in the following detailed description , reference is made to the accompanying drawings , which form a part hereof . the illustrative embodiments described in the detailed description , drawings , and claims are not meant to be limiting . other embodiments may be utilized , and other changes may be made , without departing from the spirit or scope of the subject matter presented here . hereinafter , one or more embodiments according to the present disclosure will be described in detail with reference to accompanying drawings . in the process , a size or a shape of a constituent element illustrated in the drawing , and the like , may be exaggerated for clarity and ease of description . the drawings are schematic and are not necessarily dimensionally illustrated . a predetermined size is just exemplary and not limiting . terms may be defined considering the configurations and the operations of the present disclosure , but their meanings may vary depending on the intention or usual practice of a user or operator . the terms need to be defined based on the contents throughout this specification . the spirit of the present disclosure is not limited to any particular suggested exemplary embodiment , and those understanding the spirit of the present disclosure may easily carry out another exemplary embodiment within the scope of the same spirit , which also belongs to the scope of the present disclosure as a matter of course . as those skilled in the art will realize , the described exemplary embodiments may be modified in various different ways , all without departing from the spirit or scope of the present disclosure , which is not limited to the exemplary embodiments described herein . like reference numerals designate like elements throughout the specification and drawings . a detailed explanation of known related functions and constitutions may be omitted when the detailed explanation obscures the subject matter of the present disclosure . the exemplary embodiments of the present disclosure illustrate ideal exemplary embodiments of the present disclosure in more detail . as a result , various modifications of the drawings are expected . accordingly , the exemplary embodiments are not limited to a specific form of the illustrated region , and for example , include a modification of a form by manufacturing . fig2 is a side cross - sectional view illustrating an exemplary dishwasher according to one or more embodiments of the present disclosure . as illustrated in fig2 , the dishwasher includes a washing tub 10 , which provides a space for washing therein . the washing tub 10 includes a plurality of dish baskets or racks 50 ( e . g ., an upper basket or rack and a lower basket or rack ) to hold and / or accommodate dishes , a slidable rail or bracket 60 configured to support and enable withdrawal and insertion of the dish basket or rack 50 to which the rail or bracket 60 is attached , and one or more nozzles 30 ( e . g ., over and / or under the upper and / or lower baskets or racks 50 ) configured to spray water onto items in the baskets or racks 50 . here , each of the plurality of nozzles 30 may be individually connected to a supply tube or pipe 20 or a connection tube or pipe 40 , which are , in turn , connected to and / or in fluid communication with a sump 70 to receive water from the sump 70 . a main purpose of the dishwasher is to wash dishes , but according to embodiments of the present disclosure , to improve spatial and / or processing efficiency , cleanliness and / or hygiene at home , in a restaurant , in a food processing facility , and the like , a separate spin - dry function for objects such as vegetables , fruits , small amounts of laundry , and the like , is added to the function of washing dishes , which will be described in detail with reference to fig3 and 4 . thus , in some embodiments , objects such as vegetables and fruits may be washed and spin - dried in a washing apparatus such as a dishwasher . fig3 and 4 are an exploded perspective view and an exploded side cross - sectional view illustrating an exemplary spin - dry assembly suitable for use in the dishwasher according to embodiments of the present disclosure , respectively . for example , the dishwasher may include a washing tub ( not illustrated ), the supply tube 20 , a motor ( not illustrated ), and a spin - dry assembly . the washing tub provides a space for washing dishes , and provides a spin - dry space during a spin - dry cycle or operation . when the dishwasher is used for the purpose of washing dishes , the supply tube 20 is connected to nozzles ( not illustrated ) for spraying water onto the dishes in the washing tub . when the dishwasher is used for the purpose of spin - drying objects according to embodiments of the present disclosure , the supply tube 20 supports the spin - dry assembly inside the washing tub , and serves as a rotation center shaft of the spin - dry assembly . that is , each of the nozzle and the spin - dry assembly is detachable from the supply tube 20 , and thus when the dishes ( or other objects ) are washed , the nozzle is coupled to the supply tube 20 so that the dishwasher is used for the purpose of washing dishes ( or other objects ). when a spin - dry cycle or operation is performed , the spin - dry assembly may be coupled to the supply tube 20 so that the dishwasher is used for the purpose of spin - drying . the motor provides a driving force to rotate the supply tube 20 during the spin - dry cycle or operation . in the general dishwasher , the supply tube 20 does not rotate , and the nozzle rotates by the spraying pressure ( e . g ., in a particular direction or directions ) of the washing water , but when the dishwasher is used for the purpose of spin - drying according to embodiments of the present disclosure , the supply of water to the supply tube 20 may be blocked , and a separate driving force rotates the spin - dry assembly on or coupled to the supply tube 20 . accordingly , the present disclosure includes a separate driving motor for rotating the supply tube 20 during the spin - dry cycle or operation to provide rotational driving force to the supply tube 20 . when the dishwasher is used for the purpose of washing dishes , the driving motor is not operated , and the nozzle rotates by the ( directional ) spraying pressure of the washing water as a matter of course . in the meantime , when the dishwasher is used for the purpose of spin - drying , a separate valve 22 ( see fig1 ) may be in the supply tube 20 to block the supply of washing water to ( e . g ., close ) the supply tube 20 . that is , the valve 22 closes the supply tube 20 during the spin - dry cycle or operation , and open the supply tube 20 during the dishwashing cycle or operation to supply water to the nozzle ( s ). the spin - dry assembly is detachable from the supply tube 20 , and rotates while interfacing with the rotating supply tube 20 to spin - dry the objects therein during the spin - dry cycle or operation of the dishwasher . alternatively , the spin - dry assembly can have a mounting tube on an underside thereof with an inner diameter that is greater than the outer diameter of the supply tube 20 , and the spin - dry assembly can be mounted on the supply tube 20 and rotate freely around the supply tube 20 . the motor can provide a force to the underside of the spin - dry assembly ( e . g ., by blowing air through the supply tube 20 into directional channels in the spin - dry assembly ) to rotate the spin - dry assembly , without rotating the supply tube 20 . the spin - dry assembly includes a rotating member 100 , a fixing plate 200 , and a spin - dry tub 300 . a shape of the rotating member 100 is similar to the shape of the general dishwasher nozzle that is detachable from the supply tube 20 as illustrated in fig3 and 4 . the fixing plate 200 is fixed or secured onto the rotating member 100 to provide a seating space for the spin - dry tub 300 , and the spin - dry tub 300 is seated on the fixing plate 200 and rotated while interfacing with ( e . g ., secured to ) the rotating member 100 to spin - dry the objects put into the spin - dry tub 300 . the spin - dry tub 300 provides a space for spin - drying the object ( s ), and according to embodiment ( s ) of the present disclosure , the spin - dry tub 300 may have a cylindrical shape with an opening in the upper surface , panel or portion , as illustrated in fig3 . the spin - dry tub 300 may have a cross - section shaped like a triangle , a rectangle , a square , or a polygon , rather than a circle , and be optimized for the type of spin - drying object ( e . g ., laundry , cabbage , cucumbers , radishes , etc . ), and the contents of the present disclosure are not limited by the shape of the spin - dry tub 300 . a plurality of spin - dry holes 310 are in side surfaces and the lower surface of the spin - dry tub 300 so that residual water may be discharged to the washing tub of the dishwasher during the spin - dry operation , and a detachable cover 330 is at an upper portion ( e . g ., on or over the opening ) of the spin - dry tub 300 to prevent the objects from being ejected or separated from the spin - dry tub 300 during the spin - dry operation . a separation plate 340 for dividing the space in the spin - dry tub 300 ( e . g ., for separating objects into an upper portion and a lower portion ) may be placed inside the spin - dry tub 300 , and another plurality of spin - dry holes may be in the separation plate 340 ( similar to the spin - dry tub 300 ). in one embodiment , a first group of objects to be spin - dried may be placed on a bottom surface of the spin - dry tub 300 , the separation plate 340 may be place thereon , then a second group of objects to be spin - dried may be placed on the separation plate 340 . this may be an efficient process for spin - drying certain leafy vegetables such as lettuce , cabbage , spinach , kale , collards , mustard and other greens , chard , etc . in addition , objects such as vegetables and fruits may be divided according to the type by the separation plate 340 , and the spin - dry cycle or operation may be performed , so that a user does not need to separate the objects after the spin - dry operation is terminated . according to embodiments of the present disclosure , the fixing plate 200 and the spin - dry tub 300 are rotated with the rotating member 100 during the spin - dry cycle or operation in the spin - dry assembly , and the fixing plate 200 is fixed or secured to the rotating member 100 . referring to fig4 , a plurality of coupling protrusions 210 may be on a lower surface of the fixing plate 200 , a plurality of coupling recesses 110 each having a shape corresponding to that of a corresponding coupling protrusion 210 is in an upper surface of the rotating member 100 , and the coupling protrusions 210 are insertable into the coupling recesses 110 . once the coupling protrusions 210 are inserted into the coupling recesses 110 , the fixing plate 200 is secured to the rotating member 100 . fig5 to 8 are side cross - sectional views illustrating exemplary structures of the coupling recesses in the rotating member and the coupling protrusions on the fixing plate according to various embodiments of the present disclosure , and hereinafter , the coupling structure of the rotating member 100 and the fixing plate 200 will be described in detail . first , as illustrated in fig5 , the coupling protrusion 210 may comprise a semicircular or hemispherical protrusion 212 that may be inserted into and secured to a complementary coupling recess 110 having a shape corresponding to the protrusion 212 . when viewed face - on , the protrusion 212 may have a circular or elliptical shape or base , for example , as illustrated in fig6 , the coupling protrusion 210 may comprise an edge type protrusion 218 that may be inserted into and secured to a complementary coupling recess 110 having a shape corresponding to the edge type protrusion 218 . the edge type protrusion 218 may have a triangular or v - shaped cross - section , and when viewed face - on , the protrusion 218 may have a circular , elliptical , square or rectangular shape or base , for example , as illustrated in fig7 , in order to increase the force with which the coupling protrusion 210 is secured to the coupling recess 110 , the coupling protrusion 210 may comprise a semicircular or hemispherical protrusion with unevennesses or microprotrusions 214 ( e . g ., having a saw - toothed or serrated cross - section ) on an outer peripheral surface thereof , to be inserted into and secured to complementary coupling recesses 110 having a shape corresponding to the protrusions 214 . finally , as illustrated in fig8 , in order to increase the force with which the coupling protrusion 210 is secured to the coupling recess 110 , the coupling protrusion 210 may comprise a more spherical protrusion 216 , which may comprise a relatively soft material having a predetermined minimum elasticity , insertable into and securable to a complementary coupling recess 110 having a shape corresponding to the substantially spherical protrusion 216 . according to embodiments of the present disclosure , the rotating member 100 may be elongated ( e . g ., in a longitudinal direction ), and a width of the fixing plate 200 may be larger than the width of the rotating member 100 . consequently , a balancing member 120 may be in , on or under the rotating member in order to stably support the fixing plate 200 on the rotating member 100 . as illustrated in fig9 , the balancing member 120 is disposed or oriented in a transverse direction on or over a center axis of the rotating member 100 ( e . g ., perpendicular to a long axis of the rotating member 100 ). with the balancing member 120 , the rotating member 100 may stably support an area of the fixing plate 200 across two dimensions ( e . g ., including in a width direction ) of the fixing plate 200 . here , the balancing member 120 may be integral with the rotating member 100 , or separately formed from the rotating member 100 as necessary or desired . as described above , according to embodiments of the present disclosure , the fixing plate 200 and the spin - dry tub 300 are rotated while interfacing with the rotating member 100 during the spin - dry cycle or operation in the spin - dry assembly , so that the spin - dry tub 300 is fixed or secured to the fixing plate 200 . fig1 - 11 are side cross - sectional views illustrating exemplary coupling structures of the fixing plate and the spin - dry tub according to various embodiments of the present disclosure . hereinafter , the coupling structure of the fixing plate 200 and the spin - dry tub 300 will be described in detail . as illustrated in fig1 , according to embodiment ( s ) of the present disclosure , a plurality of fixed protrusions 220 protrude or extend from an upper surface of the fixing plate 200 , and the fixed protrusions 220 are inserted into holes 310 in a lower surface of the spin - dry tub 300 . as a result , the spin - dry tub 300 is fixed or secured to the fixing plate 200 . alternatively , as illustrated in fig1 , according to another embodiment of the present disclosure , a plurality of holders 230 are at or on an upper surface or edge of the fixing plate 200 , and the holders 230 hold a fixing rib or extension 320 on a side surface of the spin - dry tub 300 . as a result , the spin - dry tub 300 is fixed or secured to the fixing plate 200 . a separate friction pad ( not illustrated ) may be on the fixing plate 200 to increase frictional forces between the fixing plate 200 and the spin - dry tub 300 , and thus stably support the spin - dry tub 300 on the fixing plate 200 . as a result , according to the present disclosure , a spin - dry assembly structure may include the rotating member 100 , the fixing plate 200 , and the spin - dry tub 300 , firmly coupled to one another , so that the rotational force of the rotating member 100 ( which may have an upper surface with a first shape ) is stably transmitted to the spin - dry tub 300 ( which may have a lower surface with a different shape ). fig1 is a side cross - sectional view illustrating an exemplary coupling structure for the rotating member and the supply tube of the dishwasher according to one or more embodiments of the present disclosure . a drainage path 130 for fluidly communicating the spin - dry tub 300 with the supply tube 20 is inside the rotating member 100 . that is , residual water discharged from the spin - dry holes 310 in the lower surface of the spin - dry tub 300 during the spin - dry cycle or operation may be discharged by the drainage path 130 , so that the residual water does not remain in or between the rotating member 100 , the fixing plate 200 , and the spin - dry tub 300 . as a result , the probability of residual water splashing or flowing back onto the spin - dried objects is reduced , and the frictional force between the elements of the spin - dry assembly may be increased . from the foregoing , it will be appreciated that various embodiments of the present disclosure have been described herein for purposes of illustration , and that various modifications may be made without departing from the scope and spirit of the present disclosure . accordingly , the various embodiments disclosed herein are not intended to be limiting , with the true scope and spirit being indicated by the following claims .
the present disclosure relates to a dishwasher , including a washing tub configured to provide a space for washing dishes ; a supply tube configured to supply water into the washing tub ; a motor configured to rotate the supply tube ; a detachable rotating member in , on , attached to , or at an end of the supply tube , that rotates and interfaces with the supply tube ; and a spin - dry tub on the rotating member , that rotates with the rotating member and spin - dries an object inside the spin - dry tub . accordingly , a separate spin - dry function is added to the dishwasher , thereby maximizing spatial efficiency and hygienically and conveniently performing a spin - dry cycle or operation .