DE3940656A1 - TV receiver with free movement about two axes - Google Patents

Abstract

The receiver is installed in a head section (2) simulating the appearance of a human head, mounted on a base (3) which encloses the driving gear. The picture is reproduced on a frontal screen (C), and the sound through a loudspeaker (8) at each side. The appts. can move forwards and backwards on rollers (11) and driven wheels (10). Antenna feed and audio-visual cassette recorder connections are made to a socket plate (12), and a power supply cable (13) can be deployed from or retracted into a winder (15). The rear surface (6) of the head (2) contains cooling air vents (5).

Description

The invention relates to a movable television temp catcher who repro the image and sound on the screen induced. The user can move the receiver to move left and right, up and down as desired remote control. In addition, by means of the remote control system a rotary movement is also possible.

This device is in a head that the screen is on has, and a body that the drive device points, divided. The one on the upper section of the body arranged head is rotatable, the motors, chains, Gears and gears on a rotating shaft inside of an interior are installed.

Magnetic clutches and drives are on these two shafts wheels installed.

At the bottom of the body, where the drive wheels around 90 °, a rolling device is installed so that the viewer turns the receiver backwards and forwards, Can control right and left movements remotely. The head alone can also be separated left and right, backward and forward, and finally steered up and down be so that there is maximum comfort for the user results.

Although there is a problem with previously known television receivers Variety of designs and manifestations out there Viewers (users) of the recipient not backwards and forwards upwards, downwards or to the right and downwards move left using any remote control.  

Therefore, if the user intends the direction or the To change the movement of a previously known television must this move the television as such or with rollers Push or pull the provided furniture. Resulting from it experienced various inconveniences when using the TV. In particular the stereotypical perception of one Television receiver, which means that the receiver is a put down and in a single, fixed location is observable is not overcome.

As a result, manufacturers as well as general ver needs a look for an appearance high-tech television receiver, the various one pressures and dimensions deviate from the previous perception can produce a television receiver.

The object underlying the invention is the Unbe convenience when using conventional television temp minimize catcher.

This task is ge by the movable television receiver solved according to claim 1.

According to the invention is a high-tech television receiver ger provided in a head section, which the Screen and a body portion that the An Drive device having the head portion, un divided. The head section is on the top section of the Support frame (body) connected so that only the head successively pivotable by the drive device, can be tilted up and down and moved up and down is.

Therefore, if an observer from the visual circle (visual Visibility) comes out, for example if the Be watcher goes from the living room to the kitchen for dinner, wuh  he wants to watch the TV at the same time Watch your head swing left or right remote control. If, in addition, the television receiver as Such can not be seen from the kitchen Watch this backwards and forwards remote control and him move left and right so that the television receiver becomes visible again. And even with a lying or position, the observer can turn his head slightly and extend and / or to the left by a certain angle or swivel to the right so that there is one for the observer results in the best possible viewing condition.

This high-tech television invention, which by the deviates from conventional appearance, allows the Screen from any angle and from any Direction by remote control of the receiver as such take care.

The support frame (the body) of the movable television receiver gers consists of a fixed frame and a fixed frame standing part, in which the motor, the electronic Clutch, roller and drive wheel with gear, chain, vector gear and screw shaft are installed. These elements are combined with the drive gear on which the over support shaft and the drive shaft with the head section connected above the body, and these become the Move the moveable TV receiver to any direction controlled.

If necessary, the viewer can only view the Head to the left by any angle within 60 ° or pan right to any slope within Tilt or lower 40 °, at 15 ° and 5 ° up or down tilt and upwards within a height of 200 mm or move down so that the viewer has total control  of the television receiver, even if it goes around and moves outside the field of vision.

Further usefulness and characteristics of this invention result from the description of exemplary embodiments based on the figures. The figures show:

Fig. 1 is a perspective view of the movable ble television receiver;

Fig. 2 is a partial sectional view of the movable ble television receiver;

FIG. 3 is an enlarged sectional view taken along the line AA from FIG. 2;

Fig. 4 is a sectional view taken along line BB of Fig. 2;

Fig. 5 is a plan view illustrating the back and forth movement of the receiver;

Fig. 6 is a sectional view illustrating the left and right movement of the Emp catcher;

Fig. 7 is a sectional side view of the cut receiver with other functions;

Fig. 8 is a front view of the sliced receiver with other functions;

Fig. 9 is a sectional view taken along the line CC of Fig. 8;

Fig. 10 is an enlarged sectional view of the main portions with other functions;

Fig. 11 is an enlarged sectional view of the upper and lower drive section with other functions;

FIG. 12 is an enlarged sectional view taken along line DD of FIG. 11;

Fig. 13 is a plan view showing a left and right movement of the Kopfab section;

Fig. 14 is a front view of the Anlehnungsein position of the head portion with other functions;

15 is a side view illustrating the height adjustment of the head portion with other functions.

FIG. 16 is a side view showing the back-and Vorwärtsanlehnungsein position of the head portion with other functions;

Fig. 17 is a schematic view showing the back and forth movement of the movable television receiver;

Fig. 18 is a schematic representation of the left and right movement of the movable television receiver;

FIG. 19A, B, C representations of control circuits.

In order to recognize the whole structure of the movable television receiver 1 , as shown in Fig. 1, the upper portion as the head portion 2 , the appearance of which is similar to a human head, and the lower portion, the body of which has a drive gear 3 , and the Interior has a variety of facilities shown. A rear cover 6 with an air opening 5 therein and a front cover 7 form the entire head 2 , a round loudspeaker 8 being arranged on each side. Between the head's 2 and the body 3 , a support cover 37 is arranged to cover the vacancies when pivoting or tilting. Below the body, rollers or rolls 11 , 11 'perpendicular to the drive wheels 10 , 10 ' on the drive shafts 22 of the internal drive gear are provided. On the left outside of the body, an AFT and A / V circuit board 12 is provided for connecting the antenna cable and connecting a video cassette recorder. Along the power supply line 13 connected to the body 3 , a winding device 15 is inserted which allows the television receiver to move backwards and forwards, to the right and to the left. The entire design is provided so that automatic rewinding is possible. As shown in FIGS. 2, 3 and 4, the interior 4 of the body, which carries the upper head portion 2 of the movable TV receiver 1 , has the fixed frame with a built-in drive gear. Underneath is a fixed transmission shaft bracket 17 , 17 ', 17 '', 17 ''' and fixed drive shaft bracket 18 , 18 ', 18 '', 18 ''' formed. In the fixed drive shaft bracket, the drive wheel is installed on each side, and the drive shaft 22 , in which the magnetic coupling 19 and the vertical gear 21 are installed, is installed on the same shaft for simultaneous control of the driving force.

This drive shaft 22 , 22 'is divided into two shafts 22 , 22 ' un, which are centered on the magnetic coupling 19 located thereon. Below the fixed frame 16 , the fixed transmission shaft bracket 17 , 17 ', the transmission shafts 23 , 23 ', the magnetic coupling 19 a is centered on the shaft and around the center of the electrical clutch 19 a around. The drive gear 24 is designed to cooperate with the vertical gear 21 of the drive shafts 22 , 22 'on the one transmission shaft 23 , 23 '. The drive gear 20 a is designed for continuous movements of the vertical gear 20 and the chain 25 . Dane ben another gear 20 b is provided to share the drive force on the shaft. The transmission shaft 23 'is also divided into two waves by the magnetic coupling 19 a . The drive shafts 22 , 22 'and the transmission shafts 23 , 23 ', which operate the electronic clutches 19 , 19 a on the two shafts under the control of the printed circuit board in the interior of the body 3 , contribute to the fact that the shafts for control and Bringing the driving force together and away from each other.

Below the fixed frame 16 are perpendicular to the drive wheels 10 , 10 'on each side of the drive shaft 22 , 22 ' rollers 11 , 11 ', and below the lower section from the body 3 arranged so that only the drive wheels 10 , 10th 'Of the drive shafts 22 , 22 ' and the Rol len 11 , 11 'cooperate to the receiver 1 backwards and forwards or left and right by the rotational movements of the rollers 11 , 11 ', the rotation of the drive wheels 10 , 10 'after the movements the drive shafts 22 , 22 'and the transmission shafts 23 , 23 ', which are activated by the drive device provided in the interior of the body 3 , follows to move.

As shown in Fig. 2, the upper portion of the fixed frame 16 is centered in the interior 4 of the body by the vertical transmission shaft 26 which is connected to the lower side of the head 2 by the foot bearing 27 .

On each side of it motors M 2 and M 3 are provided and small gears 28 , 28 a are provided on each shaft, and the small gear is connected to the gear 20 b and the chain 25 a , which on the transmission shafts 23 , 23 'of underneath the fixed frame 18 of the interior 4 of the body 3 pers are provided.

Another, provided on the other motor M 3 of the upper fixed frame 16 , small gear 28 is connected to the lower portion of the head portion 2 of the movable TV receiver 1 to be connected to the gear 20 c of the vertical transmission shaft 26 who who is arranged perpendicular to the foot bearing 27 at the center of the fixed frame 16 , so that only the head section 2 of the movable television receiver 1 can be pivoted to the left or right by any angle.

On the upper portion of the transmission shaft 26 vertically arranged to be rotatable due to the foot bearing 27 at the center of the fixed frame 16 of the interior 4 of the body, and connected to the lower portion of the upper head 2 of the movable television receiver 1 is a turntable 29 intended. On the upper side, fixed parts 30 , 30 'are formed on each side, and a motor M 1 is provided between the fixed parts 30 , 30 ' on the turntable 29 for setting the small gear 28 b on the shaft. In each shaft of the fixed Tei les 30 , 30 'on the turntable, as shown in Fig. 3, a rotary shaft 31 is installed, and the gear 20 d is with the small gear 28 b on the turntable 29 on the water shaft installed motor shaft M 1 and the chain 25 c connected ver.

Another gear 20 e is arranged at the center of the rotary shaft 31 in order to cooperate with the chain device 32 fixed on the lower section of the head 2 . At each end of the fixed parts 30 , 30 'on the rotary disc 29 , as shown in FIG. 3, rotary rollers 33 , 33 ', 33 '', 33 '''are provided, which on the upper and lower portion of the support member 36 , 36 'for cooperation with the fixed disc 35 , which is fixed on the fixed rib 34 of the lower head 2 , are arranged.

When the gear 20 e cooperates at the center of the rotary shaft 31 with the chain device 32 fixed on the lower head 2 , the control of an angle by any degree of inclination to the left or right is effected by the rotary movements of the motor M 1 on the turntable 29 .

Also, between the lower portion of the fixed rib 34 on the underside of the fixed washer 35 , which supports the head portion 2 , while it is fixed on the fixed rib 34 within the lower portion of the head 2 and the body (support frame), the support cover Kung 37 connected to the fixed part 30 , 30 ', which weles the head through its underside and prevents the space 38 of the fixed disc 35 from escaping.

On each outermost inside of the support cover 37 , which is installed between the head portion 2 and the body 3 of the movable television receiver, limit switches LM 1 , LM 2 are provided so that they the angle of the head portion 2 at a certain degree to the left or right inclination Taxes.

As explained with reference to FIGS. 3 and 4, Fig. 7 shows the movable TV receiver, which has the head and body section. On the lower side of the fixed frame 16 of the interior 4 , the fixed transmission bracket 17 , 17 ', 17 '', 17 ''' and the fixed drive shaft bracket 18 , 18 ', 18 '', 18 ''' are integrally formed. The fixed drive shaft bracket 18 , 18 ', 18 '', 18 ''' is with the drive wheels 10 , 10 'on their at the ends and also with an electronic clutch 19 , toothed wheel 20 and drive shafts 22 , 22 ', with a vertical drives are provided. These drive shafts 22 , 22 'are separated by the electronic clutch 19 . The fixed transmission bracket 17 , 17 ', 17 '', 17 ''' is provided with the transmission shafts 23 , 23 ', the center of which is equipped with an electronic clutch 19 a . On egg ner side of the transmission shafts 23 , 23 ', the gearbox 21 is mutually engaged with a drive gear 24 in one. On the other hand is a drive gear 20 a , which is connected to the vertical gear 20 on the drive shafts 22 , 22 'via a chain. Next is a gear 20 b in the device, which transmits movement to the shafts. The transmission waves 23 , 23 'are also through the central electronic coupling 19 a for the drive shafts 22 , 22 ' and the transmission shafts 23 , 23 'for activating the electronics clutches 19 , 19 a on both shafts using the controller from the printed control card in the interior 4 ge separates. Here, rollers 11 , 11 'are also provided, where they meet with the drive wheels 10 , 10 '. The body portion is below the lower half, so that only the drive wheels 10 , 10 'and the rollers 11 , 11 ' touch the ground when the television receiver is upright. With the rotation of the drive wheels accordingly the movement of the drive shaft 22 'and the transmission shaft 23 thus rotate the rollers 11 , 11 ', which allows the movement of the television receiver 1 backwards and forwards, left and right. A movement part 39 is provided between the head 2 and the body section 3 , which enables the movement up and down. Its upper half supports the underside of the head 2 , the lower half of which is inserted into the interior 4 of the body section 3 .

Within the moving part 39 , a fixed part 40 is provided, on the two ends of which sector arms 41 , 41 'are formed. On the inside of these sector arms, a sector shaft is provided for the rotary movement, which is integrally formed with a semicircular sector gear 43 . A coupling frame 44 is also integrated with the top of the sector gear 43 and fixed to the fixed rib, which is provided on the inside of the head section 2 . Surrounding the frame 44 is a semicircular cover 45 to prevent the fact that the gap between the head 2 and the moving part 39 emerges. Furthermore, the arranged on one side of the sector shaft 42 sector gear 43 is mutually engaged with a spur gear 46 , which is provided on the motor shaft M 5 . This device is hen hen to control the tilting movement of the head portion 2 upon rotation of the sector gear 43 according to the rotation of M 5 .

Likewise, another motor M 6 , which points downward, is provided on one side of the moving part 39 , which is inserted between the head and the body portion of the movable television receiver. A small gear 28 c is attached to the end of the motor shaft while protruding from the bottom of the fixed part 40 . At the center of the underside of the fixed part 40 , a fixed shaft 47 is formed. A gear 20 f on one end of the shaft is connected to the small gear 28 c in the chain 25 d . As shown in Fig. 10, a double-row Sicherheitsla ger 48 is arranged on the lower half of the fixed shaft 47 . Below the device there is a screw shaft 49 for free rotation. On the screw shaft 49 , which can be driven separately with the aid of the double-row safety bearing 48 along the fixed shaft 47 , a guide part 50 is formed on the lower section of the inner space 4 as shown in FIGS . 11 and 12 and in a fixed sleeve 52 used, which is arranged at the center of a support member 51 . Between the screw shaft 49 and the fixed sleeve 52 , the guide part 50 is provided, which has a guide that guides the up and down movement of the screw shaft 49 .

The fixed sleeve 52 is integrally formed with the screw shaft 49 at the center of the fixed part 40 in the movement part 39 . On the upper half of a row, a safety bearing 54 is arranged, the upper side of which is equipped with the gear wheel, which forms a screw thread 55 , which is connected to the screw shaft 49 , as shown in FIG . This gear 20 g is connected to a chain with a small gear 28 d , which is arranged on the motor M 4 . Here M 4 points upwards while it is arranged on one side of the support part 51 . With the rotation of the motor M 4 , the rotation of the gear 20 g on the screw shaft 49 causes the screw shaft 49 to move up and down. Accordingly, the head portion 2 connected to the moving part 39 moves up and down.

On both sides of the upper half of the moving part 39 and the support part of the interior 4 , which contains the moving part therein, there are limit switches LM 5 , LM 6 , LM 7 , LM 8 for controlling the range of the tilt angle and the amount of up and down movement of the Head section 2 arranged.

The following is a description of the operation of the present Invention.  

First embodiment

If the observer intends to move the movable television receiver while viewing, he can turn on the power button of the television receiver. Then interrupts the Starttsi signal "H" emitted from the motor interrupt connection, the electrical power, which is provided for the motors Ren M 1 , M 2 and M 3 . As the next step, the relay coil Ry 1 of the motor interrupt drive section A 10 is excited, as a result of which the relevant contacts a 1 and a 2 are closed. The electrical power remains on contact a , which is shared by A 11 , A 12 , A 13 . The same power also remains on the pin or pin No. 1, which is shared by the speed control SC 1 , SC 2 and SC 3 .

When the viewer (user) presses the mode selection button 57 ', which causes the back and forth movement, the signal, as shown in Fig. 19, from the Micom output terminal C via the diode D 5 , resistor R 5 and capacitor C 4 sent to transistor Q 4 . At the same time, a separate power Vcc is sent via R 6 and R 7 to Q 4 and Q 5 , making this equipotential with the aforementioned power. Then the signal activates the Ry 3 coil at the motor drive section A 12 . At the same time, contact a is closed at Ry 3 , whereby the alternating current (hereinafter AC) is sent to contact a of battery-operated relay Ry 7 , Ry 8 .

If the observer presses the button ( v ) from the movement selection buttons (<) (<) ( v ) (ˆ), the signal decided by the output connection G actuates the Ry 7 coil, as a result of which the contacts a 1 , a 2 and a 3 be closed. The same power over a 1 is sent to the card 2 of the speed control Sc 2 and the electronic clutch 19 a . The power set by the variable resistance within the Sc 2 is sent to the connection 01 in the motor switching circuit B 11 via the contact a 2 , which sets the motor M 2 in rotation. This M 2 is coupled to the gear 20 b of the transmission shaft 23 and is attached to the underside of the fixed frame 16 of the interior 4 . At the same time, the magnetic clutch on the driver shaft 22 , 22 'is supplied with power, while the magnetic clutch 19 a on the transmission shaft 23 , 23 ' is reset by the repulsive electronic power from the contact provided by the Ry 7 Lei stung. In this way, the rotation of the motor M 2 is transmitted to the gear on the transmission shaft of the fixed frame 16 via the chain 25 a , which accordingly causes the rotation of the transmission shaft 23 and the drive gear 20 a . Then the divided into the two shafts drive shaft 22 with the rotation of the drive gear 20 , which is connected via a chain with the toothed wheel 20 a . The other drive shaft 22 rotates in the same direction as the drive wheels 10 , 10 'which are attached to both ends of the drive shafts 22 , 22 ', which allows the entire receiver to be moved forward as illustrated in Fig. 17.

After the desired movement of the receiver, the observer can release the movement selection button ( v ). Then the signal from the Micom output terminal G is inverted and the AC power sent to the motor M 2 is interrupted. If the motor M 2 on the fixed frame 16 stops, the movement of the receiver also ends, the electronic clutch 19 a being able to connect the separate transmission shafts 23 , 23 '. On the other hand, if the observer intends to move the receiver backward while the multiplexer MP 2 and the motor drive section A 12 are driven by the control signal from the mican output terminal C , he can press the button (ˆ) which is connected to the transistor is sent in the relay drive section A 17 for the direction switching mode via D 15 , R 14 and C 11 . Meanwhile the relay Ry 8 is excited by the independent power Vcc and the contacts a 1 , a 2 and a 3 are closed. In addition, the AC power is sent via a 1 to pin number 2 of Sc 2 and to the magnetic coupling 19 a . The power newly set by the variable resistor within the speed control is in turn transmitted to the reversing connection 02 and then to the motor M 2 .

In contrast to the movement mentioned above, the motor M 2 arranged on the upper side of the fixed frame 16 rotates in the opposite direction, while the electronic clutch on the drive shafts 22 , 22 'is combined as a shaft, so that the power transmission is possible. The electronic clutch 19 a on one side of the Transmissionswel len 23 , 23 'causes the separation of the shafts with ab repelling magnetism, this the Zählumdrehungsbewe movement of the motor M 2 via the chain 25 a to the gear 20 b , which on one end the transmission shaft 23 is arranged, sends. When the transmission shaft 23 rotates, the other gear 20 a rotates in opposite directions on the same transmission shaft 23 . Then the drive gear 20 rotates on the drive shaft 22 which is connected via the chain 25 to the above-mentioned gear, whereby the drive shafts 22 , 22 'are rotated in the opposite direction.

When the drive shafts 22 , 22 'are combined as a single shaft via the electronic clutch 19, they rotate in the same direction as the transmission shaft 23 , which in turn actuates the drive wheels on each end 10 , 10 ', so that the receiver can be moved backwards is as shown in Fig. 17.

When the observer leaves the direction selection mode button (ˆ) off, the signal from the Micom output terminal H is inverted and the AC power supplied to the motor M 2 is interrupted while the contacts a 1 , a 2 and a 3 of the relay drive section A 17 and the relay Ry 8 are open.

For example, the backward movement of the receiver ends, while the other transmission shaft 23 'which has been disconnected from the shaft 23 at the same time, so as it is, nigt foiled.

If the user intends to move the receiver to the right while the motor interrupt drive section A 10 , together with the multiplexer Mp 2 and the motor drive section A 12 , can be operated normally by the control signal from the Micom output terminal C ,. he press the selection button 57 'to move to the right or left. The Si signal is sent to the transistor base ( 2 ) in the multiplexer for the diode 3 ( 3 ), the resistor ( 2 ) and the capacitor ( 2 ), starting from the Micom output terminal B. ([] is not shown).

At the same time, an independent power (Vcc) is sent via the resistor ( 3 ) ( 4 ) to the transistor ( 2 ) and ( 3 ), which are kept equipotential to each other. Then the inverted signal activates the relay coil Ry 2 of the motor drive section 11 .

Here, the contacts a 1 and a 3 for the direction selection mode are supplied with the signal by closing contact a at relay Ry 2 .

To move the receiver to the right, the observer can press the selection mode button (<) from the four selection modes ( v ) (<) (ˆ) (<). Then the signal is sent from the Micom output terminal G to the drive section A 16 via D 13 , R 13 and C 10 .

At the same time the relay Ry 7 is activated, whereby the contacts a 1 , a 2 and a 3 are closed.

When contact a on relay Ry 2 is closed, the AC power is transferred from contact a on Ry 7 to magnetic clutch 19 , which generates a repulsive magnetism, which in turn opens the electronic clutch.

However, since the relay drive section A 17 is in a passive state, the contact a 3 remains closed at the Ry 8 , while the electronic clutch is united by the magnetism and connects the transmission shafts 23 and 23 '.

Since contact a 1 is closed at Ry 7 , the AC power is sent from the same contact to pin no. 2 of the SC 2 speed controller. At the same time, the power, which was varied by the variable resistor within SC 2 , is transmitted to connection 01 and finally to motor M 2 .

Then the motor M 2 , which was arranged on the upper portion of the fixed frame of the interior 4 , separates the drive shafts 22 , 22 'through this inner circuit control. The union of the magnetic coupling 19 a on the transmission shaft 23 , 23 'transmits the rotational movement of the motor M 2 via the chain 25 a to the transmission shaft 23 , 23 '. With the rotation of the shafts 23, 23 'also rotates the drive gear 20 a on the same shaft that drives the vertical gear 20, which is coupled to a chain. Finally, the rotation of the drive shaft 22 allows the drive wheel 10 to rotate clockwise.

The rotation of the transmission shaft 23 is sent to the gearbox 24 via the electronic clutch 19 a ge, whereby the drive gear on the drive shaft 22 ', which engages each other on the drive gear, ent is rotated in the opposite direction (counterclockwise). The drive shaft 22 'and the drive shafts 23 , 23 ' rotate in the same direction, while the drive wheel on the other end is rotated counterclockwise. The drive wheel on each exterior of the drive shaft 22 , 22 ', which are divided by the electronic clutch 19 , rotates in the opposite direction to each other and allows a 360 ° rotation to the right. Then the head section of the movable television receiver turns to the right, and the observer can omit the selection button (<) when he reaches the desired angle.

Accordingly, the signal to the Micom output terminal G interrupts the movement of the relay drive section A 16 for the selection mode. When the observer presses the button ( v ) again, the signal from the Micom output terminal B commands the motor drive section A 11 to remain in a passive state and turns off the power on the contact a 3 at the Ry 7 , Ry 8 was provided.

If the observer presses the selection button ( v ) again, the repeated movement of the Ry 7 of the relay drive section A 16 for the selection mode allows the receiver to move forward simultaneously with the rotation to the right, which in a movement to the right, such as shown in Fig. 18 results.

When the observer releases the selection button ( v ) after the television receiver has been moved as desired, the signal from the Micom output terminal G , as mentioned above, is inverted, thereby reducing the AC power sent to the motor M 2 . is interrupted, and the contacts a , a 'remain open at Ry 7 . Then there follows the interrupted movement to the right of the receiver and the return of the electronic clutch 19 on the shafts 22 , 22 'in the previous state.

In contrast to the above, the observer can also, if he intends to move the receiver to the left, select the pan selection mode 57 ', and the power is applied to the contacts a 3 at Ry 7 , Ry 8 by the operation of the motor drive section A 11 and the Ry 2 relay. Then, when the observer presses the button (<), the signal from the Micom output terminal H is sent to the relay drive section for the selection mode via D 15 , R 14 and C 11 , whereby the contacts a 1 , a 2 and a 3 are closed be, and the relay coil Ry 8 is excited by the independent power Vcc .

The AC power from the contact al is sent to pin no. 2 of the speed controller SC 2 , while the power set by the variable resistor of the speed controller SC 2 is transmitted to the reversing connection 2 and then via the contact a 2 at Ry 8 is transferred to the above-mentioned engine M 2 .

Then the motor starts to turn the other way round. So that the motor M 2 , which is provided with the transmission shafts 22 , 23 ', which are arranged in the upper side of the fixed frame 16 of the interior 4 , is also provided in the opposite direction, the drive wheel 19 on the drive shaft 22 counterclockwise turns. With the shaft, the other drive shaft 22 'and the wheel 10 ' rotate clockwise, so that the receiver itself rotates 360 ° to the left. When the observer releases the selection button (<) after the receiver reaches the desired right angle, the signal from Micom output B causes the motor drive section A 11 to stop all of its movement.

The power that was sent to contact a 3 at Ry 8 of relay drive section A 17 for the selection mode is switched off. At the same time, the inverted signal from the Micom output terminal H also keeps the relay Ry 8 in the relay drive section for the selection mode in a passive state.

When the observer presses the upward movement button, the signal from the micom output terminal H activates the relay Ry 8 of the relay drive section A 17 for the backward movement, whereby the head section 2 , which is rotated to the left, starts a backward movement can, and finally the receiver itself is allowed to move to the left as shown in Fig. 18.

When the observer releases the selection button (<) when the receiver moves in the desired direction (to the left), the inverted signal from the Micom output connection opens the contacts a , a ′ at Ry 8 and interrupts the AC power, which is intended for the engine M 2 .

To face the receiver forward, the observer can press the select mode button (<) (<) on the remote control 56 and the movable television receiver begins turning left and right.

With a receiver rotated by 90 ° in relation to the front ger fixes a release of the direction button (<) (<) den Receiver on the front.

As described above, when the receiver moves the power supply cable connected to the receiver automatically wound or unwound in relation to Movement of the receiver through which arranged on the floor nete winding machine, and the power supply cable is positioned simultaneously and automatically.  

The length of the power cable is determined according to the maxima len range of movement of the receiver optionally set and wound up on the winding machine used.

Second embodiment

To move the upper head portion of the receiver to the left or to the right to the visibility to the observer, it should the visibility control motor selection button 57 '', as shown in the schematic Fig. 13, dusauswahlknöpfen among Mo 57, 57 ', 57' 'of the remote control 56 press. As a result, the signal is transmitted via the diode D 7 , the opposing R 8 and the capacitor C 2 at the output terminal of the Micom, not shown, to the multiplexer PM 3 .

At the same time, a separate electric power Vcc is transmitted to the transistor Q 7 of the motor drive section R 13 through the resistor R 9 , R 10 to secure the same electrical potential and to reverse the signal, and to activate the relay coil Ry 4 of the motor drive section A 14 ren.

Then the contact point a of this relay Ry 4 is closed and the AC power is applied to the contact point a 2 of the relay Ry 5 of the drive section A 14 to select the direction, and to the contact point a 1 of the relay Ry 6 of the drive section A 18 , A 19 induced for the selection mode.

Then, by pressing the direction button for the right (<) under the direction buttons (<) (<) (ˆ) ( v ) of the remote control 56, power is supplied to the transistor Q 13 of the relay drive section to select the direction A 15 from the output terminal F, not shown of the Micom via the diode D 19 , the resistor R 16 and the capacitor C 13 carry over. Domit, a separate electrical power Vcc is transmitted to the relay coil Ry 10 via the limit switch LM 2 , and the coil is excited.

At the same time, the contact points a 1 , a 2 are closed, and the AC power is transmitted via the contact point a 1 to pin no. 2 of the speed control SC 3 . The power set by the variable resistor (not shown) in the speed controller SC 3 flows to the direction reversal terminal 02 of the motor conversion circuit B 12 via the contact point a 2 of the above relay Ry 10 .

Here, the motor M 3 , which is mounted on the fixed frame 16 of the upper portion of the vertical transmission shaft 23 , 23 'in the interior 4 of the lower body section 3 of the receiver, rotates clockwise and rotates the small gear attached to the motor 28 Then, the movable gear 20 C of the vertical transmission shaft 26 , which is on the foot bearing 27 of the upper central portion of the fixed frame 16 , which is coupled to the small gear, moves clockwise, and the vertical transmission shaft 26 also moves.

Then the turntable 29 of the vertical transmission shaft 29 rotates, and both fixed parts 30 , 30 ', which are placed on the disc, also rotate to the fixed disc 35 , which in a single body on the two fixed parts 30 , 30 'is integrated and is attached to the head portion of the receiver 1 to rotate in the direction of movement of the vertical transmission shaft 26 .

In accordance with the movement of the disk 31 attached to the head, only the head section 2 of the receiver 1 fastened thereon rotates in the same direction, for example to the right.

If the head section 2 of the receiver 1 moves as far as the observer wishes, he should release the direction button to the right (<) of the remote control 56 . Then the motor 13 stops and the head portion 2 of the receiver 1 is positioned as desired.

Even though the observer continues to press the direction button incorrectly to the right, the head section 2 does not turn further than 30 °.

That is, in the case where the head section 2 reaches the maximum pivot point and the lower section of the head section 2 is rotated to the maximum, the limit switches LM 3 , LM 4 switch on both sides with a known distance in the lower one Section of the head section 2 are arranged, and stop the movements of the relays Ry 9 , Ry 10 and bring the motor M 3 to a standstill.

Therefore, despite the erroneous pushing of the directional button to the right 37 'of the remote control 56, the motor M 3 is stopped by the limit switches LM 3 , LM 4 , which are attached in the lower section of the head section 2 , and the head, despite the continued failure by the observer Section 2 is controlled so that it is not moved above the maximum movement angle of 30 °.

The mechanism described above enables the head section 2 of the receiver 1 to be remotely controlled, and to move to the right as far as the observer desires within the 30 ° range.

If the observer wants to move the head section 2 of the receiver 1 to the left, he should press the direction button (<) under the direction buttons ( v ) (ˆ) (<) (<).

Then the signal from the output terminal E of the Micom activates the direction selection relay transmission section A 18 in the opposite manner to the previous case and the power over the contact points a 1 , a 2 rotates the motor M 3 counterclockwise via the speed control SC 3 and the conversion circuit B 12 , the Mo gate M 3 above the fixed frame 16 in the inner space 4 of the body portion 3 of the receiver 1 rotates clockwise. This also rotates the fixed part 30 , 30 'and the fixed disc 35 , which is integrated in a single body on the fixed part and is connected to the bottom of the head section 2 , counterclockwise, which in turn turn the head section 2 to the left hen.

When the head section 2 of the receiver 1 has been moved far enough to the left for visibility, the observer should release the direction button (<) on the remote control 56 , which stops the motor M 3 and the movement of the head section 2 . In this way, the head section 2 is moved to the left for the visibility of the observer within the loading range of 30 °.

Accordingly, the head portion 2 of the receiver 1 moves freely to the right or left within the maximum range of 60 ° by the remote control to ensure the visibility for the observer.

Third embodiment

If the observer wants the head section 2 of the receiver 1 to tilt right or left while watching the television, he should press the tilt button 57 '', the lowest of the mode selection buttons 57 , 57 ', 57 '', as in the schematic Fig. 8 shown. The mode selection is transmitted to the multiplexer MP 1 at the output terminal B, not shown, of the Micom via the diode D 3 , the resistor R 3 , R 2 and the capacitor 2 .

Time simultaneously a separate electric power Vcc to the transistor Q 2 via the resistor R 3, R 4 and the transi stor Q 3 is transmitted of the motor transmission section A 11 to the same power potential set and the signal to return, the relay coil Ry 2 of the Motorantriebsabschnit tes A 11 stimulates.

Then, the contact point a2 of the relay Ry 2 is closed and the waiting (AC) power is applied to the contact point a of Re relay Ry 5 of the direction selection relay drive section A 14 and at the contact point a of the relay Ry 6 of the Richtungsaus selection relay drive section A 15 induced.

If the observer presses the direction button to the right (<) under the direction buttons (<) (<) (ˆ) ( v ), this is thereby to the transistor Q 9 of the direction selection relay drive section A 15 from the output terminal F, not shown, of the Micom transmitted via the diode D 11 , the resistor R 12 and the capacitor C 9 , while a separate electrical power Vcc is transmitted to the relay coil Ry 16 via the limit switch LM 2 .

Then the coil is excited and at the same time the contact points a 1 , a 2 are closed. The AC power via the contact points a 1 is transferred to pin no. 2 of the speed control SC 1 , and the power set by the variable resistor (not shown) in the speed control SC 1 flows into the direction reversal connection 02 of the motor conversion circuit B. 10 via the contact point a 2 of the relay Ry 6 and is transmitted to the motor M 1 .

Here, the motor M 3 , which is placed in the turntable 29 of the upper portion of the transmission shaft 26 in the nenkanmer in the lower body portion 3 of the receiver, counterclockwise, and the gear 20 d , which is attached to the rotary shaft 31 and connected to the gear via a chain rotates, which rotates the gear 20 e on the shaft counterclockwise.

With the engagement of the counterclockwise toothed wheel 20 e then moves the chain device 32 , which is integrated in a single body on the base of the fixed disc 35 on the lower portion of the head portion 2 , in engagement with the gear 20 e and turns to the left, causing the receiver head section 2 to tilt to the right and turn.

In this connection, the support part 36 , 36 'of the round type of the fixed disk 35 borders on the rotating rollers 33 , 33 ', 33 '', 33 '''and moves along this on the lower fixed part 30 , 30 ', as shown in the illustration of FIG. 2, which prevents the fixed disk from rattling during the rotation of the inclined head section 2 and thus enables a smooth movement due to the sliding guide for the fixed disk 35 .

After the head section 2 has leaned as far to the right as the observer desires, releasing the direction button (<) on the remote control 56 reverses the signal from the Micom's output port, through which contact point a 1 , a 2 of the direction selection relay drive section a 15 and the relay Ry 6 to cut the AC power to the motor M 1 are opened.

With the stopping of the motor drive, the inclination of the head section 2 is brought to a standstill in order to ensure a suitable inclination of the head section 2 of the receiver 1 at a desired angle.

However, even if the observer accidentally continues to press the direction button (<) on the remote control, the inclination of the head section 2 cannot exceed 20 ° (the range of this maximum angle can be modified by the position of the limit switches), since the limit switches LM 1 , LM 2 are mounted at a distance from each other within the support cover 37 .

If the head section 2 is inclined up to the certain angle 20 , the fixed disc 35 of the head touches the limit switch LM 2 and interrupts the power to the relay coil Ry 6 due to the movement of the limit switch LM 2 , regardless of the direction button (<) being pressed Remote control 56 .

As a result, the motor stops due to the lack of power, and the head portion 2 of the receiver 1 is controlled so that it does not tilt over 20 to the right.

Repositioning the limit switches LM 1 , LM 2 , which are arranged on the support cover 37 , allows the inclination range to be set from 20 to 60 to the right, so that the viewer can watch the inclined television within this area.

If the observer wishes that the head section 2 of the receiver 1 is inclined to the left by a certain angle, he should press the tilt button 57 '' and the direction button to the left (<) together. Then, the signal to the transistor Q 8 of the direction selection relay drive section A 14 is transmitted from the output terminal E of the Micom, not shown, through the diode D 9 , the resistor R 11 and the capacitor C 8 , while a separate electric power ( Vcc ) to the relay coil Ry 5 is transmitted via the limit switch LM 1 and the coil is excited.

At the same time, the contact points a 1 , a 2 are closed and the AC power via the contact point a 1 is transmitted to the pin according to FIG. 2 of the speed control SC 1 . The power is set by the variable resistor (not shown) in the speed control SC 1 and flows to the terminal 01 in the same direction of the conversion circuit B 10 and is transmitted to the motor M 1 .

In contrast, the motor M 1 , which is mounted on the rotary disc 29 of the upper portion of the vertical transmission shaft 26 in the interior 4 of the lower body portion of the receiver 1 , in contrast to the previous case clockwise, and the rotation of the motor M 1 is on the small gear 28 b , the chain 25 C and the gear 20 d , which is mounted on the rotary shaft 31 between the fixed parts 30 , 30 ', which in a single body with the turntable 29 of the transmission shaft 26 are integrated, delivered to the chain device 32 on the basis of the fixed disk 35 of the head, which is located on the bottom of the head section 2 of the receiver 1 . The chain device 32 rotates and moves as a result of the rotation of the gear 20 to the right, whereby the head portion of the inclination to the left of the receiver 1 and rotation results.

When the head section 2 has inclined as far as the observer desires, he releases the direction button (<) on the remote control 56 . Then the signal from the not shown Darge output terminal E of the Micom is reversed, which opens the contact points a 1 , a 2 of the relay Ry 5 of the left Antriebsab section 14 and cuts the AC power to the motor M 1 .

As a result, the drive of the motor M 1 and the inclination of the head portion 2 are stopped. The viewer can thus view the television set with the head section 2 of the receiver 1 inclined to the left by a certain angle, as desired by the viewer.

In this case, the maximum range of tilting the head portion 2 does not exceed the preset desired angle controlled by the limit switch LM 1 attached to the support cover.

Meanwhile, the movement of the motor on-off drive section A 10 is effected by pressing the motor on-off button 57 '' of the remote control 56 . This activates the relay coil Ry 1 of the motor on-off drive section A 10 by the signal from the output terminal A of the Micom and AC power is applied to each motor drive section A 11 , A 12 , A 13 .

Under these conditions, the motor mode select buttons 57 , 57 ', 57 ''and the direction buttons (<) (ˆ) ( v ) (<) of the remote control are used to control each motor drive system of the receiver 1 .

Releasing the motor on-off button 57 of the remote control 56 , however, stops the function of the relay coil Ry 1 of the motor on-off drive section A 10 , which interrupts the AC power which is applied to each motor drive section A 11 , A 12 , A 13 is created.

The other functions of this invention are as follows.

First embodiment

If the observer wants to watch the television from above the screen level or from below the screen level and therefore the head section 2 of the receiver 1 should be lowered with the screen C , it should be under the mode selection buttons 57 , 57 ', 57 ''of the remote control 56 press the height adjustment mode selection button 57 for a mode selection and press the up direction button (ˆ) under the direction buttons (<) (<) (ˆ) ( v ) of the remote control 56 to raise the head portion 2 of the receiver 1 .

Then the rotatable motor M 4 on the support member 51 , which is integrated into a single body on the fixed frame 16 in the lower portion of the interior 4 of the body portion 3 of the receiver 1 , to the left, and the small gear 28 d on the shaft turns in the same direction. The screw shaft 49, however, which is connected via the chain 25 f , and engages with the screw thread 55 within the large gear 20 g on the sliding screw shaft 49 , which is attached to the fixed sleeve 52 at the center of the support part 51 , rotates not while only the gear 20 g rotates to the left together with the single row bearing 54 .

In this way, the screw shaft 49 is lifted into engagement with the screw thread 55 without rotating, just like a screw which is screwed onto a fixed bolt.

The guide part 50 is guided, guided and raised on the screw shaft 49 at the guide 53 within the fixed sleeve 52 .

Since the upper end of the screw shaft is attached to the fixed part 40 in the moving part 39 of the drum type, together with the double-row safety bearing 48 and the gear 20 f , the screw shaft 49 is lifted with the entire moving part 39 of the drum type and by the sector arms 41 , 41 'on the moving part 39 of the drum type in the upper section.

Then it is raised, the coupling frame 44 is attached to the sector gear 43 at the bottom of the fixed rib 34 below the head portion 2 and with the semicircular cover 45 .

As a result, the head portion 2 of the receiver 1 moves up.

When the head portion 2 of the receiver 1 has moved up as far as the observer wishes, releasing the direction button (ˆ) of the remote control 56 causes the motor M 4 on the support member 51 to stop at the floors of the inner chamber 4 of the Body section 3 because of the control of the built-in circuit, and the upward movement of the screw shaft 49 stops, which in turn stops the movement of the head section 2 of the receiver 1 .

If the head section 2 of the receiver 1 is to be lowered, the viewer should press the down direction button ( v ) under the direction buttons (ˆ) ( v ) (<) (<) of the remote control 56 .

In contrast to the previous case, the motor M 4 rotates on the support part 51 , which is attached to the upper side of the lower fixed frame of the inner chamber within the body portion 3 , to the right, resulting in a rotation to the right of the gear 20 g the slide shaft 49 acts, which is connected via the chain 25 f and is attached to the fixed sleeve 52 at the center of the support.

Here, the screw shaft 49 engages with the screw thread 55 within the gear 20 g and does not remain rotated. Only the gear 20 g rotates to the right with the single-row locking bearing 54 .

Consequently, the screw shaft 49 remains by the rotary movement of the screw thread 55 in engagement within the gear wheel 20 g unrotated, very similar to a screw that is unscrewed from a fixed bolt, and is lowered by the rotary movement of the gear 20 g .

The screw shaft 49 slides down along the guide 53 in the fixed sleeve 52 and is fixed at the tip of the screw shaft 49 , while the fixed part 40 , which is fixed in the drum type moving part 39 , moves downward. Since the coupling frame 44 on the sector gear 43 , which is connected to the fixed rib 34 below the head section 2 , as a one body through the sector arm 41 , 41 'on the fixed part 40 , which is connected to the screw shaft 24 , in is fixed within, the screw shaft 49 moves together with the moving part 39 of the drum type down, and the head portion 2 is lowered. As a result, the head portion 2 of the receiver 1 moves down.

When the head section 2 of the receiver 1 has moved down as far as the observer wishes, the latter releases the direction button ( v ) on the remote control. This stops the motor M 4 on the support part 51 at the bottom of the inner chamber 4 of the body portion 3 , which in turn causes the rotation of the toothed wheel 20 g on the screw shaft 49 , which with the small toothed wheel 28 d on the motor M 4 via the chain 25 f is connected, stops. Then the downward movement of the screw shaft is completed and the head section 2 of the receiver 1 does not move any further.

As described above, the head portion of both the receiver 1 moves up and down by the remote control within the maximum range of a height adjustment range of 200 nm. Even if the observer error, the direction buttons () (v) through a correct setting out of presses, touches the moving member 39 from Tronmeltyp the limit switches LM 5, LM 6 that between the support member 51 in the body portion 3 and the moving part 39 of the drum type at the uppermost and lowermost inside of the body section 3 are attached, during the movement of the head section 2 up or down to the maximum range of 200 nm.

Then the motor M 4 stops on the support member 51 in the inner space 4 of the body section 3 because of the control of a built-in circuit and because of the movement of the limit switch, and keeps the head section 2 of the receiver 1 from a movement upwards or downwards 200 mm beyond.

As described above, the observer can comfortably adjust the height of the head section 2 of the receiver 1 within the maximum range of 200 nm via the remote control.

Second embodiment

If the observer wishes to lean or tilt the head section 2 of the receiver 1 forward or backward, he should press the tilt control button 57 '', the bottom of the mode selection buttons 57 , 57 ', 57 ''for the mode selection, as shown in Fig. 16.

Then, in order to subsequently incline the head section 2 of the receiver 1 by a certain angle, he should press the direction button ( v ), the direction button ( v ) of the remote control, which detects the movement of the motor M 5 , which at the fixed part 40 in the interior of the moving part les 39 of the drum type below the head section 2 is brought to an end, and the rotation of the sector gear 43 in engagement with the spur gear 46 stops.

Then the head section 2 no longer leans forward, and the observer can watch the television, while the head section 2 of the receiver 1 is suitably leaning forward.

Even if the observer erroneously presses the direction button ( v ) of the remote control 56 , the head section 2 is not tilted further than 5 ° forwards.

Since the limit switch LM is attached at the point of the maximum permitted forward inclination range of 5 °, in the upper end of the moving part 39 of the drum type below the semicircular cover 45 and the coupling frame 44 , the section 2 is fixed on the fixed rib 34 below the Kopfab , the inclination of the head section 2 reaches forward by the rotation of the motor M 5 the maximum range of 5 ° and then the rotating, semi-circular cover 45 presses the limit switch in the movement part 39 of the drum type and activates it. In this way, the limit switch stops regardless of the further pushing the direction button ( v ) of the remote control 56, the motor M 5 on the coupling frame and controls the head section 2 of the receiver 1 so that it cannot tilt forward by more than 5 °.

In this way, the viewer can tilt the head section 2 of the receiver 1 forward within the range of 5 °, the lowest of the four direction buttons (ˆ) (<) ( v ) (<) rotating clockwise of the motor M 5 the fixed part 40 in the space of the movement part 39 of the tronmel type below the head section 2 of the receiver 1 via the control of the built-in circuit.

Then, the spur gear 46 rotates on the motor M 5 in the same direction, and the sector gear engaged therewith 43 which in a single body with the sector shaft 42 on the upper end of the sector shaft 42 on the upper end of the sector arms 41, 41 ' is attached to the fixed part 40 , slowly begins to rotate counterclockwise.

Here, the coupling frame 44 rotates, which is formed in a single body on the sector gear 43, which is reversed by the fixed, semicircular cover 45 and is fixed in a single body with the fixed rib 34 of the head section 2 of the receiver 1 , due to the rotation of the sector gear 43 in the gear in the same direction.

Since the head portion 2 of the receiver 1, which is at the top of the coupling frame 44 is mounted, rotates together with the coupling frame 44, the head portion 2 tends slowly forward.

The semicircular cover 45 , which is arranged around the coupling frame, which is connected to the fixed rib 34 at the bottom of the head section 2 , covers the rear space due to the inclination of the head section 2 to the front and enables a good appearance.

When the head portion 2 of the receiver 1 has tilted forward by such a mechanical procedure as the observer so desires, he should let go.

If the observer wishes the head section 2 to be tilted backward by a certain angle, this should press the direction button (ˆ) under the direction buttons (ˆ) (<) ( v ) (<) of the remote control 56 . This rotates the motor, which is mounted on the fixed part 40 in the space of the moving part 39 of the drum type below the head portion 2 of the receiver 1 , counterclockwise through the control of the built-in circuit in the opposite manner to the previous case.

Then, the spur gear rotates on the motor M 5 in the same direction (counterclockwise), and the top gear arranged on the sector arms 41 , 41 'of the fixed part 40 and operated by the sector shaft 42 starts sec gear transmission 43 engages the spur gear 46 to rotate on the shaft of the motor M 5 clockwise.

Here, the coupling frame, the gear on the sector 43 , which is surrounded by the fixed, semicircular cover 45 and is attached above with the fixed rib 34 below the head portion 2 of the receiver 1, engages in the same direction (clockwise) with the Sector gear 43 .

Thus, the head portion 2 of the receiver 1 , which is mounted on the coupling frame, is driven with the coupling frame 44 , which results in a rearward inclination of the Kopfab section 2 .

Here, together with the head section 2, the semi-circular cover 45 , which gives the coupling frame 44 , which is connected to the fixed rib 34 below the head section 2 , tilts backwards and covers the space formed between the head section 2 and the loading part 39 of the drum type.

If the head section 2 of the receiver 1 has tilted too far back as the observer wishes, the water should release the direction button (ˆ) of the remote control 56 . Then, the motor M 5 , which is mounted on the coupling frame 44 within the drum-type moving part 39 below the head section 2 , stops and the movement of all connected parts stops, which ends the inclination of the head section 2 . Thus, the head section 2 of the receiver 1 is tilted backwards and positioned according to the observer's wish.

Although the observer continues to hold down the direction button (ˆ) of the remote control 56 , the head section 2 of the receiver 1 does not incline by more than 15 ° due to the limit switch LM 6 .

Since the limit switch is attached at the point of the maximum permitted rear inclination range of 15 ° and reaches in the upper end of the drum-type moving part 39 below the semicircular cover 45 and the coupling frame 44 , which is attached to the fixed rib 34 below the head section 2 the backward inclination of the head section 2 by the rotation of the motor M 5 the maximum range of 15 ° and then sets the limit switch LM 6 in motion. The movement of the limit switch LM 6 stops the motor M 5 on the fixed support 40 and the head section 2 of the receiver 1 is controlled so that it cannot be tilted further back than 15 °.

As described above, the observer can tilt the head section 2 of the receiver 1 backwards within the range of 15 °.

As described so far, this is a moveable television receiver backwards and forwards, left and right over the Remote control movable according to the observer's wish, and the upper head section of the receiver itself is corre sponding according to the observer's wish to the left or right can be rotated within the range of 30 °.

In addition, the top head can be remote controlled cut left or right within the range of  Tilt 20 ° if necessary and the height of the top Head section can be within the range of 200 mm can be set up or down. Furthermore, the Head section within the range of 5 ° or 15 ° tiltable at the front or back.

Accordingly, in the event that the movable television temp catch in the kitchen while eating after watching in the Bedroom can be watched, the entire distance vision receiver moved to a position using the remote control from which it is visible from the kitchen. Additional Lich the head section on the body section can be remote serves to be inclined to a certain and to win a certain left or right. Furthermore, the Head section to tilt forward or backward, and to Movement up or down in height who set the.

Beyond the general concept of the television receiver This invention creates an extraordinarily new appearance form of the television receiver, which in all directions can be moved with multifunction and high technology.

Claims (20)

1. Movable television receiver which has a head section ( 2 ) with a screen and a body section ( 3 ) with a drive device, the head section ( 2 ) being designed to be movable or pivotable at least in a first direction, and the television receiver in a second direction is movable forwards and backwards and can be moved or pivoted at least in a further, third direction. 2. Movable television receiver according to claim 1, characterized in that the drive device is remotely controllable via a remote control ( 56 ). 3. Movable television receiver according to claim 1 or 2, characterized in that the drive device drive wheels ( 10 , 10 ') and / or drive rollers ( 11 , 11 '). 4. Movable television receiver according to one of the previous ones the claims, characterized in that the movement of the television receiver in the third direction Panning left or right. 5. Movable television receiver according to one of the preceding claims, characterized in that at the lower portion of the body portion ( 3 ) a connected ner frame ( 16 ) with a drive shaft bearing ( 18 ) is seen before, which sections one of two drive shafts ( 22 , 22 ') carries the existing drive shaft, the drive shaft sections ( 22 , 22 ') each having an attached drive wheel ( 10 , 10 ') and can be connected via a magnetic coupling ( 19 ), so that the drive shaft sections ( 22 , 22 ') and thus the drive wheels ( 10 , 10 ') are rotatable in the same direction and in opposite directions for moving the television receiver backwards, forwards, left and / or right. 6. Movable television receiver according to one of the preceding claims, characterized in that each drive shaft section ( 22 , 22 ') via a corre sponding, by means of a motor ( M 2 ) drivable transmission shaft section ( 23 , 23 ') and a drive ( 20 to 25 ) can be driven, the transmission shaft sections ( 23 , 23 ') in a transmission shaft holder ( 17 ) are rotatably mounted, and can be connected via a white magnetic coupling ( 19 a ) and driven in the same direction and in opposite directions. 7. Movable television receiver according to one of the preceding claims, characterized in that the head portion ( 2 ) is pivotable about a certain angle of rotation about an axis which is perpendicular to the plane which is spanned by the second and third directions. 8. Movable television receiver according to claim 7, characterized by a marked on the upper side of a frame ( 16 ) arranged foot bearing ( 27 ) which carries a vertical transmission shaft ( 26 ) which with the head portion ( 2 ) via a fixed disc ( 35 ) , a fixed part ( 30 , 30 '), and a turntable ( 29 ) is connected so that the head portion ( 2 ) can be pivoted about the specific angle of rotation. 9. Movable television receiver according to claim 7 or 8, there characterized in that the angle of rotation a maxima len value of 60 °. 10. Movable television receiver according to claim 7, 8 or 9, characterized in that on the bottom of the rotary disc ( 29 ) on the vertical transmission shaft ( 26 ) a gear ( 20 c ) is attached and with a small gear ( 28 ) on one Motor ( M 3 ), which is mounted on the upper side of the fixed frame ( 16 ), is connected, and the motor ( M 3 ) can be controlled by the remote control ( 56 ) so that the head section ( 2 ) is selectively moved the certain angle of rotation is controllable. 11. Movable television receiver according to one of the preceding claims, characterized in that the head portion ( 2 ) is pivotable about an axis which is parallel to the plane spanned by the second and third directions. 12. Movable television receiver according to claim 11, characterized in that on the fixed disc ( 35 ) a semicircular swivel device with rotating rollers ( 33 ) is arranged, which has a chain device ( 32 ) which can be driven via a gear ( 20 e ), which About a drive consisting of a gear ( 20 d ), a chain ( 25 c ) and a gear ( 28 b ), and by a motor ( M 1 ), which is arranged on the turntable ( 29 ), is driven so that the head section ( 2 ) for pivoting to the left and to the right within a certain angle, which does not exceed 40 °, is controllable. 13. Movable television receiver according to one of the preceding claims, characterized in that the head section ( 2 ) can be moved up and down by a certain height. 14. Movable television receiver according to one of the preceding claims, characterized in that the head section ( 2 ) can be controlled by a certain angle for tilting forward and backward. 15. Movable television receiver according to one of the preceding claims, characterized in that sector arms ( 41 ) are formed on both ends of a fixed part ( 40 ) of a movable part ( 39 ) which has the head section ( 2 ) on the upper half thereof , and on the upper portion of the sector arms ( 41 ), a sector shaft ( 42 ) with an integrally formed, rotatable sector gear ( 43 ) is mounted, and on the upper side of the sector gear ( 43 ) a coupling frame ( 44 ) is integrally formed and with a fixed rib ( 34 ) is connected, a motor ( M 5 ), which is equipped with a spur gear ( 46 ), is formed in engagement with the sector gear ( 43 ) and is rotatably and counter-rotatably mounted, and a signal that is transmitted to the remote control ( 56 ) reacts, the sector gear ( 43 ), which can be brought into engagement with the spur gear on the motor shaft ( M 5 ), operates, so that the head portion ( 2 ) on d The upper section of the movable part can be tilted forwards and backwards. 16. Movable television receiver according to one of the preceding claims, characterized in that the head section ( 2 ) can be tilted forward by a maximum of 5 ° and rearward by a maximum of 15 °. 17. Movable television receiver according to one of the preceding claims, wherein a fixed shaft ( 47 ) which is formed on the center of the lower end of a fixed part within a movable part, and a screw shaft ( 49 ) with a guide part ( 50 ) as a double row Safety bearings are provided and are used with a guide in a fixed sleeve ( 52 ) which is placed on the center of a Stütztei les ( 51 ) of the interior within the body, and on the upper side of the fixed sleeve on the body center a single-row safety tion bearing and a large gear ( 20 g ) are rotatably attached and with a small gear ( 28 d ) on a motor ( M 4 ), which can be remotely controlled for rotation and counter-rotation, and the gear ( 20 g ) , which is mounted on the upper section of the fixed sleeve, can be brought into mutual engagement with the screw shaft ( 49 ) so that the scraper Ubwelle is movable up and down, whereby the head portion ( 2 ) and the movable part can be controlled in height within a range of 200 mm. 18. Movable television receiver according to one of the preceding claims, characterized in that a screw thread ( 55 ) within the gear ( 20 g ) is formed on the screw shaft through the fixed sleeve at the center of the part of the interior within half of the body is fixed, and the screw shaft and the screw thread are mutually engaged and allow the screw shaft to be moved up and down. 19. Movable television receiver according to one of the previous ones the claims, characterized in that the hardest shaft on the lower end of the fixed frame mens of the movable part that is used to move upwards is trained and with the screw through its bottom ren section, and in between the double  Row fuse bearing is attached so that the fixed shaft and the screw shaft separately are drivable. 20. Movable television receiver according to one of the preceding claims, characterized by:
a first diode ( D 1 ) which is connected to a first Micom output connection ( A ) which outputs a movement signal from the movable television receiver, a first resistor ( R 1 ) and a first capacitor ( C 1 ) having a Relay interrupt drive section ( A 11 ) are connected and interrupt a first relay ( Ry 1 ) and operate a motor drive section;
a second diode ( D 3 , D 5 , D 7 ), a second resistor ( R 2 , R 5 , R 8 ) and a second capacitor ( C 2 , C 4 , C 6 ), which are connected to a second Micom output connection ( B , C , D ), which outputs vertical and horizontal movement signals and interrupts a second relay ( Ry 2 , Ry 3 , Ry 4 ) of a second motor drive section ( A 11 , A 12 , A 13 ), which is connected to a multiplexer ( Q 2 , Q 4 , Q 6 ) is connected;
a third diode ( D 17 , D 19 ), a third resistor ( R 15 , R 16 ), a third capacitor ( C 12 , D 19 ) and a first transistor ( Q 12 , Q 13 ), which a third relay ( Ry 9 , Ry 10 ) interrupt, which controls a speed control ( SC 3 ), which is connected to a switching circuit ( B 12 ), and rotates the motor ( M 3 ) to the left and right;
a fourth diode ( D 9 , D 11 ), a fourth resistor ( R 11 , R 12 ), a fourth capacitor ( C 8 , C 9 ) and a second transistor ( Q 8 , Q 9 ), which are connected to an output ( E , F ) are connected, and according to a signal from the output terminal ( B ) interrupt a fourth relay ( Ry 6 ) and control the speed control ( SC 1 ) and the motor ( M 1 ), which are controlled by a switching circuit ( B 10 ) are connected;
wherein a limit switch ( LM 1 , LM 2 ) identifies the signal and a fifth relay ( Ry 5 , Ry 6 ) interrupts when the drive section of the motor ( M 1 ) reaches the lowest angle;
a fifth diode ( D 13 , D 15 ), a fifth resistor ( R 13 , R 14 ), a fifth capacitor ( C 10 , C 11 ) and a third transistor ( Q 10 , Q 11 ) having a third Micom output terminal ( G , H ), which directs the backward movement, which interrupt the relay ( Ry 7 , Ry 8 );
wherein a signal via the relay ( Ry 3 ) controls the speed control ( SC 2 ) and the motor ( M 2 ), which are connected to the switching circuit ( B 10 ).