In this video I show how to install an SD card in a ESI HN03 Bullet Camera. It is a poor design in which you must take a camera apart and add a mini SD card to make it record.
You would think that a security camera would come ready to work. I had to learn how to add the SD Card so I could finish my review of the ESI Bullet Camera
At least it was not hard.
All you need is a small Philips screwdriver, a flat tip screwdriver, and a mini SD card.
First remove the two screws holding the clear lens cover.
Next, remove the lens cover and pry out the rubber ring surrounding the lens.
Then, pry out the IR illumination ring and then take out the four small screws holding the camera board in place.
Additionally, to get to the circuit card holding the SD mount, you need to remove a small sponge that wedges the card in place.
Next pull out the circuit card and install the SD card in the metal mount.
In the video I had a lot of lag, but when I reduced the camera image from Maximum quality to high quality it greatly improved speed. We set it to medium quality at the land and got a good enough picture to identify intruders and read license plates and it was responsive enough to catch them without any camera lag time.
Now that the SD card is installed I set the camera to record 24/7 and now I can record locally to the computer as well a any phones setup for the camera. Additionally you can take still images.
Since it records to the computer and the phone I don’t understand why the camera needed an SD card, but it did to activate the recording functions.
There’s no telling when they’ll happen and most of the time, they bring extensive damage.
During an earthquake, your own home itself can become a danger to you and your family. How can you prepare your own home for an earthquake?
Preventing Structural Damage
The first step in quake-proofing your home is to prevent the damage where it is most likely to occur. Providing structural support to areas that are weak such as the front porch, glass doors, wooden decks, and the garage. Consulting a professional engineer is the best option in order to evaluate the structure of your home and make the necessary improvements in order to strengthen these areas. Making use of the best materials is essential in protecting your home as well. Concrete dries fast and is one of the sturdiest materials that are earthquake-resistant.
Securing Furniture
It’s common for furniture to get thrown around when a quake starts, especially if it’s a strong one. The danger of cabinets, light fixtures, and other furniture to fall down and injure you or your family is high when these things are unsecured. What you need to do here is bolting or fastening them safely in place. This ensures that they won’t fall down easily and pose any danger for people inside your home during an earthquake. Use the best available framing hammer to fasten nails on the feet of cabinets and fasten dressers to the walls to prevent them from toppling over and hurting anyone.
Placing Objects Safely
Head injury is quite an expected injury during earthquakes. This is because of heavy objects falling on people’s heads during all the shaking and this can even be serious at times. If you don’t want this to happen, be smart in storing objects in your home. To make sure safety is a priority, pack heavier things such as tin cans, bottles, and glass on the lower cabinets and cupboards as they won’t be falling from a great height. Store the lighter objects on the upper bins to prevent potential hazards. In addition, always lock your cupboards since they may jar open during a quake.
Check Your Electronics
Power outlets can also be damaged during an earthquake. Knowing how to apply and repair switch wiring can help prevent electrical hazards at home. Due to the intensity of the shaking, some wires and panels can be dislodged or worse, completely broken and exposed. This would then lead to electrical hazard or even a potential for fire, so securing your homes electronics is a priority for earthquake preparedness. Consult an electrician to secure the electrical wires in and around your house, making sure there are no live or exposed wires before a quake. Repositioning outlets that are near potential hazards like the sink or the gas would also make it a lot safer.
Having a Safe Roof
A roof made from strong materials can easily survive an earthquake. If a roof does get damaged, not only does it make repairs hard, it also poses a danger of taking the whole house with it. Using lighter materials such as aluminum or metal is a great way to reduce weight on the roof and prevent extensive damage. Applying asphalt shingles is also a good alternative because they’re lighter and more flexible than other roofing materials. If you’ve bought an already-built house, asking a contractor to replace the roof with lightweight materials can be done beforehand.
Water Heater and Gas Appliances
Getting clean water after an earthquake can be difficult if some services end up unavailable. Your water heater can easily be damaged during an earthquake if it’s not secured properly. Faster the water heater against the wall, making sure that it stands upright. Replacing the metal pipes with more a flexible material will also prevent damage during the quake. Gas-powered appliances also benefit with more elastic connections and prevent possible gas leaks.
Additional Earthquake Proofing
Taking the pre-emptive measures for earthquake-proofing your home is important. A house can become a dangerous place during a quake and ensuring the safety of your family is a must. Securing doors and packing up supplies beforehand will also help save you time when disaster does strike. Knowing what materials to use for your home will decide whether your house can survive or not.
Conclusion
We can’t really predict when and where an earthquake might hit. If you know the right things to do, then setting your home right, you can save a lot of money and time in repairs
The Mobile Home Demolition was not as hard as I thought it would be, of course it was messy, tiring, and seemingly never ending. Once we figured out a system the process went much faster.
First we used the backhoe to smash down the walls, and then used the truck and a chain to pull down the walls the backhoe bucket would not reach. We also disconnected the marriage wall with a variety of 3/4 and 1/2 bolts at the roof and under the trailer.
Next we climber under the trailer and removed all the 1/2 lag bolts that connected the frame to the 2×6 joists. There was one at least every foot on both sides of each separate trailer. I find that a good impact driver makes this process much easier.
1/2 bolts also were found connecting a board to the joists on the outside walls. Those bolts were difficult because they were under the glued and stapled plywood and set deep into the wood.
Once all the bolts were out we jerked the boards on the outside of the trailer off and began freeing the joists.
A skill saw cut along the floor of the trailer between joists was necessary to free the 2×6 joist. Then a tug to remove it was needed and the joist was piled for later salvage.
A heating duct and pex water line was connected to the joists with strapping tape every few boards, so that had to be cut free,
Once the frame was exposed, we rolled up the insulation, poking holes in the plastic liner so the nasty water could drain. Once it fried it was easier to haul off to the dump.
All that is left is to move the frame and stack the bricks.
