fig2 shows a cleaning appliance in the form of a vacuum cleaner . the vacuum cleaner has a main body 100 which supports the main components of the vacuum cleaner . in a traditional manner , the main body 100 has a chassis 110 which supports separating and collecting apparatus 120 and a motor - driven fan ( not shown ) for generating a suction which can draw dirt laden air into the separating apparatus 120 . the main body 100 also has two main wheels 112 , one on each side of the rear portion of the chassis 110 , and a castor wheel 113 beneath the front portion of the chassis 110 which allow the main body 100 to be dragged along a surface . it will be understood that the wheels 112 , 113 could be supplemented , or replaced , by other means for allowing the main body 100 to be dragged across a surface , such as skids . the form of the separating apparatus 120 is not important to the invention . while we prefer to use cyclonic separators which spin dirt , dust and debris from the airflow , other forms of separator can be used and examples of suitable separator technology include a centrifugal separator , a filter bag , a porous container , an electrostatic separator or a liquid - based separator . in fig2 , the separating apparatus comprises two generally cylindrical chambers 121 , 122 which lie alongside one another . the chambers 121 , 122 are connected to one another by a central spine 123 . the separating apparatus 120 is removably mounted on the chassis for emptying and for access to components beneath the separating apparatus . a flexible hose 150 and a wand assembly 160 connect to an inlet port 151 on the main body 100 . the main body 100 of the cleaner is pulled along by the hose 150 as a user moves around a room . the hose 150 has a construction which is robust enough to withstand this pulling action , and any normal abrasion which may be encountered as the hose rubs against obstacles in a room . in this embodiment , the air inlet port 151 is centrally mounted on the main body 100 at the forward , lower part of the machine . in alternative embodiments of the machine where the air inlet is not centrally positioned , such as the machine shown in fig1 where the inlet is near the upper part of the separating apparatus 11 , it is preferable to anchor the hose 150 to the machine at a central position ( as with anchor point 25 in the machine shown in fig1 ) so that when a user pulls the hose 150 , the main body 100 follows the user . ducting on the chassis 110 connects the air inlet port 151 to an inlet to the separating apparatus 120 . for a cyclonic separating apparatus 120 , the inlet to the separating apparatus is arranged to guide incoming airflow through the wall of the chamber of the cyclonic separator in a tangential manner . the second end of the hose 150 connects to the wand 160 . a suitable wand assembly 160 is described in our co - pending international patent application wo 02 / 071913 . as shown in fig4 , the wand comprises a set of three tubes 161 , 162 , 163 of progressively decreasing diameter . the tubes 161 , 162 , 163 can telescope inside one another and are retractably housed inside a storage tube 165 . the three tubes 161 , 162 , 163 are slideable inside one another and can be moved between a stored position ( as best shown in fig6 ) and an extended position ( as shown in fig4 ) in which one tube is extended from another such that only the ends of the tubes overlap one another . securing mechanisms 400 secure the tubes in an extended position . the precise arrangement of the securing mechanisms does not form part of the present invention and so will not be described in any further detail here . tubes 161 , 162 , 163 are progressively longer in length . the length of each tube is chosen so that it fully occupies the available space within the storage tube 165 when the securing mechanisms 400 are lying alongside one another . the distal end of tube 163 has a connector 280 which is adapted to receive a floor tool , such as the floor tool shown 20 in fig1 , in any known manner . for example , the floor tool can be connected to the tube 163 by means of an interference fit , interconnecting bayonet fittings , snap - fit connections , a screw threaded collar and sleeve , or by any other suitable means . accessory tools may also be fitted to the tube 163 in place of the floor tool . a handle 200 is located on the storage tube 165 to allow a user to manipulate the wand 160 . a flexible hose 150 extends from one end of the storage tube 165 and is connected to the storage tube 165 by an outlet connector 168 which is rotatable about axis x - x ′, as shown in fig5 . this part of the wand is described more fully in our international patent application wo 01 / 50940 . for ease of storage , and ease of carrying , the wand assembly 160 can be releasably attached to the main body 100 of the vacuum cleaner , as shown in fig2 and 3 . as is best seen in fig3 a , the length of the storage tube 165 is substantially equal to the length of the part of the main body 100 against which the wand is stored . in this manner , the wand 160 does not protrude substantially beyond the main body 100 when it is fully retracted and stored on the main body 100 . as is best seen in fig6 , the wand 160 is stored alongside the uppermost surface of the main body 100 . fig6 shows a cross - section through the wand 160 and the upper part of the separating apparatus 120 taken along the longitudinal axis of the vacuum cleaner . in this embodiment the upper surface of the separating apparatus 120 , which itself is releasable from the remainder of the chassis 110 for emptying , is the part of the main body against which the wand 160 is secured . fittings on the storage tube 165 of the wand assembly cooperate with complementary fittings on the upper surface of the separating apparatus 120 to retain the storage tube 165 . the lower end of the storage tube 165 has a hooked projection 220 which extends outwardly from the tube 165 . the hook 220 can locate beneath a hook 130 on the separating apparatus 120 . this pair of hooks 220 , 130 provides some mechanical support for the wand 160 during carrying , and also helps properly to locate the wand 160 . the majority of the mechanical support is provided by a locking catch at the other end of the storage tube 165 . the locking catch comprises a movable catch ring 222 with a catch face 225 and is shown in more detail in fig7 . the catch face 225 locates beneath another hook 135 on the upper face of the separating apparatus 120 . the locking catch mechanism comprises a catch ring 222 which is pivotably mounted about the outside of the storage tube 165 about pivot point 223 . the lower part of the catch ring 222 carries a catch face 225 for engaging with the main body . the catch ring is biased , by spring 241 , into the locked position shown in fig5 and 6 . an actuator member 235 is pivotably mounted to the storage tube 165 about pivot point 236 . the actuator member 235 has a part which serves as a button 230 which can be operated by a user . the actuator member is biased by a spring 242 into the position in which it lies alongside the tube , as shown in fig2 , 3 a , 5 and 6 . actuator member 235 has an arm 237 on each of its sides , the end of the arm 237 locating within a notch 238 on the catch ring 222 . in use , movement of the actuator member 235 , by a user pressing button 230 in clockwise direction 239 , causes arm 237 to urge catch ring 222 in an anti - clockwise direction about pivot point 223 to release catch 225 . actuator member 235 also has two further locking functions which are simultaneously actuated when button 230 is pressed . firstly , the furthest end of the actuator member has a hook 231 which can engage with the connector 280 on the end of the tube 163 . when all of the tubes 161 , 162 , 163 have been retracted into the storage tube 165 , connector 280 lies alongside the end of storage tube 165 and hook 231 can hook onto connector 280 . all of the tubes 161 , 162 , 163 are held securely within storage tube 165 until the actuator member 235 is operated to release the hook 231 . the leading edge of hook 231 has an inclined face which can be displaced by the leading edge of connector 280 as the tubes are retracted inside the storage tube 165 . this allows the hook 231 automatically to ride onto , and thus retain , the cap 280 as the tubes are moved towards a stored position . connector 280 has a cap which , in the stored position ( best shown in fig6 ) accommodates all of the securing mechanisms 400 of the tubes and thus serves to protect them from damage during storage . another feature of the locking mechanism is that projection 232 on the actuator member 235 can seat itself in a depression in the wall of tube 161 to lock the position of tube 161 . operating the actuator member 235 raises the projection 232 from its seated position and thus allows tube 161 to be moved . tube 161 has a series of similar depressions 233 along its length . projection 232 also serves to secure the tube 161 in a desired extended position with respect to the storage tube 165 . it will be appreciated that operation of the single button 230 simultaneously releases the wand 160 from the main body 100 of the vacuum cleaner , releases the end connector 280 which in turn allows the tubes 161 , 162 , 163 to be withdrawn from the storage tube 165 , and locks tube 161 in a selected extended position . the method of storing the vacuum cleaner will now be described . to store the wand a user brings the storage tube 165 of the wand assembly , in its fully retracted state , alongside the uppermost face of the main body 100 and engages the hooked projection 220 behind hook 130 on the main body . the user then pivots the storage tube 165 towards the main body so that the catch face 225 engages with the hook 135 on the main body . the inclined shape of the catch face 225 causes the catch ring to move away from the hook 135 , against the bias of the spring , as the storage tube is pushed against the main body , and to reseat itself beneath the hook 135 . at this point the wand 160 is now fully locked in position on the main body 100 and a user can then use the handle 200 on the storage tube 165 of the wand assembly to carry the vacuum cleaner . a floor tool can be left in place on the end of the wand 160 or it can be removed and stored elsewhere on the main body 100 . to release the wand 160 from the storage position , a user operates the button 230 to move catch ring 222 and catch face 225 . this releases the catch face 225 from the hook 135 . the user can then pull the wand 160 away from the main body and slide the wand upwards , to remove the hooked projection 220 from the main body 100 . the position in which a user will naturally feel comfortable grasping the handle 200 to lift and carry the vacuum cleaner may well be different from the position in which the user will wish to grasp the handle 200 to operate the wand for cleaning . in this embodiment , the handle 200 extends for some distance along the length of , and parallel to , the longitudinal axis of the storage tube 165 so as to provide the user with a plurality of comfortable , longitudinally offset , positions for both carrying the vacuum cleaner and operating the wand for cleaning . portion 205 of the handle , adjacent the end of the storage tube 165 , is intended to be used to manipulate the wand during normal cleaning . portion 205 lies at an angle to the longitudinal axis of the storage tube . this angled position , together with the position adjacent the end of the storage tube , has been found to be a comfortable position for manipulating the wand . portion 208 of the handle is intended to be used to carry the cleaner . control buttons for operating the vacuum cleaner can be provided in region 207 . these controls can include an on / off switch , a suction power control etc . as is well known in the art . a bleed valve 209 is also located near to the part of the handle 205 which is used during cleaning . the bleed valve admits air when the trigger 209 is pulled , so as to reduce the suction force at the remote end of the wand . the hooked projection 220 on the storage tube 165 and hook 130 on the main body both extend for some distance perpendicularly to the longitudinal axis y - y ′ of the storage tube 165 . this helps to minimise any rotational movement , or wobble , of the wand about its longitudinal axis . while the hooked projection 220 and catch ring 222 adequately secure the wand to the main body 100 , it is preferred to add some further features to the wand 160 and the main body for additional security . ribs 250 extend radially outwardly from each side of the storage tube 165 . ribs 251 also extend outwardly from the upper face of the separating apparatus 120 at positions adjacent to where the storage tube 165 will lie when it is secured to the main body . the ribs serve to minimise any rotation of the storage tube 165 about its longitudinal axis y - y ′ when the tube is secured to the main body . in short , they minimise ‘ wobble ’. a second rib 255 projects outwardly from the storage tube 165 , perpendicularly to the longitudinal axis y - y ′ of the storage tube 165 . this locates against a similar rib 125 on the main body 100 and serves to minimise movement of the storage tube 165 in the direction of the longitudinal axis of the tube 165 . in this embodiment , the separating apparatus 120 comprises two cylindrical chambers which lie alongside one another on the main body 100 . the hooks 130 , 135 are formed on the inlet duct structure which lies between the chambers . this allows the wand 160 to fit more snugly against the main body and helps to reduce the amount by which the wand 160 protrudes beyond the envelope of the main body . the hose 150 is stored around the main body 100 of the vacuum cleaner . the hose 150 has a length which is sufficient such that , in use , the main body 100 can sit on a floor surface and the user can manipulate the wand 160 at a convenient height , without any excessive drag . in our embodiment the hose 150 has a length of around 1 . 5 m and a length in the range 1 . 3 - 1 . 8 m is typical . conveniently , the hose 150 also has a length which is sufficient to lie once around the perimeter of the main body 100 . the hose inlet 151 to the main body 100 , as well as being centrally located for ease of pulling , lies below the position where the hose end 168 of the wand 160 will lie when the wand 160 is stored on the main body 100 . this allows the hose 150 to form one complete perimeter of the main body 100 . hose retaining features 310 on the main body allow the hose 150 to remain attached to the main body 100 during carrying and during storage . in the embodiment shown in fig2 and 3 a single continuous hose receiving channel 300 is provided along the sides and back of the periphery of the chassis 110 . fig2 shows the hose 150 in place in the channel 300 and fig3 a and 3b show the hose removed from the channel 300 . the precise means by which the hose 150 is stored on the main body 100 does not form part of the present invention and alternative hose storage means will be readily apparent to a skilled reader . it will be clear from the foregoing description that , when the wand 160 is attached to the main body 100 , the main body remains supported by its wheels 112 , 113 and able to move across the floor surface to be cleaned . this is in contrast to other prior art machines which must be maneouvred into a position in which their supporting wheels or rollers are lifted away from the floor surface and the main body is commonly supported on a rear surface before the wand can be parked on the main body . in the previously described embodiment , a single handle 200 is provided which serves for both normal cleaning and carrying . in an alternative embodiment , as shown in fig9 , a first handle 600 is provided for use during cleaning and a second , separate , handle 605 is provided for carrying the vacuum cleaner . another alternative is shown in fig1 where a single handle is movable between a first position , for use in carrying the machine , and a second position for use during normal cleaning operations . the handle is pivotable between the two positions and is positively retained in each of the positions . this retention of the handle can be by a locking mechanism which is automatically operated as the handle is moved into the new position , and which is manually released , such as by a user operating a trigger , to release the handle from that position . in another alternative shown in fig1 there is no handle as such for manipulating the wand . instead , an angled conduit 610 is rigidly ( non - rotatably ) fixed to the end of tube 165 and this angled conduit 610 serves as a part by which the user can manipulate the wand . the angled conduit 610 can be shaped to provide a comfortable gripping surface , or it can be overlaid by a material which makes the conduit more comfortable to hold . in a still further embodiment , not illustrated , the carrying handle can be omitted altogether . in this case , the main body can be provided with an alternative carrying handle . in the main embodiment the wand 160 is secured to the main body 100 such that a fairly large proportion of the storage tube 165 of the wand sits above the remainder of the main body 100 . it is possible to increase the size of the retaining channel 660 for receiving the wand , as shown in fig1 . in this alternative embodiment the receiving channel 660 has a sufficient depth 661 to fully receive the storage tube 165 of the wand , with only the carry handle 200 protruding above the upper surface of the main body 100 . a second embodiment of the invention is shown in fig1 a to 13d . the vacuum cleaner 500 shown in fig1 a to 13d has a main body 510 which includes supporting wheels 512 , a front castor wheel 514 and separating apparatus 516 . the separating apparatus 516 shown here operates using cyclonic principles but alternative separating apparatus can be used . attached to the main body 510 via a connector 518 is a flexible hose 520 to which , in turn , is attached a telescopic wand 522 having a handle 524 and carrying a plurality of tools 526 . the wand 522 is similar to that described above and is here shown in a fully retracted position and attached to the main body 510 for storage . the cyclonic separating apparatus 516 includes a collecting bin 528 for collecting dirt and debris from an airflow passing through the cleaner 500 . mounted on the exterior surface of the collecting bin 528 is a slot ( not shown ) into which a hooked projection ( not shown ) mounted on the wand can be located . the slot and the hooked projection form retaining means for retaining the wand 522 on the collecting bin 528 . as can clearly be seen from fig1 c and 13d , the wand 522 is located on an upper surface of the main body 510 but to one side thereof . the upstream end of the wand 522 is located at the rear of the main body 510 on the same side thereof . the hose 520 is connected to the main body 510 beneath a central area of the stored wand 522 and passes forwardly of the main body 510 away from the upstream end of the wand 522 . the hose 520 then passes around the main body 510 through approximately one and three quarters of a turn between the connection 518 and the upstream end of the wand 522 . unlike the embodiment described above , the hose 520 does not follow a fixed path as it is wrapped around the main body 510 . instead , hose seats ( not shown ) are provided at the forward end of the collecting bin 528 and on the cyclonic separating apparatus 516 behind the handle 530 located thereon . thus , the hose 520 is held in a fixed position with respect to the main body 510 at a plurality of points along its length . as can clearly be seen from fig1 a to 13d , the hose 520 can be wrapped around the main body 510 whilst the wheels 512 and castor wheel 514 remain in contact with the surface to be cleaned . it is not necessary to re - orientate the vacuum cleaner 500 into a position in which the wheels and / or the castor wheel are lifted away from the floor . by adopting the position shown in fig1 a to 13d , the vacuum cleaner 500 is able to be stored compactly and neatly into a small storage area . when the vacuum cleaner 500 is to be used , the hooked projection on the wand 522 is removed from the slot on the collecting bin and the wand 522 is then removed from the main body 510 . as the wand 522 is moved away from the main body , the hose 520 is unwrapped from around the main body until it is completely free therefrom . the wand 522 is then extended to a length suitable for cleaning the floor surface on which the vacuum cleaner 500 is positioned . it will be understood that modifications and variations will be apparent to a skilled reader . for example , the wand may be stored on the main body in any direction and the hose may be arranged to wrap around the main body more or less than one and three quarter times .
a cleaning appliance of the cylinder type includes a main body and a hose and wand assembly including a telescopic wand movable between retracted and extended positions and a flexible hose having a first end connected to the main body and a second end connected to the wand . the wand and the main body include a retainer for releasable attaching the wand to the main body when the wand is in the retracted state and the hose passes around the main body . alternatively , the wand and the main body include a retainer for releasably attaching the wand to an upper surface of the main body when the wand is in the retracted state . this construction provides a compact storage solution .