KR100785687B1 - Fingerprint display case with spinner - Google Patents

Abstract

The present invention relates to a fingerprint display case having a rotating rotating plate.

The present invention is a fingerprint display case provided with an opening and closing door 110 having a work space formed inside the body 100 and having a monitoring window, the inside of the body 100, provided on the bottom surface when the power is applied The heating plate 200 is heated by the heating means, both ends are hooked to the wall surface of the interior of the workspace, the mesh shelf 300 of one or two-layer structure to mount the evidence for fingerprint identification, and the It is provided on the upper side and provides an exhaust port (500), and the water supply and drain port (600) to be coupled to the water supply and drain line for cleaning the interior of the workspace; It is provided on the upper side of the workspace and rotated by the rotation of the rotary shaft 410 through the manual operation or the driving force of the motor 420 to rotate the evidence placed on the upper surface and to display the fingerprint and hang on the edge 440 A plurality of rotating shelves 400 are provided, and a magnifying glass 800 provided to the monitoring window of the opening / closing door 110 to enlarge and see the internal evidence, and provided on one side of the body 100. Characterized in that it further comprises a hand hole 700 formed to allow the hand of the worker out.

Description

A CASE WITH A ROTATION PLATE FOR FINGER PRINT DETECTION}

The present invention relates to a case for presenting a fingerprint, and more particularly, to a fingerprint presenting case having a presenting rotating plate for providing a rotating plate for presenting a fingerprint inside the case so that the presenting fingerprint can be made more quickly and simply. .

Generally, the fingerprint method is a powder method, which is a solid method, a ninhydrin solution method, a liquid method, a silver acetate method, a detection method using a gasoline method, and a bond method. Strong instant adhesive method) and oxic acid method.

Fingerprinting according to the various methods of presenting fingerprints has been a problem in safety accidents because the conscious person is exposed from harmful ingredients by using a solution, which is usually a harmful ingredient, when it is carried out at the workplace.

To solve this problem, the integrated fingerprint display device was filed by the applicant of December 5, 2005 and registered as a patent registration No. 10-0660428 of December 15, 2006.

This is a fingerprint display device that can be performed by combining a variety of fingerprint display techniques, the storage unit having a pair of opening and closing doors symmetrical in the intermediate position, provided on both sides of the housing and arranged in a plurality of drawers in the vertical direction And a main body having a drawer portion provided with a keyboard tray on the upper side, and provided at the center of the upper surface of the main body, the surface of which forms a work plate made of a strained material, and an ironing board on one side and an illuminating lamp on the upper side thereof.

It is provided on the upper surface of the working space portion, the hood provided on the upper side of the working space portion and forming a pair of circular perforations, and the upper surface of the main body around the working space, respectively, the bond method and the ninhydrin method And a pair of first and second cases for performing fingerprint display through the DFO method, and connecting the hoods of the cases and the work space through pipes, and filtering the gas introduced through the exhaust fans installed in the pipes. It is configured to include an exhaust portion to be filtered through and discharged to one exhaust port.

In addition, the first case is for performing the ninhydrin method and the DFO method, the door is provided with a viewing window so that the internal space can be seen and the exhaust port and the inside space to discharge the internal air 3 The body includes a shelf having a shelf and a rotary hanger, a circulation fan provided in the inner space of the body and circulating air therein, and a control unit controlling the operation of the circulation fan when the door is opened and closed.

The second case is for carrying out a bonding method, a body having a sight glass window made of tempered glass so that the internal space can be seen, and a body having an exhaust mechanism for discharging the air therein, and provided in the body to hang an object. Hanger stand, which is provided in the inner space of the body and detachable at least two or more wire mesh shelves, and the circulation fan, humidifier, humidity controller, titanium heater, timer, alarm, and provided on the inside of the body It is provided on the inside of the body includes a magnifying glass that is rotatable through the hinge pin, and a control unit for controlling these parts.

The integrated fingerprint display device, the separate first and second cases and the working space portion having a different internal structure to combine the body into one to enable the latent fingerprint at the location when the latent fingerprint appears in the identification of work The efficiency can be maximized, and the harmful components generated during the fingerprint display work can be prevented from being exposed to the outside, so that the conscious person can be protected from the harmful environment, and the harmful gas or powder generated during the work is filtered. It can be discharged from the outside has the advantage of performing environmentally friendly work.

However, the first and second cases for the fingerprint display, if the fingerprint is to appear from a plurality of evidences when performing the fingerprint display work, the inner spaces of the first and second cases are narrow, one by one evidence work to display There has been a problem that must be performed.

Accordingly, the present invention was devised to solve the above problems, and an object of the present invention is to provide a rotatable rotating shelf further inside the fingerprint display case while simultaneously rotating while placing a plurality of evidences for the fingerprint display. It's about making things work.

In order to achieve the above object, the present invention, in the fingerprint display case provided with an opening and closing door having a work space is formed inside the body having a monitoring window, the inside of the body, provided on the bottom surface heating means when applying power Heated plate is heated by the, both ends are hooked to the wall surface of the interior of the workspace and a mesh shelf of one or two-layer structure for mounting the evidence for fingerprint identification, and provided on the upper side of the workspace through a rotating shaft roll Rotatably coupled and rotating shelf to rotate the evidence placed on the upper surface and to display fingerprints, provided on the upper side of the workspace and the exhaust port, the supply and drain line for cleaning the inside of the workspace It is characterized by having a drain.

In addition, the upper surface of the rotary shelf is preferably such that the radial projection protruding to separate the evidence.

In addition, it is possible to form a plurality of pores vertically penetrated on the surface of the rotary shelf.

Therefore, the fingerprint presenting case having the presenting rotating plate according to the present invention, as a rotatable rotating shelf is provided in the inside of the fingerprint presenting case to perform the presenting operation while rotating a plurality of evidences for the manifestation of the fingerprint. It can be effective.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, and in describing the present invention, if it is determined that related related arts may blur the gist of the present invention, the detailed description thereof will be omitted. do.

1 or 2, the present invention relates to a fingerprint display case provided with an opening and closing door 110 having a work space formed inside the body 100 and having a monitoring window.

Inside the body 100, the first floor is provided on the bottom surface is heated by a heating means when the power is applied, and both ends are hooked to the wall surface in the interior of the workspace and the first floor to hold the evidence for fingerprint recognition Or a mesh shelf 300 having a two-layer structure, an exhaust port 500 provided at an upper side of the work space, and a water supply drain 600 for coupling a water supply and drain line to the inside of the work space, It is provided on the upper side of the workspace and rotated by the rotation of the rotary shaft 410 through the manual operation or the driving force of the motor 420 to rotate the evidence placed on the upper surface and to display the fingerprint and hang on the edge 440 A plurality of rotating shelves 400 are provided, and a magnifying glass 800 provided to the monitoring window of the opening / closing door 110 to enlarge and see the internal evidence, and provided on one side of the body 100. Worker's hand There is provided a handhole 700 which is formed to be capable of killing.

The body 100, the work space is formed therein is opened and closed door 110 having a monitoring window on one side opening. The surveillance window is provided with a magnifier 800 to enlarge and see through the inside. And one side of the body 100 is provided with a hand hole 700 that can enter and leave only the hand of the worker.

The heating plate 200 is provided on the bottom surface and heated by heating means when the power is applied to heat the inside to a proper temperature. The heating means, it is preferable to take the manner of heating the heating plate 200 by heating the heating coil through a power source by a known technique.

The mesh shelf 300 is provided in a one-layer or two-layer structure in which both ends are hooked to a wall surface inside the workspace and mount the evidence for fingerprint identification.

The rotary shelf 400 is provided on the upper side of the work space to be rotatably coupled through the rotary shaft 410 and rotates the evidence placed on the upper surface to display the fingerprint. The rotating shaft 410 may be driven by the motor 420. In addition, a plurality of hooks 440 are provided on the rim of the rotary shelf 400 so that the evidence can be stored along the circumference.

3 or 4 illustrates another example of the rotary shelf 400, wherein the radial protrusion 430 protrudes from the upper surface of the rotary shelf 400 so as to separate and separate the evidence.

The protrusion 430 is a radially projecting deployment with respect to the center point of the circle on the upper surface of the rotary shelf 400 is to put the evidence between the protrusions (430).

This is to isolate the plurality of evidences through the projection 430 and to perform the present work at the same time.

In addition, the rotating shelf 400 is a mesh-like structure, it is preferable to have a plurality of pores penetrating up and down on its surface, this is to maintain the temperature through the pores (not shown).

Referring to the working process of the fingerprint presenting case having a rotating rotating plate according to the present invention configured as described above are as follows.

1 to 4 in the case of one or more of the evidence at the time of the fingerprint appearing work may be carried out while rotating the rotating shelf 400 is placed on the upper surface of the rotary shelf 400.

In this case, when there is a lot of evidence, the hanger 440 of the rotating plate 400 may be stored and walked. Also, when the separation of the evidence is required, it may be placed on a portion partitioned through the protrusions 430 on the upper surface of the rotating plate 400.

And, the internal temperature is to maintain a proper temperature through the heating plate 200 and the separate evidence may be mounted on the mesh shelf (300). Then, when harmful gas is generated in the interior, the exhaust port 500 may be exhausted. After the work is completed, the water supply line 600 may be combined with a water supply line, and then the interior may be washed.

1 is a block diagram of a fingerprint display case having a rotating plate according to the present invention.

Figure 2 is a front view showing a closed state of the opening and closing door in Figure 1,

3 is another example of the rotating disc in FIG.

4 is a cross-sectional view taken along the line “A-A” of FIG. 3.

<Description of the symbols for the main parts of the drawings>

100: body

200: hot plate

300: mesh shelf

400: turntable

410: rotating shaft 420: motor

500: air vent

600: water supply drain

700: handhole

800: magnifying glass

Claims (2)

In the fingerprint display case provided with an opening and closing door 110 is formed by a workspace and a monitoring window inside the body 100, The first floor is provided on the inside of the body 100, the heating plate 200 is provided on the bottom surface is heated by the heating means when the power is applied, and both ends are hooked to the wall surface of the interior of the work space and the evidence for fingerprint identification Or a mesh shelf 300 having a two-layer structure, an exhaust port 500 provided at an upper side of the work space, and a water supply drain 600 for coupling a water supply and drain line to the inside of the work space. To; It is provided on the upper side of the workspace and rotated by the rotation of the rotary shaft 410 through the manual operation or the driving force of the motor 420 to rotate the evidence placed on the upper surface and to display the fingerprint and hang on the edge 440 Rotating lathe 400 is provided with a plurality of), Magnifying glass 800 provided to the monitoring window of the opening and closing door 110 to enlarge and see the internal evidence, and Provided on one side of the body 100 is a fingerprint display case having a rotating rotating plate characterized in that it further comprises a hand hole (700) formed to allow the hand of the worker out. The method of claim 1, Radial protrusions are formed on the upper surface of the rotating shelf 400 so as to separate and separate the evidence, and the surface of the rotating shelf 400 is formed with a plurality of pores penetrating up and down. Fingerprint Appearance Case.

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