Rotate the depth stop turret until lower that will be aligned with the depth rod. Loosen the depth indicator knob and lower the depth rod until contacts the turret. Then, slide the depth indicator until the red line indicates. 3. To set up the cutting depth, slide the depth rod up until the red depth indicator line and secure the position.
Thus, the design of the exoskeleton will focus on actuating the first 3 fingers of the hand and locking the knuckle joint and 2nd joint of the first 3 fingers and it should be compact enough to fit all actuators, locking mechanism, and the physical exoskeleton structure on to one glove. By designing an appropriate cable lock mechanism with the use of solenoids, the exoskeleton should be able to provide at least 2.5lbs of maximum holding
If you cannot focus on your specimen, repeat steps 4 through 7 with the higher power objective lens in place. DO NOT ALLOW THE LENS TO TOUCH THE SLIDE! 9. The proper way to use a monocular microscope is to look through the eyepiece with one eye and keep the other eye open (this helps avoid eye strain). If you have to close one eye when looking into the microscope, it's ok.
Red - 1095 steel (0.95 %w/w C) Cutting Machine Used: Leco CM15 CutOff 1. Ensure that the saw is in the up position to start, and ensure that the machine is off before you start. 2. Lift glass lid of the Machine and place the material in the clamp, with roughly 2mm sticking out. 3.
This is to reduce the vibration by this hole are held by the tail stock. The surface of workpiece processed with depth of cut of 2 mm before the experiments started; in order to eliminate the harden surface that generated during its processed. In addition, the uniform of workpiece diameter can be achieved. Figure 3.3: Workpiece of Ti-6Al-4V ELI Table 3.2: Chemical composition of Ti-6Al-4V ELI (% wt) (TSI Titanium Co.) Element C Si Fe Ti Al N V S O H Y Wt% 0.11 <0.005 Table 3.3: Mechanical Properties of Ti-6Al-4V ELI (TSI Titanium Co.) Mechanical properties Value Density 4428.78 kg/ m^3 Tensile fatigue 900 MPa Ultimate tensile strength 970 MPa Thermal conductivity at 20 °C 6.6 W/ m/K Specific heat at 20 °C 0.580 J/ g.K Elongation 13% Hardness 241 HB Tensile strength at 400 °C 550 MPa Elastic modulus 107 – 122 GPa Shear modulus 41 – 45 GPa 3.1.3 Cutting tool The cutting tool used in this experiment is uncoated carbide inserts. This cutting tool made from Sandvik with rhombus shape CNGG 120408 SGF S05F.
Long threads of yarn were cut to fit the dimensions of the box and placed at the bottom of the box in order to protect the egg from hitting the hard surface of the box. Bubble wrap was cut to a width of 30cm, then folded in half to create two layers. This sheet was placed above the yarn, further preventing the egg from hitting the bottom of the box. An air pack was placed tightly next to the egg on the right side of the box to resist movement. Additional yarn was arranged in an oval shape in order to hold the egg itself.
The block is made of a horizontal cylindrical portion having an integral rectangular plate. The bottom plate is screwed into the bearing in position to provide a screw hole. The screw holes are rectangular, semi-circular ends. This large screw hole facilitates the correct direction when the screws are. When mounted on the bearing block, the outer surface of the cover is ready to provide a slight interference fit.
The sample will prepare by using the KBr pelleting method. The sample will mix with the KBr pellet in the mortar and pestle to grind until become fine powder form. The mixture will then press in a special die at 10,000 lb in-2 to yield a transparent disc. Before running the test of the sample, the background spectra will collected under identical conditions is subtracted from the sample spectra automatically. The spectrometer analysed the compound in the KBr disc form and a spectrum was displayed after the testing of the sample was completed.
Copper is widely used in the manufacture of important alloys such as brass and bronze. It is a ductile metal with very high thermal and electrical conductivity [6,7,8]. Deep drawing steel is more ductile than commercial quality and is suitable for producing deep drawn parts needing severe deformation. It is not as formable as the extra deep drawing steel, but it is less costly. This material offers more formability to produce parts with a moderate depth of draw .
Alike to sandpaper, it is made by cementing small particles of the mineral emery (also called iron spinel or hercynite) to paper. Torque wrench- A torque wrench is a tool used to accurately apply a specific torque to a fastener such as a nut or bolt. It is typically in the form of a socket wrench with special interior mechanisms. Goggles - Goggles or safety glasses are forms of defensive eyewear that usually enclose or protect the area surrounding the eye in order to prevent particulates, water or substances from striking the