CN2570852Y

CN2570852Y - Computer motherboard memory connector having light source display

Info

Publication number: CN2570852Y
Application number: CN 02254911
Authority: CN
Inventors: 胡剑明
Original assignee: Excel Cell Electronic Co Ltd
Current assignee: Excel Cell Electronic Co Ltd
Priority date: 2002-09-17
Filing date: 2002-09-17
Publication date: 2003-09-03
Anticipated expiration: 2012-09-17

Abstract

The utility model relates to a computer motherboard memory connector with light source display. The computer motherboard memory connector is connected with a plurality of memory connectors and a control unit, wherein the memory connectors are used for detachably connecting memories. The control unit is electrically connected with the motherboard of the computer and can detect whether the memories are damaged or not. The connector is characterized by a plurality of luminous bodies which are electrically connected with the motherboard of the computer. The luminous bodies are respectively installed on the motherboard of the computer, and are adjacent to the memory connectors so as to emit light when the memories are damaged. When the control unit detects that the memories are damaged, the control unit can send out a signal, and then, the luminous bodies which are adjacent to the memories can receive the signal of the control unit so as to display to detection result. Therefore, the time and the cost of detection and repair can be greatly saved.

Description

But has the computer main frame panel Memory connector that light source shows

Technical field

The utility model relates to a kind of Memory connector, particularly relates to a kind of computer main frame panel Memory connector.

Background technology

As shown in Figure 1, distribution locations with a computer main frame panel 1 is an example, and this computer main frame panel 1 is equiped with two peripheral component interconnect (pci)s (Peripheral Component Interconnect) connector 101, industrial standard system architecture (ISA) (Industry Standard Architecture) connector 102, central processing unit (CPU) connector 103, three Memory connectors 104. or the like.

As shown in Figure 2, these Memory connector 104 two ends consubstantiality that makes progress forms a pivot dress portion 105, is articulated in the inside for a fastener 106, and each Memory connector 104 is by this fastener 106 storer 107 to be formed snapping shape releasably; Storer 107 on this Memory connector 104 breaks down, and when this computer main frame panel is equiped with storer 107 more than two, maintenance person just need make a great fuss and one by one different storer 107 is attached to a normal computing machine of operation, makes the detection method of staggered form; Though can find the storer 107 of real damage through cross-beta, still, this detection method is not only time-consuming, and, if storer 107 situation that drops takes place in the process of operation, more may cause damage parts and increase maintenance cost.

The utility model content

The purpose of this utility model is to provide a kind of storer that is available for users to find out rapidly damage, but to save the computer main frame panel Memory connector that light source shows that has of repair time.

But according to a kind of computer main frame panel Memory connector that light source shows that has provided by the utility model, this computer main frame panel is electrically connected most the Memory connectors that are used for linking separatably storer, and but one be electrically connected and the control module that whether damages of detection of stored device with computer main frame panel, be characterized in: a plurality of and computer main frame panel is electrically connected, and be installed on this computer main frame panel respectively and be adjacent to the luminophor of this Memory connector, when control module detects the storer damage, to send out a signal, make the luminophor of the contiguous storer that damages receive the signal of this control module, and demonstrate testing result.

Description of drawings

But the computer motherboard Memory connector that the utlity model has the light source demonstration is elaborated below by most preferred embodiment and accompanying drawing.

Fig. 1 is the top view of general computer main frame panel, represents the configuration of connector on this computer main frame panel.

Fig. 2 is a three-dimensional exploded view of a general computer main frame panel Memory connector and a storer.

Fig. 3 is the three-dimensional exploded view of a preferred embodiment of the present utility model, represents that two are installed on the computer main frame panel and are respectively adjacent to luminophor in this Memory connector.

Fig. 4 is a storer among Fig. 3 and a constitutional diagram of Memory connector.

Fig. 5 is the cross-sectional schematic of V-V along the line among Fig. 3, represents that a luminophor is installed in the position of this computer main frame panel.

Fig. 6 is a calcspar of the utility model preferred embodiment.

Embodiment

Shown in Fig. 3,4,6, a preferred embodiment of the present utility model is mounted on the computer main frame panel 10, electricly on this computer main frame panel 10 is connected with a plurality of Memory connectors 20, and one is used for detecting the control module 40 whether this storer 30 damages; Be characterized in: also comprise several and be installed on this computer main frame panel 10 and be respectively adjacent to luminophor 50 in these Memory connectors 20.

Each Memory connector 20 have two from its two ends upwards with body formed pivot dress portion 21, and two fasteners 22 that are articulated in respectively in this pivot dress portion 21, this fastener 22 is made for transparent material and snapping one storer 30 releasably, because this Memory connector 20 is a prior art, so no longer describe in detail at this.

This control module 40 is a processor (PROCESSOR) that is electrically connected with this computer main frame panel 10, and whether can detect this storer 30 has damage, and when storer 30 damages, sends out a signal to its corresponding luminophor 50.

Shown in Fig. 3,5, each luminophor 50 is the bottoms 211 that are installed in the pivot dress portion 21 of this Memory connector 20, and be electrically connected with this computer main frame panel 10, what deserves to be mentioned is that the power source of these luminophors 50 is power circuit 11 supplies by this computer main frame panel 10.

As shown in Figure 6, when the user opened computer power supply, whether this control module 40 can detect this storer 30 automatically and break down, and subsequently testing result was converted to this luminophor 50 of a signalisation; When this luminophor 50 receives the fault-signal of these control module 40 transmission, the luminophor 50 that is positioned at fault memorizer 30 places will produce light and be connection (ON) state, on the contrary, when this luminophor 50 receives the regular event signal of these control module 40 transmission, this luminophor 50 will can not produce light and be disconnection (OFF) state.

Because this luminophor 50 is the bottoms 211 that are positioned at this pivot dress portion 21, and the material that this fastener 22 is a kind of printing opacities is made and the tool high light transmittance, so, can judge this storer 30 situation that whether is damaged by the information that this luminophor 50 demonstrates, and have the operating characteristic of rapid detection, have relatively and can reduce detection time to reduce the advantage of maintenance cost.

Claims

1. but one kind has the computer main frame panel Memory connector that light source shows, this computer main frame panel is electrically connected a plurality of Memory connectors that are used for linking separatably storer, and but one be electrically connected and the control module that whether damages of detection of stored device with computer main frame panel, it is characterized in that: a plurality of and computer main frame panel is electrically connected and is installed in respectively on this computer main frame panel, and is adjacent to the luminophor that sends light when this Memory connector damages for storer.

2. but as claimed in claim 1 have a computer main frame panel Memory connector that light source shows, it is characterized in that: each Memory connector has two and is used for the fastener of snapping storer releasably, and at least one fastener is to be made by transparent material.

3. but the computer main frame panel Memory connector with light source demonstration as claimed in claim 1, it is characterized in that: this control module is a processor.