A device from draining coconut water from a coconut has a handle. A tubular member extends down from the handle. A plurality of teeth extends down from a distal end of the tubular member. An end cap member is positioned over the distal end of the tubular member.

A device from draining coconut water from a coconut has a handle. A tubular member extends down from the handle. A plurality of teeth extends down from a distal end of the tubular member. An end cap member is positioned over the distal end of the tubular member.

The invention relates to a method for treating shell-fruits (3), in particular for producing shell-fruits (3) with improved shelling properties in comparison to untreated shell-fruits (3). The invention further relates to a device (1) for treating shell-fruits (3), in particular for producing shell-fruits (3) with improved shelling properties in comparison to untreated shell-fruits (3), comprising a hermetically sealable treatment chamber (2) for conditioning the shell-fruits (3). In order to provide a method and a device for treating shell-fruits which do not damage the contents of the kernel and simultaneously permit improved shelling of the shell-fruits and the opened shell to be better separated from the kernel, the method according to the invention comprises softening the shell of the shell-fruits (3) by applying an electric field, and the device according to the invention comprises at least one capacitor (4) for generating an electric field in the treatment chamber (2).

The invention relates to a method for treating shell-fruits (3), in particular for producing shell-fruits (3) with improved shelling properties in comparison to untreated shell-fruits (3). The invention further relates to a device (1) for treating shell-fruits (3), in particular for producing shell-fruits (3) with improved shelling properties in comparison to untreated shell-fruits (3), comprising a hermetically sealable treatment chamber (2) for conditioning the shell-fruits (3). In order to provide a method and a device for treating shell-fruits which do not damage the contents of the kernel and simultaneously permit improved shelling of the shell-fruits and the opened shell to be better separated from the kernel, the method according to the invention comprises softening the shell of the shell-fruits (3) by applying an electric field, and the device according to the invention comprises at least one capacitor (4) for generating an electric field in the treatment chamber (2).

The present disclosure provides an apparatus to scrape to extract coconut meat from a half coconut with minimal human intervention and convenient to use. The apparatus to scrape coconut generally includes 1. Variable-Width-Scraper-Apparatus which considers and accommodates the variability in width of a half coconut and scrapes it accordingly, 2. Vertical-Movement-Control-Apparatus which considers and accommodates the variability in length of a half coconut and moves the Variable-Width-Scraper-Apparatus length-wise through the half coconut to scrape the half coconut fully, 3. Variable-Opening-Entry-Mechanism which considers and accommodates the variability in the diameter of the cut face opening of half coconut and guides the entry of the Variable-Width-Scraper-Apparatus into the half coconut optimally, 3.1. Scraped-coconut-meat-expeller which expels the scraped coconut meat from the scraping area so that it can be collected efficiently. 4. Coconut-holding-mechanism which optimally holds the half coconut to be scraped and 5. Optimal-Operations-Mechanism which controls the starting, scraping and stopping process of the overall apparatus to scrape coconut.

The present disclosure provides an apparatus to scrape to extract coconut meat from a half coconut with minimal human intervention and convenient to use. The apparatus to scrape coconut generally includes 1. Variable-Width-Scraper-Apparatus which considers and accommodates the variability in width of a half coconut and scrapes it accordingly, 2. Vertical-Movement-Control-Apparatus which considers and accommodates the variability in length of a half coconut and moves the Variable-Width-Scraper-Apparatus length-wise through the half coconut to scrape the half coconut fully, 3. Variable-Opening-Entry-Mechanism which considers and accommodates the variability in the diameter of the cut face opening of half coconut and guides the entry of the Variable-Width-Scraper-Apparatus into the half coconut optimally, 3.1. Scraped-coconut-meat-expeller which expels the scraped coconut meat from the scraping area so that it can be collected efficiently. 4. Coconut-holding-mechanism which optimally holds the half coconut to be scraped and 5. Optimal-Operations-Mechanism which controls the starting, scraping and stopping process of the overall apparatus to scrape coconut.

An assembly (010) for accessing coconut water in a coconut has a plunger (011) for puncturing the germination pore of the coconut thereby permits the access of the coconut water inside the coconut. The assembly (010) comprises a plunger (011) having a plunger collar (111) perpendicularly mounted to a plunger lance (211), a lid (012) having a lid bore (112) for receiving and housing a tip of the plunger lance (211) and a stopper clip (013) for holding the plunger lance (211) in order to prevent the tip of the plunger lance (211) in the lid bore (112) from puncturing a germination pore of the coconut, wherein the lid (012) of the assembly (010) is placed and fixed on the germination pore of the coconut by a fixing mean.

An assembly (010) for accessing coconut water in a coconut has a plunger (011) for puncturing the germination pore of the coconut thereby permits the access of the coconut water inside the coconut. The assembly (010) comprises a plunger (011) having a plunger collar (111) perpendicularly mounted to a plunger lance (211), a lid (012) having a lid bore (112) for receiving and housing a tip of the plunger lance (211) and a stopper clip (013) for holding the plunger lance (211) in order to prevent the tip of the plunger lance (211) in the lid bore (112) from puncturing a germination pore of the coconut, wherein the lid (012) of the assembly (010) is placed and fixed on the germination pore of the coconut by a fixing mean.

The Present disclosure discloses a device for cutting a coconut, the device comprising a support structure; a coconut clasper mounted on the support structure and having a pair of opposed jaws adapted for clasping opposed ends of a coconut, each jaw being rotatable about an axis to permit rotation of a coconut clasped in the jaws; and a cutter mounted on the support structure and positioned for cutting a coconut clasped in the jaws, wherein the device includes a coconut centring mechanism to cause simultaneous movement of the jaws to align the mid-point of a coconut clasped in the jaws with the position of the cutter, such that, in use, the cutter acts at approximately the mid-point of the coconut.

The Present disclosure discloses a device for cutting a coconut, the device comprising a support structure; a coconut clasper mounted on the support structure and having a pair of opposed jaws adapted for clasping opposed ends of a coconut, each jaw being rotatable about an axis to permit rotation of a coconut clasped in the jaws; and a cutter mounted on the support structure and positioned for cutting a coconut clasped in the jaws, wherein the device includes a coconut centring mechanism to cause simultaneous movement of the jaws to align the mid-point of a coconut clasped in the jaws with the position of the cutter, such that, in use, the cutter acts at approximately the mid-point of the coconut.