These are called “winding arbours” or winding points. Each winding arbour has a function. The number of winding arbours corresponds to the number of gear trains (or sets of gears) on a clock.
A clock will run just fine if the time side is wound without winding the strike side, assuming that you do not like the sound of a strike or the strike bothers your guests. However, it is always optimum for the general wear of a clock movement to wind both sides of a striking clock. Running time.
On the Ingraham clock (next photo) there is only one set or train of gears that indicate it is a time-only clock, hence the single arbour or winding point. The smaller hole in the loop end of the “2” on the number 12 is for regulating the clock.
The result is accurate timekeeping. Clocks that require actual winding will have anywhere from one to three winding holes on the body of the clock, often in the back facing. Generally speaking, if the clock has a single hole, that hole controls the main time spring. If there are two holes, one is for the time spring and one is for the hourly chime.
There are two ways to determine which end of the line is favored: The simple way is to luff your boat head-to-wind in the center of the line and determine toward which end of the line your bow points more closely. Or, imagine a line extending perpendicular from the starting line.
0:392:18So the easiest way is to look up at the top of the mast. And there's a little Windex there theMoreSo the easiest way is to look up at the top of the mast. And there's a little Windex there the points right in the direction of the wind. Once you've figured out the direction of the wind.
Once you know the average wind direction you will be able to see whether gusts approaching you are coming from right or left of that direction. If right then expect a right shift. If left then expect a left shift.
0:181:28A good way to check or double check the light bias is to have a friend start at the port end whileMoreA good way to check or double check the light bias is to have a friend start at the port end while you start at the starboard end to see which boat crosses in front.
0:132:43The closest you can sail to the wind is at 2 o'clock.MoreThe closest you can sail to the wind is at 2 o'clock.
0:352:09They are most interested in wind direction and wind speed a wind vane is used to show wind.MoreThey are most interested in wind direction and wind speed a wind vane is used to show wind. Direction. It is placed on top of a building or a large pole called a mast.
The most basic way to read telltales is to get the yarns on both sides of the sail streaming straight back. If the leeward one stops streaming, head up and sail closer to the wind. If the windward one stops streaming, fall off.
Puffs commonly move across the water, although this isn't always true....If you're sailing close-hauled upwind, watch the puff's angle of approach compared to your course.Puff approaching from 45 degrees or forward. The puff will be a header. ... Puff approaching from 45 – 60 degrees. ... Puff approaching from aft of 60 degrees.
If you have to sheet in more on one tack than the other then there is a line bias and it's the end your are pointing at when its tighter. If there is not much difference the line is square. Pin Bias. Square.
0:212:06So absolutely make sure that you make your start match. Your plan be clear what the cues are thatMoreSo absolutely make sure that you make your start match. Your plan be clear what the cues are that are driving your minute-by-minute decisions. For example it.
A person's bias is their favourite idol in a K-pop group, while a “bias wrecker” is another member who tempts fans to switch their bias. An “ult” or “ult bias” is a fan's favourite idol out of all idols in all groups. Having a bias is common, and not to be confused with being a solo stan.
The left keyhole is for winding the strike mechanism and the right one is for the clock’s mainspring . Start on the left and wind both completely. If the clock has run down all the way, it’s extremely important to wind it before touching or moving the hands.
Keep in mind that, ten minutes before each chime striking point (20 minutes past and 10 minutes ’til the hour), the gears and levers of the striking mechanism begin to fall into the correct positions. ...
To set the time, gently turn the minute hand clockwise to the correct time, stopping at each hour and half-hour point to allow the bells to strike their full count. Never move the hour hand manually — all adjustments should be done by carefully moving the minute hand.
For safety’s sake, it’s best to do all adjustments when the clock reads 5-to-15 minutes past the hour or 25-to-15 minutes before the hour. Now let’s look at how to wind a clock regularly:
Every Chelsea clock leaves our factory fully wound. However, if you live outside of the Eastern Standard time zone, have purchased a vintage clock or have inherited a family heirloom, you may need to initially set the time yourself. Therefore, let’s start with how to correctly wind chime clocks for the first time.
Generally speaking, a clock that requires winding will have either a one-day, eight-day or 31-day movement. Although clocks may run a few days longer than specified, they should be wound daily, weekly or monthly, depending on the type of clock, to assure the most accurate time. Advertisement.
Clocks that require actual winding will have anywhere from one to three winding holes on the body of the clock, often in the back facing. Generally speaking, if the clock has a single hole, that hole controls the main time spring. If there are two holes, one is for the time spring and one is for the hourly chime.
Insert your winding key into the appropriate hole. You'll want to test with the key to find out whether to turn clockwise or counterclockwise. Whichever direction the key turns freely is the right one. If the key won't move easily in either direction, this indicates the clock doesn't need to be wound.
Indicators: Dials, hands and bells or chimes. The going train: Gear wheels that help set the rotational speed of the wheels that connect between the power and the indicators. Winding the clock resets the power and the escapement then controls the release of that power in a steady, prescribed pattern.
Mechanical clocks (as opposed to digital ones, for example) have four component parts in common: 1 The escapement: This is a repetitive action of some kind that lets power escape, literally, but only in small portions as opposed to a steady "all at once" flow. 2 The power: Generally supplied initially by a falling weight and later on occasion by a coiled spring. 3 Indicators: Dials, hands and bells or chimes. 4 The going train: Gear wheels that help set the rotational speed of the wheels that connect between the power and the indicators.
Parts of the Mechanical Clock. Mechanical clocks (as opposed to digital ones, for example) have four component parts in common: The escapement: This is a repetitive action of some kind that lets power escape, literally, but only in small portions as opposed to a steady "all at once" flow.
To wind up your wall or mantel clock, first locate the time spring hole. If you have more than one keyhole in your clock, this is usually the one located farthest to the right as you're looking at the clock's surface. However, models can vary, so you may need to experiment a bit with this. Advertisement.
On a clock with three arbours, the centre arbour winds the time train and the left arbour, the strike side and the right, the chime side. On some clocks, there is a smaller hole on the clock face near or above the 12 o’clock position. It is also an arbour but a smaller one used for regulating the speed of your clock.
Two ends are required because the speed adjustment arbour is smaller than the winding key arbour.
The smaller hole in the loop end of the “2” on the number 12 is for regulating the clock.
An 8-day clock usually requires 14 half turns of the key as the arbour does one complete turn per day. Mainspring ratchet and click. The ratchet locks the spring in place during each wind of the key. Allow the key to gently rest back onto its click.
Each winding arbour has a function. The number of winding arbours corresponds to the number of gear trains (or sets of gears) on a clock. For example, if there is one hole it is a time-only clock; 2 holes mean that it is a time and strike clock, that is, it strikes the appropriate hour on ...
Winding your mechanical clock. If the dial is covered by a glass door, open it to access the face. Insert the key into one of the winding arbours and with your non-dominant hand, steady the case while you wind the clock. I recommend wearing cotton gloves to preserve the finish of the case. Next, turn the key clockwise.
Wear cotton gloves to steady the weights while they are being pulled up to preserve the brass finish on the weight shells. For those clocks that wind with a crank key, insert the key into each winding hole on the clock face and crank slowly till the weights reach the top .