UA28148U - Cigarette case - Google Patents

Abstract

A cigarette case contains two shutters connected between each other in such a manner as to allow rotating to and fro relative to an attachment point, a fixing lock, a cigarette (a mouthpiece cigarette) ejector, a push bar, an element of ejector activation, a guide for the push bar, a counter spring, a cigarette (a mouthpiece cigarette) feeder and a spring of the feeder. In doing so in one of the side walls of one of the shutters an opening for outcome of the cigarette (the mouthpiece cigarette) from the inner hollow of the cigarette case is made.

Description

Description of the invention

The utility model refers to the field of satisfying human life needs, in particular, to smoking 2 accessories, namely, to cigarette cases intended for storing cigarettes or cigarettes.

A known device for storing cigarettes, comprising a housing with cigarettes placed therein, and a gasket, the housing being rectangular in cross-section along both the longitudinal axis and the other two axes, the housing being made of two parts connected between themselves with a rotation relative to each other with respect to the docking point, the cigarettes are placed inside the housing next to each other parallel to each other and with 70 contact with each other along the length of the cigarette, the cigarettes are placed inside the housing so that their filters are directed to the side of the part of said housing that folds away, a gasket placed inside the housing between the inner walls of the housing and cigarettes, and the housing is made of either paper or cardboard, the gasket is made of paper with a layer of aluminum applied to one side (11.

The disadvantages of the known device for storing cigarettes include the fact that the cleanliness of the cigarette 12 is not ensured when the smoker removes it from the case with the smoker's hand, while the smoker touches the filter with his hand, which will then be in the mouth and can introduce an infection into the mouth.

The closest technical solution, both in essence and in terms of the tasks to be solved, which was chosen as the closest analogue, is a cigarette case containing two leaves connected to each other with the possibility of turning in different directions relative to the fastening unit, a locking lock, installed with the possibility of fixing the flaps relative to each other in the closed position of the cigarette case, and cigarettes/cigarettes located inside the flap parallel to each other and in contact with each other along the length, while each of the flaps is made in the form of a rectangular plate with side walls, lock-latch installed on the side walls of the sash, the sashes and the lock-lock are made of metal or alloys, or any other natural or artificial materials, the sashes are made either smooth or with a relief drawing/inscription, the sashes are made either transparent or opaque, or any degree of transparency is less than 10095, the side walls of the sashes are made either the same length or with different ones, and in the case of making the side walls flaps of different lengths, cigarettes/cigarettes are placed perpendicularly with their longitudinal axis to the plane of the wall, which is made in length longer than the other (21.

The disadvantages of the well-known cigarette case, chosen as the closest analogue, include the fact that the freshness of the cigarette is not ensured when the smoker removes it from the case with the smoker's hand, while the smoker touches the filter with his hand, which "And after that will be in the mouth, which can lead to leaving germs in the mouth when in contact with a contaminated part of a cigarette/cigarette. --

The basis of the useful model is the task, by changing the design of the cigarette case, to ensure the mechanical delivery of a cigarette/cigarette to the smoker's mouth without touching it with his hand, and at the same time to ensure the cleanliness of that part

From the cigarette/cigarette that will be in the smoker's mouth. with

The essence of a useful model is a cigarette case, which contains two flaps connected to each other with the possibility of turning in different directions relative to the fastening node, a locking lock installed with the possibility of fixing the flaps relative to each other when the cigarette case is closed, and cigarettes / cigarettes located inside the sash "parallel to each other with contact with each other along the length, while each of the sashes is made in the form of C 50 rectangular plate with side walls, the latch-lock is installed on the side walls of the sash, the sashes and the latch-lock are made of either metal or alloys, or any other natural or artificial materials, with" the sashes are made either smooth or with a relief drawing/inscription, the sashes are made either transparent or opaque, or any degree of transparency less than 10095, the side walls of the sashes are made or the same in length, or different, and in the case of making the side walls of the flaps different in length, cigarettes/cigarettes are located perpendicular to their longitudinal axis to the plane of the wall, which is made o in length longer than the other, is that it additionally contains a cigarette/cigarette pusher, a pusher, a pusher actuation element, a pusher guide, a return spring, a cigarette/cigarette feeder and feeder spring. The essence of the useful model is that in one of the side walls of one of the flaps there is a hole for the exit of a cigarette/cigarette from the inner cavity of the cigarette case, the hole for the exit of 20 cigarettes/cigarettes from the inner cavity of the cigarette case is made in the area of the junction of the side walls flaps, the ejector actuating element is located on the outer surface of the side wall of the flap with the possibility of moving along it to the side of the mentioned opening for the exit of the cigarette/cigarette from the internal cavity of the cigarette case, on which the opening for the exit of the cigarette/cigarette from the internal cavity of the cigarette case is made, the pusher is made in the form of an elastic element of a flat, round or any other cross-sectional shape, the pusher 25 is connected at one end to the actuating element of the pusher, and at the other - to the pusher, said pusher is placed in the guide, the outer surfaces of the walls of the guide are guides for the cigarette/cigarette feeder and the feeder spring, the return spring is placed in the inner hollow i.e. a cigarette case with one end resting on the inner surface of the side wall of the sash, and the other - on the ejector actuation element.

The essence of the useful model also lies in the fact that the cigarettes/cigarettes are placed on the supplied side 60 from the hole made on the side wall of the sash, the guide is made of a flat shape or a box structure, and the hole for the exit of the cigarette/cigarettes from the inner cavity of the cigarette case is made or round or square in plan, the supplied cigarette/cigarettes are provided with a stopper, the ejector actuating element is provided with a plate that covers the opening for the cigarette/cigarette to exit the inner cavity of the cigarette case in the static position of the indicated ejector actuating element, the guide is equipped with because the travel limiter of the cigarette/cigarette feeder and the feeder retainer are in their lower position with the feeder spring compressed, and the element for removing the cigarette/cigarette feeder from the retainer is attached to the flap in which the opening for the cigarette/cigarette exit from the inner cavity of the cigarette case is not made.

A comparative analysis of the technical solution with the closest analogue allows us to conclude that the claimed cigarette case differs in that it additionally contains a cigarette/cigarette pusher, a pusher, an pusher actuation element, a pusher guide, a return spring, a cigarette feeder /cigarette and feeder spring, while one of the side walls of one of the flaps has a hole for the exit of a cigarette/cigarette from the inner cavity of the cigarette case, the hole for the exit of a cigarette/cigarette from the inner cavity of the cigarette case is made in the area of the junction of the side walls of the flap, element 7/0 actuation of the ejector is located on the outer surface of the side wall of the flap with the possibility of moving along it to the side from the mentioned opening for the exit of the cigarette/cigarette from the internal cavity of the cigarette case, on which the opening for the exit of the cigarette/cigarette from the internal cavity of the cigarette case is made, the pusher is made in the form of an elastic element flat, round or any other shape in po in cross-section, the pusher is connected at one end to the actuating element of the ejector, and at the other end to the ejector, said /5 pusher is located in the guide, the outer surfaces of the walls of the guide are guides for the cigarette/cigarette feeder and the feeder spring, the return spring is located in the inner the cavity of the cigarette case with one end resting on the inner surface of the side wall of the leaf, and the other - on the element of actuating the ejector, and the cigarettes/cigarettes are placed on the side of the opening made on the side wall of the leaf, the guide is made of a flat shape or a box design , and the opening for the exit of a cigarette/cigarette from 2 o The inner cavity of the cigarette case is either round or square in plan, the cigarette/cigarette feeder is equipped with a stopper, the ejector actuation element is supplied with a plate covering the opening for the exit of a cigarette/cigarette from the inner cavity cigarette case with the static position of the specified actuation element higher the mouthpiece, on the guide there is a limiter for the movement of the cigarette/cigarette feeder and a retainer of the feeder in its lower position when the feeder spring is compressed, and on the leaf, in which there is no opening for the cigarette/cigarette to exit the inner cavity of the cigarette case, an element for removing the cigarette/cigarette feeder is fixed from the fixator. t

The essence of the useful model is explained with the help of illustrations, where Fig. 1 shows the appearance of the cigarette case, which is claimed, with the flaps open (to show the structural elements located in the inner cavity of the cigarette case), Fig. 2 shows the structural and layout diagram of the cigarette case, which It is claimed that Fig. 3-4 shows variants of the design of the cigarette case according to the dimensions of its sides, on

Fig. 5 shows a diagram of the location of cigarettes/cigarettes relative to the side of the flap, Fig. b shows a diagram of the location of the hole on the side wall of the flap, Fig. 7 shows a diagram of the movement of the actuation element "- pusher" relative to the hole located on the side wall sashes, Fig. 8-9 shows variants of the design of the guide, Fig. 10 shows the variant of the hole located on the side wall of the sash, Fig. 11 shows the variant of the constructive placement of the plate covering the hole, which is located on the side the wall of the sash, on the actuating element of the ejector, Fig. 12 shows a diagram of the connection into a single structure of the actuating element of the ejector, the pusher, the indicated ejector and the plate that closes the opening, which is located on the side wall of the sash, in Fig. 13 -14 shows options for the design of the feeder, Fig. 15-18 shows the stages of engagement of the stopper placed on the "feeder" to the latch placed on the guide, Fig. 19-22 shows the stages of removing the stopper from the retainer using the element for removing the stopper from the cigarette/cigarette feeder. . The cigarette case (as a design variant - see Fig. 1) contains two flaps (items 71 and 2), and? connected to each other with the possibility of turning in different directions relative to the attachment unit C, the locking lock 4, installed with the possibility of fixing the flaps (positions 1 and 2) relative to each other when the cigarette case is closed, and cigarettes/cigarettes 5, located inside the flap 1 parallel to each other with contact with each other along the length of the cigarette/cigarette 5 (see Fig. 1-2). Structurally, each of the sashes (positions 1 and 2) is made in the form of a rectangular plate 6 with side walls 7 and 8. The locking lock 4 is installed on the side walls 8 of sash 1 (see Fig. 1-2). The doors (positions 1 and 2) and lock-lock 4 are made of metal or alloys, or of any other natural or artificial materials. The seats (items 1 and 2) are made either smooth or with a relief drawing/inscription. The mentioned sashes (items 7 and 2) are made either transparent or opaque, or of any degree of transparency less than 10095. The side walls (items 7 and 8) of the sashes (items 1 and 2) are made either the same in length and 4-1 . (see Fig. 3), or different ones (see Fig. 4). Structurally, if the side walls (positions 7 and 8) of the sashes (positions 1 and 2) are made of different lengths (I "I 25), the cigarettes/cigarettes 5 are located perpendicularly with their longitudinal axis 9 to the plane OS) of the wall 8, which is made along the length 12 times larger than the other, made with a length of 1! (see Fig. 5). The cigarette case structurally additionally contains a pusher 10 for cigarettes/cigarettes 5, a pusher 11, an element 12 for actuating the pusher 10, a guide 13s for the pusher 11, a return spring 14, a feeder 15 for cigarettes/cigarettes 5 and a feeder spring 16. Structurally and technologically, in one of the side walls 8 of one of the flaps 1, an opening 17 is made for the exit of a cigarette/cigarette 5 from the inner cavity of the cigarette case (see Fig. 1-2). The opening 17 for the exit of a cigarette/cigarette 5 from the inner cavity of the cigarette case is made in the area of the junction of the side walls (positions 7 and 8) of one of the flaps (see Fig. 1-4 and

Fig. 6). The element 12 of actuating the ejector 10 is placed on the outer surface of the side wall 8 of the leaf 1 with the possibility of moving along it to the side of the mentioned hole 17 for the exit of the cigarette/cigarette 5 from the inner cavity of the cigarette case (see Fig. 7), on which the hole 17 is made, which is intended for the exit of the cigarette/cigarette 5 from the inner cavity of the cigarette case. The pusher 11 is structurally made in the form of an elastic element 65 of a flat, round or any other shape in cross-section. The pusher 11 is connected at one end to the element 12 of actuating the ejector 10, and at the other end to the ejector 10 (see Fig. 1-2). The mentioned pusher

11 is placed in the guide 13 (see Fig. 1-2). The outer surfaces 18 of the walls 19 of the guide 13 are guides for the feeder 15 of cigarettes/cigarettes 5 and the spring 14 of the feeder (see Fig. 1-2). The return spring 14 is placed in the inner cavity of the cigarette case, with one end resting on the inner surface of the side wall 7 of the leaf 1, and the other 7 on the element 12 of actuating the ejector 10 (see Fig. 2). Cigarettes/cigarettes 5 are placed on the feeder 15 with their beginning 20 away from the opening 17, which is made on the side wall 8 of the flap 1 (see Fig. 1-2 and Fig. 5).

The guide 13 is made of either a flat shape (see Fig. 8) or a box design (see Fig. 9). The hole 17 for exiting the cigarette/cigarette 5 from the inner cavity of the cigarette case is either round or square in plan (see Fig. 10). The element 12 of actuating the pusher 10 is provided with a plate 21 covering the opening 17 for the exit of the cigarette/cigarette 5 from the inner cavity of the cigarette case in the static position of the specified element 12 of driving the pusher (when the return spring 14 supports the element 12) (see

Fig. 1-2 and Fig. 11). A stopper 22 is made on the feeder 15 of cigarettes/cigarettes 5 (see Fig. 1-2 and Fig. 13-14).

Structurally, the guide 13 has a limiter 23 of the stroke of the feeder 15 of cigarettes/cigarettes 5 (see Fig. 1-2 and

Fig. 8-9) and the retainer 24 of the feeder 15 in its lower position when the spring 16 of the feeder is compressed. On the leaf 2, 75. 8, which does not make the hole 17 for the exit of the cigarette/cigarette 5 from the inner cavity of the cigarette case, an element 25 for removing the stopper 22 of the feeder 15 of cigarettes/cigarettes from the retainer 24 is fixed (see Fig. 1).

The cigar case is used as follows.

Constructive elements (positions 1-2 (and positions b, 7 and 8), Z, 4, 10-16)) of the cigarette case are pre-made. A tobacco factory produces cigarettes or cigarettes (item 5), which will be placed in 20 cigarette cases.

Doors 1 and 2 are made in the form of a rectangular plate 6 with side walls 7 and 8, where the specified walls 7 and 8 are installed perpendicular to the specified plate b (see Fig. 1 and Fig. 3-7). At the same time, in the process of manufacturing sash 1, a hole 17 is made in it (the specified hole 17 is made either round (see Fig. 1-4 and

Fig. 6-7), or square in plan (see Fig. 10), and the opening 17, which is intended for the exit of cigarettes/cigarettes 5 from the inner cavity of the cigarette case, is made in the area of the junction of the side walls (positions 7 and 8) one of the flaps, for example, flap 1 (see Fig. 1-4 and Fig. b). Also, on the element 12, which is intended for actuating the ejector 10, a plate 21 is rigidly fixed, which will cover the opening 17 for the exit of the cigarette/cigarette 5 from the inner cavity of the cigarette case in the static position of the specified element 12 for actuating the ejector (when the return spring 14 supports element 12) (see Fig. 1-2 and Fig. 11). со 30 Pusher 11 is structurally made in the form of an elastic element of a flat, round or any other shape in the cross section. The guide 13 is made of either a flat shape (see Fig. 8) or a box design (see -

Fig. 9). Structurally, the stopper 22 is used on the cigarette/cigarette 5 dispenser 15 (see Fig. 1-2 and Fig. 13-14). --

Structurally, the limiter 23 of the stroke of the feeder 15 of cigarettes/cigarettes 5 is performed on the guide 13 (see Fig. 1-2 and

Fig. 8-9) and the retainer 24 of the feeder 15 in its lower position when the spring 16 of the feeder is compressed. On the leaf 2, which does not have a hole 17 for the exit of a cigarette/cigarette 5 from the inner cavity of the cigarette case, an element 25 for removing the stopper 22 of the feeder 15 of cigarettes/cigarettes from the retainer 24 is fixed (see Fig. 1). The pusher 11 is also rigidly fixed to the element 12, which is intended to actuate the pusher 10, and the pusher 10 of cigarettes/cigarettes 5 is rigidly fixed to the free end of the specified pusher 11 (see Fig. 12). The feeder 15 is made, as a variant of the design, either U-shaped (see Fig. 13) or box-shaped 40 Construction with one closed (position 26) and the other open (position 27) end parts (see Fig. 14 ) with c (with the fixed stopper 22).

Next, a cigarette case is assembled from the manufactured structural elements. For this, sashes 1 and 2 are fixed between ;" themselves with the help of the fastening unit C, while the sashes 1 and 2 are fastened together so that they have the possibility of turning in different directions relative to the fastening unit C (see Fig. 1). Next, on the leaves 1 and 2 45, the corresponding structural elements of the latch-lock 4 are fixed. After that, in the inner cavity of the leaf 1 ko (on the side wall 8 of which the hole 17 is made), the guide 13 is placed and fixed accordingly, and after fixing the specified guide 13, in the gap between its wall 19 and wall 7 of the sash 1, a pusher 11 is inserted with an element 12 and a pusher 10 attached to it (see Fig. 1-2). At the same time, the element 12, which is intended to actuate the ejector 10, is placed on the wall 8 with the possibility of movement along this wall in the direction 50 from the opening 17. Next, a return spring is inserted into the gap between the wall 19 of the guide 13 and the side wall 8 of the sash 1 14, while the specified return spring 14 is placed in the inner cavity of the cigarette case with a stop with one end in the inner surface of the side wall 7 of the flap 1, and the other - in the element 12 of actuating the ejector 10 (see Fig. 2).

At the end of the above-mentioned technological operations, the cigarette holder 15/cigarettes 5 is inserted into the inner cavity of the cigarette case (for which the outer surfaces 18 of the walls 19 of the guide 13 are their own guides).

After installing the feeder 15, install the spring 16 of the feeder, while the spring 16 is installed so that one end of it contacts the outer surface 18 of the walls 19 of the guide 13, and the other - with the indicated feeder 15 on its inner surface 28 (see Fig. 1 -2 and Fig. 13-14).

Next, fill the inner cavity of the cigarette case with cigarettes/cigarettes 5, for this purpose, with the finger of the hand, the feeder 15 is moved down (to the side of the opening 17), while compressing the spring 16, until the moment when the stopper 22 engages with the latch 24 (see Fig. 15- 18). Cigarettes/cigarettes 5 are placed on the upper surface 29 of the feeder 15, while the cigarettes/cigarettes 5 are placed inside the flap 1 parallel to each other with contact with each other along the length of the cigarette/cigarette 5, and the cigarettes/cigarettes 5 are placed on the upper surface 29 of the feeder with their beginning 20 away from the opening 17, made on the side wall 8 of the leaf 71 (see Fig. 1-2 and Fig. 5). 65 Cigarettes/cigarettes 5 are stacked in such a way that the smoker takes them with his fingers by the middle or by the front part (position 20), which is not placed in the mouth, and thus the part of the cigarette/cigarette 5 that is taken in the mouth is not contaminated with fingers smoker when equipping a cigarette case.

After filling the inner cavity of the cigarette case with cigarettes/cigarettes 5, the second flap 2 is closed, while the locking lock 4 is activated, which fixes both flaps (positions 1 and 2) from opening, and element 25

Removing the stopper 22 of the feeder 15 of cigarettes/cigarettes from the latch 24 presses on the specified stopper 22 and removes (resets) the stopper 22 from the latch 24 (see Fig. 19-22), thereby releasing the spring 16 and the feeder 15.

Under the action of the spring 16, the feeder 15 supplies cigarettes/cigarettes 5 to the ejector 10. At the same time, the design elements of the cigarette case (namely, positions 10 and 7) are located so that the uppermost cigarette/cigarette 5 in the block is pressed against the inner surface of the wall 7 of the leaf 1 and at the same time, located opposite the hole 17 (which at this /p0 moment is closed by the plate 21, because the element 12 under the action of the pressure of the return spring 14 is located in the direction of the specified hole 17) (see Fig. 1-2).

To extract a cigarette/cigarette 5 from the inner cavity of the cigarette case, the smoker presses the element 12 with his finger and moves it along the wall 8 to the side of the hole 17, while compressing the return spring 14. When moving the element 12 to the side of the hole 17, the specified element 12 by with the help of the elastic pusher 11 (which is located in the guide 13) will simultaneously move the pusher 10 towards the beginning (position 20) of the upper cigarette/cigarette 5 in the block (which is placed on the feeder 15 with its beginning 20 away from the hole 17 made on the side wall 8 flaps 1 (see Fig. 1-2 and Fig. 5). When the ejector 10 moves towards the beginning (position 20) of the upper cigarette/cigarette 5 block, the opening 17 will be opened at the same time - by moving the plate 21 (which is rigidly fixed to element 12) together with the specified element 12 to the side of the specified hole 17.

The ejector 10 will press on the beginning (position 20) of the upper cigarette/cigarette 5 in the block and push it out of the hole 17 by the amount of the stroke of the element 12 along the wall 8 of the leaf 1.

Without removing the pressure from the element 12 and keeping it in the lowest position relative to the opening 17, the smoker completely removes the cigarette/cigarette 5 protruding from the opening 17 with his lips. After that, the smoker releases the element 12 and it moves towards the opening 17 under the action of the return spring 14. this element 12 will pull the pusher 11 and the ejector 10 rigidly connected to it, which returns to its original position (beyond the plane of the beginning (position 20) of the new upper cigarette/cigarette 5 in the block). At the same time, the plate 21 covers the opening 17, preventing foreign objects (for example, dust, crumbs) from entering the inner cavity of the cigarette case, and the feeder 15, under the action of the spring 16, feeds the next cigarette/cigarette to the ejector 10 (pressing it against the inner surface of the wall 7 of the flap 1) . So So To get the next cigarette/5 cigarettes, the set of actions is repeated as described above.

After the end of cigarettes/cigarettes 5, their supply is replenished by opening flaps 1 and 2, using lock-lock 4 for this purpose. Filling the inner cavity of the cigarette case with new cigarettes/cigarettes 5" is carried out as described above.

The increase in the efficiency of the application of the claimed cigarette case, in comparison with the prototype, is achieved by the fact that by mechanical delivery of the cigarette/cigarette, the cleanliness of the use of that part of the specified cigarette/cigarette, which is taken by the smoker in the mouth, is ensured.

Sources of information 1. "TELE-NEDELYA" magazine (Kyiv edition), Mo3Z0O (July 23-July 29, 2007), page 7 - analog. 2. A.S. Lantushenko, E.A. Volnova "Smoking accessories: history of origin and development", Mzdatelstvo "Nauka", St. Petersburg, 2007, Section 4. "Cigar case", pp. 64-96, pp. 102-122 (fig. 4.6) - tv) p. prototype.

Claims (5)

;" The formula of the invention, , o, , c, , with 1. A cigarette case containing two flaps connected to each other with the possibility of turning in different directions relative to the fastening unit, a locking lock installed with the possibility of fixing the flaps relative to each other in the closed position of the cigarette case, and cigarettes/cigarettes located inside the sashes are parallel to each other with - contact with each other along the length, while each of the sashes is made in the form of a rectangular plate with side walls, the locking lock is installed on the side walls of the sash, the sashes and the locking lock are made of either metal or alloys, or any other natural or artificial materials, the sashes are made either smooth or "with the application of a relief drawing/inscription, the sashes are made either transparent or opaque, or any degree of transparency less than 10090, the side walls of the sashes are made or the same length , or different, and in the case of making the side walls of the flaps different in length, cigarettes/cigarettes are located perpendicular to their longitudinal axis to the plane of the wall, which is made in length longer than the other, which is distinguished by the fact that it additionally contains a cigarette/cigarette pusher, a pusher, an pusher actuation element, a pusher guide, a return spring, a cigarette/cigarette pusher and a feeder spring, while in this case, in one of the side walls of one of the flaps, a hole is made for the exit of a cigarette/cigarette from the inner cavity of the cigarette case, the hole for the exit of a cigarette/cigarette from the inner cavity of the cigarette case is made in the area of the junction of the side walls of the flap, the ejector actuation element is located on the outer surface of the side the wall of the flap with the possibility of moving along it to the side of the mentioned hole for the exit of the cigarette/cigarette from the internal cavity of the cigarette case, on which the hole for the exit of the cigarette/cigarette from the internal cavity of the cigarette case is made, the pusher is made in the form of an elastic element of flat, round or any other shape in cross-section, the pusher is connected at one end to the actuating element of the height pusher, and 65 others with an ejector, said pusher is located in a guide, the outer surfaces of the walls of the guide are guides for the cigarette/cigarette feeder and the feeder spring, the return spring is located in the inner cavity of the cigarette case with a stop at one end against the inner surface of the side wall of the sash, and with the other - in the pusher actuation element, and the cigarettes/cigarettes are placed on the feeder with their beginnings away from the opening made on the side wall of the sash, the guide is flat or box-shaped, and the opening for the cigarette/cigarettes to exit the inner cavity of the cigarette case is either round , or square in plan. 2. Cigarette case according to claim 1, which differs in that the cigarette/cigarette dispenser is equipped with a stopper. C. A cigarette case according to claim 1, characterized in that the ejector actuation element is provided with a plate covering the opening for exiting the cigarette/cigarette from the interior cavity of the cigarette case at 7/0 static position of said ejector actuation element. 4. Cigarette holder according to claim 1, which is characterized by the fact that the guide is equipped with a stroke limiter for the supplied cigarette/cigarettes and a feeder lock in its lower position when the feeder spring is compressed. 5. Cigarette case according to claim 1, which differs in that the element for removing the cigarette/cigarette feeder from the 7/5 latch is fixed on the flap, in which the opening for the exit of the cigarette/cigarettes from the internal cavity of the cigarette case is not made. that 2 (ee) " "- (ee) p - and? ime) (ee) - sh» IR e) 60 b5