, mainly have two effects, and an effect makes things convenient for condiment automatic landing downwards under the dead weight effect to have the effect of automatic feed supplement. The second effect is that when can avoid slide bar and slide cartridge relative movement, can clear up the condiment that stops between the suitable for reading in the ration chamber and the end opening of feed inlet automatically, avoid because above-mentioned condiment card leads to the slide bar to slide along the slide cartridge between the suitable for reading in the ration chamber and the end opening of feed inlet. In detail, when the slide rod moves relative to the slide cylinder, the material fixing cavity moves from a position aligned with the material inlet to a position not aligned with the material inlet, that is, an upper opening of the material fixing cavity and a lower opening of the material inlet are gradually dislocated from an aligned state. If there is not funnel-shaped structure setting, the last oral cavity wall in the ration material chamber that moves in opposite directions, the lower oral cavity wall of feed inlet are parallel arrangement, the contained angle is zero degree, the last oral cavity wall in the ration material chamber that moves in opposite directions, the lower oral cavity wall of feed inlet just are equivalent to transversely flat pressing condiment, the condiment that is in the last oral cavity in ration material chamber and the lower oral cavity position of feed inlet can block between the last oral cavity in ration material chamber and the lower oral cavity of feed inlet like this, cause slide bar and slide cartridge just can not continue to slide, lead to the ration material ware card to die, can't continue work. After the upper opening of the material fixing cavity and the lower opening of the feeding hole are arranged in a funnel shape, the upper opening cavity wall of the material fixing cavity and the lower opening cavity wall of the feeding hole are obliquely intersected with the moving direction, two slopes can be formed by the included angle of the upper opening cavity wall and the lower opening cavity wall, and the slopes are helpful for quickly moving out seasonings. The larger the included angle of the two slopes is, the smaller the included angle between the slopes and the horizontal plane is, the more gentle the slope surface is, the more easily seasoning is pushed out from the upper opening cavity wall of the material fixing cavity and the lower opening cavity wall of the feeding hole, and the smooth sliding of the sliding rod and the sliding barrel is ensured. Similarly, the lower part of the material fixing cavity is in an inverted funnel shape with the thick lower part and the thin upper part, and the discharge hole is in an inverted funnel shape with the thick upper part and the thin lower part, so that smooth sliding of the sliding rod and the sliding cylinder is ensured in order to avoid jamming, the working principle is similar, and the description is omitted.

As an implementation mode, the installed part is including setting up the horizontal slide in material chamber lower part, and the slide is equipped with the oral area with external intercommunication on the feed cylinder lateral wall, and the slide is located the material chamber and keeps in between the chamber, the slide cross section is the rectangle, and the slide can be inserted the assembly with the slide cartridge and be in the same place.

In this patent application, the installed part mainly comprises the slide, and the slide is located the material chamber and keeps in between the chamber, provides the superexcellent position for the condiment entering in deciding material ware control material chamber keeps in the chamber. The slideway is provided with a mouth part communicated with the outside on the side wall of the charging barrel and is transversely arranged, so that the sliding barrel can transversely slide into the slideway through the mouth part. During actual production, the slide way and the slide cylinder are in clamping fit, so that the slide cylinder can be clamped with the slide way into an integral structure after sliding into the slide way. In this patent application, the cross section of slide is the rectangle, and like this, the slide corresponds neither can transversely slide nor rotate after inserting the assembly together with the smooth section of thick bamboo, has guaranteed the job stabilization nature of glassware.

As an implementation mode, the driving piece is including setting up the central siphon of the vertical setting in baffle middle part, and the central siphon interpolation is equipped with the square shaft of ability free rotation, and the square shaft hypomere just can drive the mill rotation with the cooperation of mill cartridge, and square shaft upper segment suit cooperation has the cover, and the cover both can rotate around the relative material jar of square shaft with material jar upper segment lock cooperation again, and the square shaft upper end is screwed up and is had the spacing complex stop nut to the cover.

In this patent application, the driving member is mainly composed of an axle tube, a square shaft, a cylinder cover and a limit nut. Wherein, the central siphon setting is in the baffle middle part, vertical setting, link up both ends about the baffle. The square shaft is a rotating shaft with a square cross section, can rotate freely and is generally made of metal materials. The peripheral dimension of square shaft will be less than the central siphon internal diameter, so not only can make things convenient for the cartridge cooperation of square shaft and central siphon, can not rub the central siphon when rotating the square shaft yet, guaranteed operational reliability. The lower section of the square shaft is in inserted fit with the grinding disc, so that when the square shaft rotates, the square shaft can drive the grinding disc to rotate relative to the grinding ring, and the seasoning between the grinding disc and the grinding ring is ground. In this patent application, the cover is equipped with to the square shaft upper segment cover, and the cover border cooperates with the material jar upper mouth lock, the sealed sliding fit of cover inner bottom and baffle, and the cover can be relative to the material jar around the square shaft rotation moreover, just so can drive the square shaft and rotate through rotating the cover, labour saving and time saving more. The upper end of the square shaft is provided with a threaded section, and a limiting nut is screwed on the threaded section. The main effect of the limiting nut is to limit and match the cylinder cover, so that the cylinder cover, the square shaft and the charging bucket are kept in a buckling state, and seasoning escape and taint of odor in the charging bucket are prevented.

As an improvement, the bottom of each material cavity is fixedly connected with an inclined plate, one side of the inclined plate close to the material metering device is lower, the other side of the inclined plate far away from the material metering device is higher, and the inclined plate guides the seasoning to the material metering device.

In this patent application, material chamber bottom rigid coupling has the swash plate, and the quantity of swash plate can have one, also can have two. Regardless of the number of the inclined plates, the inclined plate close to the material metering device is lower, and the inclined plate far away from the material metering device is higher. When an inclined plate is arranged, the material fixing device is positioned on the side of the material cavity, the inclined plate forms a slope at the bottom of the whole material cavity, the bottom of the slope is the material fixing device, and the slope plays a role in guiding the seasoning in the material cavity to the material fixing device. When two inclined plates are arranged, the material fixing device is positioned in the middle of the bottom of the material cavity, and the two inclined plates are positioned on two sides of the material fixing device and arranged in a V shape. Similarly, the seasoning at the bottom of the seasoning cavity is drained to the material fixing device from the left direction and the right direction by the two inclined plates arranged in the V shape, so that the effect is better.

In conclusion, the multifunctional seasoning grinder adopting the structure is reasonable in structure, can contain various seasonings, can grind various seasonings once, can feed quantitatively and grind materials accurately, can adjust the seasoning types and the seasoning amount according to the taste of each person, can solve the problem of difficult adjustment of people, and is clean and tidy in grinding disc after each seasoning use and not easy to breed bacteria.

Drawings

The utility model is described in further detail with reference to the accompanying drawings:

FIG. 1 is a schematic structural view of the present invention as a whole;

FIG. 2 is a schematic view of the arrangement of the timer, the bucket, the grinding member and the square shaft in the feeding state according to the first embodiment;

FIG. 3 is a schematic view of the fitting structure of the timer, the bucket, the grinding member and the square shaft in the unloading state according to the first embodiment;

FIG. 4 is a schematic view of a matching structure of the driving member and the charging bucket;

FIG. 5 is a schematic view of the fitting structure of the mounting member, the inclined plate, and the shaft tube;

FIG. 6 is a schematic view of a fitting structure of a material setter before being mounted on a chute;

FIG. 7 is a schematic view of the fitting structure of the material setter after being mounted in the chute;

FIG. 8 is a schematic view showing a fitting structure of the stator and other parts in the second embodiment;

FIG. 9 is a schematic view showing a fitting structure of the stator and other parts in the third embodiment;

FIG. 10 is a schematic view showing a fitting structure of the stator and other parts in the fourth embodiment.

Detailed Description

As shown in the figure, the multifunctional seasoning grinder comprises a charging bucket 1, a grinding member 4, a driving member 5, a partition plate 7, a material fixer 9 and a temporary storage cavity 10. Wherein, the material jar is this multi-functional condiment mill's major structure, and other parts are all installed on the material jar directly or indirectly. The charging bucket is a hollow structure and is a container for containing seasonings. The grinding piece is arranged at the bottom of the charging bucket, and the grinding piece is mainly used for grinding the seasonings above, so that the seasonings are discharged from the lower part by self weight. In this patent application, grinding member mainly includes grinding ring 2 and mill 3, and grinding ring fixed mounting is in the material jar bottom, and the mill clamps in the mill intra-annular. A gap is arranged between the grinding ring and the grinding disc, and the grinding disc and the grinding ring grind and crush the seasonings entering the gap. In this patent application, be provided with the chamber of keeping in between grinding ring upper portion and the mill upper portion, keep in the chamber cross section and be narrow wedge under the money. The chamber of keeping in has two effects, and one is that the space of keeping in for deciding material ware ration input condiment provides to make the grinding member can once only grind the condiment after all ration inputs, need not the ration input at every turn and all grind, and the operation is simpler, labour saving and time saving. The second function is that the wedge structure is utilized to gradually extrude and crush the large-volume seasonings into small seasonings, and the small seasonings can more easily enter the gap between the grinding disc and the grinding ring so as to be conveniently crushed into smaller particles or powder, thereby improving the grinding efficiency and effect. In actual production, the temporary storage cavity can also be arranged between the grinding piece and the material fixer. In this patent application, the clearance upper end between grinding ring and the mill corresponds with the chamber lower extreme of keeping in and meets, like this, the fragment after the chamber breakage is kept in by the wedge can directly get into and grind the piece and continue to grind. In this patent application, install the charge director through the installed part between material chamber bottom and the grinding member that corresponds, the main effect of charge director is with condiment from the material chamber to grinding member ration condiment. The seasoning is conveyed quantitatively, so that the grinding amount of the seasoning in each seasoning cavity can be controlled quantitatively, different required amounts of users can be used when the seasoning is used every time, the seasoning is adjusted in real time according to actual needs, different amounts of seasoning can be ground according to people with different tastes, and the problem of difficulty in adjustment of people is solved. In this patent application, the mill is rotated by the drive of driving piece to realize the relative motion with grinding the ring, just also realized grinding the function to the condiment that gets into in grinding ring and mill clearance. The baffle sets firmly in the charging bucket, and the baffle runs through whole charging bucket inner chamber, consequently can cut apart the charging bucket inner chamber. In the present patent application, the number of partitions is not limited, and may be one partition, or several partitions. If the partition plate is only one, the inner cavity of the charging bucket can be divided into two charging cavities 6. In this patent application, each chamber may hold a seasoning. Obviously, the more the number of the partition plates is, the more the number of the material cavities which can be divided into the material cavities is, and the more the types of seasonings which can be contained in one material tank are. Therefore, the function that one material tank can grind various seasonings at the same time is realized, and the ground seasonings can be ground selectively, but not all seasonings are ground; moreover, each seasoning to be ground can be quantitatively determined, but the seasonings are ground in the same amount, so that the function is very powerful. Compare in the mill of a traditional jar of condiment, under the prerequisite of the same volume of material jar, the stock level of every kind of condiment in this patent application is less, and condiment storage time is just also shorter more, has used up just to renew condiment, more can guarantee the new freshness of condiment.

In this patent application, the determinor is including horizontal setting and outer end open-ended cylindrical slide cartridge 11, sliding cartridge has slide bar 12 in the slide cartridge, the determinand chamber 13 that link up about the slide bar middle section is equipped with, slide cartridge upper portion is equipped with the feed inlet 14 with material chamber intercommunication, slide cartridge lower part is equipped with the discharge gate 15 with the chamber intercommunication of keeping in, feed inlet and discharge gate dislocation set are so that the determinand chamber only communicates with the feed inlet during the feeding and the determinand chamber only communicates with the discharge gate during the ejection of compact, the part that the slide cartridge was extended to the slide bar outer section is action bars 16. In this patent application, the glassware is mainly by slide cylinder, slide bar, decide material chamber, feed inlet, discharge gate and action bars and constitute. The sliding cylinder is a cylinder body which is transversely arranged, and the opening part of the sliding cylinder penetrates through the charging bucket to be communicated with the outside. In this patent application, the outer wall and the inner wall cross section of smooth section of thick bamboo all are the rectangle, can prevent like this that the smooth section of thick bamboo from material jar rotation relatively, preventing that the slide bar from smooth section of thick bamboo relatively from rotating, having guaranteed operational reliability. The sliding rod is inserted in the sliding barrel in a sliding mode, and the cross sections of the sliding barrel and the sliding rod are rectangular, so that the sliding rod and the sliding barrel can only slide transversely and relatively but cannot rotate relatively. In this patent application, the slide bar middle part is provided with the deciding material chamber, decides the material chamber and link up both ends about the slide bar. In this patent application, the size of the volumetric cavity of the dosing chamber also determines the minimum amount of seasoning that can be added each time. In this patent application, slide cartridge upper portion is equipped with the feed inlet, and the feed inlet upper end sets up with material chamber intercommunication. When the sliding rod slides to the material fixing cavity to be aligned with the feeding hole, the seasonings in the material cavity automatically enter the material fixing cavity under the action of gravity, namely, the seasonings in the material fixing cavity are automatically contained, and a charging process, namely, a feeding process is completed. In this patent application, the smooth section of thick bamboo lower part is equipped with the discharge gate, and the discharge gate sets up with keeping in the chamber intercommunication. When the slide bar slides to the material fixing cavity and aligns with the discharge hole, the seasoning in the material fixing cavity automatically falls to the temporary storage cavity through the discharge hole under the action of gravity, and a process of feeding the temporary storage cavity is also finished, namely a process of discharging. When more seasonings are needed, the process of charging and feeding is repeated, and the operation is very simple. In this patent application, feed inlet and discharge gate dislocation set can make the feeding only with the feed inlet intercommunication in the time of the feeding in the material chamber of deciding and only with the discharge gate intercommunication in the time of the ejection of compact, have guaranteed the reliability of work. In this patent application, the section of the outer end of the sliding rod extending outwards is called as the operating rod, and the main function of the operating rod is to facilitate the operation of the sliding rod. The movement of the sliding rod relative to the sliding barrel can be controlled by transversely pushing or pulling the operating rod, and the times of charging and feeding can be controlled. Obviously, the process of charging and feeding is completed by pushing and pulling the operating rod once, and the seasoning feeding of the volume of the material fixing cavity is completed once. The operation rod is pushed and pulled for 3 times, so that the processes of charging and feeding are completed for 3 times, and the seasoning feeding with the volume of the seasoning fixing cavity is completed for 3 times. Therefore, the amount of the seasoning to be put in can be determined by controlling the push-pull times, and then the grinding piece grinds the seasoning through the driving piece, so that the operation is very simple. After the grinding is finished, seasoning is not in the temporary storage cavity, seasoning is not in the gap between the grinding disc and the grinding ring, the condition that the residual seasoning is mildewed and bacteria are bred after the grinding disc and the grinding ring are used is avoided, and the cleanness and the sanitation are also ensured.

In this embodiment, the material metering device further comprises a positioning mechanism which is arranged between the slide bar and the slide cylinder and can enable the material metering cavity to be automatically aligned with the material inlet, and the positioning mechanism can also enable the material metering cavity to be automatically reset to the material inlet from the material outlet; the positioning mechanism comprises an operating plate 17 fixedly connected at the tail end of the operating rod, and a spring 19 is fixedly arranged between the operating plate and the opening of the sliding barrel through a clamping piece 18. The spring enables the material fixing cavity to be aligned with the material inlet in a natural state, and when the spring is pushed by the operating plate, the inner end of the sliding rod slides to be in limit fit with the bottom of the sliding cylinder and the material fixing cavity is aligned with the material outlet; the clamping piece comprises a clamping ring 23 fixedly connected to the inner side wall of the operation plate and the opening of the sliding barrel, and the clamping ring is fixedly connected with the end part of the spring. In this implementation's deciding the material ware, the feed inlet is kept away from material jar center setting, and the discharge gate is close to material jar center setting, and decides the acquiescence of material chamber and aligns the feed inlet setting. In this patent application, the glassware still includes one set of positioning mechanism, and positioning mechanism has two effects, and first effect makes the automatic feed inlet that aligns in the material chamber of deciding, also automatic positioning function. So that the seasonings automatically fall into the material fixing cavity through the material inlet under the action of gravity to complete the automatic feeding process. The second function of the positioning mechanism is that when the feeding is finished, the material fixing cavity is automatically reset to the feeding hole from the discharging hole, namely, the automatic resetting function is realized. Therefore, with the assistance of the positioning mechanism, when the multifunctional seasoning grinder is used, only one external force is needed to push the operating rod to slide transversely. Particularly, exactly will decide the material chamber and push the discharge gate position by the feed inlet position, consequently this patent application is when using, and the operation is very simple, and labour saving and time saving. In this patent application, the structure of the positioning mechanism is constituted by an operation plate and a spring. The operation panel rigid coupling is at the action bars end, and the operation panel area is bigger than the action bars area, consequently finds the operation panel more easily when promoting, can realize blindly pushing. Moreover, the touch feeling is better when the large-area operation panel is pushed, and the feeling of hardness is not generated. The spring is installed between the operation board and the opening of the sliding barrel, and two ends of the spring are fixedly connected with the operation board and the opening of the sliding barrel through clamping pieces respectively. The clamping piece comprises a clamping ring fixedly connected to the inner side wall of the operating plate and the opening of the sliding barrel, and the clamping ring is fixedly connected with the end part of the spring. In this patent application, the snap-on part consists of a snap-on ring, which is of annular construction. The number of the clamping rings is at least two, and the clamping rings are respectively and fixedly connected to the inner side wall of the operation plate and the opening of the sliding barrel. Two ends of the spring are respectively and fixedly connected with a clamping ring, so that the spring, the operating plate, the sliding cylinder and the sliding rod form an elastic connection structure. In a natural state, namely when no external force exists, the length of the spring just enables the material fixing cavity to be aligned with the feeding hole. For convenience of description, this state is referred to as a natural state or a feed state or a charged state. When the operating plate is pushed inwards by a finger, the spring is compressed by the pushing force of the operating plate, the sliding rod slides inwards, and the material metering cavity begins to separate from the material inlet and slide towards the material outlet. When the inner end of the slide bar slides to be matched with the bottom of the slide cylinder in a limiting way, the material fixing cavity is just aligned with the material outlet, and seasonings automatically enter the temporary storage cavity through the material outlet under the dead weight. For convenience of description, this process is referred to as a discharge state or a charge state. When the feeding state is in the feeding state, the operation plate cannot be pushed continuously, and the hand can immediately feel great resistance. At this point, the finger is released and the spring releases the compression force and pushes the slide bar and finger to slide outward. When the sliding rod slides to the position of the feed port, the elastic force of the spring disappears, and the material fixing cavity is kept aligned with the feed port, so that the automatic reset is completed. Obviously, the seasoning with a certain capacity of the material cavity can be conveyed to the temporary storage cavity by pressing the operation plate once. The seasonings in the two seasoning cavities are conveyed by pressing the operation plate twice. The pressing is needed several times, and the pressing is determined according to the used taste. Press a few times when the taste is light, and press a few times when the taste is heavy. Because the operating panel is arranged below each seasoning cavity for containing different seasonings, the operating panels corresponding to different seasonings can be pressed according to the taste preference of the user. After the operation panel that the condiment material chamber that likes or needs corresponds is pressed to the taste, can drive grinding piece through the driving piece and carry out the unified grinding to the condiment after the multiple ration of the intracavity of keeping in. For a traditional condiment grinder that a material jar corresponds a grinding member, improved grinding efficiency greatly, labour saving and time saving. After grinding, when no longer discharging below the grinding piece, the grinding is proved to be finished, no residual seasoning exists in the grinding piece at the moment, the grinding piece is very clean, bacteria breeding and mildew are avoided, and the sanitation and the body health in the next use are ensured.

In this embodiment, decide material chamber upper portion and be the thin hourglass hopper-shaped in thick lower part in upper portion, decide material chamber lower part and be the thin hourglass hopper-shaped in the thick upper portion in lower part, the feed inlet is the thin hourglass hopper-shaped in the thick lower part in upper portion, and the discharge gate is the thick hourglass hopper-shaped that gets in the thin lower part in upper portion. In this patent application, set feed inlet and deciding material chamber upper portion to the thin hourglass hopper-shaped of upper portion thick lower part, mainly have two effects, and an effect makes things convenient for condiment automatic landing downwards under the dead weight effect to have the effect of automatic feed supplement. The second effect is that when can avoid slide bar and slide cartridge relative movement, can clear up the condiment that stops between the suitable for reading in the ration chamber and the end opening of feed inlet automatically, avoid because above-mentioned condiment card leads to the slide bar to slide along the slide cartridge between the suitable for reading in the ration chamber and the end opening of feed inlet. In detail, when the slide rod moves relative to the slide cylinder, the material fixing cavity moves from a position aligned with the material inlet to a position not aligned with the material inlet, that is, an upper opening of the material fixing cavity and a lower opening of the material inlet are gradually dislocated from an aligned state. If there is not funnel-shaped structure setting, the last oral cavity wall in the ration material chamber that moves in opposite directions, the lower oral cavity wall of feed inlet are parallel arrangement, the contained angle is zero degree, the last oral cavity wall in the ration material chamber that moves in opposite directions, the lower oral cavity wall of feed inlet just are equivalent to transversely flat pressing condiment, the condiment that is in the last oral cavity in ration material chamber and the lower oral cavity position of feed inlet can block between the last oral cavity in ration material chamber and the lower oral cavity of feed inlet like this, cause slide bar and slide cartridge just can not continue to slide, lead to the ration material ware card to die, can't continue work. After the upper opening of the material fixing cavity and the lower opening of the feeding hole are arranged in a funnel shape, the upper opening cavity wall of the material fixing cavity and the lower opening cavity wall of the feeding hole are obliquely intersected with the moving direction, two slopes can be formed by the included angle of the upper opening cavity wall and the lower opening cavity wall, and the slopes are helpful for quickly moving out seasonings. The larger the included angle of the two slopes is, the smaller the included angle between the slopes and the horizontal plane is, the more gentle the slope surface is, the more easily seasoning is pushed out from the upper opening cavity wall of the material fixing cavity and the lower opening cavity wall of the feeding hole, and the smooth sliding of the sliding rod and the sliding barrel is ensured. Similarly, decide material chamber lower part and be the thick thin inverted funnel form in upper portion in lower part, the discharge gate is the thick inverted funnel form that gets of the thin lower part in upper portion, also is to avoid the bite to guarantee the smooth and easy slip of slide bar and slide cartridge, and the theory of operation is similar, and no longer gives unnecessary details here.

In this embodiment, the installed part is including setting up the horizontal slide 24 in material chamber lower part, and the slide is equipped with the oral area with external intercommunication on the feed cylinder lateral wall, and the slide is located the material chamber and keeps in between the chamber, the slide cross section is the rectangle, and the slide can be in the same place with the smooth section of thick bamboo plug-in fitting. In this patent application, the installed part mainly comprises the slide, and the slide is located the material chamber and keeps in between the chamber, provides the superexcellent position for deciding the condiment entering in the material ware control material chamber and keeping in the chamber. The slideway is provided with a mouth part communicated with the outside on the side wall of the charging barrel and is transversely arranged, so that the sliding barrel can transversely slide into the slideway through the mouth part. During actual production, the slide way and the slide cylinder are in clamping fit, so that the slide cylinder can be clamped with the slide way into an integral structure after sliding into the slide way. In this patent application, the cross section of slide is the rectangle, and like this, the slide corresponds neither can transversely slide nor rotate after inserting the assembly together with the smooth section of thick bamboo, has guaranteed the job stabilization nature of glassware.

In this patent application, the driving piece is including setting up central siphon 25 at the vertical setting in baffle middle part, and the central siphon interpolation is equipped with ability free rotation's square shaft 26, and the square shaft hypomere just can drive the mill rotation with mill cartridge cooperation, and square shaft upper segment suit cooperation has a cover 27, and the cover both can rotate around the relative material jar of square shaft with material jar upper segment lock cooperation again, and the square shaft upper end is screwed up and is had the spacing complex stop nut 28 to the cover. In this patent application, the driving member is mainly composed of an axle tube, a square shaft, a cylinder cover and a limit nut. Wherein, the central siphon setting is in the baffle middle part, vertical setting, link up both ends about the baffle. The square shaft is a rotating shaft with a square cross section, can rotate freely and is generally made of metal materials. The periphery size of square shaft will be less than the central siphon internal diameter, so not only can make things convenient for the cartridge cooperation of square shaft and central siphon, can not rub the central siphon yet when rotating the square shaft, guaranteed operational reliability. The lower section of the square shaft is in inserted fit with the grinding disc, so that when the square shaft rotates, the square shaft can drive the grinding disc to rotate relative to the grinding ring, and the seasoning between the grinding disc and the grinding ring is ground. In this patent application, the cover is equipped with to the square shaft upper segment cover, and the cover border cooperates with the material jar upper mouth lock, the sealed sliding fit of cover inner bottom and baffle, and the cover can be relative to the material jar around the square shaft rotation moreover, just so can drive the square shaft and rotate through rotating the cover, labour saving and time saving more. The upper end of the square shaft is provided with a threaded section, and a limiting nut is screwed on the threaded section. The limiting nut has the main function of limiting and matching the cylinder cover, so that the cylinder cover, the square shaft and the charging bucket are kept in a buckling state, and the seasoning in the charging bucket is prevented from being smelled and tainted.

In this patent application, every material chamber bottom rigid coupling has swash plate 29, and the swash plate that is close to the glassware is lower on one side, and the swash plate that keeps away from the glassware is higher on one side, and the swash plate is with condiment to the quantitative ware drainage. In this patent application, material chamber bottom rigid coupling has the swash plate, and the quantity of swash plate can have one, also can have two. Regardless of the number of the inclined plates, the inclined plate close to the material metering device is lower, and the inclined plate far away from the material metering device is higher. When an inclined plate is arranged, the material fixing device is positioned on the side of the material cavity, the inclined plate forms a slope at the bottom of the whole material cavity, the bottom of the slope is the material fixing device, and the slope plays a role in guiding the seasoning in the material cavity to the material fixing device. When two inclined plates are arranged, the material fixing device is positioned in the middle of the bottom of the material cavity, and the two inclined plates are positioned on two sides of the material fixing device and arranged in a V shape. Similarly, the seasoning at the bottom of the seasoning cavity is drained to the material fixing device from the left direction and the right direction by the two inclined plates arranged in the V shape, so that the effect is better.

In this embodiment, for the convenience of installation grinding piece, also for the structural stability when reinforcing this patent application places, the material jar bottom rigid coupling has the stay tube thicker than the well upper segment. The grinding piece is installed in the bottom of the material tank, a connecting port 30 corresponding to the temporary storage cavity is arranged at the bottom of the material tank, and seasoning enters the temporary storage cavity through the discharge port and the connecting port.

Example two

In this embodiment, the difference from the first embodiment is that the material fixing device includes a reset mechanism which is arranged between the slide bar and the slide cylinder and can enable the material fixing cavity to automatically align with the material outlet, and the reset mechanism can also enable the material fixing cavity to automatically reset from the material inlet to the material outlet; the reset mechanism comprises an operating plate fixedly connected at the tail end of the operating rod, and a tension spring 20 is fixedly arranged between the operating plate and the opening of the sliding barrel through a clamping piece; the tension spring enables the material fixing cavity to be aligned with the material outlet in a natural state, and the tension spring enables the material fixing cavity to be aligned with the material inlet when being pulled by the operating plate; the clamping piece comprises a clamping ring fixedly connected to the inner side wall of the operating plate and the opening of the sliding barrel, and the clamping ring is fixedly connected with the end part of the tension spring. In this glassware surely, the feed inlet is kept away from material jar center setting, and the discharge gate is close to material jar center setting, and decides the acquiescence of material chamber and aligns the discharge gate setting. In this patent application, the glassware still includes one set of canceling release mechanical system, and canceling release mechanical system has two effects, and first effect makes the automatic discharge gate that aligns in the material chamber of deciding, also automatic positioning function. So that the seasonings automatically fall into the temporary storage cavity through the discharge port under the action of gravity to complete the automatic feeding process. The reset mechanism has the second function that when the 'loading' is finished, the material fixing cavity is automatically reset to the material outlet from the material inlet position, namely, the automatic reset function is realized. Therefore, with the aid of the reset mechanism, when the multifunctional seasoning grinder is used, only one external force is needed to pull the operating rod to transversely slide. Particularly, exactly will decide the material chamber and pull to the feed inlet position by the discharge gate position, consequently this patent application is when using, and the operation is very simple, and labour saving and time saving. In this patent application, the structure of the return mechanism is constituted by an operation plate and a tension spring. The operation plate is fixedly connected to the tail end of the operation rod, and the area of the operation plate is larger than that of the operation rod, so that the operation plate can be held more easily during pulling, and blind pulling can be realized. Moreover, the holding feeling is better when the large-area operation plate is pulled, and the situation of slipping is avoided. The extension spring is installed between operation panel and smooth section of thick bamboo nozzle, and extension spring both ends pass through the card dress spare respectively with operation panel and smooth section of thick bamboo nozzle fixed connection. In this patent application, the clamping piece includes that the rigid coupling clamps the ring at operation panel inside wall and smooth section of thick bamboo tube mouth, clamps ring and extension spring tip fixed connection. In this patent application, the snap-on part consists of a snap-on ring, which is of annular construction. The number of the clamping rings is at least two, and the clamping rings are respectively and fixedly connected to the inner side wall of the operation plate and the opening of the sliding barrel. Two ends of the tension spring are respectively and fixedly connected with a clamping ring, so that the tension spring, the operating plate, the sliding cylinder and the sliding rod form an elastic connection structure. In a natural state, namely when no external force exists, the length of the tension spring just enables the material fixing cavity to be aligned with the material outlet, and the state is called as a material outlet state or a material discharging state. The other realization mode is that when the material fixing cavity is aligned with the material outlet, the slide bar just slides inwards to a state that the inner end of the slide bar is in limit fit with the bottom of the slide cylinder. In this way, the tension spring may be in a natural state, or in a stretched state under the above-described limit action, and this state is also a discharge state or a discharge state. Under the action of the tension spring, the inner end of the slide rod is elastically pressed at the bottom of the slide cylinder, and the material fixing cavity is just aligned with the material outlet. For convenience of description, this state is referred to as the natural state or the discharge state. When the operating plate is pulled outwards by pointing to the hand, the tension spring is pulled by the pulling force of the operating plate, the sliding rod slides outwards, and the material fixing cavity begins to separate from the material outlet and slides towards the material inlet. When the slide bar slides to the position where the material fixing cavity is aligned with the feeding hole, the seasonings in the material cavity automatically slide into the material fixing cavity under the action of self weight, and the automatic charging process is completed at the moment. For convenience of description, this state is referred to as a charged state or a charged state. When the material is fed, the tension of the tension spring is larger, and when the tension spring continues to be pulled outwards, the tension of the tension spring is larger, and at the moment, a user feels that the material is completely loaded. Even if the operator continues to pull outwards, the material fixing cavity can be pulled out of the sliding barrel, the material fixing cavity filled with materials can be seen, and the outward pulling action can be automatically stopped. After the material is loaded, an operator only needs to loosen the hand holding the operating plate, and the shrinkage force of the tension spring can enable the sliding rod to automatically slide into the sliding barrel. When the inner end of the slide bar reaches the bottom of the slide cylinder, the material fixing cavity is just aligned with the material outlet, and the seasonings automatically fall to the temporary storage cavity under the self-weight, so that the automatic discharging process is completed. Obviously, pulling the operation board once can make the ration material chamber automatic dress once expect, unclamping the operation board and just automatic input the condiment of a ration material chamber capacity to the chamber of keeping in. The flavoring in the two material fixing cavities is conveyed by pulling and loosening the two operation plates. The pulling is needed for several times, and the pulling is determined according to the used taste. The taste is light, the amount is reduced, and the taste is heavy, the amount is reduced. Because the operation panel is arranged under each seasoning cavity for containing different seasonings, the operation panels corresponding to different seasonings can be pulled according to the taste preference of the user. After the operation panel that hobby or required condiment material chamber correspond has been pulled, required condiment kind and quantity have also set up, can drive the condiment after grinding the multiple ration of intracavity that keeps in through the driving piece and grind in unison. Compared with the traditional seasoning grinder with one charging bucket corresponding to one grinding piece, the grinding efficiency is greatly improved, and time and labor are saved. After grinding, when no longer discharging below the grinding piece, the grinding is proved to be finished, no residual seasoning exists in the grinding piece at the moment, the grinding piece is very clean, bacteria breeding and mildew are avoided, and the sanitation and the body health in the next use are ensured.

EXAMPLE III

In this embodiment, the difference from the first embodiment is that the material fixing device includes an inner positioning mechanism which is arranged between the slide bar and the slide cylinder and can enable the material fixing cavity to automatically align with the material inlet, and the inner positioning mechanism can also enable the material fixing cavity to automatically reset to the material inlet from the material outlet; the inner positioning mechanism comprises an operating plate fixedly connected to the tail end of the operating rod, and an inner tension spring 21 is fixedly arranged between the operating plate and the opening of the sliding barrel through a clamping piece; the inner tension spring enables the material fixing cavity to be aligned with the material inlet in a natural state, and the spring enables the material fixing cavity to be aligned with the material outlet when being pulled by the operating plate; the clamping piece comprises a clamping ring fixedly connected to the inner side wall of the operating plate and the opening of the sliding barrel, and the clamping ring is fixedly connected with the end part of the inner tension spring. In this deciding glassware, the feed inlet is close to material jar center setting, and the material jar center setting is kept away from to the discharge gate, and decides the acquiescence of material chamber and aligns the feed inlet setting. In this patent application, the glassware still includes one set of interior positioning mechanism, and interior positioning mechanism has two effects, and first effect makes the automatic feed inlet that aligns in surely material chamber, also automatic positioning function. So that the seasonings automatically fall into the material fixing cavity through the material inlet under the action of gravity to complete the automatic feeding process. The second function of the internal positioning mechanism is that when external force makes the material fixing cavity move to the discharge hole, the material fixing cavity can be automatically reset to the feed hole from the discharge hole, namely, the automatic reset function is realized. Therefore, with the assistance of the inner positioning mechanism, when the multifunctional seasoning grinder is used, only one external force is needed to pull the operating rod to transversely slide. Particularly, be exactly with deciding the material chamber and pull to the discharge gate position by the feed inlet position, consequently this patent application is when using, and the operation is very simple, and labour saving and time saving. In this patent application, the structure of the inner positioning mechanism is constituted by the operation plate and the inner tension spring. The operation plate is fixedly connected to the tail end of the operation rod, and the area of the operation plate is larger than that of the operation rod, so that the operation plate can be held more easily during pulling, and blind pulling can be realized. Moreover, the grip feeling is better when the large-area operation plate is pulled, and the slipping is not easy to occur. The inner tension spring is arranged between the operating panel and the opening of the sliding barrel, and two ends of the inner tension spring are fixedly connected with the operating panel and the opening of the sliding barrel through clamping parts respectively. In this patent application, the clamping piece includes the ring that clamps of rigid coupling at operation panel inside wall and slide cylinder barrel mouth, clamps ring and interior tension spring tip fixed connection. In this patent application, the snap-on part consists of a snap-on ring, which is of annular construction. The number of the clamping rings is at least two, and the clamping rings are respectively and fixedly connected to the inner side wall of the operation plate and the opening of the sliding cylinder. Two ends of the inner tension spring are fixedly connected with a clamping ring respectively, so that the inner tension spring, the operating plate, the sliding cylinder and the sliding rod form an elastic connection structure. In a natural state, namely when no external force exists, the length of the inner tension spring just enables the material fixing cavity to be aligned with the feeding hole, and the seasonings automatically slide into the material fixing cavity under the action of gravity, wherein the state is called as a feeding state or a charging state. The other realization mode is that when the material fixing cavity is aligned with the material inlet, the slide bar just slides inwards to enable the inner end of the slide bar to be in limit fit with the bottom of the slide cylinder. In this manner, the inner tension spring is in a stretched state due to the above-described limit action, and this state is also a charging state or a charging state. Under the action of the tension of the internal tension spring, the inner end of the slide rod is elastically pressed at the bottom of the slide cylinder, and the material fixing cavity is just aligned with the material inlet. For convenience of description, this state is referred to as a natural state or a feed state or a charged state. When the operating plate is pulled outwards by pointing to the hand, the inner tension spring is pulled by the pulling force of the operating plate, the sliding rod slides outwards, and the material fixing cavity begins to separate from the material inlet and slides towards the material outlet. When the slide bar slides to the position where the material fixing cavity is aligned with the material outlet, the seasonings in the material cavity automatically slide into the temporary storage cavity through the material outlet under the action of self weight, and the automatic discharging process is completed at the moment. For convenience of description, this state is referred to as a discharge state or a charge state. When the material is unloaded, the pulling force of the inner tension spring is larger, and the pulling force of the inner tension spring is larger when the material is continuously pulled outwards, so that a user can feel that the material is unloaded completely. Even if the operator continues to pull outwards, the material fixing cavity can be pulled out of the sliding barrel, the material fixing cavity which is completely unloaded can be seen, and the outward pulling action can be automatically stopped. After the unloading is finished, an operator only needs to loosen the hand holding the operating plate, and the shrinkage force of the inner tension spring can enable the sliding rod to automatically slide into the sliding barrel. When the inner end of the slide rod reaches the bottom of the slide cylinder, the material fixing cavity is just aligned with the feeding hole, and the seasoning automatically falls to the material fixing cavity under the dead weight, so that the automatic charging process is completed. Obviously, pulling the operation plate once can make the ration material chamber unload the material once to the chamber of keeping in, unclamp the operation plate and just automatic reset and to decide the material chamber automatic loading to the condiment of ration material chamber capacity. The seasonings in the two material fixing cavities are conveyed by pulling and loosening the operation plate twice. The pulling is needed for several times, and the pulling is determined according to the used taste. The taste is light, the amount is reduced, and the taste is heavy, the amount is reduced. Because the operation panel is arranged under each seasoning cavity for containing different seasonings, the operation panels corresponding to different seasonings can be pulled according to the taste preference of the user. After the operation panel that the condiment material chamber that likes to hobby or needs corresponds has been pulled, the condiment kind and the quantity that need just also have set up, can drive the condiment after grinding the multiple ration of intracavity of keeping in through the driving piece and grind in unison. Compared with the traditional seasoning grinder with one charging bucket corresponding to one grinding piece, the grinding efficiency is greatly improved, and time and labor are saved. After grinding, when no longer discharging below the grinding piece, the grinding is proved to be finished, no residual seasoning exists in the grinding piece at the moment, the grinding piece is very clean, bacteria breeding and mildew are avoided, and the sanitation and the body health in the next use are ensured.

Example four

In this embodiment, the difference from the first embodiment is that the material fixing device includes an external reset mechanism which is arranged between the slide bar and the slide cylinder and can enable the material fixing cavity to automatically align with the material outlet, and the external reset mechanism can also enable the material fixing cavity to automatically reset from the material inlet to the material outlet; the outer reset mechanism comprises an operating plate fixedly connected at the tail end of the operating rod, and an outer spring 22 is fixedly arranged between the operating plate and the opening of the sliding barrel through a clamping piece; the outer spring enables the material fixing cavity to be aligned with the material outlet in a natural state, and when the spring is pushed by the operating plate, the material fixing cavity can be aligned with the material inlet, and the inner end of the sliding rod is in limit fit with the bottom of the sliding barrel; the clamping piece comprises a clamping ring fixedly connected to the inner side wall of the operating plate and the opening of the sliding barrel, and the clamping ring is fixedly connected with the end part of the outer spring. In this deciding glassware, the feed inlet is close to material jar center setting, and the material jar center setting is kept away from to the discharge gate, and decides the acquiescence of material chamber and aligns the discharge gate setting. In this patent application, decide material ware still includes one set of outer canceling release mechanical system, and outer canceling release mechanical system has two effects, and first effect makes deciding the material chamber automatic alignment discharge gate, also automatic positioning function. So that the seasonings in the material fixing cavity automatically fall into the temporary storage cavity through the discharge hole under the action of gravity, and an automatic feeding process is also completed. The material fixing cavity needs to be filled with materials, and the sliding rod is pushed by external force to enable the material fixing cavity to move to the position of the material inlet, so that the material fixing cavity is automatically filled with seasonings under the action of self weight. The second function of the external reset mechanism is that when the material fixing cavity is not at the material outlet position (such as at the material inlet position), if no other external force exists, the slide rod is driven to move, and the material fixing cavity is automatically reset to the material outlet from other positions, namely, the automatic reset function is realized. Therefore, with the assistance of the external reset mechanism, when the multifunctional seasoning grinder is used, only one external force is needed to push the operating rod to transversely slide. Particularly, exactly will decide the material chamber and pull to the feed inlet position by the discharge gate position, consequently this patent application is when using, and the operation is very simple, and labour saving and time saving. In this patent application, the structure of the outer return mechanism is constituted by the operation plate and the outer spring. The operation plate is fixedly connected to the tail end of the operation rod, and the area of the operation plate is larger than that of the operation rod, so that the operation plate can be held more easily during pushing, and blind pushing can be realized. Moreover, the hand feeling is better when the large-area operation panel is pushed, and the comfort in use is enhanced. The outer spring is installed between the operation board and the opening of the sliding barrel, and two ends of the outer spring are fixedly connected with the operation board and the opening of the sliding barrel through clamping pieces respectively. In this patent application, the clamping piece includes the ring of clamping of rigid coupling at operation panel inside wall and smooth section of thick bamboo tube mouth, clamps ring and outer spring end fixed connection. In this patent application, the snap-on part consists of a snap-on ring, which is of annular construction. The number of the clamping rings is at least two, and the clamping rings are respectively and fixedly connected to the inner side wall of the operation plate and the opening of the sliding barrel. Two ends of the outer spring are respectively and fixedly connected with a clamping ring, so that the outer spring, the operating plate, the sliding cylinder and the sliding rod form an elastic connecting structure. In a natural state, namely when no external force exists, the length of the outer spring just enables the material fixing cavity to be aligned with the material outlet, and the state is called as a material outlet state or a material discharging state. When the operating plate is pushed inwards by hand, the outer spring is extruded by the pushing force of the operating plate, the sliding rod slides inwards, and the material fixing cavity begins to separate from the material outlet and slide towards the material inlet. When the slide bar slides to the position where the material fixing cavity is aligned with the material inlet, the seasonings in the material cavity automatically slide into the material fixing cavity under the action of self weight, and an automatic charging process is completed at the moment. For convenience of description, this state is referred to as a charged state or a charged state. When the material is fed, the inner end of the slide rod is in limit fit with the bottom of the slide cylinder, the slide rod cannot be pushed inwards continuously, the outer spring is extruded to the maximum stroke and the elasticity is maximum, and a user feels and judges that the material is completely loaded. After the loading is finished, an operator only needs to loosen the hand holding the operating plate, and the elastic force of the outer spring can push the hand and the sliding rod to automatically slide outwards the sliding barrel. When the material fixing cavity is aligned with the material outlet, the elastic force of the outer spring returns to zero and is not extruded by external force, and the seasoning automatically falls to the temporary storage cavity under the dead weight, so that the automatic discharging process is completed. Obviously, pushing once the operation panel will make the ration material chamber automatic loading once expect, unclamp the operation panel and just automatic input the condiment of a ration material chamber capacity to the chamber of keeping in. The seasonings in the two seasoning cavities are conveyed by pushing and loosening the operating plate twice. The pulling is needed for several times, and the pulling is determined according to the used taste. The one with a light taste is less frequent and the one with a heavy taste is more frequent. Because the operating panel is arranged under each material cavity for containing different seasonings, the operating panels corresponding to the different seasonings can be pushed and the pushing times can be selected according to the taste preference of the user. After the operation panel that corresponds hobby or required condiment material chamber has been pushed away, required condiment kind and quantity just also have set up, then just can drive the condiment after grinding the multiple ration of intracavity of keeping in through the driving piece and grind in unison. For a traditional condiment grinder that a material jar corresponds a grinding member, improved grinding efficiency greatly, labour saving and time saving. After grinding, when no longer discharging below the grinding piece, the grinding is proved to be finished, no residual seasoning exists in the grinding piece at the moment, the grinding piece is very clean, bacteria breeding and mildew are avoided, and the sanitation and the body health in the next use are ensured.

Claims

1. The utility model provides a multi-functional condiment grinder, includes material jar (1), and material jar lower extreme is installed and is contained grinding ring (2) and grinding piece (4) of mill (3), and material jar upper end is installed and is driven mill pivoted driving piece (5), characterized by: a partition plate (7) which divides the inner cavity of the charging bucket into at least two material cavities (6) is fixedly connected in the inner cavity of the charging bucket, and a material fixing device (9) which quantitatively conveys seasonings from the material cavities to the grinding parts is arranged between the bottom of each material cavity and the corresponding grinding part through a mounting part (8); a temporary storage cavity (10) is arranged between the upper part of the grinding ring and the upper part of the grinding disc or between the grinding piece and the material fixing device, and the upper end of the gap between the grinding ring and the grinding disc is correspondingly connected with the lower end of the temporary storage cavity.

2. The multi-functional seasoning grinder of claim 1, wherein: the material metering device comprises a cylindrical sliding barrel (11) which is transversely arranged and provided with an opening at the outer end, a sliding rod (12) is inserted in the sliding barrel in a sliding mode, a material metering cavity (13) which is communicated with the sliding rod from top to bottom is formed in the middle section of the sliding rod, a feeding hole (14) communicated with the material cavity is formed in the upper portion of the sliding barrel, a discharging hole (15) communicated with the temporary storage cavity is formed in the lower portion of the sliding barrel, the feeding hole and the discharging hole are arranged in a staggered mode so that the material metering cavity is communicated with the feeding hole only during feeding and the material metering cavity is communicated with the discharging hole only during discharging, and the part, extending out of the sliding barrel, of the outer section of the sliding rod is an operating rod (16).

3. The multi-functional seasoning grinder of claim 2, wherein: the material metering device also comprises a positioning mechanism which is arranged between the slide bar and the slide cylinder and can enable the material metering cavity to automatically align with the feed inlet, and the positioning mechanism can also enable the material metering cavity to automatically reset to the feed inlet from the position of the discharge outlet; the positioning mechanism comprises an operating plate (17) fixedly connected to the tail end of the operating rod, and a spring (19) is fixedly arranged between the operating plate and the opening of the sliding barrel through a clamping piece (18); the spring enables the material fixing cavity to be aligned with the material inlet in a natural state, and when the spring is pushed by the operating plate, the inner end of the sliding rod slides to be in limit fit with the bottom of the sliding barrel, and the material fixing cavity is aligned with the material outlet; the clamping piece comprises a clamping ring (23) fixedly connected to the inner side wall of the operating plate and the opening of the sliding barrel, and the clamping ring is fixedly connected with the end part of the spring.

4. The multi-functional seasoning grinder as claimed in claim 2, wherein: the material metering device also comprises a resetting mechanism which is arranged between the slide bar and the slide cylinder and can enable the material metering cavity to automatically align with the discharge hole, and the resetting mechanism can also enable the material metering cavity to automatically reset to the discharge hole from the position of the feed hole; the reset mechanism comprises an operating plate (17) fixedly connected at the tail end of the operating rod, and a tension spring (20) is fixedly arranged between the operating plate and the opening of the sliding cylinder through a clamping piece (18); the spring makes the material fixing cavity align to the discharge hole under the natural state, and the spring can make the material fixing cavity align to the feed hole when being pulled by the operating plate; the clamping piece comprises a clamping ring (23) fixedly connected to the inner side wall of the operating plate and the opening of the sliding barrel, and the clamping ring is fixedly connected with the end part of the tension spring.

5. The multi-functional seasoning grinder as claimed in claim 2, wherein: the material metering device also comprises an inner positioning mechanism which is arranged between the slide bar and the slide cylinder and can enable the material metering cavity to be automatically aligned with the feed port, and the inner positioning mechanism can also enable the material metering cavity to be automatically reset to the feed port from the position of the discharge port; the inner positioning mechanism comprises an operating plate (17) fixedly connected to the tail end of the operating rod, and an inner tension spring (21) is fixedly arranged between the operating plate and the opening of the sliding barrel through a clamping piece (18); the inner tension spring enables the material fixing cavity to be aligned with the material inlet in a natural state, and the spring enables the material fixing cavity to be aligned with the material outlet when being pulled by the operation plate; the clamping piece comprises a clamping ring (23) fixedly connected to the inner side wall of the operating plate and the opening of the sliding barrel, and the clamping ring is fixedly connected with the end part of the inner tension spring.

6. The multi-functional seasoning grinder as claimed in claim 2, wherein: the material metering device also comprises an external reset mechanism which is arranged between the slide bar and the slide cylinder and can enable the material metering cavity to automatically align with the discharge hole, and the external reset mechanism can also enable the material metering cavity to automatically reset to the discharge hole from the position of the feed hole; the outer reset mechanism comprises an operating plate (17) fixedly connected to the tail end of the operating rod, and an outer spring (22) is fixedly arranged between the operating plate and the opening of the sliding barrel through a clamping piece (18); the outer spring enables the material fixing cavity to be aligned with the material outlet in a natural state, and when the spring is pushed by the operating plate, the material fixing cavity can be aligned with the material inlet, and the inner end of the sliding rod is in limit fit with the bottom of the sliding barrel; the clamping piece comprises a clamping ring (23) fixedly connected to the inner side wall of the operating plate and the opening of the sliding barrel, and the clamping ring is fixedly connected with the end part of the outer spring.

7. A multi-function seasoning grinder as claimed in any one of claims 2 to 6 wherein: decide material chamber upper portion and be the thin hourglass hopper-shaped in the thick lower part in upper portion, decide material chamber lower part and be the thin hourglass hopper-shaped in the thick upper portion in lower part, the feed inlet is the thin hourglass hopper-shaped in the thick lower part in upper portion, and the discharge gate is the thick hourglass hopper-shaped that must in the thin lower part in upper portion.

8. The multi-functional seasoning grinder of claim 7, wherein: installation part (8) are equipped with the oral area with external intercommunication including setting up horizontal slide (24) in material chamber lower part on the feed cylinder lateral wall, slide, and the slide is located the material chamber and keeps in between the chamber, the slide cross section is the rectangle, and the slide can be inserted the assembly with the slide cartridge and be in the same place.

9. The multi-functional seasoning grinder of claim 8, wherein: driving piece (5) are including setting up central siphon (25) at the vertical setting in baffle middle part, and the central siphon interpolation is equipped with ability free rotation's square shaft (26), and the square shaft hypomere just can drive the mill rotation with mill cartridge cooperation, and square shaft upper segment suit cooperation has cover (27), and the cover both can be around the relative material jar rotation of square shaft with material jar upper segment lock cooperation again, and the square shaft upper end is screwed up and is had spacing complex stop nut (28) to the cover.

10. The multi-functional seasoning grinder of claim 8, wherein: an inclined plate (29) is fixedly connected to the bottom of each material cavity, one side of the inclined plate close to the material metering device is lower, the other side of the inclined plate far away from the material metering device is higher, and the inclined plate guides the seasoning to the material metering device.