KR100885646B1 - Equipment for photographing evidences - Google Patents

Abstract

An equipment for photographing evidence images is provided accurately to photograph evidence data from transparent or semi-transparent evidences by preparing a transparent plate on a second mounting place and making a second light source to be directly irradiated to a camera. An evidence photographing device(100) comprises an upper plate(101), a camera installing unit(110), a horizontal adjusting unit(130), a vertical adjusting unit(140), a first mounting unit(160), a height adjusting unit(190) and a lightening unit(210). A camera is fixed to a camera installment unit, and the horizontal adjusting unit guides the horizontal place of the camera. The vertical adjusting unit adjusts the vertical place of the camera. An object is placed on the first and second mounting units, and the height adjustment unit adjusts the height of the upper plate. The lightening unit irradiates light to the object placed on the first and second mounting units.

Description

Equipment for Photographing Evidences}

1 is a perspective view showing a photographing table in the prior art.

FIG. 2 is a cross-sectional view of the photographing table shown in FIG. 1.

3 is a perspective view showing a camera holder for taking a picture.

4 is a schematic perspective view showing an evidence photographing apparatus according to a preferred embodiment of the present invention.

5 is a perspective view illustrating a camera installation unit of the evidence photographing apparatus of FIG. 4.

FIG. 6 is a schematic partial cross-sectional view for describing an operation of an adjusting unit of the evidence photographic apparatus of FIG. 4.

FIG. 7 illustrates motor power transmission means of the up and down adjustment unit in the adjustment unit shown in FIG. 6.

FIG. 8 is a cross-sectional view taken along the line A-A of FIG. 6.

9 and 10 are some perspective views for explaining the operation of the evidence first loading portion of the evidence photographing apparatus of FIG.

FIG. 11 is a partial perspective view illustrating a top plate of the evidence photographic apparatus of FIG. 4.

12 is a schematic cross-sectional view taken along the line A-A of FIG.

13 is a photograph for contrast with a photograph taken with an evidence photographing apparatus according to the present invention.

14 is a photograph taken with an evidence photographing apparatus according to the present invention.

FIG. 15 is a schematic side view illustrating a height adjusting part of the upper plate provided in the evidence photographic apparatus of FIG. 4.

16 is a partial side view showing a state in which the light blocking unit is installed in the photographic evidence photographing apparatus of the present invention.

17 is a schematic perspective view of the lower block.

Explanation of symbols on the main parts of the drawings

100: photographic evidence device 101: the top plate

103: side plate 105: controller

110: installation unit 130: horizontal adjustment unit

140: up and down adjustment unit 160: first storage unit

180: 2nd loading part 190: height adjustment part

210: lighting unit

211: first lighting installation unit 215: second lighting installation unit

The present invention relates to an evidence photographing apparatus for photographing evidence collected at the scene of an accident, and more particularly, the time required for photographing evidence because the lighting, the subject (evidence), and the camera height adjusting device are vertically moved. The present invention relates to an evidence photographing apparatus capable of obtaining a sufficient amount of evidence from transparent or translucent evidence because the structure of the present invention does not significantly reduce the amount of effort and can effectively photograph various evidences, and does not directly illuminate the camera.

Evidence collected at the incident site varies in size, shape and material. In order to prepare criminally acceptable evidence from the collected evidence, it is necessary to measure the size of the evidence and analyze the material. However, prior to taking photographs of evidence, it is important to take photographs of evidence, and during photographing of evidence, the photographing of evidence remaining on the evidence or the substance attached to the evidence must be performed simultaneously.

1 is a perspective view showing a conventional photographing stage, Figure 2 is a schematic cross-sectional view of the photographing stage shown in Figure 1, Figure 3 shows a camera holder according to the prior art that can be used for photographing evidence. One perspective view.

As shown in Fig. 1 and Fig. 2, in the prior art photographing table 10, the upper plate 11 is made of a transparent acrylic plate, and the side plate 13 is made of an opaque plastic plate or a wooden board. The lower part of the side plate 13 is provided with a lower plate 16 which is also made of an opaque plastic plate or a wooden plate. One side of the side plate 13 is formed with an illumination opening 15 through which the light emitted from the lighting device 19 exits to the outside, and the four corners of the lower plate 16 are provided with wheels 17. .

An illumination device 19 is installed in an opening formed by the side plate 13 and the bottom plate 16, and one side of the side plate 13 provides on / off and light intensity diagram of the illumination device 19. A controller 14 for adjusting is installed.

3 is a perspective view illustrating a camera holder 30 according to the prior art, and a subject (not shown) is placed on the top plate 11 of the photo stand 10 shown in FIGS. 1 and 2, and photographed. The camera cradle 30 is installed on one side of the photographing table 10 and a camera (not shown) is fixed to take a more precise picture. The camera holder 30 has a slide spindle 31, a ring member 33 slidably inserted into the slide spindle 31, and three perceptions extending downward from the ring member 33 and whose length can be adjusted. A universal holding part (37) having a handle (39) rotatably inserted in the slide spindle (31) and capable of fixing the rotation to one side, and from the universal holding part (37) to one side; It consists of a camera mounting rod 41 extending and having a camera mounting portion 43 at the end.

However, when photographing the evidence using the photographing stand 10 and the camera holder 30 shown in Figures 1 to 3, the camera height adjusting mechanism (camera holder 30) and the evidence holder (photo shooting stand) (10)) is separately provided, so if there is any movement of evidence during the shooting, the focus should be readjusted again, and it is impossible to take evidence from translucent or transparent objects such as plastic piggy banks, Because of the structure, there was a problem inevitably have a limit to the control of the amount of light, there was a problem that can not be photographed fine evidence data provided in the transparent body.

The present invention has been proposed to solve the problems of the conventional photographing apparatus as described above, the lighting unit, the evidence storage unit, the upper and lower adjustment unit and horizontal adjustment unit for adjusting the camera focus on the upper plate, the upper plate to move up and down This makes it easy to adjust the focus of the camera, and once adjusted, the focus or amount of light remains constant even when the top plate moves up and down, and the focus is maintained even when the evidence is moved on the top plate. In particular, the object of the present invention is to provide an evidence photographing apparatus capable of reliably photographing minute evidence contained in a transparent or translucent body.

Evidence photographic device of the present invention for achieving the above object is a device that is used to photograph evidence from the evidence collected at the scene of the incident accident and the top plate is adjusted by the height adjustment unit; A side plate portion provided below the top plate; An illumination unit provided to the upper plate to irradiate light on the photographing object; A top and bottom adjustment unit fixed to the top plate to adjust a vertical position of the camera; A horizontal adjustment unit fixed to the vertical adjustment unit to guide a horizontal position of the camera; An installation unit provided at the horizontal adjustment unit and installed with a camera; A first loading part disposed on the upper plate to be movable and having a first light source in an opening formed under the translucent plate and the lower portion of the translucent plate and on which an evidence to be photographed is placed; A second loading part provided on the upper plate, having a transparent plate, and having a second light source in an opening formed under the transparent plate, and having an evidence to be photographed; It is characterized in that it is configured to include a height adjustment unit for adjusting the height of the upper plate provided in the lower portion of the side plate.

The up and down adjustment unit is fixed to the upper plate fixed to the; A second gear rotatably installed in the fixed tube; An operating screw unit provided in the second gear and integrally rotating with the second gear, the screw having an outer diameter; A slide tube body having a guide bushing at an outer diameter, slidably installed in the fixed tube, and having at least one operating nut engaged with the screw at an inner diameter; Characterized in that it comprises a motor for operating the second gear,

The first loading part comprises an upper plate having a through hole, and an opening member which is installed under the upper plate to form an opening and has a slide groove formed on a side thereof; A first light source provided in the opening; A translucent plate installed to block a through hole to an upper portion of the upper plate; Moving means provided in the upper plate or the opening member and in contact with the upper plate; A sliding part which is slidably installed in the slide groove; An insertion member provided integrally with the sliding part and having an insertion protrusion formed therein; A fixing means which is formed with a concave groove into which the insertion protrusion is inserted and has a fixing screw penetrating into the concave groove to one side, and is fixed to an end of the slide member slidably installed in the guide tube; A hollow guide tube fixed to the top plate; Characterized in that it consists of a slide member which is slidably installed in the guide tube,

The second loading part is a transparent plate installed in the through hole formed in the upper plate; An opening formed under the transparent plate; It is configured to include one or more second light source is provided in the opening, characterized in that the second light source is located below the upper plate is not directly exposed to the camera installed in the installation portion.

In the above, further comprising a light shield, the light shield is inserted into the slide member is slidably installed, the frame is formed through the downward hole; A hollow expansion part connected to the frame and having a cross-sectional area increasing downwardly; An upper frame fixedly installed at the lower portion of the expansion pipe, the upper frame including a rotation support, a guide installed horizontally, and a slide body horizontally moving along the guide and having a rotation support; A corrugated pipe fixedly connected to the upper frame; A lower frame connected to a lower portion of the corrugated pipe, the lower frame including a rotation support, a guide installed horizontally, and a slide body horizontally moving along the guide and having a rotation support; A support rod portion provided between the upper frame and the lower frame and having rotation support portions at both ends; A lower block installed under the lower frame and having at least one lighting hole formed therein and a through hole having a cover; A plurality of rod rods rotatably installed on the rotatable support portion to intersect the rotatable portion; It characterized in that it comprises an elastic portion provided between the rotary support provided on both ends of the support rod.

And it is characterized in that the fixing means is provided between the light blocking portion and the top plate so that the lower end of the light blocking portion is detachably fixed to the top plate.

The fixing tube protrudes in the inner diameter direction and extends in the longitudinal direction, characterized in that it comprises a plurality of guide projections in contact with the side of the guide bushing.

Hereinafter, an evidence photographing apparatus according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings. In the detailed description, the same names are used for the components having the same function as the prior art, and the same names are used for the components having the same function in the present invention.

Figure 4 is a schematic perspective view showing an evidence photographing apparatus according to a preferred embodiment of the present invention, Figure 5 is a perspective view showing a camera mounting portion provided in the evidence photographing apparatus of the present invention, Figure 6 is an evidence photograph of the present invention FIG. 7 is a schematic partial cross-sectional view for explaining the operation of the adjusting unit included in the photographing apparatus, and FIG. 7 shows the motor power transmitting means of the upper and lower adjusting units in the adjusting unit shown in FIG. 6, and FIG. 9 and 10 are partial perspective views illustrating the operation of the first loading part provided in the photographic evidence device according to the present invention, and FIG. 11 is a partial perspective view showing a top plate of the photographic evidence device according to the present invention. FIG. 12 is a schematic cross-sectional view taken along line AA of FIG. 9, and FIG. 13 is a photograph for contrast with a photograph taken with an evidence photographing apparatus according to the present invention. 14 is a photograph taken with an evidence photographing apparatus according to the present invention. And Figure 15 is a schematic side view showing the height adjustment of the upper plate provided in the photographic evidence photographing apparatus of the present invention.

As illustrated in FIG. 4, the evidence photographing apparatus 100 according to the present invention includes a top plate 101, a camera mounting unit 110 to which the camera 500 is fixed, and a horizontal position of the camera 500. The horizontal adjustment unit 130 for guiding, the vertical adjustment unit 140 for adjusting the vertical position of the camera 500, the first loading unit 160 and the second loading unit in which the evidence (not shown) which is a subject is placed. 180, a height adjusting unit 190 for adjusting the height of the upper plate 101, and an illumination unit 210 for irradiating light to a subject placed on the first and second loading units 160 or 180. It is configured to include.

The vertical adjustment unit 140 is a fixed tube 151 fixed to the upper plate 101, a slide tube body installed to be movable up and down with respect to the fixing tube 151, and drive means for moving the slide tube body up and down Is done. The slide tube may be formed in one or more, as shown in Figure 6, the second slide tube 153 and the sliding slide with respect to the fixed tube 151, the second slide tube 153 is installed It may be formed of a first slide tube 154 that can be installed. Referring to FIGS. 6 and 7, the lower portion of the fixed tube 151 is a motor 141 as a driving means, a first gear 143 connected to and driven by the motor 141, and the first The second gear 145 meshes with the gear 143. An operating screw part 147 having a screw 148 formed in an outer diameter thereof is connected to the second gear 145. In FIG. 6 and FIG. 7, reference numeral 147a denotes a fixing bolt for fixing the operating screw unit 147 to the second gear 145, and 142 shows a reducer. However, the operation screw unit 147 may be formed integrally with the second gear 145. The second gear 145 is rotatably supported by the bearing 146. The lower portion of the fixing tube 151 may be formed in a housing shape in which the first gear 143, the second gear 145, and the motor 141 are accommodated. . In the fixing tube 151, it is preferable to provide a stopper 152 for limiting the downward movement range of the second slide tube body 153.

The second slide tube body 153 slidably installed in the fixing tube 151 includes a guide bushing 155 in the outer diameter direction, and at least one of the second slide tube body 153 meshes with the screw 148 of the operating screw part 147. An actuating nut 157 is provided. The first slide tube 154 slidably installed in the second slide tube 153 includes a guide bushing 156 in an outer diameter direction, and has a screw 148 in the operating screw part 147 therein. At least one actuating nut 158 is engaged.

When the motor 141 rotates the first gear 143 in the assembled state, the second gear 145 meshing with the first gear 143 rotates, and the operating screw unit 147 integrally with the second gear 145. ) Rotates, and the first slide tube 154 and the second slide tube 153 are simultaneously driven in the direction of rotation of the motor 141 by the operating nut 157 which engages with the screw 148 of the operating screw unit 147. Therefore, it slides up and down. The first gear 143 and the second gear 145 is preferably formed of a worm gear.

In the vertical adjustment unit 140 of the present invention, the slide pipe bodies 153 and 154 slide due to the engagement of the screws, so that play does not occur in the vertical direction and does not occur in the left and right. In FIG. 6, reference numeral 159 illustrates an installation block that may be provided in the upper plate 101.

As shown in FIG. 8, the fixing pipe 151 has a guide protrusion 151a contacting the side surface of the guide bushing 155 provided in the second slide tube body 153 therein, and the guide protrusion 151a. ) Is formed extending in the longitudinal direction of the fixed tube (151). Likewise, when the first slide tube 154 sliding in the second slide tube 153 is provided, the second slide tube 153 also has guide protrusions therein. By providing the guide protrusion as described above, the slide pipe bodies 153 and 154 do not rotate when sliding.

In FIG. 6, reference numeral 144 denotes an installation screw, 153a illustrates a bent end portion, and 155a illustrates a bent portion.

The horizontal adjustment unit 130 is fixed to the upper end of the vertical adjustment unit 140, as shown in Figure 4 and 6, and moves up and down by the vertical adjustment unit 140. The horizontal adjustment unit 130 is a guide tube 133 which is a hollow tube fixedly installed at the upper end of the upper and lower adjustment unit 140 by the fixing unit 131, and the slide member 135 is inserted into the guide tube 133 to slide. The guide tube 133 is fixed to the guide screw 139 is installed through the function of fixing the slide member 135 is adjusted position. In FIG. 6, reference numeral 137 illustrates a bushing that slidably supports the slide member 135 and prevents play between the guide tubes 133.

The installation unit 110 is provided at the end of the slide member 135 of the horizontal adjustment unit 130 is a configuration that the camera 500 is installed, as shown in Figure 4 and 5 at the end of the slide member 135 A fixing member 111 fixedly installed and having a concave groove 111a formed therein and having a fixing screw 112 penetrating through the concave groove 111a to one side; A first installation member (113) having an insertion protrusion (113a) inserted into and fixed to the concave groove (111a) of the fixing member (111); The second installation member 115 is rotatably installed in the first installation member 113, the through hole (not shown) is formed in the longitudinal direction, and having a slide rod 117 is slidably inserted into the through hole. And a seating portion 119 having a fixing screw portion 118 fixedly installed at an end of the slide rod 117 and penetrating and exposed to one side. One side of the camera 500 contacts the seating part 119 and is fixedly installed by the fixing screw part 118. The second installation member 115 may be rotatably installed on the first installation member 113 by a bolt (not shown).

As shown in FIGS. 4, 9, and 10, the first accumulator 160 is provided with an upper plate 161 having a through hole and a lower portion of the upper plate 161 to form an opening 163a. An opening member 163 having a slide groove 164 formed at a side thereof; At least one first light source 167 provided in the opening 163a; A translucent plate 169 installed to block a through hole to an upper portion of the upper plate 161; Moving means (165) provided on the upper plate (161) or the opening member (163) and having an end portion in contact with the upper plate (101); A sliding part 171 slidably installed in the slide groove 164; An insertion member 173 integrally provided at the sliding part 171 and having an insertion protrusion 174 formed therein; A concave groove 176 into which the insertion protrusion 174 is inserted is formed and includes a fixing screw 175a penetrating into the concave groove 176 to one side, and a slide member slidably installed in the guide tube 179. Fixing means 175 is fixed to the end of the 177; A hollow guide tube 179 fixed to the upper plate 101; It consists of a slide member 177 that is slidably installed in the guide tube 179. Ball 165a is rotatably inserted at the end of the moving means 165, the ball 165a makes a cloud contact to the upper plate 101, the lower portion of the opening member 163 and the upper plate 101 No contact. The fixing means 175 is installed on the slide member 177 by a bolt (not shown) or an adhesive. The sliding part 171 has a member (not shown) protruding in the opposite direction to the insertion member 173 and inserted into the slide groove 164 and is slidably installed in the slide groove 164. In FIG. 10, reference numeral 161a illustrates a mounting end provided in the upper plate 161.

The second stacking unit 180 includes a transparent plate 183 installed in a through hole formed in the upper plate 101 as shown in FIGS. 4, 11, and 12; An opening 181 formed under the transparent plate 183; It includes one or more second light source 185 is installed in the opening 181, the second light source 185 is located under the upper plate 101 directly to the camera installed in the installation unit 110 It is desirable to avoid exposure.

13 and 14 are photographs taken of foot prints (shoe soles) taken with the geraltin transfer paper 1000 at the event site (the collection process is omitted). Although the above-described evidence may be deposited on the first storage unit 160 and may be photographed by strengthening the light source of the first light source 167, the second storage unit having a transparent plate 183 may be provided to secure more clear data. 180) and shoot. However, when the light irradiated from the lower portion of the transparent plate 183 directly to the camera 500, as shown in FIG. Accordingly, as shown in FIG. 12, the second light source 185 may be positioned below the opaque upper plate 101 so that light does not directly irradiate the camera 500 and crosses each other to irradiate the evidence. FIG. 14 is able to photograph the evidence image of the distinct image by placing the second storage unit 180 provided in the present invention with a transparent object such as transparent material evidence or a plastic bank made of plastic material, and photographing evidence of a clear image and remaining on the surface of the bank. It is also possible to shoot a fingerprint or the like.

The height adjustment unit 190 is a configuration for adjusting the height of the upper plate 101, as shown in Figure 15, the base plate 192 is installed on the floor, and the side plate portion provided under the upper plate 101 ( The upper support 191 supporting the 103, and one end is rotatably installed with respect to the lower support 192, the other end is rotatable and slidably installed with respect to the upper support (191) 199, the rod portion 199 and the rotation cross section (199a) is rotatably connected, one end is rotatably installed with respect to the upper support 191 and the other end is rotatable with respect to the lower support (192) And a plurality of other rod portions 199 which are installed to be slidably, wherein any one of the rod portions 199 is rotatable in the slide tube 203 for sliding in the guide tube member 205. Connected to one end of the guide tube member 205 And the part 208 installed, one side of the driving unit 208 is not pivotally mounted to tray 192.

15, 193 is a guide member provided on the upper support 191, 194 is a guide member provided on the lower support 192, 195 is a protrusion for rotatably supporting the rod 199, 196 Projections rotatably supporting the rod portion 199, 197 and 198 shows a sliding protrusion for slidingly supporting the rod portion 199.

As shown in FIG. 4, the photographic evidence photographing apparatus of the present invention includes a lighting unit 210 on the upper plate 101, and the lighting unit 210 includes a pair of first lighting units 213, respectively. It consists of a 1st lighting installation part 211 and a pair of 2nd lighting installation part 215 in which a pair of 2nd lighting 217 is installed, respectively. Useful evidence can be photographed by irradiating the evidence with light in various states, so that the first illumination 213 is formed of a device that emits natural light, and the second illumination 217 is preferably formed of xenon.

In FIG. 4, the first light 213 and the second light 217 are fixedly installed. However, a fixture such as a forceps may be installed in the first light installation part 211 and the second light installation part 215. The first lighting 213 and the second lighting 217 can be detachably installed.

In FIG. 4, reference numeral 102 denotes a cover 102 covering the first loading part provided in the upper plate 101, 105 denotes a controller for turning on and off the illumination and adjusting the amount of light, 109 denotes a scaffold, 116 Is a light blocking film into which a part of the camera 500 is inserted, and 206 is a corrugated body installed to surround the height adjusting unit 190. In the case of using the first placing unit 180, the cover 102 may be rolled out and used, but the first placing unit 180 may be installed so as not to overlap with the first placing unit 160. The present invention is an evidence photographing device that greatly improves ease of use by providing a configuration directly related to photographing on the upper plate 101 that can be adjusted in height.

Evidence photographing apparatus 100 according to the present invention is installed in the slide member 135 of the horizontal adjustment unit 130 as shown in Figure 16 and 17, the light is moved horizontally with the slide member 135 The unit 300 further includes.

The light blocking unit 300 is connected to the frame 310, the hollow expansion unit 320 is connected to the frame 310 and the cross-sectional area is increased downward and the upper portion connected to the lower portion of the expansion unit 320 Frame 330, the corrugated pipe 340 is fixedly connected to the upper frame 330, the lower frame 360 is connected to the lower portion of the corrugated pipe 340, the upper frame 330 and the lower frame 360 A support rod portion 358 provided between the ends and having rotation support portions 334 at both ends, a lower block 370 installed below the lower frame 360, and a rod rod 351; It is configured to include an elastic portion 359.

The frame 310 is formed with an insertion hole (not shown) is inserted into the slide member 135 is inserted into the slide member 135 to one side. In addition, as shown in FIG. 16, the fixing screw 311 penetrates the insertion hole to fix the installation position of the frame 310 on the slide member 135, and is fixed by the fixing screw 311. The frame 310 moves horizontally integrally with the slide member 135. The frame 310 has a through hole 313 formed downward in addition to the insertion hole. The lens unit of the camera 500 is inserted into the through hole 313 to block external illumination.

A hollow expansion part 320 is connected to the lower portion of the frame 310. The enlarged pipe portion 320 has a cross-sectional area that increases toward the bottom, and also increases the cross-sectional area of the hollow formed therein. A portion of the upper portion of the expansion pipe 320 may be inserted into the through hole 313 of the frame 310 and fixedly connected to the frame 310 by using an adhesive or a screw.

The upper frame 330 is fixedly installed in the lower portion of the expansion pipe 320, the rotary support 337, the guide 331 is installed horizontally, the horizontal support along the guide 331 and the rotary support ( And a slide body 333 having 335. And the upper frame 330 is fixedly connected to the corrugated pipe 340 to block the light from the outside.

The lower frame 360 includes a rotation support 367, a guide 361 installed horizontally, and a slide 363 having a rotation support 365 moving horizontally along the guide 361.

A support bar 358 is installed between the upper frame 330 and the lower frame 360 along the circumference of the corrugated pipe 340, and the support bar 358 has rotation support parts 334 at both ends thereof. Have

The lower block 370 installed below the lower frame 360 may include a front plate 375 having a back plate 371 and a through hole 375a having a cover 379, as shown in FIG. The front plate 375 and the rear plate 371 are connected at both sides, and the side plate 373 is formed with a light hole 373a. The lower block 370 and the upper plate 101 are provided with fixing means for fixing the lower portion of the light blocking unit 300 to the upper plate 101. The fixing means may be formed by installing magnets of different polarities in the lower block 370 and the upper plate 101, or may be formed by installing a magnet on the upper plate 101 using the lower block 370 as a metal. The lower protrusion 370 may be formed by installing a locking hook rotatable on the upper plate 101 to protrude to the side.

As shown in FIG. 16, a plurality of rod bars 351 are installed to allow the both ends to rotate and cross each other by selecting two rotation branches among the rotation supports 337, 335, 334, 367, and 365, and The rotating rod 353 is provided at a portion where the bars 351 intersect so that the rod rods 351 that cross each other are rotatably intersected with each other. An elastic part 359 is installed between the rotation support parts 334 provided at both ends of the support bar part 358.

When the evidence is placed on the top plate 101 inside the illumination blocking unit 300, external illumination is blocked, so that accurate shooting of the light emitting body such as fluorescent powder photography is easy, and when the photographing of the precise evidence photograph is not affected by external lighting. It is possible to take a picture, and by adjusting the illuminance by placing the first light or the second light on the outside of the lighting ball (373a), it is possible to take a precise picture so that the external lighting does not need to turn off to adjust to the required lighting conditions It is possible to shoot. And by providing a fixing means it is possible to adjust the vertical position of the camera 500 in a state in which the lighting shield 300 is fixed, the cover portion 375 rotatably provided by the hinge 377 in the lower block 370 Evidence can be easily replaced by

Although the embodiments of the present invention have been described above with reference to the drawings, the protection scope of the present invention is not limited thereto, and it should be recognized as the protection scope of the present invention from an embodiment of the present invention to a range easily implemented by those skilled in the art. something to do.

As described above, in the case of taking the evidence photograph by installing the camera 500 in the evidence photographing apparatus 100 according to the present invention, the lighting unit 210, the vertical adjustment unit 140, the horizontal adjustment unit 130, the first enemy Both the tooth 160 and the second stocking unit 180 are structured to be adjusted up and down integrally with the top plate 101 when the top plate 101 is adjusted up and down, thereby greatly reducing the time required for photographing evidence having various shapes and sizes. Once the preparation for shooting is completed (lighting adjustment, focus adjustment is completed), even if the top and bottom height of the top plate 101 is adjusted, no disturbance occurs, so the lighting or focus needs to be adjusted again before and after the height of the top plate 101. Is absent; It is a structure that can adjust the vertical height of the camera 500 quickly and accurately without shaking during the vertical adjustment of the camera 500; It is possible to take sufficient evidence from various evidences by including the first and second accumulation units 160 and 180 that are irradiated with different amounts of light; The second loading unit 180 includes a transparent plate 183, and the second light source 185 provided below the transparent plate 183 is not directly irradiated with the camera while being irradiated in an upward direction, so that the transparent or semitransparent body is not provided. Evidence can be taken precisely, and evidence such as phosphors can be easily taken, and the external light can be blocked, so the illumination can be precisely taken by controlling the illumination without turning off the external light.

Claims (7)

An evidence photographing apparatus used to photograph evidence from evidence collected at an accident scene, the apparatus comprising: a top plate 101 whose height is adjusted by a height adjusting unit 190; A side plate part 103 provided below the upper plate 101; An illumination unit 210 provided on the upper plate 101 to irradiate light on photographed evidence; An upper and lower adjustment unit 140 fixed to the upper plate 101 to adjust a vertical position of the camera; A guide tube 133 fixed to the top and bottom adjuster 140 and a guide member 135 sliding in the guide tube 133 to guide a horizontal position of the camera; An installation unit 110 provided at the horizontal adjustment unit 130 and installed with a camera; A first light source 167 provided at the upper plate 101 to be movable and provided with a first light source 167 in the opening 163a formed under the translucent plate 169 and the lower portion of the translucent plate 169, and on which the evidence to be photographed is placed; An accumulator 160; A second light source provided on the upper plate 101, a transparent plate 183, and a second light source 185 in the opening 181 formed under the transparent plate 183 and on which evidence to be photographed is placed. An accumulator 180; Evidence photographing device (100), characterized in that it comprises a height adjusting unit (190) provided below the side plate (103) to adjust the height of the upper plate (101). According to claim 1, wherein the top and bottom adjustment unit 140 is fixed to the top plate 101 and the fixing pipe 151; A second gear 145 rotatably installed in the fixing pipe 151; An operating screw unit 147 provided in the second gear 145 and integrally rotating with the second gear 145 and having a screw 148 formed in an outer diameter thereof; A slide tube body having a guide bushing 156 at an outer diameter, slidably installed in the fixed tube 151, and having at least one operating nut engaged with the screw 148 at an inner diameter; Evidence photographing device (100), characterized in that it comprises a motor (141) for operating the second gear (145). According to claim 1, The first loading portion 160 is provided with a through-hole top plate 161, the lower plate is formed in the lower portion of the upper plate 161 to form an opening 163a, the slide groove 164 on the side An opening member 163 formed thereon; A first light source 167 provided in the opening 163a; A translucent plate 169 installed to block a through hole to an upper portion of the upper plate 161; Moving means (165) provided on the upper plate (161) or the opening member (163) and having an end portion in contact with the upper plate (101); A sliding part 171 slidably installed in the slide groove 164; An insertion member 173 integrally provided at the sliding part 171 and having an insertion protrusion 174 formed therein; A concave groove 176 into which the insertion protrusion 174 is inserted is formed and includes a fixing screw 175a penetrating into the concave groove 176 to one side, and a slide member slidably installed in the guide tube 179. Fixing means 175 is fixed to the end of the 177; A hollow guide tube 179 fixed to the upper plate 101; Evidence photographing device 100, characterized in that consisting of a slide member 177 that is slidably installed in the guide tube (179). The method of claim 1, wherein the second loading portion 180 is a transparent plate 183 is installed in the through hole formed in the upper plate 101; An opening 181 formed under the transparent plate 183; It includes one or more second light source 185 is installed in the opening 181, the second light source 185 is located under the upper plate 101 directly to the camera installed in the installation unit 110 Evidence photographing device 100, characterized in that not exposed. The frame 310 of claim 1, further comprising an illumination blocking unit 300, wherein the illumination blocking unit 300 is inserted into the slide member 135 so as to be slidable and has a through hole 313 formed downward. )and; A hollow expansion part 320 connected to the frame 310 and having a cross-sectional area increasing downwardly; The slide body 333 is fixed to the lower portion of the expansion pipe 320 and has a rotary support 337, the guide 331 is installed horizontally, and the horizontal support along the guide 331 and has a rotary support 335 And an upper frame 330 formed of; A corrugated pipe 340 fixedly connected to the upper frame 330; A slide body 363 connected to a lower portion of the corrugated pipe 340 and having a rotary support 367, a guide 361 horizontally installed, and a horizontal support along the guide 361 and having a rotary support 365. A lower frame made of 360; A support bar portion 358 provided between the upper frame 330 and the lower frame 360 and having rotation support portions 334 at both ends; A lower block 370 installed below the lower frame 360 and having at least one lighting hole 373a formed therein and a through hole 375a having a cover 379 formed therein; A plurality of rod rods 351 rotatably installed on the rotatable support portion to intersect the rotatable portion 353; Evidence photographing device (100), characterized in that it comprises an elastic portion (359) provided between the rotation support portion 334 provided on both ends of the support bar (358). According to claim 5, Evidence characterized in that the fixing means is provided between the light blocking unit 300 and the top plate 101, the lower end of the light blocking unit 300 is detachably fixed to the top plate 101. Photographing device 100. The evidence photographing apparatus of claim 2, wherein the fixing tube 151 includes a plurality of guide protrusions 153a protruding in the inner diameter direction and extending in the longitudinal direction to contact the side surfaces of the guide bushing 155. 100).

Images