Remote control operated moving television receiver

Claim 2

An improved TV receiver comprising a head having a CRT tube and a body equipped with a position adjustment mechanism located in a space defined within the body, the improvement comprising: means for enabling said head to rotate by operation of said position adjustment mechanism inside said space and linked to said head; a freely-rotating caster and a pair of driving wheels which are coordinated with said position adjustment mechanism to be actuable by remote control means enabling the head and the body to move together, forward and backward and side to side, said remote-controlled position adjustment mechanism also being operable to enable said head to selectively tip left and right by a predetermined angle and to pan left and right to a predetermined extent.

Claim 3

The TV receiver according to claim 1, wherein: the position adjustment mechanism comprises a fixed frame provided in said space and a transmission shaft located in a low portion of said space to drive a driving shaft through a magnetic clutch and a sprocket linked by a chain to a driving sprocket of a double functioning motor supported by the fixed frame, the double-functioning motor supported by the fixed frame, the double-functioning motor being actuable to move the TV receiver backward and forward and to left and right by controlled operation thereof by a user operating the same by remote control.

Claim 4

A TV receiver according to claim 2, wherein: at the center of an upper side of the fixed frame, a footstep bearing is installed to support the vertical transmission shaft linked to the head by a fixed disc, a fixing member and a rotating disc; and at the bottom of the rotating disc on the vertical transmission shaft, a driven sprocket is installed and linked to a small sprocket on a motor installed on the upper side of the fixed frame, said motor being actuable by remote control so that the head is selectively controlled to turn with respect to the body by a predetermined angle not exceeding 60°.

Claim 5

A TV receiver according to claim 3, wherein: a round clutch provided on each side of the fixed disc at the bottom of the head, and a rotating roller engageable to the round clutches is installed on the upper side of a fixing member located on the upper side of a rotating disc in the space, a chain rack is installed at the bottom of the fixed disc so that it can be engaged with a first sprocket on a rotating shaft switch is installed on the fixing member, and a second sprocket linked to a third sprocket on the motor shaft of a motor mounted on the rotating disc, whereby remote control of the motor causes it to rotate and counter-rotate, and the mutually engaged first sprocket and said chain rack control motion of the head to cause it to pan left and right within a predetermined angle not exceeding 40°.

Claim 6

A TV receiver according to claim 2, wherein: the driving shaft and the transmission shaft are each in the form of two partial shafts coupled by a respective center magnetic clutch, and each of these center magnetic clutches is remote-controlled to allow the respective corresponding partial shafts to be rotated in integrally connected manner, and when the corresponding partial shafts are not integrally connected with each other by the respective magnetic clutch the rotation of the corresponding partial shafts is individually controlled.

Claim 7

A moving TV receiver according to claim 2, wherein; round clutches is formed on both sides of fixed disc on the bottom of the head, the rotating roller which is inserted to round clutches is installed on the upper side of the fixing member located on the upper side of rotating disc in the space room, a chain rack is installed on the bottom of the fixed disc so that it can be engaged with the sprocket (20c) on the rotating shaft which is installed on the fixing member, and the sprocket (20e) is linked to the sprocket (28b) on the motor shaft (M1) on the rotating disc and remote-control the motor to rotate and counter-counter-rotate, and the mutually engaged sprocket (20e) and chain rack control the head to pan left and right within a certain angle, not exceeding 40 degrees.

Claim 8

A moving TV receiver comprising: a remote control; a moving member, comprising a head in which is installed a CRT tube; and a body having a driving mechanism in a space inside the body, said head being linked to the mechanism so as to enable the head to move up and down while being supported by the body, said head being located at an upper portion of the moving member and said mechanism being operable to enable the head to rotate and to tip forward and backward by respective predetermined angles and also to controllably cause the moving member and the head to move up and down by a predetermined height by remote control by a viewer, wherein sector arms are formed on both ends of a fixed member provided in said space a sector shaft having a sector gear integrally formed thereon is rotatably mounted on an upper portion on the sector arms, and on an upper side of the sector gear a coupling frame is integrally formed and connected to a fixed rib, and on both ends of the fixed member a counter-rotatable motor equipped with a spur gear is thereby engaged to the sector gear, a signal from the remote control enabling a viewer to operate the sector gear engaged to the spur gear of the motor whereby the head located on the upper portion on the moving member is tipped forward by up to 5° degrees and backward by up to 15° degrees.

Claim 9

A moving TV receiver comprising: a remote control; a moving member, comprising a head in which is installed a CRT tube; and a body having a driving mechanism in a space inside the body, said head being linked to the mechanism so as to enable the head to move up and down while being supported by the body, said head being located at an upper portion of the moving member and said mechanism being operable to enable the head to rotate and to tip forward and backward by respective predetermined angles and also to controllably cause the moving member and the head to move up and down by a predetermined height by remote control by a viewer, wherein sector arms are formed on both ends of a fixed member provided in said space a sector shaft having a sector gear integrally formed thereon is rotatably mounted on an upper portion on the sector arms, and on an upper side of the sector gear a coupling frame is integrally formed and connected to a fixed rib, and on both ends of the fixed member a counter-rotatable motor equipped with a spur gear is thereby engaged to the sector gear, a signal from the remote control enabling a viewer to operate the sector gear engaged to the spur gear of the motor whereby the head located on the upper portion on the moving member is tipped forward by up to 5° degrees and backward by up to 15° degrees.

Claim 10

A moving TV receiver comprising: a remote control; a moving member, comprising a head in which is installed a CRT tube; and a body having a driving mechanism in a space inside the body, said head being linked to the mechanism so as to enable the head to move up and down while being supported by the body, said head being located at an upper portion of the moving member and said mechanism being operable to enable the head to rotate and to tip forward and backward by respective predetermined angles and also to controllably cause the moving member and the head to move up and down by a predetermined height by remote control by a viewer, and said head engages with a screw shaft rotatable by a motor located inside the moving member, said motor being remote-controlled for rotation and counter-rotation, controlled rotation of the screw shaft causing the head to move up and down within a range of 200 mm in height.

Claim 11

A moving TV receiver comprising: a remote control; a moving member, comprising a head in which is installed a CRT tube; and a body having a driving mechanism in a space inside the body, said head being linked to the mechanism so as to enable the head to move up and down while being supported by the body, said head being located at an upper portion of the moving member and said mechanism being operable to enable the head to rotate and to tip forward and backward by respective predetermined angles and also to controllably cause the moving member and the head to move up and down by a predetermined height by remote control by a viewer, and said head engages with a screw shaft rotatable by a motor located inside the moving member, said motor being remote-controlled for rotation and counter-rotation, controlled rotation of the screw shaft causing the head to move up and down within a range of 200 mm in height.

Claim 12

A moving TV receiver according to claim 8, wherein: an internally threaded sprocket fixed on the screw shaft by a fixed bushing at the center of a fixing member inside the body, and the screw shaft and the screw thread are mutually engaged, allowing the screw shaft to move up and down in correspondence with controlled rotation and counter rotation of said internally threaded sprocket.

Claim 13

A moving TV receiver according to claim 8, wherein: a fixed shaft is mounted on the lower end of the moving member is connected to the screw shaft at its lower portion, and a double row thrust bearing is installed therebetween so that the fixed shaft and the screw shaft can be separately operated.

Claim 14

A moving TV receiver, comprising: a circuit comprising a diode (D1) which is linked to a micom output port (A) outputting a movement selection signal resistance (R1), and a condenser (C1) connected to a relay interrupt driving portion (A11) which can interrupt a relay (Ry1) and operate a motor; diodes (D3, D5, D7), resistances (R2, R5, R8) and condensers (C2, C4, C6), linked to micom output ports (B, C, D) which output vertical and horizontal movement signals, and interrupt relays (Ry2, Ry3, Ry4) of motor driving portions (All, A12, A13) are connected to a multiplexer (Q2, Q4, Q6); diodes (D17, D19), resistances (R15, R16), condensers (C12, C13) and transistors (Q12, Q13) which interrupt relays (Ry9, Ry10), controlling a speed controller (SC3) linked to a switch circuit (B12) and operable for rotating a motor (M3) left and right in accordance with a signal from output port (B); and diodes (D9, D11), resistances (R11, R12), condensers (C8, C9) and transistors (Q8, Q9) linked to output ports (E, F,) to interrupt a relay (Ry6) and control a speed controller (SC1) and a motor (M1) that are connected to a switch circuit (B10); wherein, when a driving portion of motor (M1) reaches a position corresponding to the lowest limit of a specified angle, switches (LM1, Lm2) generate a signal that interrupts the relays (Ry5, Ry6), and diodes (D13, D5), resistances (R13, R14), condensers (C10, C11) and transistors (Q10, Q11) are related to a micom output port (G, H) that directs a forward and backward movement of the moving receiver and interrupt relays (Ry7, Ry8) whereby a signal via relay (Ry3) controls a speed controller (SC2) and a motor (M2) that are connected to a switch circuit (B11).

Claim 15

A moving TV receiver, comprising: a circuit comprising a diode (D1) which is linked to a micom output port (A) outputting a movement selection signal resistance (R1), and a condenser (C1) connected to a relay interrupt driving portion (A11) which can interrupt a relay (Ry1) and operate a motor; diodes (D3, D5, D7), resistances (R2, R5, R8) and condensers (C2, C4, C6), linked to micom output ports (B, C, D) which output vertical and horizontal movement signals, and interrupt relays (Ry2, Ry3, Ry4) of motor driving portions (All, A12, A13) are connected to a multiplexer (Q2, Q4, Q6); diodes (D17, D19), resistances (R15, R16), condensers (C12, C13) and transistors (Q12, Q13) which interrupt relays (Ry9, Ry10), controlling a speed controller (SC3) linked to a switch circuit (B12) and operable for rotating a motor (M3) left and right in accordance with a signal from output port (B); and diodes (D9, D11), resistances (R11, R12), condensers (C8, C9) and transistors (Q8, Q9) linked to output ports (E, F,) to interrupt a relay (Ry6) and control a speed controller (SC1) and a motor (M1) that are connected to a switch circuit (B10); wherein, when a driving portion of motor (M1) reaches a position corresponding to the lowest limit of a specified angle, switches (LM1, Lm2) generate a signal that interrupts the relays (Ry5, Ry6), and diodes (D13, D5), resistances (R13, R14), condensers (C10, C11) and transistors (Q10, Q11) are related to a micom output port (G, H) that directs a forward and backward movement of the moving receiver and interrupt relays (Ry7, Ry8) whereby a signal via relay (Ry3) controls a speed controller (SC2) and a motor (M2) that are connected to a switch circuit (B11).

Claim 16

An adjustably viewable television receiver system, comprising: a head portion comprising a television receiver screen; a body portion adjustably supporting said head portion, said body portion being formed to define a space therewithin; means for controllably adjusting a position of said head portion with respect to said body portion; means for controllably moving said body portion with respect to a external surface supporting the same; and means for remotely controlling said head portion position adjustment and said body portion movement, said head portion position adjustment means and said body portion movement means both being substantially contained in said space in said body portion.

Claim 17

An adjustably viewable television receiver system, comprising: a head portion comprising a television receiver screen; a body portion adjustably supporting said head portion, said body portion being formed to define a space therewithin; means for controllably adjusting a position of said head portion with respect to said body portion; means for controllably moving said body portion with respect to a external surface supporting the same; and means for remotely controlling said head portion position adjustment and said body portion movement, said head portion position adjustment means and said body portion movement means both being substantially contained in said space in said body portion.

Claim 18

A television receiver system according to claim 12, wherein: said head portion position adjustment means comprises means for enabling independent motion of said head portion relative to said body portion, said independent motion comprising translational motion in a vertical direction, rotational back-and-forth tipping motion and a side-to-side tilting motion, each with respect to said body portion, said remote control means enabling a viewer to selectively control said vertical, tipping and tilting motions within respective predetermined limits.

Claim 19

The television receiver system according to claim 13, wherein: said remote control means comprises a hand-operated control unit including a plurality of push-buttons actuable to generate signals for producing said controlled vertical, tilting and tipping motions of said head portion with respect to said body portion and said controlled motions of said body portion within said limits.

Claim 20

The television receiver system according to claim 13, wherein: said head portion position adjustment means and said body portion movement means each comprises separate electric motor means for providing a corresponding drive to respective drive means, whereby a user can remotely control selected operation of said respective motor means to adjust said position of said head portion with respect to said body portion, and also selectively obtain movement of said body portion, to orient said television receiver screen for convenient viewing thereof.

Claim 21

The television receiver system according to claim 15, wherein: said head portion position adjusting means comprises a chain and sprocket drive driving a vertical screw element connected at an upper end to said head portion and supported at a lower end by a step bearing.

Claim 22

The television receiver system according to claim 13, wherein: said body portion movement means comprises a pair of individually controlled driven wheels rotatable about a common horizontal axis, and a pair of load-bearing casters disposed to stably support said body portion and said head portion mounted thereon in cooperation with said pair of driven wheels, whereby controlled rotation of each of said pair of driven wheels enables controlled translational and rotational motions of said television receiver system on said external surface supporting the same.

Claim 23

The television receiver system according to claim 17, wherein: said remote control means comprises a hand-operated control unit including a plurality of push-buttons actuable to generate signals for producing said controlled vertical, tilting and tipping motions of said head portion with respect to said body portion and said controlled translational and rotational motions of said body portion within said limits.

Claim 24

The television receiver system according to claim 18, further comprising: an elongate flexible power cord for connecting said television receiver system to an external power supply system at a distance therefrom, whereby said television receiver system is operable by said remote control means within a predetermined range of physical movement corresponding to the length of said power cord.

Claim 25

The television receiver system according to claim 19, wherein: said head portion position adjustment means and said body portion movement means each comprises separate electric motor means for providing a corresponding drive to respective drive means, whereby a user can remotely control selected operation of said respective motor means to adjust said position of said head portion with respect to said body portion, and also selectively obtain movement of said body portion, to orient said television receiver screen for convenient viewing thereof.

Claim 26

The television receiver system according to claim 20, further comprising: means for compactly and releasably storing a length of said power cord and releasing portions of said stored length as necessitated by said movement of said body portion.

Claim 27

A television receiver system according to claim 12, wherein: said body portion movement means comprises a pair of individually controlled driven wheels rotatable about a common horizontal axis, and a pair of load-bearing casters disposed to stably support said body portion and said head portion mounted thereon in cooperation with said pair of driven wheels, whereby controlled rotation of each of said pair of driven wheels enables controlled translational and rotational motions of said television receiver system on said external surface supporting the same.

Claim 28

The television receiver system according to claim 22, wherein: said pair of driven wheels are individually connected to respective coaxially aligned shafts coupled to magnetic clutch means rotatable by a corresponding motor means to produce controlled translational and rotational motions of said body means with respect to said external surface supporting the same.

Claim 29

The television receiver system according to claim 12, further comprising: an elongate flexible power cord for connecting said television receiver system to an external power supply system at a distance therefrom, whereby said television receiver system is operable by said remote control means within a predetermined range of physical movement corresponding to the length of said power cord.

Claim 30

The television receiver system according to claim 24, further comprising: means for compactly and releasably storing a length of said power cord and releasing portions of said stored length as necessitated by said movement of said body portion.

Claim 31

An adjustably viewable television receiver system, comprising: a head comprising a television receiver screen; a body, securely engaged with and adjustably supporting said head; means for adjusting a position of said head relative to said body, comprising means for selectively raising/lowering said head with respect to said body, rotating said head with respect to said body about a vertical direction, selectively tilting said head with respect to said body to the left or the right as viewed by the viewer frontally viewing said receiver screen, and selectively tipping said head with respect to said body forwardly or backwardly with respect thereto as viewed by said viewer viewing said receiver screen frontally; means for moving said body with respect to an external surface supporting the same; and means for remotely controlling said head position adjustment and said body movement.

Claim 32

An adjustably viewable television receiver system, comprising: a head comprising a television receiver screen; a body, securely engaged with and adjustably supporting said head; means for adjusting a position of said head relative to said body, comprising means for selectively raising/lowering said head with respect to said body, rotating said head with respect to said body about a vertical direction, selectively tilting said head with respect to said body to the left or the right as viewed by the viewer frontally viewing said receiver screen, and selectively tipping said head with respect to said body forwardly or backwardly with respect thereto as viewed by said viewer viewing said receiver screen frontally; means for moving said body with respect to an external surface supporting the same; and means for remotely controlling said head position adjustment and said body movement.

Claim 33

The television receiver system according to claim 20, wherein: said head position adjustment means and said body movement means are contained within a substantially enclosed space defined within said body so as to be essentially out of sight of said viewer.

Claim 34

The television receiver system according to claim 27, further comprising: a flexible elongate power cord having a plug element at a distal end and connected at an opposite end to said body to enable provision of electrical power to said television receiver system, and means disposed between said ends of said cord means to compactly and releasably store portions of a length thereof.