TWM522562U - Feed blending system depending on pet multi-aspect physiological characteristics - Google Patents

Description

Feed mixing system based on pets with physiological characteristics

The present invention is a feed blending system, in particular a feed blending system that is adapted to the pet's exclusive feed blending combination according to the physiological characteristics of the pet.

According to the definition of the Taiwan Animal Protection Law, pets refer to dogs, cats and other animals that are raised or managed for the purpose of playing and companion. With the advent of the industrial and commercial society, the traditional traditional family concept has become weaker. More and more people are now raising pets because they are lonely, for fun or for a partner. More often, pets are kept by people such as cats, dogs or birds.

In the feeding method of pets, some owners feed the appropriate amount of food into the container for feeding at each meal time. However, not all the owners can feed the pets during the daily meal time. With the advancement of technology, a variety of pet feeders have emerged. With the advent of the pet feeder, the owner only needs to put a whole day of feed in the pet feeder. When the pet's meal time, the pet feeder can automatically send the meal amount, thereby the owner does not need to use Feed pets personally at each meal time.

However, the pet feeder only solves the most basic feeding problem of the pet. For the preparation of pet feed, the existing owners are usually the ones needed to purchase pets at the hypermarket, such as dry dog food, cat food and so on. However, this kind of feed can only meet the most basic needs of pets' fullness of feeding. There is no way for existing feeds to choose the feed that is most suitable for them according to the differences in physical conditions of various pets.

A manufacturer has developed a pet health diet management system, as disclosed in the Republic of China Patent No. M502217, which includes a feeder and a mobile device. The feeder is used to pre-store the feed and deliver a quantitative amount of feed when the pet is fed, and records The unit stores the feeding information of the pet feeding condition; the mobile device carries the recording unit of the application communication connection feeder, and takes the feeding information and stores it. By providing the feeding information stored by the mobile device to the doctor as a healthy eating management for the pet, and providing the feeding company with the brand and taste of the food ordered by the owner before the feed stock is fed, the present invention is constructed.

This patent provides a feeding system for pets and a system for pet health and diet management. However, the patent can only manage the health of the pet according to whether the feeding condition of the pet is abnormal. For example, the feeding information recorded by the recording unit of the feeding device is captured by the mobile device and provided to the doctor as a diagnosis basis for the health status of the pet. That is to say, when there is a problem with the health of the pet, the owner can find and carry out subsequent treatment measures by the mobile device, for example, medical treatment and the like. At present, there is no compounding technology that can provide pet customized feed. It can provide a healthy diet suitable for pets when feeding the feed normally. It is necessary to preclude the possibility of pets becoming sick, and it is necessary to improve.

Therefore, how to solve the above problems and shortcomings in the past, that is, the creators of the creation and the relevant manufacturers engaged in this industry are eager to study the direction of improvement.

Therefore, in view of the above-mentioned shortcomings, the creators of this creation have collected relevant information, and have designed and developed such new patents through continuous evaluation and modification through multi-party evaluation and consideration, and through years of experience in the industry.

The present invention provides a feed blending system that is adapted to the pet's exclusive feed blending combination according to the pet's multi-faceted physiological characteristics.

In order to achieve the above and other purposes, the present invention relates to a feed compounding system based on pets with multiple physiological characteristics, comprising: a biochemical data unit for detecting the biochemical state of a pet to obtain a biochemical data; a physiological data unit, Detecting the physiological state of the pet to obtain a physiological data; an activity data unit is based on the activity status of the pet to obtain an activity data; a delivery host is connected to the biochemical data unit, the physiological data unit, and the activity a data unit, and transmitting the biochemical data, the physiological data, and the activity data; and an analysis host connected to the transmission host for receiving the biochemical data, the physiological data, and the activity data, and analyzing the biochemical The data, the physiological data, and the activity data are customized to match a feed combination suitable for the pet.

In a preferred embodiment, the plurality of formula units are further connected to the analysis host, and the analysis host allocates the plurality of formula units according to the biochemical data, the physiological data and the activity data to obtain the feed combination.

In a preferred embodiment, a dispensing unit is further connected to the plurality of formulating unit, and the dispensing unit is divided into a plurality of feeding packages according to the feed combination formulated by the analysis host.

In a preferred embodiment, a mediation unit is further included, the mediation unit is connected to the analysis host, and the mediation unit includes a plurality of formula feeds when the analysis host formulates the feed combination suitable for the pet. The mediation unit is adapted to match the formula feed of the pet.

In a preferred embodiment, the device further includes a wearable device for detecting the instant physiological state of the pet to obtain an instant physiological data, and the wearable device is connected to the analysis host. The analysis host is configured to receive the instant physiological data and analyze the instant Physiological data, biochemical data, the physiological data, and the activity data are customized to formulate the feed combination suitable for the pet.

Since the creation includes a biochemical data unit, a physiological data unit, and an activity data unit, the pet grooming characteristics are optimally adapted to the feed blending combination that is most suitable for the pet. It can be provided to the pet's healthy diet when it is usually fed, and the possibility of the pet being sick is preliminarily excluded.

1‧‧‧Feeding system based on pets with multiple physiological characteristics

11‧‧‧ Biochemical Data Unit

12‧‧‧ Physiological data unit

13‧‧‧Activity data unit

2‧‧‧Transfer host

3‧‧‧Analysis host

31‧‧‧Formal grain unit

4‧‧‧packing unit

5‧‧‧Media Unit

51‧‧‧Formal feed

6‧‧‧Wearing device

110-150‧‧‧Steps

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram of a preferred embodiment of a feed blending system in which the pet is oriented toward a physiological characteristic; and Fig. 2 is a flow chart of a preferred embodiment of the feed blending system in accordance with the physiological characteristics of the pet.

In order to achieve the above or other purposes and effects, the technical means and structure adopted by the present invention are described in detail in the preferred embodiment of the present creation, and the features and functions are as follows.

Referring to Fig. 1, a block diagram of a preferred embodiment of a feed mixing system 1 based on physiological characteristics of a pet is described. As can be clearly seen from the figure, the present invention relates to a feed compounding system 1 which is based on a pet with a plurality of physiological characteristics, wherein the pet refers to a dog, a cat and other animals that are raised or managed for the purpose of playing, a partner, for example: a mammal, a dog. , cats or rats, etc., such as: fish, goldfish or squid, etc., such as: birds, chickens or pigeons, etc., but not limited to this. The so-called feed refers to the general term for pet food. This creation department can be equipped with the most suitable feed blending combination for this pet.

The present invention relates to a feed compounding system 1 according to a pet-oriented physiological characteristic, comprising: a biochemical data unit 11, a physiological data unit 12, an active data unit 13, a transfer host 2, and an analysis host 3.

The biochemical data unit 11 is used to detect the biochemical status of a pet to obtain a biochemical data. The so-called biochemical data is obtained by biochemistry, such as: serum iron test, vitamin D test, albumin test, total bilirubin test, etc., but is not limited thereto.

The physiological data unit 12 is configured to detect the physiological state of the pet to obtain a physiological data. The physiological data is, for example, height, weight, body fat percentage, heart rate, respiration rate, and the like, but is not limited thereto.

The activity data unit 13 is based on the activity status of the pet to obtain an activity data. The so-called activity data can be given different parameters according to the different activity states of various pets. For example, taking dogs as an explanation, the energy consumed must be different due to different body types, and the activity consumption required for large dogs must be different from the activity consumption required for small dogs. Another example: to distinguish by season, because of the difference in temperature, the energy required must be different, and the heat required for food in summer and winter must be different. The setting of the activity data can be defined by the user, but is not limited thereto.

The delivery host 2 is connected to the biochemical data unit 11, the physiological data unit 12, and the active data unit 13, and transmits the biochemical data, the physiological data, and the activity data. The transfer host 2, for example, is a computer host, and the host computer can be used to receive the biochemical data, the physiological data, and the data of the active data, and process the data into a format that can be conveniently transmitted for transmission. The so-called transmission can be carried out in a wired or wireless manner, for example, wired. The Internet connection cable is used for transmission; for example, wireless, and wireless connection technology such as WiFi can be used for transmission, and the creation is not limited.

The analysis host 3 is connected to the delivery host 2 for receiving the biochemical data, the physiological data, and the activity data, and analyzing the biochemical data, the physiological data, and the activity data to be customized to fit one of the pets. Feed combination. The analysis host 3 is, for example, a computer host, and the computer host can be used to receive the biochemical data, the physiological data, and the activity data, and install related software to analyze the biochemical data, the physiological data, and the activity data. Specifically, the biochemical data, the physiological data, and the activity data can be used to determine how to customize the feed combination suitable for the pet via the correlation analysis software.

The present invention relates to a feed compounding system 1 which has a plurality of pet-oriented physiological characteristics, and further includes a plurality of formula grain units 31. The plurality of formula grain units 31 are connected to the analysis host 3, and the analysis host 3 formulates the plurality of formula grain units 31 according to the biochemical data, the physiological data and the activity data to obtain the feed combination. Further, the formula unit 31 stores different feeds. In this embodiment, the formula grain unit 31 is set to four, and each of the formula grain units 31 stores different feed main components inside. Preferably, the meat formula unit 31, the seafood formula unit 31, the vegetable formula unit 31 or the fruit formula unit 31 may be included. For example, if the feed combination obtained by the analysis host 3 is that the pet is relatively lacking in meat nutrition, the analysis host 3 prepares the meat formula unit 31 to have a higher ratio than the other formula units 31. Thereby, the nutritional intake of the pet meat can be effectively supplemented.

The present invention relates to a feed compounding system 1 which has a pet-oriented physiological characteristic, and further includes a dispensing unit 4 connected to the plurality of formulating unit 31, the dispensing unit 4 being equipped according to the analysis host 3 The feed combination is packaged as a plurality of feed packages. Then the previous paragraph illustrates that when the analysis host 3 adjusts When the meat formula unit 31 is at a higher ratio than the other formula unit 31, the dispensing unit 4 can be packaged into a plurality of bagged feed packages, each of which has a higher proportion inside. Meat formula formula. For example, the feed package is a plurality of paper bags, and each paper bag can be used for a meal to be quantitatively ordered. And if the food has a moisture-proof requirement, a moisture-proof film is added to the paper bag to ensure the quality of the feed contained therein.

The present invention relates to a feed compounding system 1 which has a pet-oriented physiological characteristic, and further includes a merging unit 5 connected to the analysis host 3 and the dispensing unit 4, and the merging unit 5 includes a plurality of formulas In the feed 51, when the analysis host 3 formulates the feed combination suitable for the pet, the mediation unit 5 mediates the formula feed 51 suitable for the pet and distributes it into a plurality of feed packages to the dispensing unit 4. Further, the plural formula feed 51 is a predetermined feed, for example, a meat-based feed, a seafood-based feed, a vegetable-based feed, or a fruit-based feed. When the analysis host 3 formulates the feed combination, the mediation unit 5 directly mediates the formula feed 51 which is most suitable for the pet, and directly supplies the formula feed 51 which is preset. Similarly, the formula feed 51 is also dispensed by the dispensing unit 4.

In order to obtain the current state of the pet in real time, in response to the immediate situation. The feed blending system 1 of the present invention may further include a wearable device 6 for detecting the instant physiological state of the pet to obtain an instant physiological data, the wearable device. The device 6 can be uploaded (or uploaded by itself) to the analysis host 3 through the mobile phone of the owner, and the analysis host 3 is configured to receive the instant physiological data, and analyze the instant physiological data, the biochemical data, the physiological data, and the activity data. Customized to match the feed combination suitable for the pet. The instant physiological state may be, for example, an immediate heart rate, an immediate blood pressure, or the like, but is not limited thereto.

Please also refer to FIG. 2, which is a flow chart of a preferred embodiment of the feed blending system according to the physiological characteristics of the pet. It can be clearly seen from the figure that the detailed implementation step of the feed matching system according to the physiological characteristics of the pet is as follows (110): detecting the biochemical state of a pet to obtain a biochemical data; and step (120): detecting The physiological state of the pet to obtain a physiological data; step (130): obtaining an activity data according to the activity state of the pet; and (140): transmitting the biochemical data, the physiological data, and the activity by a delivery host 2 Data; and step (150) receiving the biochemical data, the physiological data, and the activity data by an analysis host 3, and analyzing the biochemical data, the physiological data, and the activity data to customize a feed suitable for the pet combination.

With the above structure and composition design, the following is a description of the use of the present creation: for convenience of explanation, a small dog pet is taken as an example for explaining the action of the creation. When using the feed blending system 1 in which the pet is oriented to physiological characteristics, the state of the small dog pet can be confirmed first.

For example, the biochemical data unit 11 is used to detect the biochemical status of the pet to obtain a biochemical data, and the biochemical data detection item is serum iron. From the data, the small dog pet value may be abnormal. That is to say, the small dog pet has iron deficiency anemia due to lack of iron.

Then, the physiological data unit 12 is used to detect the physiological state of the pet to obtain a physiological data, and the physiological data detecting item is a body weight, and the small dog pet is found to be underweight due to the data.

And using the activity data unit 13 to obtain an activity data according to the activity status of the pet, and the activity data is an activity quantity parameter, for example, an average activity amount of a small dog pet in the market can be input as a comparison basis, and according to the The actual amount of activity of small dogs and pets is compared, ie Activity data is available. For example, the small dog pet activity is less than the average activity of small dog pets on the market.

Specifically, it should be noted that the biochemical data unit 11, the physiological data unit 12, and the activity data unit 13 can be detected in a pet medical institution, but is not limited to the location. The delivery host 2 disposed in the pet medical institution can receive the biochemical data, the physiological data, and the activity data of the biochemical data unit 11, the physiological data unit 12, and the activity data unit 13, and the biochemical data, The physiological data and the activity data are transmitted.

The analysis host 3 can analyze the biochemical data, the physiological data, and the activity data to customize a feed combination suitable for the pet. The feed combination can be formulated with a special focus on anemia, weight gain and increased activity.

Therefore, please refer to all the drawings. When using this design, compared with the conventional technology, the following advantages exist: The creation can be adapted to the pet's exclusive feed blending combination according to the pet's multiple physiological characteristics.

However, the above description is only for the preferred embodiment of the present invention, and thus the scope of the patent is not limited thereby, so the simple modification and equivalent structural changes of the present specification and the drawings are the same. It is included in the scope of this patent and is given to Chen Ming.

1‧‧‧Feeding system based on pets with multiple physiological characteristics

11‧‧‧ Biochemical Data Unit

12‧‧‧ Physiological data unit

13‧‧‧Activity data unit

2‧‧‧Transfer host

3‧‧‧Analysis host

31‧‧‧Formal grain unit

4‧‧‧packing unit

5‧‧‧Media Unit

51‧‧‧Formal feed

6‧‧‧Wearing device

Claims (5)

A feed blending system according to a pet with multiple physiological characteristics, comprising: a biochemical data unit for detecting a biochemical state of a pet to obtain a biochemical data; and a physiological data unit for detecting the pet's physiological state to obtain a physiological data unit; an activity data unit is based on the activity status of the pet to obtain an activity data; a delivery host is connected to the biochemical data unit, the physiological data unit, and the active data unit, and the biochemical data, The physiological data and the activity data are transmitted; and an analysis host is connected to the delivery host for receiving the biochemical data, the physiological data, and the activity data, and analyzing the biochemical data, the physiological data, and the activity. The data is customized to match a feed combination suitable for the pet. The feed compounding system according to the first aspect of the patent application, wherein the pet is more physiologically oriented, further comprises a plurality of formula grain units connected to the analysis host, and the analysis host is based on the biochemical data, the physiological data, and the activity data. The plurality of formula units are blended to obtain the feed combination. The feed compounding system according to the second aspect of the patent application, wherein the pet is more physiologically oriented, further comprises a dispensing unit connected to the plurality of formulating unit, the dispensing unit is configured according to the analysis host. The combination is divided into multiple feed packages. The feed compounding system according to the first aspect of the patent application, wherein the pet is more physiologically oriented, further comprises a mediation unit, the mediation unit is connected to the analysis host, and the mediation unit comprises a plurality of formula feeds. When the analysis host formulates the feed combination suitable for the pet, the mediation unit mediates the formula feed suitable for the pet. The feed compounding system according to the first aspect of the patent application according to claim 1, further comprising a wearable device for being disposed on the pet for detecting an instant physiological state of the pet to obtain an instant Physiological data, the wearable device is connected to the analysis host, the analysis host is configured to receive the instant physiological data, and analyze the instant physiological data, the biochemical data, the physiological data, and the active data to customize the pet to fit the pet The feed combination.