CN109857222A - Processing unit and its processing method - Google Patents

Processing unit and its processing method Download PDF

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Publication number
CN109857222A
CN109857222A CN201910196441.6A CN201910196441A CN109857222A CN 109857222 A CN109857222 A CN 109857222A CN 201910196441 A CN201910196441 A CN 201910196441A CN 109857222 A CN109857222 A CN 109857222A
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CN
China
Prior art keywords
processing unit
unit
processing
connector
administrative
Prior art date
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Pending
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CN201910196441.6A
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Chinese (zh)
Inventor
洪清泉
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Shanghai Mai Chi Digital Technology Co Ltd
Original Assignee
Shanghai Mai Chi Digital Technology Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Application filed by Shanghai Mai Chi Digital Technology Co Ltd filed Critical Shanghai Mai Chi Digital Technology Co Ltd
Priority to CN201910196441.6A priority Critical patent/CN109857222A/en
Publication of CN109857222A publication Critical patent/CN109857222A/en
Priority to PCT/CN2020/079506 priority patent/WO2020187182A1/en
Pending legal-status Critical Current

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Abstract

The present invention provides a processing unit and its processing method, it includes an at least processing unit, an auxiliary processing unit and a shell, wherein the processing unit is installed in the inside of the shell, the auxiliary processing unit is installed in the inside of the shell, wherein each processing unit is connected with the auxiliary processing unit respectively, into working condition.

Description

Processing unit and its processing method
Technical field
The present invention relates to data processing field more particularly to a kind of processing units and its processing method.
Background technique
The equipment that server is to provide the service of calculating, is capable of handling a large amount of data.
When server breaks down, data processing can be interrupted, to influence treatment progress and processing result.Server undertakes Handling work is central processing unit and board chip set, once the component in central processing unit and board chip set damages Bad, server, that is, failure is not available.
The development bring of internet is the explosive growth of data, and the efficient process of big data era data is especially heavy It wants.And for the data dependence of huge data volume in the chip of the processing capacity of processing server, especially server.Chip is The core of server process data ensures the operation of server it is necessary to ensure the safety and normal operation of chip.Chip is according to finger Order handles data, and when chip breaks down, server will be unable to operate normally, and lose computing capability, data can not obtain To being effectively treated.In Internet era, the delay of any time is likely to cause the no longer effective property of data, even if only short Temporary, instantaneous failure.
In order to which data can obtain timely, effective processing, the processing capacity of server needs preferably to be exploded.Clothes The processing capacity of business device is provided by chip, once the time of failure of chip, replacement or maintenance chip must consume, and is hardly resulted in Effectively control waits chip to be replaced and finishes, re-starts data processing, necessarily will cause the interruption of data processing, then before The processing of phase may fall short of success for lack of final effort, it is also possible to data be caused to lose validity.Therefore, former server event is waited in same server The consequence for continuing data processing after barrier maintenance fail to predict, it is most likely that cause damages.And data are taken from the original of failure Business device moves to the new server for having processing capacity, and the interruption for the data processing that similarly will cause causes unexpected Consequence.
In addition, stopping the operation of server, Lai Genghuan chip will also result in huge cost loss.Dismantle whole service Device replaces chip therein, middle section in addition to causing data processing, as the time of disassembly, replacement and installation causes into This consumption.
Client can occupy the hardware performance and software environment of client when process content exports, therefore content exports Efficiency be limited to the condition of client itself.When client itself is inadequate in dealing with content output, it is defeated to be easy to produce content Delay and contents lost out.In field of play, plays online game and need to download and install game client first, lead to hand The performance of the equipment such as mechanical, electrical brain occupies a part by game client, to influence the treatment effeciency of equipment, is easy to produce content The problem of delay.
Therefore a kind of technology is needed to solve the above problems.
Summary of the invention
It is of the invention another advantage is that providing a kind of processing unit and its processing method, the processing of the processing unit Unit individually disassembles and installs.
It is of the invention another advantage is that providing a kind of processing unit and its processing method, the processing of the processing unit Unit is mounted and dismounted by hot plug.
It is of the invention another advantage is that provide a kind of processing unit and its processing method, the processing unit it is described Processing unit is mutually indepedent, does not interfere with each other.
It is of the invention another advantage is that providing a kind of processing unit and its processing method, the processing unit provide one Auxiliary processing unit provides processing auxiliary for the processing unit.
It is of the invention another advantage is that provide a kind of processing unit and its processing method, the processing unit it is described Processing unit and the auxiliary processing unit are installed in a shell, to form the processing unit.
It is of the invention another advantage is that provide a kind of processing unit and its processing method, the processing unit it is described Processing unit is independently connected to the auxiliary processing unit, and the auxiliary processing unit is respectively that each processing unit provides Processing auxiliary.
It is of the invention another advantage is that provide a kind of processing unit and its processing method, the processing unit it is described Processing unit functions independently, and also cooperates.
It is of the invention another advantage is that provide a kind of processing unit and its processing method, the processing unit it is described Shell has independent support channel, for installing the processing unit.
It is of the invention another advantage is that provide a kind of processing unit and its processing method, the processing unit it is described Processing unit includes at least one first connector, and the shell includes at least one second connector, and first connector is set It is placed in the support channel, the processing unit is installed to the support channel, first connector and second connection Part connection.
It is of the invention another advantage is that provide a kind of processing unit and its processing method, the processing unit it is described Processing unit includes an at least subprocessing unit, and the subprocessing unit is removably installed in the processing unit, the son Processing unit realizes hot plug.
It is of the invention another advantage is that providing a kind of processing unit and its processing method, the processing unit pass through heat Plug disassembles and installs the processing unit, so that the processing unit keeps working condition.
It is of the invention another advantage is that providing a kind of processing unit and its processing method, the processing unit pass through heat Plug disassembles and installs the subprocessing unit, so that other described processing units of the processing unit keep working condition.
It is of the invention another advantage is that providing a kind of processing unit and its processing method, the processing unit pass through heat The processing unit and the subprocessing unit and disassembly and installation are realized in plug, are reduced cost, are saved the time.
It is of the invention another advantage is that providing a kind of processing unit and its processing method, the processing unit are carried One processing system, the processing system manage the processing unit.
It is of the invention another advantage is that providing a kind of processing unit and its processing method, the processing unit is for interior Appearance processing generates the requested content of client wherein the processing unit receives the content requests of client.
It is of the invention another advantage is that provide a kind of processing unit and its processing method, the processing unit is by content It is transmitted to client in the form of content stream, improves transmission and playing efficiency, controls content delay.
It is of the invention another advantage is that providing a kind of processing unit and its processing method, the processing unit is client The processing unit is distributed at end, by the content requests of the processing unit processes client.
Other advantage and characteristics of the invention are able to fully demonstrate and can be by appended rights by following detailed descriptions The combination of the means and device specially pointed out in it is required that is achieved.
One aspect under this invention can be realized a processing dress of the invention for foregoing purpose and other purposes and advantage It sets, comprising:
An at least processing unit；
One auxiliary processing unit；And
One shell, wherein each processing unit is installed in the inside of the shell, the auxiliary processing unit respectively It is installed in the inside of the shell, wherein the processing unit is connected with the auxiliary processing unit, into working condition.
One embodiment according to the present invention, the processing unit include a pedestal and an installation side wall, the installation side Wall is fixed on the pedestal, and one end of installation side wall from the pedestal extends vertically to be formed.
One embodiment according to the present invention, the processing unit include an at least subprocessing unit, the subprocessing list Member is removably installed in the pedestal.
One embodiment according to the present invention, the processing unit include at least one first connector, first connection Part is arranged at side of the pedestal relative to the installation side wall, and the subprocessing unit is connected to first connection Part.
One embodiment according to the present invention, the processing unit include a gripping member, and the gripping member is installed in institute State the outside of installation side wall.
One embodiment according to the present invention, the shell include a housing base and a lid, and the lid covers institute Housing base is stated, wherein the housing base includes an antetheca, one or more construction openings are set in the antetheca, each described Between construction opening have certain interval, from the periphery of each construction opening to the shell on the inside of extend to form in one Wall, the inner wall surrounding form a support channel.
One embodiment according to the present invention, each processing element are installed in the support channel respectively.
One embodiment according to the present invention, the housing base include at least one connection main body, the connection main body shape Between the two sidewalls of housing base described in Cheng Yu, the processing unit and the auxiliary processing unit are installed in the company respectively The two sides of main body are connect, wherein the connection main body is set at least one second connector, second connector is towards the branch Support channel.
One embodiment according to the present invention, the auxiliary processing unit are connected to each second connector, the place Reason unit and the auxiliary processing unit are connected by the connection of first connector and second connector, the place Reason unit enters working condition.
One embodiment according to the present invention, the shell include a mounting portion and an assisted parts, the mounting portion and institute The two sides that assisted parts is respectively formed in the connection main body are stated, wherein the processing unit is installed in the mounting portion, it is described Assisted parts has an auxiliary space, and the auxiliary processing unit is installed in the auxiliary space.
One embodiment according to the present invention, the auxiliary processing unit include at least one energy supply element, the energy supply member Part can be connected to second connector with energizing, and the processing unit is installed in the support channel, the processing unit The energy is obtained from the energy supply element by the connection of first connector and second connection.
One embodiment according to the present invention, the auxiliary processing unit include an at least memory element, the storage member Part is connected to second connector, and the processing unit is installed in the support channel, and the processing unit passes through described The connection of first connector and second connection, carries out data transmission between the memory element, wherein the processing Unit stores data in the memory element.
One embodiment according to the present invention, the auxiliary processing unit include an at least network control element, the net Network control element is connected to second connector, and the processing unit is installed in the support channel, the network-control Element provides communication network by the connection of first connector and second connection for the processing unit.
One embodiment according to the present invention, the processing unit are installed in the support channel, the pedestal and institute It states and forms a heat dissipation channel between inner wall, wherein the heat dissipation channel is connected to the auxiliary space.
An at least through-hole, institute is set in the installation side wall of one embodiment according to the present invention, the processing unit Through-hole is stated to be connected to the heat dissipation channel.
One embodiment according to the present invention, the auxiliary processing unit include an at least heat dissipation element, the heat dissipation member Part is installed in the auxiliary space, is provided by the auxiliary space with being connected to for the heat dissipation channel for the processing unit Heat dissipation.
One embodiment according to the present invention, is further carried a processing system, and the processing system communicatedly connects In the processing unit to carry out contents processing, wherein the processing system includes:
One initial module, the initial module are communicatively coupled to second connector, to have detected whether the place Reason unit is mounted and is disassembled, wherein the initial module chooses a processing unit as a management in the processing unit Unit；With
One management module, the management module are communicatively coupled to the initial module to obtain the administrative unit, institute It states administrative unit and other described processing units is managed by the management module.
According to one embodiment of present invention, the processing unit further comprises an at least administrative unit, the management Unit is installed in the assisted parts, and the administrative unit is communicatively coupled to the auxiliary processing unit so that at the auxiliary Reason unit assists the administrative unit to be handled, and the administrative unit is communicatively coupled to second connector, passes through institute It states the second connector and the processing unit is detachably connected.
One embodiment according to the present invention, the initial module detect the property of the processing unit in working condition Can, generating a management value, the initial module chooses the processing unit as the administrative unit according to the management value, Described in administrative unit performance and the management value be adapted.
Whether just one embodiment according to the present invention, the administrative unit monitor the working condition of each processing unit Often, when the processing unit is handling an at least task, the processing unit is in normal working condition, when the processing Unit stops processing data, and the processing unit is in abnormal working condition, described when the processing unit untreatment data Processing unit is in idle working condition.
One embodiment according to the present invention, the processing unit store data in the memory element in real time, work as institute It states administrative unit and detects that the processing unit is in abnormal working condition, the administrative unit is obtained from the memory element The data of the processing unit, and by data assignment to another processing unit.
One embodiment according to the present invention, the administrative unit obtain the processing unit for being in abnormal operation Data, data are transferred to another processing unit in normal operating conditions and are handled.
One embodiment according to the present invention, the administrative unit analysis are in the processing unit of normal operating conditions A rest processing capacity, the administrative unit by the adequately processing of the task assignment to the rest processing capacity singly Member.
One embodiment according to the present invention, the administrative unit is by the task assignment to the idle processing list Member.
One embodiment according to the present invention, the administrative unit receive at least content that an at least client issues and ask It asks, wherein the content requests request an at least content, the content requests are generated as a task by the administrative unit, described Administrative unit connects the task assignment to the processing unit, the processing unit with the client, wherein the place Task described in cell processing is managed, the content of the client request is produced.
One embodiment according to the present invention, the contents processing is one group of plereme by the processing unit, described The plereme is transmitted to the client by processing unit in the form of content stream, content stream described in the client terminal playing, shape At the content.
One embodiment according to the present invention, the processing unit include an at least subprocessing unit, the subprocessing list Member is connected to the auxiliary processing unit, to enter working condition, wherein the subprocessing unit is as a management subelement, pipe Manage other described processing units and the subprocessing unit.
One embodiment according to the present invention, the processing unit include at least two subprocessing units, the subprocessing list Member is connected to the auxiliary processing unit, and to enter working condition, one of them described subprocessing unit is single as management Member, manages other described processing units and the subprocessing unit, and another subprocessing unit carries out data processing.
According to one aspect of the present invention, the present invention further provides a processing methods, comprising the following steps:
(A) processing unit is chosen as an administrative unit；
(B) task is distributed to the processing unit；
(C) an at least content is generated；
One embodiment according to the present invention, further comprising the steps of between the step (A) and the step (B):
At least content requests that an at least client is sent generate an at least task.
One embodiment according to the present invention, further includes steps of
It is one group of plereme by the contents processing；
The defeated plereme is spread to the client.
By the understanding to subsequent description and attached drawing, further aim of the present invention and advantage will be fully demonstrated.
These and other objects of the invention, feature and advantage, by following detailed descriptions, drawings and claims are obtained To fully demonstrate.
Detailed description of the invention
Figure 1A and Figure 1B is the perspective view of a processing unit according to a preferred embodiment of the present invention.
Fig. 2 is the perspective view of a processing unit of the processing unit of above preferred embodiment according to the present invention.
Fig. 3 is the schematic diagram of the processing unit of above preferred embodiment according to the present invention.
Fig. 4 is the signal of the processing unit of a variant embodiment of above preferred embodiment according to the present invention Figure.
Fig. 5 is the rearview of the processing unit of above preferred embodiment according to the present invention.
Fig. 6 is the schematic diagram of the processing unit of above preferred embodiment according to the present invention.
Fig. 7 is another variant embodiment of the processing unit of above preferred embodiment according to the present invention.
The system block diagram of Fig. 8 above preferred embodiment according to the present invention.
Fig. 9 is the structural block diagram of above preferred embodiment according to the present invention.
Figure 10 A and Figure 10 B are the scheme of installation of the processing unit of above preferred embodiment according to the present invention.
Figure 10 C is the flow chart of above preferred embodiment according to the present invention.
Figure 11 A and Figure 11 B are that the disassembly and installation of the processing unit of above preferred embodiment according to the present invention is shown It is intended to.
Figure 11 C is the flow chart of above preferred embodiment according to the present invention.
Figure 12 A to Figure 12 B is an at least subprocessing for the processing unit of above preferred embodiment according to the present invention The schematic diagram of unit being disassembled.
Figure 13 is the schematic diagram of another variant embodiment of above preferred embodiment according to the present invention.
Figure 14 is that the processing unit of above preferred embodiment according to the present invention carries out the schematic diagram of contents processing.
Specific embodiment
It is described below for disclosing the present invention so that those skilled in the art can be realized the present invention.It is excellent in being described below Embodiment is selected to be only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It defines in the following description Basic principle of the invention can be applied to other embodiments, deformation scheme, improvement project, equivalent program and do not carry on the back Other technologies scheme from the spirit and scope of the present invention.
It will be understood by those skilled in the art that in exposure of the invention, term " longitudinal direction ", " transverse direction ", "upper", The orientation or position of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description of the present invention and simplification of the description, rather than The device or element of indication or suggestion meaning must have a particular orientation, be constructed and operated in a specific orientation, therefore above-mentioned Term is not considered as limiting the invention.
It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment, The quantity of one element can be one, and in a further embodiment, the quantity of the element can be it is multiple, term " one " is no It can be interpreted as the limitation to quantity.
The present invention provides a processing unit.A preferred embodiment of the present invention as shown in Figure 1A to Figure 14, the place Managing device includes at least two processing units 10, at least an auxiliary processing unit 20 and a shell 30.The processing unit 10 and institute It states auxiliary processing unit 20 and is installed in the shell 30 respectively.Wherein, the shell 30 wraps up the processing unit 10 and institute State auxiliary processing unit 30.Wherein, the shell 30 has an inner cavity, the processing unit 10 and the auxiliary processing unit 20 It is installed in the inner cavity of the shell 30 respectively.
The shell 30 includes a housing base 31 and a lid 32, and the lid 32 is removably installed in the shell Body pedestal 31 forms the inner cavity of the shell 30 between the lid 32 and the housing base 31.10 He of processing unit The auxiliary processing unit 20 is installed in the housing base 31, is accommodated by the inner cavity of the shell 30.
Wherein, the housing base 31 includes an antetheca 311, a rear wall 312 and two sidewalls 313, the antetheca 311, institute Side wall 313, the rear wall 312 and another side wall 313 are stated around the side wall for forming the housing base 31.The processing unit 10 are pushed into the shell 30 from 311 side of antetheca, to be installed in the shell 30.Wherein, the antetheca 311 is set An at least construction opening 310 is set, forms a support channel to 30 internal stretch of shell respectively from the construction opening 310 3100, the support channel 3100 is for installing the processing unit 10.
In an example of the invention, multiple construction openings 310 are set in the antetheca 311.Each construction opening There is certain distance between 310, pass through respectively for each processing unit 10, to be mounted into the support channel 3100.Respectively The support channel 3100 is mutually indepedent.Preferably, each support channel 3100 is respectively for one processing of installation Unit 10.
An inner wall 3111 is formed from the periphery of each construction opening 31 to the internal stretch of the shell 30 respectively.Wherein The inner wall 3111 surround and forms the support channel 3100.When the processing unit 10 is installed in the support channel 3100, the processing unit 30 is surround by the inner wall 3111.The processing unit 10 is by the bottom branch of the inner wall 3111 Support, so that the processing unit 10 is stably mounted in the support channel 3100.
Referring to Fig. 2, the processing unit 10 includes a pedestal 11 and an installation side wall 12, and the installation side wall 12 is fixed In the pedestal 11, and it is vertical with the pedestal 11.One end of installation side wall 12 from the pedestal 11 extends vertically shape At.Wherein, the inside of the installation side wall 12 is towards 11 side of pedestal.The processing unit 10 further includes a gripping member 13, the gripping member 13 is fixed in the outside of the installation side wall 12.The gripping member 13 is for holding.Preferably, described to hold Gripping member 13 is implemented as leader.
The installation side wall 12 is provided with an at least through-hole 120.The through-hole 120 is connected to the outer of the installation side wall 12 Side and inside.
The processing unit 10 further comprises one or more subprocessing units 14, and the subprocessing unit 14 is pacified Loaded on the pedestal 11.The subprocessing unit 14 is for handling data.Each subprocessing unit 14 respectively removably by It is installed on the pedestal 11.
The processing unit 10 further includes at least one first connector 15, and first connector 15 is arranged at the bottom The side of seat 11.The side wall of first connector 15 from the pedestal 11 extends outward to form.Wherein first connector 15 and the installation side wall 12 divide for positioned at the two sides of the pedestal 11.When the processing unit 10 is installed in the shell 30, first connector 15 connects the processing unit 10 and the shell 30.
First connector 15 is connected to the subprocessing unit 14.Preferably, each subprocessing unit 14 is independent Ground is connected to first connector 15.It is independent of each other between each subprocessing unit 14.
In an example of the invention, the processing unit 10 further comprises an at least communication unit 16, described logical Letter unit is removably installed in the pedestal 11, the communication unit 16 and the subprocessing unit 14 connection, described logical Believe unit 16 and first connector 15 connection, the communication unit 16 be the subprocessing unit 14 provide with described in other The communication of subprocessing unit 14.The subprocessing unit 14 is connected by the communication unit 16 and first connector 15.
The processing unit 10 is mounted into the support channel 3100 by the construction opening 310.The installation is opened The size of the installation side wall 12 of the size and processing unit 10 of mouth 310 is adapted, and the installation side wall 12 is located at institute One end of pedestal 11 is stated, the height of the installation side wall 12 is higher than the height of the pedestal 11, when the processing unit 10 passes through The construction opening 310, is mounted into the support channel 3100, and the pedestal 11 moves into the support channel 3100, institute It states installation side wall 311 and is closed the construction opening 310.The pedestal 11 occupies the support channel 3100 of part, remaining The support channel 3100 forms a heat dissipation channel 3120.That is, when the processing unit 10 is installed in the support Channel 3100 forms the heat dissipation channel 3120 between the pedestal 11 and the inner wall 3111.
Wherein, by holding the gripping member 13 so that the processing unit 10 is pushed into the support channel 3100.
With continued reference to Fig. 3, the shell 30 further includes at least one connection main body 314, and the connection main body 314 is set In the housing base 31, the processing unit 10 and the auxiliary processing unit 20 are installed in the connection main body respectively 314 two sides.Connection the distance between the main body 314 and the antetheca 311 are suitable for the installation of the processing unit 10.It is described Auxiliary processing unit 20 is connected to the connection main body 314.Wherein, the connection main body 314 be formed in two side walls 313 it Between.
The inner wall 3111 for forming the support channel 3100 extends from the antetheca 311 to the connection main body 314 It is formed.The one end in the support channel 3100 is formed in the construction opening 310, and the other end in the support channel 3100 prolongs Extend to the side of the connection main body 314.When the processing unit 10 is mounted to the support channel 3100, the processing is single The installation side wall 311 of first 10 one end fits in the construction opening 310, described in the other end fitting of the processing unit 10 Connect main body 314.
One or more second connectors 3141 are set in the connection main body 314, each second connector 3141 One end is respectively facing each support channel 3100.Wherein, first connector 15 of the processing unit 10 is arranged at The other side of the pedestal 11 relative to the installation side wall 12.When the processing unit 10 is installed in the support channel 3100, first connector 15 and second connection 3141 connect.Preferably, first connector 15 and described The coupling of two connectors 3141.
The shell 30 includes a mounting portion 33 and an assisted parts 34, and the mounting portion 33 and the assisted parts 34 are distinguished It is formed in the two sides of the connection main body 314.Wherein, the processing unit 10 is installed in the mounting portion 33, the auxiliary Processing unit 20 is installed in the assisted parts 34, and the auxiliary processing unit 20 is connected with the processing unit 10, for institute It states processing unit 10 and processing auxiliary is provided.
It is extended between 314 side of connection main body from the antetheca 311 of the shell 30 and forms the mounting portion 33.Multiple construction openings 310 are set in the antetheca 311, have certain interval between each construction opening 310.It is preferred that Ground, the construction opening 310 are set to the antetheca 311 in array.Respectively from each construction opening 310 to the shell 30 insides extend to form the inner wall 3111.Each inner wall 3111 surround and forms each support channel 3100.Each branch Support channel 3100 is distributed in the mounting portion 33 of the shell 30 in array.When the processing unit 10 passes through the peace respectively Dress opening 310 is mounted to the support channel 3100, and for the inner wall 3111 around the processing unit 10, each processing is single Member 10 is spaced by the inner wall 3111 respectively, and each processing unit 10 is installed in array to the mounting portion 33.
That is, the support channel 3100 that each inner wall 3111 is formed is distributed in the shell 30 in array, So that being mounted to each 10 array distribution of processing unit in the support channel 3100 respectively.
The shell 30 has an auxiliary space 3400, and the auxiliary space 3400 is formed in the described of the shell 30 The inside of assisted parts 34, the auxiliary space 3400 are connected to the support channel 3100.When the processing unit 10 is mounted In the support channel 3100, the heat dissipation channel 3120 formed between the pedestal 11 and the inner wall 3111 and described auxiliary Space 3400 is helped to be connected to.
When the processing unit 10 is mounted to the support channel 3100, the processing unit 10 is mounted to the company Connect the mounting portion 33 of 314 side of main body, first connector 15 of the processing unit 10 and the connection main body 314 second connector 3141 connection.Each second connector 3141 is separately connected to the aid in treatment Unit 20.Each processing unit 10 connection by first connector 15 and second connector 3141 and institute respectively Auxiliary processing unit 20 is stated to be independently connected.
The auxiliary processing unit 20 is installed in the inner cavity of the shell 30, and the auxiliary processing unit 20 is described Processing unit 10 provides processing auxiliary.The auxiliary processing unit 20 is installed in the described auxiliary of connection 314 side of main body It helps in space 3400.The auxiliary processing unit 20 is connected to each second connector 3141 of the connection main body 314, The auxiliary processing unit 20 is connected by the connection main body 314 with the processing unit 10 for being mounted to the mounting portion 33 It connects.The processing unit 10 and the auxiliary processing unit 20 are distributed in the two sides of the connection main body 314 respectively, and pass through institute Connection main body 314 is stated to connect.Each processing unit 10 is independently connected to by second connector 3141 described respectively Auxiliary processing unit 20.
The auxiliary processing unit 20 includes at least one energy supply element 21, and the energy supply element 21 can be connected to institute with energizing Processing unit 10 is stated, to provide the energy for the processing unit 10.Wherein, the energy supply element 21 is connected to each described second Connector 3141.The auxiliary processing unit 20 includes an at least memory element 22, and the memory element 22 is communicatively coupled to The processing unit 10, to store the data of the processing unit 10.
Wherein, the memory element 22 may be implemented as one or more combination such as hard disk, CD-ROM drive, memory.
Wherein, the energy supply element 21 can be connected to second connector 3141 with energizing, and the energy supply element 21 is logical It crosses second connector 3141 and the energy is provided.First connector 15 and second connection when the processing unit 30 Part 3141 connects, and first connector 15 is connected by second connector 3141 and the energy supply element 21, the confession The energy that energy element 21 provides enters first connector 15 by second connector 3141.
The memory element 22 is communicatively coupled to second connector 3141, when the processing unit 10 is installed in The support channel 3100, first connector 15 are connected to second connector 3141 to carry out data transmission.It is described Processing unit 10 by first connector 15 and second connector 3141 be connected to and the memory element 22 connects Logical, the processing unit 10 and the memory element 22 connect with being in communication with each other, to carry out data transmission, the processing unit 10 Data are stored to the memory element 22, the processing unit 10 obtains data from the memory element 22.
That is, connection of the processing unit 10 by first connector 15 and second connection 313, and Energy connection and data connection are formed between the auxiliary processing unit 20.
Each second connector 3141 positioned at each support channel 3100 is interconnected, when each second connection Part 3141 is respectively and the connection of first connector 15 of the mounted processing unit 10, each processing unit 10 are mutual Connection, data are transmitted between each processing unit 10.
That is, after each processing unit 10 is mounted to the support channel 3100, each processing unit 10 It can carry out data transmission between each other.
Each second connector 3141 is separately connected to the auxiliary processing unit 20, so that being mounted from institute Each processing unit 10 for stating support channel 3100 is separately connected to the auxiliary processing unit 20.
Each second connector 3141 is separately connected to the energy supply element 21, so that the energy supply element 21 It is energized respectively to the processing unit 10 by each second connector 3141.Each second connector 3141 is independently Ground is connected to the memory element 22 so that each memory element 22 by each second connector 3141 respectively with it is described Processing unit 10 connects, and forms data path.
Each processing unit 10 is divided by the connection of each first connector 15 and each second connector 3141 It is not independently connected to the memory element 22.
The auxiliary processing unit 20 further comprises a network control element 23, and the network control element 23 is pacified Loaded on the auxiliary space 3400 in the shell 30.The network control element 23 is communicatively coupled to each described second and connects Fitting 3141, when the connection of first connector 15 of second connector 3141 and the processing unit 10, the network Control element 23 is communicatively coupled to the processing unit 10.The network control element 23 is communicatively coupled to be mounted respectively Each processing unit 10 in the support channel 3100.When the network control element 23 enables, the network-control is first Part 23 is that each processing unit 10 provides network, so that each processing unit 10 is located in communication network.Each processing Unit 10 is in communication with each other.Each processing unit 10 is led to by the other equipment outside communication network and the processing unit Letter.
The network control element 23 is connected to the memory element 22, to provide network for the memory element 22.When The network control element 23 starts, and the memory element 22 and each processing unit 10 are located in communication network, each described Carry out data transmission between processing unit 10, between each processing unit 10 and the memory element 22.Data path shape At.
Wherein, the communication unit 16 of the processing unit 10 passes through first connector 15 and second connection The connection of part 3141 and the network control element 23 connect.The communication unit 16 obtains logical from the network control element 23 Communication network.The subprocessing unit 14 passes through the communication unit 16 and other subprocessing units 14 and other described processing The subprocessing unit 14 of unit 10 is communicated.Wherein, when each processing unit 10 is installed in the support channel 3100, each first connector 15 is interconnected.
When the processing unit 10 is installed in the support channel 3100, first connector 15 and described second connect Fitting 3141 connects, first connector 15 and second connector 3141 of other processing units 10, so that institute It states processing unit 10 and other described processing units 10 connects, carry out communication and data transmission.Each processing unit 10 passes through The connection main body 314 and other described processing units 10 connect, and carry out communication and data transmission.
The auxiliary processing unit 20 further comprises an at least heat dissipation element 24, and the heat dissipation element 24 is installed in institute Assisted parts 34 is stated, the heat dissipation element 24 is that the processing unit 10 provides heat dissipation.The heat dissipation element 24 is installed in described The rear wall 312 of housing base 31, the side of the heat dissipation element 24 is towards the auxiliary space 3400, the heat dissipation element Towards the outside of the shell 30, the heat dissipation element 24 is connected to the auxiliary space 3400 and the shell 30 for 24 side Outside.Air is flowed between the auxiliary space 3400 and outer space of the shell 30 by the heat dissipation element 24 It is logical.
It is noted that the height of the connection main body 314 is lower than the side wall 313 of the housing base 32 Highly, so that the heat dissipation channel 3120 is connected to the auxiliary space 3400, the air at the heat dissipation channel 3120 passes through The auxiliary space 3400 is connected to the heat dissipation element 24 with the space in the outside of the shell 30.
When the subprocessing unit 14 carries out data processing, the subprocessing unit 14 generates heat, so that the heat dissipation Air heats at channel 3120, wherein the through-hole 120 of the installation side wall 12 is connected to the heat dissipation channel 3120 and institute The air in 12 outside of installation side wall is stated, the air at the heat dissipation channel 3120 passes through the through-hole 120 outward when heated Circulation, to radiate.24 auxiliary air of heat dissipation element is from the heat dissipation channel 3120 by the through-hole 120 to outflow It is dynamic.Air at the heat dissipation channel 3120 enters the auxiliary space 3400, and is discharged to by the heat dissipation element 24 The outside of the shell 30.The heat dissipation element 24 provides heat dissipation auxiliary for the air at the heat dissipation channel 3120.
The inner cavity of the shell 30 is by the processing unit 10, the auxiliary processing unit 20 and the connection main body 314 After occupying, remaining space is interconnected, and for air circulation, helps to radiate.The processing unit 10 is mounted to described Processing unit occupies the segment space in the support channel 3100, in the processing unit 10 and the support channel 3100 The heat dissipation channel 3120 is formed between the inner wall 3111.Have between one end and the lid 32 of the connection main body 314 Certain space interval.The installation side wall 12 of one end and processing unit 10 of the heat dissipation channel 3120 it is described Through-hole 120 is connected to, and the heat dissipation channel 3120 is connected to by the through-hole 120 with the external world.The heat dissipation channel 3120 it is another End is connected to by the space between the connection main body 314 and the lid 32 with the auxiliary space 3400.The processing is single The heat that member 10 generates when running can lead to from the heat at the flowing outward of heat dissipation channel 3120, the heat dissipation channel 3120 It crosses the through-hole 120 to be discharged outside to, can also be entered by the spatial flow between the connection main body 314 and the lid 32 The auxiliary space 3400, and the shell 30 is discharged by heat dissipation element 24.
The lid 32 includes a lid main body 321 and two covered body walls 322, and each covered body wall 322 is respectively described in The both ends of lid main body 321 extend vertically.Wherein the size of the covered body wall 322 is suitable for the side wall of the housing base 31 313 size.The antetheca 311, two side walls 312 and the rear wall 313 surround and form opening for the housing base 31 Mouthful.The lid main body 321 is suitable for covering the opening of the housing base 31.
Wherein, the covered body wall 322 is provided with an at least ventilation opening, 313 quilt of the side wall of the housing base 31 Equipped with an at least ventilation opening, when the lid 32 is installed in the housing base 31, the covered body wall 322 and the side wall 313 ventilation opening connection, and be connected to the heat dissipation channel 3120, for heat dissipation.Heat in the inner cavity of the shell 30 The shell can be discharged to by the ventilation opening of the covered body wall 322 and the side wall 313 of the housing base 31 30。
That is, the covered body wall 322 and the side wall 313 are arranged in correspondence with the ventilation opening respectively for logical Wind.An at least ventilation opening is set in the rear wall 312 of the housing base, for ventilation.
Each processing unit 10 is removably attachable to the shell 30 respectively, when at least a processing unit 10 is pacified It is connected to loaded on the shell 30 with the auxiliary processing unit 20, the processing unit works.
It is noted that the shell 30 further includes one or more interfaces 35, the interface 35 is arranged at described The outside of shell 30, the processing unit are attached by the interface 35 and other equipment.The interface 35 is implemented as USB interface, DisplayPort (display interface), VGA (Video Graphics Array, Video Graphics Array) interface, network One or more combination such as management interface, serial ports.The type and quantity of the interface 35 are not intended to limit.
As shown in figure 4, the assisted parts 34 is set an at least administrative unit 10 ', the administrative unit 10 ' and each described The connection of second connector 3141, the administrative unit 10 ' and the auxiliary processing unit 20 are connected with each other, the aid in treatment list Member 20 provides processing auxiliary for the administrative unit 10 '.That is, the processing unit includes the administrative unit 10 ', when The processing unit 10 is installed in the processing unit, and the administrative unit 10 ' and the processing unit 10 connect, and manages institute State processing unit 10.
Wherein, the energy supply element 21 can be connected to the administrative unit 10 ' with energizing, and mention for the administrative unit 10 ' For the energy.The memory element 22 is communicatively coupled to the administrative unit 10 ', to carry out data with the administrative unit 10 ' Transmission.The network control element 23 is communicatively coupled to the administrative unit 10 ', provides communication for the administrative unit 10 ' Network.
The processing unit 10 is removably installed in the mounting portion 33, and the administrative unit 10 ' communicatedly connects In each second connector 3141.When the processing unit 10 is installed in the processing unit, i.e., the described processing unit 10 It is connected by first connector 15 and second connector 3141, the processing unit 10 and the administrative unit 10 ' It is connected by the connection of first connector 15 and second connector 3141.The administrative unit 10 ' is to mounted The processing unit 10 to the processing unit is managed.
Array is set in an of the invention variant embodiment as shown in Figure 7, the antetheca 312 of the shell 20 Multiple construction openings 310 of distribution.Battle array can also be set in the rear wall 312 of the shell 30 of the processing unit The construction opening 310 of column distribution.Relative to the processing unit disclosed in the preferred embodiment above-mentioned, the deformation The construction opening 310 can be set in the front and rear sides of the processing unit disclosed by embodiment, and respectively before The construction opening of two sides extends inwardly to form the inner wall 3111 around the support channel 3100 afterwards.The processing is single Member 10 is mounted to the support channel 3100 from the construction opening 310 of front and rear sides respectively.
The two sides of the connection main body 314 are respectively facing the processing unit 10 of front and rear sides.The aid in treatment list Member 20 is arranged at the side of the connection main body 314.From the side of the connection main body 314 between the rear wall 312 points The assisted parts 34 and the mounting portion 33 are not formed.As shown in fig. 7, from the side of the connection main body 314 to the rear wall The mounting portion 33 is formed between 312 top, from the side of the connection main body 314 between the lower part of the rear wall 312 Form the assisted parts 34.The processing unit 10 and the auxiliary processing unit 20 are mounted to 33 He of mounting portion respectively The assisted parts 34.
Second connector of array distribution is set in the side of connection main body 314 towards the rear wall 312 3141, each second connector 3141 is respectively facing each support channel, for connecting the processing unit 10.
The mounting portion 33, told antetheca 311 are formed between the antetheca 311 and the side of the connection main body 314 The construction opening 310 of array distribution is set, and extends inwardly to form the support from each construction opening 310 respectively Channel 3100, the inner wall 3111 is around the support channel 3100 for forming array distribution.The processing unit 10 is mounted In the support channel 3100.
It is noted that in an example of the invention, shape between the antetheca 311 and the connection main body 314 At a heat-dissipating space, for heat dissipation.It is complete that one is formed referring to Fig. 7, between the top of the antetheca 311 and the connection main body 314 An at least ventilation opening, the ventilation opening and the heat dissipation is set in the heat-dissipating space of full-mesh, the top of the antetheca 311 Space connection, for heat dissipation.The mounting portion 33 is formed between the lower part of the antetheca 311 and the connection main body 314, it is described The heat dissipation channel 3120 of mounting portion 33 is connected to the heat-dissipating space.The heat dissipation of connection 314 other side of main body Channel 3120 is connected to by the space between the connection main body 314 and the lid 32 with the heat-dissipating space.That is, The heat dissipation channel 3120 of connection 314 two sides of main body is connected to the heat-dissipating space, to radiate.
The mounting portion 33 can be formed between the connection main body 314 and the antetheca 311 for installing the processing Unit 10 can also form the heat-dissipating space and is connected to the heat dissipation channel 3120 for heat dissipation.314 He of connection main body The assisted parts 34 can be formed between the rear wall 312 for installing the auxiliary processing unit 20, can also be respectively formed described Assisted parts 34 and the mounting portion 33 are respectively for installing the auxiliary processing unit 20 and the processing unit 10.The processing Unit 10 can be installed in the same side of the connection main body 314, can also be installed in the same of the connection main body 314 Side.Another aspect according to the present invention, the present invention further provides a hot-plug method, the hot-plug method includes following step It is rapid:
(A) processing unit 10 is installed on the support channel 3100；
(B) processing unit 10 is removed from the support channel 3100.
The processing unit 10 can be removed and be installed during processing unit work.
As shown in figures 3 and 8, the present invention provides a processing system 40, wherein the processing unit is carried the processing System 40, the processing unit carry out contents processing by the processing system 40.The processing system 40 includes an introductory die Block 41, the initial module 41 are communicatively coupled to each second connector 3141 to have detected whether the processing unit 10 and second connector 3141 connection.The initial module 41 has detected whether the processing unit 10 and described second Connector 3141 disconnects.When the processing unit 10 and second connector 3141 connect, the initial module 41 is examined The processing unit 10 is measured into working condition, the initial module 41 is chosen in the processing unit 10 in working condition One be used as an administrative unit 10 ', the administrative unit 10 ' manages other processing units 10.
When there is the processing unit 10 to carry out hot plug, the processing list that the initial module 41 is updated according to hot plug Member 10 carries out initial treatment.Wherein, the initial module 41 is by the newly-increased processing unit 10 and the administrative unit 10 ' Connection, so that the administrative unit 10 ' is managed the processing unit 10.
The initial module 41 chooses the administrative unit 10 ' according to the state of each processing unit 10.Each place The performance for managing each processing unit 10 of processing capacity of unit 10 determines.The administrative unit 10 ' manages the remaining place Unit 10 is managed, the initial module 41 chooses the enough processing units 10 of processing capacity and is used as the administrative unit 10 '.
When the processing unit 10 is installed in the processing unit by hot plug, the detection of initial module 41 is newly-increased The processing unit 10 performance, when the performance of the processing unit 10 is better than the current institute as the administrative unit 10 ' The performance of processing unit 10 is stated, the initial module 41 chooses the newly-increased processing unit 10 and is used as the administrative unit 10 '.
The case where processing unit 10 that the initial module 41 manages as needed, chooses the administrative unit 10 '. The initial module 41 analyzes the quantity and performance for being currently entering the processing unit 10 of working condition, determines a management value. The initial module 41 correspondingly chooses the enough processing units 10 of performance as the management list according to the management value Member 10 '.The performance of the administrative unit 10 ' being capable of the adequately managed remaining processing unit 10.
When the initial module 41 detects the newly-increased processing unit 10, the newly-increased institute of the detection of initial module 41 State the performance of processing unit 10.The initial module 41 generates the new management value.What the analysis of initial module 41 increased newly The performance of the processing unit 10 and the performance of the administrative unit 10 ', in the newly-increased processing unit 10 and current work To be chosen in the processing unit 10 of the administrative unit 10 ' and the new more matched processing unit 10 of the management value As the administrative unit 10 '.
Further, the initial module 41 chooses a subprocessing unit 14 of the processing unit 10 as a son management Unit 14 ', the initial module 41 choose the sub- administrative unit 14 ' according to the state of the subprocessing unit 14.The son Administrative unit 14 ' manages the institute of residue the subprocessing unit 14 and other processing units 10 of the processing unit 10 State subprocessing unit 14.
The processing system 40 further includes a management module 42, and the management module 42 is obtained from the initial module 41 The administrative unit 10 ', the administrative unit 10 ' manage each processing unit 10 by the management module 42.
The detection of administrative unit 10 ' enters the state and disposition of each processing unit 10 of working condition.? That is when the processing unit 10 is mounted to the support channel 3100, first connection of the processing unit 10 Part 15 is connected to second connector 3141 to obtain the energy, communication network, into working condition, the administrative unit 10 ' The processing unit 10 is managed.
Wherein, the management module 42 monitors each processing unit 10.The management module 42 is in the processing unit Operational process in the administrative unit 10 ' can be replaced.The management module 42 is according to the processing unit 10 State replaces the processing unit 10 as the administrative unit 10 ', the responsibility of the administrative unit 10 ' is transferred to another Processing unit 10.
As shown in Figure 10 A to Figure 10 C, when at least one described processing unit 10 is installed in the shell 30, described A connection piece 15 is connected to second connector 3141, and the energy supply element 21 is that the processing unit 10 provides the energy, institute Processing unit 10 is stated into working condition.The processing unit 10 detects an at least task.The processing unit 10 is as a pipe Unit 10 ' is managed, the administrative unit 10 ' manages the data processing of the processing unit.
Wherein, the administrative unit 10 ' detects the task, when not there is other processing units 10 to be mounted to institute Processing unit is stated, the administrative unit 10 ' handles the task.
In an example of the invention, the administrative unit 10 ' includes at least two subprocessing units 14, the son Processing unit 14 handles the task.One of them of the administrative unit 10 ' subprocessing unit 14 is as management Unit, manages data processing, another described subprocessing unit 14 of the administrative unit 10 ' carries out data processing.In this hair In another bright embodiment, the processing unit 10 includes a subprocessing unit 14, and the subprocessing unit 14 is made For the sub- administrative unit, i.e., the described processing unit 10 is used as the administrative unit 10 ', manages other 10 Hes of processing unit The subprocessing unit 14 of the processing unit 10.
When the new processing unit 10 is mounted to the processing unit, first connection of the processing unit 10 Part 15 is connected to second connector 3141 of the mounting portion 33, forms data path and energy supply access.The processing is single Member 10 obtains the energy and data, so that the new processing unit 10 enters working condition.The processing unit 10 passes through described It second connector 3141 and is connected by the processing unit 10 as the administrative unit 10 '.The administrative unit 10 ' detects It is mounted to the new processing unit 10, the administrative unit 10 ' is managed the data processing of the processing unit 10. Wherein the administrative unit 10 ' is that the processing unit 10 assigns the task, is handled for the processing unit 10.
Wherein, the administrative unit 10 ' connects the task by second connection 313 and first connector 15 The logical data path formed is transmitted to the processing unit 10, and the processing unit 10 obtains the task, and is handled.
When the new processing unit 10 is mounted to the processing unit, the administrative unit 10 ' detects the place The increase of unit 10 is managed, the pending task is distributed to the newly-increased processing unit 10 by the administrative unit 10 '.
The task that the administrative unit 10 ' detects whether the newly-increased processing unit 10 and needs to be implemented.When The administrative unit 10 ' detects the newly-increased processing unit 10, and the administrative unit 10 ' is by the task to be treated The newly-increased processing unit 10 is distributed to, is handled by the newly-increased processing unit 10.
It is noted that when the administrative unit 10 ' detects the newly-increased processing unit 10, the management is single The task to be treated is not detected in member 10 ', and the administrative unit 10 ' does not need carry out task distribution.
Wherein, the administrative unit 10 ' analyzes the working condition of each processing unit 10.When the processing unit 10 not In the state for executing the task, the working condition that the administrative unit 10 ' analyzes the processing unit 10 is the free time.Work as institute It states processing unit and is in the state for executing the task, the administrative unit 10 ' analyzes the processing unit 10 and handles the place Manage a rest processing capacity of unit 10.Each processing unit 10 has a corresponding throughput, the administrative unit 10 ' distribute the task to processing unit 10, and the analysis of administrative unit 10 ' handles the task and occupies the processing unit 10 throughput obtains the rest processing capacity of the processing unit.
The administrative unit 10 ' carries out point of the task according to the rest processing capacity of the processing unit 10 Match.
One variant embodiment of above preferred embodiment of the invention as shown in Figure 4, the administrative unit 10 ' It is fixedly installed in the inner cavity of the shell 30.The administrative unit 10 ' is preferably mounted in the assisted parts 34.It is described auxiliary Processing unit 20 is helped to be fixedly installed in the inside of the shell 30, the administrative unit 10 ' and the auxiliary processing unit 20 It is connected with each other, the auxiliary processing unit 20 is that the administrative unit 10 ' provides processing auxiliary.That is, the processing dress Set including the administrative unit 10 ', when the processing unit 10 is installed in the processing unit, the administrative unit 10 ' and The processing unit 10 connects, and manages the processing unit 10.
Wherein, the energy supply element 21 can be connected to the administrative unit 10 ' with energizing, and mention for the administrative unit 10 ' For the energy.The memory element 22 is communicatively coupled to the administrative unit 10 ', to carry out data with the administrative unit 10 ' Transmission.The network control element 23 is communicatively coupled to the administrative unit 10 ', provides communication for the administrative unit 10 ' Network.
The processing unit 10 is removably installed in the mounting portion 33, and the administrative unit 10 ' communicatedly connects In each second connector 3141.When the processing unit 10 is installed in the processing unit, i.e., the described processing unit 10 It is connected by first connector 15 and second connector 3141, the processing unit 10 and the administrative unit 10 ' It is connected by the connection of first connector 15 and second connector 3141.The administrative unit 10 ' is to mounted The processing unit 10 to the processing unit is managed.It is described initial when there is the processing unit 10 to carry out hot plug Module 41 carries out initial treatment according to the processing unit 10 that hot plug updates.
Wherein, the initial module 41 connects the newly-increased processing unit 10 and the administrative unit 10 ', so that institute Administrative unit 10 ' is stated to be managed the processing unit 10.The administrative unit 10 ' is by the management module 42 to described Processing unit 10 is managed.When the new processing unit 10 is mounted to the processing unit, the processing unit 10 First connector 15 is connected to second connector 3141 of the mounting portion 33, forms data path and energy supply is logical Road.The processing unit 10 obtains the energy and data, so that the new processing unit 10 enters working condition.The processing is single Member 10 is connected by second connector 3141 and by the processing unit 10 as the administrative unit 10 '.The pipe Reason unit 10 ' detects that the new processing unit 10 is mounted, number of the administrative unit 10 ' to the processing unit 10 It is managed according to processing.Wherein the administrative unit 10 ' is that the processing unit 10 assigns the task, for the processing unit 10 are handled.
Wherein, the administrative unit 10 ' connects the task by second connection 313 and first connector 15 The logical data path formed is transmitted to the processing unit 10, and the processing unit 10 obtains the task, and is handled.
When the new processing unit 10 is mounted to the processing unit, the administrative unit 10 ' detects the place The increase of unit 10 is managed, the pending task is distributed to the newly-increased processing unit 10 by the administrative unit 10 '.
The task that the administrative unit 10 ' detects whether the newly-increased processing unit 10 and needs to be implemented.When The administrative unit 10 ' detects the newly-increased processing unit 10, and the administrative unit 10 ' is by the task to be treated The newly-increased processing unit 10 is distributed to, is handled by the newly-increased processing unit 10.
Figure 11 A to Figure 11 C shows the disassembly and replacement of the processing unit 10.
When the processing unit 10 damages, the administrative unit 10 ' detects the damage of the processing unit 10, analyzes institute It is abnormal for stating the working condition of processing unit 10.
Whether the working condition of the mounted processing unit 10 of the detection of administrative unit 10 ' is normal.When the place Reason unit 10 is damaged, and the data transmission between the processing unit 10 and the administrative unit 10 ' generates abnormal, the pipe It is abnormal for managing unit 10 ' and detecting the working condition of the processing unit.When the processing unit 10 stops processing data, the place Manage the working condition that unit 10 is in abnormal.The processing unit 10 in abnormal working condition carries out dismounting work.
Wherein, since each processing unit 10 is set independently in the processing unit, each processing unit 10 Independently of each other, it does not interfere with each other, when one of them or the part processing unit 10 generate exception, other described processing units 10 can To work on.
In an example of the invention, each processing unit 10 respectively stores data to the memory element 22. Each processing unit 10 is by the data real-time storage handled to the memory element 22.When the processing unit 10 damages Bad, data are saved in the memory element 22.The administrative unit 10 ' obtains described in damage from the memory element 22 The data of processing unit 10.If the processing unit 10 is carrying out task before failure, institute is stored in the memory element 22 Data of the processing unit 10 when damage are stated, data mode is maintained at the state handled when the processing unit 10 damage.Institute State the data that administrative unit 10 ' obtains the processing unit 10 of damage from the memory element 22.The administrative unit 10 ' is examined The idle processing unit 10 is surveyed, and the data of the processing unit 10 of damage are sent to the idle processing unit 10, carry out data processing.
That is, when the processing unit 10 of damage is carrying out the task, the processing unit before failure 10 in real time store the data for the task being carrying out to the memory element 22, until the processing unit 10 damages. The data for being stored to the memory element 22 are the task data processed known the processing unit 10 and damage the moment.Institute It states administrative unit 10 ' and detects that the processing unit 10 damages, the administrative unit 10 ' obtains described from the memory element 22 The data of the task for the execution that processing unit 10 stores.The administrative unit 10 ' is in described in normal operating conditions Detection deposits the data of the processing unit 10 of damage from described in the idle processing unit 10 in processing unit 10 Storage element 22 obtains and is sent to the idle processing unit 10, is handled by the processing unit 10.
The analysis of administrative unit 10 ' executes the rest processing capacity of the processing unit 10 of the task.Institute It states administrative unit 10 ' and detects the task that the rest processing capacity handles the processing unit 10 of damage enough, it is described The task of the processing unit 10 of damage is sent to the enough places of the rest processing capacity by administrative unit 10 ' Unit 10 is managed, the task handled for the processing unit 10 of the processing unit 10 processing damage.
In another embodiment of the present invention, the administrative unit 10 ' obtains the number of the processing unit 10 of damage According to, and the data of the processing unit 10 of damage are transferred to another processing unit 10, it is carried out by another processing unit 10 Reason.
The data of the processing unit 10 of the transfer of the administrative unit 10 ' damage, so that the processing unit of damage 10 dismounting does not influence the safety and stability of data.
In another example of the invention, the data of each processing unit 10 are stored to the memory element 22, When the processing unit 10 damages, the administrative unit 10 ' indicates that the processing unit 10 of another normal work is deposited from described The data that element 22 obtains the processing unit 10 of damage are stored up, are handled.Wherein, the instruction of administrative unit 10 ' is idle The processing unit 10 carry out data processing, can also indicate that the processing list with enough rest processing capacities Member 10 is handled.
Since the data of the processing unit 10 of damage are stored or shifted, the processing unit 10 can direct quilt Disassembly.When dismantling the processing unit 10, it is displaced outwardly the processing unit 10 from the support channel 3100, described first connects Fitting 15 and tell that the second connector 3141 disconnects, between the processing unit 10 and the auxiliary processing unit 20 Connection disconnects.Energy access between the processing unit 10 and the energy supply element 21 disconnects, the processing unit 10 and institute The data path stated between memory element 22 disconnects.
Since each processing unit 10 is independently connected with the auxiliary processing unit 20 respectively, the processing unit 10 Disassembly have no effect on the connection between other described processing units 10 and the auxiliary processing unit 20.
Therefore, the processing unit 10 for dismantling damage does not influence the number that the processing unit 10 damaged damages pre-treatment According to nor affecting on the work of other processing units 10.That is, hot plug may be implemented in the processing unit 10.
After the processing unit 10 of damage is disassembled, the processing unit 10 that can more renew.That newly replaces is described Processing unit 10 is installed in the empty support channel 3100.First connector 15 of the processing unit 10 and described The connection of second connector 3141, the processing unit 10 and the auxiliary processing unit 20 connect.The energy supply element 21 passes through The connection of first connector 15 and second connector 3141 provides the energy for the processing unit 10.The storage Element 22 carries out data by first connector 15 and second connector 3141 connection and the processing unit 10 Transmission.The new processing unit 10 enters working condition.
First connector 15 of the processing unit 10 and second connector 3141 of the mounting portion 33 connect It is logical, form data path.The processing unit 10 is by second connector 3141 and by as the administrative unit 10 ' The processing unit 10 connects.The administrative unit 10 ' detects that the new processing unit 10 is mounted, the administrative unit 10 ' are managed the data processing of the processing unit 10.The administrative unit 10 ' is described in the processing unit 10 is assigned Task is handled for the processing unit 10.
Each subprocessing unit 14 of the processing unit 10 is separately connected to first connector 15, The subprocessing unit 14 is realized with second connector 3141 by first connector 15 be connected to respectively.The processing Each subprocessing unit 14 of unit 10 connects 313 connection by first connector 15 and described second respectively, and The auxiliary processing unit 20 connects.The energy supply element 21 connects 313 by first connector 15 and described second Energy access is respectively formed between connection and each subprocessing unit 14.The energy supply element 21 is respectively each subprocessing Unit 14 energizes.The memory element 22 passes through first connector 15 and second 313 connection of connection and each described Data path is respectively formed between subprocessing unit 14.The memory element 22 is respectively between each subprocessing unit 14 Carry out data transmission.
It is noted that the subprocessing unit 14 is separately connected by the communication unit 16 and described first Fitting 15 connects.
The subprocessing unit 14 of the processing unit 10 passes through first connector 15 and second connection 313 Connection, data path is formed between other described processing units 10 and the subprocessing unit 14 respectively, so that different The subprocessing unit 14 between the processing unit 10 can carry out data transmission.
Connect to the intercommunication of the subprocessing unit 14 of same processing unit 10.That is, same processing It can carry out data transmission between each subprocessing unit 14 of unit 10.
Another aspect according to the present invention, the present invention further provides a management method, the management method includes following Step:
S1: it chooses a processing unit 10 and is used as the administrative unit 10 '；
S2: the state of the processing unit 10 is detected；
S3: the task is distributed.
Figure 12 A to Figure 12 B shows the disassembly and replacement of the subprocessing unit 14 of the processing unit 10.
When the subprocessing unit 14 of the part of the processing unit 10 breaks down, 14 He of subprocessing unit It is right by processing unit 10 described in hot plug when the subprocessing unit 14 transmission malfunction or damage of the processing unit 10 The subprocessing unit 14 is replaced.
In one embodiment of the invention, each subprocessing unit 14 respectively stores data to the memory element 22.Each subprocessing unit 14 is by the data real-time storage handled to the memory element 22.When the subprocessing list Member 14 is damaged, and data are saved in the memory element 22.The administrative unit 10 ' is obtained from the memory element 22 and is damaged The data of the bad subprocessing unit 14.If the subprocessing unit 14 is carrying out task, the storage member before failure Data of the subprocessing unit 14 when damage are stored in part 22, data mode is maintained at the subprocessing unit 14 and damages When the state that handles.The administrative unit 10 ' obtains the data of the subprocessing unit 14 of damage from the memory element 22. The idle subprocessing unit 14 of the detection of administrative unit 10 ', and the data of the subprocessing unit 14 of damage are sent out It send to the idle subprocessing unit 14, carries out data processing.
Wherein, the subprocessing unit 14 for dismantling damage, needs to dismantle the processing unit 10 first.The processing is single Member 10 needs to be moved out from the support channel 3100, to expose the subprocessing unit 14 of damage.The processing is single The data of member 10 are stored to the memory element 22, carry out sub-distribution again by the administrative unit 10 '.
When the subprocessing unit 14 of damage is carrying out the task before failure, the subprocessing unit 14 is real When the data for the task being carrying out are stored to the memory element 22, until the subprocessing unit 14 damage.Quilt Storing to the data of the memory element 22 is the task data processed known the subprocessing unit 14 and damage the moment.Institute It states administrative unit 10 ' and detects that the subprocessing unit 14 damages, the administrative unit 10 ' obtains institute from the memory element 22 State the data of the task of the execution of the storage of subprocessing unit 14.The administrative unit 10 ' is being in normal operating conditions The idle processing unit 10 is detected in the processing unit 10, by the data of the subprocessing unit 14 of damage from described Memory element 22 obtains and is sent to the idle processing unit 10, is handled by the processing unit 10.
In another embodiment of the present invention, the administrative unit 10 ' in normal operating conditions other described in The idle subprocessing unit 14 is detected in processing unit 10, is continued with by the idle subprocessing unit 14.
The analysis of administrative unit 10 ' executes the rest processing capacity of the subprocessing unit 14 of the task. The administrative unit 10 ' detects the task that the rest processing capacity handles the subprocessing unit 14 of damage enough, It is enough that the task of the subprocessing unit 14 of damage is sent to the rest processing capacity by the administrative unit 10 ' The subprocessing unit 14, for the task of the subprocessing unit 14 processing of the subprocessing unit 14 processing damage.
In another example of the invention, the administrative unit 10 ' obtains the number of the subprocessing unit 14 of damage According to, and the data of the subprocessing unit 14 of damage are transferred to another processing unit 10, it is carried out by another processing unit 10 Processing.
The data of the subprocessing unit 14 of the transfer of the administrative unit 10 ' damage, so that the subprocessing of damage The dismounting of unit 14 does not influence the safety and stability of data.
In another example of the invention, the data of each subprocessing unit 14 are stored to the memory element 22, when the subprocessing unit 14 damages, the administrative unit 10 ' indicates the processing unit 10 of another normal work from institute The data that memory element 22 obtains the subprocessing unit 14 of damage are stated, are handled.Wherein, the administrative unit 10 ' refers to Show that the idle processing unit 10 carries out data processing, can also indicate that with described in enough rest processing capacities Processing unit 10 is handled.
Since the data of the subprocessing unit 14 of damage are stored or shifted, the subprocessing unit 14 can be with Directly it is disassembled.When dismantling the subprocessing unit 14, the processing unit is displaced outwardly from the support channel 3100 first 10, first connector 15 and tell that the second connector 3141 disconnects, the processing unit 10 and the aid in treatment Connection between unit 20 disconnects.Energy access between the processing unit 10 and the energy supply element 21 disconnects, the place The data path managed between unit 10 and the memory element 22 disconnects.The subprocessing list is dismantled from the processing unit 10 again Member 14, the connection between the subprocessing unit 14 and the processing unit 10 disconnect.
Since each processing unit 10 and each auxiliary processing unit 20 separately connect, each subprocessing Unit 14 is independently connected with the auxiliary processing unit 20 respectively, and the disassembly of the subprocessing unit 14 has no effect on other institutes State the connection between subprocessing unit 14 and the auxiliary processing unit 20.
Therefore, the subprocessing unit 14 for dismantling damage does not influence the subprocessing unit 14 damage pre-treatment of damage Data, nor affect on the work of other processing units 10.It is inserted that is, heat may be implemented in the subprocessing unit 14 It pulls out.
Other of the subprocessing unit 14 and same processing unit 10 subprocessing unit 14 separately connect It is had no effect on described in other of same processing unit 10 in the disassembly of first connector 15, therefore the subprocessing unit 14 Connection of the subprocessing unit 14 with first connector 15.
After the subprocessing unit 14 of damage is disassembled, the subprocessing unit 14 that can more renew.Newly replace The subprocessing unit 14 is installed in the processing unit 10, continues to install the processing unit 10 to the support channel 3100, the processing unit 10 can work on.First connector 15 of the processing unit 10 and described second connects Fitting 3141 connects, and the processing unit 10 and the auxiliary processing unit 20 connect.The energy supply element 21 passes through described the The connection of a connection piece 15 and second connector 3141 provides the energy for the processing unit 10.The memory element 22 Carried out data transmission by first connector 15 and second connector 3141 connection and the processing unit 10.Institute Processing unit 10 is stated into working condition.
Wherein, the subprocessing unit 14 after replacement passes through first connector 15 and second connector 3141 Connection and the auxiliary processing unit 20 connect.The subprocessing unit 14 of replacement passes through first connector 15 and institute The connection for stating the second connector 3141 is connected to the energy supply element 21, to obtain the energy.The subprocessing unit after replacement 14 are connected to by first connector 15 and second connector 3141 connection with the memory element 21.
The subprocessing unit 14 passes through second connector of first connector 15 and the mounting portion 33 3141 connections, form data path.The subprocessing unit 14 is by second connector 3141 and by as the management The processing unit 10 of unit 10 ' connects.The administrative unit 10 ' detects that the new subprocessing unit 14 is mounted, The administrative unit 10 ' is managed the data processing of the subprocessing unit 14.The administrative unit 10 ' is the sub- place Reason unit 14 assigns the task, is handled for the subprocessing unit 14.
The needs of the processing unit 10 in normal operating conditions are replaced.The processing unit 10 will held The data of the capable task are sent to the administrative unit 10 ', and the processing unit 10 can be both replaced.When the processing is single Member 10 is disassembled, and first connector 15 and second connector 3141 disconnect, the processing unit 10 and described Connection between auxiliary processing unit 20 disconnects, and the processing unit 10 stops working.Due to the data of the processing unit 10 It is shifted before the processing unit 10 is disassembled, the disassembly of the processing unit 10 does not influence the safety of data and steady It is qualitative.
In another embodiment of the present invention, the processing unit 10 in normal operating conditions by data store to The memory element 22, when the processing unit 10 is disassembled, the administrative unit 10 ' obtains split from the memory element 22 The data of the processing unit 10 unloaded, and data are transferred to the processing unit 10 of another normal work.
In another embodiment of the present invention, the processing unit 10 in normal operating conditions by data store to The memory element 22, when the processing unit 10 is disassembled, the administrative unit 10 ' indicates the place of another normal work Reason unit 10 obtains the data for the processing unit 10 being disassembled from the memory element 212, is handled.Wherein, described The idle processing unit 10 of the instruction of administrative unit 10 ' carries out data processing, can also indicate that with enough residues The processing unit 10 of processing capacity is handled.
Similarly, the subprocessing unit 14 can also be realized by hot plug and be replaced.The subprocessing unit 14 is more It changes, has no effect on the normal work of other processing units 10.
The processing unit further includes a task management module 40, and the task management module 40 is communicatively coupled to each institute Processing unit 10 is stated, handles the task to manage each processing unit 10.
It is noted that each processing unit 10 can be used as the administrative unit 10 ', to manage described in other Processing unit 10.
As shown in figure 13, in another variant embodiment of above preferred embodiment of the present invention, the processing unit 10 are implemented as an at least initial treatment unit 101 and an at least extension process unit 102.The processing unit 10 includes at least One initial treatment unit 101 and at least an extension process unit 102.The initial treatment unit 101 is fixedly installed in described The mounting portion 33 of shell 30, the auxiliary processing unit 20 is fixedly installed in the inside of the shell 30, described initial Processing unit 101 and the auxiliary processing unit 20 are connected with each other, and the auxiliary processing unit 20 is the initial treatment unit 101 provide processing auxiliary.
Wherein, the energy supply element 21 can be connected to the initial treatment unit 101 with energizing, and be the initial treatment list Member 101 provides the energy.The memory element 22 is communicatively coupled to the initial treatment unit 101, with the initial treatment Unit 101 carries out data transmission.
The support channel 3100 is formed in the mounting portion 33 for installing the extension process unit 102, the extension Processing unit 102 is installed in the support channel 3100, and the extension process unit 102 and the auxiliary processing unit 20 connect It connects, the auxiliary processing unit 20 is that the extension process unit 102 provides processing auxiliary.
Wherein, the initial treatment unit 101 is installed in the shell 30 in the original state of the processing unit It is interior, be fixedly connected with the auxiliary processing unit 20, when the initial treatment unit 101 pass through the auxiliary processing unit 20 The energy is obtained, the initial treatment unit 101 can be in the original state of the processing unit, into working condition.
The initial treatment unit 101 is used as an administrative unit 10 ', carries out the management of data processing.The initial treatment Unit 101 has detected whether that the extension process unit 102 is mounted to the processing unit.The initial treatment unit 101 Detect whether that the task is handled.
The processing unit extends the processing capacity of the processing unit by installing the extension process unit 102. The extension process unit 102 is installed in the support channel 3100, and described the first of the extension process unit 102 connects Fitting 15 is connect with second connector 3141 on the inner wall 3111 on support 3100 periphery of channel.Wherein, institute It states the second connector 3141 and is connected to auxiliary processing unit 20.The auxiliary processing unit 20 passes through second connector 3141 Auxiliary is provided for the extension process unit 102.
The initial treatment unit 101 and the extension process unit 102 are separately connected to the aid in treatment Unit 20, the installation and removal of the extension process unit 102 do not influence the work of the initial treatment unit 102.
The extension process unit 102 is installed in the support channel 3100, first connector 15 and described The connection of two connectors 3141, forms connection, the confession between the extension process unit 102 and the auxiliary processing unit 20 The connection that energy element 21 passes through first connector 15 and second connector 3141 is the extension process unit 102 The energy is provided.The memory element 22 passes through the connection of first connector 15 and second connector 3141 and described Carry out data transmission between extension process unit 102.
The extension process unit 102 is mounted to the support channel 3100, the extension process unit 102 and institute It states and forms the heat dissipation channel 3120 between inner wall 3111.Where the heat dissipation channel 3120 and the auxiliary processing unit 20 The auxiliary space 3400 is connected to.The heat dissipation element 24 provides auxiliary towards the heat dissipation channel 3120, for heat dissipation.
The initial treatment unit 101 is used as the administrative unit 10 ', by the task assignment to the extension process list Member 102, is handled by the extension process unit 102.It is noted that the administrative unit 10 ' is in the initial place It is converted between reason unit 101 and the extension process unit 102.The extension process unit 102 is used as the administrative unit 10 ', the task assignment to the initial treatment unit 101 and other described extension process units 102 is handled.
The subprocessing unit 14 may be implemented as chip.There are many type, different types of chips to be suitable for place for chip Manage the data of different types.When the administrative unit 10 ' detects the type of task data to be dealt with, the management is single First 10 ' data types, replace the chip of the subprocessing unit 14 of the processing unit 10, by hot plug to improve correspondence The chip processing data of type.
When the processing unit 10 is handling an at least task, the administrative unit 10 ' analyzes the processing unit 10 In normal working condition.When the untreated task of the processing unit 10, the administrative unit 10 ' analyzes the place Manage the working condition that unit 10 is in idle.When the connection between the administrative unit 10 ' and the processing unit 10 has some setbacks Or disconnect, the administrative unit 10 ' can not normally detect the state of the processing unit 10, and the administrative unit 10 ' analyzes institute State the working condition that processing unit 10 is in abnormal.Wherein the administrative unit 10 ' keeps normal working condition.When the pipe It manages unit 10 ' and generates failure, the management module 42 replaces other processing units 10 and is used as the administrative unit 10 '.
The processing unit handles an at least content library, and the content library is for generating an at least content.The management is single Member 10 ' distributes the content library to each processing unit 10, handles the content library by the processing unit 10, is worth one It is mentioned that, the identical content library is distributed to the different processing units 10 by the administrative unit 10 ', so that different The processing unit 10 generates the identical content, and the different content libraries is distributed to difference by the administrative unit 10 ' The processing unit 10.The different processing of the processing unit 10 generate the different contents.The administrative unit 10 ' is Each processing unit 10 distributes multiple content libraries so that the different processing units 10 i.e. generate it is identical it is described in Hold, also generates the different contents.
As shown in figure 14, an at least client 50 sends a content requests to the processing unit.The processing unit connects Receive the content requests.Wherein the administrative unit 10 ' receives the content requests, analyzes the requested institute of the content requests State content.The administrative unit 10 ' generates the task according to the requested content of the content requests.The administrative unit 10 ' choose the idle processing unit 10, and the task is distributed to the processing unit 10 of selection.It is worth mentioning It is that the processing unit 10 is by equipped with the content library for generating the requested content of content requests.The pipe Reason unit 10 ' chooses the processing unit 10 idle in the processing unit 10 that can generate the content, to handle State task.When the task of the content requests of the client 50 distributes to the processing by the administrative unit 10 ' Unit 10, the processing unit 10 and the client 50 connect.When the processing unit 10 handles the task, described in generation The content is sent to the client 50 by content, the processing unit 10.
The processing unit 10 handles the content library, and generates the content.The processing unit 10 is further by institute Stating contents processing is one group of plereme, and the processing unit 10 carries out stream process to the plereme, by the content list Bit stream processing is an at least content stream, and the processing unit 10 is by the content flow to the client 50, the client End 50 plays the content stream, forms the content.
The contents processing is the plereme by the processing unit 10, is passed in the form of the content stream It is defeated, reduce the data volume and the received data of the client 10 of unit time content transmission, ensures 10 He of processing unit Data transmission bauds and the client 10 between the client 50 receive speed, so that the client 50 is able to maintain The broadcasting of the content, reduces or eliminates content delay.
It is noted that the processing unit 10 content according to the environmental treatment of the client 10.The place Reason unit 10 selects the specification and transmission speed of the plereme according to transmission environment and the playing environment.The processing is single First 10 pleremes according to environment generation and the transmission plereme, so that the transmission and broadcasting of the plereme are suitable Environmental change is answered, to control content delay.
The processing unit 10 obtains the content flow to the client 50, user by the client 50 Take the content.Wherein, user can generate interaction with the content.User with the content interaction in generate at least one Operation is sent to the processing unit 10 by the client 50.The processing unit 10 handles the content library, to generate State the requested content of operation.
After the processing unit 10 and the client 50 are connected with each other, place of the client 50 about the content Processing unit 10 described in reason carries out, until the connection between the client 50 and the processing unit 10 disconnects.
When multiple client 50 requests the content, the administrative unit 10 ' receives the institute that each client 50 issues It states content requests, and distributes the processing unit 10 respectively for each client 50, so that the processing unit 10 and described Client 50 is connected with each other, and the content requests of the client 50 are handled by the processing unit 10.
When the content library is distributed to the processing unit 10 by the administrative unit 10 ', the processing unit 10 is handled The content library.Wherein the processing unit 10 includes an at least subprocessing unit 14, described in the subprocessing cell processing in The data of Rong Ku.The processing unit 10 includes at least two subprocessing units 14, and one of subprocessing unit 14 is implemented as One communication unit 14 ', for being communicated with processing unit 10 described in other and the subprocessing unit 14.The communication unit 14 ' provide communication for the subprocessing unit 14 of the subprocessing unit 14 and other processing units 10.
In another embodiment of the present invention, the administrative unit 10 ' distributes the content library to each processing Each subprocessing unit 14 of unit 10.Each subprocessing unit 14 handles the content library.When the client 50 is asked The content is sought, the content requests are issued.The administrative unit 10 ' generates the task.The administrative unit 10 ' will be described Task is distributed to the idle subprocessing unit 14, so that the subprocessing unit 14 is connected with the client 50, by The subprocessing unit 14 is that the client 50 provides the content.
Another aspect according to the present invention, the present invention further provides a processing methods, the treating method comprises following Step:
S1: it chooses a processing unit 10 and is used as the administrative unit 10 '；
S2: the task is produced according to the content requests that the client 50 issues；
S3: the task is distributed to the processing unit 10；
S3: handling the content library, produces the content；
S4: being one group of plereme by the contents processing；
S5: the defeated plereme is spread.
It should be understood by those skilled in the art that foregoing description and the embodiment of the present invention shown in the drawings are only used as illustrating And it is not intended to limit the present invention.The purpose of the present invention has been fully and effectively achieved.Function and structural principle of the invention exists It shows and illustrates in embodiment, under without departing from the principle, embodiments of the present invention can have any deformation or modification.

Claims (30)

1. a processing unit characterized by comprising
An at least processing unit；
One auxiliary processing unit；And
One shell, wherein the processing unit is installed in the inside of the shell, the auxiliary processing unit is installed in institute The inside of shell is stated, wherein the processing unit is connected with the auxiliary processing unit, into working condition.
2. processing unit according to claim 1, wherein the processing unit includes a pedestal and one installs side wall, it is described Installation side wall is fixed on the pedestal, and one end of installation side wall from the pedestal extends vertically to be formed.
3. processing unit according to claim 2, wherein the processing unit includes an at least subprocessing unit, the son Processing unit is removably installed in the pedestal.
4. according to right to go 3 described in processing unit, wherein the processing unit includes at least one first connector, described the A connection piece is arranged at side of the pedestal relative to the installation side wall, and the subprocessing unit is connected to described first Connector.
5. processing unit according to claim 4, wherein the processing unit includes a gripping member, the gripping member is pacified Outside loaded on the installation side wall.
6. processing unit according to claim 5, wherein the shell includes a housing base and a lid, the lid The housing base is covered, wherein the housing base includes an antetheca, one or more construction openings are set in the antetheca, The periphery of the construction opening forms a support channel to an inner wall, the inner wall surrounding is extended to form on the inside of the shell.
7. processing unit according to claim 6, wherein the processing element is installed in the support channel.
8. processing unit according to claim 7, wherein the housing base includes at least one connection main body, the connection Main body is formed between the two sidewalls of the housing base, and the processing unit and the auxiliary processing unit are installed in respectively The two sides of the connection main body, wherein at least one second connector, the second connector direction is set in the connection main body The support channel.
9. processing unit according to claim 8, wherein the auxiliary processing unit is connected to each second connector, The processing unit and the auxiliary processing unit are connected by the connection of first connector and second connector, The processing unit enters working condition.
10. processing unit according to claim 9, wherein the shell includes a mounting portion and an assisted parts, the peace Dress portion and the assisted parts are respectively formed in the two sides of the connection main body, wherein the processing unit is installed in the installation Portion, the assisted parts have an auxiliary space, and the auxiliary processing unit is installed in the auxiliary space.
11. processing unit according to claim 10, wherein the auxiliary processing unit includes at least one energy supply element, institute Second connector can be connected to energizing by stating energy supply element, and the processing unit is installed in the support channel, described Processing unit obtains the energy from the energy supply element by the connection of first connector and second connection.
12. processing unit according to claim 11, wherein the auxiliary processing unit includes an at least memory element, institute It states memory element and is connected to second connector, the processing unit is installed in the support channel, the processing unit By the connection of first connector and second connection, carry out data transmission between the memory element, wherein The processing unit stores data in the memory element.
13. processing unit according to claim 12, wherein the auxiliary processing unit includes at least network-control member Part, the network control element are connected to second connector, and the processing unit is installed in the support channel, described Network control element provides communication network by the connection of first connector and second connection for the processing unit Network.
14. processing unit according to claim 11, wherein the processing unit is installed in the support channel, it is described A heat dissipation channel is formed between pedestal and the inner wall, wherein the heat dissipation channel is connected to the auxiliary space.
15. processing unit according to claim 14, wherein the auxiliary processing unit includes an at least heat dissipation element, institute It states heat dissipation element and is installed in the auxiliary space, pass through being connected to as the processing for the auxiliary space and the heat dissipation channel Unit provides heat dissipation.
16. processing unit according to claim 9 is further carried a processing system, the processing system is communicatedly The processing unit is connected to carry out contents processing, wherein the processing system includes:
One initial module, the initial module are communicatively coupled to second connector, to have detected whether that the processing is single Member is mounted and is disassembled, wherein the initial module chooses a processing unit as a management list in the processing unit Member；With
One management module, the management module are communicatively coupled to the initial module to obtain the administrative unit, the pipe Reason unit is managed other described processing units by the management module.
17. processing unit according to claim 16, wherein the processing in initial module detection working condition The performance of unit, generates a management value, and the initial module chooses the processing unit as the pipe according to the management value Unit is managed, wherein the performance of the administrative unit and the management value are adapted.
18. processing unit according to claim 10, further comprises an at least administrative unit, the administrative unit is pacified Loaded on the assisted parts, the administrative unit is communicatively coupled to the auxiliary processing unit so that the auxiliary processing unit is auxiliary The administrative unit is helped to be handled, the administrative unit is communicatively coupled to second connector, connects by described second Fitting and the processing unit are detachably connected.
19. 7 or 18 any processing unit according to claim 1, wherein each processing of administrative unit monitoring is single Whether the working condition of member is normal, and when the processing unit is handling an at least task, the processing unit is in normal Working condition, when the processing unit stops processing data, the processing unit is in abnormal working condition, when the processing Unit untreatment data, the processing unit are in idle working condition.
20. processing unit according to claim 19, wherein the processing unit stores data in the storage in real time Element, when the administrative unit detects that the processing unit is in abnormal working condition, the administrative unit is deposited from described Storage element obtains the data of the processing unit, and by data assignment to another processing unit.
21. processing unit according to claim 19, wherein the administrative unit obtains the institute for being in abnormal operation Data are transferred to another processing unit in normal operating conditions and handled by the data for stating processing unit.
22. processing unit according to claim 19, wherein administrative unit analysis is in the institute of normal operating conditions A rest processing capacity of processing unit is stated, the administrative unit is sufficient to the rest processing capacity by the task assignment The processing unit.
23. processing unit according to claim 19, wherein the administrative unit is by the task assignment to idle institute State processing unit.
24. processing unit according to claim 19 issues extremely wherein the administrative unit receives an at least client Few content requests, wherein the content requests request an at least content, the content requests are generated as by the administrative unit One task, the administrative unit connect the task assignment to the processing unit, the processing unit with the client, Wherein task described in the processing unit processes produces the content of the client request.
25. processing unit according to claim 23, wherein the contents processing is one group of content by the processing unit The plereme is transmitted to the client by unit, the processing unit in the form of content stream, described in the client terminal playing Content stream forms the content.
26. processing unit according to claim 1, wherein the processing unit includes an at least subprocessing unit, it is described Subprocessing unit is connected to the auxiliary processing unit, to enter working condition, wherein the subprocessing unit is as a management Subelement manages other described processing units and the subprocessing unit.
27. processing unit according to claim 1, wherein the processing unit includes at least two subprocessing units, it is described Subprocessing unit is connected to the auxiliary processing unit, and to enter working condition, one of them described subprocessing unit is as one Subelement is managed, other described processing units and the subprocessing unit are managed, another subprocessing unit carries out data processing.
28. a processing method, which comprises the following steps:
(A) processing unit is chosen as an administrative unit；
(B) task is distributed to the processing unit；
(C) an at least content is generated.
29. according to the method for claim 28, wherein further including following step between the step (A) and the step (B) It is rapid:
At least content requests that an at least client is sent generate an at least task.
30. according to the method for claim 28, further including steps of
It is one group of plereme by the contents processing；
The defeated plereme is spread to the client.
CN201910196441.6A 2019-03-15 2019-03-15 Processing unit and its processing method Pending CN109857222A (en)

Priority Applications (2)

Application Number Priority Date Filing Date Title
CN201910196441.6A CN109857222A (en) 2019-03-15 2019-03-15 Processing unit and its processing method
PCT/CN2020/079506 WO2020187182A1 (en) 2019-03-15 2020-03-16 Processing apparatus and processing method therefor

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201910196441.6A CN109857222A (en) 2019-03-15 2019-03-15 Processing unit and its processing method

Publications (1)

Publication Number Publication Date
CN109857222A true CN109857222A (en) 2019-06-07

Family

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Family Applications (1)

Application Number Title Priority Date Filing Date
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Country Status (1)

Country Link
CN (1) CN109857222A (en)

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