A foreign substance trap device according to an embodiment of the present disclosure includes: a first member in which at least one fluid intake hole is formed; a second member in which at least a portion of an exhaust channel, through which gas in liquid flowing inside through the fluid intake hole is discharged, is formed; and a movable member movably disposed between the first member and the second member and closing the exhaust channel by being moved by liquid in fluid flowing inside through the fluid intake hole.

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 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 kitchen appliance, including at least one kitchen appliance base and at least one preparation module is provided. The kitchen appliance base includes at least one electrical interface and at least one receiving region. The preparation module includes at least one electrical counter-interface for electrical contacting with the electrical interface. The electrical interface includes at least two power contacts and at least one auxiliary contact. The electrical counter-interface includes at least two power counter-contacts and at least one auxiliary counter-contact. In the kitchen appliance, the insertion forces for the electrical contacting for the user are reduced, are realized by the power contacts and the power counter-contacts, as well as the auxiliary contact and the auxiliary counter-contact being designed and configured such that the power contacts are electrically contacted with the power counter-contacts at a different point in time than is the auxiliary contact with the auxiliary counter-contact.

The present invention relates to a blender. The blender includes: a body provided with a motor assembly; a container which is detachably mounted to the body and in which food is accommodated; a container seating portion which is provided on a top surface of the body and on which the container is seated; a body accommodation portion which is recessed in a bottom surface of the container so that the container seating portion is inserted, and is in close contact with the container seating portion when the container is seated to fix the container; and an air vent which passes through a lower end of the container and communicates with the body accommodation portion, and through which air enters and exits the body accommodation portion when the container is mounted on the body.

A micro puree machine includes a mixing shaft coupled to a blade and rotatable by means of a gear. A magnet is coupled to the gear and a rotation sensor is mounted on the machine housing. As the mixing shaft descends into the pre-frozen ingredients, the rotation sensor detects a magnetic field of the magnet as the gear rotates and generates a rotation signal in response. A controller receives the rotation signal and determines a rotation count associated with the gear, causing the mixing shaft to ascend back toward the housing once a pre-selected rotation count has been reached. The pre-selected rotation count correlates with the partial processing of the ingredients.

The present disclosure relates to food preparation appliance with a rotatable tool for chopping and/or mixing a food in a food preparation container, the tool being detachably connected to a shaft, which extends from outside the food preparation container through a passage toward the tool inside the food preparation container in order to be able to drive the tool to rotate. A locking mechanism is provided for producing a locked connection of the tool to the shaft and is equipped so that a releasing and/or a locking of the connection of the tool from/to the shaft can be performed from outside the food preparation container. The present disclosure also relates to an anchoring assembly for the food preparation appliance. It is thus possible to ensure a simple and convenient removal of a prepared food from the food preparation container.

Disclosed is an automatic dough mixer, comprising a base for placing and supporting, a body mounted on the base, a dough barrel mounted on the body as a container for dough mixing, a stirrer mounted on the body and arranged above the dough barrel for stirring flour and water in the dough barrel, a drive motor mounted on the body for driving the stirrer to rotate and stir, and an angle adjusting mechanism arranged between the base and the body for adjusting an inclination angle of the body relative to the base. The automatic dough mixer of the invention can effectively mix the flour in the dough barrel and avoid unmixed flour adhering to the dough barrel.

The present invention falls within the scope of juice-making machines, namely relating to a natural juice preparation machine from an individual portion of a frozen food preparation, preferably fruits, in a container or a cup (19) that can be coupled to the machine, the latter comprising a digital interface (8) in which the conditions for preparing the juice are pre-set, a grid (10) for placing the container or cup (19), wherein the first step of preparing the juice consists in previously diluting it with water, a blade block (20) detachable from the machine and to which the cup (19) is coupled, with the assembly formed between the blade block (20) and the cup (19) being coupled to a fitting block (12) where the grinding and defrosting of the preparation occurs until the ideal point of consumption has been reached.

The present food processing device is configured to hold food within a receptacle during cooking and subsequently during blending. It is desirable that the food processing device provides control for the flow of the steam during steam cooking of the food processing device, and then makes it easy to remove the food out after the food processing device has been blended.