WO2020030743A1

WO2020030743A1 - Shooting table for photographing and/or filming

Info

Publication number: WO2020030743A1
Application number: PCT/EP2019/071329
Authority: WO
Inventors: Joachim Werner
Original assignee: Joachim Werner
Priority date: 2018-08-09
Filing date: 2019-08-08
Publication date: 2020-02-13
Also published as: DE202018104578U1

Abstract

The invention relates to a shooting table (1) for photographing and/or filming, comprising a planar object-support device (2), for positioning an object (3) to be shot, and a rear wall (4), which is oriented so as to be perpendicular to the object-support device (2), wherein at least three pillars (5), which are connected to the object-support device (2), and a base plate (6), which is kept in a white colour and has cut-outs (6a) for holding the pillars (5), are provided, and wherein the rear wall (4) can be detachably placed on the object-support device (2).

Description

Recording table for photo and / or film recordings

The invention relates to a recording table for photo and / or film recordings according to the features of claim 1.

Recording tables or photo tables for photo and / or film recordings are mainly used in product photography. With the help of a shooting table, photos of products can be taken without shadows, making it easy to separate the products from the background. From DE 20 2004 006 976 U1 a recording table is known which can be put together from several individual parts. Disadvantages here are, on the one hand, the unstable structure of the photographic table and, on the other hand, a complex modification of the photographic table to change the background in front of which an object is to be photographed.

The object of the present invention is to provide a recording table in which the disadvantages of the prior art are eliminated.

This object is achieved with the subject matter of independent claim 1. Further embodiments of the invention are the subject of subclaims.

The invention is based on a recording table for photo and / or film recordings, comprising a plate-shaped specimen slide device for positioning an object to be photographed and a rear wall aligned perpendicular to the specimen slide device. According to the invention, there are at least three standing legs connected to the specimen slide device and a base plate held in a white color with recesses for receiving the standing legs. Furthermore, the rear wall can be detachably plugged onto the specimen slide device.

The base plate serves on the one hand as a fixation for the supporting legs of the receiving table, so that a secure standing of the receiving table is guaranteed. This avoids blurring when recording. Due to the white color of the Base plate, the base plate also serves as a reflector for a lighting means positioned on the base plate.

In one embodiment of the invention, the specimen slide device can have one or more openings for receiving corresponding projections formed on the rear wall. The projections are in particular formed on the circumference of the rear wall. This makes it possible to quickly replace the back wall in order to change the background for the object to be imaged. The dimensions of the openings in the specimen slide device and the corresponding projections in the rear wall are in this case particularly precise, so that on the one hand a vertical alignment of the back wall to the surface of the specimen slide device is guaranteed and on the other hand a quick detachable connection of the back wall from the Slide device is possible.

In a variant of the invention, the rear wall can be made of a diffusely translucent material. So it is e.g. possible that the rear wall is positioned between a flash and an object to be imaged. In this way it is possible for the object to be imaged to be indirectly lightened on the back through the rear wall for a picture and thus to be isolated against a white background.

For example, the rear wall can be designed as an indexable insert with matt surfaces, a first surface and a second surface having different colors. In particular, the first surface has a white color and the second surface has a black color. It is thus possible to freeze an object to be positioned in front of the rear wall against a white or a black background.

In a further embodiment of the invention, two shielding plates can be present, which are arranged on the specimen slide device parallel to the rear wall and at a predeterminable distance therefrom, a gap being formed between the two shielding plates. These shielding plates are used so that a Blitzge, which is positioned in front of the shielding plates and in front of the rear wall, does not entire back wall brightens. The back wall is thus only lightened by the light incident through the gap.

Furthermore, the shielding plates can be designed as reversible plates with matt surfaces, a respective first surface and a second surface each having different colors. In particular, the first surface has a white color and the second surface has a black color.

Furthermore, the specimen slide device can have one or more openings for receiving corresponding projections formed on the two shielding plates. The projections are in particular formed on the circumference of the shielding plates. This makes it possible to quickly replace the shielding plates. The dimensions of the openings in the specimen slide device and the corresponding protrusions in the shielding plates are in this case particularly precise, so that on the one hand a vertical alignment of the shielding plates to the surface of the specimen slide device is ensured and on the other hand a detachable connection of the shielding plates from the specimen slide device is possible.

In a further embodiment of the invention, there can be a plate with an opening, also referred to as a passe-partout, which can be attached between the two shielding plates. The opening can be either rectangular or circular. Corresponding grooves can be provided in the shielding plates, into which the plate can be inserted with a precise fit. However, it is also possible for the plate to be fastened to the shielding plates by means of clamps. An object to be photographed is expediently located in front of the opening of such a plate.

In a variant of the invention, the specimen slide device comprises a base plate made of a diffusely translucent material. This enables optimal illumination of an area located below the object to be imaged.

In a further embodiment of the invention, the specimen slide device can comprise at least one further effect plate stackable on the base plate. The at least one effect plate can have recesses corresponding to the pillars. It is therefore possible that if the effect plate is not used, ie is not stacked on the base plate, it can be stacked on the base plate. This prevents damage to the effect plate due to improper positioning of the effect plate next to the recording table. Of course, the at least one effect plate has corresponding openings for the rear wall and the shielding plates.

Furthermore, a first effect plate can be designed as a reversible plate with matt surfaces, a first surface and a second surface having different colors. In particular, the first surface has a white color and the second surface has a black color. This makes it possible to expose an object to be picked up either on a white or a black background.

Furthermore, another effect plate can be designed as a glossy plate. This makes it possible to record reflections of the object to be imaged.

The legs can advantageously be attached to the base plate with screw heads. The fleas of the screw heads can correspond to the total thickness of the at least one additional effect plate, so that an upper side of the screw heads is flush with a surface of an effect plate.

The invention is explained in more detail below with reference to figures. Show it:

1 is a perspective view of a recording table according to the invention,

FIG. 2 shows a detailed illustration of the specimen slide device of a photo table according to the invention according to FIG. 1, and 3 shows a perspective view of an exemplary arrangement of a rear wall, two shielding plates and a perforated plate on the specimen slide device.

Fig. 1 shows a perspective view of a recording table according to the invention. The receiving table 1 comprises legs 5, a base plate 6 and a specimen slide device 2 for positioning an object 3 to be imaged.

The legs 5 are connected to a specimen slide device 2 and fastened to it by means of screw heads 12. The structure of the slide device 2 is shown in more detail in FIG. 2. The outside diameter of the screw heads 12 suitably corresponds to the outside diameter of the legs 5.

There are recesses 6a in the base plate 6, into which the legs 5 engage. The recesses 6a can be designed as openings in the base plate 6 or as depressions in the base plate 6. The surface of the base plate 6 facing the specimen slide device 2 is preferably kept in a white color. This makes it possible for the base plate 6 as a reflector for an exposure device 11 positioned on the base plate 6, e.g. a flash unit is used.

A rear wall 4, two shielding plates 8 and an object 3 to be imaged are arranged on the specimen slide device 2. The object 3 is arranged on the slide device 2 in such a way that it is positioned in front of the two shielding plates 8 in the viewing direction B of a viewer or an image recording device (not shown). The slide device 2 has a plurality of openings 7. The openings 7 serve to receive the rear wall 4 or the two shielding plates 8. The rear wall 4 and the two shielding plates 8 each have a projection 9 along the circumference. This projection 9 engages in the corresponding openings 8 of the specimen slide device 2, whereby a plug connection between the specimen slide device 2 and the rear wall 4 or a shielding plate 8 is produced. The dimensions of the openings 8 and the projections are expediently chosen such that a precisely fitting plug connection is possible is. This ensures a secure connection, which can be quickly and easily released again if necessary, so that the mounting table 1 can be easily converted. The rear wall 4 has, for example, two projections 9 which engage in two corresponding openings 8 in the specimen slide device 2. The dimensions and orientation of the openings 7 made for the shielding plates 8 are expediently identical to the dimensions of the openings 7 made for the rear wall 4. This makes it possible, if necessary, to set up a receiving table 1 without shielding plates 8, in which the rear wall 4 is inserted into the openings 7 provided for the shielding plates 8.

The rear wall 4 is located behind the two shielding plates 8 in viewing direction B. The rear wall 4 can be made of a diffuse material, so that it is at least diffusely transparent for an exposure device 11, which is positioned behind the rear wall 4 when viewed in viewing direction B. , In this arrangement, it is possible that the space between the rear wall 4 and the two shielding plates 8 is brightened. The rear wall 4 can also be designed as an indexable insert. Here, a first surface 4a of the rear wall 4 has a white color and a second surface 4b a black color. It is thus possible for an object 3 to be isolated and displayed against a white or black background.

The two shielding plates 8 are located in the direction of view B between the object 3 and the rear wall 4. The two shielding plates 8 are arranged parallel to the rear wall 4 at the same distance from the rear wall 4. A gap 10 is formed between the two shielding plates 8 arranged next to one another in this way. In an application example (FIG. 3), a perforated plate can be inserted into this gap 10. Both shielding plates 8 serve to shield lighting sources 11 positioned in the direction of view B in front of the object 3 on the specimen slide device 2. The shielding plates 8 prevent an illuminating source 11 from closing the space between the shielding plate 8 and the rear wall 4 and thereby the rear wall 4 itself strongly brightens so that undesirable reflections occur on the rear wall 4. The two shielding plates 8 are each designed as a reversible plate. Here, a first surface 8a of the shielding plates 8 has a white color and a second surface 8b a black color. It is thus possible for an object 3 to be isolated and displayed against a white or black background.

FIG. 2 shows a detailed illustration of the specimen slide device 2 according to FIG. 1. The specimen slide device 2 has a base plate 16. The legs 5 are fastened to this base plate 16 by means of the screw heads 12. The base carrier plate 16 naturally has corresponding openings 7 for the rear wall 4 and the shielding plates 8. The base plate 16 consists of a diffusely translucent material.

A first effect plate 15 is stacked on the base plate 16. On the one hand, this effect plate 15 has the openings 7 for the rear wall 4 and the shielding plates 8. On the other hand, the effect plate 15 has a cutout 15c in the area of the screw heads 12. The recess 15c corresponds to the dimensions of the screw heads 12, so that the screw heads 12 can reach through the recess 15c. It is thus possible for the effect plate 15 to be stackable on the base carrier plate 16 and at the same time to ensure that the effect plate 15 is securely fixed. This first effect plate 15 can e.g. be a high-gloss plate with which reflections of the object 3 on the plate 15 can be achieved when the object 3 is illuminated.

Another second effect plate 14 can be stacked on the first effect plate 15. This further effect plate 14 is designed as a reversible plate. Here, a first surface 14a of the effect plate 14 has a white color and a second surface 14b has a black color. It is thus possible for an object 3 to be isolated and displayed on a white or black background. The cutouts 7, 14c of the second effect plate 14 correspond to the cutouts 7, 15c of the first effect plate 15.

In this exemplary embodiment, the height of the screw heads 12 corresponds to the total thickness of the two effect plates 14, 15. heads 12 with the top of the effect plate 14, whereby a flat surface is formed. When using only one effect plate 14, 15 or when using no effect plate 14, 15, the screw heads 12 are correspondingly high. The positioning of the lighting means 11 (see FIG. 1) must be adapted accordingly in this case.

Of course, the order of stacking the first and second effect plates 14, 15 is arbitrary. It goes without saying that when the base carrier plate 16 is used as the base for the object 3, the two effect panels 14, 15 cannot be stacked on the base carrier plate 16. In such a case, the two plates 14, 15 can be stacked on the base plate 6.

FIG. 3 shows a perspective view of an exemplary arrangement of a rear wall 4, two shielding plates 8 and a perforated plate 13 on the specimen slide device 2. The arrangement of the rear wall 4 and the two shielding plates 8 corresponds to that in FIG. 1. Between the two shielding plates 8 is one Perforated plate 13 arranged. The perforated plate 13 has an opening 13a in front of which the object 3 to be imaged can be positioned. The opening 13a can be angular or circular. The surface facing the object 3 to be imaged has a black or white color. The perforated plate 13 can expediently be designed as an indexable insert. The perforated plate 13 can be fastened to the shielding plates 8 by means of clamps. However, it is also possible for corresponding receiving means (not shown), for example grooves, to be provided on the circumference of the shielding plates 8, into which the perforated plate 13 can be inserted and thus held. This ensures a quick conversion of the receiving table and at the same time enables the perforated plate 13 to be securely fixed to the shielding plates 8. LIST OF REFERENCES

1 shooting table

2 slide device

3 object

4 rear wall

4a first surface of the rear wall

4b second surface of the rear wall

5 pillars

6 base plate

6a recesses

7 breakthroughs

8 shielding plate

8a first surface of the shielding plate 8b second surface of the shielding plate

9 head start

10 gap between shielding plates

11 illuminants

12 screw head

12a top of screw head

13 perforated plate

13a opening

14 First effect plate

14a first surface of the first effect plate 14b second surface of the first effect plate 14c recess for screw head and support leg

15 Second effect plate

15c recess for screw head and support leg

16 base plate

B viewing direction

Claims

claims

1. receiving table (1) for photo and / or film recordings, comprising a plate-shaped slide device (2) for positioning an object (3) to be photographed and a rear wall (4) oriented perpendicular to the slide device (2),

characterized in that

at least three legs (5) connected to the specimen slide device (2) and a base plate (6) held in a white color with recesses (6a) for receiving the legs (5) are present and that

the rear wall (4) can be detachably plugged onto the specimen slide device (2).

2. Recording table according to claim 1, characterized in that

the specimen slide device (2) has one or more openings (7) for receiving corresponding projections (9) formed on the rear wall (4).

3. Recording table according to claim 1 or 2, characterized in that

there are two shielding plates (8) which are arranged on the specimen slide device (2) parallel to the rear wall (4) and at a predeterminable distance from it, a gap (10) being formed between the two shielding plates (8).

4. Recording table according to claim 3, characterized in that

the two shielding plates (8) are designed as reversible plates with matt surfaces, a first surface (8a) and a second surface (8b) each having different colors.

5. Recording table according to one of claims 3 or 4, characterized in that

the specimen slide device (2) has one or more openings (7) for receiving corresponding openings on the two shielding plates (8). formed protrusions (9).

6. Recording table according to one of claims 3 to 5, characterized in that

there is a plate (13) with an opening (13a) which can be fitted between the two shielding plates (8).

7. Recording table according to claims 1 to 6, characterized in that the specimen slide device (2) comprises a base plate (16) made of a diffusely translucent material.

8. Recording table according to claim 7, characterized in that

the slide device (2) comprises at least one further effect plate (14, 15) stackable on the base plate (16).

9. Recording table according to claim 8, characterized in that the at least one effect plate (14, 15) has recesses (14c, 15c) corresponding to the supporting legs (5).

10. Recording table according to one of claims 8 or 9, characterized in that

at least one first effect plate (14) is designed as a reversible plate with matt surfaces, a first surface (14a) and a second surface (14b) having different colors.

11. Recording table according to one of claims 8 to 10, characterized in that

at least one second effect plate (15) is a high-gloss plate.

12. Recording table according to one of claims 7 to 11, characterized in that

secure the legs (5) to the base plate (16) with screw heads (12) are required.

13. Recording table according to claim 12 and one of claims 10 to 11, characterized in that

the height of the screw heads (12) corresponds to the total thickness of the at least one further effect plate (14, 15), so that an upper side (12a) of the screw heads (12) is flush with a surface of an effect plate (14, 15).

14. Recording table according to one of claims 1 to 13, characterized in that

the rear wall (4) is formed from a diffusely translucent material.

15. Recording table according to one of claims 1 to 13, characterized in that

the rear wall (4) is designed as an indexable insert with matt surfaces, a first surface (4a) and a second surface (4b) having different colors.