DE8234625U1 - Device for removing dog excrement or other debris - Google Patents

Description

Clauss, Heermann, Asch

Device for removing dog excrement or other dirt particles

Due to the growing number of pets in urban residential areas, where there is very little space for the animals to run around are present, the problem of the pollution of sidewalks, streets, leisure and children's playgrounds by animal droppings constantly to.

Animal excrement is not only a nuisance from an aesthetic point of view, but rather from a hygienic point of view serious environmental pollution, which poses a risk to the health of playing children and is annoying for local residents and is uncomfortable for dog owners.

Since there is no small, handy device on the market, The present invention is intended to enable the dog owner to remove dog feces in a simple and hygienic manner from the to remove public areas, especially since their pollution is now subject to high fines in some places.

According to the invention, the device is small and easy to use and cheap to manufacture. The dog excrement collecting device described below enables a quick one and easy removal of the droppings; the dog owner never comes into contact with the faeces;

The dog waste collection device comes out of the packaging box (= Spatula) pushed, the frame unfolded and locked. The device is placed in front of the excrement parts, which with the help of the Spatula can be pushed into the device. If necessary, can

Clauss, Heermann, Asch

the excrement parts are collected without using the spatula, only by moving the excrement device forward, by pulling the device between the ground and the manure. After that, the manure collecting device is folded up the frame and twisting two self-adhesive surfaces closed.

In order to remove the faeces even in an unbent posture accomplish, both the dog waste collection device and the spatula can each be clamped to a handle and the Feces are pushed into the device in the manner described above.

With the formation of the frame of the device as a pair of scissors (extended version) the dog owner also becomes one quick and easy way to remove dog poop of any consistency:

After opening the packaging, the device works automatically half open, the receptacle of which is connected to a frame that is elongated like a scissors * To complete the picture To open the device and to stabilize the scissors, a quarter disc is attached to the inner half of the scissors pressed into the opposite prism edge. The now ready-to-use device is placed in front of the Kottei-Ie put thumb and middle finger-one hand in the tabs introduced, which are attached to the center lines running parallel to the longitudinal axis of the side surfaces. With a combined forward and gripping movement, the manure is transported into the attached receptacle.

The dog waste collection devices can be provided after use Containers are collected for easy removal.

Clauss, Heermann, Asch

Description of the figures:

Figure 1 processing of the dog waste collection device Figure 2 dog waste collection device in the functional position FIG. 3 receiving container bottom in prism shape; FIG. 4 receiving container bottom in three-pronged star shape FIG. 5 receiving container bottom from a conventional bag

Figure 6 receiving container bottom in the form of a hose

shape
Figure 8 dog excrement collecting device in accordion-like folding

FIG. 9 Development of the packaging box (= spatula). FIG. 10 Dog excrement collecting device partly in its packaging

Figure 11 Different handles for guiding the dog excrement collecting device

FIG. 12 holding and clamping devices. FIG. 13 Development of the dog excrement collecting device in FIG.

execution
FIG. 14 Dog excrement collecting device of the 2nd version in the functional position

Figure 15 Different scissor joints

Figure 16 dog excrement collecting device of the 2nd embodiment in a flat folded form

Figure 1 The frame of the dog waste collection device consists of the parts (3, 4, 5). Close to the frame part (3) the folding tabs (1,2) and the part (5) of the folding tabs (6), with between (2) and (3) or (5) and (6) the locking slots (16,17) are embedded. The receptacle consists of the side surfaces (8.9 »10) and the adhesive surfaces

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Clauss, Heermann, Asch

(7,11) with the folding lines (23-26) in between. The side surface (8) is with the frame part (3) over the edge surface (20), the side surface (9) with the frame part (4-) over the edge surface (21) connected. The frame part (5) with the folding flap (6) and the edge surface (22) is freely movable for the purpose of foldability. The bottom of the receptacle consists of one triangular base (12) and the adhesive surfaces (13,1 ^, 15), the adhesive surface (14) with the side surface (9) of the receptacle is connected. The finished is at the fold line (18) Device folded.

FIG. 2 The frame is in the functional position to stabilize the opening of the receptacle (7-26) with its movable frame part (5) unfolded and pinned to the locking slot (17), wherein the folding flaps (2,6) lie on top of one another and the Folding flap (1) for better stability of the handle (1,2,6) is folded onto the folding flap (6).

Figure 3 The bottom of the recording device (12) is in the shape of a prism shown.

Figure 4 The bottom of the recording device (12) is in the shape of a star (30,31,32).

Figure 5 The receptacle consists of a conventional one Bag (33-37). whose rectangular opening is folded over to form a triangular opening.

Figure 6 The flat closed base (38) is tubular Receiving container (39) is shown.

Figure 7 It is the prism-shaped dog excrement pick-up device shown how it is folded for your packaging preparation. For this purpose, the movable frame part (5) with folding tabs (6) ins

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- 5 Clauss, Heermann, Asch

The interior of the device is folded onto the frame part (4), the frame part (3) is on the folding flap (6) and Frame part (5), the folding tabs (1 and 2) folded onto the frame part (3). This results in that when folding along the fold line (18) the receptacle side (8) on the receptacle side (9) is folded, with the receptacle side (10) between the two inwards is folded.

FIG. 8 The dog excrement collecting device from FIG. 7 is shown in which the side (9) is on top and the folding flaps (1 and 2) and the freely movable frame part (5) with the folding flap (6) folded out are. The receptacle is folded like an accordion across the width of the frame, whereby on its folding surface (9-2) and the Außeniläc'-e The frame part (3) has a self-adhesive coating (ifO, if1) applied to it the dog excrement collector is attached to the folding tabs (1 and 2) and the frame part (5) with folding tabs (6) of the frame rotated so that the adhesive surface (40) rests on the other adhesive surface (41) and when pressed together, it closes the opening of the device.

FIG. 9 The development of the packaging box (50-66) is shown. The box is created by folding along the lines (59-66), gluing the surfaces (50 and 5 ² O) together and inserting the closure flaps (55 »56) and (57, 58).

Figure 10 The illustration shows how the folded Dog excrement collecting device (70) is in its packaging = spatula (71).

Figure 11a shows the telescopically extended handle (110) with a clamping device (115) to which the dog excrement collecting device in the functional position according to FIG. 2

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Clauss, Heermann, Asch

is clamped.

FIG. 11b shows the telescopically extended handle (110) with a clamping device (115) to which the spatula (71) is clamped.

FIG. 11c shows the handle (110) pushed together telescopically for transport or storage with clamping device (115)

FIG. 11d shows an opened handle (111) to which the spatula is attached by means of the clamping device (115) is clamped.

Figure 11e shows a hand rest (112) into which a handle

(113) with clamping device (115) for the spatula guide is inserted. At the lower end there is a holding device according to FIGS. 12b and 12d attached, to which the dog excrement collecting device according to Figure 2 is clamped.

FIG. 12a shows the two ends of a handle (110), au. the lower end of which a clamping device (115) is attached by means of a spring (114).

FIG. 12b shows a holding device (116) bent at right angles, which has the clamping device (115) at one end and a holding device (1-22) designed as a triangular eye at the other end, into which the hand rest (112) is inserted and secured by means of the wing screw ( 11 ?) Is fixed.

Figure 12c shows the lower end of a hand rest (112) to which a holding device (".18) with a clamping device (115) is screwed on.

FIG. 12d shows a holding device (119) which is bent at right angles and which has the clamping device (115) at one end. with the spring (114) and on her other

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- 7 Clauss, Heermann, Aech

End of a clamping device (119) with a spring (114), the jaws (120, 121) of which are each bent in a semicircle to receive the hand rest (112) are.

Figure 13 shows the development of the dog excrement collecting device in the 2nd embodiment. The faces (200-203) of the gripping scissor prism are folded along the crease lines (210, 211, 212). The scissor surfaces (200,203) are beveled in the direction of the front edge (219) at their outer edges (204,205). The Area (200) has an extension in the form of a quarter disk (200.1), which the scissor surfaces (200,203) when in use of the grab shear prism stabilized. Of the The receptacle (7-18) is passed through with its surfaces (8,9,10) on the outside with the ßreifseherenprisma the edge surfaces (206-209) firmly connected. The bottom (12) with the connecting surfaces (13,14 * 15) is with the connecting surface (14) through the side surface (9) connected to the gripping scissor prism. The receptacle area (8TiSt over the

Edge surface (208) connected to the side surface (202). Figure 14 shows the dog excrement collecting device in the 2nd embodiment in the functional position. The surface (200) rests with the circular disc sector (200.1) of the surface (203), so that these two surfaces form a _(scissors, by the standing at an angle of 60 ° prism side surfaces (202,203) and through said disc sector (200.1) The opening of the receptacle (7-18) is connected with all three side surfaces (8.9 »10) with the respective side surfaces of the gripping scissor prism (200-203) through the edge surfaces (206-209) Scissor surfaces (200 and 203) the scissor hinge (220). The side surfaces (8,9,10) of the receptacle are triangular due to the adhesive surfaces (13-15)

- 8 - Clauss, Heermann, Asch

Ground connected. At the fold line (18) the dog excrement collecting device is for the purpose of flat folding folded. On the side surfaces

(201.202) of the grab scissors prism is one each Finger tab (214,217) attached to the connecting surfaces (213,215) or (216,218).

FIG. 15a shows a further form of the scissors joint

(220) in the functional position, with two rectangles (231,232) over the connecting surfaces (230,233) are attached to the scissor halves (200,203). These rectangles (231,232) form, folded into the inside of the prism, standing perpendicular to the scissor half and congruently connected, the Scissor joint (220).

FIG. 15b shows part of the development of the gripping scissor prism and the two rectangles (231,232), Via the connecting surfaces (230, 233) with the Surfaces (200.2,203.1) of the scissor halves (200, 205) connected, the scissor joint (Fig. 15a / 220) form.

FIG. 15c shows a further form of the scissors joint (220) in the functional position, with two incisions (200.3,203.2) each in the form of a "P" mirror-inverted to one another, in the scissor halves

(200.203) punched in and plugged into one another, dab Form scissors joint (220) *

FIG. 15d shows part of the development of the gripping scissor prism, the incisions (200.3, 203.2) being punched in mirror- ^{inverted fashion in the two scissor halves (200, 203) in the form of an 11 P ".}

FIG. 16 shows the dog excrement collecting device according to FIG. 12 and 13 in a flat folded form, the side surfaces (202 and 8), (210 and 10) folded onto one another are, while the side surfaces (200, 203 and 9) are folded into the interior of the gripping scissors prism are.

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Manufacturing

The flood waste collection devices can be made from rottbarera and therefore environmentally friendly material.

In the following the production; of the dog excrement collecting device in the example size 10 cm frame side length (10 device) are described (Figure 1).

According to the invention, a 45 cm long and 3 cm wide (= 0.3 times the frame side length) is used to produce the frame (1-6) Strips of solid material folded at intervals of 5 cm, 10 cm, 20 cm, 30 cm and 40 cm. At the fold (23 and 26) 3 mm wide and 6 mm deep locking slots (16, 17) cut out.

To make the receptacle (7-26) becomes moisture-proof Paper cut to the size 34 cm r 35 cm, im Distance of 2 cm, 12 cm, 22 cm and 32 cm folded and with the edge surfaces (20,21) connected to the outside of the frame. The bottom of the receptacle is an equilateral triangle (12) with an edge length of 10 cm, which is connected to the sides (8,9,10) via the edge surfaces (13, 14,15).

Another form of receptacle is the bottom tFig.5) manufactured in such a way that half of each side is connected to the adjacent half 1cm wide or that one end of the tube shape is welded. As a receptacle a 'conventional bag can also be used, the opening of which on the triangular frame (1-6) is folded to fit.

The stability of the unfolded frame (Fig.2) is ensured by Printing the surfaces 2 and 6 against each other and additionally by bending them the area 6 to 1 is reached. These three surfaces serve both as a handle (1, 2, 6) and as a fastening point for the clamping device (115) for guiding the dog waste collection device with stems (110-113). The receptacle should rest on the outside of the frame, and the adhesive surfaces (7, 11) should be connected double lying in order to achieve a reinforcement at the locking slots (16,17).

- 10 Clauss, Heermann, Asch

For the purpose of space-saving storage, the opened Dog excrement collecting device (FIG. 2) according to the invention can be completely folded up (FIG. 10/70) by (Fig. 2 and 7) which are not connected to the receptacle Frame side (5) is pulled out of the lock (17) and pressed onto the frame side (4). By folding in the loose Bag surface (10) along its center line (18) and the simultaneous pressing in or folding in of the base (12) run along the fold lines (18) into the interior of the receptacle the result is a flat, rectangular shape of the dog waste collection device it (Figure 7) ι which can now be folded even smaller if necessary (Leporello folding, Figure 8).

The packaging box (50-66) we '', made from cardboard Material in the dimensions 12.5 cm χ Ti cm in: distance of 1.5 cm, 5.5 ca, 7.0 cm and 11 cm folded and made into a box formed by gluing the surfaces 50 and 54 together. To the Fold lines (64,65) adjoin the folding flaps (55-58), each of which forms the closures of the box in which the device (70), which has been reduced in size by folding it with fanfolds, can be packaged.

The stalks (Fig. 11 / 110-113) to which the dog waste collection device or the spatula are clamped, can be designed to be pushed together (110) or foldable (111) and have an a handle on one end and a clamping device on the other (115), by means of which the dog excrement collecting device or the spatula (71) is clamped to a handle with spring force (114). The handle (Figure 11e) for the dog excrement collecting device guide can also consist of a walking stick-like, hollow hand support (112) exist, in which the second handle (113) for the spatula guide is retractable. The opened dog waste collection device (Figure 2) is attached to one at the bottom before use End of the hand rest screwable (Figure 12b) or clampable (Figure 12d) holding device clamped, the so it is attached that the hand rest (112) can also be loaded according to its function during the Koteinammeins.

The different handles (110-113) can be combined as required for the two functions of guiding the device and guiding the spatula.

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The Sviele are made of wood, metal, Fiberglass or other suitable materials.

Manufacture of a gripping scissors dog waste collection device in an example size of 10 cm (10 unit)

To produce the gripping scissor prism (! Figure 13) a rectangle made of cardboard-strong material with the dimensions 30 cm χ 20 cm, starting at the line (204.1), at a distance of 5 cm, 15 cm and 25 cm folded. The scissor surfaces (200,203) are on one side with buckets at an acute angle of about 25 ° to the folds (210 or 212) in the direction of the front edge (219) beveled (20 ^, 205). The bevel (205) is followed by a circular disk sector (200.1) of approx. 100 °, whose radius is 5 cm and whose center is 1 cm from the edge and 5 cm from the fold (210). His center (220) is also the pivot point (220) of the scissors. The receptacle is now spanned on the outside with d «m Grab scissors prism 1 cm wide on all three side surfaces connected via the connecting surfaces (206 ^ 209). This creates the joint between the two scissor surfaces (220). On the top two sides of the prism (201, 202) are parallel tabs (21 ^, 217) in the middle in the front third attached to the longitudinal axis with the connecting surfaces (213,215 or 216,218) so that the fingers of one hand are inserted can be. The same four floor types are used for the receptacles as for the device described first used.

The joint (FIGS. 15a, b) around the pivot point (220) can also consist of two connected rectangles (231, 232). A rectangle (231) is connected to the scissor half (200) via the connecting surface (230) and folded vertically into the interior of the prism, the other rectangle (232) is attached to the other scissor half (203) via the connections (233) so that it, inserted through the slot (23k) , can be congruently connected to the first rectangle (231).

There is another version of the joint (Fig.15c, d / 220)

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in the form of two "Ps" (200.2, 203.1), which are mirror images of each other in the two scissor halves (200, 203) are punched in the area of the pivot point (220) and can be plugged into one another for use, so that the undersides of the "P" arcs lie against one another and thereby form a joint that can withstand pressure and tension.

In order to be able to pack the device, the scissor surfaces (200, 203) are folded inwards (Figure 16>; To
The shrinking will also be the collapsed
Receiving container on a gripping scissor prism side
succeeded. The device then comes in a package
plugged.

The collecting containers should be made of corrosion-resistant and waterproof material (fiberglass, plastic, etc.)
and have an odor-proof lid.

Claims (1)

1 ·· • · Prau Dr. Gisela Clauß, Mainzer Str. 12, 1OCO Berlin 31 Mr. Peter Heermann, Bitscher = 3tr «. 4, 1000 Berlin 33 Mr. Werner Asch, Eisackstr. 38, 1000 Berlin 62 % EXPECTATIONS I 1. Device for removing dog excrement or other Sf debris, characterized by p a moisture-proof receptacle (7-26) that jv through a triangular, folding '' - lockable and lockable frames (1-6) with handle ■ (1,2,6) is kept open and again after use ι; can be closed (Figures 2 and 8). j | 2. Device according to claim 1 characterized f $ indicates that the receptacle is in its ■ Shape either as a prism (Figure 2, 3 »4) or as a conventional one Bag (Figure 5 / 33-37) or as a plastic tube '■ (Figure 6) formed iöt. 3 · Device according to claim 1-2 characterized by ,;, indicates that the receptacle is either has a triangular bottom (Figure 3) »or that each half of the adjacent sides connected to each other I den are (Figure 4 / 30,31,32), so that the bottom of the bag I takes the form of a drej:; cjcl? ± ren oterns (Figure 4)> ! ■ or that a plastic hose (Figure 6/39) is attached to a is closed at one end flat (Figure 6/38). - 2 Clauss, Heermann, Asch 4 ·. Device according to claims 1-3, characterized in that a narrow, solid material produced strip (1-6) both for the StaDilisierung the opening of the receptacle as a frame (3-5) as also serves as a handle (1, 2, 6) to guide the entire device, the frame part (3) with the receptacle side (8), the frame part (4) with the receptacle side (9) is firmly connected. and to lock its freely pivotable frame part (5) with the Locking slots (16,17) is provided. 5. Apparatus according to claim 1-4- characterized in that the strip (1-6) by folding at the intended folding lines (23-26) and by bringing the slots (16, 17) closer together to form an equilateral, hollow, Open prism is formed on both bases. 6. Apparatus according to claim 1-5, characterized in that the receiving container with two Surfaces (20,21) with the outside of the triangular frame (31 ^) is firmly connected. 7. Apparatus according to claim 1-6 characterized that the side (10) of the receptacle that is not connected to the runner is folded inwards is and that in this way the flat collapsible device (Figure 7) by Leporello folding (Figure 8,10) can be reduced in size like an accordion. 8. Device according to claim 1-7, characterized in that a frame outside (Fig.8 / ~ $) and a receiving container part surface (9 * 2) of the device each has a self-adhesive coating (4-0,41). 9. Device according to claim 1-8, characterized in that a box (50-66) for the folded device (70) as a packaging and when in use at the same time as a spatula (71 / serves (Figure 10 and 11b). - 3 -
Clauss, Heermann, Asch 10. Apparatus according to claim 1-9, characterized in that it is provided with a clamping device (Figure 12/115) can be clamped to a handle (110) (Figure 11a) and a second handle (110) for guidance of the spatula (Figure 11b) is provided. 11. Device according to claims 1-10 thereby marked « draws that either an angled holding device (116,119) with a clamping device (115) can be screwed (116, 117) or (Figure 11e / 12b) onto a hand rest (119) or a holding device (118) can be plugged onto the lower end of a hand rest (112) with a clamping device (115) is (Figure 12c). 12. Apparatus according to claim 1-11, characterized that either the stems (1-10 "-113) by pushing together (Figure 11c) or folding (Figure 11d) can be shortened or that the handle for the dog excrement pick-up device as a cane-like, hollow Hand rest (112) is designed, into which the second handle (113) for the spatula guide can be inserted. 13 · Device according to claims 1-12, characterized in that the receptacle is held open by a hollow prism (FIG. 14) connected to it made of solid material the two triangular bases of which are open and the lower side as scissors (200,203, 220) is formed. 14. Apparatus according to claim 1-13, characterized in that the two halves of the lower side of the front prism part are bevelled open to the front (204,205), in order to be able to close the device at the front during the gripping movement. -K- Clauss, Heermann, Asch> · 15. Apparatus according to claim 1-14 characterized g e k e η η- fe indicates that j§§ the receptacle on the adhesive surfaces (206 ^ 209) with is connected to the prism, so that a pivot point (220) is created at the connection point with the scissor halves, by expanding the inner side (200 of a scissor half in the form of a quarter disc (200.1) is stabilized (Figure 14-). 16. Device according to claim 1-15, characterized in that that a rectangular area (Figure 15a, b / 231,232) on each of the two Scissor halves (200, 203) form the scissor and folding joint (220) by being folded into the interior of the prism, perpendicular standing to the scissor surface, are congruently connected. 17. Device according to claim I-I6, characterized in that that the joint (Fig. 15c, d) is also ^{punched in the shape of an 11} P ", mirror images of one another, in each of the two halves of the cut lower side of the prism near the joint point (220). 18. Device according to claim 1-1? characterized, that on the bexden side surfaces (Fig. 13,16 / 201,202) parallel zi Longitudinal axis of the prism in the front area each have a finger tab (214-, 217) with the connecting surfaces (213, 215 or 216, 218) is attached to carry out the gripping and shearing movement. 19. Apparatus according to claim 1-18, characterized that it can be made from environmentally friendly and / or rotable material.