A kitchen cabinet assembly

Abstract

A kitchen cabinet assembly 100 comprises a drawer 1 detachably mounted to an outer casing 2 disposed into a kitchen unit. The drawer 1 has at least a first section 3 comprising an integrated bread toa

Description

The present disclosure relates to a kitchen cabinet assembly comprising a drawer, an inner casing, and an outer casing. This kitchen cabinet assembly is designed for use in the kitchen, or similar environments such as restaurants, hotels, and households. A toaster, also referred to as an automatic bread slice oven or bread toaster, is an electric device designed specifically for reheating sliced bread. By using it, bread slices can be baked to a golden-brown colour as well as be enhanced in flavour and aroma, which will whet the appetite. The conventional toaster has to be placed on a table / flat surface of the kitchen counter. It is simple to move and it can be pushed off the edge of the worktop and fall to the ground. It is also simple to break and allows children to interfere with the toaster when unsupervised which is especially problematic if the toaster is in use. A percentage of users do not want the toaster permanently on display because the toaster ruins the minimalist aesthetic of the kitchen, with the result that the kitchen looks more congested. Not every design enables a conventional toaster to be installed in a small pantry unit where it can be retrieved and set on the worktop when required for toasting bread. Some users store the toaster in a utility room but it is difficult to manually move a toaster to and from a distant utility room for example. Some users keep the toaster in a unit to be used as required. Additionally, constant movement increases the chance of spilling crumbs from the crumb tray onto the floor or work area or possibly into and around the heating elements. Shifting the toaster after use when the toaster has not completely cooled down may put the user at risk of injury from burns and / or put the storage area at risk of fire. Another key issue that is felt most keenly in the field of kitchen furniture and furniture fittings is the requirement to utilize the available space most efficiently in order to minimize the volume of available workspace taken up by appliances in a domestic environment. Several types of arrangements are known in the art which are adapted to solve this problem such as a toaster oven and a fitted toaster having folding arrangement. The toaster oven is suspended under a wooden kitchen cabinet using hoods and mounting setups, but these arrangements often do not adequately protect the wooden cabinet from the heat of the toaster oven. Moreover, the traditional toaster oven has been provided with slots in its upper horizontal wall, thereby destroying the wall integrity of the toaster oven creating what is considered an unappealing aesthetic by many interior designers. Naturally, such slots also impair the appearance of the toaster oven should it be desired to use it in a conventional manner by placing it on a kitchen counter. Further, fitted toasters having a folding arrangement must always be moved in order to carry out any toasting operations. When cleaning the kitchen, toasters are sometimes forgotten about because they do not appear to be very dirty from the exterior. Because of this, breadcrumbs / food residues / seeds / nuts that fall off during the toasting process may accumulate inside the toaster or at the bottom of the toaster before slowly building up over time. These accumulated food residues may pose a fire hazard and could ignite a fire. Thus, there is a requirement for a toaster that should be maintained and cleaned easily while creating an attractive aesthetic. It is therefore an object of the present invention to overcome the above-mentioned problems with conventional and adapted toaster assembly solutions. It is an object of the present invention to provide a kitchen cabinet assembly that is sleek and easy to construct / install. Such constructions should focus on the integration of the appliance and zero clutter. It is a further object of the present disclosure to provide a kitchen cabinet assembly that shields the cabinet and / or kitchen from heat, fire or flames. It is another object of the present disclosure to provide a multipurpose drawer for utilizing the internal space while preventing foreign substances such as dust and the like from entering the toaster. This should further reduce the requirement for frequent cleaning of the toaster inside. It is another object of the present to provide a kitchen cabinet assembly that is easy to use, easy to clean, and easy to maintain, to ensure a higher level of food hygiene in every serving. This will result in cleaner kitchen counters higher quality of food product and smoother operation of the small kitchen appliance. SUMMARY According to a first aspect of the invention, there is provided a kitchen cabinet assembly comprising a drawer detachably mounted to an outer casing disposed into a kitchen unit; wherein the drawer comprises at least a first section comprising an integrated toasting module within the first section; and wherein the toasting module is always in an upright position, when the drawer is in a closed position or in an open position. By upright we mean that slots for receiving the slices of toast are vertical or substantially vertical. Ideally, the toasting module is always in an upright position, when the drawer is in a closed position or in an open position or any position between the closed and the open position. Advantageously, the kitchen cabinet assembly to be configured for simple accessibility / use by a user with a disability or having mobility concerns. Preferably, the kitchen cabinet assembly comprises a thermal shield. Preferably, the outer casing comprises a thermal shield. Preferably, the thermal shield being movable in and out from the outer casing. Preferably, the thermal shield is made of heat-resistant material. Preferably, the thermal shield is made of heat-resistant material such as glass, heat-resistant stone, metal or similar material. Preferably, the thermal shield is formed of glass.and / or tempered glass, the glass being optionally perforated. Ideally, the thermal shield is formed of perforated glass. Preferably, the kitchen cabinet assembly comprises a power isolation switch configurable to isolate the toasting module from the main power supply. Preferably, the kitchen cabinet assembly comprises a sliding mechanism for sliding the drawer in and out from the outer casing between the closed position and the open position. Preferably, the sliding mechanism has one or more guiding means for sliding the drawer in and out from the outer casing between the closed position and the open position. Preferably, the sliding mechanism is a push to open mechanism that operates when pressure is applied to the drawer. Alternatively, the drawer comprises a handle for opening and closing the drawer. Ideally, the drawer comprises a power isolation switch configurable to isolate the toasting module from the main power supply. Advantageously, this ensures safety while removing food residues / breadcrumbs from the toasting module. Thus, it removes the requirement of unplugging the cable of the toasting module for cleaning and maintenance work while in situ. Preferably, the kitchen cabinet assembly comprises a contact / motion sensing device. Preferably, the drawer comprises the contact / motion sensing device. Preferably, the contact sensing device being installable on the drawer. Preferably, the contact sensing device has a sensor for sensing the position of the drawer and an actuator mechanically linked to the surface of the drawer to control the movement of the drawer. Advantageously, the contact sensing device controls the movement of the drawer in fully open position, in closed position or any position between the closed and the open position via sensing the motion of the drawer. Preferably, the contact / motion sensing device being configurable to control the main power supply of the toasting module wherein the main power supply to the toasting module is automatically switched off when the drawer is in a closed position and / or not in use. Preferably, the contact / motion sensing device being configurable to control the main power supply of the toasting module wherein the main power supply to toasting module is automatically switched on when the drawer is in an open position and / or while in use. Preferably, the contact / motion sensing device being configurable with the power isolation switch. Preferably, the contact / motion sensing device is a limit switch. Advantageously, the drawer remains in a non-slidable position while locked, thus providing convenience to the user for using the toaster module and / or a storage module efficiently. Also, it works as a safety guard while not in use. Alternatively, the kitchen cabinet assembly comprises a locking mechanism for locking the drawer with the outer casing while in use. Advantageously, the drawer remains in a non-slidable position while locked. Thus, it works as a safety guard while not in use. Preferably, the kitchen cabinet assembly comprising a toaster loading mechanism. Preferably, the outer casing is a box-type structure that defines an opening for receiving the drawer. Preferably, the kitchen cabinet assembly comprises at least a second section having a storage module and / or warming storage module. Preferably, the drawer comprises at least a second section having a storage module and / or warming storage module. Alternatively, the locking mechanism comprises a switch and a solenoid plunger being mountable on the drawer. Alternatively, the solenoid plunger being configurable to lock into a hole provided in the outer casing when the switch is in an activation mode. Alternatively, the solenoid plunger being configurable to unlock from the hole provided in the outer casing when the switch is in a deactivation mode. Alternatively, the locking mechanism is a manual latch which is disposed on the drawer and / or outer casing via mechanical fixing such as bracket, screws, rivet or similar mechanical fixing means. Preferably, the manual latch being configurable to lock into a hook provided on the outer casing. Preferably, the manual latch being configurable to lock into an aperture provided on the drawer. Preferably, the hook is provided on the front edge portion of the outer casing. Preferably, the drawer comprises at least one or more sidewalls. Preferably, one or more sidewalls comprise a first sidewall and a second sidewall. Preferably, the drawer comprises at least a base plate. Preferably, the drawer comprises at least a top plate. Preferably, the drawer comprises at least one back wall / plate. Preferably, the drawer has a front plate. Alternatively, the front plate comprises a handle for sliding the drawer forward and backward. Preferably, the front plate being made of the same material as the rest of the kitchen units. Advantageously, this integration creates a natural and clean look for the kitchen. Preferably, the front plate being covered with an integrated material to match the kitchen fronts or surrounding appliances. Preferably, the outer casing comprises an opening, a top panel, a bottom panel, a rear panel. Preferably, the outer casing comprises one or more lateral walls. Ideally, the outer casing comprises a pair of lateral walls. Preferably, the outer casing being attachable to the kitchen unit. Preferably, the outer casing comprise one or more flanges for fixing / attaching the outer casing to the kitchen unit. Ideally, the outer casing being attachable to the kitchen unit via flanges. Preferably, the outer casing comprises a thermal shield being slidably connected with the outer casing. Preferably, the thermal shield being slidably connected to a lower surface and / or upper surface of the top panel of the outer casing. Ideally, the thermal shield being slidably connected to the lower surface of the top panel of the outer casing. Preferably, the thermal shield being slidably connected to the lower surface of the top panel of the outer casing via one or more guides. Preferably, the thermal shield being slidably connected to the lower surface of the top panel of the outer casing via two guides. Preferably, the thermal shield being slidably connected to the lower surface of the top panel of the outer casing via one or more polymer guides. Preferably, one or more guides has a supporting guide placed in an intermediate area of the lower surface of the top panel of the outer casing in the opening direction of the drawer for additional support. Preferably, the top panel comprises a slot for situating a handle of the thermal shield for sliding the thermal shield back and forth from the outer casing. Preferably, the handle being disposed on a front edge of the thermal shield. Preferably, the handle being connectable to a front edge of the thermal shield via one or more fastening means. Preferably, the fastening means comprises at least one of or any combination of threaded inserts, rivet, screws, fixing brackets, nails, or anchors. Preferably, the front plate forms a part of the first section. Ideally, the front plate is connected with the first section via a first inner wall by using one or more fastening means. Preferably, the first section comprises a second inner wall. Preferably, the front plate is made of a heat-resistant material. Preferably, one or more corners of the front plate have a curved profile. Preferably, the heat-resistant material is toughened heat-resistant glass. Preferably, the second section comprises an isolating wall. Preferably, the first section and the second section are connected with each other via a second inner wall. Ideally, the second inner wall of the first section is connected with the second section via flanges and fastening means. Preferably, the second section is enclosed by one or more isolating walls defining a gap between the isolating wall and the sidewall. Ideally, the gap forms a channel for electric cables. Preferably, the gap separates the isolating wall and the one or more sidewalls. Preferably the first section having the toasting module has an operating means provided in the sidewalls or top plate. Ideally, at least one sidewall has at least one elongated aperture provided for receiving a lever which is used to lower a carriage into a chassis / chamber of the toasting module. Alternatively, the top plate may comprise one or more elongated apertures for allowing movement of the lever in forward and / or backward directions. Preferably, the first section and the second section are independent modular units that are joined together by fastening means. Preferably, the top plate comprises a first top plate and a second top plate. Ideally, the first section has a first top plate. Ideally, the first top plate and the sidewall of the first section being one piece. Ideally, the second section has a second top plate. Ideally, the second top plate and the sidewalls being one piece. Ideally, the first section is smaller in width than the second section to facilitate the space for operating the lever in an upwards and / or downward direction. Preferably, the sidewall is stepped inwards to reduce the width of the first section for facilitating the space for operating the lever by a user. Preferably, the first section comprises a housing for accommodating the toasting module having one or more toasting chambers, a loading mechanism, and a controlling means. Preferably, at least one sidewall comprises the power isolation switch. Ideally, the power isolation switch is located on the one sidewall of the second section where the storage module is disposed / placed. Preferably, the inner wall, the backwall, the base plate, the sidewalls, and the top plate are fastened together to form an inner structure / casing / enclosure which is at least partly and / or fully covered by the outer casing in a closed position. Preferably, the inner casing is slidably insertable into the opening of the outer casing. Preferably, the inner casing is slidably mounted on the outer casing via a sliding means. Preferably, the inner casing / enclosure is configurable for moving in an outward and an inward direction from the outer casing via the sliding mechanism. Preferably, the sliding mechanism has at least one guiding means being locatable along each sidewall of the drawer. Preferably, the sliding mechanism has at least one guiding means being locatable along inner sidewalls of the outer casing. Preferably, the sliding mechanism comprises one or more bearing means. Preferably, the each guiding means has an inner channel and an outer channel which are slidably mounted relative to one another. Preferably, the inner channels are mounted on each sidewall of the drawer. Preferably, the inner channels being mountable on an underside surface of the base plate of the drawer. Preferably the outer channels are mounted on the respective sidewalls of the outer casing. Preferably, the each channel has an interior end and an exterior end; wherein the interior end of inner channel has a first positive stop; and wherein the interior end of the outer channel has a second positive stop. Preferably, the first and second positive stops correspond to one another and are constructed to engage when the channels are moved to a closed position and to disengage when the inner channel is forced inward from the closed position relative to the outer channel and released, thereby allowing said drawer to slide to move to an open position. Ideally, the drawer being mountable and / or movable on the outer channels of the guiding means via the inner channels. Ideally, the inner channel of the guiding means being movable on the outer channel of the guiding means via the bearing means. Ideally, the inner channel of the guiding means being locatable under each sidewall of the drawer in the opening direction of the drawer wherein the inner channel of the guiding means are slidably mounted on the corresponding outer channel installed on an inner surface of a base plate of the outer casing. Preferably, the outer channel of the guiding means being locatable on an inner surface of the outer casing in the opening direction of the drawer. Preferably, the outer channel of the guiding means being locatable on an inner surface of each sidewall of the outer casing in the opening direction of the drawer. Ideally, the outer channel of the guiding means being locatable on an edge formed by the bottom panel with the sidewall of the outer casing in the opening direction of the drawer. Preferably, the guiding means is installed on the drawer and outer casing via fastening means. Ideally, the two inner channels are installed under the sidewalls of the drawer and spaced apart in the drawer's opening direction. Ideally, the both inner channels being slidably mountable on the corresponding outer channels located on the inner corresponding surface of the outer casing. Preferably, the guiding means is installed on the inner and outer casing via fastening means. Ideally, the guiding means being spaced apart locatable under the sidewalls of the drawer in the opening direction of the drawer. Preferably, the back plate of the drawer is removably connected to a corresponding back plate of the outer casing via a retrofittable foldable extendable arm. Preferably, an outer surface of the back plate of the drawer is removably connected to a corresponding inner surface of the back plate of the outer casing via a retrofittable foldable extendable arm. Preferably, the foldable arm comprises a cable supporting means on which the electric cable of the toasting module is securely installed. Advantageously, the cable is hidden from view and connected to a hidden power socket. Preferably, the foldable arm comprises a first end and a second end wherein the first end is connected to the inner surface of the back plate of the inner enclosure via a fastening means; and wherein the second end is connected to the outer surface of the back plate of the outer casing. Preferably, the foldable arm being folded in the closed position of the drawer. Preferably, the foldable arm being extended in the open position of the drawer. Preferably, the top plate is installed on the sidewalls, the back plate, and the first wall via one or more flanges via fastening means. Preferably, the first top plate comprises flanges on its edges for connecting the first top plate to the corresponding edge of the base plate. Preferably, each sidewall comprises a flange on its edges for connecting the corresponding edge of the top plate. Preferably, the top plate comprises one or more apertures for accessing the toasting module and the storage module. Preferably, the top plate and / or the side wall comprises one or more recesses for accommodating one or more controlling means of a controlling unit for operating a toasting unit. Ideally, the controlling means comprises the control switches. Preferably, the top plate comprises a plurality of recesses for receiving the control switches of a controlling means which is disposed into the first section of the drawer. Ideally, the top plate of the first section comprises a second recess for a controlling unit having control switches for operating the toasting unit. Preferably the controlling unit is disposed in the first section of the drawer. Ideally, the second recess is covered by a plate having a plurality of slots for operating the control switches of a controlling unit. Preferably, the controlling means is fixed inside the first section via fastening means. Preferably, the controlling means is installed on two fixing brackets which are spaced apart and connected to the sidewall of the drawer via fastening means. Preferably, the base plate comprises a recess being configurable to mount a perforated plate that allows stuck-on food residues or breadcrumbs from the toasting module to pass therethrough. Preferably the toasting module is disposed upon the - perforated plate / surface. Ideally, the inner casing / enclosure comprises a protective plate to cover the toasting module after usage. Advantageously, the risk of something dropping or falling from the countertop of the kitchen into the drawer is eliminated by the protective plate and / or the thermal shield. The protective plate and / or the thermal shield also work as a safeguard for kids in case the toasting module is left unattended after usage while still hot. Preferably, the protective plate is pivotably hinged on the sidewalls of the drawer for covering the first section of the drawer where the toasting module and controlling unit are disposed. Preferably, the inner casing comprises a flange removably attached to the back wall of the drawer or the inner casing. Alternatively, the flange may be an extendable flange. Ideally, the flange is integral with the second top plate of the second section. Preferably, the flange being configurable to be disposed upon a portion of the sidewalls of the drawer or the inner casing for collecting food residue / breadcrumbs. Preferably, the flange being configurable to be disposed on a portion of the top plate of the drawer or the inner casing for collecting food residue / breadcrumbs. Preferably, the storage module comprises a container for storing the food and / or keeping warm stored food. Preferably, the storage module comprises a detachable container for storing the food and / or keeping warm stored food. Advantageously, the storage module being configurable to be covered by a lid / door that provides a space for an additional accessory like a chopping board or work cabinet. Alternatively, the container being configurable to be covered by an accessory like a chopping board. In this case, the chopping board being attachable to a top plate of the drawer via one or more locators for covering the recess of the storage module. Alternatively, the container comprises a riser mechanism on its outer edge that protrudes outward for enabling access for a user's fingertips for raising the outer edge of the container from the top plate. The riser mechanism comprises one or more notches which is convenient for opening the cover / lid. Preferably, the toasting module comprises a housing disposed on the base plate of the drawer wherein the housing being adapted to encase the toasting unit where a food item such as a bread slice is heated and toasted therein, and to encase the toaster loading mechanism for loading the bread slice in and out of the toasting unit and the controlling unit. Preferably, the toasting module comprises a removable crumb tray for collecting food residue. Preferably, the removable crumb tray is disposed on a lower portion of the toasting module wherein the tray being accessible from at least one side of the toasting module. Preferably, the removable crumb tray is disposed on the lower portion of the toasting module wherein the tray being accessible from either or both inwardly stepped sides of the housing of the toasting module. Preferably, the removable crumb tray is disposed below the housing of the toasting module wherein the tray being accessible from at least one side of the housing of the toasting module. Preferably, the removable crumb tray is disposed below the housing of the toasting module wherein the tray being accessible from one or more side of the housing. Preferably, the removable crumb tray being removably located in a cavity that extends below the housing and / or the toasting module. Preferably, the removable crumb tray being locatable on the lower portion of the toasting module wherein the tray is accessible from slots provided in each sidewall of the first section of the drawer. Preferably, the removable crumb tray is disposed below the perforated plate and the base plate of the first section of the drawer. Preferably, the toasting unit comprises at least one toasting chamber for receiving and accommodating the bread slice. Preferably, the toasting unit comprises one or more toasting chambers. Preferably, the toasting unit is a modular toasting unit. Preferably, the toasting chambers are detachable modules. Preferably, the toasting unit comprises the removable crumb tray for collecting the food residues. Preferably, the removable crumb tray covers a width of the toasting module. Preferably, the removable crumb tray covers a width of the toasting unit. Preferably, the toasting unit comprises heating means for toasting the food / bread slices wherein the heating means is disposed on inside walls of the toasting chamber. Preferably, the heating means comprises one or more heating elements. Preferably, each toasting chamber has at least one slot. Preferably, the each toasting chamber may comprises a slot for receiving two or more bread slices at a time. Ideally, the each toasting member has a slot receiving for one bread slice. Preferably, the slot is an inlet and outlet slot in the toasting chamber. Preferably, the toasting chamber being configured to dispose substantially parallel and / or parallel and / or substantially perpendicular and / or perpendicular to the longitudinal direction of the toasting unit. Ideally, the toasting chamber being configured to dispose parallel to the longitudinal direction of the toasting unit. Preferably, the toasting chamber comprises a carriage / storage frame into which the bread slice is loaded. Optionally, the carriages may comprise an additional attachment for warming the food like naan bread, pittas, croissant, buns rolls and so on. Optionally, the additional attachment is a warming rack configurable to attach with the carriages / storage frame. Optionally the storage frame and the additional attachment being one-piece / integral. Preferably the toasting unit comprises at least one operating means for operating the toasting unit. Ideally, the each toasting chamber has one operating means. Preferably, the operating means comprises one lever being insertable in the elongated slot provided on an outer surface of the toasting module to lower the carriage into the toasting chamber of the toasting unit. Preferably, the operating means comprises one lever being insertable in the elongated slot provided on an outer surface of the top plate and / or the sidewall / and / or front plate to lower the carriage into the toasting chamber of the toasting unit. Ideally, the operating means comprises one lever being insertable in the elongated slot provided on an outer surface of the sidewalls to lower the carriage into the toasting chamber of the toasting unit. Preferably, the lever disposed in the elongated apertures of the sidewall is movable in the upward and / or downward directions and / or side to side directions. Ideally, the lever disposed in the elongated apertures of the sidewall is movable in the upward and / or downward directions. Alternatively, the operating means comprises one lever being insertable in the elongated slot provided on an upper surface of the top plate to lower the carriage into the toasting chamber of the toasting unit. Alternatively, the lever being locatable in the elongated apertures of the top plate for moving in the forward and / or backward directions and / or side to side directions. Alternatively, the toasting unit may be an artificial intelligence-driven toaster. Alternatively, the operating means is controlled by the controlling means. By controlled by the controlling unit we mean that the toasting unit is lever-less and comprises an automatic loading mechanism which transfers the electrical energy to vertical motion required to lower the carriage. This mechanism is operated by a touch / press of a button. Preferably, the lever is connected with the toaster loading mechanism wherein the toaster loading mechanism being configurable to lower the carriage into the chamber of the toasting unit. Preferably, the toaster loading mechanism is a spring-loaded mechanism. Alternatively, the toaster loading mechanism being operably coupled with a gear mechanism that converts the horizontal motion of the lever into the vertical motion required to lower / raise the carriage. This is the case where the lever is disposed on the top plate of the toasting module / drawer. Preferably, the gear mechanism converts the motion by 90°causing a vertical screw to rotate. Preferably, the carriage being engageable with the lever, which is pushed down when the bread to be toasted has been placed into the chamber. Ideally, the controlling unit comprises a means for selecting the length of time or the temperature desired for the bread slice inserted. Ideally, the control means comprises a means for controlling the temperature of the heating means. Preferably, the kitchen cabinet assembly is a retrofittable kitchen cabinet assembly. Preferably, the kitchen cabinet assembly is a modular assembly. Advantageously, this modular design is easy to assemble and disassemble during the installation, maintenance and maintenance or repair process. Preferably, the kitchen cabinet assembly is retrofittable into an existing kitchen unit. Preferably, the kitchen cabinet assembly is retrofittable into a kitchen unit already installed in a wall. Preferably, the inner casing is configurable to be retrofittable into an existing kitchen unit. Preferably, the drawer is configurable to be retrofittable into an existing kitchen unit. Preferably, the outer casing is configurable to be retrofitted into a kitchen unit. According to a second aspect of the invention there is provided a method for manufacturing a kitchen cabinet assembly comprising providing a drawer detachably mounted to an outer casing disposable into a kitchen unit; the method comprising providing the drawer with at least a first section comprising an integrated toasting module within the first section so that the toasting module is always in an upright position, when the drawer is in a closed position or in an open position. BRIEF DESCRIPTION OF THE DRAWINGS The invention will now be described, by way of example only, with reference to the accompanying drawings in which: - Figure 1 shows a top perspective view of a kitchen cabinet assembly in an open position according to aspects of the present disclosure. Figure 2 shows a top perspective view of the kitchen cabinet assembly partially exploded according to aspects of the present disclosure. Figure 3 shows a side view of the kitchen cabinet assembly as disclosed in the present invention. Figure 4 shows a detailed side plan view of the kitchen cabinet assembly as disclosed in the present invention. Figure 5 shows a bottom view of a drawer of the kitchen cabinet assembly as disclosed in the present invention. Figure 6 shows a top perspective view of a drawer of the kitchen cabinet assembly as disclosed in the present invention. Figure 7 shows a plan view of the drawer with sliding mechanism and a thermal shield in closed position as disclosed in the present invention. Figure 8 shows a plan view of the drawer with sliding mechanism and a thermal shield in open position as disclosed in the present invention. Figure 9 shows a perspective view of the kitchen cabinet assembly as disclosed in the present invention. Figure 10 shows a top view of the kitchen cabinet assembly in an open position as disclosed in the present invention. Figure 11 shows a side view of the drawer with a foldable-extendable arm as disclosed in the present invention. Figure 12 shows an exploded view of the kitchen cabinet assembly as disclosed in the present invention. Figure 13 shows a side view of the toasting unit as disclosed in the present invention. Figure 14 shows a perspective view of the drawer as disclosed in the present invention. Figure 15 shows a perspective view of the drawer with a foldable extendable arm as disclosed in the present invention. Figure 16 shows an exploded view of the outer casing of the kitchen cabinet assembly as disclosed in the present invention. Figure 17 shows a perspective view of another embodiment of the drawer of the kitchen cabinet assembly as disclosed in the present invention. DETAILED DESCRIPTION The following description with reference to the accompanying drawings is provided to assist in a comprehensive understanding of various embodiments of the disclosure as defined by the claims and their equivalents. It includes various specific details to assist in that understanding but these are to be regarded as merely exemplary. Accordingly, those of ordinary skill in the art will recognise that various changes and modifications to the various embodiments described herein can be made without departing from the scope and spirit of the disclosure. In addition, descriptions of well-known functions and constructions may be omitted for clarity and conciseness. The terms and words used in the following description and claims are not limited to the bibliographical meanings, but are merely used by the inventor to enable a clear and consistent understanding of the disclosure. Accordingly, it should be apparent to those skilled in the art that the following description of various embodiments of the disclosure is provided for illustrative purpose only and not for the purpose of limiting the disclosure as defined by the accompanying claims and their equivalents. It is to be understood that the singular forms “a,” “an,” and “the” include plural referents unless the context clearly dictates otherwise. Referring to the drawings, there is provided a kitchen cabinet assembly 100 comprising a drawer 1 detachably mounted to an outer casing 2 disposed into a kitchen unit. The drawer 1 has at least a first section 3 comprising an integrated toasting module 30 within the first section 3. The toasting module 30 is always in an upright position, when the drawer 1 is in a closed position or in an open position. By upright we mean that slots for receiving the slices of toast are vertical. As shown in figures 1-2 and 7-10, the toasting module 30 is always in an upright position, when the drawer 1 is in a closed position X or in an open position Y or any position Z between the closed and the open position. Referring to figures 7-8, the kitchen cabinet assembly 100 has a thermal shield 7 being locatable inside the outer casing 2. The thermal shield 7 is movable in and out from the outer casing 2. The thermal shield 7 is formed of glass and / or tempered glass, the glass being optionally perforated. Referring to figures 4, the kitchen cabinet assembly 100 comprises a power isolation switch 6 configurable to isolate the toasting module 30 from the main power supply. Advantageously, this ensures safety while removing food residues / breadcrumbs from the toasting module. Thus, it removes the requirement of unplugging the cable of the toasting module 30 for cleaning and maintenance work while in situ. As shown in the figure 2, the power isolation switch 6 is located on a sidewall 11” of a second section 4. As shown in Figures 8, the kitchen cabinet assembly 100 has a sliding mechanism 5 for sliding the drawer 1 in and out from the outer casing 2 between the closed position and the open position. The sliding mechanism 5 is a push to open mechanism that operates when pressure is applied to the drawer 1. The sliding mechanism 5 has two guiding arrangements 50 for sliding the drawer 1 in and out from the outer casing 2 between the closed position and the open position. Each guiding arrangement 50 has an inner channel 51 and an outer channel 52 which are slidably mounted relative to one another. The inner channels 51 are disposed under each sidewall 11,12 of the drawer. The inner channels 51 are mounted on an underside surface of the base plate 10 of the drawer 1. The outer channels 52 are mounted on the respective sidewall 21, 22 of the outer casing 2. The outer channels 52 of the guiding arrangement 50 is located on an edge formed by the bottom panel 23 with the sidewall 21, 22 of the outer casing 2 in the opening direction of the drawer 1. The each channel 51,52 has an interior end and an exterior end. The interior end 51’ of each inner channel 51 has a first positive stop 53. The interior end 52’ of each outer channel 52 has a second positive stop 54. The first and second positive stop 53, 54 correspond to one another and are constructed to engage when the channels 51, 52 are moved to a closed position and to disengage when the inner channel 51 is forced inward from the closed position relative to the outer channel 52 and released, thereby allowing said drawer 1 to slide to move to an open position. The drawer 1 is movably / slidably mounted on the outer channel 52 of the guiding arrangement 50 via the inner channels 51. The inner channel 51 of the guiding arrangement 50 is configure to slide on the outer channels 52 of the guiding arrangement 51 via the bearing ball. The guiding arrangement 50 is installed on the drawer 1 and outer casing 2 via fastening arrangement 101 as illustrated in figures 12. The two inner channels 51 are installed under the sidewalls 11, 12 of the drawer 1 in the drawer's opening direction. The inner channels 51 mounted on the drawer 1 are installed into the corresponding outer channels 52 located on corresponding the inner surface of the outer casing 2. Referring to figure 11, the drawer 1 comprises a contact sensing device 90. The contact sensing device 90 is installed on the drawer 1. The contact sensing device 90 has a sensor 91 for sensing the position of the drawer and an actuator 92 mechanically linked to the surface of the drawer to control the movement of the drawer 1. Advantageously, the device 90 controls the movement of the drawer 1 in fully open position, in closed position or any position between the closed and the open position via sensing the motion of the drawer. The motion / contact sensing device is a limit switch. The limit switch 90 is configured to the main power supply of the toasting module 30 and the power isolation switch 6. The main power supply to the toasting module 30 is automatically switched off when the drawer 1 is in a closed position. The main power supply to the toasting module 30 is automatically switched on when the drawer 1 is in an open position. In one embodiment, the kitchen cabinet assembly 100 has a locking mechanism 80 for locking the drawer 1 with the outer casing 2 while in use. Advantageously, the drawer 1 remains in a non-slidable position while locked. Thus, the locking mechanism 80 provides convenience to the user for using the toaster module 30 and / or the storage module 41 efficiently. Also, it works as a safety guard while not in use. In one embodiment, the locking mechanism 80’ comprises a manual latch 81 (not shown) which is disposed on the drawer 1 and / or outer casing 2 via the bracket 81 and screws 82. The manual latch 81 is arranged to lock into a hook 83 provided on the outer casing 2. The manual latch 81 being configurable to lock into an aperture 84 provided on the drawer 1. The hook 83 is provided on the front edge of the outer casing 2. In one embodiment, the locking mechanism 80 comprises a switch and a solenoid plunger 85 being mountable on drawer 1 as illustrated in figure 15. The solenoid plunger 85 is configured to lock into a hole 86 provided in the outer casing 2 when the switch is in an activation mode. The solenoid plunger 85 is configured to unlock from the hole 86 provided in the outer casing 2 when the switch is in a deactivation mode. Referring to figures 9, the outer casing 2 is a box-type structure that defines an opening 21 for receiving the drawer 1. The outer casing 2 comprises an opening 21, a top panel 22, a bottom panel 23, and a rear / back panel 24. The outer casing 2 comprises a pair of lateral walls 25, 25’. The outer casing 2 is attachable to the kitchen unit. The lateral walls 25, 25’ comprise flanges 26, 26’ for fixing / attaching the outer casing 2 to the kitchen unit. The outer casing 2 is connected to the kitchen unit via flanges. The outer casing 2 has a thermal shield 7 being slidably connected with the outer casing 2. The thermal shield 7 being slidably connected to the lower surface 22’ of the top panel 22 of the outer casing 2 via one or more guides 71. The top panel 22 has a slot 27 for situating a handle 72 of the thermal shield 7 for sliding the thermal shield 7 back and forth from the outer casing 2. The handle 72 being disposed on a front edge 73 of the thermal shield 7. The handle 72 is connected to a front edge 73 of the thermal shield 7 via thread inserts and brackets. The one or more guides has an additional / supporting guide 74 placed in an intermediate area of the lower surface 22’ of the top panel 22 of the outer casing 2 in the opening direction of the drawer 1 for additional support. Referring to figures 2, the drawer 1 comprises at least a base plate 10, a top plate 13 and a front plate 15. The drawer 1 has one back wall / plate 16. The drawer 1 has a first section 3 comprising a toasting module 30. The drawer 1 has a second section 4 having a storage module 41 and / or warming storage module 41. The drawer 1 has two sidewalls 11, 12. The two sidewall comprises a first sidewall 11 and a second sidewall 12. The first section 3 has a first top plate 13’, a first sidewall 11’ and a second sidewall 12’. The first section comprises a first inner wall 15’ and a second inner wall 14. The first top plate 13’, the first sidewall 1T, the second sidewall 12’ of the first section and a second inner wall 14 are formed by one piece. The second section 4 has a second top plate 13”, a first sidewall 11” and a second sidewall 12”. The top plate 13”, the first sidewall 11”, and the second sidewall 12” of the second section 4 are formed by one piece. The first sidewall 11’ of the first section 3 and the first sidewall 11” of the second section 4 forms first sidewall 11 of the drawer 1. The second sidewall 12’ of the first section 3 and the second sidewall 12” of the second section 4 forms the second sidewall 12 of the drawer 1. The front plate 15 is covered with an integrated material 17 to match the kitchen fronts or surrounding appliances. Advantageously, this integration creates a natural and clean look for the kitchen. The front plate 15 is connected with the first section via an inner wall 15’ via fastening arrangement. The corners of the front plate 15 of the drawer 1 have a curved profile. The front plate 15 is made of toughened heat-resistant glass. In another embodiment, the front plate has a handle for sliding the drawer forward and backward. As shown in figures 12 and 14, the second section 4 has three isolating walls 18, 18’, 18” defining a gap 19 between the isolating wall 18’, 18” and the sidewalls 11”, 12” of the second section 4. The gap 19 forms a channel 20 inside the second section 4 where the electric cables are laid. The gap 19 separates the isolating wall 18’, 18” and the sidewalls 11”, 12”. The first section 3 and the second section 4 are connected to each other via the second inner wall 14. The second inner wall 14 of the first section 3 is connected to the sidewalls 11”, 12” of the second section 4 via the flanges and fastening arrangement. Referring to figures 10 and 13, the first section 3 having the toasting module 30 has an operating arrangement 32 provided in the side wall 1T. The operating arrangement 32 comprises a lever 33 for operating a toasting unit 31. The sidewall 11’ of the toasting module 30 has an elongated aperture 34 provided for receiving the lever 33 which is used to lower a carriage 68 into a chassis / chamber 35 of the toasting unit 31. The toasting unit 31 comprises two toasting chambers 35. The toasting unit 35 is a modular toasting unit. The toasting chamber 35 is disposed parallel to the longitudinal direction of the toasting unit 31. The lever 32 is inserted in the elongated slot provided on an outer surface of the sidewalls 1T, 11 to lower the carriage 68 into the toasting chambers chassis / chambers of the toasting unit. The lever moves upward and / or downward directions along the aperture 34. In one embodiment, the sidewall 11 corresponding to the toasting module 30 is stepped inwards to reduce the width of the first section 3 for facilitating the space for operating the lever 33 to a user. In another embodiment, the top plate may comprise one or more elongated apertures for allowing movement of the lever 33 in forward and / or backward directions and / or side to side directions. As shown in the figure 4, the first section 3 has a housing 3’ for accommodating the toasting module 30 having two toasting chambers 35 for receiving and accommodating the bread slices, a loading mechanism 36, and a controlling arrangement 37. In one another embodiment, the toasting module 30 has four toasting chambers 35. Referring to Figure 12, the inner walls 14, 15’, the backwall 16, the base plate 10, the sidewalls 11’, 12’ of first section, the sidewalls 11”, 12” of the second section, and the top plates 13’, 13” are fastened together via flanges and fastening arrangement to form an inner structure / casing / enclosure T which is fully covered by the outer casing 2 in a closed position. The inner casing T is slidably insertable into the opening of the outer casing 2. The inner casing T is detachably mounted on an upper surface of the bottom panel of the outer casing 2 via the guiding arrangements 50. The inner casing / enclosure T is configured to move an outward and an inward direction from the outer casing 2 via the guiding arrangement 50. The two guiding arrangements 50 are installed on the inner casing T and outer casing 2 via the fastening arrangement. The two inner channels 51 are spaced apart located under the sidewalls 11,12 of the drawer in the opening direction of the drawer 1. The two outer channel 52 are located on the corresponding surface of the outer casing 2 for mounting the drawer 1 via the inner channels 51. Referring to drawing 11, the outer surface 16’ of the back plate 16 of the drawer 1 is removably connected to a corresponding inner surface 24’ of the rear panel 24 of the outer casing 2 via a retrofittable foldable extendable arm 63. The foldable arm 63 has a cable supporting arrangement 64 on which the electric cable 62 (not shown) of the toasting module 30 is securely installed. The back plate 16 of the drawer 1 has an outlet 69 for the cable as shown in Figure 14. Advantageously, the cable 62 is hidden from view and connected to a hidden power socket. The foldable arm 63 has a first end 63’ and a second end 63” wherein the first end 63’ is connected to the outer surface 16’ of the back plate 16 of the inner enclosure 1’ via the brackets 101’ and screws 101. The second end 63” is connected to the inner surface 24’ of the rear panel 24 of the outer casing 2. The foldable arm 63 is folded during the closed position of the drawer 2. The foldable arm 63 is configured to extend during the open position of the drawer 2 as illustrated in figure 11. In one embodiment, the top plate is installed on the sidewalls, the back plate, and the first wall via flanges via the fastening arrangement. The top plate has flanges on its edges for connecting the top plate to the corresponding edge of the back plate and the first plate. The each sidewall has a flange on its edges for connecting the corresponding edge of the top plate. Referring to figure 12, the top plate 13’ of the toasting module 30 has an aperture 38 for accessing the toasting unit 31. The top plate 13” of the warming storage module and / or the storage module 4 has one aperture 39 for accessing the warming storage module and / or the storage module 4. The top plate 13’ comprises a second recess 38’ for a controlling unit 37 having control switches 37’ for operating the toasting unit 31. The controlling unit 37 is disposed in the first section 3 of the drawer 2. The second recess 38’ of the top plate 13’ of the first section 3 is covered by a plate 40 having a plurality of slots 40’ for operating the control switches 37’ of the controlling unit 37. The controlling unit 37 is installed on the two fixing brackets which are spaced apart and removably connected to the sidewall 11 ’of the drawer 2 via the fastening arrangement. Referring to figure 12, the base plate 10 of the drawer 2 has a recess 42 for placing a perforated plate 43 which allow stuck-on food residues or breadcrumbs from the toasting module 30 to pass through. The toasting module 30 is disposed upon the perforated plate 43 and the base plate 10 of the drawer 2. The base plate 10 has undercut slots 57 at the perimeter of the recess 42 for locking corresponding protrusions 58 formed in the perforated plate 43. Referring to figure 17, the inner casing / enclosure 1’ comprises a protective plate 44 to cover the toasting module 30 after usage. Advantageously, the protective plate 44 works as a safeguard for kids in case the toasting module is left unattended after usage while still hot. The protective plate is pivotably hinged on the sidewalls 11, 12 of the drawer 1 via flanges for covering the first section and / or the second section of the drawer where the toasting module 30 and controlling unit 37 are disposed. Referring to figure 6, the inner casing T has an flange 45 which is removably attached to the back plate 16 of the drawer 1 or the inner casing T. The flange 45 is configurable to dispose upon a portion of the sidewalls 11, 12 of the drawer 1 or the inner casing T for collecting food residue / breadcrumbs. The extendable flange 45 is configurable to dispose on a portion of the top plate 13 of the drawer 1 or the inner casing T for collecting food residue / breadcrumbs. As shown in figure 12, the extendable flange 45 is integrated with the top plate 13” and sidewalls 11”, 12” of the second section 4. As shown in figure 2, the storage module 4 has a container 46 for storing and / or keeping warm stored food. Advantageously, the storage module 4 is configured to cover by a lid / door / chopping board 47 that provides an additional space for work cabinet in a closed configuration. Here, the closed configuration means that the container 46 is fully covered via the lid / door / chopping board 47. In one embodiment, the container 46 is configured to cover by accessory like chopping board 47. In this case, the chopping board being attachable to the top plate 13” of via one or more locators for covering the recess of the storage module. The container comprises a riser mechanism on its outer edge that protrudes outward for enabling access for a user's fingertips for raising the outer edge of the container 46 the top plate 13”. The riser mechanism has one or more notches which is convenient for opening the cover / lid / chopping board 47. Referring to Figure 12, the toasting module 30 has a housing 3’ disposed on the base plate 10 of the drawer 1. The housing 3’ is adapted to encase the toasting unit 31 where a food item such as a bread slice is heated and toasted therein. The housing 3’ is also adapted to encase the toaster loading mechanism 36 for loading the bread slice in and out of the toasting unit 31 and the controlling unit 37. The toasting module 30 comprises a removable crumb tray 48 for collecting food residue. The removable crumb tray 48 is disposed on a lower portion 49 of the toasting module 30. The tray 48 is accessible from either or both inwardly stepped sides 11, 12 of the housing 3’ of the toasting module 30. The removable crumb tray 48 is removably located in a cavity 28 that extends below the housing 3’ and / or the toasting module 30. The removable crumb tray 48 is located on the lower portion 49 of the toasting module 30. The tray 48 is slidable / accessible from the slot 28’ provided in the sidewall 1T, 11 of the drawer 1. The removable crumb tray 48 is disposed below the perforated plate 43 and the base plate 10 of the drawer 1. The tray 48 is removably mounted below the base plate 10 via runner / flanges formed under the base plate 10. The removable crumb tray 48 covers a width of the toasting unit 31. The toasting unit 31 comprises heating arrangement 65 for toasting the food / bread slices wherein the heating arrangement 65 is disposed on inside walls of the each toasting chamber 35. The heating arrangement 65 comprises heating elements 66. The each toasting chamber 35 has one slot 67 for receiving the bread slice for toasting. The slot 67 is an inlet and outlet slot in the toasting chamber 35. The toasting chamber 35 has a carriage / storage frame 68 into which the bread slice is loaded. The toasting unit 31 has one operating arrangement. The lever 33 of the operating arrangement 32 is configured to lower the carriage into the toasting chambers 35 of the toasting unit 31. In one embodiment, the operating arrangement has one lever inserted in the elongated slot provided on an upper surface of the top plate to lower the carriage into the toasting chamber of the toasting unit. The lever is located in the elongated apertures of the top plate. The lever moves in forward and / or backward directions and / or side to side directions. In one embodiment, the carriages has an additional attachment for warming the food like naan bread, pittas, croissant, buns rolls and so on. The additional attachment is a warming rack configurable to attach with the carriages / storage frame. In one embodiment, the operating arrangement is controlled by the controlling unit. By controlled by the controlling unit we mean that the toasting unit is lever-less and comprises an automatic loading mechanism which transfers the electrical energy to vertical motion required to lower the carriage. This mechanism is operated by a touch / press of a button. Referring to figure 12, the kitchen cabinet assembly 100 has a toaster loading mechanism 36. The lever 33 is connected with the toaster loading mechanism 36 wherein the toaster loading mechanism being configurable to lower the carriage 68 into the chamber 35 of the toasting unit 31. The toaster loading mechanism 36 is a spring-loaded mechanism. In another embodiment, the toaster loading mechanism is communicable with a gear mechanism that converts the horizontal motion of the lever into the vertical motion required to lower / raise the carriage. This is the case where the lever 33’ is disposed on the top plate of the toasting module / drawer. The gear mechanism converts the rotary motion by 90°causing a vertical lead screw to rotate. The both carriages 68 are engageable with the lever 33, which is pushed down when the commodity to be toasted has been placed into the chamber 35. The controlling unit 37 comprises an arrangement for selecting the length of time or the temperature desired for the bread slice inserted. The controlling unit 37 has an arrangement for controlling the temperature of the heating element. The kitchen cabinet assembly 100 is a retrofittable kitchen cabinet assembly as illustrated in figure 12. The kitchen cabinet assembly is a modular assembly. Advantageously, this modular design is easy to assemble and disassemble during the installation, maintenance and maintenance or repair process. The kitchen cabinet assembly 100 is retrofittable into an existing kitchen unit. The kitchen cabinet assembly is retrofittable into a kitchen unit that is already installed in a wall. The inner casing T is configurable to be retrofitted or retro-placed into a kitchen unit. The drawer 1 is configurable to be retrofittable into an existing kitchen unit. The outer casing 2 is configurable to be retrofittable into an existing kitchen unit. According to a second aspect of the invention there is provided a method for manufacturing a kitchen cabinet assembly 100 comprising providing a drawer 1 detachably mounted to an outer casing 2 disposable into a kitchen unit; the method comprising providing the drawer 1 with at least a first section 3 comprising an integrated toasting module 30 within the first section 3 so that the toasting module 30 is always in an upright position, when the drawer 1 is in a closed position or in an open position. The skilled person will appreciate that all preferred or optional features of the invention described with reference to only some aspects or embodiments of the invention may be applied to all aspects of the invention. It will be appreciated that optional features applicable to one aspect of the invention can be used in any combination, and in any number. Moreover, they can also be used with any of the other aspects of the invention in any combination and in any number. This includes, but is not limited to, the dependent claims from any claim being used as dependent claims for any other claim in the claims of this application. In relation to the detailed description of the different embodiments of the invention, it will be understood that one or more technical features of one embodiment can be used in combination with one or more technical features of any other embodiment where the transferred use of the one or more technical features would be immediately apparent to a person of ordinary skill in the art to carry out a similar function in a similar way on the other embodiment. The features disclosed in the foregoing description or the following drawings, 5 expressed in their specific forms or in terms of a means for performing a disclosed function, or a method or a process of attaining the disclosed result, as appropriate, may separately, or in any combination of such features be utilised for realising the invention in diverse forms thereof.

Claims

1. A kitchen cabinet assembly comprising a drawer detachably mounted to an outer casing disposed into a kitchen unit; wherein the drawer comprises at least a first section comprising an integrated toasting module within the first section; and wherein the toasting module is always in an upright position, when the drawer is in a closed position or in an open position.

2. A kitchen cabinet assembly as claimed in claim 1, wherein the kitchen cabinet assembly comprises a thermal shield.

3. A kitchen cabinet assembly as claimed in claim 2, wherein the thermal shield is formed of glass and / or tempered glass, the glass being optionally perforated.

4. A kitchen cabinet assembly as claimed in claim 1, wherein the kitchen cabinet assembly comprises a power isolation switch configurable to isolate the toasting module from the main power supply.

5. A kitchen cabinet assembly as claimed in claim 1, wherein the kitchen cabinet assembly comprises a sliding mechanism for sliding the drawer in and out from the outer casing between the closed position and the open position.

6. A kitchen cabinet assembly as claimed in claim 5, wherein the sliding mechanism has one or more guiding means for sliding the drawer in and out from the outer casing between the closed position and the open position.

7. A kitchen cabinet assembly as claimed in claim 1, wherein the kitchen cabinet assembly comprises a contact / motion sensing device.

8. A kitchen cabinet assembly as claimed in claim 7, wherein the contact / motion sensing device being configurable to control the main power supply of the toasting module; wherein the main power supply to the toasting module is automatically switched off when the drawer is in a closed position and / or not in use; and wherein the main power supply to the toasting module is automatically switched on when the drawer is in an open position and / or while in use.

9. A kitchen cabinet assembly as claimed in any one of the preceding claims, wherein the kitchen cabinet assembly is a modular assembly and / or a retrofittable assembly.

10. A kitchen cabinet assembly as claimed in any one of the preceding claims, wherein the outer casing is a box-type structure that defines an opening for receiving the drawer.

11. A kitchen cabinet assembly as claimed in any one of the preceding claims, wherein the drawer comprises at least a second section having a storage module and / or warming storage module.

12. A kitchen cabinet assembly as claimed in any one of the preceding claims, wherein the drawer comprises at least one or more sidewalls, a base plate, a top plate and a back wall / plate.

13. A kitchen cabinet assembly as claimed in any one of the preceding claims, wherein the drawer has a front plate; and wherein the front plate is made of a heat-resistant material.

14. A kitchen cabinet assembly as claimed in claim 13, wherein the front plate is covered with an integrated material to match the kitchen fronts or surrounding appliances.

15. A kitchen cabinet assembly as claimed in any one of the preceding claims, wherein the outer casing comprises an opening, a top panel, a bottom panel, a rear panel; and / or wherein the outer casing comprises one or more lateral walls.

16. A kitchen cabinet assembly as claimed in claim 2, wherein the thermal shield being slidably connected to a lower surface and / or upper surface of the top panel of the outer casing via one or more guides.

17. A kitchen cabinet assembly as claimed in any one of the preceding claims, wherein the first section comprises the toasting module having an operating means provided in the sidewalls or top plate.

18. A kitchen cabinet assembly as claimed in any one of the preceding claims, wherein the first section comprises a housing for accommodating the toasting module having one or more toasting unit, a toaster loading mechanism, and a controlling means.

19. A kitchen cabinet assembly as claimed in claim 6, wherein the or each guiding means has an inner channel and an outer channel which are slidably mounted relative to one another; wherein the each channel has an interior end and an exterior end; wherein the interior end of inner channel has a first positive stop; and wherein the interior end of the outer channel has a second positive stop.

20. A kitchen cabinet assembly as claimed in claim 18, wherein the toasting unit comprises one or more toasting chambers; and wherein the toasting chamber being configured to dispose substantially parallel and / or parallel and / or substantially perpendicular and / or perpendicular to the longitudinal direction of the toasting unit.

21. A kitchen cabinet assembly as claimed in claim 12, wherein the back plate of the drawer is removably connected to a corresponding back plate of the outer casing via a retrofittable foldable extendable arm.

22. A kitchen cabinet assembly as claimed in claim 11, wherein the storage module comprises a container for storing the food and / or keeping warm stored food; and / or wherein the storage module being configurable to be covered by a lid / door that provides a space for an additional accessory like a chopping board or work cabinet.5 23. A kitchen cabinet assembly as claimed in any one of the preceding claims, whereinthe toasting module comprises a removable crumb tray for collecting food residue.

24. A kitchen cabinet assembly as claimed in claim 12, wherein the back wall, the base plate, the sidewalls, a first inner wall, and the top plate are fastened together to form an inner structure / casing / enclosure which is at least partly and / or fully covered by the 10 outer casing in a closed position.

25. A method for manufacturing a kitchen cabinet assembly comprising providing a drawer detachably mounted to an outer casing disposable into a kitchen unit; the method comprising providing the drawer with at least a first section comprising an integrated toasting module within the first section so that the toasting module is always in an 15 upright position, when the drawer is in a closed position or in an open position.

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