or was it more ';laissez faire';
because workers were being treated poorly
no labour laws or anything
so the government was just letting what happened happen right?Did the government have control over the economy during the industrial revolution?
You are quite right, it was mostly laissez faire.
The monetary policy and fiscal policy tools began evolving only after the Industrial Revolution.
Saturday, January 16, 2010
Social control that prevented premaritial sex in the pre-industrial era?
Well, there was never a time when premarital sex was totally prevented.
This particular cultural taboo originated from the fear of economic and social problems caused by unwanted pregnancy and also from the male's desire to insure that all progeny were his.
For some reason, in the past, men wanted a woman, their possession, to be totally theirs; and virginity upon marriage provided the illusion that she was.
Of course, we now all understand the fallacy in that line of thought.Social control that prevented premaritial sex in the pre-industrial era?
Almost 75% of the children born in the US were born before the marriage of their parents before 1800.Social control that prevented premaritial sex in the pre-industrial era?
I am a firm believer that Religous belief, faith and examples set out by elders helped. Because we r all human however, I understand most folks marring were not engaged for any length of time. I can tell you that girls in (fmr.) Yugoslavia were encouraged to marry asap. As young as they could for alot of reasons. My gramma told me she hated to be in the company of boys for fear that someone would arrange a marrage 4 her! Love %26amp; sex make the world go round!cream tones
This particular cultural taboo originated from the fear of economic and social problems caused by unwanted pregnancy and also from the male's desire to insure that all progeny were his.
For some reason, in the past, men wanted a woman, their possession, to be totally theirs; and virginity upon marriage provided the illusion that she was.
Of course, we now all understand the fallacy in that line of thought.Social control that prevented premaritial sex in the pre-industrial era?
Almost 75% of the children born in the US were born before the marriage of their parents before 1800.Social control that prevented premaritial sex in the pre-industrial era?
I am a firm believer that Religous belief, faith and examples set out by elders helped. Because we r all human however, I understand most folks marring were not engaged for any length of time. I can tell you that girls in (fmr.) Yugoslavia were encouraged to marry asap. As young as they could for alot of reasons. My gramma told me she hated to be in the company of boys for fear that someone would arrange a marrage 4 her! Love %26amp; sex make the world go round!
What's the best way to dismantle the corrupt military-industrial complex which now controls our world?
Wars are obviously the best business for corrupt governments and multi-national corporations. Perhaps if we all read books on the subject, such as the one by Richard W. Glukstad, we might find the solution.What's the best way to dismantle the corrupt military-industrial complex which now controls our world?
Remove all corporations from the privilege of ';legal person-hood';. Make lobbying a form of bribery. Only then will citizens regain control of their ';elected'; representatives.What's the best way to dismantle the corrupt military-industrial complex which now controls our world?
where have you been living!
VOTE!
Yes, easy.
Surrender to every country.
AND BECOME SLAVES.
And replace it with what??
LOL
dude
LOL
Wow. What planet you from?
you play the game and create changes for a better future. You create allies with the same goals and are players in the same chess match of financhal and political power.
Remove all corporations from the privilege of ';legal person-hood';. Make lobbying a form of bribery. Only then will citizens regain control of their ';elected'; representatives.What's the best way to dismantle the corrupt military-industrial complex which now controls our world?
where have you been living!
VOTE!
Yes, easy.
Surrender to every country.
AND BECOME SLAVES.
And replace it with what??
LOL
dude
LOL
Wow. What planet you from?
you play the game and create changes for a better future. You create allies with the same goals and are players in the same chess match of financhal and political power.
The U.S. Pharmaceutics Industrial say that birth control is the sole responsibility of the woman...?
That is why they have withdrawn their financial support to create a male birth control method. Should not men have control over their own body?The U.S. Pharmaceutics Industrial say that birth control is the sole responsibility of the woman...?
If a man doesn't want a baby or a disease, then, he should wear a condom. A very good friend of mine was having sex regularly with a girl and she said she was on the pill. Well, he did not wear a condom and she tried to trap him. Now, he is 49 years old with another baby he didn't want. I told him to protect himself, it is not up to the women to protect him.
If a man doesn't want a baby or a disease, then, he should wear a condom. A very good friend of mine was having sex regularly with a girl and she said she was on the pill. Well, he did not wear a condom and she tried to trap him. Now, he is 49 years old with another baby he didn't want. I told him to protect himself, it is not up to the women to protect him.
Remote internet control of industrial equipment..pls give me the system set -up?
O. Ask the manufacturers of the equipment. Don't trust idiots from yahoo answers. Not like me. lol. If its cameras just google it. If its like machinery i dont know if you want to control that from the internet. What if the internet goes down and its like chopping like something. That would be bad.Remote internet control of industrial equipment..pls give me the system set -up?
A complete solution can be provided by a solution provider.
Y are u killing our bread and butter :) ??
A complete solution can be provided by a solution provider.
Y are u killing our bread and butter :) ??
Do the controls on an industrial sewing machine differ significantly from those on a homeowner machine?
I have to do a sewing test for a fashion design program. I've done sewing on my own machine but they use industrial models. I was wondering if there was a big difference between the two.Do the controls on an industrial sewing machine differ significantly from those on a homeowner machine?
Depends on the machine. Typically, there is a knee lift that controls the presser foot, and there is often a tie-off control. There may be more extensive computer controls for selection of stitches.
Can you ask the make %26amp; model of the machine you'll be testing on? And what you'll be tested on? Some of the binders and feet for industrials look not a whole lot like the sewing machine feet you're probably used to.
The old clutch machines are often adjusted to run very quickly... I remember sewing darts on them from tip to waist because it was the only way I could keep from overshooting the dart tip -- that was my first experience with an industrial, and rather nerve-wracking because I grew up with a home machine where the knee bar controlled the stitch speed, Did a lot of ripping that night. %26lt;g%26gt; Newer machines can operate at normal home sewing speeds as well as zoom off at a gazillion spm.
Here are a pair of new machines in operation:
http://www.youtube.com/watch?v=jvYfzL2Wp鈥?/a>
There are a number of videos up on youtube of people sewing on various industrials... you might want to take a look. e.g.:
http://www.youtube.com/watch?v=r28y42Yh4鈥?/a>
http://www.youtube.com/watch?v=JjD0aBkOx鈥?/a> (old style)
http://www.youtube.com/watch?v=5yyOvHcsR鈥?/a>
http://www.youtube.com/watch?v=dDK8N-eXf鈥?/a>
If you flunk the test and get put in class with someone who's been a samplemaker, you'll learn a lot of good stuff. This would be a good thing.Do the controls on an industrial sewing machine differ significantly from those on a homeowner machine?
There are a few differences between domestic and industrial machines. First and foremost is that the sewing head, table, motor, light and electrical wiring are all separate units. This means they are big. The motors are larger and they run faster. If you are used to sewing pedal-to-the-metal then you will have to use a much lighter touch on the industrial. Start with the lightest possible pressure on the foot control until you get a feel for the controls. With some machine you need to give the wheel on the side a little twist to help start up the machine. Don't be afraid to use the wheel on the side, in domestics you can wreck the machine, with industrials it doesn't hurt it at all. For detailed work I often use the wheel to ';walk'; the needle in tight places. For many industrial motors, backward pressure on the foot pedal puts on the brakes and the machine stops immediately.
The switch for an industrial is not on the sewing head, it's mounted to the table. Look under the machine at the motor and follow the wires, one set should lead to a switch of some type. It can be a single push button or a pair of buttons, one green one red. Green is start. Or it could be a switch like a light or a toggle switch.
Many industrial machine control stitch length through either a dial or a screw. Some have numbers marked, some don't. Some numbers refer to stitch length in millimetres, some don't. Turn the dial clockwise for longer stitches, counter clockwise for shorter. if the machine has a screw, then tightening it left makes short stitches, loosening it right should make shorter stitches. If the machine does zig zag, then you will change over using a set-screw dial and a lever. Some machines use two screws and a lever, some use only a lever.
all industrial machine use vertical bobbins in metal bobbin cases. They have a small screw in the case for adjusting tension. Industrial machine will sometimes need the bobbin tension adjusted depending on the fabric being sewn. Setting the needle tension, presser foot pressure, is similar enough to be easily learned, feed dogs and presser feet are mostly the same. raising and lowering the foot can be done either with a knee lift or with the lever to the back of the machine.
One model that is used in designer workshops, fashion schools, tailors, dressmakers and dry cleaners is the Singer 20U. It does straight and zig zag and for me it's my go-to machine. It's not too difficult to learn. Here's a PDF instruction manual you can read, it will give you the basics on how to thread the machine and how to set the stitch width and length. http://parts.singerco.com/IPinstManuals/鈥?/a>
Here's the singer industrial machine page. You can look at the models here: http://parts.singerco.com/html/machines.鈥?/a> and then you can find PDF instruction books for the models here: http://www.singermachines.co.uk/Parts_%26amp;_鈥?/a>
In addition to the 20U check out the other basic single needle lockstitchers. There's the 2691D and the 2188D, these are tow commonly used machines and the controls are similar to juki, consew, adler, and brother single lockstitch. Here's Juki's single needle lockstitch machines, however I doubt a school would have anything this expensive, these babies are several thousand each: http://www.juki.co.jp/industrial_e/produ鈥?/a> Here's the very commonly used DDL by juki: http://www.juki.co.jp/industrial_e/produ鈥?/a>
That should give you a basic understanding of some common industrial machines. There are more similarities than differences. When you sit at the machine, make a few test seams on scraps, ostensibly to check tension, in reality to get a quick feel for the machine.
Hope this helps, industrials aren't really scary and they are in reality far easier to use than a home machine. Everything is adjustable and there are fewer parts, settings knobs and dials to learn.
Depends on the machine. Typically, there is a knee lift that controls the presser foot, and there is often a tie-off control. There may be more extensive computer controls for selection of stitches.
Can you ask the make %26amp; model of the machine you'll be testing on? And what you'll be tested on? Some of the binders and feet for industrials look not a whole lot like the sewing machine feet you're probably used to.
The old clutch machines are often adjusted to run very quickly... I remember sewing darts on them from tip to waist because it was the only way I could keep from overshooting the dart tip -- that was my first experience with an industrial, and rather nerve-wracking because I grew up with a home machine where the knee bar controlled the stitch speed, Did a lot of ripping that night. %26lt;g%26gt; Newer machines can operate at normal home sewing speeds as well as zoom off at a gazillion spm.
Here are a pair of new machines in operation:
http://www.youtube.com/watch?v=jvYfzL2Wp鈥?/a>
There are a number of videos up on youtube of people sewing on various industrials... you might want to take a look. e.g.:
http://www.youtube.com/watch?v=r28y42Yh4鈥?/a>
http://www.youtube.com/watch?v=JjD0aBkOx鈥?/a> (old style)
http://www.youtube.com/watch?v=5yyOvHcsR鈥?/a>
http://www.youtube.com/watch?v=dDK8N-eXf鈥?/a>
If you flunk the test and get put in class with someone who's been a samplemaker, you'll learn a lot of good stuff. This would be a good thing.Do the controls on an industrial sewing machine differ significantly from those on a homeowner machine?
There are a few differences between domestic and industrial machines. First and foremost is that the sewing head, table, motor, light and electrical wiring are all separate units. This means they are big. The motors are larger and they run faster. If you are used to sewing pedal-to-the-metal then you will have to use a much lighter touch on the industrial. Start with the lightest possible pressure on the foot control until you get a feel for the controls. With some machine you need to give the wheel on the side a little twist to help start up the machine. Don't be afraid to use the wheel on the side, in domestics you can wreck the machine, with industrials it doesn't hurt it at all. For detailed work I often use the wheel to ';walk'; the needle in tight places. For many industrial motors, backward pressure on the foot pedal puts on the brakes and the machine stops immediately.
The switch for an industrial is not on the sewing head, it's mounted to the table. Look under the machine at the motor and follow the wires, one set should lead to a switch of some type. It can be a single push button or a pair of buttons, one green one red. Green is start. Or it could be a switch like a light or a toggle switch.
Many industrial machine control stitch length through either a dial or a screw. Some have numbers marked, some don't. Some numbers refer to stitch length in millimetres, some don't. Turn the dial clockwise for longer stitches, counter clockwise for shorter. if the machine has a screw, then tightening it left makes short stitches, loosening it right should make shorter stitches. If the machine does zig zag, then you will change over using a set-screw dial and a lever. Some machines use two screws and a lever, some use only a lever.
all industrial machine use vertical bobbins in metal bobbin cases. They have a small screw in the case for adjusting tension. Industrial machine will sometimes need the bobbin tension adjusted depending on the fabric being sewn. Setting the needle tension, presser foot pressure, is similar enough to be easily learned, feed dogs and presser feet are mostly the same. raising and lowering the foot can be done either with a knee lift or with the lever to the back of the machine.
One model that is used in designer workshops, fashion schools, tailors, dressmakers and dry cleaners is the Singer 20U. It does straight and zig zag and for me it's my go-to machine. It's not too difficult to learn. Here's a PDF instruction manual you can read, it will give you the basics on how to thread the machine and how to set the stitch width and length. http://parts.singerco.com/IPinstManuals/鈥?/a>
Here's the singer industrial machine page. You can look at the models here: http://parts.singerco.com/html/machines.鈥?/a> and then you can find PDF instruction books for the models here: http://www.singermachines.co.uk/Parts_%26amp;_鈥?/a>
In addition to the 20U check out the other basic single needle lockstitchers. There's the 2691D and the 2188D, these are tow commonly used machines and the controls are similar to juki, consew, adler, and brother single lockstitch. Here's Juki's single needle lockstitch machines, however I doubt a school would have anything this expensive, these babies are several thousand each: http://www.juki.co.jp/industrial_e/produ鈥?/a> Here's the very commonly used DDL by juki: http://www.juki.co.jp/industrial_e/produ鈥?/a>
That should give you a basic understanding of some common industrial machines. There are more similarities than differences. When you sit at the machine, make a few test seams on scraps, ostensibly to check tension, in reality to get a quick feel for the machine.
Hope this helps, industrials aren't really scary and they are in reality far easier to use than a home machine. Everything is adjustable and there are fewer parts, settings knobs and dials to learn.
What is the importance of speed control in industrial drives?kindly elaborate.?
Speed control in industrial drives can serve several purposes. The VFD (variable frequency drive) or VSD (variable speed drive) can control the RPM of a motor which drives a fan, pump, conveyor belt or other machine. The advantage of using speed controls is that the speed of the machine can be matched to the need, can be automatically controlled through feed back loops, and also the VFD/VSD controlled motor will use significantly less energy than a similar system using a bypass loop to bleed energy from the pump or fan system.What is the importance of speed control in industrial drives?kindly elaborate.?
That is a very general question. However, machines that cut metals often must have speed controls whether they use mutliple-speed motors or change gears or variable speed controllers. The cutting tool (perhaps a lathe or drill press or milling machine) creates a great deal of heat at the cutting edge and a cooling liquid must be used to carry the heat away so as not to affect the heat treatment of the metal or shorten the tool life. The cutting speed must be adjusted to match the heat generated with the rate the heat can be removed.
That is a very general question. However, machines that cut metals often must have speed controls whether they use mutliple-speed motors or change gears or variable speed controllers. The cutting tool (perhaps a lathe or drill press or milling machine) creates a great deal of heat at the cutting edge and a cooling liquid must be used to carry the heat away so as not to affect the heat treatment of the metal or shorten the tool life. The cutting speed must be adjusted to match the heat generated with the rate the heat can be removed.
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