A juicer and blender-compatible power device, comprising: a driving part used for generating power; a first driving shaf and a second driving shaft, wherein the first driving shaft rotates by means of the driving part, the second driving shaft is a hollow shaft, the first driving shaft penetrates the inside of the second driving shaft, and the second driving shaft rotates at a speed different from that of the first driving shaft; a supporting part, wherein end parts of the the first driving shaft and the second driving shaft protrude from a hole of the supporting part, and the second driving shaft may be rotatably supported on the supporting part; a first bearing arranged between the first driving shaft and the second driving shaft; and a second bearing arranged between the second driving shaft and the supporting part. The first bearing and the second bearing are arranged to overlap in the horizontal direction. In the juicer and blender-compatible power device, the rotating shafts that rotate at high and low speeds may be formed into a dual-shaft form, so that same may be compatibly used for a juicer and a blender, and the power device may be made more compact.

A hand operated garlic crusher, having a surface 100 covered with tapered 101, pyramidal projections fitting tapered 102 conical holes on a grating 103, which, when manually closed by the hands of the user, minces cloves of garlic and/or pushes small pieces of garlic through said tapered holes, simultaneously crushing and/or grounding the garlic, squeezing out the juice of the garlic and/or ejecting the crushed and/or ground parts and/or juice of the garlic through the grating 103.

A hand operated garlic crusher, having a surface 100 covered with tapered 101, pyramidal projections fitting tapered 102 conical holes on a grating 103, which, when manually closed by the hands of the user, minces cloves of garlic and/or pushes small pieces of garlic through said tapered holes, simultaneously crushing and/or grounding the garlic, squeezing out the juice of the garlic and/or ejecting the crushed and/or ground parts and/or juice of the garlic through the grating 103.

A processor-changeable multipurpose food preparation machine, comprises a actuator and a processor, a fixing base is arranged outside the insertion hole of the actuator, the outer end has a coupling mouth, the upper end has a first feed inlet, the two side ends have a first fixing part; the tail end of the processor includes a feeding base, the upper end has a second feed inlet, the two side ends have a second fixing part; the feeding base is inserted in the coupling mouth of fixing base and fixed into the fixing base, the second feed inlet corresponds to the lower part of the first feed inlet, when the second fixing part is coordinated with the first fixing part, the feeding base and fixing base are combined by a fastener, the processor can be assembled or changed easily and quickly, the operation is convenient and easily learned.

A processor-changeable multipurpose food preparation machine, comprises a actuator and a processor, a fixing base is arranged outside the insertion hole of the actuator, the outer end has a coupling mouth, the upper end has a first feed inlet, the two side ends have a first fixing part; the tail end of the processor includes a feeding base, the upper end has a second feed inlet, the two side ends have a second fixing part; the feeding base is inserted in the coupling mouth of fixing base and fixed into the fixing base, the second feed inlet corresponds to the lower part of the first feed inlet, when the second fixing part is coordinated with the first fixing part, the feeding base and fixing base are combined by a fastener, the processor can be assembled or changed easily and quickly, the operation is convenient and easily learned.

The present disclosure relates to a juicer with improved juicing performance, and particularly, includes a motor housing, a drive part including a motor which is provided inside the motor housing, a connecting part which is formed with an inserting hole which is formed at one side of the motor housing and through which a rotary shaft penetrates, the rotary shaft transferring a driving force of the motor, a roller part which is detachably coupled to extend forward from the connecting part, and is provided therein to be rotatably driven by the driving force transferred from the drive part, and a hollow fastening guide which is formed in the inserting hole to improve a sealing force for the rotary shaft, thereby providing an advantage of greatly improving a juicing force of the juicer.

A juicer (10) for juicing fruit and vegetable products has a motorised base (15), and a collection container (20) received by said base (15). The container (20) has an opening (40) permitting access to the container, and a lid (25) to close the opening. The lid (25) has a feed tube (30) to receive product to be juiced. The motorised base (15) has a surface (70a) adapted to receive the container (20) and a drive mechanism (65) protruding from the surface (70a). The container (20) has an inner juice chamber (80) and an outer pulp chamber (85) that at least partially surrounds the inner juice chamber (80). The inner juice chamber (80) provides a wall portion (100) at least partially separates the inner juice chamber (80) from the outer pulp chamber (85). The outer pulp chamber (85) has an outer wall (140) spaced from the wall portion (100). A filter basket (78) is located within the container (20) and in alignment with said feed tube (30) to receive the fruit and vegetable product. The filter basket (78) is rotatable about a central axis (77) by the drive mechanism (65). The filter basket (78) has a grating disc portion (160) and a sieve portion (165). The grating disc portion (160) is configured to separate the product into substantially solid product and liquid product such that the substantially solid product is ejected into the outer pulp chamber (85) and the liquid product is ejected through the sieve portion (165) into the inner juice chamber (160). A spout (105) for discharging the liquid product from the container (20) is integrally formed with the outer pulp chamber (85) to extend from the wall portion (100) at least partially separating the inner juice chamber (80) and the outer pulp chamber (85), to the outer wall (140) of the outer pulp chamber (85). The spout (105) is located toward the opening (40) of the container (20) and oriented in a direction away from the grating disc (160).

A juicer (10) for juicing fruit and vegetable products has a motorised base (15), and a collection container (20) received by said base (15). The container (20) has an opening (40) permitting access to the container, and a lid (25) to close the opening. The lid (25) has a feed tube (30) to receive product to be juiced. The motorised base (15) has a surface (70a) adapted to receive the container (20) and a drive mechanism (65) protruding from the surface (70a). The container (20) has an inner juice chamber (80) and an outer pulp chamber (85) that at least partially surrounds the inner juice chamber (80). The inner juice chamber (80) provides a wall portion (100) at least partially separates the inner juice chamber (80) from the outer pulp chamber (85). The outer pulp chamber (85) has an outer wall (140) spaced from the wall portion (100). A filter basket (78) is located within the container (20) and in alignment with said feed tube (30) to receive the fruit and vegetable product. The filter basket (78) is rotatable about a central axis (77) by the drive mechanism (65). The filter basket (78) has a grating disc portion (160) and a sieve portion (165). The grating disc portion (160) is configured to separate the product into substantially solid product and liquid product such that the substantially solid product is ejected into the outer pulp chamber (85) and the liquid product is ejected through the sieve portion (165) into the inner juice chamber (160). A spout (105) for discharging the liquid product from the container (20) is integrally formed with the outer pulp chamber (85) to extend from the wall portion (100) at least partially separating the inner juice chamber (80) and the outer pulp chamber (85), to the outer wall (140) of the outer pulp chamber (85). The spout (105) is located toward the opening (40) of the container (20) and oriented in a direction away from the grating disc (160).

A food cooker comprises: a screw with crushing blades; a container that rotatably accommodates the base end of the screw; and a material guide part that is formed to extend upward from the container and includes a material input port, into which food ingredients are introduced, provided at the upper end thereof so as to guide the food ingredients, introduced through the material input port, into the container, wherein the material guide part is eccentrically disposed with respect to the container, such that one side of the material guide part is in contact with the upper side of the container, the other side of the material guide part is in contact with the side and lower sides of the container, and the lower end of the inner surface of the other side of the material guide part is formed to be deflected toward the tip of the screw.

A food cooker comprises: a screw with crushing blades; a container that rotatably accommodates the base end of the screw; and a material guide part that is formed to extend upward from the container and includes a material input port, into which food ingredients are introduced, provided at the upper end thereof so as to guide the food ingredients, introduced through the material input port, into the container, wherein the material guide part is eccentrically disposed with respect to the container, such that one side of the material guide part is in contact with the upper side of the container, the other side of the material guide part is in contact with the side and lower sides of the container, and the lower end of the inner surface of the other side of the material guide part is formed to be deflected toward the tip of the screw.