TW201904549A - Quantitative food feeding device capable of automatically pouring out a fixed amount of content - Google Patents

Abstract

Provided is a quantitative food feeding device, which comprises: a container for containing contents such as feeding stuffs; a quantitative cap arranged on the container and provided with a cap body and a constant measuring member for dividing the cap body into two partitions, wherein the constant measuring member is continuously inclined and provided with a receiving groove having a lowest point arranged thereon with a communication port for connecting the two partitions, and the cap body is provided with a pouring outlet corresponding to the highest point of the constant measuring member; a food feeding control device for driving the container held on a holding base to reverse by one turn to capture a fixed amount of content from the receiving groove, then driving a covering member that covers the pouring outlet to open the pouring outlet, and driving the container to reverse in the other direction by an angle, thereby pouring out the fixed amount of content.

Description

Quantitative feeding device

BACKGROUND OF THE INVENTION 1. Field of the Invention This invention relates to a metered feeding device, and more particularly to an invention of a metered feeding system with a built-in quantitative housing for holding a fixed amount of contents for pouring a fixed amount of contents upon automatic pouring.

According to the Republic of China New Patent Publication No. M427784 "Automatic Feeding Device", it is suitable for automatically feeding a feed for feeding animals according to a predetermined time course. The automatic feeding device comprises a body, a cover body and a time control unit. The seat body has a plurality of accommodating grooves, and each accommodating groove is filled with the feed. The cover body is movably disposed on the base body, and the cover body has an opening, and the opening is disposed corresponding to at least one of the receiving slots. The time control unit is disposed on the cover body, and the control unit is set with a predetermined time course, and the cover body rotates relative to the seat body according to the predetermined time period set, so that the opening corresponds to different accommodating grooves according to the predetermined time course, and the opening is made The filled feed in the corresponding accommodating tank is exposed to feed the animal according to a predetermined time course.

In the previous case, the animal was fed by opening a fixed-capacity accommodating trough; if the animal was not enough, the former case had to open another accommodating trough to feed the animal, and if the animal did not eat the feed in another accommodating tank When the feed of another accommodating tank is damp, moldy, spoiled, etc., if the animal is inadvertently eaten, it may cause harm to the life of the animal.

Accordingly, the present inventors have devoted themselves to researching improvements and innovations, and have proposed a quantitative feeding device comprising: a container having an opening; a certain amount of caps comprising a cap body and a fixed take-up member, the cap body Defining an accommodating space and connecting a cap opening of the accommodating space, the cap body is disposed at the container with the cap opening corresponding to the opening; the fixed measuring member is located in the accommodating space and disposed on the bottle Covering the body, and distinguishing the accommodating space from a first compartment not adjacent to the cap opening, and a second compartment adjacent to the cap opening, wherein the fixed measuring member is adjacent to the The first compartment is a surface that continuously slopes and defines a lowest point that is closest to the cap opening, and a highest point that is furthest from the cap opening, the lowest point and the highest point The point is located at opposite ends of the surface; the fixed measuring member is provided with a communication port at the lowest point, the communication port is connected to the first compartment and the second compartment, and the bottle body is connected One of the first compartments, the highest point The receiving device should be provided with a receiving groove between the highest point and the lowest point, the receiving groove is communicated with the first compartment; a feeding control device is provided with a first driving unit and a a rotating shaft, a holding base, a second driving unit and a covering member, the rotating shaft is connected to the first driving unit and the holding seat at both ends, the holding seat is for holding the container, and the first driving unit is driven at the time of starting Rotating the shaft to drive the holder to tilt, and tilting the container, and including tilting the container one direction in one direction and tilting an angle in the opposite direction; and the bottle body is provided with a first The cover portion is opposite to the outlet. The cover member is provided with a second joint portion corresponding to the first joint portion. The cover member is movably coupled to the first joint portion by the second joint portion, and the second drive unit is connected to the cover portion. And the cover is moved to activate or cover the pouring outlet when starting.

Further, the feeding control device includes a control unit and an operation interface, the operation interface signal is connected to the control unit, the control unit is connected to the first driving unit and the second driving unit, and the control unit receives the operation interface input. One of the signals, and controlling the first driving unit and the second driving unit to start.

Further, the control unit further includes a timer for setting a predetermined feeding time through the operation interface, and the control unit controls the first driving unit and the second driving unit to start when the predetermined feeding time expires.

Further, the feeding control device includes a control unit and a wireless transmission interface, the wireless transmission interface signal is connected to the control unit, the control unit is connected to the first driving unit and the second driving unit, and has a handheld electronic device The wireless transmission interface signal is connected to the control unit, so that the control unit receives a signal input by the handheld electronic device, and controls the first driving unit and the second driving unit to start.

Further, the cover member is provided with a signal sensing unit and a signal sending unit, wherein the sensing unit is configured to sense the movement of the cap body and the covering member, wherein the sensing unit senses the cap body When the reversing outlet is tilted one turn in the direction of the lowest point, a first signal is generated, and the first signal is sent to the control unit through the signal sending unit, and the sensing unit detects the movement of the covering member to open the When the outlet is retracted, a second signal is generated, and the second signal is sent to the control unit through the signal sending unit, and the sensing unit senses the cap body to pour the angle to the highest point. Generating a third signal, and transmitting the third signal to the control unit through the signal sending unit; and the control unit generates a first signal, the second signal, and the third signal in sequence The record of the feeding action, and the total of the feeding action record is the number of feeding times, and the control unit transmits the feeding frequency through the wireless transmission interface. To a handheld electronic device.

Further, the first bonding portion is a sliding rail, the second bonding portion is a sliding slot corresponding to the sliding rail, and the second driving unit comprises a housing, an electromagnet, a ferromagnetic object, and An elastic member, the housing is provided with a cap body, the electromagnet is disposed on the housing, the elastic member is connected at both ends to the housing and the ferromagnetic object, and the ferromagnetic member is connected to the covering member, When the two driving units are activated, the electromagnet is energized to generate a magnetic attraction force, attracting the ferromagnetic object to be close, and compressing the elastic member to store an elastic force, and driving the covering member by the second bonding portion and the first bonding portion While sliding to the opening of the pouring port, when the second driving unit is not activated, the electromagnet is not energized without generating a magnetic attraction force, so that the ferromagnetic object is pushed by the elastic force, and the covering member is pushed to The second joint portion and the first joint portion slide to cover the pouring outlet.

Further, the holder is provided with a weight sensing unit for sensing the weight value of one of the containers.

Further, the groove wall and the groove bottom adjacent to the accommodating groove are in a continuous arc shape, and the accommodating groove is in a shape of being concave toward the lowest point.

Further, the surface is provided with a guiding groove extending from the highest point and communicating to the receiving groove, and the surface is provided with a guiding strip extending from the vicinity of the highest point to the receiving groove.

Further, the fixed measuring member comprises a main body and a plurality of receiving members, wherein the main body defines an opening, and any of the receiving members can be correspondingly opened and detachably coupled to the main body, and the receiving member defines the The tank is accommodated, and each of the accommodating members has a accommodating groove of a different volume.

According to the above technical features, the following effects can be achieved:

1. Through the cooperation of the feeding device and the quantitative cap, the quantitative content is fixed for quantitative feeding.

2. The feeding device can manually perform quantitative feeding through the operation interface, can also be used for quantitative feeding at a fixed feeding time through the timer, or can be quantitatively fed through remote distal operation of the handheld electronic device to enhance the use. convenient.

3. When the control unit sequentially receives the first signal, the second signal, and the third signal generated by the sensing unit, generating a record of the feeding action and the number of feeding times, and The wireless transmission interface is sent to the handheld electronic device to assist the owner or the farmer to grasp the feeding frequency and feeding time.

4. The weight sensing unit senses the weight value of the container, and transmits the handheld electronic device through the wireless transmitting unit and the wireless transmission interface, so that the user can know the remaining amount of the feed remotely, and supplement the time. .

5. With the receiving groove of the fixed measuring piece, the amount of pouring can be fixed for each time, so that the same amount can be taken at a time, and the "replaceable" type of container can be selected by the user. The amount of output.

6. By continuously sloping the surface, guiding groove and guiding strip, the content is filled to fill the receiving groove, and the excess content is returned to the container to improve the accuracy of the quantification; the guiding groove also helps to accommodate the inside of the groove. The contents slide out of the pour and increase the accuracy of the pour.

In summary of the above technical features, the main efficacy of the metered feeding device (1000) of the present invention will be apparent from the following examples.

First, please refer to the first figure and the second figure. The quantitative feeding device (1000) of the embodiment includes a container (1), a certain amount of caps (2), and a feeding control device (3). among them:

The container (1) is provided with an opening (10) for accommodating a feed.

Referring to the third, fourth and fifth figures, the quantitative cap (2) comprises a cap body (21) and a fixed measuring member (22). The cap body (21) defines an accommodating space (210) and a cap opening (211) that communicates with the accommodating space (210), and the cap body (21) has the cap opening (211) The container (1) is provided corresponding to the opening (10). The fixed measuring member (22) is located in the accommodating space (210) and is disposed on the cap body (21). The fixed measuring member (22) comprises a main body (221) and a plurality of accommodating members (222). The main body (221) distinguishes the accommodating space (210) from a first compartment (2101) not adjacent to the cap opening, and a second compartment adjacent to one of the cap openings (211) ( 2102), and defining that the body (221) is adjacent to the first compartment (2101) is a surface (2211) that continuously slopes and defines a lowest point (2212) and a highest point ( 2213), the lowest point (2212) is closest to the cap opening (211), the highest point (2213) being farthest from the cap opening (211), the lowest point (2212) and the highest point (2213) are located The surface (2211) is opposite to the two ends; the fixed measuring member (22) is provided with a communication port (2214) at the lowest point (2212), and the communication port (2214) communicates with the first compartment (2101) And the second compartment (2102), the cap body (21) is provided with a pouring outlet (212) connected to the first compartment (2101), and the highest point (2213) corresponds to the outlet (212) And the main body (221) is provided between the highest point (2213) and the lowest point (2212) In the mouth (2215), the receiving member (222) is detachably coupled to the main body (221) corresponding to the opening (2215), and the receiving member (222) defines a receiving groove (2220), thereby The accommodating groove (2220) communicates with the first compartment (2101).

Wherein, there may be a plurality of accommodating members (222) (222a), and the accommodating grooves (2220) (2220a) of each accommodating member (222) (222a) have different volumes (such as the fourth figure and the fifth The figure shows that the receiving member (222) (222a) having the different volume of the receiving groove (2220) (2220a) is coupled to the main body (221) corresponding to the opening (2215).

In addition, the groove wall and the groove bottom adjacent to the accommodating groove (2220) are in a continuous arc shape, and the accommodating groove (2220) is in a shape of being concave toward the lowest point. The surface (2211) is further provided with a guiding groove (2216) extending from the highest point (2213) and communicating to the receiving groove (2220), and the surface (2211) is provided with a guiding strip (2217). The vicinity of the highest point (2213) extends to the receiving groove (2220).

Referring to the second and sixth figures, the feeding control device (3) is provided with an operation interface (31), a control unit (32), a wireless transmission interface (33), and a first driving unit (34). a rotating shaft (35), a holding seat (36), a second driving unit (37) and a covering member (38). The operation interface (31) is provided with a plurality of buttons (311) and a display screen (312) [as shown in the second figure], and the operation interface (31) and the wireless transmission interface (33) are connected to the signal. a control unit (32), such as a control circuit board, the control unit (32) includes a timer (321) for setting a predetermined order through the operation interface (31) Feeding time. The control unit (32) is connected to the first driving unit (34) and the second driving unit (37) by wire or wirelessly, and the control unit (32) is receivable from the The operation interface (31) inputs one of the signals to control the activation of the first driving unit (34) and the second driving unit (37); or, the first feeding time can be controlled when the predetermined feeding time is up The driving unit (34) and the second driving unit (37) are activated; or alternatively, the control unit (32) can be connected by a handheld electronic device (4) through the wireless transmission interface (33). The control unit (32) receives a signal input by the handheld electronic device (4), and controls activation of the first driving unit (34) and the second driving unit (37).

Referring to the first, second and sixth figures, the first driving unit (34) and the holding seat (36) are connected to both ends of the rotating shaft (35), and the first driving unit (34) is, for example, As shown in the first figure, the holding seat (36) includes, for example, a chassis (361) and a pair of clips (362) for firmly holding the container (1), and the chassis (361) is provided. There is a weight sensing unit (3611) for sensing the weight value of one of the containers (1). The first driving unit (34) is used to drive the rotating shaft (35) to rotate, and the holding seat (36) is tilted, so that the container (1) is tilted and rotated in different directions.

Referring to the sixth and seventh figures, the cap body (21) is provided with a first joint portion (213) corresponding to the pouring outlet (212), and the covering member (38) is provided with a second joint portion. The first joint portion (213) is a slide rail, and the first joint portion (213) is a slide rail. The second joint portion (381) is a chute corresponding to the slide rail, so that the cover member (38) is movably coupled to the first joint portion (213) by the second joint portion (381), and can be borrowed The cover member (38) is limited by the shape of the slide rail and the sliding slot (the slide groove and the slide rail which are T-shaped as shown in FIG. 2A). The second driving unit (37) comprises a housing (371), an electromagnet (372), a ferromagnetic object (373) and an elastic member (374). The housing (371) is provided with a cap body ( 21), in this embodiment, preferably, the electromagnet (372) is disposed in the housing (371), and has a connecting rod (375) (as shown in the seventh figure and the eighth figure). Extending on the housing (371), the ferromagnetic object (373) (such as an iron block) is located in the housing (371) and corresponds to the electromagnet (372), and the ferromagnetic object (373) passes through the The connecting rod (375) is connected to the covering member (38) outside the housing (371), and the elastic member (374) (for example, a spring) is sleeved on the connecting rod (375), and the two ends are connected to the A housing (371) and the ferromagnetic article (373).

Referring to the second, seventh and eighth figures, in use, the contents of the container (1) are filled with contents such as feed (A), but not limited thereto, and may be powder or liquid type. The present embodiment can be used, for example, for pets (dogs, cats, ornamental fish) or aquaculture, but not limited thereto. When the user does not operate the operation interface (31) [eg, the button (311) is not pressed], or the current time does not reach the predetermined feeding time, or the user does not pass the handheld electronic device (4) When the signal is input to the control unit (32), then the container (1) is kept upright, and the electromagnet (372) is not energized, so that the covering member (38) covers the pouring port (212), and The moisture in the container (1) can be prevented from getting wet.

Then, when the user wants to perform the feeding operation and operates the operation interface (31) [for example, pressing the button (311)], or when the current time has reached the predetermined feeding time set by the timer (321), Or the user is at the remote end, and the control unit (32) receives the input signal to the control unit (32) through the wireless transmission interface (33) through the handheld electronic device (4). The signal input from the operation interface (31) is also initiated by the predetermined feeding time, or the signal input from the handheld electronic device (4) is received through the wireless transmission interface (33), and the first is activated. a drive unit (34) and the second drive unit (37).

Wherein, the control unit (32) first activates the first driving unit (34), drives the rotating shaft (35) to rotate one direction in a direction, and drives the holding seat (36) to reverse one turn, and the container ( 1) is held in the appropriate position on the holding seat (36), and the holding seat (36) drives the container (1) to pour one turn of the pouring port (212) in the direction of the lowest point (2212). Among them, in detail:

As shown in the ninth figure, when the holder (36) drives the container (1) to rotate by 90° in a direction in which the pouring port (212) is located toward the lowest point (2212), the container (1) The content (A) enters the first compartment (2101) through the communication port (2214) by the second compartment (2102) [as shown in the tenth figure].

As shown in the tenth figure, when the holder (36) drives the container (1) to rotate in the same direction and then rotates the nozzle (212) 90° toward the lowest point (2212), The container (1) is in an inverted state, such that the content (A) enters the first compartment (2101) through the opening (10) through the communication port (2214) through the opening (10). .

As shown in the eleventh figure, when the holder (36) drives the container (1) in the same direction and then rotates the 90° toward the lowest point (2212) by the pouring port (212). At this time, the communication port (2214) is located at the uppermost portion, and a part of the content (A) in the first compartment (2201) returns to the container (1) along the communication port (2214), and the The content (A) enters the accommodating groove (2220), and fills the accommodating groove (2220) as shown in Fig. 12.

As shown in the twelfth figure, when the holder (36) drives the container (1) to rotate in the same direction, the rewinding port (212) is rotated to the last 90° toward the lowest point (2212). At this time, after completing the pouring one turn, at this time, the container (1) returns to the normal erect state, and part of the contents (A) in the first compartment (2101) is continuously continuous by the highest point (2213). The inclined surface (2211) slides into the receiving groove (2220), and preferably enters the receiving groove along the guiding groove (2216) and the guiding strip (2217). 2220), the accommodating groove (2220) is filled with the content (A), and the excess content (A) is directed toward the lowest point (2212) along the surface (2211). It slides down and falls back to the container (1) via the communication port (2214). Thereby, after the container (1) is poured one turn as described above, the quantitative cap (2) draws a certain amount of the contents (A).

Referring to the thirteenth and fourteenth diagrams, the control unit (32) [the control unit (32) as shown in the second figure] controls the activation of the second driving unit (37), wherein The electromagnet (372) energizes to generate a magnetic attraction force, attracting the ferromagnetic object (373) to approach, and pulling the cover member (38) by the second joint portion (381) [the second joint portion (381) such as the second A The first joint (213) slides closer to the electromagnet (372) and opens the spout (212). At this time, the covering member (38) and the housing (371) compress the elastic member (374) to store an elastic force.

Next, referring to the second figure and the fifteenth figure, the control unit (32) [the control unit (32) as shown in the second figure] controls the first driving unit (34) to be activated, wherein the system drives the The first driving unit (34) drives the rotating shaft (35) to rotate at an angle to the opposite direction, and causes the holding seat (36) and the container (1) to tilt the angle in the opposite direction. For example, in the case of 90 degrees, at this time, the container (1) is rotated by 90° in the direction of the position where the highest point (2213) is located, and the container (1) is dumped to the horizontal position, and the receiving groove (1) The contents (A) slide out from the receiving groove (2220) toward the pouring port (212), and preferably, slide along the guiding groove (2216), and The groove bottom of the accommodating groove (2220) is concave to the lowest point (2212), so that the content (A) is more easily slipped out, and the groove wall and the groove bottom of the accommodating groove (2220) In the case of a continuous arc shape, if the content (A) is a powdery feed, the arc-shaped groove wall and the groove bottom do not have a problem of hindering the sliding of the content (A), and the aforementioned highest point ( 2213) The corresponding exit (212) should also be (A) it is easy to pour.

Finally, referring to the second figure and the seventh figure, the control unit (32) controls the activation of the first driving unit (34) to drive the holding seat (36) and the container (1) to return to the erect state (not shown). And the control unit (32) controls the second driving unit (37) not to activate, which causes the electromagnet (372) to be de-energized without generating magnetic attraction, and the ferromagnetic object (373) is subjected to the elasticity Pushing the aforementioned elastic force stored in the member (374), and pushing the covering member (38) by the second joint portion (381) [the second joint portion (381) as shown in the second A diagram] and the first The joint (213) slides to cover the spout (212), thereby preventing the feed in the container (1) from getting wet.

Referring to the sixth and eighth embodiments, in the embodiment, the cover member (38) is provided with a signal sensing unit (382) and a signal transmitting unit (383). The sensing unit (382) is For sensing the movement of the cap body (21) and the covering member (38), the sensing unit (382) may be, for example, a three-axis accelerometer. The sensing unit (382) generates a first signal and transmits the signal when the cap body (21) is tilted by the pouring port (212) to the lowest point (2212). The sending unit (383) sends the first signal to the control unit (32), and the sensing unit (382) generates a second signal when the cover member (38) is sensed to move to open the reverse port (212). And sending the second signal to the control unit (32) through the signal sending unit (383), the sensing unit (382) sensing the cap body (21) to the highest outlet (212) When the point (2213) dumps the angle, a third signal is generated, and the third signal is sent to the control unit (32) through the signal sending unit (383). And the control unit (32) generates a record of the feeding action when the first signal, the second signal, and the third signal are sequentially received, and the record of the feeding action is a feeding number. The control unit (32) transmits the data of the feeding times to the handheld electronic device (4) through the wireless transmission interface (33), so that the user can grasp the feeding condition of the quantitative feeding device (1000). In addition, the weight value of the container (1) is sensed by the weight sensing unit (3611), and transmitted to the control unit (32) through the wireless transmitting unit (383), and via the wireless transmission interface ( 33) Transfer the weight value to the handheld electronic device (4), and also facilitate the user to know the remaining amount of the feed distally and replenish it in time.

In view of the foregoing description of the embodiments, the operation and the use of the present invention and the effects of the present invention are fully understood, but the above described embodiments are merely preferred embodiments of the present invention, and the invention may not be limited thereto. Included within the scope of the present invention are the scope of the present invention.

(1) ‧ ‧ container

(10) ‧ ‧ openings

(2) ‧ ‧ Quantitative caps

(21)‧‧‧Cap body

(210) ‧‧‧ accommodating space

(2101)‧‧‧First compartment

(2102) ‧ ‧ second compartment

(211) ‧ ‧ cap opening

(212) ‧ ‧ ‧ export

(213) ‧‧‧First combining unit

(22) ‧‧‧Fixed parts

(221) ‧‧‧ Subject

(2211) ‧ ‧ surface

(2212) ‧‧‧ lowest point

(2213) ‧ ‧ highest point

(2214) ‧‧‧Connected

(2215) ‧ ‧ openings

(2216) ‧ ‧ guiding groove

(2217)‧‧‧Guide bars

(222), (222a) ‧ ‧  

(2220), (2220a) ‧ ‧ occlusion slots

(3)‧‧‧Feed control device

(31) ‧‧‧Operator interface

(311)‧‧‧ button

(312)‧‧‧ Display

(32)‧‧‧Control unit

(33) ‧‧‧Wireless transmission interface

(34)‧‧‧First drive unit

(35) ‧‧‧ shaft

(36) ‧ ‧ ‧ holding

(361)‧‧‧ Chassis

(3611)‧‧‧ Weight sensing unit

(362)‧‧‧ Clips

(37)‧‧‧Second drive unit

(371)‧‧‧Shell

(372)‧‧‧Electromagnet

(373)‧‧‧ Ferromagnetic objects

(374)‧‧‧Flexible parts

(375)‧‧‧ Connecting rod

(38)‧‧‧ Covering parts

(381) ‧‧‧Second junction

(382)‧‧‧Sensor unit

(383)‧‧‧Signal transmission unit

(4) ‧‧‧Handheld electronic devices

(A) ‧ ‧ contents

[First] is a perspective exploded view of a quantitative feeding device according to an embodiment of the present invention. [Second diagram] is a perspective exploded view of the quantitative feeding device of the embodiment of the present invention. [Fig. 2A] is a partially enlarged schematic view of the second figure. [Third image] is a schematic perspective view of the fixed amount of the quantitative cap of the embodiment of the present invention. [Fourth Figure] is a schematic cross-sectional view of a quantitative cap of an embodiment of the present invention. [Fifth Figure] is a schematic cross-sectional view of a quantitative bottle cap according to an embodiment of the present invention, and illustrates the replacement of a container having another volume. [Sixth Graph] is a functional block diagram of a quantitative feeding device according to an embodiment of the present invention. [Seventh] is a schematic cross-sectional view (1) of the cap body of the embodiment of the present invention, illustrating that the electromagnet is not energized, and the spout is covered by the covering member. [Embodiment 8] is a cross-sectional view (2) of the cap body of the embodiment of the present invention, illustrating that the electromagnet is energized, and the ferromagnetic article is adsorbed and moved to drive the cover member to move, and the pour spout is opened. [Ninth aspect] is a schematic diagram (1) of the use of the embodiment of the present invention. [Tenth Graph] is a schematic diagram (II) of the use condition of the embodiment of the present invention, illustrating that the container is tilted by 90 degrees before being driven. [11th] is a schematic view (3) of the use condition of the embodiment of the present invention, illustrating that the container is driven to continue to tilt 90 degrees. [Twelfth Figure] is a schematic view of the use of the embodiment of the present invention (4), illustrating that the container is driven to continue pouring 90 degrees. [Thirteenth Figure] is a schematic view (5) of the use condition of the embodiment of the present invention, illustrating that the container is driven to continue to pour 90 degrees and resumes erect, at which time the quantitative cap has taken a quantitative amount of content. [Fourteenth] is a schematic view (6) of the use condition of the embodiment of the present invention, illustrating that the covering member opens the pouring outlet. [Fifteenth Figure] is a schematic view (7) of the use condition of the embodiment of the present invention, illustrating that the container is driven to be dumped in another direction, and the contents that have been drawn are poured out.

Claims (10)

A quantitative feeding device comprising: a container having an opening; a quantitative cap comprising a cap body and a fixed take-up member, the cap body defining an accommodating space and a cap connecting the accommodating space The cap body is disposed in the container with the cap opening corresponding to the opening; the fixed measuring member is located in the accommodating space and disposed on the cap body, and the accommodating space is not adjacent a first compartment of the cap opening, and a second compartment adjacent to the cap opening, wherein the fixed measuring member is adjacent to the first compartment as a surface, the surface is continuously inclined and Defining a lowest point and a highest point, the lowest point being closest to the cap opening, the highest point being farthest from the cap opening, the lowest point and the highest point being located at opposite ends of the surface; the fixed measuring piece Providing a communication port at the lowest point, the communication port is connected to the first compartment and the second compartment, and the bottle cap body is provided with a pouring port connecting the first compartment, the highest point corresponding to Reversing the outlet, and the fixed measuring piece is at the highest point A receiving slot is disposed between the lowest point, the receiving slot is communicated with the first compartment; a feeding control device is provided with a first driving unit, a rotating shaft, a holding seat, a second driving unit and a covering member The two ends of the rotating shaft are connected to the first driving unit and the holding seat. The holding seat is used for holding the container. The first driving unit drives the rotating shaft to rotate when starting, and the holding seat is tilted to make the container Pouring, and including pouring the container one turn in one direction and tilting an angle in the opposite direction; and the cap body is provided with a first joint corresponding to the pouring outlet, the covering member is provided with a second joint Corresponding to the first joint portion, the cover member is movably coupled to the first joint portion by the second joint portion, and the second drive unit is connected to the cover member, and the cover member is moved to open when activated or Cover the pour spout. The quantitative feeding device of claim 1, wherein the feeding control device comprises a control unit and an operation interface, the operation interface signal is connected to the control unit, and the control unit signal is connected to the first driving unit and The second driving unit receives the signal input by the operating interface, and controls the first driving unit and the second driving unit to start. The quantitative feeding device of claim 2, wherein the control unit further comprises a timer for setting a predetermined feeding time through the operating interface, the control unit is when the predetermined feeding time is up, Controlling the first drive unit and the second drive unit to start. The quantitative feeding device of claim 2, wherein the feeding control device comprises a control unit and a wireless transmission interface, the wireless transmission interface signal is connected to the control unit, and the control unit is connected to the first driving The unit and the second driving unit have a handheld electronic device connected to the control unit via the wireless transmission interface signal, so that the control unit receives a signal input by the handheld electronic device, and controls the first driving unit and the second The drive unit starts. The quantitative feeding device according to claim 2, wherein the covering member is provided with a signal sensing unit and a signal transmitting unit, and the sensing unit is configured to sense the bottle body and the movement of the covering member. When the sensing unit senses that the cap body is tilted one turn in the direction of the lowest point, the first signal is generated, and the first signal is sent to the control unit through the signal sending unit. When the sensing unit senses the movement of the covering member to open the pouring port, a second signal is generated, and the second signal is sent to the control unit through the signal sending unit, and the sensing unit senses the bottle cap When the main body dumps the angle to the highest point, the third signal is generated, and the third signal is sent to the control unit by the signal sending unit; and the control unit receives the first signal sequentially And the second signal and the third signal, generating a record of the feeding action, and summing the record of the feeding action as a feeding number, the control unit Sending the data of the feeding times to a handheld electronic device through the wireless transmission interface. The quantitative feeding device according to claim 1, wherein the first joint portion is a slide rail, the second joint portion is a chute corresponding to the slide rail, and the second drive unit is The utility model comprises a housing, an electromagnet, a ferromagnetic object and an elastic member, wherein the housing is provided with a cap body, the electromagnet is disposed on the housing, and the elastic member is connected at both ends to the housing and the ferromagnetic object. The ferromagnetic object is connected to the cover member, wherein when the second driving unit is activated, the electromagnet is energized to generate a magnetic attraction force, attracting the ferromagnetic object to be close, and compressing the elastic member to store an elastic force, and driving the The cover member is slid to the opening of the pouring port by the second joint portion and the first joint portion. When the second driving unit is not activated, the electromagnet is not energized without generating magnetic attraction, so that the ferromagnetic object is The cover member is pushed by the elastic force to push the cover member to slide to cover the pouring port by the second joint portion and the first joint portion. The quantitative feeding device according to claim 1, wherein the holding seat is provided with a weight sensing unit for sensing a weight value of the container. The quantitative feeding device according to claim 1, wherein the groove wall and the groove bottom adjacent to the accommodating groove are continuous arc-shaped, and the accommodating groove is concave toward the lowest point. state. The quantitative feeding device according to claim 1, wherein the surface is provided with a guiding groove extending from the highest point and communicating to the receiving groove, and the surface is provided with a guiding strip from the highest point. Extend to the receiving slot. The quantitative feeding device according to claim 1, wherein the fixed measuring member comprises a main body and a plurality of receiving members, wherein the main body defines an opening, and any of the receiving members can be correspondingly opened and Removably coupled to the main body, the receiving member defines the receiving groove, and each receiving member has a receiving groove of a different volume.