Abstract: An automated avocado processing system for cutting an avocado in half, removing the pit, and extracting the flesh from the peel includes a plurality of functional assemblies arranged on a frame. Exemplary stations include a loading assembly, cutting assembly, peeling station, and food collection assembly. Computer and electronics are programmed and operable to control the automated stations. Related methods are described.

Abstract: A deaerator includes a vessel having a chamber defined by an outer wall; and a tray module detachably connected to the vessel, the tray module having a plurality of deaerator trays which are connected to one another in a spaced relationship to form a stack which is suspended within the chamber.

Abstract: The present disclosure relates to a modular installation assembly, at least comprising: a rod-shaped measuring insert for sensing a process variable of a medium, an assembly housing for accommodating at least a part of said measuring insert, which housing at least comprises a first housing part and a second housing part, a first chamber provided in said first housing part, and a second chamber provided in said second housing part. Further, the assembly housing comprises a sealing element which sealing element has at least one opening through which the measuring insert proceeds, and connecting means for connecting said first housing part with said second housing part via the sealing element.

Abstract: A device (5) it is provided for cooperating with a handpiece (1) of a ballistic waves generating system for the treatment of a portion of tissue (4) of a patient, the handpiece (5) comprising a supporting member (30) on top of which an end member (3) it is arranged to come into contact with the said portion of tissue (4) of the patient, the device (5) it is characterized in that it comprises supporting means (50) of terminal means (51), said supporting means (50) being adapted to be mounted onto said supporting member (30), and said terminal means (51) being able to come into contact with the tissue portion (4) of the patient.

Abstract: The present disclosure relates to a modular installation assembly, at least comprising: a rod-shaped measuring insert for sensing a process variable of a medium, an assembly housing for accommodating at least a part of said measuring insert, which housing at least comprises a first housing part and a second housing part, a first chamber provided in said first housing part, and a second chamber provided in said second housing part. Further, the assembly housing comprises a sealing element which sealing element has at least one opening through which the measuring insert proceeds, and connecting means for connecting said first housing part with said second housing part via the sealing element.

Abstract: The invention relates to a multipoint sensor for determining a temperature profile of a medium and to a method for producing said multipoint sensor. The multipoint sensor includes a tubular sheath having a closed end region; at least two cylindrical spacers produced from a material having a high thermal conductivity and arranged in an axially-spaced manner in the interior of the sheath. Each spacer includes a recess for holding a temperature-sensitive component of an elongate temperature sensor. Each spacer, with the exception of the spacer closest to the closed end region, has through-bores for feeding through the elongate temperature sensors fastened to the preceding spacers. The number of through-bores of a spacer corresponds to the number of preceding spacers. A filling material, is arranged between the spacers and surrounds each of the elongate temperature sensors. The filling material has a lower thermal conductivity than the material of the spacers.

Abstract: The invention relates to a multipoint sensor for determining a temperature profile of a medium and to a method for producing said multipoint sensor. The multipoint sensor includes a tubular sheath having a closed end region; at least two cylindrical spacers produced from a material having a high thermal conductivity and arranged in an axially-spaced manner in the interior of the sheath. Each spacer includes a recess for holding a temperature-sensitive component of an elongate temperature sensor. Each spacer, with the exception of the spacer closest to the closed end region, has through-bores for feeding through the elongate temperature sensors fastened to the preceding spacers. The number of through-bores of a spacer corresponds to the number of preceding spacers. A filling material, is arranged between the spacers and surrounds each of the elongate temperature sensors. The filling material has a lower thermal conductivity than the material of the spacers.

Abstract: An installation assembly for connecting a probe element to a wall of a container, comprising: a first mounting part and a second mounting part, wherein the first mounting part serves for attaching the assembly to the container wall and has a lead-through through which the probe element is insertable. The second mounting part serves for receiving and fastening the probe element, and the first and the second mounting part are flexibly connected to each other.

Abstract: An installation assembly for connecting a probe element to a wall of a container, comprising: a first mounting part and a second mounting part, wherein the first mounting part serves for attaching the assembly to the container wall and has a lead-through through which the probe element is insertable. The second mounting part serves for receiving and fastening the probe element and the first and the second mounting part are flexibly connected to each other.