How to make a locksmith hammer with your own hands. “Locking business yesterday and today”

How to make a hammer. DIY Locking Hammer. Production of a locksmith hammer

Wooden kiyanka can be used for different purposes, but the main works are related to the carpentry and carpentry affairs. For example, wooden kiyanka will be needed to assemble spike compounds. The fact is that when hitting a regular metal hammer, serious dents remain, which you then have to cummer or put a packet. The wooden hammer does not leave such spot dents.

We will make a wooden kiyanka with our own hands. Assembly options for such a tool, oddly enough, quite a lot. The fact is that for different purposes, the shape and weight of the product may differ markedly. It is one thing to use heavy kiyanka in construction, for carpentry work. And a completely different woodcarving, I mean the creation of sculptural compositions.

Let’s try to take a standard species for the sample, you can say the basic model. Among other things, this option is the most universal.

First you need to choose two blanks, for a handle and head. The material can be used from different wood species. Someone makes only oak kiyanka, but I will say from their own experience that too dense wood leaves marks on wooden details of soft species. Therefore, for different purposes, the corresponding material is selected. It can be oak, beech, birch, pear made of hard rocks, or maple, alder, cedar for softer. In the photo kiyanka made of oak.

The total dimensions of wooden kiyanka: head. length 130 mm width 90 mm thick 60 mm length with a handle 350 mm

On the ends of the kiyanka you can make a mowed surface. This is more convenient when cutting nests and other works with a bit and a chisel. Usually make a bevel angle 6-8, but someone likes it as you like.

Next, we make markings in the center of the kiyanka, for ottering a through nest. The most reliable option for fastening is when the handle goes to the cone and is inserted from above. Thus, sledgehammer, picks, cornflies and kiroki mason plant.

Pictures from the site Literaryworkshop.WordPress.com

The thickness of the handle is 20-22 mm width 30-32 mm or so. Accordingly, this cross section, mark the nest on both sides of the head and cut down the socket by chisel, cleaning the chisels.

Then we adjust the cross section of the handle under the nest so that it enters the cone from above.

The main mistake that may appear during assembly is the mismatch of the handle cone and nest. Of course you can spit and make a new one, but in general, if you wish, everything is adjusted.

If the handle is installed with the gaps from below, then they need to be cut out and driven into the wedges in them. An optimist can even glue them, but I think it is better to leave the opportunity to knock out the gangs that has gone on the handle with these wedges. If the gaps are large, it is better to glue the wedge on the one hand, and the second to finish when fixed.

Homemade wooden oak kiyanka. You can also make a toy for a child, see how to collect a false.

The hammer in the house is the first tool. And he will score a nail, and will split the nut, and fingers the wire. it. Father of all equipment and all tools. The development of the production of hammers is characterized by a high level of progress, so for each activity you can easily find the most effective tool. If you are engaged in locksmith work, then you will need a locksmith hammer. No master can do without this shock tool.

The purpose of the locksmith hammer

Humanity has known and used a hammer for a very long time. Still at the dawn of existence. This is the very first tool of labor, as well as the weapons of primitive person part.time. People as their own development improved and changed the hammer. The materials of ancient times corresponded to the development of people and changed in the following sequence: bone. wood. bronze.

The design of the hammer has not changed today: the back of the shock, the shock part with the boy and the handle. The box and the handle between each other are connected through the hole, which is present in the case, and the wedge clogged into the handle. The tail can be of various shapes. The case is usually made steel, but can be made of copper, wood, lead and rubber. The handle is most often. made of wood, metal or plastic.

There are many varieties of hammers. Doctors and architects, cooks and musicians, not to mention the joiners, locksmiths, mechanics and builders, use hammers in their activities. The most famous hammers: copper, sledgehammer, rihtovy, carpentry, mason hammer and locksmiths.

It is the last of them that a locksmith hammer with a round boy is the most common and universal. Its purpose is to extend, direction and increase the effort of the human hand, inflicting an energetic blow to the desired point, help another tool. chisel, chisel, coreer.

It is convenient for them to make blows with a variety of work: bend, chop, rivet, rule, punch holes, clog and flatter. Nails are clogged with a locksmith with a locksmith, concrete or ceramic tiles are broken, and molded with metal tubes.

Using a hammer

The history of the emergence of the hammer goes deeper. It was still used by primitive people. They found him the most different application. Used in construction, extraction, hunting.

By modification of the hammer, you can track how humanity has developed. Mainly the change affected only the material from which it was created. And the design itself remained unchanged

There are a huge number of types of hammers that are used in various areas of human life. So, it is used in medicine, construction, cooking, locksmithing. You can’t do without a hammer in these areas. However, each sphere has its own certain type of hammer.

The most popular and in demand is a regular hammer that is used in everyday life. Its popularity is explained by the fact that it is multifunctional and universal.

Its main goal is an increase in the power of the human blow. In addition to clogging nails, he is also an indispensable assistant for other construction tools. For people like Kerner, chisel, chisel.

The design of the hammer

Its shape and size depend on which area it is used. And the cost of the hammer is very strongly affected by the shape of the box.

Square is much cheaper than the round shape. Since its shock part has a much clearer accuracy, as well as a large impact power. The speed of any hammer can only be regulated by a person.

Shrus puller: varieties and principle of action

General technique, how to remove a grenade with a half.axle, is quite simple. it is necessary to pull the nodes in opposite directions with great effort. Do not do this with your hands, you need a mechanical puller for a channel.

• The inertial instrument works according to the reverse hammer familiar to the whole principle. With it, you can remove the bar, without removing the entire car suspension unit. One part of the hinge is fixed on the semi.shaft, and the dismantled middle is extracted for maintenance. With the help of a special eye, the guide of the hammer is attached to the half.axle with a hub nut. A few sharp blows are enough, and the slotted connection, squeezing the locking spring, leaves the clip without damage.
• Pirusteen of the A PURPURE CHRUSE, working on the principle of wedge. Two support sites are needed to create a divorce force. We create one of them with the help of clamps worn on the removable pennies of the CV joint. The second is made in the form of a detachable ring. She rests on the clip, as on the pullers of the silent blocks. Between them, wedges (from two sides, to provide uniform effort). How to make an effort. not fundamentally. Usually wedges are clogged with two hammer hammer masses. It is enough to shift the half-axle by 3-5 mm, and the locking ring is compressed, freeing the course of the part. There are also pneumatic pollen pullers.
• It is convenient to use a screw puller when the entire shrug is dismantled from the car. This bulky design allows you to work with nodes of any size, since it is possible to adjust the length. A homemade CV joint is performed for a specific car, and the factory tool is more universal. It is two stubborn (more precisely stretching) sites connected by longitudinal rods (rows of holes are located on the rods to adjust the distance between the supports). One platform is attached with a clamp, the second one is put on the threaded connection. Rotating the hub nut, you create an effort sufficient to compress the locking ring.

Such devices make it possible to save on a visit to a carriageway. You can purchase a tool in any car store: both universal and for specific shock models.

The design of the hammer

In the photo of the hammer, it is clear that it consists of two parts

The handle can be made of the following materials

Its shape and size depend on which area it is used. And the cost of the hammer is very strongly affected by the shape of the box.

Square is much cheaper than the round shape. Since its shock part has a much clearer accuracy, as well as a large impact power. The speed of any hammer can only be regulated by a person.

How to make a fight

Before moving on to the description of the actions, it should be noted that the process of manufacturing a sledgehammer implies a forging that requires a special tool, equipment and experience. If you do not have an anvil and a high.temperature furnace, this leadership will only have a theoretical character for you. A fight can be looked for on ads or in the markets. In any case, its cost will be less than that of the finished sledgehammer. Well, for those who are not familiar with blacksmithing, with the characteristics of the product. For the manufacture of a stress element of the sledgehammer, structural carbon steel of brands 50, 45, 55, 50g, 50g2 is used. Such metal is used in the production of semi.shafts of trucks, so if you do not have a suitable material can be searched in the nearest car host. For work, you will need a rectangular piece weighing 3 kg, from which you need to forge a parallelepiped. The next step should be taken the place of fastening of the handle. For this, from one of the sides, in the center, we break through the through hole with a diameter of 25 to 30 mm. The sides of the workpiece are deformed. Having freed the hole, it is necessary to penetrate the side edges so that the object again takes the form of even parallelepiped, and the round hole becomes oval. In order for the mounting place to be the most reliable, it needs to give the cone shape, tapering from the side faces to the center (in the context of the box it resembles a sand clock). For this operation, you will need to forge a special calibration rod made of steel of cone.shaped shape. The caliber section should be oval, and the length is 180-200 mm. The lower part of the cross section should be a couple of millimeters of the holes made in a boy, and the upper is slightly larger than the handle that you are going to install. After forging, the caliber must be tempered and polished. For proper calibration of the hole, you should clog a steel rod to a depth just below the center of the box. When you deepened the caliber, the side faces will be deformed. They must be straightened, having taken out and after eating the ends of the workpiece. Next again drive the caliber into the hole, and without removing, to penetrate the sides and besiege the ends. Когда заготовка будет иметь форму правильного параллелепипеда, повторяем процесс калибровки с другой стороны отверстия. When the boiler has the correct shape and a reliable place of fastening, you can proceed to the hardening stage. In order for steel to become truly solid, it must be heated to 850 degrees Celsius, until the workpiece takes a bright red color. Upon achieving the required temperature, immerse in cold water until cool.

Glining the handle of the hammer

Often purchased hammers have incorrectly clogged wedges. Basically, the metal plate is clogged in the center of the longitudinal axes at the end of the handle. Because of this, with the run for a short time, the handle is shaken and pushing the handle in the opening of the box. To avoid this, it is necessary to perform a notch on the back of the handle, the depth of which will be about 0.5 cm. To do this, you can use a narrow chisel. The notch must be performed so that it is not located along, but across the entire length of the end. If you do incorrectly, then in the process of closing the wedge the hilt may split. It is important that the wedges enter the handle tightly, slowly pushing the wood layer.

For wedges, it is recommended to remove the same breed of wood from which the hilt itself is made. The sizes of the wedge are about 2-3 mm in width and about 1.5 cm in thickness, it all depends on the size of the hammer. In this case, the wedge should not be a large length, a maximum of about 4-5 cm, otherwise it will simply break in the process of driving it into the handle. The front of the wedge must be sharpened at a blunt angle. Before scoring a wedge, it must be lubricated. The use of silicone sealant is recommended as lubrication. Thanks to this substance, it will not only easily plunge into wood, but also reliably recorded in the handle.

After the client was scored, the sticking end of the handle must be sawn down again so that the ledge from the head of the hammer is no more than 2-3 mm.

In the case of use for a dry tree handle, one wedge will suffer enough, if the material is softer, it is recommended to drive the second, but already a metal wedge. Its width and thickness should be the same as that of wooden, but the length is not more than 2 cm.

The wedges are completely flooded with the back of the handle. After all the main work was completed, it is necessary to finally process the hilt through large and small types of sandpaper. After that, the handle of the instrument is impregnated with olifa and covered with varnish. You should not use paint for covering.

The method described above is a handle nozzle on a hammer is quite reliable. There is nothing complicated here. Having made a nozzle according to all the rules, you will forget about clogging nails in the hilt and screwing self.tapping screws, which is often practiced by many craftsmen to avoid chatting the handle in the process.

How to make a fight

In order for the mounting place to be the most reliable, it needs to give the cone shape, tapering from the side faces to the center (in the context of the box it resembles a sand clock). For this operation, you will need to forge a special calibration rod made of steel of cone.shaped shape. The caliber section should be oval, and the length is 180-200 mm. The lower part of the cross section should be a couple of millimeters of the holes made in a boy, and the upper is slightly larger than the handle that you are going to install. After forging, the caliber must be tempered and polished.

When the boiler has the correct shape and a reliable place of fastening, you can proceed to the hardening stage. In order for steel to become truly solid, it must be heated to 850 degrees Celsius, until the workpiece takes a bright red color. Upon achieving the required temperature, immerse in cold water until cool.

Using a hammer

The history of the emergence of the hammer goes deeper. It was still used by primitive people. They found him the most different application. Used in construction, extraction, hunting.

By modification of the hammer, you can track how humanity has developed. Mainly the change affected only the material from which it was created. And the design itself remained unchanged

There are a huge number of types of hammers that are used in various areas of human life. So, it is used in medicine, construction, cooking, locksmithing. You can’t do without a hammer in these areas. However, each sphere has its own certain type of hammer.

The most popular and in demand is a regular hammer that is used in everyday life. Its popularity is explained by the fact that it is multifunctional and universal.

Its main goal is an increase in the power of the human blow. In addition to clogging nails, he is also an indispensable assistant for other construction tools. For people like Kerner, chisel, chisel.

Making axes, handles for hammer, chisels and chisel

Analysis and comparison of the resulting results.

3.Assessment of practical work.

What was new in the lesson, what they learned, where you can apply the acquired knowledge and skills?

What is technical design to perform sketches and drawings.

Motivation of assessments for the lesson, putting them in a magazine and diaries

IX. Message about preparation for the next lesson

In the next lesson, we will study with you the topic “The sequence of manufacturing kiyanka”. Bring: drawing tools. [/td]

Handle nozzle process on a hammer

Often the size of the hole of the head of the hammer at the upper and lower input is slightly wider than in the middle. Thus, the size of the handle for the handle in the thin end part must correspond to the size of the holes in the middle of the shock of the tool. It is necessary to check it without fail, a hole under the handle on a brisk tool is well made. How you can see it in the photo.

It shows a train of an old hammer that needs preliminary types of processing. Without these works, it will be impossible to perform the nozzle of the handle. Paying attention to the picture, we can see that the tide of the box was made poorly enough, the presence of large influxes of metal and unevenness is present, each entrance to the holes on both sides differs by 6-8 mm rather than in the middle of the box.

Manual editing of sheet metal.

Sheet and varietal metal usually rule on the right slabs with a sledgehammer.

The sizes of the plates are 1.5 x 1.5 m; 2.0 x 2.0 m; 1.5 x 3.0 m. As a rule, the correct plates cast from gray cast iron ribs or solid massive. The working surface of the plate should be even. Sometimes such plates lift the entire area of ​​the right room.

Plates are installed on wooden beams, with a height of the working surface from the floor 400-650 mm. The main tools for editing on the stove are hammers and sledgehammer.

The correct handle of the hammer. The weight of the hammer. The weight of the sledgehammer.

The working surface or boats of these hammers and sledgehammer is flat or slightly convex, depending on the place and nature of the required blow. Usually they are made with various surfaces at the ends. two.faced, as well as with an elongated and narrow boy. The weight of manual hammers. handbags ranges from 3/4 to 1 ½. 2 kg. The weight of the sledgehammer ranges from 5 to 15 kg. Handles for hammer and sledgehammer are made of strong, hard wood. elm, kizila, mountain ash, birch, etc., and in the nest they are fixed with an iron wedge.

The length of the handle of the hammer.

Depending on the weight of the hammer or sledgehammer, the handle give the corresponding length (table. one).

Table 1. The length of the handle of the hammer depending on the weight.

Form of hammers and sledgehammer.

Forms of hammer and sledgehammer are shown in rice. one.

The ironings used during correction have a different shape; Their samples are shown in rice. 2. Some glades (2, A and D) are inserted into the holes in the holes of a special handle, the rest (2, b, c and d) are planted on wooden handles like hammers.

For various metal profiles, ironing strokes of various shapes are used.

Metal editing technology.

Give accurate instructions on how to make editing. Editing skills are acquired by experience. You can only note some basic corrections. The main technique for manual editing of the metal is the blow of a hammer or sledgehammer for metal. For the editing of metal, they are mainly used by the so.called shoulder blow, t. e. with such a blow, in the application of which all joints of the hand work: shoulder, elbow and cystic. This provides an impact of the necessary force. The impact force depends on the weight of the hammer and, mainly on the speed of strike. This speed depends on the size of the scope and on the effort that is attached to the movement of the hammer down.

High performance with the lowest fatigue of the body is achieved by a certain rhythm in the work, t. e. Over a certain time, you need to make a certain amount of working movements using all means to eliminate unnecessary efforts, for example, to use the power of return of the hammer from the metal when lifting it up to apply the next blow. No less important is the ability to choose the right place for striking, ensuring the straightening of the metal. There is a curvature of sheets in the form of one or more bulging along the middle of the sheet between its stretched edges or a stretched middle of a sheet with wavy edges.

Numbers show the sequence of hammer blows.

The bulging indicates that in this place the area of ​​the metal surface is greater than the area on which the bulging was formed. To straighten such a bulging, you need to direct the hammer not along it, but on the metal around it and in such a sequence to gradually distribute stretched places (rice. 3, a). If you strike at the bulging, then the metal will be distributed under their influence, and the bulging will increase. With several bulging on the surface of the sheet, strokes are applied to the metal in the isthmus between them, reducing all the bulging into one in common, and behind the blows stretch the stretched surface of the metal. With a wavy edge of the sheet (rice. 3, b) strokes are inflicted on the stretched part of the metal, the metal is stretched, and the wavy disappears.

The surface of the straightened sheet is checked by a metal ruler, which is applied to the sheet in various directions. The gap between the sheet and the ruler is measured by the probe.

Mettle editing method. Metal upset.

Varietal metal is usually ruled by besieging (landing) and flexible and only in rare cases are the distribution (stretching) of metal used.

It is ruled manually on the stove or on special anvils with cuts on the sides of the bargaining the anvil is laid by the metal, the opposite of the one on which they will strike.

straightened metal; 2. Carpet.

Varietal metal with curvature along the screw line ruling in a cold state twisting in the opposite direction with lever devices (forks). With significant curvature, the profiles rule in a hot state

Metal editing tool. Screw tubel.

When editing varietal metal, various devices are used.

One of the types of such a device is a spiral looping process of editing is that a curved profile is installed in the hull, it is straightened by pressing the screw on the corner from the convexity. The editing of the varietal metal with a screw buuger proceeds slowly.

screw with tape thread; 2. Bugel case; 3. straightened metal (corner).

When editing, it is especially careful about stainless steels like 18-8. Due to the tendency to intercrystalline corrosion, it is forbidden to rule the sheets from this steel by steel sledgehammer. When editing, it is necessary to use either copper sledgehammers, or use copper ironings, or copper lining sheets. The stains of stainless sheets are thoroughly cleaned before cleaning them. Local heating with a gas burner is not allowed.

How to choose a hammer

It seems that choosing a hammer is not such a problem. In fact, there are a lot of nuances that should be paid attention to in the purchase process. When choosing a tool for the implementation of a certain type of work, you need to evaluate the following factors:

• Depending on the functional features, each option has a different type of shock. Therefore, you need to determine exactly what type of work is needed for.
• You need to carefully examine the handle for chips and more complex damage. A high.quality tool will have a perfectly even and dense handle, regardless of what material it is made.
• Much depends on the design. For example, a steel hammer consists completely of steel. Therefore, the pen should have appropriate extensions at the head and at the end of the handle. A special coating is provided, which will provide a good grip. If the design does not meet such conditions, then the tool will give a huge return or vibrate when hit.
• A heavy tool should have a thick and long handle as possible. Normally, the length is 38-45 cm. When the length of the handle is less, that is, the risk of getting serious injury due to a fracture of the base of the handle during operation.
• The next factor will be the weight of the tool. For use in everyday life, it is enough to have a hammer weighing 350-450 g. If you need to perform more serious construction or repair work (wall dismantling, roof repair), then the mass of the device should be 0.6. 0.8 kg.
• Requirements for the head in terms of fastening are the most important. The metal part should sit tightly on the handle, do not shift, do not deform, do not hang out. This aspect can be checked directly during the purchase process by making several swings.

It’s not so difficult to choose if you know and take into account all the nuances during the purchase. You need to pay attention to the structure and fastening of the tool, its capabilities and functionality.

Backdrops for a reverse hammer

The design of the holder depends on the purpose and the method of attachment to the body, bearing, hub or other pressed part of the mechanism. One, albeit the most convenient nozzle in appearance, is not able to help a locksmith constantly engaged in rikhty and repair. In a small workshop, it is advisable to have a universal tool with a set of several convenient latches of different types.

Advantages and disadvantages

The reverse hammer has many advantages over instruments of a similar nature. It allows you to quickly perform rikhty without significant constructive changes in the car. Work with this tool can be performed in those places that are not available for working with a conventional tool. Also, the cost of such a tool is relatively small, almost any motorist can purchase such a tool in their garage. Also in most cases, you can do without the destruction of factory painting.

The disadvantages of this tool can only be attributed to the fact that complex damage will not always be possible to fix. Also, in some cases, a person without experience can only be more harmful to the car body.

In general, this is a great tool that is better to have in the set of your tools, since with its help you can quickly correct the mistakes of the driver or others.

Brief instructions and tips on the use of tools

Again, in order to clearly understand how this happens, the easiest way to watch the video. If this is not possible, then the procedure for working with this device is approximately as follows:

• The tip is fixed on the deformed area of ​​the body;
• The details of the cargo are aligned to the desired position;
• If the effort is not enough, then the load changes to a heavier.

When stretching a relatively large section of the metal, you can weld several goals on one line and pass through them the pin. To do this right, it is advisable to watch the video on this topic. Then this pin is hooked, which is welded to the device and is pulled together with the metal, aligning it to the desired state. When using this method, you should be careful, since welding of a large number of washers can excessively pull the metal, and ruin the body part.

Self.manufacture

Making a reverse hammer at home with your own hands is quite simple. This does not take much time, and does not require special materials and tools. For a more visual understanding, you can watch a video on the Internet. The primitive drawing will also not be superfluous.

For the manufacture of this tool with your own hands, you will need the following:

• metal pin about 50 cm and 20 mm in diameter;
• cargo that has an internal hole;
• thread cutting tool (optional);
• welding machine;
• Corner grinder.

If it is decided to make a reverse hammer with a hook type of fastening, then a hook is made at the end of the pin. You can make it using a vise or pliers. Or weld a welding machine a ready.made hook from another device with a welding machine.

If the tool is made with a threaded capture, then the thread is cut at the end of the pin with an appropriate tool. You should not cut a lot of threads, since the body metal is quite thin.

After the manufacture of the tip, a load is put on the pin, which is limited to the back of the tool. This can be done by welding, or use threaded emphasis. The second method is more predominantly, as it will allow the use of loads of different weights depending on the required force at the end of the reverse hammer.

Again, in order to clearly understand how this happens, the easiest way to watch the video. If this is not possible, then the procedure for working with this device is approximately as follows:

• The tip is fixed on the deformed area of ​​the body;
• The details of the cargo are aligned to the desired position;
• If the effort is not enough, then the load changes to a heavier.

When stretching a relatively large section of the metal, you can weld several goals on one line and pass through them the pin. To do this right, it is advisable to watch the video on this topic. Then this pin is hooked, which is welded to the device and is pulled together with the metal, aligning it to the desired state. When using this method, you should be careful, since welding of a large number of washers can excessively pull the metal, and ruin the body part.

Wooden kiyanka can be used for different purposes, but the main works are related to the carpentry and carpentry affairs. For example, wooden kiyanka will be needed to assemble spike compounds. The fact is that when hitting a regular metal hammer, serious dents remain, which you then have to cummer or put a packet. The wooden hammer does not leave such spot dents.

We will make a wooden kiyanka with our own hands. Assembly options for such a tool, oddly enough, quite a lot. The fact is that for different purposes, the shape and weight of the product may differ markedly. It is one thing to use heavy kiyanka in construction, for carpentry work. And a completely different woodcarving, I mean the creation of sculptural compositions.

Let’s try to take a standard species for the sample, you can say the basic model. Among other things, this option is the most universal.

First you need to choose two blanks, for a handle and head. The material can be used from different wood species. Someone makes only oak kiyanka, but I will say from their own experience that too dense wood leaves marks on wooden details of soft species. Therefore, for different purposes, the corresponding material is selected. It can be oak, beech, birch, pear made of hard rocks, or maple, alder, cedar for softer. In the photo kiyanka made of oak.

The total dimensions of wooden kiyanka: head. length 130 mm width 90 mm thick 60 mm length with a handle 350 mm

On the ends of the kiyanka you can make a mowed surface. This is more convenient when cutting nests and other works with a bit and a chisel. Usually make a bevel angle 6-8, but someone likes it as you like.

Next, we make markings in the center of the kiyanka, for ottering a through nest. The most reliable option for fastening is when the handle goes to the cone and is inserted from above. Thus, sledgehammer, picks, cornflies and kiroki mason plant.

Pictures from the site Literaryworkshop.WordPress.com

The thickness of the handle is 20-22 mm width 30-32 mm or so. Accordingly, this cross section, mark the nest on both sides of the head and cut down the socket by chisel, cleaning the chisels.

Then we adjust the cross section of the handle under the nest so that it enters the cone from above.

The main mistake that may appear during assembly is the mismatch of the handle cone and nest. Of course you can spit and make a new one, but in general, if you wish, everything is adjusted.

If the handle is installed with the gaps from below, then they need to be cut out and driven into the wedges in them. An optimist can even glue them, but I think it is better to leave the opportunity to knock out the gangs that has gone on the handle with these wedges. If the gaps are large, it is better to glue the wedge on the one hand, and the second to finish when fixed.

Homemade wooden oak kiyanka. You can also make a toy for a child, see how to collect a false.

The hammer in the house is the first tool. And he will score a nail, and will split the nut, and fingers the wire. This is the father of all equipment and all tools. The development of the production of hammers is characterized by a high level of progress, so for each activity you can easily find the most effective tool. If you are engaged in locksmith work, then you will need a locksmith hammer. No master can do without this shock tool.

The purpose of the locksmith hammer

Humanity has known and used a hammer for a very long time. even at the dawn of existence. This is the very first tool of labor, as well as the weapons of primitive person part.time. People as their own development improved and changed the hammer. The materials of ancient times corresponded to the development of people and changed in the following sequence: bone. wood. bronze.

The design of the hammer has not changed today: the back of the shock, the shock part with the boy and the handle. The box and the handle between each other are connected through the hole, which is present in the case, and the wedge clogged into the handle. The tail can be of various shapes. The case is usually made steel, but can be made of copper, wood, lead and rubber. The handle is most often made of wood, metal or plastic.