CN110468299A - The preparation method and preparation system for jewellery and the light green billon of horological industry based on Internet of Things - Google Patents
The preparation method and preparation system for jewellery and the light green billon of horological industry based on Internet of Things Download PDFInfo
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- CN110468299A CN110468299A CN201910887392.0A CN201910887392A CN110468299A CN 110468299 A CN110468299 A CN 110468299A CN 201910887392 A CN201910887392 A CN 201910887392A CN 110468299 A CN110468299 A CN 110468299A
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- C—CHEMISTRY; METALLURGY
- C22—METALLURGY; FERROUS OR NON-FERROUS ALLOYS; TREATMENT OF ALLOYS OR NON-FERROUS METALS
- C22C—ALLOYS
- C22C1/00—Making non-ferrous alloys
- C22C1/02—Making non-ferrous alloys by melting
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- C—CHEMISTRY; METALLURGY
- C22—METALLURGY; FERROUS OR NON-FERROUS ALLOYS; TREATMENT OF ALLOYS OR NON-FERROUS METALS
- C22C—ALLOYS
- C22C5/00—Alloys based on noble metals
- C22C5/02—Alloys based on gold
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W76/00—Connection management
- H04W76/10—Connection setup
- H04W76/15—Setup of multiple wireless link connections
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Abstract
The preparation method for jewellery and the light green billon of horological industry based on Internet of Things that the invention discloses a kind of, includes the following steps: to collect alloy compositions and technique information by mobile communication terminal；The first RRC connection request message is sent from mobile communication terminal to first base station, while sending the second RRC connection request message from mobile communication terminal to the second base station；In response to receiving the first RRC connection request message, judge whether first base station can establish RRC with mobile communication terminal and connect by first base station；In response to receiving the second RRC connection request message, judge whether the second base station can establish RRC with mobile communication terminal and connect by the second base station；It is connect if it is determined that first base station can establish RRC with mobile communication terminal, then sends first base station RRC connection status available message from first base station to the second base station；It is connect if it is determined that the second base station can establish RRC with mobile communication terminal, then sends the second base station RRC connection status available message from the second base station to first base station.
Description
Technical field
The present invention relates to metal alloy fields, are used for jewellery and horological industry based on Internet of Things especially with regard to a kind of
Light green billon preparation method and preparation system.
Background technique
Golden initial functions as jewellery and decorative material material and obtains the attention of people.With the development of the times and people
People's improvement of living standard, the aesthetic idea of people are also constantly promoted, and noble metal jewelry is more and more by vast consumption
The favor of person.Proof gold is due to too soft, while only a kind of color (yellow), it is excessively single in artistic expression for color
Adjust, the jewellery of various colors, different gold contents thus come into being.Although China's bullion industry, especially jewellery are closed
Gold is quickly grown, but due to starting evening, starting point is low, and also there is a big difference compared with world level on some sport technique segments.Row
Industry problem does not solve for a long time, not only affects the market sales volume and usage experience of Related product, also serious to limit this
Market occupancy volume of the class product in international scope.International K system is generallyd use according to different gold contents to measure containing for gold
Amount, thus billon is also referred to as karat gold, number/24 K are gold content, such as 18K, 18/24=0.75, i.e. 18K gold gold content
It is 75%, 25% is other alloying elements.With coming into force for 1811 standard of UNI EN, use is limited in karat gold in nickel element
System.Simultaneously because " more morals-Frank's bill " come into force, tin element is also managed.Market for karat gold ornaments demand it is various
(the especially color) changed, comparative maturity is K red billon, K yellow gold alloy, K white gold alloy.CN 102676864
A reports the formula and preparation method of purple K gold, and CN107208186 A reports the master alloy for manufacturing White gold alloy.
The information disclosed in the background technology section is intended only to increase the understanding to general background of the invention, without answering
When being considered as recognizing or imply that the information constitutes the prior art already known to those of ordinary skill in the art in any form.
Summary of the invention
The purpose of the present invention is to provide a kind of light green billon for jewellery and horological industry based on Internet of Things
Preparation method and preparation system, the shortcomings that prior art can be overcome.
To achieve the above object, the light green for jewellery and horological industry based on Internet of Things that the present invention provides a kind of
The preparation method of billon includes the following steps: to collect alloy compositions and technique information by mobile communication terminal；By mobile communication
Terminal sends the first RRC connection request message to first base station, while sending the 2nd RRC from mobile communication terminal to the second base station
Connection request message；Redundant transmission notice is sent from mobile communication terminal to first base station, wherein is received in first base station superfluous
After remaining transmission notice, first base station can determine that mobile communication terminal sends the second RRC connection request to the second base station
Message；In response to receiving the first RRC connection request message, judge whether first base station can be with mobile communication by first base station
Terminal establishes RRC connection；In response to receiving the second RRC connection request message, judge that the second base station whether can by the second base station
Enough RRC is established with mobile communication terminal to connect；It is connect if it is determined that first base station can establish RRC with mobile communication terminal, then
In response to receiving redundant transmission notice, first base station RRC connection status available message is sent from first base station to the second base station；
It is connect if it is determined that the second base station can establish RRC with mobile communication terminal, then in response to receiving first base station RRC connection shape
State available message sends the second base station RRC connection status available message from the second base station to first base station；When first base station can
It establishes RRC with mobile communication terminal to connect, and when the second base station can establish RRC with mobile communication terminal and connect, by first
Base station sends the first RRC connection establishment response message to mobile communication terminal, sends the from the second base station to mobile communication terminal
Two RRC connection establishment response message；Foundation sound is connected with the 2nd RRC in response to receiving the first RRC connection establishment response message
Message is answered, sends alloy compositions and technique information from mobile communication terminal to first base station, while sending alloy to the second base station
Component and technique information；And alloy compositions and technique information are sent with toilet alloy system from first base station to alloy manufacturing platform
Make platform manufacture alloy.
In a preferred embodiment, the system for jewellery and the light green billon of horological industry based on Internet of Things
Preparation Method includes the following steps: if it is determined that first base station can not establish RRC with mobile communication terminal connect, then first base station
First base station RRC connection status available message is not sent to the second base station；If it is determined that the second base station can be with mobile communication end
RRC connection is established at end, then sends the 2nd RRC connection establishment response message from the second base station to mobile communication terminal；In response to connecing
The 2nd RRC connection establishment response message is received, sends alloy compositions and technique information from mobile communication terminal to the second base station；By
Second base station sends alloy compositions and technique information to alloy manufacturing platform and manufactures alloy with toilet alloy manufacturing platform.
In a preferred embodiment, the system for jewellery and the light green billon of horological industry based on Internet of Things
Preparation Method includes the following steps: after sending alloy compositions and technique information to first base station from mobile communication terminal, by the
One base station judges whether successfully receiving alloy compositions and technique information；If it is determined that being not successfully receiving alloy compositions and work
Skill information then sends alloy compositions and technique information request message from first base station to the second base station；If the success of the second base station
Alloy compositions and technique information are received, then in response to receiving alloy compositions and technique information request message, by the second base station
Alloy compositions and technique information are forwarded to first base station；Alloy compositions are sent to alloy manufacturing platform from first base station and technique is believed
Breath manufactures alloy with toilet alloy manufacturing platform.
In a preferred embodiment, the system for jewellery and the light green billon of horological industry based on Internet of Things
Preparation Method includes the following steps: if the second base station is not successfully receiving alloy compositions and technique information, in response to receiving
It, can not from the second base station to first base station notice alloy compositions and technique information to alloy compositions and technique information request message
With；In response to receiving alloy compositions and the not available notice of technique information, and it is not successfully receiving alloy compositions and work
The judgement of skill information sends from first base station to mobile communication terminal and retransmits message；Disappear in response to receiving retransmission
Breath, retransmits alloy compositions and technique information by mobile communication terminal.
In a preferred embodiment, wherein alloy compositions include: that silver content is 5.5wt%-7.5wt%, copper content
8.5wt%-12wt%, Zn content 6wt%-10wt%, cobalt content 0.05wt%-0.35wt%, silicone content 200-
400ppm, iridium content are 0-150ppm, boron content 0-120ppm, phosphorus content 0-50ppm, and surplus is gold.
The preparation for jewellery and the light green billon of horological industry based on Internet of Things that the present invention also provides a kind of
System, comprising: for collecting the unit of alloy compositions and technique information by mobile communication terminal；For from mobile communication terminal to
First base station sends the first RRC connection request message, while sending the 2nd RRC connection to the second base station from mobile communication terminal and asking
Seek the unit of message；For sending the unit that redundant transmission notifies from mobile communication terminal to first base station, wherein in the first base
After station receives redundant transmission notice, first base station can determine that mobile communication terminal sends second to the second base station
RRC connection request message；For judging that first base station is by first base station in response to receiving the first RRC connection request message
It is no that the unit that RRC is connect can be established with mobile communication terminal；For in response to receiving the second RRC connection request message, by
Second base station judges whether the second base station can establish the unit that RRC is connect with mobile communication terminal；For if it is determined that first
Base station can establish RRC with mobile communication terminal and connect, then in response to receiving redundant transmission notice, from first base station to second
The unit of base station transmission first base station RRC connection status available message；For if it is determined that the second base station can be with mobile communication
Terminal establishes RRC connection, then in response to receiving first base station RRC connection status available message, from the second base station to the first base
It stands and sends the unit of the second base station RRC connection status available message；For that can be established with mobile communication terminal when first base station
RRC connection, and when the second base station can establish RRC with mobile communication terminal and connect, from first base station to mobile communication terminal
The first RRC connection establishment response message is sent, the 2nd RRC connection establishment response is sent to mobile communication terminal from the second base station and disappears
The unit of breath；For in response to receiving the first RRC connection establishment response message and the 2nd RRC connection establishment response message, by
Mobile communication terminal sends alloy compositions and technique information to first base station, while sending alloy compositions and technique to the second base station
The unit of information；And for sending alloy compositions and technique information from first base station to alloy manufacturing platform with toilet alloy system
Make the unit of platform manufacture alloy.
In a preferred embodiment, the system for jewellery and the light green billon of horological industry based on Internet of Things
Standby system includes: to be used for if it is determined that first base station can not establish RRC with mobile communication terminal connect, then first base station is not
The unit of first base station RRC connection status available message is sent to the second base station；For if it is determined that the second base station can be with shifting
Mobile communication terminal establishes RRC connection, then sends the 2nd RRC connection establishment response message from the second base station to mobile communication terminal
Unit；For sending alloy from mobile communication terminal to the second base station in response to receiving the 2nd RRC connection establishment response message
The unit of component and technique information；For sending alloy compositions and technique information from the second base station to alloy manufacturing platform with toilet
The unit of alloy manufacturing platform manufacture alloy.
In a preferred embodiment, the system for jewellery and the light green billon of horological industry based on Internet of Things
Standby system includes: for after sending alloy compositions and technique information to first base station from mobile communication terminal, by the first base
Station judges whether successfully receiving the unit of alloy compositions and technique information；For if it is determined that being not successfully receiving alloy group
Point and technique information, then from first base station to the second base station send alloy compositions and technique information request message unit；For
If the second base station is successfully received alloy compositions and technique information, requested in response to receiving alloy compositions and technique information
Message forwards the unit of alloy compositions and technique information from the second base station to first base station；For from first base station to alloy system
It makes platform and sends alloy compositions and technique information with the unit of toilet alloy manufacturing platform manufacture alloy.
In a preferred embodiment, the system for jewellery and the light green billon of horological industry based on Internet of Things
If standby system includes: to be not successfully receiving alloy compositions and technique information for the second base station, closed in response to receiving
Golden component and technique information request message notify alloy compositions and the not available list of technique information from the second base station to first base station
Member；For in response to receiving alloy compositions and the not available notice of technique information, and it is not successfully receiving alloy compositions
With the judgement of technique information, the unit for retransmitting message is sent from first base station to mobile communication terminal；For in response to connecing
Retransmission message is received, the unit of alloy compositions and technique information is retransmitted by mobile communication terminal.
In a preferred embodiment, wherein alloy compositions include: that silver content is 5.5wt%-7.5wt%, copper content
8.5wt%-12wt%, Zn content 6wt%-10wt%, cobalt content 0.05wt%-0.35wt%, silicone content 200-
400ppm, iridium content are 0-150ppm, boron content 0-120ppm, phosphorus content 0-50ppm, and surplus is gold.
Compared with prior art, the present invention has the advantage that traditional jewellery gold process mostly use artificial preparing metal and
The method made, this method is subjective random bigger, although there are stringent operating instruction, product matter in every factory
Amount will substantially rely on the experience of master worker, skilled operation degree etc. factor.The client of color, light due to to(for) jewellery gold
Pool, texture etc. requirement are all very high, so being even heat-treated the temporal fine difference of kiln process, all may cause head
Visible difference in gilding product color.In addition, the cost of experienced master worker is usually quite height, this causes jewellery gold to add
The cost of work is high.To solve the above-mentioned problems, jewellery gold quality stability is improved, the manufacturing cost of jewellery gold is reduced,
The invention proposes a kind of preparation method for jewellery and the light green billon of horological industry based on Internet of Things, the present invention
Method rely on technology of Internet of things, the control of jewellery gold manufacturing process is all remotely operated, realize jewellery gold intelligence
Manufacture.
Detailed description of the invention
Fig. 1 is preparation method flow chart according to an embodiment of the present invention.
Fig. 2 is according to embodiments of the present invention 1 product SEM figure.
Fig. 3 is according to embodiments of the present invention 2 product SEM figure.
Specific embodiment
With reference to the accompanying drawing, specific embodiments of the present invention will be described in detail, it is to be understood that guarantor of the invention
Shield range is not limited by the specific implementation.
Unless otherwise explicitly stated, otherwise in entire disclosure and claims, term " includes " or its change
Changing such as "comprising" or " including " etc. will be understood to comprise stated element or component, and not exclude other members
Part or other component parts.
Fig. 1 is preparation method flow chart according to an embodiment of the present invention.As shown, of the invention based on Internet of Things
The preparation method of the light green billon for jewellery and horological industry include the following steps:
Step 101: alloy compositions and technique information are collected by mobile communication terminal；
Step 102: sending the first RRC connection request message from mobile communication terminal to first base station, while by mobile logical
Believe that terminal sends the second RRC connection request message to the second base station；
Step 103: sending redundant transmission notice from mobile communication terminal to first base station, wherein receive in first base station
To after redundant transmission notice, first base station can determine that mobile communication terminal sends the 2nd RRC connection to the second base station
Request message；
Step 104: in response to receiving the first RRC connection request message, judging that first base station whether can by first base station
Enough RRC is established with mobile communication terminal to connect；
Step 105: in response to receiving the second RRC connection request message, judging that the second base station whether can by the second base station
Enough RRC is established with mobile communication terminal to connect；
Step 106: being connect if it is determined that first base station can establish RRC with mobile communication terminal, then in response to receiving
Redundant transmission notice sends first base station RRC connection status available message from first base station to the second base station；
Step 107: being connect if it is determined that the second base station can establish RRC with mobile communication terminal, then in response to receiving
First base station RRC connection status available message disappears from the second base station to first base station the second base station RRC connection status of transmission is available
Breath；
Step 108: being connect when first base station can establish RRC with mobile communication terminal, and the second base station can be with shifting
When mobile communication terminal establishes RRC connection, the first RRC connection establishment response message is sent from first base station to mobile communication terminal,
The 2nd RRC connection establishment response message is sent from the second base station to mobile communication terminal；
Step 109: in response to receiving the first RRC connection establishment response message and the 2nd RRC connection establishment response message,
Alloy compositions and technique information are sent from mobile communication terminal to first base station, while sending alloy compositions and work to the second base station
Skill information；And
Step 110: sending alloy compositions and technique information from first base station to alloy manufacturing platform with the manufacture of toilet alloy
Platform manufactures alloy.
In a preferred embodiment, the system for jewellery and the light green billon of horological industry based on Internet of Things
Preparation Method includes the following steps: if it is determined that first base station can not establish RRC with mobile communication terminal connect, then first base station
First base station RRC connection status available message is not sent to the second base station；If it is determined that the second base station can be with mobile communication end
RRC connection is established at end, then sends the 2nd RRC connection establishment response message from the second base station to mobile communication terminal；In response to connecing
The 2nd RRC connection establishment response message is received, sends alloy compositions and technique information from mobile communication terminal to the second base station；By
Second base station sends alloy compositions and technique information to alloy manufacturing platform and manufactures alloy with toilet alloy manufacturing platform.
In a preferred embodiment, the system for jewellery and the light green billon of horological industry based on Internet of Things
Preparation Method includes the following steps: after sending alloy compositions and technique information to first base station from mobile communication terminal, by the
One base station judges whether successfully receiving alloy compositions and technique information；If it is determined that being not successfully receiving alloy compositions and work
Skill information then sends alloy compositions and technique information request message from first base station to the second base station；If the success of the second base station
Alloy compositions and technique information are received, then in response to receiving alloy compositions and technique information request message, by the second base station
Alloy compositions and technique information are forwarded to first base station；Alloy compositions are sent to alloy manufacturing platform from first base station and technique is believed
Breath manufactures alloy with toilet alloy manufacturing platform.
In a preferred embodiment, the system for jewellery and the light green billon of horological industry based on Internet of Things
Preparation Method includes the following steps: if the second base station is not successfully receiving alloy compositions and technique information, in response to receiving
It, can not from the second base station to first base station notice alloy compositions and technique information to alloy compositions and technique information request message
With；In response to receiving alloy compositions and the not available notice of technique information, and it is not successfully receiving alloy compositions and work
The judgement of skill information sends from first base station to mobile communication terminal and retransmits message；Disappear in response to receiving retransmission
Breath, retransmits alloy compositions and technique information by mobile communication terminal.
The preparation for jewellery and the light green billon of horological industry based on Internet of Things that the present invention also provides a kind of
System, comprising: for collecting the unit of alloy compositions and technique information by mobile communication terminal；For from mobile communication terminal to
First base station sends the first RRC connection request message, while sending the 2nd RRC connection to the second base station from mobile communication terminal and asking
Seek the unit of message；For sending the unit that redundant transmission notifies from mobile communication terminal to first base station, wherein in the first base
After station receives redundant transmission notice, first base station can determine that mobile communication terminal sends second to the second base station
RRC connection request message；For judging that first base station is by first base station in response to receiving the first RRC connection request message
It is no that the unit that RRC is connect can be established with mobile communication terminal；For in response to receiving the second RRC connection request message, by
Second base station judges whether the second base station can establish the unit that RRC is connect with mobile communication terminal；For if it is determined that first
Base station can establish RRC with mobile communication terminal and connect, then in response to receiving redundant transmission notice, from first base station to second
The unit of base station transmission first base station RRC connection status available message；For if it is determined that the second base station can be with mobile communication
Terminal establishes RRC connection, then in response to receiving first base station RRC connection status available message, from the second base station to the first base
It stands and sends the unit of the second base station RRC connection status available message；For that can be established with mobile communication terminal when first base station
RRC connection, and when the second base station can establish RRC with mobile communication terminal and connect, from first base station to mobile communication terminal
The first RRC connection establishment response message is sent, the 2nd RRC connection establishment response is sent to mobile communication terminal from the second base station and disappears
The unit of breath；For in response to receiving the first RRC connection establishment response message and the 2nd RRC connection establishment response message, by
Mobile communication terminal sends alloy compositions and technique information to first base station, while sending alloy compositions and technique to the second base station
The unit of information；And for sending alloy compositions and technique information from first base station to alloy manufacturing platform with toilet alloy system
Make the unit of platform manufacture alloy.
In a preferred embodiment, the system for jewellery and the light green billon of horological industry based on Internet of Things
Standby system includes: to be used for if it is determined that first base station can not establish RRC with mobile communication terminal connect, then first base station is not
The unit of first base station RRC connection status available message is sent to the second base station；For if it is determined that the second base station can be with shifting
Mobile communication terminal establishes RRC connection, then sends the 2nd RRC connection establishment response message from the second base station to mobile communication terminal
Unit；For sending alloy from mobile communication terminal to the second base station in response to receiving the 2nd RRC connection establishment response message
The unit of component and technique information；For sending alloy compositions and technique information from the second base station to alloy manufacturing platform with toilet
The unit of alloy manufacturing platform manufacture alloy.
In a preferred embodiment, the system for jewellery and the light green billon of horological industry based on Internet of Things
Standby system includes: for after sending alloy compositions and technique information to first base station from mobile communication terminal, by the first base
Station judges whether successfully receiving the unit of alloy compositions and technique information；For if it is determined that being not successfully receiving alloy group
Point and technique information, then from first base station to the second base station send alloy compositions and technique information request message unit；For
If the second base station is successfully received alloy compositions and technique information, requested in response to receiving alloy compositions and technique information
Message forwards the unit of alloy compositions and technique information from the second base station to first base station；For from first base station to alloy system
It makes platform and sends alloy compositions and technique information with the unit of toilet alloy manufacturing platform manufacture alloy.
In a preferred embodiment, the system for jewellery and the light green billon of horological industry based on Internet of Things
If standby system includes: to be not successfully receiving alloy compositions and technique information for the second base station, closed in response to receiving
Golden component and technique information request message notify alloy compositions and the not available list of technique information from the second base station to first base station
Member；For in response to receiving alloy compositions and the not available notice of technique information, and it is not successfully receiving alloy compositions
With the judgement of technique information, the unit for retransmitting message is sent from first base station to mobile communication terminal；For in response to connecing
Retransmission message is received, the unit of alloy compositions and technique information is retransmitted by mobile communication terminal.
It should be understood by those skilled in the art that, embodiments herein can provide as method, system or computer program
Product.Therefore, complete hardware embodiment, complete software embodiment or reality combining software and hardware aspects can be used in the application
Apply the form of example.Moreover, it wherein includes the computer of computer usable program code that the application, which can be used in one or more,
The computer program implemented in usable storage medium (including but not limited to magnetic disk storage, CD-ROM, optical memory etc.) produces
The form of product.
The application is referring to method, the process of equipment (system) and computer program product according to the embodiment of the present application
Figure and/or block diagram describe.It should be understood that every one stream in flowchart and/or the block diagram can be realized by computer program instructions
The combination of process and/or box in journey and/or box and flowchart and/or the block diagram.It can provide these computer programs
Instruct the processor of general purpose computer, special purpose computer, Embedded Processor or other programmable data processing devices to produce
A raw machine, so that being generated by the instruction that computer or the processor of other programmable data processing devices execute for real
The device for the function of being specified in present one or more flows of the flowchart and/or one or more blocks of the block diagram.
These computer program instructions, which may also be stored in, is able to guide computer or other programmable data processing devices with spy
Determine in the computer-readable memory that mode works, so that it includes referring to that instruction stored in the computer readable memory, which generates,
Enable the manufacture of device, the command device realize in one box of one or more flows of the flowchart and/or block diagram or
The function of being specified in multiple boxes.
These computer program instructions also can be loaded onto a computer or other programmable data processing device, so that counting
Series of operation steps are executed on calculation machine or other programmable devices to generate computer implemented processing, thus in computer or
The instruction executed on other programmable devices is provided for realizing in one or more flows of the flowchart and/or block diagram one
The step of function of being specified in a box or multiple boxes.
It is introduced below after alloy manufacturing platform receives alloy compositions and technique information, the operation of alloy manufacturing platform
And multiple embodiments of the invention.
Embodiment 1
Alloy manufacturing platform presses following heavy percentage alloyage, and silver-colored (Ag) content is 5.5%, copper (Cu) content
8.5%, zinc (Zn) content is 6%, and cobalt (Co) content is 0.05%, and silicon (Si) content is 200, and surplus is gold.In inert gas
Or the lower melting of reducibility gas protection, 1050 DEG C of smelting temperature.By method reverse mould well known to jewellery industry, horological industry, then pass through
The subsequent processings such as polishing, polishing, obtain the absinthe-green billon ornaments of 18K.Above-mentioned technique obtains ten sets of samples repeatedly, obtains
18K light green billon CIElab value a*:-1.5--1.6, b*:19-20, present light green, hardness Hv175-177, pass through
300 DEG C, protective atmosphere keeps the temperature hardness Hv190-192 after 1 hour ageing treatment, and manufacturing cost mean value is 1 (due to cost actual value
It is related to the business secret of applicant, so cost mean value is normalized all in accordance with the actual cost of embodiment 1).Alloy casting
Make functional, during jewellery and horological industry reverse mould (casting), tiny die cavity can be filled preferably.Generate sand hole
The tendentiousness of (casting is loose) is small.
Embodiment 2
Alloy manufacturing platform presses following heavy percentage alloyage.Silver-colored (Ag) content is 7.5%, copper (Cu) content 12%,
Zinc (Zn) content is 10%, and cobalt (Co) content is 0.35%, and silicon (Si) content is 400ppm, and iridium (Ir) content is 150ppm, boron
(B) content is 120ppm, and phosphorus (P) content is 50ppm, and surplus is gold.The melting under inert gas or reducibility gas protection,
1150 DEG C of smelting temperature.By method reverse mould well known to jewellery industry, horological industry, then the subsequent processings such as polished, polished, it obtains
The absinthe-green billon ornaments of 18K.Above-mentioned technique obtains ten sets of samples repeatedly, the 18K light green billon being prepared
Light green is presented in CIElab value a*:-3.0--2.9, b*:25-26, and hardness Hv200-201, by 350 DEG C, protective atmosphere is kept the temperature
Hardness Hv255-256 after 1 hour ageing treatment, manufacturing cost mean value are 1.1.The alloy casting character is good, in jewellery and clock
During table row industry reverse mould (casting), tiny die cavity can be filled preferably.The tendentiousness for generating sand hole (casting is loose) is small.
Embodiment 3
Alloy manufacturing platform presses following heavy percentage alloyage.Silver-colored (Ag) content is 6.5%, copper (Cu) content 10%,
Zinc (Zn) content is 8%, and cobalt (Co) content is 0.2%, and silicon (Si) content is 300ppm, and iridium (Ir) content is 75ppm, boron (B)
Content is 60ppm, and phosphorus (P) content is 50ppm, and surplus is gold.The melting under inert gas or reducibility gas protection, melting temperature
1100 DEG C of degree.By method reverse mould well known to jewellery industry, horological industry, then the subsequent processings such as polished, polished, it is light to obtain 18K
The billon ornaments of green.Above-mentioned technique obtains ten sets of samples repeatedly, the 18K light green billon CIElab value being prepared
Light green, hardness Hv185-186, by 330 DEG C, when protective atmosphere is kept the temperature 1 hour is presented in a*:-2.0--2.1, b*:22-23
Hardness Hv235-237 after effect processing, manufacturing cost mean value are 1.1.The alloy casting character is good, falls in jewellery and horological industry
During mould (casting), tiny die cavity can be filled preferably.The tendentiousness for generating sand hole (casting is loose) is small.
Comparative example 1
Without using Internet of Things alloy manufacturing platform of the invention, but manufactured using traditional artificial manufacturing method.It presses
Percentage alloyage is weighed below, and silver-colored (Ag) content is 5.5%, and copper (Cu) content 8.5%, zinc (Zn) content is 6%, cobalt (Co)
Content is 0.05%, and silicon (Si) content is 200, and surplus is gold.The melting under inert gas or reducibility gas protection, melting temperature
1050 DEG C of degree.By method reverse mould well known to jewellery industry, horological industry, then the subsequent processings such as polished, polished, it is light to obtain 18K
The billon ornaments of green.Above-mentioned technique obtains ten sets of samples repeatedly, obtained 18K light green billon CIElab value a*:-
Light green is presented in 1.5--1.9, b*:19-24, and hardness Hv165-175, by 300 DEG C, protective atmosphere is kept the temperature at 1 hour timeliness
Hardness Hv175-190 after reason, manufacturing cost mean value are 1.8.
Comparative example 2
Without using Internet of Things alloy manufacturing platform of the invention, but manufactured using traditional artificial manufacturing method.Silver
(Ag) content is 7.5%, copper (Cu) content 12%, and zinc (Zn) content is 10%, and cobalt (Co) content is 0.35%, silicon (Si) content
For 400ppm, iridium (Ir) content is 150ppm, and boron (B) content is 120ppm, and phosphorus (P) content is 50ppm, and surplus is gold.Lazy
Property gas or reducibility gas protect lower melting, 1150 DEG C of smelting temperature.It is fallen by method well known to jewellery industry, horological industry
Mould, then the subsequent processings such as polished, polished, obtain the absinthe-green billon ornaments of 18K.Above-mentioned technique obtains ten nestings repeatedly
Light green, hardness is presented in product, 18K light green billon CIElab value a*:-3.0--2.3, the b*:20-26 being prepared
Hv192-201, by 350 DEG C, protective atmosphere keeps the temperature hardness Hv249-256 after 1 hour ageing treatment, and manufacturing cost mean value is
1.9。
The aforementioned description to specific exemplary embodiment of the invention is in order to illustrate and illustration purpose.These descriptions
It is not wishing to limit the invention to disclosed precise forms, and it will be apparent that according to the above instruction, can much be changed
And variation.The purpose of selecting and describing the exemplary embodiment is that explaining specific principle of the invention and its actually answering
With so that those skilled in the art can be realized and utilize a variety of different exemplary implementation schemes of the invention and
Various chooses and changes.The scope of the present invention is intended to be limited by claims and its equivalents.
Claims (10)
1. a kind of preparation method for jewellery and the light green billon of horological industry based on Internet of Things, it is characterised in that:
The preparation method for jewellery and the light green billon of horological industry based on Internet of Things includes the following steps:
Alloy compositions and technique information are collected by mobile communication terminal；
The first RRC connection request message is sent from the mobile communication terminal to first base station, while whole by the mobile communication
It holds to the second base station and sends the second RRC connection request message；
Redundant transmission notice is sent from the mobile communication terminal to the first base station, wherein is received in the first base station
To after redundant transmission notice, the first base station can determine the mobile communication terminal to second base station
Send the second RRC connection request message；
In response to receiving first RRC connection request message, judge that the first base station whether can by the first base station
Enough RRC is established with the mobile communication terminal to connect；
In response to receiving second RRC connection request message, judge that second base station whether can by second base station
Enough RRC is established with the mobile communication terminal to connect；
It is connect if it is determined that the first base station can establish RRC with the mobile communication terminal, then it is described in response to receiving
Redundant transmission notice sends first base station RRC connection status available message from the first base station to second base station；
It is connect if it is determined that second base station can establish RRC with the mobile communication terminal, then it is described in response to receiving
First base station RRC connection status available message sends the second base station RRC connection shape from second base station to the first base station
State available message；
It is connect when the first base station can establish RRC with the mobile communication terminal, and second base station can be with institute
When stating mobile communication terminal and establishing RRC connection, the first RRC connection is sent to the mobile communication terminal from the first base station and is built
Vertical response message sends the 2nd RRC connection establishment response message from second base station to the mobile communication terminal；
In response to receiving the first RRC connection establishment response message and the 2nd RRC connection establishment response message, by institute
It states mobile communication terminal and sends the alloy compositions and technique information to the first base station, while being sent to second base station
The alloy compositions and technique information；And
The alloy compositions and technique information are sent from the first base station to alloy manufacturing platform with toilet alloy manufacturing platform
Manufacture the alloy.
2. the preparation side for jewellery and the light green billon of horological industry based on Internet of Things as described in claim 1
Method, it is characterised in that: the preparation method of the light green billon for jewellery and horological industry based on Internet of Things includes
Following steps:
It is connect if it is determined that the first base station can not establish RRC with the mobile communication terminal, then the first base station is not
First base station RRC connection status available message is sent to second base station；
Connect if it is determined that second base station can establish RRC with the mobile communication terminal, then from second base station to
The mobile communication terminal sends the 2nd RRC connection establishment response message；
In response to receiving the 2nd RRC connection establishment response message, from the mobile communication terminal to second base station
Send the alloy compositions and technique information；
The alloy compositions and technique information are sent from second base station to alloy manufacturing platform with toilet alloy manufacturing platform
Manufacture the alloy.
3. the preparation side for jewellery and the light green billon of horological industry based on Internet of Things as claimed in claim 2
Method, it is characterised in that: the preparation method of the light green billon for jewellery and horological industry based on Internet of Things includes
Following steps:
After sending the alloy compositions and technique information to the first base station from the mobile communication terminal, by described the
One base station judges whether successfully receiving the alloy compositions and technique information；
If it is determined that be not successfully receiving the alloy compositions and technique information, then from the first base station to second base
It stands and sends alloy compositions and technique information request message；
If second base station is successfully received the alloy compositions and technique information, in response to receiving the alloy group
Point with technique information request message, forward the alloy compositions and technique information from second base station to the first base station；
The alloy compositions and technique information are sent from the first base station to alloy manufacturing platform with toilet alloy manufacturing platform
Manufacture the alloy.
4. the preparation side for jewellery and the light green billon of horological industry based on Internet of Things as claimed in claim 3
Method, it is characterised in that: the preparation method of the light green billon for jewellery and horological industry based on Internet of Things includes
Following steps:
If second base station is not successfully receiving the alloy compositions and technique information, in response to receiving the conjunction
Golden component and technique information request message notify alloy compositions and technique information not from second base station to the first base station
It can use；
In response to receiving alloy compositions and the not available notice of technique information, and it is not successfully receiving the alloy compositions
With the judgement of technique information, is sent from the first base station to the mobile communication terminal and retransmit message；
In response to receiving the retransmission message, the alloy compositions and technique are retransmitted by the mobile communication terminal
Information.
5. the preparation side for jewellery and the light green billon of horological industry based on Internet of Things as claimed in claim 4
Method, it is characterised in that: wherein, the alloy compositions include: that silver content is 5.5wt%-7.5wt%, copper content 8.5wt%-
12wt%, Zn content 6wt%-10wt%, cobalt content 0.05wt%-0.35wt%, silicone content 200-400ppm, iridium contain
Amount is 0-150ppm, boron content 0-120ppm, phosphorus content 0-50ppm, and surplus is gold.
6. a kind of preparation system for jewellery and the light green billon of horological industry based on Internet of Things, it is characterised in that:
The preparation system of the light green billon for jewellery and horological industry based on Internet of Things includes:
For collecting the unit of alloy compositions and technique information by mobile communication terminal；
For sending the first RRC connection request message from the mobile communication terminal to first base station, while being led to by the movement
Believe that terminal sends the unit of the second RRC connection request message to the second base station；
For sending the unit that redundant transmission notifies from the mobile communication terminal to the first base station, wherein described the
After one base station receives redundant transmission notice, the first base station can determine the mobile communication terminal to the
Two base stations send the second RRC connection request message；
For judging that the first base station is by the first base station in response to receiving first RRC connection request message
It is no to establish the unit that RRC is connect with the mobile communication terminal；
For judging that second base station is by second base station in response to receiving second RRC connection request message
It is no to establish the unit that RRC is connect with the mobile communication terminal；
For if it is determined that the first base station can establish RRC with the mobile communication terminal connect, then in response to receiving
The redundant transmission notice, sends first base station RRC connection status available message from the first base station to second base station
Unit；
For if it is determined that second base station can establish RRC with the mobile communication terminal connect, then in response to receiving
The first base station RRC connection status available message sends the second base station RRC to the first base station from second base station and connects
Connect the unit of state available message；
For connecting when the first base station can establish RRC with the mobile communication terminal, and second base station can
When establishing RRC with the mobile communication terminal and connecting, the first RRC is sent to the mobile communication terminal from the first base station and is connected
It connects and establishes response message, send the 2nd RRC connection establishment response message from second base station to the mobile communication terminal
Unit；
For in response to receiving the first RRC connection establishment response message and the 2nd RRC connection establishment response message,
The alloy compositions and technique information are sent from the mobile communication terminal to the first base station, while to second base station
Send the unit of the alloy compositions and technique information；And
For sending the alloy compositions and technique information from the first base station to alloy manufacturing platform with the manufacture of toilet alloy
Platform manufactures the unit of the alloy.
7. the preparation system for jewellery and the light green billon of horological industry based on Internet of Things as claimed in claim 6
System, it is characterised in that: the preparation system of the light green billon for jewellery and horological industry based on Internet of Things includes:
For if it is determined that the first base station can not establish RRC with the mobile communication terminal connect, then first base
It stands and does not send the unit of first base station RRC connection status available message to second base station；
For if it is determined that second base station can establish RRC with the mobile communication terminal connect, then by second base
It stands and sends the unit of the 2nd RRC connection establishment response message to the mobile communication terminal；
For in response to receiving the 2nd RRC connection establishment response message, from the mobile communication terminal to described second
Base station sends the unit of the alloy compositions and technique information；
For sending the alloy compositions and technique information from second base station to alloy manufacturing platform with the manufacture of toilet alloy
Platform manufactures the unit of the alloy.
8. the preparation system for jewellery and the light green billon of horological industry based on Internet of Things as claimed in claim 7
System, it is characterised in that: the preparation system of the light green billon for jewellery and horological industry based on Internet of Things includes:
For after sending the alloy compositions and technique information to the first base station from the mobile communication terminal, by institute
State the unit that first base station judges whether successfully receiving the alloy compositions and technique information；
For if it is determined that be not successfully receiving the alloy compositions and technique information, then from the first base station to described
The unit of the transmission of two base stations alloy compositions and technique information request message；
If the alloy compositions and technique information are successfully received for second base station, in response to receiving the conjunction
Golden component and technique information request message forward the alloy compositions and technique to believe from second base station to the first base station
The unit of breath；
For sending the alloy compositions and technique information from the first base station to alloy manufacturing platform with the manufacture of toilet alloy
Platform manufactures the unit of the alloy.
9. the preparation system for jewellery and the light green billon of horological industry based on Internet of Things as claimed in claim 8
System, it is characterised in that: the preparation system of the light green billon for jewellery and horological industry based on Internet of Things includes:
If the alloy compositions and technique information are not successfully receiving for second base station, in response to receiving
Alloy compositions and technique information request message are stated, are believed from second base station to first base station notice alloy compositions and technique
Cease not available unit；
For in response to receiving alloy compositions and the not available notice of technique information, and it is not successfully receiving the alloy
The judgement of component and technique information sends the unit for retransmitting message from the first base station to the mobile communication terminal；
For in response to receiving the retransmission message, by the mobile communication terminal retransmit the alloy compositions with
The unit of technique information.
10. the preparation system for jewellery and the light green billon of horological industry based on Internet of Things as claimed in claim 9
System, it is characterised in that: wherein, the alloy compositions include: that silver content is 5.5wt%-7.5wt%, copper content 8.5wt%-
12wt%, Zn content 6wt%-10wt%, cobalt content 0.05wt%-0.35wt%, silicone content 200-400ppm, iridium contain
Amount is 0-150ppm, boron content 0-120ppm, phosphorus content 0-50ppm, and surplus is gold.
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Effective date of registration: 20201112 Address after: 518100 No. 3, No. 4 Pioneering Road, Zhangbei Community, Longgang District, Shenzhen City, Guangdong Province Patentee after: SHENZHEN JINHUIYUAN INVESTMENT Co.,Ltd. Address before: 518000 floor 1, building 3, jinhuiyuan workshop, No. 3, Chuangye 4th Road, Zhangbei community, Longcheng street, Longgang District, Shenzhen City, Guangdong Province Patentee before: Shenzhen rose high precious metal new material Co.,Ltd. |