Voltage transformer with hinged housing
View Patent ↗The invention relates to a voltage transformer ( 1 ) including a housing ( 12 ) which encloses, at least partially, a mains plug ( 3, 4 ) connectable to a mains voltage source, a terminal plug ( 8 ) connectable to a terminal, and a voltage-transforming circuit, said housing ( 12 ) comprising a first housing component ( 2 ) and a second housing component ( 6 ) movably connected to said first housing component ( 2 ) by a guide means and implemented as a reception means ( 9 ) for receiving therein the terminal, and said voltage transformer ( 1 ) being adapted to be moved from a transport position to a charging position. In order to improve the handiness of the voltage transformer ( 1 ) during charging and, in particular, during transport, the present invention is so conceived that, at the transport position, the housing components ( 2, 6 ) have been moved relative to one another such that the space occupied at the transport position is smaller than that occupied at the charging position.
1. A voltage transformer comprising: a housing including a mains plug connectable to a mains voltage source, a terminal plug connectable to a terminal, and a voltage transformer circuit, the housing comprising a first housing component and a second housing component movably connected to the first housing component by a guide means and implemented as a reception means for receiving therein the terminal, and the voltage transformer adapted to move from a transport position to a first charging position, wherein, at the transport position, the housing components have been moved relative to one another such that the space occupied at the transport position is smaller than that occupied at the first charging position, wherein the voltage transformer is adapted to be moved to a second charging position which is different from the first charging position and the transport position.
2. A voltage transformer according to claim 1 , wherein the guide means through which the second housing component is movably connected to the first housing component is implemented as a rotary guide means.
3. A voltage transformer according to claim 1 , wherein the second housing component is implemented as a protective casing which encloses the mains plug, at least in certain sections thereof, in the transport position.
4. A voltage transformer according to claim 1 , wherein the voltage transformer is implemented such that, in the transport position, the first housing component is folded onto the second housing component.
5. A voltage transformer according to claim 1 , wherein the mains plug main plug and the terminal plug are implemented such that they are in alignment with one another in the first charging position.
6. A voltage transformer according to claim 1 , wherein in the second charging position, the mains plug extends away from the terminal plug at an angle of about 90 degrees.
7. A voltage transformer comprising: a housing including a mains plug connectable to a mains voltage source, a terminal plug connectable to a terminal, and a voltage transformer circuit, the housing comprising a first housing component and a second housing component movably connected to the first housing component by a guide means and implemented as a reception means for receiving therein the terminal, and the voltage transformer adapted to move from a transport position to a first charging position, wherein, at the transport position, the housing components have been moved relative to one another such that the space occupied at the transport position is smaller than that occupied at the first charging position, wherein the first housing component is implemented such that it encloses the terminal plug in the transport position.
8. A voltage transformer according to claim 1 , wherein the mains plug is interchangeable with the voltage transformer so as to be compatible with different, country-specific mains sockets.
9. A voltage transformer comprising: a housing including a mains plug connectable to a mains voltage source, a terminal plug connectable to a terminal, and a voltage transformer circuit, the housing comprising a first housing component and a second housing component movably connected to the first housing component by a guide means and implemented as a reception means for receiving therein the terminal, and the voltage transformer adapted to move from a transport position to a first charging position, wherein, at the transport position, the housing components have been moved relative to one another such that the space occupied at the transport position is smaller than that occupied at the first charging position, wherein the voltage transformer circuit is integrated in the first housing component.
10. A voltage transformer comprising: a housing including a mains plug connectable to a mains voltage source, a terminal plug connectable to a terminal, and a voltage transformer circuit, the housing comprising a first housing component and a second housing component movably connected to the first housing component by a guide means and implemented as a reception means for receiving therein the terminal, and the voltage transformer adapted to move from a transport position to a first charging position, wherein, at the transport position, the housing components have been moved relative to one another such that the space occupied at the transport position is smaller than that occupied at the first charging position, wherein the first housing component has a fork-shaped structural design and is provided with a rotary guide means at the fork ends.
11. A voltage transformer according to claim 1 , wherein the terminal plug is replaceably arranged on the voltage transformer.
12. A voltage transformer comprising: a housing including a mains plug connectable to a mains voltage source, a terminal plug connectable to a terminal, and a voltage transformer circuit, the housing comprising a first housing component and a second housing component movably connected to the first housing component by a guide means and implemented as a reception means for receiving therein the terminal, and the voltage transformer adapted to move from a transport position to a first charging position, wherein, at the transport position, the housing components have been moved relative to one another such that the space occupied at the transport position is smaller than that occupied at the first charging position, wherein at the first charging position, an insertion direction, in which a terminal can be inserted to the reception means and a plug-in direction, in which the main plug is connectable to the main voltage source, extend parallel to one another.
13. A voltage transformer according to claim 1 , wherein at a second charging position, an insertion direction, in which a terminal can be inserted to the reception means and a plug-in direction, in which the main plug is connectable to the main voltage source, extend transverse to one another.
14. A voltage transformer according to claim 1 , wherein at the transport position, an insertion direction, in which a terminal can be inserted to the reception means and a plug-in direction, in which the main plug is connectable to the main voltage source, extend parallel to one another.
15. A voltage transformer according to claim 1 , wherein the first housing component is implemented such that it encloses the terminal plug in the transport position.
16. A voltage transformer according to claim 1 , wherein the voltage transformer circuit is integrated in the first housing component.
17. A voltage transformer according to claim 1 , wherein the first housing component has a fork-shaped structural design and is provided with a rotary guide means at the fork ends.
18. A voltage transformer according to claim 1 , wherein at the first charging position, an insertion direction, in which a terminal can be inserted to the reception means and a plug-in direction, in which the main plug is connectable to the main voltage source, extend parallel to one another.
19. A voltage transformer according to claim 7 , wherein the second housing component is implemented as a protective casing which encloses the mains plug, at least in certain sections thereof, in the transport position.
20. A voltage transformer according to claim 7 , wherein the voltage transformer is implemented such that, in the transport position, the first housing component is folded onto the second housing component.
21. A voltage transformer according to claim 7 , wherein the first housing component has a fork-shaped structural design and is provided with a rotary guide means at the fork ends.
22. A voltage transformer according to claim 12 , wherein the voltage transformer is adapted to be moved to a second charging position which is different from the first charging position and the transport position.
23. A voltage transformer according to claim 12 , wherein at a second charging position, an insertion direction, in which a terminal can be inserted to the reception means and a plug-in direction, in which the main plug is connectable to the main voltage source, extend transverse to one another.