TWM605474U - Ppls wrapping structure of green propolis particle - Google Patents

Abstract

This creation discloses a kind of PPLS green propolis embedded particles, which from the inside to the outside includes: a core layer containing green propolis; and a coating layer.

Description

PPLS green propolis embedded particles

This creation is about a kind of particle structure, especially a kind of PPLS green propolis embedded particles.

According to, Propolis is a jelly formed by mixing saliva secreted by bees with plant secretions during the process of collecting food. It has antibacterial, disease prevention, resistance to parasites, anti-inflammatory, and immune enhancement, etc. effect. In recent years, research has found that the efficacy of propolis is related to its various plant components, such as phenolic compounds, flavonoids, coumarin, caffeic acid, quinones, etc.

Propolis products on the market are mostly syrup-like products and must be placed in a container for storage. Obviously, they will be inconvenient to carry. Furthermore, in the case of syrup-like propolis products, it is in the eating habits of Chinese people. It is usually mixed with other ingredients and brewed into a drink form. However, modern people are busy at work and have limited free time every day. There may not be free time to prepare the required drinks by themselves. There is really room for improvement.

Therefore, the main purpose of this creation is to provide a kind of PPLS green propolis embedded particles, which can wrap the green propolis in it to achieve the effect of convenient consumption. Therefore, in order to achieve the above-mentioned purpose, a kind of PPLS green propolis embedded particles disclosed in this creation includes from the inside out: a core layer containing green propolis; and a coating layer.

Wherein, the outer side of the core layer is covered with the coating layer.

Wherein, the coating layer is selected from the group consisting of excipients, binders, and plasticizers.

Wherein, the coating layer system includes lactose.

In the embodiment of this creation, the particle size of the particulate structure is between 60 μm and 1000 μm.

Please refer to FIG. 1. A preferred embodiment of this creation discloses PPLS green propolis embedded particles. The particle structure A is obtained by a spray drying process, which includes from the inside out: a core layer 10; a coating layer 20 . Wherein, the particle size of the particulate structure A is between 60 μm and 1000 μm, so that the particulate structure A of the preferred embodiment has an appropriate and convenient size.

The core layer 10 contains green propolis. Among them, the extraction method of green propolis includes the following steps: Step a: Take a piece of green propolis, place it in a predetermined concentration of alcohol, and perform extraction under the condition that the extraction temperature is lower than 50℃, and filter the extracted solution to form a Green propolis filtrate and a green propolis wax. Step b: Concentrate the green propolis filtrate to form a green propolis concentrate. Step c: Mix the green propolis concentrate with a propylene glycol solvent to form a green propolis propylene glycol solution. Step d: separating and concentrating from the green propolis propylene glycol solution to form a green propolis extract. Step e: Mix the green propolis extract with triglyceride to form a green propolis/triglyceride mixture, and then separate a green propolis and a wax from the green propolis/triglyceride mixture Oil mixture.

The coating layer 20 is arranged on the outer side of the core layer 10, and is selected from the group consisting of excipients, binders, and plasticizers. In this embodiment, the coating layer 20 uses lactose as an excipient, and partially coats the core layer 10. In other embodiments, the coating layer 20 can also completely cover the core layer 10.

The above is only to illustrate the scope of patent application and specification of this creation through the preferred embodiments disclosed in this creation, and does not limit the purpose of this creation. Therefore, simple changes or quantitative changes in the technical features disclosed in this creation should belong to this creation. The category protected by the creation.

A: Particle structure

10: core layer

20: Coating

Figure 1 is a partial cross-sectional view of a preferred embodiment of the invention.

A: Particle structure

10: core layer

20: Coating

Claims (55)

A kind of PPLS green propolis embedded particles, which includes from the inside to the outside: a core layer containing green propolis; and a coating layer covering the core layer. According to the PPLS green propolis-embedded particles described in item 1 of the scope of patent application, the coating layer is coated on the whole outside of the core layer. According to the first item of the scope of patent application, the PPLS green propolis embedded particles, wherein the coating layer has excipients. According to the first item of the scope of patent application, the PPLS green propolis embedded particles, wherein the coating layer has a binder. According to the first item of the scope of patent application, the PPLS green propolis embedded particles, wherein the coating layer has a plasticizer. According to the PPLS green propolis embedded microparticles described in the first item of the scope of patent application, the composition of the coating layer contains lactose. According to the second item of the scope of patent application, the PPLS green propolis embedded particles, wherein the coating layer contains lactose. According to the PPLS green propolis-embedded particles described in item 3 of the scope of patent application, the composition of the coating layer contains lactose. According to the PPLS green propolis-embedded particles according to item 4 of the scope of patent application, the composition of the coating layer contains lactose. According to item 5 of the scope of patent application, the PPLS green propolis-embedded particles, wherein the composition of the coating layer contains lactose. According to the first item of the scope of the patent application, the PPLS green propolis embedded particles have a particle size between 60 μm and 1000 μm. According to the PPLS green propolis-embedded particles described in item 1 of the scope of patent application, the extraction method of the green propolis includes: Step a: Take a piece of green propolis, perform extraction, and filter the extracted solution to form a green propolis The filtrate and a green propolis wax; step b: concentrating the green propolis filtrate to form a green propolis concentrate; step c: mixing the green propolis concentrate with a propylene glycol solvent to form a green propolis propylene glycol solution; step d: from the The green propolis propylene glycol solution is separated and concentrated to form a green propolis extract; step e: mix the green propolis extract with a triglyceride to form a green propolis/triglyceride mixture, and then from the green propolis/ A green propolis liquid and a wax oil mixture are separated from the triglyceride mixture. According to the 12th item of the scope of patent application, the PPLS green propolis embedded microparticles, wherein in step a, the green propolis block is extracted in a predetermined concentration of alcohol. According to the PPLS green propolis embedded microparticles described in item 12 of the scope of patent application, in step a, the extraction temperature of the green propolis block is lower than 50°C. The PPLS green propolis embedded microparticles according to item 13 of the scope of patent application, wherein in step a, the extraction temperature of the green propolis block is lower than 50°C. According to the PPLS green propolis embedded particles described in item 2 of the scope of patent application, the extraction method of the green propolis includes: Step a: Take a piece of green propolis, perform extraction, and filter the extracted solution to form a green propolis Filtrate and a green propolis wax; step b: concentrating the green propolis filtrate to form a green propolis concentrate; Step c: Mix the green propolis concentrate with a propylene glycol solvent to form a green propolis propylene glycol solution; Step d: Separate and concentrate from the green propolis propylene glycol solution to form a green propolis extract; Step e: Extract the green propolis The liquid is mixed with monotriglyceride to form a green propolis/triglyceride mixture, and then a green propolis/triglyceride mixture is separated from the green propolis/triglyceride mixture. According to the 16th item of the scope of patent application, the PPLS green propolis embedded microparticles, wherein in step a, the green propolis block is extracted in a predetermined concentration of alcohol. According to the 16th item of the scope of patent application, the PPLS green propolis embedded particles, wherein, in step a, the extraction temperature of the green propolis block is lower than 50°C. According to the PPLS green propolis-embedded particles according to item 17 of the scope of patent application, in the step a, the extraction temperature of the green propolis block is lower than 50°C. According to the PPLS green propolis embedded particles described in item 3 of the scope of patent application, the extraction method of the green propolis includes: Step a: Take a piece of green propolis, perform extraction, and filter the extracted solution to form a green propolis The filtrate and a green propolis wax; step b: concentrating the green propolis filtrate to form a green propolis concentrate; step c: mixing the green propolis concentrate with a propylene glycol solvent to form a green propolis propylene glycol solution; step d: from the The green propolis propylene glycol solution is separated and concentrated to form a green propolis extract; step e: mix the green propolis extract with a triglyceride to form a green propolis/triglyceride mixture, and then from the green propolis/ A green propolis liquid and a wax oil mixture are separated from the triglyceride mixture. According to the 20th item of the scope of patent application, the PPLS green propolis embedded microparticles, wherein in step a, the green propolis block is extracted in a predetermined concentration of alcohol. According to the 20th item of the scope of patent application, the PPLS green propolis embedded particles, wherein in step a, the extraction temperature of the green propolis block is lower than 50°C. The PPLS green propolis embedded microparticles according to item 21 of the scope of patent application, wherein in step a, the extraction temperature of the green propolis block is lower than 50°C. According to the PPLS green propolis embedded particles described in item 4 of the scope of patent application, the extraction method of the green propolis includes: Step a: Take a piece of green propolis, perform extraction, and filter the extracted solution to form a green propolis The filtrate and a green propolis wax; step b: concentrating the green propolis filtrate to form a green propolis concentrate; step c: mixing the green propolis concentrate with a propylene glycol solvent to form a green propolis propylene glycol solution; step d: from the The green propolis propylene glycol solution is separated and concentrated to form a green propolis extract; step e: mix the green propolis extract with a triglyceride to form a green propolis/triglyceride mixture, and then from the green propolis/ A green propolis liquid and a wax oil mixture are separated from the triglyceride mixture. According to the PPLS green propolis embedded microparticles according to item 24 of the scope of patent application, in the step a, the green propolis block is extracted in a predetermined concentration of alcohol. According to the PPLS green propolis embedded microparticles according to item 24 of the scope of patent application, in the step a, the extraction temperature of the green propolis block is lower than 50°C. According to the PPLS green propolis embedded microparticles according to item 25 of the scope of patent application, in the step a, the extraction temperature of the green propolis block is lower than 50°C. According to the PPLS green propolis embedded microparticles described in item 5 of the scope of patent application, the extraction method of the green propolis includes: Step a: Take a piece of green propolis, perform extraction, filter the extracted solution to form a green propolis filtrate and a green propolis wax; Step b: Concentrate the green propolis filtrate to form a green propolis concentrate; Step c: The The green propolis concentrate is mixed with a propylene glycol solvent to form a green propolis propylene glycol solution; step d: separating and concentrating from the green propolis propylene glycol solution to form a green propolis extract; step e: the green propolis extract and triacid The glycerides are mixed to form a green propolis/triglyceride mixture, and then a green propolis/triglyceride mixture is separated from a green propolis liquid and a wax oil mixture. The PPLS green propolis embedded microparticles according to item 28 of the scope of patent application, wherein, in step a, the green propolis block is extracted in a predetermined concentration of alcohol. According to the 28th item of the scope of patent application, the PPLS green propolis embedded particles, wherein, in step a, the extraction temperature of the green propolis block is lower than 50°C. According to the PPLS green propolis-embedded particles according to item 29 of the scope of patent application, in the step a, the extraction temperature of the green propolis block is lower than 50°C. According to the PPLS green propolis embedded particles described in item 6 of the scope of patent application, the extraction method of the green propolis includes: Step a: Take a piece of green propolis, perform extraction, and filter the extracted solution to form a green propolis The filtrate and a green propolis wax; step b: concentrating the green propolis filtrate to form a green propolis concentrate; step c: mixing the green propolis concentrate with a propylene glycol solvent to form a green propolis propylene glycol solution; step d: from the The green propolis propylene glycol solution is separated and concentrated to form a green propolis extract; step e: mix the green propolis extract with a triglyceride to form a green propolis/triglyceride mixture, and then from the green propolis/ A green propolis liquid and a wax oil mixture are separated from the triglyceride mixture. The PPLS green propolis embedded microparticles according to item 32 of the scope of patent application, wherein in step a, the green propolis block is extracted in a predetermined concentration of alcohol. According to the PPLS green propolis-embedded particles described in item 32 of the scope of patent application, in step a, the extraction temperature of the green propolis block is lower than 50°C. According to the 33rd item of the scope of patent application, the PPLS green propolis embedded particles, wherein in step a, the extraction temperature of the green propolis block is lower than 50°C. According to the PPLS green propolis embedded microparticles described in item 7 of the scope of patent application, the extraction method of the green propolis includes: Step a: Take a piece of green propolis, perform extraction, and filter the extracted solution to form a green propolis The filtrate and a green propolis wax; step b: concentrating the green propolis filtrate to form a green propolis concentrate; step c: mixing the green propolis concentrate with a propylene glycol solvent to form a green propolis propylene glycol solution; step d: from the The green propolis propylene glycol solution is separated and concentrated to form a green propolis extract; step e: mix the green propolis extract with a triglyceride to form a green propolis/triglyceride mixture, and then from the green propolis/ A green propolis liquid and a wax oil mixture are separated from the triglyceride mixture. The PPLS green propolis embedded microparticles according to item 36 of the scope of patent application, wherein in step a, the green propolis block is extracted in a predetermined concentration of alcohol. The PPLS green propolis embedded microparticles according to item 36 of the scope of patent application, wherein in step a, the extraction temperature of the green propolis block is lower than 50°C. According to the PPLS green propolis-embedded particles according to item 37 of the scope of patent application, in the step a, the extraction temperature of the green propolis block is lower than 50°C. According to the 8th item of the scope of patent application, the PPLS green propolis embedded particles, wherein the extraction method of the green propolis includes: Step a: Take a piece of green propolis, perform extraction, and filter the extracted solution to form a green propolis The filtrate and a green propolis wax; step b: concentrating the green propolis filtrate to form a green propolis concentrate; step c: mixing the green propolis concentrate with a propylene glycol solvent to form a green propolis propylene glycol solution; step d: from the The green propolis propylene glycol solution is separated and concentrated to form a green propolis extract; step e: mix the green propolis extract with a triglyceride to form a green propolis/triglyceride mixture, and then from the green propolis/ A green propolis liquid and a wax oil mixture are separated from the triglyceride mixture. The PPLS green propolis embedded microparticles according to item 40 of the scope of patent application, wherein in step a, the green propolis block is extracted in a predetermined concentration of alcohol. According to the PPLS green propolis embedded microparticles according to item 40 of the scope of patent application, in the step a, the extraction temperature of the green propolis block is lower than 50°C. According to the PPLS green propolis embedded microparticles according to item 41 of the scope of patent application, in the step a, the extraction temperature of the green propolis block is lower than 50°C. According to the ninth item of the scope of patent application, the PPLS green propolis embedded particles, wherein the extraction method of the green propolis includes: Step a: Take a piece of green propolis, perform extraction, and filter the extracted solution to form a green propolis The filtrate and a green propolis wax; step b: concentrating the green propolis filtrate to form a green propolis concentrate; step c: mixing the green propolis concentrate with a propylene glycol solvent to form a green propolis propylene glycol solution; step d: from the Separated from the green propolis propylene glycol solution and concentrated to form a green propolis extract; Step e: Mix the green propolis extract with triglyceride to form a green propolis/triglyceride mixture, and then separate a green propolis and a wax from the green propolis/triglyceride mixture Oil mixture. According to the PPLS green propolis embedded microparticles according to item 44 of the patent application, in the step a, the green propolis block is extracted in a predetermined concentration of alcohol. According to the PPLS green propolis-embedded particles according to item 44 of the scope of patent application, in the step a, the extraction temperature of the green propolis block is lower than 50°C. According to the PPLS green propolis embedded microparticles described in item 45 of the scope of patent application, in step a, the extraction temperature of the green propolis block is lower than 50°C. According to the 10th item of the scope of patent application, the PPLS green propolis embedded particles, wherein the extraction method of the green propolis includes: Step a: Take a piece of green propolis, perform extraction, and filter the extracted solution to form a green propolis The filtrate and a green propolis wax; step b: concentrating the green propolis filtrate to form a green propolis concentrate; step c: mixing the green propolis concentrate with a propylene glycol solvent to form a green propolis propylene glycol solution; step d: from the The green propolis propylene glycol solution is separated and concentrated to form a green propolis extract; step e: mix the green propolis extract with a triglyceride to form a green propolis/triglyceride mixture, and then from the green propolis/ A green propolis liquid and a wax oil mixture are separated from the triglyceride mixture. The PPLS green propolis embedded microparticles according to item 48 of the scope of patent application, wherein in step a, the green propolis block is extracted in a predetermined concentration of alcohol. According to item 48 of the scope of patent application, the PPLS green propolis embedded particles, wherein in step a, the extraction temperature of the green propolis block is lower than 50°C. According to item 49 of the scope of patent application, the PPLS green propolis embedded particles, wherein in step a, the extraction temperature of the green propolis block is lower than 50°C. According to the eleventh item of the scope of patent application, the PPLS green propolis embedded particles, wherein the extraction method of the green propolis includes: Step a: Take a piece of green propolis, perform extraction, and filter the extracted solution to form a green propolis The filtrate and a green propolis wax; step b: concentrating the green propolis filtrate to form a green propolis concentrate; step c: mixing the green propolis concentrate with a propylene glycol solvent to form a green propolis propylene glycol solution; step d: from the The green propolis propylene glycol solution is separated and concentrated to form a green propolis extract; step e: mix the green propolis extract with a triglyceride to form a green propolis/triglyceride mixture, and then from the green propolis/ A green propolis liquid and a wax oil mixture are separated from the triglyceride mixture. The PPLS green propolis embedded particles according to item 52 of the scope of patent application, wherein in step a, the green propolis block is extracted in a predetermined concentration of alcohol. According to the PPLS green propolis embedded microparticles according to item 52 of the scope of patent application, in step a, the extraction temperature of the green propolis block is lower than 50°C. The PPLS green propolis embedded microparticles according to item 53 of the scope of patent application, wherein in step a, the extraction temperature of the green propolis block is lower than 50°C.

Images