Create a new CNC beehive that is designed for sensor integration and scientific observation.
Total annual losses of bee colonies in the United States were at 42% in 2015. We need to create a public science program to study why this is happening, so we can identify the causes, make societal changes, and help our pollinator friends recover as quickly as possible. Your design will help us create an optimized hive for scientific study.
The goal of this challenge is to design an open source, CNC beehive that accounts for electronic sensor integration, including microphones and sensor probes. It should accommodate wireless data transmission, solar power and battery, as well as allow for observation without requiring that the bees be disturbed.
What makes for a good beehive? As Beekeepingnaturally.com states, “In a natural bee-centred approach, bees are allowed to construct natural comb, thereby determining their own cell size, population mix, colony size, and rear their own queens and drones.”
In your design make sure to use effective CNC joinery that won’t fall apart easily, that endures well in the elements, that can be produced efficiently without excessive CNC milling service costs, and that meets the technical requirements for manufacturing listed in the technical requirements section.
The positioning of the sensors is a critical element to keep in mind for your design. We will judge the entries on 1) how well do the sensors integrate seamlessly and non-intrusively into the hive, 2) can beekeepers access the sensors without disturbing the bees, and 3) are the sensors positioned well to gather data without interference from the bees themselves?
Open Beehive Project has developed a special sensor package that will be used to monitor the bees. The sensor package includes a MEMS microphone that will be used to detect hive states based on the audio signal. It should be positioned so it can gather a global signal. Within the core sensor case, there will be a temperature/humidity sensor that is used for gathering data about the ambient conditions around the hive. The package also includes a wired temperature/humidity probe that will be placed in the center of the colony, an external antenna for sending data to a server via WiFI, and a solar power kit that should mount on the roof. The sensor package dimentions are given below in the "Technical Requrements" section.
The estetics of the beehive is another critical elements to keep in mind. After all, more and more beehives are used in urban bee keeping. To make sure your design is accepted by beekeepers as well as bees, aim to achieve a modern urban aesthetic that will situate well on rooftops, patios, backyards, or in community gardens and that makes it easy for beekeepers to care for the colony following natural beekeeping practices. Take look at the image below for some inspiration.
Read more about natural beekeeping here.
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Check out GrabCAD tutorial section for helpful hints in getting started with designing.
Your entry must include: 1. STEP files 2. Native CAD files in any format 3. Renderings 4. STLs oriented for printing
Technical requirements: Must fulfill design considerations stated above: 1. Manufactured from no more than a single sheet of material (48in x 96in x ½in). 2. Flat end milling bit of no larger than ⅜” 3. Top bar frames (no artificial combs or frames) - natural beekeeping 4. Observation window that can be covered with a panel made from the same material as the rest of the hive. 5. No small loose parts (wedged mortise and tenon). 6. Sensor kit should be protected from propolisation by the bees. The plastic sensor enclosure is 3.75” L x 1.5” W x 1.5” H, and the solar panel is 8in x 12in. The sensor probe is attached to an 8” cable with a 1.5” L x 0.5” W probe on the end that will be inserted into the center of the hive. 7. The milling bit can only cut at 90 degree angles. 8. Only one side of the material can be milled.
Additional Design Considerations: Submissions will be judged against technical criteria as well supporting assembly and printing documentation. Ease of assembly, total cost, and print time will also be evaluated.
Judging criteria: Judges will weigh a variety of factors but will place special attention upon the following:
Use effective CNC joinery that won’t fall apart easily, that endures well in the elements, that can be produced efficiently without excessive CNC milling service costs, and that meets the technical requirements for manufacturing listed in the technical requirements section.
How well do the sensors integrate seamlessly and non-intrusively into the hive, where beekeepers can access them without disturbing the bees, and so that the sensors can gather data without interference from the bees themselves?
Achieve a modern, urban aesthetic that will situate well on rooftops, patios, backyards, or in community gardens and that makes it easy for beekeepers to care for the colony following natural beekeeping practices.
ENTERING THE COMPETITION The Challenge is open to everyone except employees and families of GrabCAD, Stratasys and the Sponsor. Multiple entries are welcome. Team entries are welcome. By entering the Challenge you: 1. Accept the official GrabCAD Challenges Terms & Conditions. 2. Agree to be bound by the decisions of the judges (Jury). 3. Warrant that you are eligible to participate. 4. Warrant that the submission is your original work. 5. Warrant, to the best of your knowledge, your work is not, and has not been in production or otherwise previously published or exhibited. 6. Warrant neither the work nor its use infringes the intellectual property rights (whether a patent, utility model, functional design right, aesthetic design right, trademark, copyright or any other intellectual property right) of any other person. 7. Warrant participation shall not constitute employment, assignment or offer of employment or assignment. 8. Are not entitled to any compensation or reimbursement for any costs. 9. Agree the Sponsor and GrabCAD have the right to promote all entries. If you think an entry may infringe on existing copyrighted materials, please email email@example.com
SUBMITTING AN ENTRY Only entries uploaded to GrabCAD through the "Submit entry" button on this Challenge page will be considered an entry. Only public entries are eligible. We encourage teams to use GrabCAD Workbench for developing their entries. Entries are automatically given the tag "CNCBEEHIVE" when uploading to GrabCAD. Please do not edit or delete this tag. Only entries with valid tag will participate in the Challenge.
AWARDING THE WINNERS The sum of the Awards is the total gross amount of the reward. The awarded participant is solely liable for the payment of all taxes, duties and other similar measures if imposed on the reward pursuant to the legislation of the country of his/her residence, domicile, citizenship, workplace, or any other criterion of similar nature. Only 1 award per person. All judging decisions are final. All winners will be contacted by the GrabCAD staff to get their contact information and any other information needed to get the prize to them. All team awards will be transferred to the member who entered the Challenge. We will release the finalists before the announcement of the winners to give the Community an opportunity to share their favorites in the comments, discuss concerns, and allow time for any testing or analysis by the Jury. The Jury will take the feedback into consideration when picking the winners. Winning designs will be chosen based on the Rules and Requirements. - Entry deadline is November 28, 2016 (11:59pm UTC). - The finalists will be announced by December 19, 2016. - The winners will be announced by January 5, 2017.
SPEC REFINEMENT We want to make sure that you have all of the information that you need to tackle the challenge. As such, in the first week of a challenge we may refine the specifications or offer clarifications based on member feedback. Please ask any questions that you have!
OSBH Sensor Kit, Winning Beehives and GrabCAD Swag for top 3 Winners!
OSBH Sensor Kit & Winning Beehive + GrabCAD Swag (T-shirt, Socks, stickers)
OSBH Sensor Kit + GrabCAD Swag (T-shirt, stickers)
Winning Beehive + GrabCAD Swag (stickers)
The jury is comprised of experts from ACT Beekeepers Association, AKER & the Open Source Beehives project and GrabCAD.
ABOUT THE SPONSOR
AKER & the Open Source Beehives project are creating sensor-enhanced beehives to track Colony Collapse Disorder through open networks of citizen scientists. We share our methodology, technology, and data openly, so that anyone can participate in solving this global crisis.