JP2008158809A - Fire receiver and manufacturing method of sheet for mounting display component used therefor - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To facilitate arrangement change operation of a display component by easily discriminating the position of a light transmission section of a map sheet or a mounting position of the display component from a back side of a display section even if it is a structure for performing arrangement change operation of display component from the back side of the display section. <P>SOLUTION: A fire receiver has a map type display part which is provided with a map sheet in which a light transmission section is displayed on at least one of a plurality of points set up beforehand at fixed spacing in a sheet plane, and a caution monitoring zone is displayed in graphic by a map etc., a display component mounting part which is prepared at the back side of this map sheet, and in which a plurality of holes for mounting the display components corresponding to a plurality of points are formed, and a display component inserted from the back side of the display component mounting part in a hole for mounting the display component corresponding to the position of the light transmission section displayed on the map sheet. In the fire receiver, a sheet for mounting the display component which displays the light transmission section in a state where arrangement of the light transmission section currently displayed on the map sheet is reversed from side to side, is prepared. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a fire receiver having a map-type display unit in which a warning monitoring area is graphically displayed by a map or the like, and a method of manufacturing a display element mounting sheet used therefor.

  2. Description of the Related Art Conventionally, there has been known a fire receiver having a map display function having a display unit in which a warning monitoring area is graphically displayed by a map or the like (see, for example, Patent Document 1). This fire receiver displays a fire detection result by a fire detector provided in a warning monitoring area as a detection means in a state of lighting of a display element provided in a display unit.

  The display unit is composed of a front panel on which a warning monitoring area is graphically displayed by a map, a lamp mounting unit having a plurality of mounting holes, and a display element, for example, a light emitting diode (hereinafter referred to as LED). The light-transmitting part is displayed according to the installation location of the fire detector. The display unit is for inserting and fixing the LED from the back side to the desired mounting hole of the lamp mounting unit in accordance with the translucent part of the map drawn on the front panel. The user can be informed directly of the fire occurrence status in the alert monitoring area.

By the way, the layout of the alert monitoring area is frequently changed due to the change of the installation location of the fire detector. Then, since the display part of a fire receiver must also be changed according to it, a change of a display part is performed as follows. First, discard the old surface panel and replace it with a printed map of the new layout. Next, the position of the translucent part of the map after the layout change drawn on the front panel is confirmed from the front side of the front panel. After that, turn to the back side of the lamp mounting part, remove the LED from the mounting hole, and insert the LED from the back side into the desired mounting hole of the lamp mounting part according to the translucent part of the map after layout change. And fix.
Japanese Utility Model Publication No. 55-103787.

  As described above, in the structure in which the LED rearrangement work is performed from the back surface of the display unit, the position of the translucent portion of the front panel, that is, the LED mounting position, from the back surface of the display unit during the LED rearrangement operation. Therefore, it was necessary to confirm the position of the translucent part of the front panel from the front side of the display part, and the LED rearrangement work was complicated.

  The present invention was made in order to solve the above problems, and even if it is a structure for performing a rearrangement operation of the display element from the back surface of the display unit, the position of the translucent part of the map sheet from the back surface of the display unit, That is, it is an object of the present invention to make it possible to easily determine the mounting position of the display element and easily perform the rearrangement work of the display element.

  The present invention relates to a map sheet in which a translucent portion is displayed at at least one of a plurality of points preset at predetermined intervals in a sheet plane, and a warning surveillance area is graphically displayed by a map or the like, and the map sheet And a display element corresponding to the position of the translucent part displayed on the map sheet, wherein a plurality of display element mounting holes are formed corresponding to the plurality of points. In a fire receiver having a map-type display section provided with a display element inserted from the back side of the display element mounting section in the mounting hole, the arrangement of the translucent section displayed on the map sheet Is provided with a display element mounting sheet on which a light-transmitting portion is displayed in a state where the screen is inverted left and right.

  Moreover, the code | symbol which can confirm the position coordinate of these points is described on the back surface side of the said display element attachment sheet | seat and a display element attachment part. Further, the display element mounting sheet is arranged on the back side of the display element mounting portion.

  The present invention also relates to a method for manufacturing a display element mounting sheet for use in a fire receiver having a map-type display unit, which is on graphic data for displaying a map of a warning monitoring area, etc., at predetermined intervals. A map sheet data editing step in which a transparent part is displayed on at least one of a plurality of set points and edited on a personal computer as map sheet graphic data; and the edited map sheet graphic data Based on the above, the translucent portion displayed in the graphic data of the map sheet is displayed on the personal computer as the graphic data of the display element mounting sheet by displaying the translucent portion in a state of being reversed left and right. A display element mounting sheet data editing step to be edited; graphic data of the edited display element mounting sheet is Characterized by having a; printed on over preparative, a display device mounting sheet printing process of making a display device mounting seat.

  The present invention relates to a map sheet in which a translucent portion is displayed at at least one of a plurality of points preset at predetermined intervals in a sheet plane, and a warning surveillance area is graphically displayed by a map or the like, and the map sheet And a display element corresponding to the position of the translucent part displayed on the map sheet, wherein a plurality of display element mounting holes are formed corresponding to the plurality of points. In a fire receiver having a map-type display section provided with a display element inserted from the back side of the display element mounting section in the mounting hole, the arrangement of the translucent section displayed on the map sheet Was provided with a display element mounting sheet displaying the translucent part in a state of being reversed left and right.

  When performing the LED rearrangement work from the back surface of the display unit, the position of the translucent part of the display element mounting sheet is confirmed. From the back side of the display unit, the position of the translucent part of the display element mounting sheet coincides with the position of the translucent part of the map sheet, so the position of the translucent part of the map sheet, that is, the display element mounting position is easy. Can be determined. And a display element is inserted in the display element attachment hole of the display element attachment part corresponding to the position of the translucent part. Thus, since it is no longer necessary to confirm the position of the translucent part of the map sheet from the front side of the display part, the rearrangement work of the display elements can be easily performed.

  Moreover, since the code | symbol which can confirm the position coordinate of these points is described on the back surface side of the said display element attachment sheet | seat and a display element attachment part, a display element is inserted in which display element attachment hole. It is possible to easily determine whether or not the display element should be performed, and the display element can be easily rearranged.

  Further, since the display element mounting sheet is disposed on the back side of the display element mounting portion, the position of the light transmitting portion of the display element mounting sheet is the position of the display element mounting hole into which the display element is inserted. The display element can be easily rearranged.

  The present invention also relates to a method for manufacturing a display element mounting sheet for use in a fire receiver having a map-type display unit, which is on graphic data for displaying a map of a warning monitoring area, etc., at predetermined intervals. A map sheet data editing step in which a transparent part is displayed on at least one of a plurality of set points and edited on a personal computer as map sheet graphic data; and the edited map sheet graphic data Based on the above, the translucent portion displayed in the graphic data of the map sheet is displayed on the personal computer as the graphic data of the display element mounting sheet by displaying the translucent portion in a state of being reversed left and right. A display element mounting sheet data editing step to be edited; graphic data of the edited display element mounting sheet is Having; printed on over preparative, a display device mounting sheet printing process of making a display device mounting seat. By using the display element mounting sheet manufactured in this way, it is no longer necessary to confirm the position of the translucent part of the map sheet from the front side of the display part. Yes.

  FIG. 1 is a front view of a fire receiver according to the present invention, FIG. 2 is a view of a display portion (a display element is omitted) of the fire receiver as viewed from the rear side of the door, FIG. 3 is an exploded perspective view of FIG. FIG. 5 is a schematic partial enlarged view of FIG. 4 showing a fixing structure of a display element, and FIG. 6 is an enlarged view of a map sheet.

  In FIG. 1, 1 is a fire receiver. 2 is a housing of the receiver 1, 3 is a main body of the housing 2, and 4 is a door of the housing 2. The door 4 is supported by the main body 3 so as to be openable and closable by a hinge, and a window hole 41 is provided on the front surface.

  Reference numeral 5 denotes a display unit, and 7 denotes an operation unit. The display unit 5 is a map type display unit, and a vigilance monitoring area is graphically displayed by a map 52a or the like. The display unit 5 is provided on the back surface side of the door 4 and in the window hole 41, and the map 52 a of the alert monitoring area can be visually recognized through the window hole 41.

  The fire receiver 1 is connected to a terminal device such as a fire detector or a fire door provided in a warning monitoring area, and monitors and controls the operating status of the terminal device. As shown in FIG. 6, the display unit 5 has a translucent part 52 b arranged on a map 52 a in accordance with the installation location of these terminal devices, and as shown in FIG. 4, the translucent part The LED 56 is fixed on the rear surface side in accordance with 52b, and the operation status of the terminal device, for example, the fire detection result of the fire detector is displayed in the lighting state of the LED 56 provided on the display unit 5. ing. Since the irradiation light is emitted from the translucent part 52b in the lighting state of the LED 56, the user can directly know the operating state of the terminal device, for example, the fire occurrence state in the alert monitoring area. it can.

  Next, the display unit 5 will be described with reference to FIGS. In the figure, 51 is a protective plate, 52 is a map sheet, 53 is an insertion plate, 54 is a fixing sheet as a fixing member, 55 is a pressing plate as a pressing member, and 56 is a light emitting diode (hereinafter referred to as LED) as a display element. It is. The display unit 5 is disposed so as to be opposed to the window hole 41 and laminated on the back side of the door 4 in the order of the protection plate 51, the map sheet 52, the insertion plate 53, the fixing sheet 54, and the presser plate 55. .

  Specifically, as shown in FIG. 3, a protective plate 51 is attached and fixed to the back surface of the door 4, and a map sheet 52, an insertion plate 53, a fixing sheet 54, and a holding plate 55 are unitized and fixed. Is attached and fixed to the back side of the door 4 so as to be openable and closable by a hinge 45 provided on one side of the holding plate 55. Then, as shown in FIG. 5, the LED 56 is inserted and fixed from the back surface side of the holding plate 55 to the fixing hole 54 c of the fixing sheet 54 and the first insertion hole 53 c of the insertion plate 53.

  The protection plate 51 is a rectangular plate that covers the window hole 41, and is made of, for example, a transparent polycarbonate resin, and is provided on the back side of the door 4 so as to face the window hole 41.

  The map sheet 52 is a rectangular sheet and is made of, for example, a polyester resin, and is provided on the back side of the protective plate 51 so as to face the window hole 41. On the front side of the map sheet 52, for example, by virtue of direct printing, as shown in FIG. 6, a warning monitoring area is graphically displayed as a map 52a or the like, and the map 52a is adapted to the installation location of the terminal device. The translucent part 52b is disposed in the front.

  Here, the map sheet 52 has the translucent portions 52b at a plurality of points set in advance in the plane of the map sheet 52 at predetermined intervals (in this embodiment, matrix points arranged in 18 rows and 24 columns). It is designed so that it can be arranged, and in accordance with the position of the translucent part 52b that is arranged and displayed according to the installation location of the terminal device etc., the warning monitoring area is displayed graphically by the map 52a etc. It is edited and printed on a personal computer (not shown).

  The insertion plate 53 is a rectangular plate and is made of, for example, an opaque ABS resin, and is provided on the back side of the map sheet 52. A plurality of cylindrical first insertion holes 53c as light passages are formed in a matrix on the insertion plate 53, and are formed in 18 rows and 24 columns in the drawing. This is provided corresponding to the translucent part 52b to be set on the map sheet 52 described above. The inner diameter of the first insertion hole 53 c is substantially the same as the outer diameter of the head portion 56 a of the LED 56. Further, the insertion plate 53 is provided with a notch 53b having the same shape as that of the fixed sheet 54 on the inner side and on the back side.

  The fixed sheet 54 is a rectangular sheet and is made of, for example, silicone rubber as an elastic body, and is disposed on the back side of the insertion plate 53, specifically, in the notch 53 b of the insertion plate 53. It has become. Therefore, it is easy to align the plurality of insertion holes 53c of the insertion plate 53 and the plurality of fixing holes 54c of the fixing sheet 54 corresponding thereto. In addition, a plurality of cylindrical fixing holes 54c for fixing the LEDs 56 are formed in the fixing sheet 54 in a matrix corresponding to the plurality of first insertion holes 53c. The inner diameter of the fixing hole 54 c is narrower than the outer diameter of the head 56 a of the LED 56.

  The presser plate 55 is a substantially rectangular plate made of, for example, steel, and is provided on the back side of the fixed sheet 54. Further, the presser plate 55 has a plurality of cylindrical second insertion holes 55c for insertion of the LEDs 56 formed in a matrix corresponding to the plurality of first insertion holes 53c. The inner diameter of the second insertion hole 55 c is larger than the outer diameter of the flange portion 56 b of the LED 56.

  The LED 56 includes a bullet-shaped head 56a, a flange 56b having a diameter larger than the outer diameter of the head 56a, and a lead wire 56c. The LED 56 inserts the head portion 56a into the second insertion hole 55c from the back surface side of the presser plate 55, so that the translucent portion 52b of the map sheet 52 is made to pass through the fixing hole 54c and the first insertion hole 53c. Can be irradiated. And it fixes in the fixing hole 54c, and is hold | maintained in the 1st penetration hole 53c.

  In other words, using the cross-sectional view of FIG. 5, the head portion 56 a of the LED 56 is first inserted into the second insertion hole 55 c of the holding plate 55 and then inserted into the fixing hole 54 c of the fixing sheet 54. . At this time, the inner diameter of the fixing hole 54c is smaller than the outer diameter of the head portion 56a, but since it is an elastic body, the diameter is increased by inserting the head portion 56b to allow the insertion of the head portion 56b. 56 is inserted into the first insertion hole 53 c of the insertion plate 53. When the flange portion 56b of the LED 56 comes into contact with the back surface side of the fixing sheet 54, the fixing hole 54c has a diameter that does not allow the insertion of the flange portion 56b, so that each LED 56 is attached at a predetermined position in the insertion direction. It is done. As another method, even if the fixing hole 54c has a diameter allowing the insertion of the flange portion 56b, it is confirmed that the flange portion 56b of the LED 56 is in contact with the back side of the fixed sheet 54, and the LED 56 is inserted. By stopping the operation, the individual LEDs 56 can be defined and attached at predetermined positions with respect to the insertion direction.

  At this time, the fixing hole 54c is subjected to a force in the direction of reducing the diameter due to the elastic force, so that the head portion 56a of the LED 56 can be securely fixed by being sandwiched in the fixing hole 54c. In addition, since the inner diameter of the first insertion hole 53c is substantially equal to the outer diameter of the head portion 56a of the LED 56, the head portion 56a is held appropriately in the first insertion hole 53c so as not to be damaged. can do. That is, the head 56b of the LED 56 can be more reliably fixed by the cooperation of the fixing hole 54c and the first insertion hole 53c. Even if the inner diameter of the first insertion hole 53c is larger than the outer diameter of the head portion 56a of the LED 56, there is no problem with fixing.

  As described above, the insertion plate 53, the fixing sheet 54, and the presser plate 55 function as an LED attachment portion 80 as a display element attachment portion, and the first insertion as a display element attachment hole from the back side thereof. The LED 56 is inserted into the hole 53c, the fixing hole 54c, and the second insertion hole 55c.

  Through the first insertion hole 53c, the light from the LED 56 illuminates the map sheet 52 through the first insertion hole 53c when necessary, and turns on the translucent portion 52b of the drawn map 52a. At this time, the first insertion hole 53c also serves as a light guide. Since the inner diameter of the first insertion hole 53c is formed to be substantially equal to the outer diameter of the head portion 56a of the LED 56, it is possible to prevent variation in the irradiation axis of the LED 56 and make it constant.

  The inner diameter of the second insertion hole 55c of the holding plate 55 is larger than the outer diameter of the head portion 56a of the LED 56 and smaller than the outer diameter of the flange portion 56b of the LED 56, so that the Even if the portion 56b is in contact with the back side of the presser plate 55, the individual LEDs 56 can be specified and attached at predetermined positions in the insertion direction.

  Incidentally, as described above, the map sheet 52, the insertion plate 53, the fixing sheet 54, and the presser plate 55 are unitized. Since the single sheet-like fixing sheet 54 is used as a fixing member for fixing the LED 56, the alignment of the plurality of insertion holes 53c of the insertion plate 53 and the plurality of fixing holes 54c of the fixing sheet 54 is individually performed. Compared to the case of alignment, it is easy and the assemblability is good. Further, since the fixing sheet 54 is held on the back surface side of the insertion plate 53 by the holding plate 55, the holding of the plurality of insertion holes 53c of the insertion plate 53 and the plurality of fixing holes 54c of the fixing sheet 54 is individually held. Compared with, it is easy to assemble.

  Here, as the presser plate 55, a single plate-like presser plate 55 in which a plurality of second insertion holes 55c are formed corresponding to the plurality of first insertion holes 53c of the insertion plate 53 is used. And the fixing sheet 54 come into contact with each other in a planar shape, and the fixing hole 54c of the fixing sheet 54 can be prevented from floating from the insertion hole 53c of the insertion plate 53, so that each LED 56 has a predetermined position in the insertion direction. The illuminance variation on the map sheet 52 is eliminated. The presser plate 55 may be of a structure that holds the fixing sheet 54 on the back surface side of the insertion plate 53, and is not limited to a single plate shape, and may be a frame shape, for example.

  The display unit 5 configured as described above is fixed to the back side of the door 4 as follows.

  First, the protection plate 51 is fixed to the back side of the door 4. More specifically, the protective plate 51 is provided with mounting holes on both end sides of the upper, lower, left and right sides, and near the window hole 41 on the back side of the door 4 corresponding to the holes. A screw rod 43 is provided on the surface. Then, the mounting hole of the protection plate 51 is inserted into the screw rod 43, and in this state, the nut 44 is screwed onto the screw rod 43.

  Next, the fixing sheet 54 is placed on the notch 53b of the insertion plate 53, and the holding plate 55 is attached to the back side thereof, and the insertion plate 53 and the holding plate 55 are provided on both ends of the upper, lower, left and right sides, respectively. The screw 46 is inserted into the mounting hole, and is fastened and fixed by the nut 47, and the insertion plate 53, the fixing sheet 54, and the presser plate 55 are unitized.

  And the said unit is attached to the back surface side of the door 4 so that opening and closing is possible. More specifically, the presser plate 55 is provided with a hinge 45 on one side thereof and a fixing hole 48 on the other side. On the back side of the door 4, a hinge mounting base 49 is provided corresponding to the hinge 45, and a fixing base 60 is provided corresponding to the fixing hole. And the hinge 45 is attached to the hinge mounting base 49, and the said unit is hold | maintained in an open state.

  In this state, the map sheet 52 is attached to the surface side of the unit, that is, the surface side of the insertion plate 53, and the rivets 61 are inserted into the mounting holes respectively provided at the four corners of the map sheet 52 and the insertion plate 53. Thus, the map sheet 52 is attached to the unit.

  Next, the LED 56 having the lead wire 56c connected to the printed circuit board is aligned with the translucent portion 52b of the map 52a of the map sheet 52, and the fixing hole 54c of the fixing sheet 54 and the insertion plate 53 are formed from the back surface side of the holding plate 55. The LED 56 is fixed by inserting the first insertion hole 53c.

  Then, the display unit 5 is fixed to the back surface side of the door 4 by closing the unit with respect to the door 4 and screwing the fixing screw 62 into the fixing hole 48 and fixing it to the fixing base 60. Then, the door 4 is closed.

  When there is a change in the layout of the building hierarchy due to a change in the installation location of the terminal device, the display unit 5 is updated as follows to cope with the change in the layout. First, the door 4 of the receiver 1 is opened, the fixing screw 62 is loosened and removed, and the unit is opened.

  Next, the rivet 61 is removed by a driver or the like, and the old map sheet 52 is removed and discarded. Next, the map 52a with a new layout is replaced with a printed one, and the rivet 61 is attached to the unit again.

  After replacement, while confirming the translucent portion 52b of the map sheet 52 on the front surface side, the necessary LEDs 56 are removed from the fixing holes 54c, transferred to the fixing holes 54c at predetermined positions after the layout change, and fixed to the unit. To do.

  Then, the display unit 5 is fixed to the back side of the door 4 by closing the unit with respect to the door 4 and screwing the fixing screw 62 into the fixing hole 48 and fixing the unit to the fixing base 60. . Then, the door 4 is closed. In this way, the display unit 5 can easily cope with a layout change, and at that time, the LED 56 can be easily detached and prevented from being damaged, but securely fixed. can do.

  By the way, the display unit 5 configured as described above has the position of the translucent part 52b of the map sheet 52, that is, the mounting position of the LED 56, from the back side when the rearrangement of the LED 56 is performed at the time of layout change. (The positions of the first insertion hole 53c, the fixing hole 54c, and the second insertion hole 55c to which the LED 56 is attached) cannot be easily determined, and the position of the translucent part 52b of the map sheet 52 from the front side of the display unit 5 Since it was necessary to confirm this, the rearrangement work of the LED 56 was complicated. Therefore, the present invention is configured as follows in order to solve this problem.

  FIG. 7 is a view showing an LED mounting sheet, and FIG. 8 is a view showing a presser plate with reference numerals that can confirm the position coordinates of the second insertion holes. Reference numeral 70 denotes an LED mounting sheet 70 as a display element mounting sheet, which is attached to the fire receiver 1.

  The LED mounting sheet 70 displays a reverse image obtained by inverting the left and right of the graphic of the map sheet 52, that is, the arrangement of the translucent portion 52b and the map 52a displayed on the map sheet 52. The translucent part 70b and the map 70a are displayed in a state of being reversed left and right. The LED mounting sheet 70 can display only the translucent part 70b without displaying the map 70a, or can display the number of the LED 56 to be inserted in the vicinity of the translucent part 70b. In addition, the LED mounting sheet 70 displays a plurality of broken vertical lines arranged at the same predetermined intervals and a plurality of broken horizontal lines arranged at the same predetermined intervals. Is formed. The intersections of the grids indicate the positions of a plurality of points (lattice-shaped points arranged in 18 rows and 24 columns) where the light transmitting portion 52b should be set on the map sheet 52 described above. On the attachment sheet 70, reference numeral 70d indicating the row and column of the position coordinates is written as a display for confirming the position coordinates.

  Therefore, when the LED mounting sheet 70 is visually observed on the back side of the display unit 5, the graphic display is the same as when the map sheet 52 is viewed from the back side, and the translucent part of the map sheet 52 is read by reading the reference numeral 70d. It can be easily confirmed from the back side of the display unit 5 where 52b is arranged.

  Correspondingly, as shown in FIG. 8, a translucent portion 52b is similarly set on the map sheet 52 on the back surface side of the LED mounting portion 80, that is, on the back surface side of the holding plate 55. As a code that can confirm the position coordinates of a plurality of points (grid-like points arranged in 18 rows and 24 columns), a code 55d indicating the row and column of the position coordinates is written. The reference numeral 55d indicates the mounting position of the LED 56, that is, the position coordinates of the first insertion hole 53c, the fixing hole 54c, and the second insertion hole 55c.

  Therefore, when the LED 56 is rearranged, the LED mounting sheet 70 is visually observed on the back side of the display unit 5, the code 70d attached to the translucent part 70b is read, and then the position coordinates of the code 70d are read. Since the LED 56 can be inserted into the second insertion hole 55c of the presser plate 55 having the same reference numeral 55d, it is easy to determine which display element mounting holes 53c, 54c, 55c should be inserted with the LED 56. The LED 56 can be easily rearranged while being on the back side of the display unit 5.

  The LED mounting sheet 70 can also be disposed on the back surface side of the LED mounting portion 80, that is, on the back surface side of the pressing plate 55 by pasting or the like. In this case, since the position of the light transmitting portion 70b of the LED mounting sheet 70 overlaps with the positions of the LED mounting holes 53c, 54c, and 55c into which the LEDs 56 are inserted, the rearrangement work of the LEDs 56 can be easily performed. Moreover, if the location of the translucent part 70b is formed in a hole, the LED 56 can be easily inserted.

  In the above-described embodiment, the LED mounting portion 80 is configured by the insertion plate 53, the fixing sheet 54, and the holding plate 55. However, other configurations such as a configuration including only the insertion plate 53 may be used. Any structure can be used as long as it can be inserted.

  In addition, the manufacturing method of the sheet 70 for LED attachment is as follows. First, the graphic data of the map sheet 52 is edited with a personal computer (not shown). That is, by using the layer function of the graphic software, a plurality of points (18) set in advance at predetermined intervals so as to set the translucent part 52b on the map sheet 52 as shown in FIG. The position check sheet on which the grid intersections indicating the position of the grid-like points arranged in row 24) and the codes indicating the position coordinates are displayed, and graphic data such as the map 52a of the alert monitoring area are displayed. The graphic sheet and the translucent portion display sheet are stacked and displayed as graphic data of the map sheet 52. On the translucent portion display sheet, a plurality of points set in advance at predetermined intervals are provided. The translucent part 52b is arranged and displayed at at least one of the points by a mouse operation or the like, and the graphic data of the map sheet 52 is a personal computer. In editing, storing (map sheet data editing process).

  Next, the position confirmation sheet is displayed on the screen of the personal computer, and further, the arrangement of the translucent part 52b displayed on the translucent part display sheet is set to the left and right by using the inversion function of the graphic software. An inverted translucent portion display sheet displaying the translucent portion 70b in an inverted state, and an inverted graphic displaying the map 70a in a state where the arrangement of the map 52a displayed on the graphic sheet is inverted left and right The sheet is stacked and displayed, and is edited and stored on the personal computer as graphic data of the LED mounting sheet 70 (LED mounting sheet data editing step).

  Then, the edited graphic data of the LED mounting sheet 70 is printed on a predetermined sheet to produce the LED mounting sheet 70 (LED mounting sheet printing step).

  As the graphic data of the LED mounting sheet 70, it is sufficient that at least the translucent part 70b is displayed. Therefore, it is sufficient that only the reverse translucent part display sheet is used. The graphic sheet may be used as necessary. Further, the LED attachment sheet data editing step and the LED attachment sheet printing step may be automatically performed after the map sheet data editing step, or may be manually performed as necessary.

  By using the LED mounting sheet 70 manufactured in this way, it is no longer necessary to confirm the position of the translucent part 52b of the map sheet 52 from the front side of the display part 5, and therefore the rearrangement work of the LED 56 is performed. Easy to do.

It is a front view of the fire receiver of the present invention. It is the figure which looked at the display part (a display element is abbreviate | omitted) of the fire receiver from the door back surface side. FIG. 3 is an exploded perspective view of FIG. 2. It is sectional drawing of the display part of a fire receiver. FIG. 5 is a schematic partial enlarged view of FIG. 4 showing a fixing structure of a display element. It is an enlarged view of a map sheet. It is a figure which shows the sheet | seat for LED attachment. It is a figure which shows the press plate which described the code | symbol which can confirm the position coordinate of a 2nd penetration hole.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Fire receiver, 2 housing | casing, 3 main body, 4 doors, 5 display part, 7 operation part, 41 window hole, 43 screw rod, 44 nut, 45 hinge, 46 screw, 47 nut, 48 fixing hole, 49 hinge attachment 51, protective plate, 52 map sheet, 52a map, 52b translucent part, 53 insertion plate, 53b notch, 53c first insertion hole, 54 fixing sheet (fixing member), 54c fixing hole, 55 holding plate (pressing member) ), 55c 2nd insertion hole, 55d code, 56 LED (display element), 56a head, 56b collar, 56c lead wire, 60 fixing base, 61 rivet, 62 fixing screw, 70 LED mounting sheet (display element mounting) Sheet), 70a map, 70b translucent part, 70d code, 80 LED attachment part (display element attachment part).

Claims (4)

A translucent part is displayed at at least one of a plurality of points preset at predetermined intervals within the plane of the sheet, and a map sheet in which a warning monitoring area is displayed graphically by a map or the like, and on the back side of the map sheet A display element mounting portion provided with a plurality of display element mounting holes corresponding to the plurality of points, and a display element mounting hole corresponding to the position of the translucent portion displayed on the map sheet. In a fire receiver having a map-type display unit provided with a display element inserted from the back side of the display element mounting part,
A fire receiver, comprising: a display element mounting sheet displaying a translucent portion in a state where the arrangement of the translucent portion displayed on the map sheet is reversed left and right. 2. The fire receiver according to claim 1, wherein the display element mounting sheet and the back surface side of the display element mounting portion are marked with codes that allow confirmation of position coordinates of the plurality of points. The fire receiver according to claim 1, wherein the display element mounting sheet is disposed on a back surface side of the display element mounting portion. A manufacturing method of a display element mounting sheet used in a fire receiver having a map-type display unit,
On graphic data that displays a map or the like of a warning surveillance area, and a translucent portion is displayed at at least one of a plurality of points set in advance at predetermined intervals, and the graphic data of the map sheet is a personal computer Map sheet data editing process to be edited above;
Based on the edited graphic data of the map sheet, the translucent portion displayed in the graphic data of the map sheet is displayed in a state where the translucent portion is reversed left and right, and the display element is attached. A sheet data editing process for mounting display elements to be edited on a personal computer as sheet graphic data;
A display element mounting sheet printing step of printing the edited graphic data of the display element mounting sheet on a predetermined sheet to produce a display element mounting sheet;
The manufacturing method of the display element attachment sheet | seat characterized by having this.