A recharging unit for recharging one or more batteries of an electrically powered motor vehicle is provided permanently on board the motor vehicle. The unit includes an electrical connector carried by a charging cable, provided for connection to an external electrical socket. A hollow supporting and containment body is configured to receive the charging cable and the electrical connector. A receiving seat is provided for receiving and fixing the electrical connector in a resting position.

A kind of partition wall is introduced. The partition wall includes a housing, a roller wound with an inflatable wall body mounted inside the housing, and a shaft with a torsion spring mounted inside the roller. The inflatable wall body can be pulled out from the housing and can be rolled back to the housing by the torsion spring. The partition wall is rollable which offers people the chance to adjust their room space segmentation. It is also suitable for some small space such as a recreational vehicle or some mobile house. When people need to divide a bedroom from living room, they can expand out the partition wall.

A power and data coupling system for a handheld electronic device includes accessory housing configured to operatively couple with the electronic device. An accessory station is integrated with the accessory housing to store and charge at least one accessory item of the electronic device. The housing includes at least one electronic logic board configured to provide or accept power or data to and from the handheld electronic device when the accessory housing is within an effective range of a power and data transfer component of the electronic device. A software installed on the electronic logic board is configured to control a power transfer between at least two of the following: the accessory housing, the accessory station, the at least one accessory item, and the handheld electronic device.

A storage system for a handheld electronic device includes a housing member and a storage compartment. The housing member is configured to receive and secure the handheld electronic device. The storage compartment is integrated with the housing member. The storage compartment secures an item and is a tubular in shape and is configured to retain the item. The item is at least one of a lip balm, lipstick, lip gloss cigarette, and e-cigarette. Preferably, the housing member is formed from an elastic material allowing the storage compartment to adjust in a size or shape to retain the item. Preferably, the storage compartment is monolithically constructed.

A wire spinner having a support structure having an upright support connected to a base. The upright support section has a generally conical shape. The base has a general ring shape. A rotating device is located on top of the base and internally of the support structure.

A drive system for cleaning debris within a medical tube. The drive system includes a housing defining an interior and an elongated guide wire. A first guide-wire tube accommodates a portion of the guide wire therein and extends longitudinally along a first axis between first and second ends. A roller is disposed in the interior and is configured to rotate about a second axis to both advance and withdraw the guide wire. The drive system further includes a second guide-wire tube configured to receive and accumulate the guide wire as it is withdrawn by the roller.

According to a first aspect of the disclosure there is provided a cable store for a charging device, the charging device for charging and/or discharging an electrical device, the cable store comprising: a drum portion around which a cable of the charging device is configured to be wound; a deflection portion configured to deflect the cable to wind around the drum portion; wherein the cable is configured to enter the deflecting portion substantially in a direction corresponding to an axial direction of the drum portion and wind around the drum portion substantially in a direction corresponding to a circumferential direction of the drum portion.

An energy supply system includes a cable store for winding and unwinding an energy cable about a winding center of the cable store. A carrier is provided for the energy cable, and the cable store has an opening for the inlet and outlet of the carrier and the energy cable. The carrier can be guided through the opening in order to guide the carrier and the energy cable in sections in the cable store to the winding center of the cable store over a first guide path through a first guide arc, over a second guide path which adjoins the first guide arc, through a second guide arc, and over a third guide path which adjoins the second guide arc and lies further inwards relative to the winding center than the first guide path using guides.

A device includes a spool; a fish tape wound on the spool; a magnet coupled to the spool; a sensor configured to detect the magnet and to generate a signal indicative of the detection; and a controller in communication with the sensor and configured to determine an extension of the fish tape based on the signal; and output the determined amount.

The present invention discloses an electronic device for retracting, releasing, and storing cables or cable-like structures for equipment, devices, apparatus, machines, or similar structures. The device provides an effective way to release, retract, and store cables and cable-like structures. By retracting the cable into the device and routing it around an inner cylindrical structure using motors, the device can efficiently control the length of cables as required. The motor(s) can release the cable to any desired size, so organizing and making it the desired and appropriate length is very convenient. Supporting structure, gears, and bearings assure cable and cable-like structure to retract and release. The line-linked switch or remote switch provides convenience when using the device.