Light-emitting-end mounting mechanism in optical display panel

Claim 2

An optical fiber light-discharging-end mounting mechanism comprising: a tubular thread body having a head of increased cross-section on one end and an externally threaded portion on the other end; an optical fiber receiving hole axially disposed within the thread body into which the light-discharging-end of an optical fiber is inserted from the head end of the thread body; a display panel having a receiving hole therethrough through which the threaded end of the thread body is inserted, and a nut element assembly that is screwed onto the threaded end of the thread body to secure the thread body to the display panel, including a transparent light-diffusing member, internally threaded to receive the threaded portion of the thread body and configured to completely enclose the threaded portion of the thread body.

Claim 3

The optical fiber light-discharging-end mounting mechanism of claim 6, wherein the transparent light-diffusing member has light-diffusing particulate matter disposed on its inside surface.

Claim 4

A light-discharging-end mounting mechanism for an optical display panel system comprising at least one light source, a bundle of optical fibers which are bound together at one end to form a light-receiving end opposed to said light source and which are positioned at the other end to form a large number of light-discharging ends, an optical display panel body provided to support each of the light-discharging ends of said bundle of optical fibers, each of the light-discharging ends of said optical fibers being inserted, from the back to the front surface of said optical display panel, and secured therein through a mounting hole provided therein so that each of the light-discharging ends juts out beyond the front surface of the panel body, wherein the mounting means to secure each of the light-discharging ends through said optical display panel body comprises a thread means having a head provided at one end, a threaded portion axially extending from the head and a nut element to be screwed onto the thread means of said thread body, said thread body being provided with an optical fiber receiving hole which runs axially therethrough and being removably mounted to the light-discharging side of said optical fibers through said receiving hole, the threaded portion of said thread body capable of being screwed into the mounting hole provided on said optical display panel, and said light-discharging ends of the optical fibers being mounted into said optical display panel body by screwing the nut element onto said threaded portion of the thread body upon such insertion, and a transparent light-diffusing means having, at one end, a threaded hole into which the thread portion of said thread body is to be screwed, and having a light-diffusing and -emitting surface at the other end, with particulate matters being securely disposed within the light-diffusing means.

Claim 5

A light-discharging-end mounting mechanism for an optical display panel system comprising at least one light source, a bundle of optical fibers which are bound together at one end to form a light-receiving end opposed to said light source and which are positioned at the other end to form a large number of light-discharging ends, an optical display panel body provided to support each of the light-discharging ends of said bundle of optical fibers, each of the light-discharging ends of said optical fibers being inserted, from the back to the front surface of said optical display panel, and secured therein through a mounting hole provided therein so that each of the light-discharging ends juts out beyond the front surface of the panel body, wherein the mounting means to secure each of the light-discharging ends through said optical display panel body comprises a thread means having a head provided at one end, a threaded portion axially extending from the head and a nut element to be screwed onto the thread means of said thread body, said thread body being provided with an optical fiber receiving hole which runs axially therethrough and being removably mounted to the light-discharging side of said optical fibers through said receiving hole, the threaded portion of said thread body capable of being screwed into the mounting hole provided on said optical display panel, and said light-discharging ends of the optical fibers being mounted into said optical display panel body by screwing the nut element onto said threaded portion of the thread body upon such insertion, and a transparent light-diffusing means having, at one end, a threaded hole into which the thread portion of said thread body is to be screwed, and having a light-diffusing and -emitting surface at the other end, with particulate matters being securely disposed within the light-diffusing means.