Guide tool for use in hand-knitting and needlework

Abstract

The utility model relates to tools for knitting and needlework. A guide tool for use in hand-knitting and needlework is provided in the form of a shaft with a tapered end. The shaft has a cylindrical surface with markings applied thereto, which are arranged in a longitudinal direction along the cylindrical surface and are spaced apart from one another in the transverse direction of the cylindrical surface and include a marking for determining the length and width of a knitted work-piece, a marking for determining the number of stitches and the gauge of a knitted work-piece, a marking for determining the number of rows in a knitted work-piece, a marking for determining the size of a tool to be used for knitting depending on the yarn thickness, and a marking for determining the size of a sock article.

Description

[0001] A TEMPLATE TOOL FOR HAND KNITTING AND HANDMADE

[0002] This utility model relates to knitting and handicraft tools, such as a knitting needle and a crochet hook, made of any material.

[0003] A utility model known under patent No. 197552, published May 13, 2020, D04B 3 / 02, relates to flexible knitting needles. A circular or flexible knitting needle consists of two relatively rigid shafts, each pointed at one end. The shafts or shanks are connected to each other at the other end by a flexible connecting element.

[0004] The inner portion of the flexible connector may have a measuring scale with centimeter markings. The inner portion of the flexible connector may be colored. The inner portion of the flexible connector may be divided into 1, 5, or 10 centimeter sections of different colors. Incorporating centimeter markings or color-coded sections on the inner portion of the flexible connector allows for the desired length of the web to be determined without the use of additional tools.

[0005] A knitting needle is a tool used in hand knitting, specifically a knitting needle with a pointed end, though not as sharp as a sewing needle. The needle holds the working (unclosed) stitches of the knitted fabric, preventing them from unraveling. The pointed end of the needle is used to form new stitches. (Knitting needles / / ) / I. A. Pugachev (editor-in-chief). - M.: State Publishing House of Trade Literature, 1960. - Vol. VIII. - Pp. 362-363)

[0006] According to the patent for invention 2207414 from 27.06.2003, a tool for hand knitting is known, which is a straight rod, narrowed at one end, taken as a prototype.

[0007] When hand knitting with knitting needles or crochet hooks, the main problem is the choice of tool, a certain size of knitting needles depending on the yarn used, the need to determine the number of loops and rows to be cast on to create a knitted fabric.

[0008] There are many rulers, including those with holes for determining the size of the knitting needles, for example, Ruler for determining the size of knitting needles (https: / / www.livemaster.ru / item / 43808440-materialy-dlya-tvorchestva-linejka-dlya-opredeleniya-razmera-), (https: / / yandex.ru / images / search7img_url)

[0009] SUBSTITUTE SHEET (RULE 26) A ruler is used to calculate the diameter and knitting density of the fabric. The knitting needle's thickness is determined by the diameter of the hole it fits through without any gap.

[0010] Before you begin knitting, it is recommended to make samples on different sizes of knitting needles, be sure to wash, dry, steam and choose the most optimal option.

[0011] Therefore, it is necessary to use a ruler and carry out a whole series of actions before starting knitting, which requires additional time and complicates the process of preparing for the knitting procedure of the product.

[0012] The technical challenge of creating a utility model is to expand the range of technical means for a specific purpose to simplify preparation for the start of knitting a product.

[0013] The technical result of the claimed technical solution is a reduction in the time required to manufacture a knitted product.

[0014] The developed template tool allows you to calculate in advance the number of rows and loops when creating products without the use of additional devices and various auxiliary actions.

[0015] The developed template tool, used as a template when knitting a product, eliminates the need for frequent stitch counting and row counting. It facilitates the selection of yarn thickness, helps show the size of the product (if necessary, take a photo), monitors the knitting density, allows for timely detection and correction of knitting errors, helps when knitting with very fluffy yarn, helps avoid knitting a sample, and simplifies the task of calculating the yarn length when casting on stitches.

[0016] A tool - a template for hand knitting and needlework, which is a rod with a tapered end, wherein the rod has a cylindrical surface on which markings are applied, located in the longitudinal direction along the cylindrical surface and at a distance from each other in the transverse direction of the cylindrical surface, which represent markings for determining the length and width of the knitted fabric and additionally contains markings for determining the number of loops and the knitting density of the knitted fabric, markings for determining the number of rows of the knitted fabric, markings for determining the size of the knitting tool depending on the thickness of the yarn, markings for determining the size of the sock.

[0017] SUBSTITUTE SHEET (RULE 26) A marked field is applied to the cylindrical surface of the rod, which is a marking for determining the number of loops required for knitting based on the thickness of the yarn and the selected knitting needle size and knitting density, at an equal distance below along the cylindrical surface of the rod is applied

[0018] 5 marked field with markings for determining the number of rows of knitted fabric for a knitting needle of the selected size and with markings for determining the characteristics of a fabric 10 cm wide and 10 cm high knitted with knitting needles of a certain size at an equal distance below along the cylindrical surface of the rod, a marked field is applied representing markings for determining the size of the tool - knitting needles

[0019] 10 for knitting with the selected yarn of a specific thickness and markings for determining the sock size. At equal distances, a field is marked with a linear scale for linear measurement of the necessary elements of the garment according to the pattern or calculation of the length or width of the garment.

[0020] 15 On the cylindrical surface there are protrusions between the marked fields located in the longitudinal direction.

[0021] The template tool for hand knitting and needlework is characterized by the fact that a transparent layer is applied to the cylindrical surface of the rod with the ability to maintain a clear visual representation of the marking fields and

[0022] 20 corresponding markings.

[0023] The tapered end of the rod is curved to allow it to function as a crochet hook.

[0024] Marked fields are objects that have some kind of mark, sign, or icon to attract attention and fulfill their purpose.

[0025] Fig. 1 shows a tool template (fragment) in a general axonometric view, where 1 is a portion of the rod with a tapered end 2, which bears markings in the form of portions of two marked fields located longitudinally on the rod's cylindrical surface. Section A-A shows the location of all the marked fields applied to the rod's cylindrical surface.

[0026] Fig. 2 shows a fragment of the development of a cylindrical surface, where all the marked fields are depicted, where

[0027] I - a marked field with marking 3 for determining the number of loops and knitting density of the knitted fabric for the knitting needles of the selected size.

[0028] SUBSTITUTE SHEET (RULE 26) II. - a marked field with a 4 mark for determining the number of rows of knitted fabric for the knitting needle of the selected size and with an 8 mark for determining the characteristics of a fabric 10 cm wide and 10 cm high, for example, knitted with knitting needles of a certain size.

[0029] III - a field marked with 5 markings for determining the size of the tool - knitting needles for knitting from the selected yarn and with 7 markings for determining the size of the hosiery (fragments)

[0030] IV - a marked field in the form of a linear (for example, centimeter) scale 6 for ease of use when knitting a product according to a pattern or with a fitting on a mannequin or for a calculated version of the product.

[0031] Marked field I in Fig. 2 represents marking 3 for determining the number of loops and knitting density of the knitted fabric.

[0032] The divisions on this marking are vertical and of equal height. Next to each division is a serial number for visual identification of the number of stitches (marked y).

[0033] Determining the number of stitches. The first two and last two stitches in each row may be slightly misshapen and have a different width than the other stitches. This should be taken into account when measuring. To determine the number of stitches if the first and last stitches differ only slightly in width, it's sufficient to knit 2-3 rows from the beginning of the knitting and then position the knitted fabric on the needle so that the beginning of the knitting line coincides with the beginning of the marking line, or more precisely, with division 0 on the marking line, while the last stitch of the row is located directly before the division with the number that matches the number of stitches in the row. For example, if we have 10 stitches in knitting, the first stitch will be between division 0 and division 1, the second stitch between 1 and 2, and so on until the end of the row. The final, tenth stitch will be between divisions 9 and 10.If the first and last stitches in a knitted piece are significantly deformed and differ significantly in width from the remaining stitches, determine the number of stitches and control the knitting density as follows: position the knitted piece on the knitting needle so that the third stitch from the beginning of the row is between spaces 2 and 3, while the third stitch from the end of the row should be located directly before the space corresponding to that stitch's number (which coincides with the ordinal number of that stitch). For example, if there are 30 stitches in a row, the twenty-eighth stitch should be located between spaces 27 and 28, that is, directly before space 28, the number of which corresponds to that stitch.

[0034] The SUBSTITUTE SHEET (RULE 26) division (28) corresponds to the ordinal number of this stitch. Further control of the number of stitches and knitting density occurs due to the fact that the knitted fabric is on the knitting needle. After knitting the next row, the knitter looks at the knitted fabric and compares its current width with the width of the fabric in the previous row. If in the previous row, the fabric occupied space on the knitting needle from division 0 to division 10, then the width of the fabric in the new row should be from division 0 to division 10. If the width is the same, the knitting density and number of stitches have not changed. Similarly, in all subsequent rows, the knitted fabric of the same density and with the same number of stitches should occupy the same amount of space on the knitting needle, that is, in this case, the space from division 0 to division 10.If the knitted fabric becomes narrower or wider, it means the knitting density has changed, a stitch has been lost, or some other error has occurred, and it should be addressed immediately. Such knitting errors are easy to correct immediately, but over time, correcting them becomes a labor-intensive process, and in most cases, it's necessary to unravel everything knitted after the error and then knit again.

[0035] Fig. 2 shows the marked field II with marking 4 for determining the number of rows in the knitted fabric for the knitting needle of the selected size.

[0036] The number of rows (designated z) is determined by placing the second knitting needle, free from knitting, vertically onto the knitted fabric in such a way that the first row of the knitted fabric is at the beginning of the row markings, namely, immediately above the 0 division.

[0037] Marking 4 is intended to determine the number of rows of knitted fabric knitted using a template tool and / or knitted using knitting needles of the selected size.

[0038] Marking 4 is combined with marking 8, with marking 8 used to define the characteristics of a knitted fabric 10 cm wide and 10 cm high, knitted using needles of different sizes. Combining these two markings results in a single marked field, II.

[0039] Marking 8 for determining the characteristics of knitted fabric gives an idea of ​​the characteristics using examples-fragments of knitted fabric 10 cm wide and 10 cm high and is a series of "squares" made on a cylindrical surface with numbers (designation s) made inside these squares.

[0040] SUBSTITUTE SHEET (RULE 26) The first "square" (the first, if you count from the side of the narrowed end from left to right) shows the number "40" in the "square" at the top, closer to the left side of the "square". "40" is the number of rows, and the number "28", made inside the "square" at the bottom closer to the lower side of the square, shows the number of loops - 28, this tells the knitter that the knitted fabric (or rather that part of it that is not on the edge of knitting), a knitted fabric 10 cm wide and 10 cm high knitted with knitting needles size 2, from yarn of a diameter suitable for these knitting needles will have 28 loops in width and 40 loops in height.

[0041] Next on the "hint" is the second "square" (if you count from the side of the narrowed end of the rod from left to right) the second square is intended for the knitter to determine the characteristics of the knitted fabric knitted with knitting needles of the 3rd size, namely the number inside the square at the top closer to the left side of the square 33, designated (s) and the number inside the square at the bottom closer to the bottom side of the square 22, designated (s), where 33 is the number of rows, and 22 is the number of loops in 10 cm 2 knitted fabric (not its side part).

[0042] Next, a square for determining the characteristics of fabric knitted with number 4 knitting needles - a square with numbers 32 and 21; next, a square for determining the characteristics of knitted fabric knitted with number 5 knitting needles - a square with numbers 22 and 16.

[0043] Next, the square with the numbers 20 and 15 corresponds to knitting needle number 6.

[0044] The remaining squares are not visible in Fig. 2 since only a fragment of this marking is shown.

[0045] Further on, Figure 2 shows a fragment of the marked field III. The marked field III includes fragments of two markings, namely marking 5 and marking 7. Fragment of marking - 5 - this marking is intended for the selection or selection of yarn of different widths for knitting needles of different sizes, and the divisions in this marking are made vertically (in the direction of the radius of the surface of the rod), and these divisions limit (connect) the segments made in the longitudinal direction. Next, a fragment of marking 7 is shown, which is intended for determining the foot size or determining the size of socks.

[0046] Figure 2 shows a fragment of marking 5, namely three "troughs," that is, three segments, each of which represents two divisions connected by a single longitudinal line. In this case, the distances between the divisions are indicated by a segment. In each "trough" depicted in Figure 2

[0047] SUBSTITUTE SHEET (RULE 26) contains the designation “x”, which denotes the number corresponding to the size of the knitting needle for yarn of a certain width.

[0048] For example, the first "trough" (counting from left to right, that is, from the narrow end of the shaft to the back), as shown in Figure 2, is for yarn that fits size 8 needles in width, and in this case, "x" represents 8; the second "trough" is for yarn that fits size 9 needles, and in this case, "x" represents 9; the third "trough" is for yarn that fits size 10 needles, and in this case, x represents 10. However, it is assumed that at the beginning of this marking there are "troughs" for size 2 needles, size 3 needles, size 4 needles, size 5 needles, size 6 needles, and size 7 needles, which are not visible in Figure 2, since only a fragment of this marking is shown there.

[0049] The full description of the 5-marking is as follows: the distances between even and odd divisions from left to right (from the tapered end of the needle to the back of the needle) are the same throughout the 5-marking, while the distances from odd to even divisions ("troughs") from left to right increase as you move from the tapered end of the needle to the back of the needle. These divisions (each odd division and each even division from left to right are connected by segments) are not connected by segments, while the distance from even to odd divisions from left to right remains free, not connected by segments. For example, the distance from the first to the second division is 1 mm and shows the recommended yarn width for size 2 knitting needles, the distance from the third to the fourth division is 1.5 mm and shows the yarn width for size 2.5 knitting needles.Thus, the distances highlighted by the segments show the recommended width of different yarns for knitting needles of different sizes, for the knitting needles that are most often used in hand knitting.

[0050] For example, for knitting needles with sizes: 2; 2.5 3; 3.5; 4; 4.5; 5; 5.5; 6; 6.5; 7; 8; 9; 10. s / / vandex.ru / images / search?img url (Knitting needle numbers are indicated by x) further on the marking the distance from the 5th to the 6th division, supplied with a segment connecting these divisions is equal to

[0051] 2 mm and shows the yarn width for size 3 knitting needles, the distance from the 7th to the 8th division is 2.5 mm and shows the yarn width for size 3.5 knitting needles.

[0052] The distance from the 9th to the 10th division is 3 mm and shows the yarn width for size 4 knitting needles. The distance from the 11th to the 12th division is 3.5 mm and shows the yarn width for size 4.5 knitting needles. The distance from the 13th to the 14th division is 4 mm and shows the yarn width for size 5 knitting needles. The distance from the 15th to the 16th division is 4.5 mm and shows the yarn width.

[0053] SUBSTITUTE SHEET (RULE 26) yarn for size 5.5 knitting needles. The distance from the 17th to the 18th division is 5 mm. and shows the yarn width for size 6 knitting needles. The distance from the 19th to the 20th division is 5.5 mm. and shows the yarn width for size 6.5 knitting needles. The distance from the 21st to the 22nd division is 6 mm. and shows the yarn width for size 7 knitting needles. The distance from the 23rd to the 24th division is 7 mm. and shows the yarn width for size 8 knitting needles. The distance from the 25th to the 26th division is 8 mm. and shows the yarn width for size 9 knitting needles. The distance from the 27th to the 28th division is 9 mm. and shows the yarn width for size 10 knitting needles.

[0054] Marking 5 for selecting or matching yarn to knitting needles of different sizes is combined with marking 7 for determining sock sizes in the form of marked field III. Using marking 7, you can monitor your knitting progress (the size of the already knitted portion of the sock) and, having precise information about the required size, see how much work remains and when to finish knitting the sock. This marking on the template tool can also be used to determine the sizes of already knitted socks and knitted shoe sizes.

[0055] Fig. 2 shows marked field IV, which includes a linear (e.g., centimeter, inch) marking 6 in the form of a linear scale. This scale is used for measuring and comparing the knitted fabric with patterns, to simplify the task of calculating the yarn length when casting on stitches, and also serves as a ruler. Measuring the yarn length helps avoid errors in yarn length when casting on stitches.

[0056] Fig. 3 shows an example of using the marking for rows - 4, where: 9 is the beginning of the marking for rows, mark "0"; 10 is the beginning of knitting, the first row of knitting; 11 is the last row of closed loops of knitting, in this case, the seventh row; 12 is a division in the marking for rows "7" which corresponds to the number of knitted rows "7" Fig. 4 shows an example of using the marking for loops - 3, where:

[0057] 13 - the beginning of a row of loops, the first closed knitted loop in the last knitted row, which is located between the divisions "0" and "1";

[0058] 14 - start marking for loops;

[0059] 15 - division number "1" in the marking for loops, the distance between division "0" and division "1" is equal to the width of 1 loop;

[0060] 16 - the last loop in the row, in this case, the seventh loop, loop number "7" corresponds to the division number "7" on the right next to this loop.

[0061] Examples of using the template tool.

[0062] SUBSTITUTE SHEET (RULE 26) According to the instructions for "Kartopu Elite Wool Grande" yarn (made in Turkey, 100g = 80 meters, composition: 51% acrylic, 49% wool, 3.53 oz, 87 yrd), number 8 knitting needles are recommended. For example, we will take number 8 knitting needles. According to the same instructions, 10 loops fit in 10 cm of knitted fabric width, and 13 rows of loops fit in 10 cm of knitted fabric height. Thus, the distance between the divisions in the markings for determining the number of loops and knitting density on this knitting needle (number 8) will be 1 cm - this distance is equal to the width of one loop. And the distance between the divisions in the markings for measuring the number of rows will be equal to the height of the loop, that is, equal to 0.77 cm. Thus, taking into account the instructions on the labels for different yarns of different widths, you can calculate the distance between the divisions on knitting needles of different sizes.

[0063] The linear scale (marked field IV) can be used for measurements and comparisons of knitted fabric with patterns.

[0064] Marking 6 is used for measuring and comparing knitted fabric with patterns; simply use the knitting needle as a ruler. To simplify calculating yarn length when casting on stitches, we also use centimeter (or inch) markings. Measuring the yarn length helps ensure accurate cast-on lengths. Using the markings to determine yarn width: carefully place the yarn on the markings without tension, alternating between the markings until you find markings that match the width of the yarn. The number of knitting needles suitable for this yarn will be indicated next to or between these markings. This is convenient, as selecting knitting needles for yarn no longer requires an additional tool, such as a special ruler for determining needle thickness.

[0065] An example of determining the size of socks.

[0066] When knitting socks, the problem of determining the size of the product often arises.

[0067] Another challenge when knitting socks is that children's feet grow very quickly, and the knitter doesn't always know the child's exact foot size. These problems are easily solved with a specially designed template tool. The sock size markings serve several functions. They allow the knitter to immediately determine the size of the future sock they want to knit. They can also be used to determine the foot size if they don't know it. Using this same marking, you can also

[0068] SUBSTITUTE SHEET (RULE 26) to monitor the knitting progress (the size of the already knitted part of the sock) during work and, having precise information about the required size, to see how much work remains and when to finish knitting the sock. Also, using this marking on the template tool

[0069] 5 you can determine the sizes of already knitted socks and the sizes of knitted shoes.

[0070] The size of the resulting sock is easily determined if the knitter knows the exact foot size of the person for whom she is knitting the sock. For example, if she needs to knit a sock for a person with a foot size 42, the distance from

[0071] 10 of the markings for measuring the foot size up to the division with the number 42 will be equal to the size of the bottom of the sock, only if the knitter has the task of knitting a sock that will fit tightly to the foot.

[0072] Depending on the desired fit of the garment and how well the yarn stretches, the knitter can add a small amount

[0073] 15 "allowance," meaning one size larger than the actual foot size. "Allowance" can be up to 7 mm, a small amount for knitted socks, and a large amount of "allowance" of 1 cm or more for knitted shoes. So, if a knitter wants to knit a sock of the same size 42 (which is 27 cm), and she wants it to be loose and not too tight, she can knit

[0074] 20 the lower part of the product, focusing when knitting not on the division showing the 42 foot size, but on the division showing the 43 foot size (she adds one size for "reserve"), that is, the lower part of the product will be 27.5 cm long, since the knitter added 5 mm for "reserve".

[0075] To determine your foot size, place the template against the insole or foot. Place the template along the insole lengthwise in a straight line so that the pointed end extends slightly beyond the heel of the insole and the beginning of the marking is exactly at the beginning of the heel. The beginning of the foot marking is not the first division of this marking, but the first division in the marking for measuring the yarn thickness (since foot sizes are rarely less than 9 cm, the beginning of the marking is at least 9 cm from the tapered end of the rod). Thus, the other end of the template will be at the toe of the insole for a large foot, such as a size 42 (that's 27 cm), or for a small foot, such as a children's size 20 (that's 12.3 cm).

[0076] SUBSTITUTE SHEET (RULE 26) and

[0077] The division located where the toe part of the insole ends will indicate the size of the foot.

[0078] Now, knowing the size of the foot, the knitter can control the progress of knitting by applying the template tool to the knitting so that the beginning of the marking coincides with

[0079] 5 the beginning of the heel on the knitting and thus determine how much more needs to be knitted to knit to a previously determined division showing the size of the foot and finish knitting so that the toe part ends next to the division on which the knitter is focusing.

[0080] Determining the size of finished products.

[0081] 10 Determining the size of finished products is done according to the same principle as determining the size of the foot, only the template tool should be applied not to the insole, but now to the finished product longitudinally from the heel part to the toe part in a straight line, and taking into account possible permissible “reserves” when knitting (small additions to the size of a knitted sock or knitted

[0082] 15 shoes, as described in "Determining the size of future socks"). That is, if a sock is knitted with a sock allowance and the markings show a size 43, then minus the allowance, we get an actual foot size of 42.

[0083] With the help of this marking on the template tool, the knitter can free herself from the need to knit several samples from yarn of different diameters, so

[0084] 20 How can she now easily obtain the characteristics of knitted fabrics just by looking at the template tool

[0085] The advantages of the developed tool - a template for knitting and handicrafts are:

[0086] - No need to count loops;

[0087] - No need to count rows;

[0088] - Possibility of selecting yarn thickness;

[0089] - The ability to photograph the product or take a visible picture, showing the dimensions of the product;

[0090] - Possibility to check the size with the pattern; zo - Control of knitting density;

[0091] - The ability to immediately notice and correct a knitting error;

[0092] - Helps when knitting with very fluffy yarn;

[0093] SUBSTITUTE SHEET (RULE 26) - Eliminates the need to knit a sample; it eliminates the need for the knitter to knit several different samples using different materials before beginning work to gain an understanding of the characteristics of knitted fabrics made from yarn of different diameters, allowing the knitter to select the appropriate yarn for their intended purpose. All these time-consuming steps are no longer necessary, as the template tool is located directly on the knitter's tool.

[0094] - Simplifies the task of calculating the length of the thread when casting on stitches at the beginning of knitting;

[0095] - Functions as a ruler when working with patterns.

[0096] Another important advantage is the ease of storage of the Template Tool, as it is similar in shape and size to knitting needles and crochet hooks, and can perform the same functions, meaning it can be stored alongside knitting needles and crochet hooks using the "like attracts like" principle. The Template Tool doesn't take up much space and fits easily into any (even small) knitting needle organizer, whereas, for example, a ruler won't fit in such a small organizer. It can be secured inside the organizer using special fasteners or elastic bands, which are tailored to the diameters of knitting needles or crochet hooks, for easy attachment and organization of knitting needles or crochet hooks within the organizer.

[0097] Another very common method of storing knitting needles is to store them along with the unfinished project (with the stitches still open at the top of the knitted fabric) between knitting sessions. This method places the knitting (that is, the top row of unclosed stitches) directly on the knitting needle(s), and the knitter inserts the tapered ends of the knitting needles directly into the ball of yarn, securing them in place. This prevents the stitches from slipping off the needle. Thus, the knitting needles, ball, and finished project are all connected into a single "construction" and ready for use, which is very convenient. Inserting a ruler into this "construction" is also inconvenient, as the ruler's shape does not allow for this type of storage.

[0098] It's worth noting that for most knitters, knitting is a meditative, relaxing activity. That is, the process itself is no less, if not more, important than the end result—the finished product.

[0099] Most knitters don't have a specially equipped workspace like seamstresses, and almost all knitters knit in a comfortable chair or on the couch in front of the TV. If a problem arises during work

[0100] SUBSTITUTE SHEET (RULE 26): When a knitter needs to measure something, and hasn't prepared in advance and doesn't have an additional measuring tool (such as a ruler) on hand, or when they need to count stitches on a knitting needle or count knitted rows, the knitter must "disengage from the work," interrupting it temporarily to find a ruler and take measurements or recalculate. Recalculating takes some time (on average, dividing the number of stitches or rows by two equals the number of seconds it takes to count). Finding an additional tool (a ruler) requires setting aside the knitting needles, the knitted fabric, and the ball of yarn, getting up from a comfortable chair, finding a ruler, and then returning to the workflow. Such a break from the workflow is often unpleasant and can negatively impact motivation, deprive inspiration, and lead to a loss of desire to continue knitting.The developed utility model solves this problem and confirms the importance of such advantages as ease of storage and ease of use.

[0101] Now, the knitter doesn't have to interrupt her work to find an additional tool (like a ruler). This isn't necessary, as the template tool, complete with measuring functions, is right in her hands throughout the entire process, significantly reducing the time spent determining the number of stitches and rows. This way, the "meditative" and relaxing effect of the work process remains intact, and taking measurements or calculations won't impair motivation or interrupt the workflow.

[0102] SUBSTITUTE SHEET (RULE 26)

Claims

FORMULA OF A UTILITY MODEL 1. A template tool for hand knitting and needlework, which is a rod with a tapered end, characterized in that the rod has a cylindrical surface on which markings are applied, located in the longitudinal direction along the cylindrical surface and at a distance from each other in the transverse direction of the cylindrical surface, which are markings (6) for determining the length and width of the knitted fabric, markings (3) for determining the number of loops and the knitting density of the knitted fabric, markings (4) for determining the number of rows of the knitted fabric, markings (5) for determining the size of the knitting tool depending on the thickness of the yarn, markings (7) for determining the size of the hosiery.

2. A template tool for hand knitting and needlework according to paragraph 1, characterized in that the cylindrical surface is made with projections located in the longitudinal direction along the cylindrical surface.

3. A template tool for hand knitting and needlework according to paragraph 1, characterized in that a transparent layer is applied to the cylindrical surface of the rod with the ability to preserve the applied markings.

4. A template tool for hand knitting and needlework according to paragraph 1, characterized in that the tapered end of the rod is made curved with the ability to perform the functions of a crochet hook. SUBSTITUTE SHEET (RULE 26)

Images