RU2715149C1 - Control cabinet for automated workstation of automated systems - Google Patents

Abstract

FIELD: automated systems.

SUBSTANCE: invention is a control cabinet for an automated workstation of automated systems, consisting of interconnected table tops and two support sections, characterized in that: table top is made with possibility of arrangement of equipment on it, wherein table top is installed on support sections, fixed on them and is made with possibility of combination with other tabletops on sides using fasteners products in order to create automated work place of larger length, and is made with inner box-channels with wires arranged inside them for connection of equipment located in cabinets of control cabinet or on table-top cabinet; on other tabletops; in tabletop cabinet-cabinet cabinet cabinets; in cabinets of other tabletops cabinets of control cabinet; wherein table top has through holes in end surfaces for connection of equipment to each other using wires, and also table top is made with through holes in working surface, completely or partially aligned with box channels, for connection of equipment between each other, and box-channels are made with through holes in side and bottom surfaces for connection of equipment to each other, and at least, one said hole of box-channel side surface is completely or partially aligned with at least one hole in end surface of table top and, at least, one hole of lower surface of box-channel is completely or partially aligned with at least one hole in cabinet cover of control cabinet; first support section arranged on one side of the cabinet panel includes a cabinet consisting of two interconnected cabinets without rear walls, creating a single space for two cabinets, each of which is rigidly connected to each other and to the table top, where: first cabinet with height-adjustable supports mounted thereon has greater depth relative to second cabinet and first cabinet is configured to accommodate equipment on shelves or on rack bars, wherein the re-planks are fixed, at least, on the inner surfaces of the first and second cabinets, as well as the first cabinet comprises two side doors and a front door for providing access to the user equipment placed inside the cabinet, and the first cabinet cover has holes completely or partially aligned with holes in the lower surface of the box channel; second cabinet with height-adjustable supports fixed thereon has less depth relative to first cabinet and is turned relative to first cabinet by one hundred and eighty degrees on vertical axis so that front door of second cabinet is rear door of control cabinet, wherein second cabinet is configured to accommodate equipment on the din-racks and mounting panels, wherein the din-racks and the mounting panels are fixed on the inner surfaces of the side walls of the second cabinet, as well as the second cabinet comprises one door to provide the user with access to the equipment placed inside the cabinet, and cover of second cabinet has holes completely or partially aligned with holes in lower surface of box-channel; second support section arranged on one side of the cabinet panel includes a foot with at least one height-adjustable support or a cradle fixed on it.

EFFECT: disclosed is a control cabinet for automated workstations of automated systems.

20 cl, 56 dwg

Description

FIELD OF TECHNOLOGY

The invention relates to special equipment and can be used as a workplace, including a table, combined with a cabinet (s) for computer equipment and automation cabinet (s), primarily for specialists in industrial enterprises, research organizations, and in other industries and aims to expand the functionality of the workplace.

BACKGROUND

The control panel for marine equipment is known from the prior art (see RU 2196398, publ. 10.01.2003), comprising a frame with electronic modules installed in it, a monitor, a circuit board with connectors for external connections attached to it, equipped with supporting, persistent shock absorbers and a tabletop characterized in that the frame contains a movable part, made with the possibility of rotation about an axis located in a plane parallel to the plane of attachment of thrust shock absorbers and parallel to the plane of attachment of support shock Tori, wherein a movable part disposed monitor and worktop, and board with the connectors fixed thereto for external connections mounted under the movable portion.

Also, the control panel of electronic equipment is known from the prior art (see RU 2325709, published May 27, 2008), comprising a frame with electronic modules, a video monitor, a tabletop with controls and indications, characterized in that a tabletop mounting and rotation mechanism is introduced therein , ensuring the fastening of the countertop to the frame and the possibility of its rotation up and down, the movable part of the countertop with controls and indicators and telescopic guides, providing the placement and extension of electronic modules, video monitor ora and the moving part of the countertop.

Also, the prior art table for the placement of hardware in a moving object (see RU 2475170, publ. 02.20.2013), consisting of interconnected support sections and countertops, clamps of table elements and installed equipment, characterized in that the support section made in the form of a tubular frame, on the one hand is rigidly connected with the frame of the rack for portable hardware, and on the other is equipped with two supports and has a main countertop made in the form of a metal platform for placing a remote equipped and an additional countertop made of non-metallic material, which in the stowed position is placed vertically along the supports and fixed in clamps, the additional countertop is made with the possibility of transformation into a horizontal position, for which two overlays with grooves are placed on the inside of it, in which the curved axes with a shoulder on one end, on the other end of the axis are fixed with the possibility of rotation in the bushings rigidly mounted on a support rack, the clamps of the additional tabletop are made in the form of throwing inward a sample made from the inside of the countertop, a rod with a nut on the threaded part and a strap with a groove located on the support section, for additional fixation, two cone-shaped bosses are installed on the end surface of the additional countertop, and on the end surfaces of the countertop racks for portable hardware - mating holes, the clamp of the remote equipment is made in the form of two rods mounted on the main countertop, with nuts on the threaded part and the clamping plate.

The disadvantages of these solutions are, at least, the lack of reliability of the design, insufficient reliability of the fastening of the equipment, insufficient reliability of the connection of the equipment to each other, a small work surface, lack of design features to reduce the temperature of the equipment.

ESSENCE

The technical result achieved by the present invention is to increase the reliability of fastening equipment inside the remote control cabinet and on the remote control cabinet, as well as increase the speed of installation of equipment in the remote control cabinet, remove equipment from the remote control cabinet and replace equipment in the remote control cabinet, and create a convenient and an easy-to-use remote control cabinet to accommodate hardware by providing the design with the necessary level of comfort and a high degree of reliability during operation and equipping the remote control cabinet by-passing auxiliary products and devices, and improving the reliability of the equipment connection between each other by placing wires in the ducts of the countertop and placing equipment on the rack strips and din rails of the cabinets of the control cabinet cabinets, and also the technical result is an increase in the length of the workplace due to combining countertops, and lowering the temperature inside the cabinets of the cabinets of the remote control cabinets through the use of metal countertops and metal ducts of the countertop, as well as holes in the duct x and the holes in the box lid pedestals consoles, cabinets, and improving the safety of personnel, at least, by placing the wires connecting the equipment box channels.

According to one implementation option, a remote cabinet for an automated workstation of automated systems is proposed, consisting of interconnected worktops and two support sections, characterized in that: the worktop is configured to place equipment on it, and the worktop is mounted on support sections and secured on them and made with the possibility of combining with other countertops on the sides with the use of fasteners in order to create an automated workplace more wives, and is made with internal duct channels with wires placed inside them for connecting equipment located in the cabinets of the cabinet or on the countertop; on other countertops; in the cabinets of the cabinet of the countertop cabinet; in the cabinets of the cabinets of the remote control cabinets of other countertops; moreover, the countertop is made with through holes in the end surfaces for connecting equipment to each other using wires, and also the countertop is made with through holes in the working surface, fully or partially combined with the ducts, for connecting the equipment to each other, and the ducts are made with through holes in the side and bottom surfaces for connecting equipment to each other, and at least one of the aforementioned hole in the side surface of the duct channel completely or h astastically aligned with at least one hole in the end surface of the countertop and at least one of the aforementioned holes in the lower surface of the duct channel is fully or partially aligned with at least one hole in the cabinet cover of the control cabinet; the first supporting section, placed on one side of the remote control cabinet, includes a cabinet consisting of two cabinets fastened together without rear walls, creating a single space for two cabinets, each of which is rigidly connected to each other and to the countertop, where: the first cabinet with fixed the height-adjustable supports on it have a great depth with respect to the second cabinet and the first cabinet is configured to place equipment on shelves or on rack-rails, and the rack-racks are mounted at least on internal surfaces NOSTA first and second enclosures and the first cabinet comprises two side doors and the front door to provide access to user equipment located within the cabinet, and the cover of the first enclosure has openings, fully or partially aligned with openings in the bottom surface of the channel box; the second cabinet with height-adjustable supports fixed to it has a shallower depth with respect to the first cabinet and is rotated one hundred eighty degrees along the vertical axis relative to the first cabinet, so that the front door of the second cabinet is the rear door of the cabinet cabinet, the second cabinet being made with the possibility of placing equipment in it on the din rails and mounting panels, and the din rails and mounting panels mounted on the inner surfaces of the side walls of the second cabinet, and the second cabinet contains one door To provide access to user equipment located within the cabinet and the second cabinet cover has openings, fully or partially aligned with openings in the bottom surface of the channel box; the second supporting section, placed on one side of the control cabinet, includes a leg with at least one height-adjustable support or stand fixed to it.

In one of the private options for implementation, the countertop is made with the possibility of placing buttons, indicator lights and indicating devices in it.

In one of the private options for implementation, the rack strips are mounted vertically in the cabinet and are mounted on the bottom and cover of the cabinet using brackets.

In one particular embodiment, the bottom of the first cabinet of the remote control cabinet and the cover of the second cabinet of the remote cabinet form the bottom of the remote cabinet, the bottom of the cabinet having an opening for installing a cable entry for cable entry into the cabinet.

In one of the private options for implementation, the remote cabinet is made with the possibility of attaching to the lower surface of the countertop an additional countertop that extends along the guides mounted on the lower surface of the countertop.

In one of the private options for implementation, the countertop and ducts are made of metal to ensure heat dissipation emitted by equipment placed in the cabinets of at least one cabinet console, as well as to increase strength and fire safety.

In one of the private embodiments, the first cabinet has fasteners for placing rack equipment and shelves on the rack strips in it, and the second cabinet has fasteners for placing control modules on din rails and mounting panels in it.

In one of the private options for implementation, the remote control cabinet contains brackets mounted on the countertop for mounting equipment on them.

In one of the private options for implementation, the remote control cabinet contains equipment racks on which at least one crossbar for equipment is mounted, on which the equipment is placed using at least one bracket, the bracket being adapted to be attached to the equipment and the crossbar for equipment or with the possibility of attachment to the equipment and the second bracket mounted on the crossbar for equipment, moreover, the equipment racks are attached to the tabletop using mounting paws.

In one particular embodiment, the remote cabinet comprises equipment racks and side racks, on which a horizontal bar for equipment is mounted, on which the equipment is installed using at least one bracket, and the side racks are fixed to the end surfaces of the tabletop, and the equipment racks are attached to the countertop using mounting paws.

In one of the private embodiments, one bracket is made adjustable along the vertical and / or horizontal axes to ensure rotation of the fixed equipment left-right and up-down.

In one of the private options for implementation contains a panel of equipment made with the possibility of mounting on the side racks, made with the possibility of mounting to the end surfaces of the countertops, and made with the possibility of mounting to the equipment racks.

In one particular embodiment, the ducts are arranged transversely and along the longitudinal axis of the countertop, wherein the longitudinal duct is located relative to the transverse duct so that the end part of the longitudinal duct is aligned with the hole in the side surface of the transverse duct.

In one particular embodiment, the doors, side walls and bottom of the cabinets are made with perforations for cooling the equipment located inside them.

In one of the private embodiments, the perforation of the door and side walls of the cabinet of the cabinet of the remote control cabinet is made along the entire height of the door and side walls.

In one of the private options for implementation, the remote cabinet is made with edging of the countertop mounted on the end surfaces of the countertop, and the edging of the countertop is made with holes for fixing the equipment, and the wires connecting such equipment and equipment on the countertop or in the cabinets of the cabinets of the control cabinet pass through the duct .

In one of the private embodiments, the remote cabinet is made with a countertop side mounted on the rear surface of the countertop and protruding above the upper surface of the countertop.

In one particular embodiment, the countertop is made up of two or more countertops, the length of one of the countertops exceeding the length of at least one other countertop.

In one particular embodiment, the shorter worktop is made with an upper surface protruding above the upper surface of at least one other worktop.

In one of the private options for implementation, the countertop is made with the possibility of placing in its upper part devices for transmitting a signal and inputting information, showing devices, indicator lamps and LEDs.

BRIEF DESCRIPTION OF GRAPHIC MATERIALS

Additional objectives, features and advantages of the present invention will be apparent from reading the following description of an embodiment of the invention with reference to the accompanying drawings, in which:

FIG. 1 illustrates a general front view from left to top of an exemplary embodiment of a single-desk remote control cabinet with one workstation;

FIG. 2 illustrates a front view of an exemplary embodiment of a single-desk remote control cabinet with one workstation;

FIG. 3 illustrates a top view of an exemplary embodiment of a single-cabinet remote control cabinet with one workstation;

FIG. 4 illustrates a left side view of an exemplary embodiment of a single-cabinet remote control cabinet with one workstation;

FIG. 5 illustrates a right side view of an exemplary embodiment of a single-desk remote control cabinet with one workstation;

FIG. 6 illustrates a top left rear view of an exemplary embodiment of a pedestal;

FIG. 7 illustrates a front left front view of an exemplary embodiment of a pedestal;

FIG. 8 illustrates a rear right-bottom view of an exemplary pedestal;

FIG. 9 illustrates a front left front view of an exemplary embodiment of a pedestal with the left door removed and the front door removed;

FIG. 10 illustrates a top right rear view of an exemplary embodiment of a pedestal with a right door removed and a rear door removed;

FIG. 11 illustrates a front left-bottom view of an exemplary embodiment of a countertop for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation;

FIG. 12 illustrates a right side view of an exemplary embodiment of a countertop for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation;

FIG. 13 illustrates a left side view of an exemplary embodiment of a countertop for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation;

FIG. 14 illustrates a rear view of an exemplary embodiment of a countertop for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation;

FIG. 15 illustrates a bottom view of an exemplary embodiment of a countertop for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation;

FIG. 16 illustrates a front view of an exemplary embodiment of a countertop for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation;

FIG. 17 illustrates a front left-bottom view of an exemplary embodiment of a tabletop with removed tabletop trim and side for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation;

FIG. 18 illustrates a right side view of an exemplary embodiment of a tabletop with removed tabletop edges and a board for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation;

FIG. 19 illustrates a left side view of an exemplary embodiment of a tabletop with removed tabletop trim and side;

FIG. 20 illustrates a bottom view of an exemplary embodiment of a tabletop with removed tabletop trim and bead, as well as with a removed keyboard shelf, for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation;

FIG. 21 illustrates a front view of an exemplary embodiment of a single-desk remote control cabinet with two workplaces;

FIG. 22 illustrates a top view of an exemplary embodiment of a single-desk remote control cabinet with two workplaces;

FIG. 23 illustrates a left side view of an exemplary embodiment of a single-cabinet remote control cabinet with two workstations without displaying a leg for a better view of this view;

FIG. 24 illustrates a front view of an exemplary embodiment of three single-sided single-unit remote control cabinets with three workplaces;

FIG. 25 illustrates a top view of an exemplary embodiment of three single-cabinet remote control cabinets combined with each other with three workplaces;

FIG. 26 illustrates a right side view of an exemplary embodiment of three single-sided single-desk remote control cabinets with three workplaces;

FIG. 27 illustrates a left side view of an exemplary embodiment of three single-sided single-desk remote control cabinets with three workplaces;

FIG. 28 illustrates a front view of an exemplary embodiment of a two-pedestal cabinet with one workstation;

FIG. 29 illustrates a top view of an exemplary embodiment of a two-cabinet remote control cabinet with one workstation;

FIG. 30 illustrates a right side view of an exemplary embodiment of a two-pedestal cabinet with one workstation;

FIG. 31 illustrates a left side view of an exemplary embodiment of a two-pedestal cabinet with a single workstation;

FIG. 32 illustrates a bottom view of an exemplary embodiment of a two-cabinet remote control cabinet with one workstation;

FIG. 33 illustrates a rear view of an exemplary embodiment of a two-cabinet remote control cabinet with one workstation;

FIG. 34 illustrates a rear right-side top view of an exemplary embodiment of a two-cabinet remote control cabinet with one workstation;

FIG. 35 illustrates a front left-bottom view of an exemplary embodiment of a two-drawer cabinet with one workstation;

FIG. 36 illustrates a top view from front to right from above of an exemplary embodiment of a two-cabinet remote control cabinet with one workstation;

FIG. 37 illustrates a front right-side view from above of an exemplary embodiment of a single-desk remote control cabinet with one workstation with monitors mounted on a monitor rack.

In FIG. 38 illustrates a top left rear view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with monitors mounted on a monitor rack.

In FIG. 39 illustrates a rear left-bottom view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with monitors mounted on a monitor rack.

In FIG. 40 illustrates a top view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with monitors mounted on a monitor rack.

In FIG. 41 illustrates a rear view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with monitors mounted on a monitor rack.

In FIG. 42 illustrates a left side view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with monitors mounted on a monitor rack.

In FIG. 43 illustrates a right-side view of an exemplary embodiment of a single-desk remote control cabinet with one workplace with the table top trim removed and with monitors mounted on the monitor rack.

FIG. 44 illustrates a bottom view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with monitors mounted on a monitor rack.

FIG. 45 illustrates a front view of an exemplary embodiment of a single pedestal cabinet with a single workstation with monitors mounted on a monitor rack.

FIG. 46 illustrates a front right-side view from above of an exemplary embodiment of a single-desk remote control cabinet with one workstation with a monitor frame;

FIG. 47 illustrates a top-left rear view of an exemplary embodiment of a single-cabinet remote control cabinet with one workstation with a monitor frame, without a rear cabinet door and a left cabinet door;

FIG. 48 illustrates a top view of an exemplary embodiment of a single pedestal cabinet with a single workstation with a monitor frame;

FIG. 49 illustrates a front view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with a monitor frame;

FIG. 50 illustrates a rear view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with a monitor frame;

FIG. 51 illustrates a left side view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with a frame for monitors;

FIG. 52 illustrates a right side view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with a frame for monitors;

FIG. 53 illustrates a bottom view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with a frame for monitors.

FIG. 54 illustrates a variant of a two-pedestal remote control cabinet with a composite countertop and placed additional equipment with the option of attaching monitors to the frame of the remote control cabinet.

FIG. 55 illustrates a front view of a portion of a remote control cabinet with an option for mounting the remote control cabinet to the floor.

FIG. 56 illustrates a front-left front view of a portion of a remote control cabinet with an option for attaching the remote control cabinet to the floor.

DETAILED DESCRIPTION

The objects and features of the present invention, methods for achieving these objects and features will become apparent by reference to exemplary embodiments. However, the present invention is not limited to the exemplary embodiments disclosed below, it can be embodied in various forms. The essence described in the description is nothing more than the specific details provided to assist the specialist in the field of technology in a comprehensive understanding of the invention, and the present invention is defined only in the scope of the attached claims.

Described in the present invention, the remote control cabinet may include at least one cabinet, as well as at least one countertop. In the particular case, the remote control cabinet is a single-table or two-table table, in particular, a desk made mainly of metal. So, for example, the described remote cabinet may include one cabinet, two cabinets, three cabinets and more cabinets.

In FIG. 1 shows one of the approximate options for the remote control cabinet with one cabinet.

The cabinet 101 is made up of two cabinets ( 113 and 123 ), in particular, the cabinet 101 includes two cabinets ( 113 and 123 ), the first mentioned cabinet (cabinet of greater depth) 113 has a larger one relative to the second cabinet (cabinet of greater depth) 123 , the depth for placing equipment, such as rack equipment ( 909 , FIG. 9 ), and shelves ( 919 , FIG. 9 ).

Mentioned shelves ( 919 , FIG. 9 ) and equipment, in particular, rack equipment (Rack equipment), are placed on (guide) profiles, in particular rack rails ( 915 , FIG. 9 ), moreover, racks ( 915 , FIG. 9 ) are connected to the cabinet body of a greater depth 113 and can also be connected to a cabinet body of a lower depth 123 . Wreck equipment can also be placed on said shelves. The aforementioned rack strips (rack guides) are fixed in a cabinet of greater depth 113 , and the mounting of the rack strips can be carried out using brackets ( 939 , FIG. 9 ) fixed to the bottom of the cabinet of greater depth 113 and the cabinet cover of a greater depth 113 . Mentioned racks (rack rails) are fixed vertically in a cabinet of greater depth 113 .

The second cabinet mentioned, a cabinet of lesser depth 123 , has, with respect to the first cabinet, a cabinet of greater depth 113 , less depth for placing equipment (for example, control controller modules) on metal profiles, in particular, din rails ( 1020 , FIG. 10 ) and mounting plates. Various types of din rails can be used in the present invention, for example, C-type or G-type din rails. Din rails (DIN rails) and mounting panels are connected to the cabinet body of a shallower depth of 123 , and can also be connected to the cabinet body of a greater depth of 113 . The DIN rails ( 1020 , FIG. 10 ) of the cabinet of lesser depth 123 can be connected to the rack-strips ( 915 , FIG. 9 ) of the first cabinet 113 , including to increase the reliability of fastening the equipment inside the cabinets. The connection of the din-rails ( 1020 , FIG. 10 ) with the cabinet body of a shallower depth 123 can be carried out using a profile.

The use of din-rails, as well as rack strips, including their joint use, including their connection with each other, makes it possible to increase the speed and convenience of installing equipment in cabinets, the speed and convenience of removing equipment from cabinets, and also to increase reliability and maintainability due to reducing the length of connections and reducing the time for replacing equipment in cabinets.

A cabinet of greater depth 113 includes a front door of the cabinet 106 and two side doors, in particular, the left door of the cabinet 131 and the right cabinet door ( 504 , FIG. 5 ), and the side doors are used to facilitate access to the user (operator, etc.) to equipment. The front door of the cabinet 106 may have a perforation 151 for cooling equipment placed (installed) in the cabinet 101 . Perforation can be performed at the top of the front door of the cabinet 106 and / or at the bottom of the front door of the cabinet 106 .

A cabinet of lesser depth 123 includes one door, which is the rear door of the cabinet 105 . A cabinet of greater depth 113 and a cabinet of lesser depth 123 are interconnected where the rear walls of the said cabinets should be located, and there are no partitions (which would be the mentioned rear walls) between the said cabinets, i.e. a cabinet of lesser depth 123 is rotated relative to the cabinet of greater depth 113 by 180 degrees along the vertical axis and is connected to this cabinet of greater depth 113 , thus the front door of the cabinet of lesser depth 123 is simultaneously the rear door of the cabinet 105 .

The location of the doors on all four sides of the cabinet provides an increase in the speed of installation and installation of equipment in cabinets, removal of equipment from cabinets and replacement of equipment in cabinets.

Equipment placed in a cabinet of greater depth 113 may extend beyond the rear of the cabinet of greater depth 113 , i.e. partially located in a cabinet of lesser depth 113 .

The doors of the cabinet are mounted on hinges fixed to the cabinet body 101 . Thus, the front door of the cabinet 106 is attached to the cabinet body 101 (in particular, to the cabinet body of a greater depth 113 ) using hinges to secure the front door ( 929 , FIG. 9 ), and the rear door of the cabinet 105 is attached to the cabinet 101 (in particular to the cabinet body of a shallower depth 123 ) using hinges for fastening the rear door of the cabinet ( 1010 , FIG. 10 ). The rear door of the cabinet 105 may have a perforation 616 for cooling equipment placed (installed) in the cabinet 101 . Perforation can be performed at the top of the rear door of the cabinet 105 and / or at the bottom of the rear door of the cabinet 105 .

The bottom of the cabinet 101 may have at least one opening for installing a cable entry allowing the entry of at least one cable into the cabinet 101 , for example, for connecting equipment (in cabinets, in and / or on countertops, etc. .) between themselves, as well as, for example, for connecting the mentioned equipment to power sources, electric networks, network equipment, etc., as well as, for example, for connecting remote control cabinets and, in particular, equipment for remote control cabinets, between by myself. If the cable entry is not installed in the hole for installing the cable entry, the hole for installing the cable entry can be closed by the cable entry cover ( 818 , FIG. 8 ), which in a particular case can prevent the ingress of dust, dirt, etc. into the pedestal 101 . The cable entry cover ( 818 , FIG. 8 ) can be installed both inside and outside the cabinet 101 and attached to the bottom of the cabinet 101 . To the bottom of the cabinet 101 in the area of the hole for installing the cable entry, a cable entry cover ( 214 , FIG. 2 ) can be attached, which provides at least protection for the cable entry from mechanical damage.

The cover of the cabinet 101 may have at least one opening ( 606 , FIG. 606 ) for connecting and cooling equipment through which the equipment located in at least one cabinet 101 and located on (or in) the countertop 104 is connected mounted on the same cabinet 104 (or at least one other countertop connected to it). The countertop is made of metal, which, in combination with the execution of metal ducts, allows for the removal of heat generated by equipment, including those located in the cabinets, of at least one console cabinet, as well as to increase the strength and fire safety of the control panel.

At least one hole ( 606 , FIG. 606 ) for connecting and cooling equipment is fully or partially aligned with at least one hole ( 1144 , FIG. 11 ) in at least one duct ( 1111 , 1121 , FIG. 11 ), thus the hole ( 606 , FIG. 606 ) for connecting and cooling equipment can partially overlap the hole ( 1144 , FIG. 11 ) of the duct channel.

Also, an opening ( 606 , FIG. 606 ) for connecting and cooling equipment can be used to connect equipment located in cabinet 101 and at least one other cabinet. Also, an opening ( 606 , FIG. 606 ) for connecting and cooling equipment can be used to connect equipment located in the cabinet 101 and at least one tabletop connected to the tabletop 104 on which the cabinet 101 is located.

Also, an opening ( 606 , FIG. 606 ) for connecting and cooling equipment is used to cool equipment located in cabinet 101 . So, air from the cabinet 101 enters through the opening ( 606 , FIG. 606 ) for connecting and cooling equipment and then through the opening ( 1144 , FIG. 11 ) of the duct channel enters the duct channel, which leads to a decrease in air temperature inside the cabinet 101 and cooling the equipment located therein. At least one fan may be installed inside the cabinet 101 to move air from the cabinet 101 into at least one duct to cool air (and therefore equipment) inside the cabinet 101 . Also, inside the countertop 104 , including inside at least one duct box (or in the duct duct associated with it, in particular, through the connection hole 1717 ( FIG. 17 )), a fan can be installed for moving air into such a duct from the cabinet 101 in order to cool the equipment inside the cabinet.

The bottom of the cabinet 101 , in particular, the bottom of the cabinet of greater depth 113 , may have perforation ( 828, FIG. 8) for cooling equipment placed (installed) in the cabinet 101 .

Shown in FIG. 1 private variant of the remote control cabinet with one cabinet also includes a leg 102 , which, like the cabinet 101 , is attached to the countertop 104 .

The foot 102 and the stand 101 are mounted on supports ( 161 ), adjustable in height.

Also, to increase the stability of the remote control cabinet and, accordingly, the equipment in it and on it, including the fixed one, the remote control cabinet can be attached to the floor using a fastener 5515 , as shown in FIG. 55 and FIG. 56 . The mount 5515 is attached to the remote control by mounting on the leg 102 through the hole 5525 in the upper part of the mount 5515 and is attached to the floor using a known type of mount, for example, a bolt, screw, etc., passing through the hole in the bottom of the mount 5515 . The mount 5515 may have a different profile, for example, be H-shaped, U-shaped, Z-shaped (as shown in FIG. 56 ), etc.

The countertop 104 mounted on the pedestal 101 and the foot 102 provides, in particular, forms a working surface for the user (operator).

Tabletop 104 provides, in particular, via wires, interconnecting equipment, for example, placed on or in at least one tabletop 104 , as well as in at least one cabinet 101 . The tabletop 104 has at least one box-channel fixed inside from the back of the working surface ( 1111 and 1121 of FIG. 11 ) and provides the connection of equipment, for example, located in at least one cabinet and / or on (or ) countertop 104 to each other, as well as the connection of equipment in different cabinets and / or on (or in) countertop 104 to each other. Box-channels, as well as openings in box-channels, tabletops and cabinet covers of the cabinets of the control cabinet, through which the wires connecting the equipment pass, ensure reliable connection of the equipment to each other so that eliminates the possibility of disconnecting the equipment or wire breakage, for example, by the user time of performance of their duties. The fastening of the ducts can be carried out using one of the known methods of fastening, for example, using welding, including spot verification, various fasteners, substances and multicomponent compositions, etc.

Also, the connection of the equipment can be carried out at least through one hole (in the countertop) 122 .

The connection of the equipment using the ducts ( 1111 and 1121 of FIG. 11 ) and / or holes in the countertop 104 may be carried out using any type of wire connection.

Also, using at least one duct ( 1111 and 1121 of FIG. 11 ) and / or through aperture 122 can be connected (including connection, interaction, power, etc.) of equipment located outside the remote control - cabinet, for example, the connection of equipment with a power source, uninterruptible power supply (UPS), printers (including network printers) and other equipment (devices). So, for example, can be connected (in particular, connecting) means of visualization (display) of information, for example, a monitor 2105 , as well as input devices 2115 (for example, keyboards) between themselves and / or other equipment, moreover, means of visualization (display) Information 2105 can be mounted on countertop 104 , including can be mounted on it. Also, the countertop 104 can be installed, including other equipment, such as, for example, printers, keyboards and mouse-type manipulators, etc., can be fixed on it.

Also, in (or on) countertop 104 , in particular, devices can be installed for transmitting a signal / inputting information that are elements of a human-machine interface, for example, buttons, as well as measuring devices (including indicating devices), indicator lamps , LEDs, means of visualization of information, for example, monitors 2105 , etc., which can be installed on brackets, which, in turn, can be installed (including fixed) on the countertop 104 .

The duct channel ( 1111 and 1121 of FIG. 11 ) may be located along the countertop 104 , being a longitudinal duct channel ( 1111 , FIG. 11 ) or across the countertop, being a transverse duct channel ( 1121 , FIG. 21 ). Box-channel ( 1111 and 1121 FIG. 11 ) is also an amplifier. So, the longitudinal duct-channel ( 1111 , FIG. 11 ) is a longitudinal amplifier, and the transverse duct-channel ( 1121 , FIG. 11 ) is a transverse amplifier. Mentioned ducts, which are also amplifiers, can increase the rigidity of the described remote control cabinet and countertops 104 in particular, and also reduce the likelihood of breakage of the described remote control cabinet (and countertops 104 in particular) and extend the life of the described remote control cabinet (and countertops 104 in particular). The said ducts, which are also amplifiers, can be connected to the countertop 104 (in particular, attached to the countertop 104 ) by any known methods, in particular threaded, welded joints, as well as using additional means (in particular, fasteners), for example , using various profiles, such as a corner, an I-beam, a channel, etc., which, in turn, can be attached to the countertop 104 and / or leg 102 , and / or cabinet 101 . The fastening of the ducts ( 1111 and 1121 of FIG. 11 ) can be carried out using detachable or integral types of connections.

Tabletop 104 acts as a radiator, in particular, it cools equipment installed (placed) on tabletop 104 (or on tabletop 104 ), as well as in cabinets ( 101 ), as described in the framework of the present invention. Also, the said ducts ( 1111 and 1121 of FIG. 11 ) additionally cool the equipment installed in the countertop 104 (or on the countertop 104 ), as well as in the cabinets ( 101 ), as described in the framework of the present invention.

Also on the lateral end surfaces of the countertop 104 can be mounted on the edge of the countertop 108 . The rim of the countertop 108 can be used to place various equipment on it, including hanging equipment, fastening wires, etc. The rim of the countertop 108 may include holes for placing equipment, etc., and the wires connecting such equipment and equipment on the countertop 104 or in the cabinets of the cabinets of the control cabinet pass through the duct channels. In special cases, the fringing of the countertop 108 may have a different profile, for example, L-shaped, T-shaped, U-shaped, etc.

Also on the back of the countertop 104 can be mounted side of the countertop 110 , protruding above the upper surface of the countertop. In the particular case, the side of the countertop 110 protects equipment or other objects from falling over the edge of the countertop, and also provides the necessary distance from the control panel, in particular, from the back of the countertop 104 , to a vertical surface, such as a wall. In the particular case, the said board top side wall prevents the user from installing the described remote cabinet close to the said vertical surface, which, in the particular case, allows for the necessary cooling of the equipment located in the cabinet 101 . Also, the board of the countertop 110 can be used for placement on it, behind it (in particular, in accordance with the design, in particular, the form shown in the attached graphic materials), etc. various equipment, including pendant equipment, wire fasteners, etc. In the space provided by the distance between the side of the countertop 110 and the aforementioned vertical surface, wires can be located, including being attached to the board of the countertop 110 , for example, from above, in front of or behind it. The upper part of the side of the countertop 110 can be used to fix various equipment, including using additional means and types of fastening.

In the lower part of the tabletop 104 , an additional tabletop can be placed, in particular, a keyboard shelf 112 , on which a user keyboard can be placed, and the keyboard shelf (keyboard shelf) 112 can be extended along the guides. The shelf 112 of the keyboard can also be used to place on it or to fix on it various equipment, including various manipulators, for example, a computer mouse, joystick, etc.

Worktops ( 104 ) can be interconnected and combine several pedestals ( 101 ), creating at least one workplace ( 2101 , FIG 21 ) of a large, in particular, greater length. Worktops can be connected to each other on the sides, in particular, lateral end surfaces using any known fasteners (fasteners), for example, brackets, bolts, rivets, pins, studs, etc. Thus, the connected countertops 104 can create (form) both one or several workplaces. One countertop 104 can form one, two, three or more workplaces, in particular, by forming at least one working surface (including equipment placed on it, in it or under it, stands, legs, etc. d.).

Worktops ( 104 ) can form a single worktop, and such formation (connection) can be carried out using known means (methods, etc.) of joining, for example, means of joining worktops, tables, etc., and can be used, for example, adhesive bonding, mechanical, etc., including using threaded means, including products, such as bolts, screws, nuts, etc.

In the particular case, as shown, for example, in FIG. 21 , the countertop can be mounted on one cabinet 101 and on two legs 102 .

In the particular case, as shown, for example, in FIG. 24 , tabletop 104 may be mounted on one cabinet 101 and attached to another tabletop.

In the particular case, as shown, for example, in FIG. 28 , the countertop 104 may be mounted on two cabinets, in particular, located on opposite sides of the countertop 104 .

In FIG. 2 shows a front view of an exemplary embodiment of a single-desk remote control cabinet with one workstation.

As mentioned above, to the bottom of the cabinet 101 in the area of the hole for installing the cable entry, a cable entry cover 214 can be attached, which provides at least protection for the cable entry from mechanical damage. Cable entry cover 214 is typically mounted around the cable entry, and may cover the cable entry at least from one side, for example, at the back, or, for example, at the back and bottom, or, for example, at the right, behind, or, for example, or, for example, left, right and back, or, for example, left, right, back and bottom, etc. In the particular case, the cable entry cover 214 closes at least one cable entry. So, in FIG. 2 shows a special case of a single-cabinet panel with a countertop 104 , on the left end side of which a bezel 108 is installed, and on the right end side of the countertop 104 there is no bezel edging 108 . Thus, the edge of the countertop 108 may be present or absent in private versions of the remote control cabinet. So, for example, the lack of edging of the countertop 108 may be due to the need to closely place the remote control cabinet to the vertical side surface, for example, to the side wall of the room, vehicle, etc. Also, the edge of the countertop 108 may not be fixed in cases where it is necessary to connect the equipment of the remote control cabinet (at least in one cabinet 101 , in or on the countertop 104 , etc.) with other equipment using at least one hole ( 1717 , FIG. 17 ) in the end side (left and right) surfaces of the countertop 104 . Also, the edge of the countertop 108 is not installed (or removed) when connecting two countertops, in particular, in order to increase the working surface, increase the number of jobs, etc. So, to that indicated in FIG. 2 countertops 104 on the right can be attached another tabletop, for example, with at least one cabinet ( 101 ) and / or at least one leg ( 102 ). To join the specified in FIG. 2 of the countertop 104 of another countertop on the left, the edging of the countertop 108 , fixed to the left end surface of the countertop 104 , is removed (dismantled).

The edging of the countertop 108 , mounted on the left end surface of the countertop 104 , can also be dismantled to provide better cooling of the equipment located in the cabinet 101 , and cooling is carried out including through ducts ( 1111 and 1121 , FIG. 11 ) and holes for connection 1717 ( FIG. 17 ).

In FIG. 3 shows a top view of an exemplary embodiment of a single-desk remote control cabinet with one workstation.

In FIG. 4 shows a left side view of an exemplary embodiment of a single-cabinet remote control cabinet with one workstation.

In FIG. 5 shows a right side view of an exemplary embodiment of a single-desk remote control cabinet with one workstation.

In FIG. 6 shows a rear left top view of an exemplary embodiment of a cabinet. As shown in FIG. 6 , the cabinet cover 101 , made up of a cabinet cover of a greater depth 113 and a cabinet cover of a lower depth 123 , may have at least one hole 606 (for connecting and cooling equipment) through which the equipment is connected, as well as equipment placed in cabinet 101 , and equipment located in cabinet 101 is also being cooled. Thus, for example, a cabinet lid of a greater depth 113 may have at least one opening ( 606 ), and a cabinet lid of a lower depth 123 may have at least one opening ( 606 ). Thus, at least one hole ( 606 ) is fully or partially aligned with at least one hole in the duct duct for cables and cooling ( 1144 , FIG. 11 ). So, for example, the aforementioned hole in the cabinet lid of a greater depth 113 may be fully or partially aligned with the hole in the longitudinal duct ( 1111 , FIG. 11 ). Also, the aforementioned hole in the cabinet lid of a greater depth 113 may be fully or partially aligned with the hole in the transverse duct channel ( 1121 , FIG. 11 ). Also, the aforementioned hole in the cabinet lid of a greater depth 113 may be fully or partially combined with two or more holes in the longitudinal duct ( 1111 , FIG. 11 ). Also, the aforementioned hole in the cabinet lid of a greater depth 113 can be fully or partially combined with two or more holes in the transverse duct channel ( 1121 , FIG. 11 ). Also, the hole in the longitudinal duct ( 1111 , FIG. 11 ) can be fully or partially combined with two or more holes in the cabinet lid of a greater depth 113 . Also, the hole in the transverse duct channel ( 1121 , FIG. 11 ) can be fully or partially combined with two or more holes in the cabinet lid of a greater depth 113 .

The cover of the cabinet 101 , as well as the upper surface of the upper part of the legs 102 can have at least one hole for attaching at least one bracket, which in turn is attached to the tabletop and / or at least one duct that have mating holes for said bracket. Also, such holes can be used for fastening the said pedestals and legs in any known manner of fastening.

Also, the aforementioned hole in the cabinet lid of a lesser depth 123 can be fully or partially aligned with the hole in the longitudinal duct ( 1111 , FIG. 11 ). Also, the aforementioned hole in the cabinet lid of a shallower depth 123 can be fully or partially aligned with the hole in the transverse duct channel ( 1121 , FIG. 11 ). Also, the aforementioned hole in the cabinet lid of a lesser depth 123 can be fully or partially combined with two or more holes in the longitudinal duct ( 1111 , FIG. 11 ). Also, the aforementioned hole in the cabinet lid of a lesser depth 123 can be fully or partially combined with two or more holes in the transverse duct channel ( 1121 , FIG. 11 ). Also, the hole in the longitudinal duct ( 1111 , FIG. 11 ) can be fully or partially combined with two or more holes in the cabinet lid of a shallower depth of 123 . Also, the hole in the transverse duct channel ( 1121 , FIG. 11 ) can be fully or partially combined with two or more holes in the cabinet lid of a shallower depth of 123 .

Also, at least one of the aforementioned openings in the cabinet lid of a greater depth 113 can be fully or partially aligned with at least one opening in the duct (in particular, in the longitudinal duct) and at the same time, none the hole in the cabinet lid of a lesser depth 123 may not be combined with any hole in the duct channel. In this case, the wires can be laid (can pass) through the hole in the cabinet cover of a greater depth 113 and then into the duct through the hole in the lower surface of the duct. Also, in this case, they can be laid (can pass) through an opening in the cabinet lid of a lesser depth 123 and then into the duct channel through the hole in the side surface of the duct channel.

Also, equipment in a cabinet of greater depth 113 can be connected to equipment in a cabinet of shallow depth 123 through the duct channel, in particular, through at least one hole in the side surface of the longitudinal duct channel ( 1111 , FIG. 11 ) and at least at least through one hole in the lower surface of the longitudinal duct-channel ( 1111 , FIG. 11 ), for example, if it is not possible to connect the equipment in a cabinet of greater depth 113 and the equipment in a cabinet of lesser depth 123 .

To ensure cooling of the equipment installed in the cabinet 101, the side surfaces of the cabinet of lesser depth 123 may have a perforation 616 , which, in the particular case, is made along the entire height of the cabinet 123 .

In FIG. 7 shows a front left front view of an exemplary embodiment of a cabinet.

In FIG. 8 is a rear right bottom view of an exemplary embodiment of a pedestal.

In FIG. 9 is a front left-side top view of an exemplary embodiment of a cabinet with the left door removed and the front door removed.

In FIG. 10 shows a rear right upper view of an exemplary embodiment of a pedestal with the right door removed and the rear door removed.

In FIG. 11 shows a front left bottom view of an exemplary tabletop embodiment for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation.

As described in the framework of the present invention, using a duct duct (longitudinal duct 1111 and a transverse duct 1121 ), equipment is connected to at least one cabinet 101 and / or at least (or in) one countertop 104 between each other, and also provides cooling equipment located in the cabinets ( 101 ).

As depicted in FIG. 11, the longitudinal duct 1111 has openings located on the lower and lateral surfaces of the duct. One or more holes on the lower surface of the longitudinal duct 1111 can be combined (fully or partially) with the holes 606 on the cover of the cabinet 101 to allow the equipment to be combined, for example, via cables (wires, etc.), as well as for air circulation between the pedestal 101 and the longitudinal duct 1111 .

The duct channel, in particular, the longitudinal duct channel 1111 , can be placed so that the holes on the bottom surface of the duct channel are aligned (partially or completely) with the holes in the cabinet lid of a greater depth 113 and with the holes in the cabinet lid of a lower depth 123 . The duct channel, in particular, the longitudinal duct channel 1111 can be placed so that the holes on the bottom surface of the duct channel coincide (partially or completely) only with the holes in the cabinet lid of greater depth 113 . The duct channel, in particular, the longitudinal duct channel 1111 can be placed so that the holes on the lower surface of the duct channel are aligned (partially or completely) only with the holes in the cabinet lid of a shallower depth 123 .

Transverse ducts ( 1121 ) are located in the immediate vicinity of the ends of the countertop 104 . Additionally, shortened transverse ducts ( 2020, FIG. 20 ), the length of which is less than the transverse ducts ( 1121 ), can be used to strengthen the middle part of the countertop 104 .

As depicted in FIG. 11, the transverse duct channel 1121 has openings located on the lower and lateral surfaces of the duct channel.

The longitudinal duct channel 1111 is located relative to the transverse duct channel 1121 so that the end part of the longitudinal duct channel 1111 is aligned with an opening (or part thereof) in the lateral surface of the transverse duct channel 1121 to enable the placement of cables (wires, etc.). e) for the purpose of connecting equipment, as described in the framework of this equipment.

The transverse duct channel 1121 is placed in such a way that the hole of the lateral surface of the transverse duct channel 1121 is fully or partially aligned (opposite) with the connection hole 1717 , through which the equipment is connected in the cabinets, on (or in) countertops, etc. . Through the holes for connecting 1717 in the end side (left and right) surfaces of the countertop 104 cables are laid for the implementation of the aforementioned equipment connection.

The number, size and shape of the holes for the connection 1717 in the countertop 104 , as well as the holes 606 in the lid of the cabinet 101 , as well as the holes 1144 in the ducts ( 1111 , 1121 ), as well as the holes 122 may vary depending on the implementation of the described invention. So, for example, the number of holes in the lower surface of the longitudinal cable channel may depend on the number of pedestals on which the tabletop is installed.

The lower surfaces of the duct ducts are located on the same plane in order to provide an even surface for fastening the stands ( 101 ) and legs ( 102 ).

In FIG. 12 shows a right side view of an exemplary embodiment of a tabletop for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation.

In FIG. 13 shows a left side view of an exemplary embodiment of a tabletop for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation.

In FIG. 14 is a rear view of an exemplary embodiment of a tabletop for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation.

In FIG. 15 shows a bottom view of an exemplary embodiment of a tabletop for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation.

In FIG. 16 is a front view of an exemplary embodiment of a tabletop for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation.

In FIG. 17 shows a front left bottom view of an exemplary version of a tabletop with removed tabletop edges and a side for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation.

In FIG. 18 is a right side view of an exemplary embodiment of a tabletop with removed tabletop edges and a side for a two-pedestal remote control cabinet or a single-cabinet remote control cabinet with one workstation.

In FIG. 19 is a left side view of an exemplary embodiment of a tabletop with removed tabletop trim and bead.

In FIG. 20 shows a bottom view of an exemplary version of a tabletop with removed tabletop edges and a board, as well as with a removed shelf for a keyboard, for a two-sided remote control cabinet or a single-cabinet remote control cabinet with one workstation;

In FIG. 21 is a front view of an exemplary embodiment of a single-desk remote control cabinet with two workstations. So, as shown in FIG. 21 , the countertop 104 may be mounted on one cabinet 101 and on two legs ( 102 ).

In FIG. 22 shows a top view of an exemplary embodiment of a single-desk remote control cabinet with two workstations.

In FIG. 23 shows a left side view of an exemplary embodiment of a single-cabinet remote control cabinet with two workstations without displaying a leg for a better view of this view.

In FIG. 24 is a front view of an exemplary embodiment of three single-sided single-panel remote control cabinets with three workplaces. As mentioned above, in the particular case, the countertop can be mounted on one cabinet 101 and attached ( 2424 ) to another countertop. So, in FIG. 24 shows a variant of a control cabinet combined of three countertops ( 104 ) and three curbstones ( 101 ).

In FIG. 25 shows a top view of an exemplary embodiment of three single-sided single-panel remote control cabinets with three workplaces.

In FIG. 26 shows a right side view of an exemplary embodiment of three single-sided single-panel remote control cabinets with three workplaces.

In FIG. 27 is a left side view of an exemplary embodiment of three single-sided single-panel remote control cabinets with three workplaces.

In FIG. 28 is a front view of an exemplary embodiment of a two-pedestal remote control cabinet with one workplace, in particular, with the front doors of the cabinets ( 106 ) ajar and part of the equipment located in the cabinets ( 101 ). In the shown in FIG. 28 variant of the invention, the countertop 104 is installed on two cabinets located on opposite sides of the countertop 104 , forming (creating) a two-cupboard remote control cabinet.

In FIG. 29 shows a top view of an exemplary embodiment of a two-pedestal remote control cabinet with one workplace with the front doors of the pedestals ajar ( 106 ) ajar.

In FIG. 30 is a right side view of an exemplary embodiment of a two-pedestal panel cabinet with one workstation with the front doors of the pedestals ajar ( 106 ) ajar.

In FIG. 31 is a left side view of an exemplary embodiment of a two-pedestal remote control cabinet with one workplace with the front doors of the pedestals ajar ( 106 ) ajar.

In FIG. 32 is a bottom view of an exemplary embodiment of a two-pedestal panel cabinet with one workplace with the front doors of the cabinets ( 106 ) ajar and part of the equipment placed in the cabinets ( 101 ).

In FIG. 33 is a rear view of an exemplary embodiment of a two-pedestal remote control cabinet with one workstation with one of the pedestals removed and the rear door ( 105 ) removed and part of the equipment housed in the pedestals ( 101 ).

In FIG. 34 is a rear right-side top view of an exemplary embodiment of a two-sided remote control cabinet with one workplace with the rear door ( 105 ) of one of the cabinets removed, with the front doors of the cabinets ( 106 ) ajar, placed part of the equipment in the cabinets ( 101 ).

In FIG. 35 is a front left-bottom view of an exemplary embodiment of a two-cabinet remote control cabinet with one workplace with the front doors of the cabinets ( 106 ) ajar and part of the equipment placed in the cabinets ( 101 ).

In FIG. 36 is shown from top to front, from right to top, of an exemplary embodiment of a two-cabinet remote control cabinet with one workplace with the front doors of the cabinets ( 106 ) ajar and the piece of equipment placed in the cabinets ( 101 ).

On theFIG. 37 Shows a front view from right to top of an exemplary version of a single-desk remote control cabinet with one workstation with monitors2105mounted on a monitor stand3717. Monitors2105 can be fixed on the countertop104. Monitor mount2105 can be implemented using a monitor mount2105 monitor bracket3768 (FIG. 54), attached to the crossbar for monitors3727, in turn, mounted on monitors3117, moreover, monitor racks3117 fastened to the countertop using mounting paws3747. Also, to increase reliability, the remote cabinet can be made with side racks (left and right)3707fastening to a crossbeam for monitors3727. Side racks3707 fastened to side end surfaces of countertops104as shown inFIG. 43. This monitor mount2105 allows to avoid falling of monitors2105, for example, when using the remote control cabinet in moving (mobile) objects, for example, in various vehicles, during transportation of the remote control cabinet or during earthquakes, for example, in seismically dangerous zones (areas), when devices are located near the remote control cabinet causing significant vibration when using the remote control cabinet on an inclined surface, etc.

A remote control cabinet can include more than one crossbar for monitors 3727 , for example, two (or more) crossbars for monitors 3727 , for placing monitors at different heights (relative to the remote control and the user), in particular, on different tiers, as shown in FIG. 54 . Also, the monitors 2105 can be mounted using the monitor bracket 3768 attached to the monitor 2105 , attached to the bar bracket 3737 ( FIG. 40 ), mounted on the monitor bar 3727 . The bracket of the crossbar 3737 is made with the possibility of rotation and / or movement relative to it of the monitor bracket 3768 for vertical adjustment of the monitors, including for turning the monitors relative to at least the horizontal axis.

In FIG. 38 is a top left rear view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with monitors 2105 mounted on a monitor stand 3717 .

In FIG. 39 is a rear left to bottom view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with monitors 2105 mounted on a monitor stand 3717 .

In FIG. 40 shows a top view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with monitors 2105 mounted on a rack of monitors 3717 .

In FIG. 41 is a rear view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with monitors 2105 mounted on a monitor stand 3717 .

In FIG. 42 is a left side view of an exemplary embodiment of a single-cabinet remote control cabinet with one workstation with monitors 2105 mounted on a monitor stand 3717 .

In FIG. 43 is a right-side view of an exemplary embodiment of a single-desk remote control cabinet with one workplace with the edge of the countertop 108 removed and with monitors 2105 mounted on the monitor stand 3717 .

In FIG. 44 is a bottom view of an exemplary embodiment of a single-cabinet remote control cabinet with one workstation with monitors 2105 mounted on a monitor stand 3717 .

In FIG. 45 is a front view of an exemplary one-pedestal remote control cabinet with one workstation with monitors 2105 mounted on a monitor stand 3717 .

In FIG. 46 is a front right-side top view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with a monitor frame 4626 .

The bracket for the crossbar 3737 described above, the crossbar for monitors 3727 , monitor racks 3117 and mounting feet 3747 , as well as, in the particular case, the side racks (left and right) 3707 , are part of the monitor frame 4626 . The monitor frame 4626 also includes a monitor panel 4606 and a rear monitor panel 4616 .

The monitor panel 4606 is attached, at least, to the monitor racks 3117 , and also, in the particular case, to the side racks 3707 .

The back panels of monitors 4616 are attached to the racks of monitors 3117 and, in a particular case, to the side racks 3707 . So, the back panel of monitors can be attached to two monitors ( 3117 ) or to one monitors ( 3117 ), as well as in the particular case, and at least one side rack ( 3707 ). Also, the rear panels of monitors 4616 can be attached to at least one crossbar of monitors 3727 .

In FIG. 47 shows a rear view from left to top of an exemplary embodiment of a single-cabinet remote control cabinet with one workstation with a monitor frame 4626 , without displaying the rear door of the cabinet and the left cabinet door.

In FIG. 48 shows a top view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with a frame for monitors 4626 .

In FIG. 49 is a front view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with a monitor frame 4626 .

In FIG. 50 shows a rear view of an exemplary embodiment of a single-desk remote control cabinet with a single workstation with a frame for monitors 4626 .

In FIG. 51 is a left side view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with a monitor frame 4626 .

In FIG. 52 shows a right side view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with a frame for monitors 4626 .

In FIG. 53 shows a bottom view of an exemplary embodiment of a single-desk remote control cabinet with one workstation with a frame for monitors 4626 .

In FIG. 54 shows a variant of a two-pedestal remote control cabinet with a composite worktop and placed additional equipment with the option of attaching monitors to the frame of the remote control cabinet.

In FIG. 55 illustrates a front view of a portion of a remote control cabinet with an option for mounting the remote control cabinet to the floor.

FIG. 56 illustrates a front-left front view of a portion of a remote control cabinet with an option for attaching the remote control cabinet to the floor.

A countertop can be an integral worktop consisting of several worktops, for example, two or more worktops that are parts of a common worktop. So, for example, a countertop can be formed by combining two countertops, one of which is a countertop of a greater length, and the second is a shorter length, or, as shown in FIG. 56 , the countertop may consist of three countertops ( 5414 , 5424 and 5434 , FIG. 54 ), and the length of the countertop 5424 is greater than the length of the countertop 5414 and countertop 5434 . The combination of countertops is carried out by fastening the countertops to each other with end (side left and right) surfaces using one of the known fixing methods. In general, the length of a countertop of a shorter length is equal to the width of the cabinet on which it is installed, although it can be made shorter or longer depending on the design features of the remote control cabinet, the type of equipment placed in the cabinets (and on the cabinet), etc. d. So, in a particular case, a countertop of shorter length can be made with a length of a smaller width of the cabinet with the possibility of placing (with fixing) part of the countertop of a larger length on the same cabinet, in particular, to increase the strength of the remote control cabinet and attach the countertops to each other and with cabinets .

The upper surface of the shorter worktops may be protruded above the upper surface of at least one other worktop in which the equipment is housed. Such a protruding upper surface of the countertop of shorter length is used to place equipment 5454 in it, for example, devices for transmitting a signal and inputting information, indicating devices, indicator lamps, LEDs, etc.

The upper surface of the countertops (shorter or longer lengths), including protruding above the upper surface of at least one other countertops, can be made with at least one hole for placement and connection of equipment placed in the countertops on the countertops in cabinets, etc. between themselves.

Also, on the upper surface of at least one countertop, a housing can be installed (and fixed) for equipment, which can be made with a width generally equal to the length of the countertops of a shorter length or, in particular, a larger length of the countertops of a shorter length so that such a housing is installed immediately on two (or more) countertops.

Claims (32)

1. Remote control cabinet for an automated workstation of automated systems, consisting of interconnected countertops and two supporting sections, characterized in that: - the countertop is made with the possibility of placing equipment on it, and the countertop is installed on the supporting sections, fixed on them and made with the possibility of combining with other countertops on the sides using fasteners in order to create an automated workplace of greater length, and is made with internal ducts with wires placed inside them to connect equipment located: - in cabinets of the remote control cabinet or on the countertop; - on other countertops; - in the cabinets of the cabinet of the desk cabinet; - in the cabinets of the cabinets of the remote control cabinets of other countertops; moreover, the countertop is made with through holes in the end surfaces for connecting equipment to each other using wires, and the countertop is made with through holes in the working surface, fully or partially combined with the ducts, for connecting equipment to each other, and the ducts are made with through holes in the side and bottom surfaces for connecting the equipment to each other, and at least one of the aforementioned openings of the lateral surfaces of the ducts is fully or partially aligned with at least one hole in the end surface of the countertop and, at least one said opening of the lower surface of the duct channel is fully or partially aligned with at least one hole in the cabinet cover of the control cabinet; - the first supporting section, placed on one side of the remote control cabinet, includes a cabinet consisting of two cabinets fastened together without rear walls, creating a single space for two cabinets, each of which is rigidly connected to each other and to the countertop, where: - the first cabinet with height-adjustable supports fixed on it has a large depth with respect to the second cabinet and the first cabinet is configured to place equipment on shelves or on rack-rails, and the rack-racks are mounted at least on the inner surfaces the first and second cabinets, as well as the first cabinet contains two side doors and a front door to provide the user with access to equipment located inside the cabinet, and the cover of the first cabinet has openings fully or partially combined with versts in the lower surface of the duct; - the second cabinet with the height-adjustable supports fixed to it has a shallower depth with respect to the first cabinet and is rotated one hundred eighty degrees along the vertical axis relative to the first cabinet, so that the front door of the second cabinet is the rear door of the cabinet cabinet, the second cabinet being made with the possibility of placing equipment in it on the din rails and mounting panels, the din rails and mounting panels mounted on the inner surfaces of the side walls of the second cabinet, and the second cabinet contains one door to provide access to the user to the equipment located inside the cabinet, and the cover of the second cabinet has openings, fully or partially aligned with the openings in the lower surface of the duct; - the second support section, placed on one side of the remote control cabinet, includes a leg mounted on it, at least one height-adjustable support or stand. 2. The remote cabinet according to claim 1, in which the countertop is configured to place buttons, indicator lights and indicating devices in it. 3. The remote cabinet according to claim 1, in which the rack-brackets are mounted vertically in the cabinet and are mounted on the bottom and cover of the cabinet using brackets. 4. The remote cabinet according to claim 1, wherein the bottom of the first cabinet of the remote cabinet and the lid of the second cabinet of the remote cabinet form the bottom of the remote cabinet, the bottom of the cabinet having an opening for installing a cable entry for cable entry into the cabinet. 5. The remote cabinet according to claim 1, made with the possibility of attaching to the lower surface of the countertop an additional countertop that extends along the guides mounted on the lower surface of the countertop. 6. The remote cabinet according to claim 1, in which the countertop and duct channels are made of metal to ensure heat dissipation generated by equipment placed in the cabinets of at least one cabinet console, as well as to increase strength and fire safety . 7. The remote cabinet according to claim 1, in which the first cabinet has mounts for accommodating rack equipment and shelves on the rack slats, and the second cabinet has mounts for accommodating control modules on din rails and mounting panels. 8. The remote cabinet according to claim 1, which includes brackets fixed to the countertop for installing equipment on them. 9. The remote cabinet according to claim 1, which includes equipment racks on which at least one crossbar for equipment is mounted, on which the equipment is placed using at least one bracket, the bracket being adapted to be attached to the equipment and a crossbar for equipment or with the possibility of attachment to the equipment and a second bracket mounted on the horizontal bar for equipment, and the equipment racks are attached to the tabletop using mounting paws. 10. The remote cabinet according to claim 1, which includes equipment racks and side racks, on which a horizontal bar for equipment is mounted, on which the equipment is placed using at least one bracket, and the side racks are fixed to the end surfaces of the countertop, and the racks the equipment is attached to the countertop using mounting paws. 11. The remote cabinet according to claim 9 or 10, in which at least one bracket is made adjustable along the vertical and / or horizontal axes to ensure rotation of the fixed equipment left-right and up-down. 12. The remote cabinet according to claim 1, which includes a panel of equipment made with the possibility of mounting on the side racks, made with the possibility of mounting to the end surfaces of the countertop, and made with the possibility of mounting to the equipment racks. 13. The remote control cabinet according to claim 1, wherein the ducts are arranged transversely and along the longitudinal axis of the countertop, wherein the longitudinal duct is located relative to the transverse duct so that the end part of the longitudinal duct is aligned with the hole in the side surface transverse duct channel. 14. The remote control cabinet according to claim 1, wherein the doors, side walls and the bottom of the cabinets of the cabinets are made with perforation for cooling the equipment located inside them. 15. The remote control cabinet according to claim 14, wherein the perforation of the door and the side walls of the cabinet of the cabinet of the remote control cabinet is made along the entire height of the door and side walls. 16. The remote cabinet according to claim 1, made with edging of the tabletop mounted on the end surfaces of the countertop, moreover, the edging of the countertop is made with holes for fixing the equipment, and the wires connecting such equipment and equipment on the countertop or in the cabinets of the cabinets of the remote control cabinet pass through the box channels. 17. The remote control cabinet according to claim 1, made with a countertop side mounted on the rear surface of the countertop and protruding above the upper surface of the countertop. 18. The remote control cabinet according to claim 1, in which the countertop is made up of two or more countertops, the length of one of the countertops exceeding the length of at least one other countertop. 19. The remote control cabinet according to claim 18, wherein the shorter worktop is made with an upper surface protruding above the upper surface of at least one other worktop. 20. The remote cabinet according to claim 1, in which the countertop is arranged to accommodate in its upper part devices for transmitting a signal and inputting information showing devices, indicator lamps and LEDs.

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