OBJECT WITH FORWARD AND SUBSEQUENT LATERAL DISPLACEMENT OF FORWARD MOVABLE SURFACES

Abstract: The object with forward and subsequent lateral displacement of forward movable surfaces, particularly a display case, cabinet, door, consists of mutually forward movable surfaces (6) and at least one load-bearing frame (1) comprising a linear compact assembly (2) consisting of the principal structural section (3) and at least two mutually forward movable bearing sections (5) firmly connected with the mutually forward movable surfaces (6) and action elements (4). In every bearing section (5) there is a mobile element (51) mounted movably on a guide gib (41) of the action element (4) mounted in the principal structural section (3). The movement of the action element (4) is limited by two stops (32 and 33) provided in the principal structural section (3). The mobile element (51) of the bearing section (5) rolls to advance along the guide gib (41) of the action element (4) which may consist in a lever rocking in a seat (38) provided in the principal structural section (3) or a sliding rider travelling between two stops (32 and 33). The mobile element (51) consists to advantage of at least one travel wheel (511) installed between two side plates (512) fastened in the bearing section (5) by means of two flat springs (513). The free part of the forward movable surface (6), in the "closed" position, is mounted between juxtaposed surfaces (81 and 82) of the principal closing section (8) forming part of the object (0) of which also the forward movable surfaces (6) form part. In the principal structural section (3) there is a compression spring (37). The principal structural section (3) may be provided with grooves for the installation of the mechanisms for the suspension of shelves, lighting and the connection of supplementary display case elements.

Description: Object with forward and subsequent lateral displacement of forward movabl surfaces Field of Technology The invention concerns the objects with forward and subsequent lateral displacement of forward movable surfaces, particularly display cases, cabinets and doors, the common 10 opening characteristic of which is the combination of the forward displacement of the surface closing the volume of the object with the subsequent movement of this surface to any side . Present State of Technology The objects with forward moving doors, the lower and upper parts of which are provided with a tipping or forward moving mechanism enabling the forward movement of the forward movable doors to guide rails and thus also their subsequent lateral movement, are known. This arrangement is used in forward moving doors of e.g. rail -bound and other vehicles. The arrangement of forward moving and guiding mechanism in the lower and the upper parts of forward movable doors appears as a disadvantage in some applications of forward movable doors. The cumbersome character of this design manifests itself markedly e.g. in the applications of forward movable doors to display cases or similar applications in furniture industry. Gist of the Invention The disadvantages of the above mentioned arrangement are eliminated by the object with forward and subsequent lateral displacement of forward movable surfaces, particularly in display cases, cabinets and doors, the gist of which consists in that it consists of mutually forward movable surfaces and at least one structural frame, comprizing a linear compact assembly consisting of the principal structural section and at least two mutually forward movable bearing sections firmly jointed with mutually forward movable surfaces and action elements. In every bearing section there is a mobile element movably mounted on a guide gib of the action element mounted in the principal structural section. The movement of the action element is limited by two stops provided in the principal structural section. The bearing section is further provided with a guideway. In the "closed" position the action element is in contact with the first stop, in the "open" position the action element is in contact with the second stop and the mobile element of the bearing section is in a position enabling its motion along the guideway of the adjacent bearing section. The adjacent bearing section is mounted movebly in the principal structural section via the adjacent action element. The bearing section is provided with the first contact surface which, in the "closed" position, is in contact with the second contact surface provided in the principal structural section. The first contact surface may consist in a projection and the second contact surface in a recess or vice versa. To advantage the bearing section is provided with a projection which is in contact with the recess in the principal structural section in the "closed" position. The mobile element of the bearing section is mounted to advantage so as to roll along the guide gib of the action element which consists in a lever rocking in a seat in the principal structural section. The mobile element consists to advantage of at least one travel wheel mounted in two side plates fixed in the bearing section by two flat springs. The mobile element mounted in the bearing section may be a roller (pulley) . The guideway and the guide gib are of cyl indrical shape to advantage. The action element, which is provided with a guide gib, may slide in the principal structural section between two stops. The forward movable surface firmly fixed with the bearing section may b suspended or may be fi mly fixed with the bearing section from below or may move in horizontal position . All possible position may be combined in one object. In case of the suspended forward movable surface the guideway is provided to advantage in the bearing section opposite the firm jointing of the forward movable surface with the bearing section, while the centre of the guide gib, after the motion of the action element from the first stop in the "closed" position to the second stop in the "open" position, aligns with the centre of the guideway provided in the bearing section in the "closed" position or with the centre of the guideway provided in the adjacent bearing section. The shape of the soffit surface of this principal structural section follows the trajectory of the end part of the bearing section provided with an ancillary roller (pulley) during this motion. In the end part of the bearing section there is a stabilizing element which is in contact with the internal stabilizing surface of the principal structural section during this motion. The stabilizing element in the end part of the bearing section consists to advantage in a roller (pulley) or a ball bearing. Near the lower fastening of the forward movable surface the bearing section is provided with a stabilizing element which is, in the "open" position, in contact with the stabilizing surface of e.g. U shape in the adjacent bearing section which is in the "closed" position. The free part of the forward movable surface is fitted, in the "closed" position, between the juxtaposed surfaces of the principal closing section forming part of the object, of which the forward movable surfaces form part. The free part of the forward movable surface may be provided also with a trimming section. In the principal structural section there is a compression spring. The principal structural section contains the grooves for the installation of the mechanisms for the suspension of shelves, l ighting, and the connection of supplementary display case elements. The bearing section contains the locking mechanism. The object according to the invention enables the forward displacement of the surface and its lateral movement. At the same time is secures continuously the surface during its forward motion in vertical or horizontal position. The forward displacement proper and the lateral movement of the surface is assured by a single element, viz. the linear compact assembly. The forward displacement and subseguint lateral movement do not require any other handling elements or guideways for the displacement of the surfaces. The invention enables easy interchangeability of individual surfaces. The linear compact assembly may be used for the lower or the upper fastening of the surface for its motion in vertical position or for its motion in horizontal position. It enables the creation of a cabinet or a glass display case in which the linear compact assembly will form part of the upper or lower frame or an integral upper or lower structural frame . Thanks to the adaquate kinematic characteristics of its closing mechanism (the sealing pressure force is due to the weight of the surfaces) the object is dustproof and/or steamproof . Opening and closing of the object space by means of forward movable surfaces is easy and fast. The size of the surfaces is practically unlimited, their opening does not impose any further space requirements. During the opening of one surface the weight of the whole display case incl . exhibits is sustained by adjacent surfaces. Their transport, dismantl ing and assembly are very simple. The r individual parts are easily interchangeable. The object can be mounted on a pedestal or suspended . Brief Description of Figures Fig. 1 shows the cross section of the linear compact assembly 2. τor T-he suspended surfaces 6_ and the anchorage and locking of * the suspended surfaces 6_ to the base. Fig. 2 shows the cross section of the universal compact assembly 2 which enables the opening and the lateral movement of several surfaces, placed in several rows, simul aneously. Fig. 3 shows the cross section of the universal compact assembly 2 for the horizontal displacement of the forward movable surface 6_ . Fig. 4 shows the cross section of the l inear compact assembly 2 for the lower fastening of the forward movable surface 6_ . Fig. 5 shows an all-glass cabinet - Display case with upper travel/ basic module - mounted on a base. Fig. 6 shows an all-glass cabinet - Display case with upper travel/ modular series - mounted on a base. Fig. 7 shows an all -glass cabinet - Display case with upper travel/ Large space type - mounted on a base. Fig 8 and 9 show an all-glass cabinet - Display case with lower travel /Large space type - mounted on a base. Fig. 10 shows an all -glass cabinet - Display case with upper travel /Double type - mounted on the floor. Fig. 11 shows an all-glass cabinet - Display case with lower travel and opening pedestal /Combined - mounted on a base. Fig. 12 shows an all-glass cabinet - Display case, angular/ wall -mounted - suspended on a wall . Fig. 13 shows an all -glass cabinet - Display case, angular/ Single-sided - suspended on the wall and mounted on a base. Fig. 14 shows an all-glass cabinet - Display case with upper travel - suspended on a secondary support system. Fig. 15 and 16 show a single-sided glass wall - Display case with upper travel /Vail type/ Display case wall/, located in a niche and mounted on a base. Fig. 17 shows the details of a display case with upper travel with a glass base. Fig. 18 shows the details of a display case with upper travel , suspended on a secondary support system. Fig. 19 shows the details of a display case with upper travel , double type. Fig. 20 shows the details of a display case with upper and lower travel , combined type. Exa υle 1 Fig. 1 shows the cross section of the linear compact assembly 2 for suspended surfaces 6_ and the anchorage and locking of the suspended surfaces 6. to the base. The linear compact assembly 2 consists of the principal structural section 3 . and at least two mutually forward movable bearing section 5_ firmly connected with the mutual ly forward movable surfaces 6_ , and action elements 4 , . ln every bearing section 5_ there is a mobile element 5_1 mounted movably on a guide gib 4J_ of the action element 4, placed within the principal structural element 3_. The movement of action element 4_ is limited by two stops 3_2 and 33 provided in the principal structural section 3_. The bearing section 5_ is further provided with the guideway 52. The guideway 5_2 and the guide gib 4J,. are cylindrical. In the "closed" position the action element 4 is in contact with the first stop 3_2, in the "open" position the action element 4_ is in contact with the second stop 3_3_ and the mobi le element 5_j_ of the bearing section 5 . is in the position enabling ts movement along the guideway 5.2 of the adjacent bearing section 5_. The adjacent bearing section 5_ is provided with mobile mounting in the principal structural section 3_ via the adjacent action element 4_ . The mobile element 5_1_ of the bearing section 5_ rolls along the guide gib 41_ of the action element 4, consisting in the lever rocking in the seat 3_6 provided in the principal structural section 3_. The bearing section 5. is provided with the first contact surface - projection 5_4 which is, in the "closed" position, in contact with the second contact surface - recess 3_4 provided in the principal structural section 3_. Opposite the fixed connection of the forward movable surface 6. with the bearing section 5. a guideway 5_2 is provided in the bearing section 5_, while the centre of the guide gib 41 . , after the movement of the action element 4 from the first stop 3_2 in the "closed" position to the second stop 3_3 in the "open" position, aligns with the centre of the guideway 5_2 . provided in the bearing section 5_ in the "closed" position and/or the centre of the guideway 5_2 provided in the adjacent bearing section 5. . The shape of the soffit surface of the principal structural section 3. follows the trajectory of the end part 5_3 of the bearing section 5 provided with and ancillary roller (pulley) 5_7 during this movement . In the end part 5_3 of the bearing section 5_ there is a stabilizing element 5_5 which is, during the movement to the "open" position, in contact with the stabilizingt internal surface 3_5_ of the principal structural section 3_. The stabilizing element J55_ in the end part 5_3 of the bearing section 5 . consists in a roller (pulley). The lower free part of the forward movable surface 6 . is mounted in the trimming section 1_ which is provided with two juxtaposed seating surfaces 1 _ and 12. which are in contact with the opposite surfaces f$l_ and 8.2 of the countershape of the principal closing section forming part of thelower frame 9. of the object ( J of which the forward movable surfaces 6 . form part. Inside the principal structural section 3 there is a compression spring 37. The principal structural section 3 . is provided with grooves for the installation of the mechanisms for the suspension of shelves, lighting and connection of supplementary elements of the display case 38. Detail la of Fig. 1 of the mobile elements 5_1_ shows that the mobile element consists of two travel wheels 511 mounted between two side plates 512. fixed in the bearing section 5. by two flat spings 513. If sufficient horizontal force, applied to advantage e.g. to the guideway 5_2 of the bearing section 5_, is applied to the forward movable surface 6_ in Fig. 1, the action elements 4_ starts rotating, thus lifting the forward movable surface 6_ and putting it forward to the outer extreme position "open". Thanks to the stabilizing element 55 , consisting in this case in the roller (pulley) installed in the end part 5_3 of the bearing secti n 5_, and the rounded shape of the soffi l surface of the principal structural section 3 . , the forward moved surface 6 remains vertical even in this position and any undesirable inclination of the forward moved surface 6 is limited. Simultaneously with the rotation and lifting of the action element 4 also the trimming section 1_ is lifted and leaves the closing section 8 . . The permanently vertical position of the forward movable surface 6. guarantees that during the forward movement of the forward movable surface 6 the trimming section 1_ will not return to the contact surfaces 8J_ and 8_2 of the principal closing section δ ^ Because in the forward position of the forward movable surface > the guide gib 4 of the action element 4_ alings with the guideway 5_2 of identical shape, provided in the adjacent bearing section 5_, as stated in the Gist of the Invention, a lateral force may cause a lateral displacement of the forward movable surface 6 along the adjacent guideway 52 of the adjacent bearing section 5. carrying the adjacent surface 6. in the "closed" position which opens the space previously closed by the forward movable surface j6. Thanks to the stabilizing e 1ement- rol 1er (pulley) 5_5 running along the interior surface 3_5 of the principal structural section 3 the forward movables surface 6. occupies permanently vertical position. Instaed of a roller (pulley) the stabilizing element 5_5 may consist in a material of low friction coefficient, not requiring lubrication. The number of the so executed forward movable surfaces 6 may be arbitrary, while the length of the principal structural section 3. equals the sum of the widths of the individual forward movable surfaces 6_ . If the forward movable surfaces (3 are used in display cases, they will be made of glass, as a rule. For furniture making pruposes they may be made also fo other materials. The prismatic exterior shape of the principal structural section 3_ enables the vertical superposition of several display cases. Vhen the forward movable surface 6. is closed, its weight is sustained by the principal closintg section 8 . . The mobile element 5 ^ 1 is rel ieved and is loaded only when the forward movable surface 6 has been moved forward. Example 2 Fig. 2 shows a cross section of the universal compact assembly 2 enabling the opening and lateral displacement of several surfaces placed in several rows, simultaneously. The linear compact assembly is analogous with that shown in Example 1 with the following differences: In the end part 5.3 of the bearing section 5. there is a stabilizing element 5_5 consisting of a ball which is, after the .forwrd motion to the "open" position and subsequent lateral displacement, in contact with the stabilizing surface 5_6 of the adjacent bearing section 5_ . Opposite each stabilizing surface 5_6_ a stabilizing groove .58. is provided in the bearing sections 5., with a stop 3_1_ securing the forward movable surface 6_ in vertical position after its forward movement . The free part of the forward movable surfaces 6 is fitted in the trimming section 1_ . In the trimming section 1_ there is a wheel 13. which is in contact with the guideways 83 provided on the principal closing section 8_. This structure enables the displacement of the surface 6 and its suspension on the adjacent bearing section .5 . Subsequently both surfaces can be transferred to the "open" position by the movement of the action element and simultaneously transferred to another adjacent surface 6_ The individual surfaces can be further arranged behind one another in accordance with the design. Example 3 Fig. 3 shows a cross section of the linear compact assembly for the horizontal displacement of the forward movable surface 6.. Analogously with Example 1 the assembly consists of the principal structural section 3_ and at least two mutually forward movable bearing sections 5. firmly connected with the uiulual ly forward movable surfaces ( and ac ion elements 4. ln every bearing section 5_ there is a mobile element 5_1_ moving along the guide gib 41_ of the action element 4 installed in the principal structural section 3.. The movement of the action element 4 is limited by two stops 3_2 and 33. provided in the principal structural section 3.. The bearing section 5. is further provided with a guideway 52. The mobile element 5 . of the bearing section 5. rolls along the guide gib 4J_ of the action element 4 . consisting of a lever rocking in seat 36. provided in the principal structural section 3_. The bearing section 5. is provided with a projection 54 . which is, in the "closed" position, in contact with the recess 3_4 provided in the principal structural section 3_. In the "open" position the projection .54 is in contact with the adjacent section 5. which in the "open" position, in the place 5_9 of the firm connection of the bearing section 5. with the forward movable surface 6_ . In the principal structural section 3. there is a sompression spring 37. This linear compact assembly enables the displacement of the horizontally fastened forward movable surface 6_ analogous with that described in Example 1. Example 4 Fig. 4 shows a cross section of the linear compact assembly 2 for the lower fastening of the forward movable surface 6_ . The linear compact assembly 2 consists of the principal structural section 3. and at least two mutual forward movable bearing sections 5_ firmly connected with forward movable surfaces 6. and action elements 4. In every bearing section 5. there is a mobile element 5J_ running along a guide gib 4_1_ of the action element 4_ installed in the principal structural section 3_. The movement of the action element 4. is limited by two stops 3_2 and 3_3 provided in the principal structural section 3_. The bearing section 5 . is fu i hei * provided with a guideway 52. The guideway 5_2 and the guide gib 4_1 are cylindrical. In the "closed" position the action element 4 is in contact with the first stop 3_2, in the "open" position the action element ± is in contact with the second stop 3_3 and the mobile element 5JL. of the bearing section 5. is in a position enabling its movement along the guideway 5_2 of the adjacent bearing section 5. The adjacent bearing section 5. is movably mounted in the principal structural section 3_ via the adjacent action element 4. The mobile element .51 of the bearing section 5_ rolls along the guide gib 4_1_ of the action element 4. consisting in a lever rocking in the seat 3_6 provided in the principal structural section 3_. The bearing section 5. is provided with a projection 54 which is, in the "closed" position, in contact with the recess 3_4 provided in the principal structural section 3_ located simultaneously with that shown in Example 3. In the "open" position the projection 5_4 is free. The bearing section 5_, however, is provided with a stabilizing element 5.5 which is, in the "open" position and subsequent lateral displacement, in contact with the stabilizing surface 5_6 of the adjacent section 5_ which is in the "closed" position. The stabilizing element 5_5 is a bal I . The principal structural section 3. contains a compression spring 3_7. The method of opening of object (3 in case of lower fastening of forward movable surfaces is analogous with Example 1. Example 5 Fig. 5 shows an all -glass cabinet - Display case with upper travel /Basic module - mounted on a base. The linear compact assembly 2 is mounted in the upper position / in the soffit of the display case/, where it forms a self-contained frame 1. In the bearing section 5_ the individual glass plates - forward movable surfaces 6. - are mounted, the width of which equals the length of the respective bearing section 5_. The minimum number of forward movable surface f3 arranged in longitudinal direction is n + 1. The lower frame consists of the closing section 8_ matching, in in active position, with the trimming section 1_ . The rigidity of the cabinet is secured by structural cooperation of the lower and the upper frames 1_ and respectively via an adequately designed vertical slab 6. and the characteristics of the linear compact assembly 2 . During the displacement of any slab 6 / opening of the display case/ the weight of the display case incl. exhibits is sustained by the upper and the lower frames 1_ and 9_ respectively and the remaining / or adjacent / slabs 6_ / cabinet walls /. The display case may be provided with a system of suspension wires anchored in the respective groove of the principal structural section 3_. Vertical adjustment of shelves and their number are arbitrary. The upper part of the display case may be provided with lighting of desired character. Example 6 Fig.6 shows an all-glass cabinet - Display case with upper ravel/ modular series - mounted on a base. Pairs of linear compact assemblies 2 interconnected with crossbeams form an infinite linear frame 1, mounted in the upper position /in the soffit of the display case/. Further design and characteristics of the showcase are identical with Example 5. Example 7 Fig. 7 and Fig. 17 show an all-glass cabinet - Display case with upper travel/ Large space type - mounted on a base. The upper frame 1. of the display case consists of linear compact assembly 2 in longitudinal and transverse directions. In this display case it is possible to remove successively any forward movable surface 6 of all four walls. The shelves may be suspended in the same way as shown in Figs. 5 and 6 or mounted on separate supports instal led inside the display case. Further design and charakter i st ies of the display case are identical with Example 5. Example 8 Figs. 8 and 9 show an all -glass cabinet - Displey case with lower travel /Large space type - mounted on a base. The l inear compact assembly 2 is installed in the lower position /in the floor of the display case / in both longitudinal and vertical directions, where i t forms a self-contained frame J_. The upper frame 9_ consists of the closing section 8 matching with the trimming section 1_ iπ inactive position. The rididity of the cabinet is secured by structural cooperation of the upper and the lower frames 1 and 9 respectively via an adequately designed vertical forward movable surface - slab 6 - and the characteristics of the l inear compact assembly 2 . During the displacement of any slab 6 / opening of the display case / the weight of the display case is sustained by the lower and the upper frames 1_ and 9. respectively and the remaining /or adjacent/ slabs 6. /cabinet walls/. The individual glass plates - forward movable surfaces 6 - are fitted longitudinally and transversal ly in the bearing section 5_. Their width equals the length of the respective bearing sec ion 5_. The minimum number of plates 6. arranged in longitudinal direction is n + 1. The whole weight of forward movable surfaces (5 is transferred to the base through the linear compact assembly 2 . Fig. 9 shows the provision of the display case with an inlaid cantilever system supporting any number of shelves. Further design and characteristics of the display case are identical with Example 5. Example 9 Fig. 10 nad Fig. 19 show an all-glass cabinet - Display case with upper travel / Double type - mounted on a base. The object is analogous with Example 5 with the superposition of the individual displey cases /cabinets/ on top of one another. The lower frame £ of the upper display case and the upper frame 1. of the lower display case, consisting in linear compact sections 2 , are firmly connected. The forward movable surfaces 6_ of both display cases can be mutually independently displaced and opened. Further design and characteristics of the display case are identical with Example 5. Example 10 Fig. 11 and Fig. 20 show an all -glass cabinet - Display case with lower travel and opening pedestal / Combined - mounted on a base. The object is analogous with Example 9. The pedestal is designed analogously with the display case and its surfaces 6_ can be moved forward and opened in the same way as those of the display case. The linear compact assembly 2 is situated in the lower posititon / in the floor of the glass display case /and in the upper part of the pedestal , where is forms self -contained frames 1_. The upper frame £ of the display case and the lower frame £ of the pedestal consist of the closing section 8. matching with the trimming section 1_ in inactive position. Further design and characteristics of the display case are identical with Example 5. Example 11 Fig. 12 shows an all-glass cabinet - Display case, angular /wall-mounted - suspended on the wall. The linear compact assembly 2_ is mounted diagonally both in lateral and lower positions /angular type/ of the display case. In the opposite bearing sections 5_ there are the individual, firmly jointed forward movable glass plates 6 , fitted longitudinally, the width of which equals the length of the respective bearing sections 5_. The minimum nummer of the plates arranged in longitudinal direction is n + 1. The rigidity of the cabinet is assured by structural cooperation of l inear compact. asse bl ies 2 and Uie strength of the angular joint of adequately designed lateral and vertical slabs .6. During the displacement of any angular plate / opening of the display case / the weight of the display case incl . that of the exhibits is transferred by the adjacent plates 6_ to the continuous linear compact assemblies 2 of the cabinet. Further design and characteristics of the display case are identical with Example 5. Example 12 Fig. 13 shows an all -glass cabinet - Display case, angular/ Single sided - suspended on the wall and mounted on a base. The object is analogous with Example 11. The linear compact assembly 2 , mounted diagonally, is suspended on the wall in lateral position and supported by a base in the lower position /angular assembly/. Further design and characteristics of the display case are identical with Example 5. Example 13 Fig. 14 and Fig. 18 show an all -glass cabinet - Display case with upper travel - suspended on a secondary support system, designed for the total weight of the display case incl . exhibits. The linear compact assembly 2 is firmly fastened to the suspension system and bears the dead weight of the forward movable surfaces - plates 6. which do not touch the base. The floor and the shelves of the showcase, if any, are suspended by a system of wires from the respective grooves in the principal structural section 3_. The rigidity of the cabinet is secured by the cooperation of the upper linear compact section 2 via a vertical plate 6 of adequate design mounted in the trimming section 2 matching with the sountershape of the closing section 8., firmly connected with the lower suspended shelf /floor/ of the showcase. In closed position the weight of the display case incl. exhibits is transferred via the linear compact assembly 2 to the secondary supporting system forming part of e.g. the object structure. During the displacement of any plate /opening of the display case/ the weight of the forward movable plates 6. and suspended horizontal shelves is transferred to the remaining /or adjacent/ plates - walls - and the linear compact assemblies 2 of the cabinet. The vertical arrangement of the shelves and their number are arbitrary. The upper part of the display case may house lighting of desired character. Further design and character stics of the display case are identical with Example 5. Example 14 Fig. 15 and 16 show a single-sided glazed wall /Display case with upper travel, wall type / display case wal l / installed in a niche and mounted on a base. The linear compact assembly 2_ i s installed in the upper part of the wall as a continuous load-bearing section connected with the ceiling. The lower linear frame £ consists of the closing section R , matching with the trimming section 1_ terminating the forward movable surface - plate 6 . in inactive position. During the displacement of any plate 6. /opening of the wall/ the weight of the display case incl. exhibits is transferred to the remaining /or adjacent/ plates and frames of the wall. In the case of the object shown in Fig. 16 a wire ladder supporting the shelves is connected to the upper frame 1 and the lower frame £. The whole weight of the exibits in the display case is transferred to the base by means of the ladder via the upper principal structural section 3_ and the forward movable plate 6_ of adequate design, provided with the trimming section 2- Further design and characteristics of the display case are identical with Example 5. Industrial Applicability The object according to the invention is applicable to exhibition, construction and furniture industries.

Claims: P a t e n t C l a i m s 1. Object with forward and subsequent lateral displacement of forward movable surfaces, particularly in display cases, cabinets and doors, characterized by thet it consists of mutually forward movable surfaces /6/ and at least one load-bearing frame /l/ comprizing a linear compact assembly /2/ consisting of a principal structural section /3/ and at least two mutually forward movable bearing sections /5/ firmly fastened with mutually forward movable surfaces /6/ and action elements /4/ , in every bearing section /5/ there is a mobile element /51/ mounted movably on a guide gib /41/ of the action element /4/ installed in the principal structural sections /3/, the movement of the action element /4/ is limited by two stops /32 and 33/ provided in the principal structural section /3/, the bearing section /5/ is further provided with a guideway /52/. 2. The object according to claim 1 characterized by that the bearing section /5/ is provided with the first contact surface /54/ which is, in the "closed" position, in contact with the second contact surface /34/ provided in the principal structural section 13/ , while the first contact surface /50/ consists in a projection and the second contact surface /30/ in a recess or vice versa. 3. The object according to claims 1 and 2 characterized by that the mobile element /51/ of the bearing section /5/ rolls along a guide gib /41/ of the action element /4/ which consists of a lever rocking in the seat /36/ provided in the principal structural section /3/. 4. The object according to claims 1 through 3 characterized by thet opposite the fixed connection of the forward movable surface /6/ with the bearing section /5/ a guideway /52/ is provided in the bearing section /5/, whi le the centre of the guide gib /41/ after the movement of the action element /4/ from the first stop /32/ in the "closed" position to the second stop /33/ in the "open" position al igns with the centre of the guideway /52/ provided in the bearing section /5/ in the "closed" po i ion or the centre of the guideway /52 / provided i the adjacent bearing section /5 / which is in the "closed" posi i ion, the f i rs l contact surftice /54/ consists in a projection and the second contact surface /34/ consists in a recess and in the end part /53/ of the bearing section /5/ there is a stabil izing element /55/ which is, in the "open" posi tion, in contact with the internal stabi l izing surface /35/ of the principal structural sect i on (3 / . 5. The object according to claims 1 through 3 characterized by that the bearing section /5/ is provided with a stabi l izing element /55/ which is, in the "open" position, in contact with the stabi l izing surface /56 / provided in the adjacent bearing section /5 / which is in the "closed" position. 6 . The object according to claims 1 through 5 characterized by that the mobi le element /51/ consists of at least one travel wheel /511/ mounted between two side plates /512/ fixed by means of two flat springs /513/ in the bearing sect i on /5/ . 7. The object according to claims 1 through 5 characterized by that the mobi le element /51/ mounted in the bearing sect ion /5/ is a rol ler /pul ley/. 8. The object according to claims 1 through 7 characterized by that the guideway /52/ and the guide gib /41/ are cy 1 i ndr ical . The object according to claims 1 through 8 character zed by that the stabi l izing element /55/ in the end part /53/ of the bearing section /5/ consists of a roller /pul ley/ o r a ba I I bea r i ng . 10.The object according to claims 1 through 9 characterized by that the free part of the forward movable surface /6/ is fit ed in a trimming section f l / provided with two juxtaposed seating surfaces /71 and 72/ which are in comet wi th the opposi te surfaces /81 and 82/ of the counters ape of the principal closing section /8/ forming part of the frame /!/ of the object /0/. 11. he object according to claims 1 through 10 characterized by that in the principal structural section /3/ there is a compression spring /37/. 12.The object according to claims 1 through 11 character zed by that the principal structural section /3/ is provided with grooves /38/ for the instal lation of the mechanisms for the suspension of shelves, l ighting and connection of sup lementary display case elements.

Inventors: LOUDA JAN, LOUDA, JAN
Applicants: LOUDA JAN, LOUDA, JAN
Application year: 1996
Main classification: E05D15
IPC codes: E05D15, E05F1, E06B3