CN217185245U

CN217185245U - Electric lifting transparent interaction office table

Info

Publication number: CN217185245U
Application number: CN202220348308.5U
Authority: CN
Inventors: 杨程; 唐久久
Original assignee: Xi'an Tuweigu Innovation Technology Co ltd
Current assignee: Xi'an Tuweigu Innovation Technology Co ltd
Priority date: 2022-02-21
Filing date: 2022-02-21
Publication date: 2022-08-16
Anticipated expiration: 2032-02-21

Abstract

An electric lifting transparent interactive office table comprises lifting table legs, a transparent table top, a capacitive transparent touch film, a processing control module, a storage module and a communication module, wherein the lifting table legs are used for supporting the transparent table top and can lift the height of the transparent table top; the transparent desktop is designed to be transparent and without a frame; the capacitive transparent touch film is arranged on the transparent desktop and is connected with the processing control module; the storage module is connected with the processing control module; the communication module is connected with the processing control module. The utility model relates to an intelligence desk and intelligent terminal peripheral equipment has frameless transparent and tangible interactive desktop, but electric lift's table leg, hide liftable socket and wireless charging module in the table leg and full touch-control operation's button control system to all opaque electronic components have all been hidden in the middle of the table leg supports. The whole office table is simple in design and has a very cool appearance effect and a very strong science and fiction feeling.

Description

Electric lifting transparent interaction office table

Technical Field

The utility model relates to an intelligent office table and intelligent terminal peripheral equipment, concretely relates to transparent mutual desk of electric lift.

Background

With the development of intelligent hardware technology and the increase of the personalized demand of consumer groups on intelligent hardware, transparent display interaction becomes a popular research direction and product research and development direction. Transparent display interaction is a technology for performing display and touch interaction on the surface of transparent glass or other transparent materials, which can be often seen in many science and science fiction type film and television works, for example, a piece of transparent glass is in a transparent state when not used, and becomes a transparent screen with display and touch functions when in use.

To achieve transparent display interaction, two basic problems need to be solved, one is how to display on a transparent substrate, and the other is how to make the transparent substrate have the ability to sense interaction. Besides the two most basic problems, the problem to be solved is how to hide the opaque part of the component properly, so that the appearance of the product as a whole achieves the effect of transparent display interaction.

Official working and study all are usually gone on at the desktop, and the inventor thinks of, if the desktop of desk is applied to transparent demonstration interaction, regard transparent office table surface as other intelligent terminal's mutual input/output device simultaneously, be aided with the table leg electric lift scheme of more popular at present again, then can develop a brand-new article type interactive product that has science and technology sense, promptly the transparent mutual desk of electric lift.

Disclosure of Invention

The utility model aims at providing a transparent mutual desk of electric lift, this desk have frameless transparent and tangible interactive desktop, but electric lift's table leg, hide liftable socket and the wireless module of charging in the table leg and full touch-control operation's button control system to all opaque electronic components have all been hidden in the middle of the table leg supports. The whole office table is very simple in design, and has a very cool appearance effect and a very strong science and fiction.

The technical scheme for realizing the aim of the invention is as follows:

an electric lifting transparent interactive office table comprises lifting table legs, a transparent table top, a capacitive transparent touch film, a processing control module, a storage module, a communication module and a power supply module, wherein the lifting table legs are used for supporting the transparent table top and enabling the height of the transparent table top to be lifted; the lifting table legs comprise table leg fixing parts, table leg lifting parts and table leg electric lifting driving devices, and the table leg electric lifting driving devices are connected with the processing control module and can drive the table leg lifting parts to lift or lower, so that the transparent table top is lifted or lowered; the transparent desktop is in a transparent frameless design and is made of a transparent material; the capacitive transparent touch film is arranged on the transparent desktop and is connected with the processing control module; the storage module is connected with the processing control module; the communication module is connected with the processing control module; the power supply module is used for providing power.

The transparent desktop is preferably made of transparent toughened glass, and the transparent toughened glass has the advantages of being high in hardness and light transmittance, so that scratches and damages are not easily caused in the using process, the durability of the desktop can be enhanced by the transparent glass, and the desktop is easy to clean. In addition, the glass material is beautiful, and has strong design feeling and science illusion when being used in interactive products.

Because the transparent desktop is rarely used in the existing electric lifting table, the desktop is usually made of wood boards or other opaque boards, and the structure under the desktop is invisible in a normal use scene, a main beam is arranged at the position clinging to the lower surface of the desktop in many electric lifting tables, a motor and a reduction gearbox for driving lifting are transversely arranged in the main beam, the lifting driving structure with the motor and the reduction gearbox transversely arranged and a push rod vertically arranged is widely applied due to simple structure, low cost and no requirement on the size of the motor and the reduction gearbox, and the appearance of the whole lifting table cannot be influenced due to the existence of the main beam in the normal use scene. But to the transparent mutual desk of electric lift, its desktop is transparent, if set up this main beam and can lead to the visual effect who is brought by the desktop is discounted greatly, and the outward appearance can become very unattractive. Therefore, the utility model discloses do not adopt the design of horizontal installation elevator motor and reducing gear box in this kind of main beam, it is preferred, table leg lift portion is including the lift stand, the lift stand is the vertical column part in table leg lift portion, table leg electric lift drive arrangement includes gear motor, push rod, gear motor's main shaft with the push rod is coaxial, so, include including gear motor and push rod table leg electric lift drive arrangement just can all erect to put and install inside the lift stand of liftable table leg, and need not set up the main beam and install motor and reducing gear box, has improved the outward appearance visual effect and the succinct degree of design of the transparent mutual desk of electric lift in the very big degree.

Further, the transparent mutual desk of electric lift still includes projection module, transparent reflectance coating, the liftable table leg still includes the table leg crossbeam, the table leg crossbeam is fixed on the table leg lift portion, projection module sets up on the table leg crossbeam, can follow the lift of table leg lift portion goes up and down in step, projection module with processing control module connects, and its projection direction orientation transparent desktop, transparent reflectance coating sets up on the transparent desktop, projection module can be in multimedia picture projection on the transparent reflectance coating of transparent desktop. By means of the capacitive transparent touch film, the projection module and the transparent reflection film, the transparent desktop becomes a panel similar to a touch screen, which has both touch interaction capability and picture display function. If the multimedia picture source projected by the projection module is an interactive picture, touch interactive operation with the projected picture can be realized in the projection imaging area by defining the touch interactive logic of the projection imaging area, and the operation is similar to the operation of a touch mobile phone, a touch tablet computer and a notebook computer with a touch screen function.

Preferably, table leg lift portion includes lift stand, upper portion supporting beam, the lift stand is the vertical column part in the table leg lift portion, upper portion supporting beam perpendicular to the lift stand to adopt detachable fixed mode to install the upper end of lift stand, transparent desktop is fixed upper portion supporting beam's upper surface. The upper supporting beam is used for supporting and fixing the main structure of the transparent table top, meanwhile, the inside of the upper supporting beam is also a mounting position of a plurality of electronic components, and the wiring of the capacitive transparent touch film also passes through the inside of the upper supporting beam, so the upper supporting beam and the transparent table top are integrated parts after being produced and shipped, cannot be assembled and disassembled for a second time, and otherwise, the wiring of the capacitive transparent touch film is easily damaged. Just so, the upper portion supporting beam should adopt detachable fixed mode to install in the upper end of lift stand, so be for making whole transparent mutual desk of electric lift be detachable, convenient packing and transportation, the volume reduction that this kind of detachable design brought can also reduce the cost of packing and transportation.

Preferably, the capacitive transparent touch film is pasted on the lower surface of the transparent desktop, the capacitive transparent touch film comprises a touch film body and a touch film drift, the touch film drift is followed the transparent desktop and the position contacted with the liftable desk legs enter the inside of the liftable desk legs, so that the touch film drift is invisible, and the hiding effect of the touch film drift is visually realized. According to the prior art, the current capacitive transparent touch film is usually used with a touch control card, instead of being directly connected with a processing control module, the commonly used capacitive transparent touch film technical schemes mainly comprise a nano copper wire scheme, a nano silver wire scheme and an ITO indium tin oxide scheme, the film material generally adopts a layout mode of a touch film body and a touch film tail, the touch film body is used for laying a touch sensing circuit, the touch film tail is used for connecting the touch sensing circuit and a touch control card, an FPC (flexible printed circuit) and a golden finger contact point are generally required to be arranged on the touch film tail so as to ensure that the capacitance type transparent touch film can be connected with the touch control card, and the FPC and the golden finger contact point are both opaque, because the utility model discloses need reach the transparent and succinct pleasing to the eye requirement of design of desktop, so need hide the tail flick of touch membrane.

Furthermore, the transparent mutual desk of electric lift still includes transparent display module, transparent display module includes transparent display panel and demonstration control module, transparent display panel sets up on the transparent desktop, can be used to the display screen, demonstration control module with processing control module connects. Adopt projection module and transparent reflectance coating to realize carrying out the picture display at transparent desktop in the foregoing is the utility model discloses realize that one of them technical scheme that transparent desktop shows, also be a transparent display scheme of present relatively economy, its cost is lower relatively, nevertheless compares the effect with real screen display and still wants to be inferior to a little, and its resolution ratio, luminance, color degree of accuracy, color saturation all are difficult to compare favourably with high-quality display screen. The scheme with the better display effect is that the transparent display panel is directly adopted, the scheme of the current transparent display panel is mainly an OLED transparent display screen, and the OLED transparent display screen can be made into a hard transparent display screen and also can be made into a flexible transparent display screen. Of course, the cost of the transparent display panel is very high at present, but with the iteration and the progress of the technology, the cost of the transparent display panel can be gradually reduced, and the transparent display panel becomes an alternative transparent desktop display scheme of the utility model.

Further, the electric lifting transparent interactive desk further comprises a lifting socket module, the upper supporting beam comprises a lifting socket mounting hole, preferably, the lifting upright column is provided with a plurality of lifting socket mounting holes, the lifting socket mounting hole is coaxial with one lifting upright column, the lifting socket module comprises a socket body, a socket lifting driving module and a socket lifting control module, the socket body is controlled by the socket lifting control module to lift the socket lifting driving module, the socket lifting control module is connected with the processing control module, a plurality of charging jacks are arranged on the side face of the socket body, a socket through hole is formed in the transparent desktop above the lifting socket mounting hole, the lifting socket module comprises a lifting state and a non-lifting state, and in the non-lifting state, the lifting socket module is hidden in the lifting socket mounting hole, the upper surface of the lifting socket module is flush with the upper surface of the transparent desktop, the lifting socket module can pass through the socket through holes to realize lifting, and when the lifting socket module rises to the lifting state, all the charging jacks on the side surfaces of the lifting socket module are exposed and can be used for charging other equipment. The lifting socket module perfectly realizes the hiding of the charging socket, and can be hidden in the lifting socket mounting hole of the upper supporting beam when the socket is not needed, and only needs to be raised when the socket is needed to be used for charging the lifting socket module can be used for realizing the very ingenious utilization of the design, the inner space of the upper supporting beam is hidden in the lifting socket module, and the lifting socket mounting hole is coaxial with the lifting upright post, so that the design of the whole electric lifting transparent interactive desk is very concise and attractive, and has the integral body feeling, and meanwhile, the practicability is realized.

Further, transparent mutual desk of electric lift still includes wireless output module that charges, preferred, wireless output module that charges sets up the upper end of lift socket module, no matter lift socket module is in not rising the state or rises the state, all can charge for the other equipment that need wireless charging of its top place. The upper end of lift socket module sets up wireless output module that charges and can further improve the practicality and the science and technology of the transparent mutual desk of electric lift are felt.

Furthermore, the electric lifting transparent interactive desk further comprises a keyboard pattern, wherein the keyboard pattern is arranged on the transparent desktop and is positioned in an area where the capacitive transparent touch film can sense touch capacitance signals. The keyboard pattern is used for enabling the electric lifting transparent interactive desk to carry out key input on other intelligent equipment through Bluetooth communication or other communication modes. The keyboard pattern can be a permanent pattern printed, pasted or etched on the transparent desktop, a static or dynamic pattern projected on the transparent desktop through the projection module, or a static or dynamic pattern displayed on the transparent desktop through the transparent display module.

Furthermore, the electric lifting transparent interactive desk further comprises a capacitor key group, the capacitor key group is arranged on the upper supporting beam and connected with the processing control module, the capacitor key group comprises a plurality of capacitor keys, and key touch operation can be realized on each capacitor key through the transparent desk surface. Traditional electric lift table mainly adopts an independent lift controller to control, need install this lift controller in electric lift table lower surface position department near the user usually, and this type of lift controller itself has independent shell and control panel usually, if install the utility model discloses can very violate and just not pleasing to the eye on the transparent mutual desk of electric lift, also can influence holistic desktop transparent effect. According to the utility model discloses transparent, succinct, brief design theory, the transparent mutual desk of electric lift has abandoned the lift controller of traditional electric lift table, all sets up all control button on the transparent desktop, and does not adopt the physics button that can press, but adopts and to pierce through the electric capacity button of transparent desktop, both can not destroy like this the wholeness of transparent desktop also can realize key control function. Preferably, the capacitor key group comprises a keyboard input enable key, a touch gesture input enable key, a bluetooth reset key, an ascending control key and a descending control key.

Further, transparent mutual desk of electric lift still includes the table leg small screen, and is preferred, the elevating system of liftable table leg for controlling the symmetry of both legs, an upper portion supporting beam includes a left supporting beam and a right supporting beam, a right supporting beam includes the right side post, the table leg small screen sets up the upper end at the right side post, with processing control module connects, and the user's permeable transparent desktop sees the content that shows on the table leg small screen, the table leg small screen is used for showing the system state information of transparent mutual desk of electric lift, system state information includes lift height information, lift process reminder information, each functional module's switching state information, keyboard pilot lamp information, current time information, current communication connection status information.

Further, the transparent mutual desk of electric lift still includes intelligent audio amplifier module, with processing control module connects, intelligent audio amplifier module includes speaker, microphone, the speaker with the microphone is all installed on the liftable table leg. The preferred bluetooth communication mode that adopts of intelligence audio amplifier module, its function is mainly two aspects, and one is as ordinary bluetooth audio amplifier and uses, and another function is exactly used for right other modules of transparent mutual desk of electric lift carry out voice control, for example control the lift of liftable table leg, the lift of lift socket module, and other functional module's switching etc. and specific voice control function and instruction can be set for according to actual need.

The utility model has the advantages that:

synthesize above-mentioned unique design and innovation, the utility model relates to a transparent mutual desk of electric lift has frameless transparent and tangible show interactive desktop, but electric lift's table leg, hide liftable socket and the wireless module of charging in the table leg and full touch-control operation's button control system to all opaque electronic components have all been hidden in the middle of the table leg supports, so the monoblock desktop all is transparent and frameless. Generally speaking, the transparent mutual desk of electric lift design is brief and feels very strong, and can carry out interactive operation and demonstration on the transparent desktop of no frame, supports table leg electric lift simultaneously, supports the electric lift of socket and wireless charging module, still supports speech control, consequently has very cool outward appearance effect and very strong science fiction.

It should be noted that, because the invention has many innovation points and functional modules, the beneficial effects of various details to be listed here will appear to be relatively complicated, therefore, the beneficial effects of the invention are not limited to the above description, and the beneficial effects can be understood by combining with specific technical solutions, and the invention content and the following embodiments of the invention are also inserted with descriptions of the technical effects and beneficial effects of a specific technical solution.

Drawings

Fig. 1 is a three-dimensional schematic view of an electric elevating transparent interactive desk of the present invention, wherein the elevating socket module is in a raised state, and the direction mark at the upper right corner of the drawing designates all directions mentioned in the present invention, and further, if the present invention is "top" or "top", the top is the same direction as the top in the direction mark; if "bottom" or "bottom" is present, the "bottom" is in the same direction as "down" in the orientation indicator. If "vertical" is present, the "vertical" direction is synonymous with the "up and down" direction in the direction label.

Fig. 2 is a three-dimensional schematic view of an electric elevating transparent interactive desk of the present invention, wherein the elevating socket module is in a non-elevated state, and the direction mark at the upper right corner of the drawing designates all directions mentioned in the present invention, and further, if the present invention is "top" or "top", the top is the same direction as the top in the direction mark; if "bottom" or "bottom" is present, the "bottom" is in the same direction as "down" in the orientation indicator. If "vertical" is present, the "vertical" direction is synonymous with the "up and down" direction in the direction label.

Fig. 3 is a schematic view of a part of the table legs of the electric lifting transparent interactive desk after the transparent desktop and the upper supporting beam are hidden, and the schematic structure of the electric lifting driving device for the table legs is also shown in the figure.

Fig. 4 is a schematic structural detail view of the table leg electric lifting driving device of the electric lifting transparent interactive desk of the utility model.

Fig. 5 is a schematic structural view of the lifting socket module of the electric lifting transparent interactive desk.

Fig. 6 is a schematic view of a first view angle structure of a left supporting beam of the upper supporting beam of the electric lifting transparent interactive desk.

Fig. 7 is a second view structural diagram of a left supporting beam of the upper supporting beam of the electric lifting transparent interactive desk.

Fig. 8 is a third view angle structure diagram of the left supporting beam of the upper supporting beam of the electric lifting transparent interactive desk of the present invention, wherein the view angle is used for showing the structure details of the bottom thereof.

Fig. 9 is an explosion diagram of the film-laminated structure of the transparent desktop of the electric elevating transparent interactive desk, showing the shapes and relative positions of the capacitive transparent touch film and the transparent reflective film and the transparent desktop.

Fig. 10 is a detailed schematic view of the structure and shape of the capacitive transparent touch film of the transparent interactive desk of the present invention.

Fig. 11 is a schematic view of the electric elevating transparent interactive desk, wherein the touch film of the capacitive transparent touch film is folded and mounted inside the upper supporting beam.

Detailed Description

The present invention will be described and explained in further detail with reference to embodiments, embodiments and the accompanying drawings, wherein the embodiments or the implementations are only some embodiments or implementations, but not all embodiments or implementations of the present invention. All other embodiments or implementations obtained by a person skilled in the art without any inventive work shall fall within the scope of protection of the present invention.

The following description of the embodiments of the present invention is merely exemplary in nature and is in no way intended to limit the invention, its application, or uses.

As shown in fig. 1-2, a transparent mutual desk of electric lift for realize the electric lift of transparent desktop 18 and the electric lift of lift socket module, and realize on the transparent desktop 18 with intelligent terminal between the touch-sensitive demonstration mutual, intelligent terminal both can be independent outside smart machines such as desktop computer, notebook computer, smart mobile phone, panel computer, smart television, intelligent wrist-watch, intelligent projector, the smart glasses of area display function, also can be integrated the utility model relates to a transparent mutual desk inside have mutual operating demand's smart machine of electric lift.

Implementation of liftable table legs

The height of the transparent table top 18 can be changed by the liftable table legs, and the liftable table is more and more popular in recent years due to the improvement of the requirements of people on office environment and ergonomics comfort. The advantage of liftable desk has a lot of, because the desktop height can go up and down, can adapt to the user of different heights, also can adapt to the chair of different heights, can also let the user official working with different postures simultaneously, for example sit for a long time can rise the desktop then stand up the official working, can effectively improve and alleviate because sit various harm that the official working brought the health for a long time like this.

The lifting driving modes of the lifting office table on the market are mainly divided into manual lifting and automatic lifting, and the automatic lifting is mainly divided into electric lifting and pneumatic lifting. The utility model relates to a transparent mutual desk of electric lift is because the main intelligent design of beating, is fit for being used for realizing intelligent control because electric lift is more simultaneously again, so the utility model discloses the lift drive mode of selection is electric lift.

Preferably, the liftable table legs comprise table leg fixing parts, table leg lifting parts and table leg electric lifting driving devices, wherein the table leg electric lifting driving devices are connected with the processing control module and can drive the table leg lifting parts to be lifted or lowered, so that the transparent table top 18 is lifted or lowered.

As shown in fig. 1-3, preferably, the liftable table legs of the present invention adopt a lifting structure with symmetrical left and right legs, including a left leg and a right leg, and a three-section lifting structure is selected due to the requirements of the structure and the lifting stroke. The left leg comprises a left bottom plate 1, a first left subsection 3, a second left subsection 5, a third left subsection 7 and a left supporting beam 9 from bottom to top in sequence; the right leg comprises a right bottom plate 2, a first right segment 4, a second right segment 34, a third right segment 8 and a right supporting beam 10 from bottom to top in sequence. The first left section 3, the second left section 5 and the third left section 7 are all hollow pipes, the first left section 3 is nested in the second left section 5, and the second left section 5 is nested in the third left section 7. The first left subsection 3 is fixed on the left bottom plate 1, and the lower surface of the left bottom plate 1 is in contact with the ground. The left support beam 9 is mounted on the upper end of the third left segment 7. The transparent table top 18 is supported by the upper surfaces of the left and right support beams 9, 10.

Since the right leg and the left leg are symmetrical, the installation and fixation relationship of each corresponding part of the right leg and the nesting relationship of each segment are the same as those of the left leg, and are not described in detail herein.

The fixed mounting has between the lower extreme of third left subsection 7 with third right subsection 8 table leg crossbeam 11, and table leg crossbeam 11 is inside hollow, and table leg crossbeam 11 both can play the effect of connecting fixed third left subsection 7 and third right subsection 8, and its inside cavity still can be used to lay the power supply and the signal circuit of connecting each electronic parts of left and right both legs, simultaneously projection module 12 also can install on the table leg crossbeam 11.

Because the projection module 12 is installed on the table leg beam 11, and the size of the projection picture of the projection module 12 can be changed along with the change of the projection distance, the use experience can be greatly influenced if the size of the projection picture is changed in the lifting process, and the change of the picture size is equivalent to the change of the picture and the resolution ratio, so that the touch instruction and the display content are not matched or even disordered. To ensure that the size of the image projected by the projection module 12 on the transparent table top 18 is unchanged, the distance between the projection module 12 and the transparent table top 18 must be maintained unchanged, and therefore the projection module 12 and the transparent table top 18 must be lifted synchronously, and thus, the table leg beam 11 is preferably installed between the lower ends of the third left segment 7 and the third right segment 8, which can ensure that the projection distance between the projection module 12 and the transparent table top 18 is not too short, which results in a small projection image size, and the projection module 12 and the transparent table top 18 can be lifted synchronously. Preferably, the left side of the leg cross member 11 is fixed to the left lug 702 at the lower end of the third left segment 7 by a screw, and the right side is fixed to the right lug at the lower end of the third right segment 8 by a screw. The right lug, not shown in the drawings, is completely symmetrical in structure and location to the left lug 702.

Because power supply and signal lines need to be arranged between the insides of the left and right legs and the insides of the table leg cross beam 11 and the sections of the left and right legs are nested and movable in the lifting process of the table leg, wiring grooves need to be arranged at corresponding positions on the pipes of the sections of the left and right legs so as to ensure that wires of the power supply and signal lines do not interfere with the sections of the left and right legs in the lifting process of the table leg. Wherein, a first left trunking 301 is provided on the first left subsection 3, a second left trunking 501 is provided on the second left subsection 5, and a third left trunking 701 is provided on the third left subsection 7. The right leg and the left leg are symmetrical, and the wiring grooves formed in the segments are also symmetrical to the left leg, which is not described herein again.

If divide according to table leg fixed part and table leg lift portion the structure of liftable table leg, the table leg fixed part includes left bottom plate 1, first left subsection 3, right bottom plate 2, first right subsection 4, table leg lift portion includes second left subsection 5, third left subsection 7, left supporting beam 9, second right subsection 34, third right subsection 8, right supporting beam 10. The second left section 5 and the third left section 7 jointly form a left lifting upright post, and the second right section 34 and the third right section 8 jointly form a right lifting upright post; the left support beam 9 and the right support beam 10 jointly constitute the upper support beam.

Upper support Beam embodiment

The upper supporting beam is perpendicular to the lifting upright column and is arranged at the upper end of the lifting upright column in a detachable fixing mode, and the transparent desktop 18 is fixed on the upper surface of the upper supporting beam. The upper supporting beam is a main supporting structure for supporting and fixing the transparent table top 18, meanwhile, the inside of the upper supporting beam is also a mounting position of a plurality of electronic components, and the wiring of the capacitive transparent touch film also passes through the inside of the upper supporting beam, so the upper supporting beam and the transparent table top 18 should be an integrated part after being produced, cannot be assembled and disassembled secondarily, and otherwise, the wiring of the capacitive transparent touch film is easily damaged. Just so, the upper portion supporting beam should adopt detachable fixed mode to install in the upper end of lift stand, can make whole transparent mutual desk of electric lift detachable like this, convenient packing and transportation, and the volume reduction that this kind of detachable design brought can also reduce the cost of packing and transportation in addition.

As shown in fig. 1-2 and 5-11, the upper support beam is composed of a left support beam 9 and a right support beam 10. Preferably, the shapes of the left support beam 9 and the right support beam 10 are kept the same, both ends of the left support beam are in the shape of an elongated flat box, the middle of the elongated flat box is in the shape of a square column in the vertical direction, the length direction of the elongated flat box is along the front-back direction, the width direction of the elongated flat box is along the vertical direction, the thickest thickness direction of the elongated flat box is along the left-right direction, the cross-sectional area of the square column and the cross-sectional areas of the third left section 7 and the third right section 8 are basically kept the same, and the extension of the third left section 7 and the third right section 8 in the vertical direction can be calculated.

Preferably, the left support beam 9 includes a left support beam front end 904, a left support beam rear end 903, i.e. the two ends of the left support beam are in the shape of a long flat box, and further includes a left square column 9013, i.e. the middle of the left support beam is in the shape of a square column. The middle of the left column 9013 is hollowed, and the hollowed part is a lifting socket mounting hole 907 for mounting the lifting socket module. The bottom of the lifting socket mounting hole 907 is also provided with a socket motor mounting hole 909, a guide rod hole 9011, a main wiring hole 908 in the vertical direction, and a front wiring hole 9010 and a rear wiring hole 9012 in the front-rear direction. Preferably, the inside of the front end 904 and the rear end 903 of the left support beam are hollow cavities, the cavity of the front end 904 of the left support beam is a front inner cavity 9015, and the cavity of the rear end 903 of the left support beam is a rear inner cavity 9014. Preferably, the lower portion of the rear cavity 9014 may be open. The front wiring hole 9010 can be communicated with the main wiring hole 908 and the front inner cavity 9015, and the rear wiring hole 9012 can be communicated with the main wiring hole 908 and the rear inner cavity 9014.

Preferably, the left side supporting beam 9 still includes the protruding 905 of square column on the vertical direction, the protruding 905 of square column is located the lower extreme of left post 9013 of left side supporting beam 9 for install left side supporting beam 9 realize location and fixed effect when going up on the third left subsection 7, be equipped with a plurality of screw holes 906 on four cylinders of the protruding 905 of square column be equipped with corresponding screw through-hole on the third left subsection 7, screw hole 906 with the screw through-hole is used for with left side supporting beam 9 installs on the third left subsection 7.

Preferably, a tail-throwing groove 901 is formed in the right edge of the rear end 903 of the left support beam, the tail-throwing groove 901 is in a narrow and long strip shape, the length direction of the tail-throwing groove 901 is parallel to the front-back direction, and the tail-throwing 3201 of the touch film can enter the rear inner cavity 9014 through the tail-throwing groove 901.

Preferably, a speaker hole array 902 is further disposed on the rear end 903 of the left support beam, and is used as a speaker sound outlet hole of the smart speaker module.

Preferably, a main power line passage hole 9016 is further provided in the foremost part of the left support beam front end 904. The power cord of the main power supply 20 of the electric lifting transparent interactive desk passes through the main power cord through hole 9016 and enters the front inner cavity 9015. The reason why the main power cord passing hole 9016 is provided in the left support beam 9 is that, in the preferred embodiment of the present invention, the lift jack module is located in the left support beam 9, and the voltage of the ac power jack of the lift jack module should be identical to the household ac power, and the main power cord passing hole 9016 provided in the left support beam 9 can make the main power supply 20 closer to the lift jack module, thereby reducing the routing distance of the main power cord. And the electric lifting transparent interactive desk can be more attractive by arranging the main power line through hole 9016 at the forefront of the front end 904 of the left support beam.

The right support beam 10 is substantially identical to the left support beam 9 in outline, and the right support beam 10 includes a right column 10013 symmetrical to the left column 9013, a right support beam front end 1004 symmetrical to the left support beam front end 904, and a right support beam rear end 1003 symmetrical to the left support beam rear end 903.

Table leg electric lifting driving device implementation mode

The table leg electric lifting driving device comprises a speed reducing motor and a push rod, and a main shaft of the speed reducing motor is coaxial with the push rod. Owing to adopted the both legs structure, consequently gear motor includes left gear motor, right gear motor, the push rod includes left push rod, right push rod.

Preferably, when the lifting table legs adopt the three-section lifting structure, the push rod adopts a double-lead-screw embedded structure in order to match the three-section lifting structure. Taking the lifting driving device of the left leg as an example, as shown in fig. 1-4, the left push rod includes a first left screw 26, a second left screw 27, a first left nut 24, and a second left nut 25. The left speed reducing motor comprises a left motor 21, a left speed reducing box 22 and a left motor fixing part 23. The left motor 21 and the left reduction gearbox 22 are of an integrated structure and are fixed on the inner wall of the third left segment 7 through a left motor fixing part 23. The upper end of first left lead screw 26 with the output shaft fixed connection of left reducing gear box 22, first left lead screw 26 with second left lead screw 27 adopts the coaxial nested design of two lead screws, and first left lead screw 26 nestification is in second left lead screw 27, and the benefit of this kind of double lead screw nested design lies in, because two lead screws drive simultaneously goes up and down, and total lift stroke is the stack of two lead screw lift strokes, consequently for simple single lead screw structure, can be under the short limited condition of liftable table leg minimum height, improve the lift stroke by a wide margin, just can realize that transparent desktop 18's short enough is down to the minimum state, and the maximum state is high enough, improves the lift height range of electronic lift transparent interactive desk.

The first left nut 24 and the first left lead screw 26 form a set of lead screw nut kinematic pair, and the fixed part of the first left nut 24 is installed at the upper end of the second left segment 5 through a screw. The second left nut 25 and the second left lead screw 27 form a group of lead screw nut kinematic pairs, and the fixed part of the second left nut 25 is mounted at the upper end of the first left segment 3 through a screw.

The left reduction box 22 converts the high rotation speed and low torque output by the left motor 21 into a low rotation speed and high torque, and outputs the low rotation speed and high torque to the first left lead screw 26, the first left lead screw 26 drives the second left lead screw 27 nested on the first left lead screw to rotate together, and simultaneously, the second left lead screw 27 moves up and down relative to the first left lead screw 26, the rotation of the first left lead screw 26 can enable the first left nut 24 to move up and down relative to the first left lead screw 26, and the rotation of the second left lead screw 27 can enable the second left nut 25 to move up and down relative to the second left lead screw 27. Because the first left nut 24 is fixed at the upper end of the second left segment 5, the second left nut 25 is fixed at the upper end of the first left segment 3, the left motor fixing part 23 is fixed on the inner wall of the third left segment 7, the first left segment 3 is fixed on the left bottom plate 1, and the left bottom plate 1 is placed on the ground and cannot move up and down, the result caused by the relative movement in all the up and down directions is that when the left motor 21 rotates in the direction of the instruction for driving the transparent desktop 18 to ascend, the second left segment 5 moves up relative to the first left segment 3, and the third left segment 7 also moves up relative to the second left segment 5, so that the transparent desktop 18 ascends; when the left motor 21 rotates in the direction of the instruction for driving the transparent table top 18 to descend, the second left segment 5 moves downward relative to the first left segment 3, and the third left segment 7 moves downward relative to the second left segment 5, so that the transparent table top 18 descends.

Still taking the left leg as an example, in order to facilitate wiring inside the left leg and the right leg of the liftable table leg and prevent interference and friction of each segment on the wire of the power supply and signal line when the first left segment 3, the second left segment 5 and the third left segment 7 move relatively in the lifting process, the left motor fixing part 23 is provided with a fourth left wire casing 2301, the first left nut 24 is provided with a fifth left wire casing 2401, and the second left nut 25 is provided with a sixth left wire casing 2501. Preferably, the fourth left wire slot 2301, the fifth left wire slot 2401 and the sixth left wire slot 2501 are located at the same position in a plan view, so that the wires of the power supply and signal lines can pass through the fourth left wire slot 2301, the fifth left wire slot 2401 and the sixth left wire slot 2501 in a straight manner without being bent. Because the right leg is symmetrical to the left leg, the wiring groove in the right leg is also symmetrical to the left leg, and the description is omitted here.

Preferably, the table leg electric lifting driving device also can not be directly connected with the processing control module, but is connected with the processing control module through a table leg lifting control card specially adapted, and the table leg lifting control card is usually specially adapted by a manufacturer of the table leg electric lifting driving device and is used for controlling the rotation of the left speed reduction motor and the right speed reduction motor and simultaneously ensuring the synchronism of the driving lifting of the left speed reduction motor and the right speed reduction motor.

Transparent desktop implementation

The transparent tabletop 18 is made of transparent materials. It should be noted that the transparent material does not need to be transparent in a strict sense, and the color thereof is not limited, and the material can be regarded as the transparent material of the present invention as long as the material has a light transmittance. For example, light frosted transparent glass is not strictly transparent, but can be regarded as the transparent material of the present invention because it also has the light transmission capability. Of course, the higher the light transmittance, the closer to the colorless and transparent material, the more suitable it is for making the transparent table top 18. The transparent material of the utility model can be made of transparent glass, transparent resin, transparent plastic and other common natural transparent materials and artificial transparent materials. If the utility model discloses a simple change on the basis the kind of transparent material also should fall into the protection scope of the utility model.

The transparent tabletop 18 is preferably made of transparent glass. Among common transparent materials, glass has the characteristics of high hardness and high light transmittance, and is not easy to scratch and damage in the using process, so that the transparent glass can enhance the durability of the transparent table top 18 and is easy to clean. In order to enhance the mechanical properties of the transparent tabletop 18, the transparent tabletop 18 may also be made of tempered transparent glass, and if the toughness and strength are further enhanced, the transparent tabletop may also be made of laminated transparent tempered glass. If the requirements on the smooth degree of the sliding operation of the finger on the transparent tabletop 18, difficulty in sticking the fingerprint, convenience in cleaning and the like are met, the surface of the transparent glass can be coated with an oil-repellent layer, coated with a film or subjected to other surface treatment.

As shown in fig. 1, 2 and 3, the transparent table top 18 is fixed to the upper surface of the upper support beam, preferably by gluing. When the transparent desktop 18 is made of transparent glass and the upper surface of the upper supporting beam is made of metal, preferably, the glue used for bonding is UV shadowless glue, which is also called photosensitive glue or ultraviolet curing glue and is an adhesive which can be cured only by ultraviolet irradiation, and is particularly suitable for bonding between glass and metal, and the glue is transparent, large in bonding force, firm and stable.

Capacitive transparent touch film embodiment

As shown in fig. 9 and 10, preferably, the capacitive transparent touch film 32 is attached to the lower surface of the transparent desktop 18, the capacitive transparent touch film 32 includes a touch film body 3203, a touch film tail 3201, and a touch sensing area 3204, and the touch sensing area 3204 is an area on the capacitive transparent touch film 32 where a touch capacitance signal can be sensed. Preferably, the touch film whip 3201 penetrates through the whip slot 901 from a position where the transparent desktop 18 contacts the left support beam 9 to enter the rear inner cavity 9014 of the left support beam 9, so that the touch film whip 3201 is invisible, and a hiding effect of the touch film whip 3201 is visually realized.

Because the tail 3201 of the touch film needs to be connected with the touch control card 35 to realize the touch function, preferably, the rear inner cavity 9014 is an openable structure, and when the rear inner cavity 9014 is opened, the touch control card 35 can be installed in the rear inner cavity 9014 after being connected with the tail 3201 of the touch film, so that the hiding effect of the touch control card 35 is also realized. Preferably, the touch control card 35 is connected to the processing control module.

According to the prior art, the technical scheme that present capacitanc transparent touch membrane is commonly used mainly has nanometer copper line scheme, nanometer silver line scheme, ITO indium tin oxide scheme, adopts special line printing or wiring technology to produce the transparent and multi-touch's of support nanometer touch-sensitive circuit of whole visual effect promptly on transparent film surface or inside, and this nanometer touch-sensitive circuit is connected with the touch control card through the touch membrane fedback, generally need arrange FPC flexible circuit board and golden finger contact so that make on the touch membrane fedback the capacitanc transparent touch membrane 32 can be connected with the touch control card, and FPC and golden finger contact are all opaque, because the utility model discloses need reach the requirement that the desktop is transparent and the design is succinct pleasing to the eye, so need hide the touch membrane fedback. Likewise, the touch control card is also opaque and therefore needs to be hidden.

According to the property of the FPC flexible circuit board, the tail flicking of the touch film is relatively fragile and cannot be bent with large curvature. Present touch membrane whipping on the market all is the standard product, and its length is longer usually, if will be applied to the utility model discloses, the problem that must solve is how perfectly to hide in the upper portion supporting beam touch membrane whipping, still can not lead to touch membrane whipping to take place big curvature simultaneously and buckle. Because the left support beam 9 and the right support beam 10 are symmetrical, taking the touch film swing hidden inside the left support beam 9 as an example, two selectable positions capable of accommodating the touch film swing 3201 inside the left support beam 9 are provided, namely a rear inner cavity 9014 or a front inner cavity 9015, and the rear inner cavity 9014 and the front inner cavity 9015 are the same in size, but because a power line of the main power supply 20 needs to be arranged inside the front inner cavity 9015, preferably, the touch film swing 3201 is hidden inside the rear inner cavity 9014 rather properly. The left and right dimensions of the rear cavity 9014 are very limited, and the up and down dimensions of the rear cavity 9014 are also limited, when the length of the tail 3201 of the touch film is long, if the tail 3201 of the touch film is to be hidden in the rear cavity 9014, the tail 3201 of the touch film must be bent, and meanwhile, the bending curvature must not be too large, otherwise, an internal circuit of the tail 3201 of the touch film is broken, so that a preferable hiding method of the tail 3201 of the touch film is as follows:

the lower portion of the rear inner cavity 9014 is openable, the capacitive transparent touch film 32 is attached to the lower surface of the transparent desktop 18, the touch film tail 3201 is bendable and movable due to no glue, the touch film tail 3201 penetrates through the tail groove 901 in the left support beam 9 and enters the rear inner cavity 9014, then penetrates through the opening which is opened in the lower portion of the rear inner cavity 9014, then the gold finger contacts on the touch film tail 3201 are fixed on the touch control card 35 through the buckles on the touch control card 35, and then the touch film tail 3201 is folded according to the bending method shown in fig. 11. After the touch film drift 3201 and the touch control card 35 are placed in the rear inner cavity 9014 by the method, an opening opened below the rear inner cavity 9014 can be sealed to protect internal components and improve the integrity of the structure and the appearance.

It should be noted that the capacitive transparent touch film may be disposed on the lower surface of the transparent table top 18, or may be disposed on the upper surface of the transparent table top 18, or even when the transparent table top 18 is a double-layer transparent material, the capacitive transparent touch film may be disposed in an interlayer of the double-layer transparent material. Under the condition of not paying out other creative labor, the arrangement position and the arrangement mode or the process of the capacitance type transparent touch film are simply changed and all the capacitance type transparent touch film fall into the protection scope of the utility model.

Projection module and transparent reflective film implementation mode

Due to the high light transmission and low diffuse reflection of common transparent materials, the projection of the picture on the transparent tabletop 18 is realized, and the problem exists that most of the light projected on the transparent tabletop 18 directly passes through the transparent tabletop 18 and is difficult to form an image on the transparent tabletop 18, so that the projection effect is poor, and the picture is unclear.

As shown in fig. 1, fig. 2, and fig. 9, in order to achieve a good projection effect on the transparent desktop 18, the present invention further includes a projection module 12 and a transparent reflective film 33, the projection module 12 is disposed under the transparent desktop 18, the transparent reflective film 33 is disposed on the transparent desktop 18, and the projection module 12 can project multimedia pictures on the transparent reflective film 33 of the transparent desktop 18. Preferably, the projection module 12 is mounted on the leg beam 11 with its projection direction facing the area of the lower surface of the transparent tabletop 18. Preferably, the projection module 12 is a projector.

The transparent reflective film 33 may be a commercially available transparent projection film, also called a holographic projection film, which is transparent or semi-transparent and has good reflective properties. Taking the material of the transparent desktop 18 as an example of common glass, when a projection device such as a projector is used to project a picture onto the glass attached with the transparent reflective film, the picture will be much brighter than that directly projected onto the common glass, and is closer to the effect of screen display.

The transparent reflective film 33 may be disposed on the upper surface of the transparent table top 18 or may be disposed on the lower surface of the transparent table top 18. The transparent reflective film 33 may be disposed by pasting or directly plated on the transparent table top 18 by a plating process.

Transparent display Module implementation

The transparent display module comprises a transparent display panel and a display control module, the transparent display panel is arranged on the transparent desktop 18 and can be used for displaying pictures, and the display control module is connected with the processing control module. It is that the picture display is carried out at transparent desktop 18 to adopt projection module and transparent reflectance coating 33 to realize in the foregoing the utility model discloses realize one of them technical scheme of transparent display, also be a transparent display scheme of present relatively economy, its cost is lower relatively, nevertheless compares the effect with real screen display and still wants to be inferior to a little, and its resolution ratio, luminance, color accuracy, color saturation all are difficult to compare favourably with high-quality display screen. The scheme with the better display effect is that the transparent display panel is directly adopted, the current transparent display panel scheme is mainly an OLED transparent display screen, and the current OLED transparent display scheme can be made into a hard transparent display screen and also can be made into a flexible transparent display screen. Certainly, the cost of the transparent display panel is very high at present, but along with the iteration and the progress of the technology, the cost can be gradually reduced, and the transparent display scheme of the desktop becomes a selectable scheme of the utility model.

Preferably, the transparent display panel may be disposed on the upper surface of the transparent table top 18, or may be disposed on the lower surface of the transparent table top 18, and when the transparent table top 18 is a double-layer transparent material, the transparent display panel may also be embedded in an interlayer of the double-layer transparent material. Under the condition of not paying out other creative labor, the setting position and the setting mode or the process of the transparent display panel are simply changed and all the transparent display panel is required to fall into the protection scope of the utility model.

Film material shape and pasting film implementation mode of capacitance type transparent touch film and transparent reflection film

As shown in fig. 1, 2, 9 and 10, preferably, in the present invention, the capacitive transparent touch film 32 is attached to the lower surface of the transparent table top 18, and the transparent reflective film 33 is attached to the lower surface of the capacitive transparent touch film 32. Because in the utility model discloses, transparent desktop 18 with fixed mode between the upper portion supporting beam's the upper surface is for splicing, in order to guarantee transparent desktop 18 can directly with upper portion supporting beam's upper surface contact, at transparent desktop 18 with the position department of upper portion supporting beam contact, touch membrane grooving 3202 has been seted up to capacitanc transparent touch membrane 32, reflective membrane grooving 3301 has been seted up to transparent reflective membrane 33.

In order to facilitate the routing of the nano touch sensing circuit and save the production cost of the capacitive transparent touch film 32, and for aesthetic reasons, the shape of the film material of the capacitive transparent touch film 32 should be as same as the shape of the transparent table top 18 as possible, so the shape of the capacitive transparent touch film 32 and the routing area of the touch sensing circuit therein need to be specially designed. Due to the existence of the touch film grooves 3202, it is preferable that, as shown in fig. 9 and 10, the trace area of the nano touch sensing circuit on the capacitive transparent touch film 32 is preferably the area where the touch sensing area 3204 is illustrated in fig. 10. Because the tail 3201 of the touch film exists, the left side part of the capacitive transparent touch film 32 cannot be symmetrical with the right side, preferably, after the capacitive transparent touch film 32 is attached to the lower surface of the transparent desktop 18, the left side edge 3206 of the touch film is just attached to the right side edge of the upper surface of the left support beam 9, and in addition, a left column passing groove 3205 is further formed in the middle of the left side edge 3206 of the touch film for ensuring that the upper surface of the left column 9013 can pass through the capacitive transparent touch film 32 and be in direct contact with the transparent desktop 18.

Because the left side part of the capacitive transparent touch film 32 cannot be symmetrical with the right side, the left side of the capacitive transparent touch film may be beautiful after being pasted, and preferably, the left side asymmetrical part can be completed by a film material which is the same as the base material of the capacitive transparent touch film 32, and the capacitive transparent touch film is well spliced and pasted on the lower surface of the transparent table top 18, so that the visual beauty and coordination are achieved.

Lifting socket module implementation mode

As shown in fig. 1, 2, 5, 6 and 7, the lifting socket module includes a socket body 13, a socket lifting driving module, and a socket lifting control module. Taking the example that the lifting socket module is located at the upper end of the left leg, a lifting socket mounting hole 907 is arranged on the left support beam 9, the lifting socket mounting hole 907 is coaxial with the third left segment 7, and the socket body 13 is mounted in the lifting socket mounting hole 907. The socket lifting control module is connected with the processing control module.

The socket body 13 is controlled by the socket lifting control module to realize lifting of the socket lifting driving module, and a plurality of charging jacks are arranged on the side face of the socket body 13. Preferably, the plurality of charging jacks are distributed on four side surfaces of the socket body 13, and include a plurality of household alternating current jacks 1301, a plurality of USB charging outlets 1302, and a plurality of typeC charging outlets 1303.

Preferably, the socket lifting driving module adopts an electric lifting driving mode and comprises a socket motor 30, a socket motor reduction box 29, a socket lifting screw 28 and a socket lifting nut 31, the socket lifting nut 31 is fixed in a socket lifting nut mounting hole 1304 at the lower end of the socket body 13, the socket motor 30 is fixed in a socket motor mounting hole 909 of the left support beam 9, the socket motor reduction box 29 converts the high rotating speed and low torque of the socket motor 30 into the low rotating speed and high torque and outputs the low rotating speed and high torque to the socket lifting screw 28, and the socket lifting nut 31 can move up and down due to the rotation of the socket lifting screw 28, so that the socket body 13 is driven to lift.

In order to make the up-and-down movement of the socket body 13 smoother, the up-and-down movement of the socket body may be guided by a guide rod 1306, preferably, the guide rod 1306 is located on the socket body 13, a corresponding guide rod hole 9011 is provided in the left support beam 9, the guide rod 1306 and the guide rod hole 9011 are fitted with a gap, and lubrication, for example, lubrication oil or grease may be added between the guide rod 1306 and the guide rod hole 9011 in order to make the up-and-down movement of the guide rod 1306 in the guide rod hole 9011 smoother.

The states of the lifting socket module comprise a lifting state and a non-lifting state, in the non-lifting state, the lifting socket module is hidden in the lifting socket mounting hole 907, the transparent table 18 is provided with a socket through hole 1801 above the lifting socket mounting hole 907, the lifting socket module can pass through the socket through hole 1801 to be lifted, and when the lifting socket module is lifted to the lifting state, a plurality of charging jacks on the side face of the lifting socket module are all exposed and can be used for charging other equipment.

Preferably, the lifting of the lifting socket module is controlled by capacitance touch. Preferably, a lifting socket capacitance control button is provided below the upper surface of the lifting socket module, and when a double-click touch operation is performed on the upper surface of the lifting socket module, the lifting socket module can be changed from a non-lifted state to a lifted state, or from a lifted state to a non-lifted state. Preferably, the lifting socket capacitance control key is connected with the processing control module.

Keyboard pattern implementation mode

As shown in fig. 1 and fig. 2, the keyboard pattern 19 of the present invention is disposed on the transparent desktop 18, and the position of the keyboard pattern is located in the effective sensing area of the capacitive transparent touch film. From the arrangement position of the keyboard pattern 19, the keyboard pattern 19 can be arranged on the upper surface of the transparent table top 18, also can be arranged on the lower surface of the transparent table top 18, and also can be embedded in the transparent table top 18 in the production process. From the perspective of the process and method for disposing the keyboard pattern 19, the keyboard pattern 19 may be a permanent pattern printed, pasted or etched on the transparent desktop 18, a static or dynamic pattern projected on the transparent desktop 18 by the projection module 12, or a static or dynamic pattern displayed on the transparent desktop 18 by the transparent display module.

Wireless charging output module implementation mode

As shown in fig. 1 and 2, preferably, the wireless charging output module 14 is disposed at an upper end of the lifting socket module, and can charge other devices needing wireless charging placed above the lifting socket module regardless of whether the lifting socket module is in an un-lifted state or a lifted state. Preferably, the upper surface of the wireless charging output module 14 is further provided with a layer of glass cover plate, when the lifting socket module is not lifted, the upper surface of the glass cover plate on the wireless charging output module 14 is flush with the upper surface of the transparent desktop 18, so that the lifting socket module, the wireless charging output module 14 and the transparent desktop 18 are integrated in a visual effect, and the integrity and the simplicity of the appearance are improved.

Capacitor key set implementation mode

As shown in fig. 1 and fig. 2, preferably, the capacitor key group 15 is disposed at an end of the upper surface of the right supporting beam 10 close to a user at the office table, and includes a plurality of capacitor keys, and the user can perform key touch operation on each capacitor key through the transparent table top 18. Preferably, the capacitor key group includes a keyboard input enable key, a touch gesture input enable key, a bluetooth reset key, an ascending control key, a descending control key, a projector switch key, and may further include a socket ascending control key. The keyboard input enabling key is used for opening and closing a keyboard input function of a keyboard pattern 19 on the transparent desktop 18, the touch gesture input enabling key is used for opening and closing the touch gesture input function on the transparent desktop 18, the Bluetooth resetting key is used for enabling system Bluetooth of the electric lifting transparent interactive desk to rebroadcast and match with other intelligent equipment, the ascending control key and the descending control key are used for controlling the height of the transparent desktop 18 of the electric lifting transparent interactive desk, the projection switch key is used for opening and closing the projection function of the projection module 12, and the socket lifting control key is used for controlling the lifting of the lifting socket module.

Preferably, in order to give consideration to the characteristics of preventing accidental touch and being convenient to use, the triggering modes of the keyboard input enabling key, the touch gesture input enabling key, the Bluetooth resetting key, the projector switch key and the socket lifting control key are all triggered under the condition of touching, and the triggering modes of the lifting control key and the falling control key are triggered under the condition of not loosening after touching for two times.

Preferably, all the capacitor keys of the capacitor key group 15 are provided with backlight, and the backlight is used for improving the visual effect on one hand and is convenient to use when the ambient light is poor on the other hand.

Preferably, the capacitor key group 15 is disposed on an elongated PCB, which is called a capacitor key platelet. Preferably, the capacitance key small plate is connected with the processing control module.

Implementation of physical key set

As shown in fig. 1 and fig. 2, preferably, the present invention further includes an entity button group 16, where the entity button group 16 includes a plurality of entity buttons, and is disposed on the right side of the right supporting beam 10. The entity key group 16 is mainly used as a backup of the capacitor key group 15, and the number, function and arrangement sequence of the entity key group are all the same as those of the capacitor key group 15, so as to meet the needs of users who are not used to or dislike the operation of the capacitor keys. Preferably, the entity key group 16 is connected with the processing control module.

Implementation of table leg and small screen

Preferably, the electric lifting transparent interactive desk further comprises a small screen 17 of the desk legs. Preferably, the table leg small screen 17 is arranged at the upper end of the right column 10013, the contents displayed on the table leg small screen 17 can be seen through the transparent desktop 18, the table leg small screen 17 is used for displaying the system state information of the electric lifting transparent interactive desk, and the system state information comprises lifting height information, lifting process prompt information, opening and closing state information of each functional module, keyboard indicator light information, current time information, current communication connection state information and the like.

Preferably, the keyboard indicator light information includes a Caps Lock indicator light Caps Lock, a numeric keypad indicator light Num Lock, and a Scroll Lock indicator light Scroll Lock. When the corresponding indicator light starting key is clicked in the keyboard pattern 19, the corresponding indicator light information is displayed on the table leg small screen 17.

Preferably, the table leg small screen 17 is connected with the processing control module.

Intelligent speaker module implementation mode

The intelligent sound box module comprises a loudspeaker and a microphone. Preferably, the loudspeaker and the microphone are both arranged on the liftable table legs. Preferably, there are two speakers to form a stereo dual speaker, including a left speaker and a right speaker, which are symmetrically arranged, the left speaker is installed in the rear cavity 9014 near the position of the sound emitting hole array 902, and the sound emitted by the left speaker is transmitted toward the sound emitting hole array 902. The microphone is used as sound pickup equipment controlled by voice input. The voice input control comprises controlling other modules of the electric lifting transparent interactive desk, such as lifting of lifting desk legs, lifting of a lifting socket module, keyboard input enabling, touch gesture input enabling, opening and closing of a projection function module and the like. Preferably, the intelligent sound box module is connected with the processing control module.

Processing control Module implementation

The processing control module at least has the capability of data analysis processing and control, and can realize the transmission of data and control information with other intelligent terminal equipment through the communication module. The processing control module can be a general-purpose chip, such as a Central Processing Unit (CPU), a microprocessor MCU, etc., or a special processing control chip. Preferably, the utility model discloses still include the mainboard, processing control module is located on the mainboard. The utility model discloses not injectd processing control module's type the utility model discloses a simply change on the basis processing control module's type all should work as falling into the utility model discloses a protection scope.

Storage module implementation

The storage module may be a ROM (read only memory), a RAM (random access memory), a nonvolatile memory such as a hard disk, or the like. The storage module may be a memory independent from the process control module, or may be integrated on the same chip with the process control module. The utility model discloses it is not limited storage module's type the utility model discloses a simply change on the basis storage module's type, packaging method, integrated mode all should work as falling into the utility model discloses a protection scope.

Communication module implementation

The communication module is connected with the processing control module and used for enabling the electric lifting transparent interactive desk to be capable of carrying out interactive communication with other intelligent terminal equipment. The communication module can be a wireless communication module, such as a bluetooth module, a WiFi module, and the like, and can also be a wired communication module. The communication module may be an independent module independent from the processing control module, or may be integrated on the same chip as the processing control module. The utility model discloses it is not limited communication module's concrete type with the communication technology that communication module adopted. The utility model discloses a simply change on the basis communication module's type and the communication technology who adopts all should work as falling into the utility model discloses a protection scope.

Power supply module and implementation mode of power supply scheme of each functional module

The power supply module is used for providing power. The domestic alternating current that is connected to main power supply 20 is taken as an example, and main power supply 20's power cord follows the main power cord through hole 9016 that left supporting beam front end 904 forefront gets into the preceding inner chamber 9015 of left supporting beam 9, is provided with power adaptation device in preceding inner chamber 9015, can be with the domestic alternating current conversion output that main power supply 20 connects do the utility model discloses the required voltage and the power of each module of transparent mutual desk of electric lift, for example, export for being used for table leg lift drive about gear motor need 24V's DC. Besides the left and right decelerating motors, the projection module 12, the socket motor 30, the smart speaker module, the wireless charging output module, the USB charging output port 1302, and the typeC charging output port 1303 also need to be powered by the power adapter, and in addition, the motherboard and the table leg lifting control card also need to be powered by the power adapter.

Since the power source required for the AC home jack 1301 of the riser outlet module is AC home AC, this portion can be supplied directly through the main power source 20 without passing through the power adapter.

The touch control card 35, the small capacitive button plate and the small table leg screen 17 can be directly powered by the main board because the required power is not high.

Interactive implementation mode for keyboard input

And coordinate coding is carried out on the position area corresponding to each key pattern on the keyboard pattern 19, and the position area is stored in the storage module after being mapped one by one with the key instruction of each key. And the processing control module continuously monitors the touch capacitance signal sensed by the capacitance type transparent touch film.

When a user carries out keyboard input operation, a certain key pattern on a keyboard pattern 19 of a transparent desktop 18 is clicked by a finger, a capacitive transparent touch film senses that a touch capacitance signal appears at the position of the key pattern, the processing control module determines that the touch capacitance signal appears on the key pattern of the keyboard pattern 19 through coordinate code matching, the touch capacitance signal disappears within a time range which is less than or equal to a first time threshold value after the touch capacitance signal appears, the touch capacitance signal is regarded as triggering a key instruction corresponding to the key pattern, and the processing control module transmits the key instruction to the intelligent terminal through the communication module, namely, one-time keyboard input interaction is realized.

It should be noted that, the first time threshold is selected and adjusted according to the actual required key input feedback speed and sensitivity, and the present invention is not limited thereto. Preferably, the first time threshold is 100 milliseconds.

Mouse and touch gesture interactive implementation mode

Mouse and touch gesture interactive operation is carried out on the transparent desktop 18, and the operation logic can refer to the gesture operation of the notebook computer touch pad. Common touch gesture, that is the utility model discloses in the touch operation event, according to the finger quantity of participating in touch operation, the number of times of clicking, whether slide, whether long touch comes the categorised words mainly including four types: click events, click slide events, slide touch events, long touch events;

wherein the click event comprises: single-finger single click, double-finger single click, three-finger single click, and four-finger single click; two continuous clicks are performed by a single finger, two continuous clicks are performed by two fingers, two continuous clicks are performed by three fingers, and two continuous clicks are performed by four fingers; three continuous clicks are performed by a single finger, three continuous clicks are performed by two fingers, three continuous clicks are performed by three fingers, and three continuous clicks are performed by four fingers; each click event comprises the information of the number of fingers participating in clicking and the information of the number of continuous clicks, and also comprises the position and the time sequence information of each click of each finger;

the click swipe event includes: the single finger slides after two continuous clicks, the double finger slides after two continuous clicks, the three finger slides after two continuous clicks, and the four finger slides after two continuous clicks; each click sliding event comprises the information of the number of fingers participating in click sliding and the information of the number of continuous clicks, and also comprises the information of the position and the time sequence of each click of each finger, the initial position of each finger sliding, the displacement and the time sequence of each finger sliding;

the sliding touch event includes: single-finger sliding, double-finger same-direction sliding, double-finger opposite-direction sliding, double-finger reverse sliding, three-finger same-direction sliding and four-finger same-direction sliding; each sliding touch event comprises the information of the number of fingers participating in sliding touch, and also comprises the information of the initial position, direction, displacement and time sequence of sliding of each finger;

the long touch event comprises: single-finger long touch, double-finger long touch, three-finger long touch, and four-finger long touch; each long touch event includes, in addition to the number of fingers participating in the long touch, the location and timing information of the long touch for each finger.

Common mouse and touch gesture control commands include: clicking, double clicking, right clicking, dragging, cursor moving, page scrolling up, page scrolling down, middle key pressing, middle key dragging, picture zooming in, picture zooming out, switching to a previous page, switching to a next page, switching to a multitask view, switching to a desktop view, switching to a previous application, switching to a next application, turning up the volume, turning down the volume, switching to a previous song, switching to a next song, playing progress bar forwarding, playing progress bar backing, quick call-out search box, quick screen capture, full screen translation.

The touch operation events on the transparent desktop 18 are defined logically to obtain a corresponding relationship set of various touch operation events and control instructions, and the corresponding relationship set is called a preset operation logic instruction set. Storing the preset operation logic instruction set in the storage module.

Different touch operation actions performed on the transparent desktop 18 correspond to different touch capacitance signal state information, the state information of the touch capacitance signals comprises the number of contacts and corresponding time sequence data, the position of each contact and corresponding time sequence data, the state information of the touch capacitance signals and the touch operation actions performed on the transparent desktop 18 are preset correspondingly, a touch operation event set mapped by the state information of the touch capacitance signals is obtained, and the touch operation event set and the mapping relation are stored in the storage module.

When a user interacts with a mouse or touch gesture on the transparent desktop 18, the capacitive transparent touch film passes through successive samples, single or multiple touch capacitance signals generated by one or more fingers in the touch sensitive area 3204 of the transparent desktop 18 and movement data of the touch capacitance signals can be collected, the processing control module analyzes and processes the data of the touch capacitance signals, determining which touch operation event the touch operation being performed belongs to through a mapping relation between the touch operation event and the state information of the touch capacitance signal, and determining a control instruction corresponding to the touch operation event according to the preset operation logic instruction set, the control instruction is transmitted to the controlled intelligent terminal through the communication module, and the intelligent terminal receives the control instruction and then carries out corresponding response, namely, input interaction of a mouse or a touch gesture is realized.

Projection screen interactive implementation

With the projection module 12 and the transparent reflective film, the transparent desktop 18 becomes a touch screen-like panel having both touch interaction capability and screen display function. If the multimedia picture source projected by the projection module 12 is an interactive picture, touch interactive operation with the projected picture can be realized in the projection imaging area by defining touch interactive logic in the projection imaging area, which is similar to the operation of a touch mobile phone, a touch tablet computer and a notebook computer with a touch screen function. The method comprises the following specific steps:

defining a touch operation event in the projection imaging area to obtain a corresponding relation set of the touch operation event occurring in the projection imaging area and a control instruction for the projected multimedia picture, wherein the corresponding relation set is called a preset projection interactive logic instruction set; the capacitive transparent touch film monitors a touch operation event occurring in the projection imaging area through monitoring a touch capacitance signal in the projection imaging area and analyzing by the processing control module, the touch operation event is matched with a control instruction in the preset projection interaction logic instruction set to obtain a control instruction corresponding to the current touch operation event, and the communication module transmits the control instruction to an intelligent terminal providing a multimedia picture to realize projection interaction.

Claims

1. An electric lifting transparent interactive office table is characterized by comprising lifting table legs, a transparent table top (18), a capacitive transparent touch film (32), a processing control module, a storage module, a communication module and a power supply module, wherein the lifting table legs are used for supporting the transparent table top (18) and lifting the height of the transparent table top (18); the lifting table legs comprise table leg fixing parts, table leg lifting parts and table leg electric lifting driving devices, and the table leg electric lifting driving devices are connected with the processing control module and can drive the table leg lifting parts to lift or lower, so that the transparent table top (18) is lifted or lowered; the transparent desktop (18) is designed without a frame and is made of transparent materials; the capacitive transparent touch film (32) is arranged on the transparent desktop (18) and is connected with the processing control module; the storage module is connected with the processing control module; the communication module is connected with the processing control module; the power supply module is used for providing power.

2. The transparent interactive desk of claim 1, wherein the table leg lifting part comprises a lifting column, the table leg lifting driving device comprises a gear motor and a push rod, a main shaft of the gear motor is coaxial with the push rod, the lifting column is a vertical column part on the table leg lifting part, and the gear motor and the push rod are both installed in the lifting column.

3. The transparent interactive desk of electronic lift of claim 1, further comprising a projection module (12), a transparent reflective film (33), wherein the projection module (12) is connected with the processing control module, the liftable desk leg further comprises a desk leg beam (11), the desk leg beam (11) is fixed on the desk leg lifting portion, the projection module (12) is arranged on the desk leg beam (11), can be lifted synchronously with the lifting of the desk leg lifting portion, the projection direction of the projection module (12) faces the transparent desktop (18), the transparent reflective film (33) is arranged on the transparent desktop (18), and the projection module (12) can project multimedia pictures on the transparent reflective film (33) of the transparent desktop (18).

4. The transparent interactive desk of claim 1, wherein the table leg lifting part comprises a lifting column and an upper supporting beam, the lifting column is a vertical column part on the table leg lifting part, the upper supporting beam is perpendicular to the lifting column and is mounted at the upper end of the lifting column by a detachable fixing mode, and the transparent desktop (18) is fixed on the upper surface of the upper supporting beam.

5. The transparent interactive desk of electronic lift of claim 1, characterized in that, the transparent touch membrane of capacitanc (32) pastes in the lower surface of transparent desktop (18), the transparent touch membrane of capacitanc (32) includes touch membrane body (3203), touch membrane drift (3201) gets into the liftable table leg inside from transparent desktop (18) and the position that the liftable table leg contacted to make touch membrane drift (3201) invisible, realize the hidden effect of touch membrane drift (3201) in the vision.

6. The transparent interactive desk of claim 1, further comprising a transparent display module, wherein the transparent display module comprises a transparent display panel and a display control module, the transparent display panel is disposed on the transparent desktop (18) and can be used for displaying pictures, and the display control module is connected to the processing control module.

7. An electrically liftable transparent interactive desk according to claim 1, further comprising a keyboard pattern (19) arranged on the transparent desktop (18) at a position within an area effectively sensible by the capacitive transparent touch film (32).

8. The transparent interactive desk capable of being electrically lifted according to claim 4, further comprising a lifting socket module, wherein the upper supporting beam comprises a plurality of lifting socket mounting holes (907), the lifting column has a plurality of lifting socket mounting holes (907), the lifting socket mounting holes (907) are coaxial with one of the lifting columns, the lifting socket module comprises a socket body (13), a socket lifting driving module, and a socket lifting control module, the socket lifting control module is connected with the processing control module, the socket body (13) is controlled by the socket lifting control module to lift the socket lifting driving module, the side surface of the socket body (13) is provided with a plurality of charging jacks, the transparent desktop (18) is provided with a socket passing hole (1801) above the lifting socket mounting holes (907), and the states of the lifting socket module comprise a lifted state and an unhardened state, in the non-lifting state, the lifting socket module is hidden in the lifting socket mounting hole (907), the upper surface of the lifting socket module is flush with the upper surface of the transparent table top (18), the lifting socket module can penetrate through the socket through hole (1801) to lift, and when the lifting socket module is lifted to the lifting state, all the charging jacks on the side face of the lifting socket module are exposed and can be used for charging other equipment.

9. The transparent interactive desk capable of being lifted by power supply as claimed in claim 8, further comprising a wireless charging output module (14), wherein the wireless charging output module (14) is disposed at the upper end of the lifting socket module, and can charge other devices needing wireless charging placed above the lifting socket module no matter the lifting socket module is in the non-lifted state or the lifted state.

10. The transparent interactive desk with electric lift as claimed in claim 4, further comprising a capacitor key set (15), wherein the capacitor key set (15) is disposed on the upper supporting beam and connected to the processing control module, the capacitor key set (15) comprises a plurality of capacitor keys, and each capacitor key can be touched through the transparent desktop (18).

11. The transparent interactive desk of claim 4, further comprising a table leg small screen (17), wherein the upper supporting beam comprises a right column (10013), the table leg small screen (17) is disposed at the upper end of the right column (10013) and connected to the processing control module, a user can see contents displayed on the table leg small screen (17) through the transparent desktop (18), the table leg small screen (17) is used for displaying system status information of the transparent interactive desk of the electric lift, and the system status information comprises lift height information, lift process prompt information, open/close status information of each functional module, keyboard indicator light information, current time information, and current communication connection status information.

12. The transparent interactive desk of claim 1, further comprising a smart speaker module connected to the processing control module, wherein the smart speaker module comprises a speaker and a microphone, and the speaker and the microphone are both mounted on the desk legs.