The present invention relates to a device which is for peeling fruits and root vegetables and has the effect of easily removing the entire peel of a fruit or root vegetable at once so that none of the peel remains, and cutting the fruit or root vegetable into multiple pieces.

An Avocado De-seeder and De-skinner and Method is disclosed. The cutting, deseeding and pulping sequences is conducted by three separate stations along a conveyor system. At a first station, the incoming avocados (including the seeds) are cut into two halves. At a second station, the seed-halves are plucked cleanly from the avocado half without damaging the pulp. At a third station, the skin is removed cleanly from the pulp and discarded. In order to insure that the skin is easily removed and that the pulp is left undamaged, the skin side of the (seeded) avocado halves is heated enough to release the skin, but not so much as to damage the pulp. This heating step is conducted as the de-seeded avocado halves are being conveyed from the de-seeder to the de-skinner.

An Avocado De-seeder and De-skinner and Method is disclosed. The cutting, deseeding and pulping sequences is conducted by three separate stations along a conveyor system. At a first station, the incoming avocados (including the seeds) are cut into two halves. At a second station, the seed-halves are plucked cleanly from the avocado half without damaging the pulp. At a third station, the skin is removed cleanly from the pulp and discarded. In order to insure that the skin is easily removed and that the pulp is left undamaged, the skin side of the (seeded) avocado halves is heated enough to release the skin, but not so much as to damage the pulp. This heating step is conducted as the de-seeded avocado halves are being conveyed from the de-seeder to the de-skinner.

A method and device for producing a hollow cylindrical, edible container composed of a vegetable item or fruit item (10), in particular of a cucumber, courgette or the like, which can be filled with a filling. The device has a centring means (11) for centring and fixing the fruit item (10), a hollowing-out means (21) for removing the core of the fruit item (10) and forming an internal cavity, and a peeling device for removing the outer shell of the fruit item (10).

A method and device for producing a hollow cylindrical, edible container composed of a vegetable item or fruit item (10), in particular of a cucumber, courgette or the like, which can be filled with a filling. The device has a centring means (11) for centring and fixing the fruit item (10), a hollowing-out means (21) for removing the core of the fruit item (10) and forming an internal cavity, and a peeling device for removing the outer shell of the fruit item (10).

It is a system for processing produce comprising a plurality of freestanding pucks for carrying items of produce, each puck comprising a base and a spike extending from the base, the spike configured to pierce an item of produce and hold the item in a substantially fixed position relative to the base.

It is a system for processing produce comprising a plurality of freestanding pucks for carrying items of produce, each puck comprising a base and a spike extending from the base, the spike configured to pierce an item of produce and hold the item in a substantially fixed position relative to the base.

An automatic separator for peel and pulp of Holboellia latifolia Wall is provided: the cooperation between a pressure roller set (9) and a scraping plate (11) is used for pressing and separating the peel and pulp of Holboellia latifolia Wall; a shell (2) surrounded by four rectangular plates which are perpendicular to each other and fixedly connected end to end is fixedly connected outside the table-shaped frame (14), two side rectangular plates (22) of the shell (2) are symmetrically provided with peel outlets (20), a screen table (18) is installed on the top of the pressure roller frame, two groups of automatic pressure roller adjusting devices (6) are provided at both sides of the screen table (18), respectively, and a pressure roller installing platform (5) is placed above the four automatic pressure roller adjusting devices (6) through grooves installed below a frame. The automatic separator with rational structural design which cuts Holboellia latifolia Wall into two halves through a knife half-cutting device (6), and which utilizes the extrusion force and the counter-acting force from rollers (91) to classify the peel and pulp in a peel outlet (13) and a seed pulp box (12) respectively, and which makes the processing under a stable and reliable condition.

An automatic separator for peel and pulp of Holboellia latifolia Wall is provided: the cooperation between a pressure roller set (9) and a scraping plate (11) is used for pressing and separating the peel and pulp of Holboellia latifolia Wall; a shell (2) surrounded by four rectangular plates which are perpendicular to each other and fixedly connected end to end is fixedly connected outside the table-shaped frame (14), two side rectangular plates (22) of the shell (2) are symmetrically provided with peel outlets (20), a screen table (18) is installed on the top of the pressure roller frame, two groups of automatic pressure roller adjusting devices (6) are provided at both sides of the screen table (18), respectively, and a pressure roller installing platform (5) is placed above the four automatic pressure roller adjusting devices (6) through grooves installed below a frame. The automatic separator with rational structural design which cuts Holboellia latifolia Wall into two halves through a knife half-cutting device (6), and which utilizes the extrusion force and the counter-acting force from rollers (91) to classify the peel and pulp in a peel outlet (13) and a seed pulp box (12) respectively, and which makes the processing under a stable and reliable condition.

Described is a garment 1 comprising an element for the transmission of a signal designed to automatically vary its impedance in response to disturbances produced in the use of the garment 1 and a device for detecting impedance variations in the transmission element 10, 11.