Abstract: A magnetic safety device for food processing machines includes a motor block containing a motor axis, a processing cuvette incorporating a paramagnetic transmitter, and a cover. A rotary downholder rotates on the cover through an opening-closing axis and incorporates an insertion mouth. There is a magnetic detector existing in the motor block and having a tilting positioner body which at one end has a permanent magnet and at the opposite end a rotating bushing capable of receiving the opening-closing axis. In the broken central part of the tilting positioner body, there is at least one abutting protrusion which in its free rotation abuts against at least one abutting and pushing projection of the rotating downholder.

Abstract: The invention relates to a magnetic safety device especially designed for use with a combined food cutting and processing machine. An assembly of elements work together to move a magnet vertically and modify the relative position of said magnet with respect to a magnetic detector/sensor located in the interior of the motor block of the combined food cutting machine.

Abstract: The invention relates to a combined food processing machine which accepts the incorporation of multiple accessories and a fast anchoring and fixing device which can be actuated by a user to secure an accessory to said machine. The invention also includes multiple detectors, particularly magnetic, for the purpose of automatically identifying the type of accessory which has been secured to the machine and determining the operating condition of said accessory.

Abstract: The machine disclosed herein is a vegetable cutting machine. It includes a base that houses a motor which activates the drive shaft of the cutting disks; a cover that closes off the base and that houses a cutting disk; a food feeder part joined to the cover in a way that allows dismounting; a food feeder mouth; and a curvilinear presser with a cylindrical tube projecting therefrom which is housed inside the feeder mouth. The presser is dismountable as a result of removable shaft. The presser has a turning handle at the end opposite the folding end thereof. The machine also includes a blocking device between the food feeder and the cover. The machine further incorporates a single support for the motor and all of the driving and motion transmission components. Lastly, the presser incorporates a safety lever which activates the power supply switch of the motor.

Abstract: The invention relates to a magnetic safety device especially designed for a kitchen robot-type combined food cutting and processing machine, especially intended and designed for a combined operation of functionalities such as a grater, food cutter and similar, structured around interchangeable accessories bearing the corresponding cutting head, grating head, etc. and a motor block, where an assembly of elements acts upon the vertical distance of a magnet disposed on the lower base of a container accessory (2) to modify the relative position of the aforementioned magnet in relation to a magnetic detector/sensor disposed in the interior of the motor block and in an area near the region of the base where the magnet of the accessory container is disposed.

Abstract: The invention relates to a combined food processing machine which accepts the incorporation of multiple accessories and includes a fast anchoring and fixing device which can be actuated by a user to associate an accessory to said machine and multiple detectors, particularly magnetic, for the purpose of automatically identifying the type of accessory which has been associated with the machine and determining the operating condition of said accessory.

Abstract: A food cutting machine including a base housing a motor, a cover for the base housing a cutting disk, a feeder part joined to the cover, and a feeder mouth which houses a presser to push the food. The presser and food feeder parts are easily removable. Additionally, the presser (4) incorporates a safety lever (15) which activates the power supply switch of the motor (32).

Abstract: A cutting grid comprises a central cutting central grid element composed of a multiplicity of cutting blades arranged in a framework of quadrangular opening or in parallel with longitudinal passage openings, depending on the cutting desired result, with a central cutting element which is supported around the perimeter by an external frame and in a central position a central grid element incorporates a tubular rim.

Abstract: The invention discloses a fast and reliable coupling device between a tool shank and a motor assembly of a hand-held blender, which can be released by the user. The motor assembly is of the type that has a cylindrical nozzle centrally positioned on the base by which it couples to the tool shank, the outer side of which has a threaded portion, whilst the tool shank has an internally threaded nut that is complementary to the nozzle, the base of the motor assembly also including a formation that projects outwards, with a hole through which a retaining ball projects, pushed by a spring, whilst radial partitions project from the outer wall of the coupling nut of the tool shank towards the inner face of the coupling bell, one of these partitions having on its upper edge a cup-shaped formation that is of suitable dimensions to admit and house said ball when aligned with it during the coupling operation between said tool shank and motor assembly.

Abstract: The invention discloses an arrangement specially designed for the releasable coupling of a tool shank and a motor assembly of the type used in hand-held blenders. The motor assembly has a cylindrical nozzle that projects from the distal base thereof, inside which the output shaft of the motor is housed, on the outer side of which it has a threaded formation to quickly screw it onto the tool shank. The coupling arrangement has a secure means of retention of the tool shank in the position in which it is coupled to the motor assembly, this means consisting of a click-in piece that secures the distal base of the motor assembly and substantially projects from the plane of said base, together with the formation of multiple partitions formed inside the bell on the coupling end of the tool shank, these partitions extending radially and angularly equally-spaced to define cavities designed to receive and retain the click-in piece during the coupling operation of the tool shank and the motor assembly.