47 results about "Neck circumference" patented technology

The invention relates to an intelligent adjustable human body model, which comprises a physical characteristic input module and a model main structure, wherein on the model main structure, an adjusting plate is arranged according to the physical characteristics of a human body; a dimension adjusting mechanism is arranged between the adjusting plate and the main structure; the main structure is further provided with a detector; the detector is used for sensing physical characteristic parameters input by the physical characteristic input module; the dimension adjusting mechanism is used for controlling relative movement of the adjusting plate and the main structure to realize accurate adjustment of physical dimension parameters; the main structure is further provided with a length adjusting mechanism for controlling each part of the main structure to move upwards and downwards in order to realize accurate adjustment of length parameters. According to the human body model, an internal detector and a gear structure are used for driving the adjusting plate to move so as to realize a required body size and structure; the human body model has the advantages of convenience in operation, economical efficiency, practicability and good adjusting effect, and adjustment of a plurality of physical characteristic parameters such as neck circumference, chest circumference, waist circumference and hip circumference can be realized.

The invention provides clothes with cut opening part, which can be freely cut into various design shape and wore, and does not need skillful cutting technology and sewing processing technology. The clothes use knitting cloth wove with heat fusion elastic yarn with dissilient effect, size of opening parts such as neck circumference, side sheet and lower hem is smaller than standard matter, body length and sleeve length of the clothes are larger than the standard matter, body width, cuff, waistline part and lower hem opening of the clothes are same to the standard matter. The clothes can be cut into various design shape and used under state that the opening part is cut.

A human body neck circumference, waist circumference and hip circumference measuring instrument comprises a chassis, a stand column, a drive motor, a linear guide rail, a synchronous belt, a synchronous belt wheel, an encoder, a limiting switch, a slide block, an annular measuring mechanism, an optical sensor, a display and a master control board. Besides, the invention further discloses a measuring method of the measuring instrument. A person to be measured stands on the chassis of the measuring instrument, the slide block moves from top to bottom, meanwhile, the annular measuring mechanism performs continuous measurement on the surface of the body, and therefore the three-dimensional coordinates of detection points on the surface of the body of the person to be measured are obtained. Based on pattern recognition and other intelligent algorithms, a neck circumference, a waist circumference and a hip circumference are extracted from the three-dimensional coordinates of the detection points of the three-dimensional surface of the body of the person to be measured. The neck circumference, the waist circumference and the hip circumference obtained based on the measuring instrument and the measuring method have high guiding significance for health management in real life.

A medical optical human body size measuring instrument comprises a base plate, a stand column, a drive motor, linear guide rails, a synchronous belt, synchronous pulleys, an encoder, limit switches, sliding blocks, an annular measuring mechanism, optical sensors, a displayer and a main control panel. In addition, the invention further discloses a measuring method of the measuring instrument. According to the method, a measured person stands on the base plate of the measuring instrument, the sliding blocks move from top to bottom, and at the same time, the annular measuring mechanism continuously measures the body surface of the measured person to obtain three-dimensional body outline information of the measured person; new three-dimensional values (neck circumference, waist circumference and waist-hip ratio), height, chest circumference and other figure information are extracted from the three-dimensional body outline information of the measured person through pattern recognition and other intelligent algorithms. The three-dimensional body outline information, the new three-dimensional values, the height, the chest circumference and other figure information obtained through the method have great guiding significance on health management in real life.

The invention provides a coat with a cut opening which can be freely cut into any designed shape by a purchaser without high cutting technique or sewing processing technique. The coat is made of knitted fabric of heat welded elastic yarn which has slip prevention effect, thus the sizes of opening parts such as a neck circumference, a side edge, a skirt of the coat are less than the standard sizes, the lengths of a body and a sleeve is longer than the standard products; and the sizes of the body, the sleeve opening, waistline and the skirt opening are the same as the sizes of the standard product. The coat can be cut into any designed shape and the opening part can be used after being cut.

The invention provides a method for tailoring a fitted blouse body prototype. The method comprises the following steps of 1, determining the tailoring of a back part foundation line and front part foundation line of the blouse body prototype according to the measured waistline, chest circumference, shoulder breadth, arm root circumference and neck circumference; 2, determining an armhole tailoring line of the blouse body prototype; 3, determining a breast dart, wherein the breast dart width is equal to the difference value by subtracting the distance value between the rear underarm dart lower point and the rear lower flat line from the distance value between the front underarm dart lower point and the front lower flat line; 4, tailoring according to the determined structure lines to obtain the blouse body prototype. The relation between the armhole and the breast dart width, the blouse length, the breast dart width and a human body is founded, the breast dart tailoring method is determined by tailoring the armhole around the arm root and adopting the side sewing length, so the fitted blouse body tailoring technology is more simple and clear and better accords with an actual human body form and the tailored blouse is more fitted.

A method of predicting continuous positive airway pressure (“CPAP”) is disclosed. In one such method, an artificial neural network (“ANN”) is created that produces a predicted CPAP. The ANN may be used to produce a CPAP that in turn may be useful in diagnosing and treating a patient with obstructive sleep apnea. Also disclosed are methods of evaluating ANNs for predicting a CPAP based on neck circumference, a body mass index, an apnea-hypopnea index, and an actual effective pressure.

A comfortable garment with health-care function features that the multiple semispherical, cylindrical, spherical, or elliptical beads which is made of pearl, pearl powder, or shell powder are regularly arranged on the inner surface of its collar along the neck circumference and on the inner surface of cuff along the wrist circumference.

The invention discloses a device for preventing the neck from being irradiated. The device is arranged on a bed surface of a CT machine. The device for preventing the neck from being irradiated comprises a base and a pair of arc protective covers with opposite concave faces, the arc protective covers are symmetrically arranged on the base and slidably connected with the base, and a protective cover folding mechanism is arranged on the base. According to the arc protective cover, the protective cover makes contact with the neck from the side face, regulative control can be performed through theprotective cover folding mechanism, no heavy pressure is likely to be formed on the neck, and therefore use is more comfortable and convenient. By controlling the protective cover folding mechanism,the folding degree of the arc protective cover can be different due to different neck circumferences of patients, and therefore the good generality is achieved. Cross infection can be avoided, and potential safety hazards are eliminated.

The invention discloses an original measuring data cutting method for clothes shoulder modeling. Clothes original measuring data of shoulder breadth, chest circumference, clothes length and neck circumference are determined according to human body measurement data and the preset clothes style. A cut piece rectangle is drawn with chest circumference divided by two as the width and the clothes length as the height, a clothes length point, a collar-shoulder point and a half-shoulder breadth point obtained by dividing the shoulder breadth original data by two, a small shoulder breadth is obtained, shoulder slope is proved, and shoulder modeling is achieved. The original measuring data cutting method for the clothes shoulder modeling is fast in cutting, simple, convenient and practical, and can implement the shoulder modeling of various clothes according to the clothes original data.

The invention relates to a BN original number design clipping method for clothing front cut. Clothing specification original numbers of the neck circumference, chest circumference, chest height, clothing length and lap allowance are determined according to human body measured data and a preset clothing style, the neck circumference is set as N, the chest circumference is set as B, through B and N, the front cut cardinal number BN is determined, a front cut line is designed, and the front cut amount is acquired. The BN original number design clipping method for the clothing front cut is rapid in cutting and can meet the requirement of the clothing market on clothing conversion precision and speed.

The invention discloses a garment collar and chest dart BNV original value design cutting method. The method includes the steps that garment specific original values of chest circumference, neck circumference and breast height are determined according to measurement data of the human body and a garment type; after front and back piece graphs are drawn through a conventional method, a piece of paper is placed under the front piece graph, and a piece breast high point is determined through a conventional method according to the measurement value of the breast height; it is determined that a dart line is cut according to dart value BNV, and the dart point, the dart line, the dart position, an original upper neck circumference line, original shoulder lines, original upper AH, an AH outer point and a line from the AH outer point to the dart point on the front piece graph are copied to the paper; the paper is taken out and cut into a dart line cut template according to a graph formed by copied point connecting lines. The method solves the problem that the dart value is simplex and constant and accordingly the comfort degree of garments is poor, and the garment collar and chest dart BNV original value design cutting method can achieve quick cutting and meet the requirements of the clothing market for precision, speed and good comfort degree of garment switching.

The invention discloses a human body neck circumference arc length obtaining method based on a point-line-surface, and the method comprises the following steps: 1) obtaining three-dimensional human body point cloud data, and obtaining a human body coronal plane and a human body sagittal plane in a three-dimensional space; and 2) confirming a boundary point: determining feature points of the neck circumference arc passing through the surface of the human body based on the point cloud data, and constructing a neck boundary triangle to obtain a front cervical vertebra point, a side cervical vertebra point and a rear seventh cervical vertebra point of the human body; and 3) obtaining a boundary line: drawing a human body neck circumference arc boundary line and an auxiliary line on the three-dimensional point cloud through the spatial position information of the point cloud coordinates; and 4) acquiring the length of the neck circumference arc, namely performing infinite differential on the section curve by inserting the feature points to obtain the corresponding length of the neck circumference arc. According to the neck circumference arc length obtaining method based on the point-line-surface infinite differential, the lines and the surfaces, a basis is provided for determining the collar circumference arc length in collar sample plate manufacturing, and therefore the garment collar sample plate with the high fitting degree with the neck of the human body is obtained.

The invention provides a drawing method for a style chart of tops for men, a template for the tops for men and a making method. The drawing method includes the steps that a horizontal line, namely a shoulder width line, is drawn; a vertical line is made at the middle point A of the shoulder width line and serves as a front center line; with the point A on the shoulder width line being the center, a human head length X value is made on the left, a human head length X value is made on the right, and the values are marked as a point a and a point a'; with the point a and the point a' being end points, line segments are made upwards to form an included angle of 13 degrees with the shoulder width line and intersect with the front center line at a point B, and a line is made across the point B and serves as a neck circumference line; with the point B on the neck circumference line being the center, 1 / 4 of the head length line is made as b on the left, and 1 / 4 of the head length line is made as b' on the right; 3 / 5 of the head length is made upwards from the point A to serve as a vertical line at a point C; with the point C being the center, 1 / 4 of the head length is made on the left as a point c, 1 / 4 of the head length is made on the right as a point c', and the point c and the point c' are connected to form an upper neck circumference line; 2 / 3 of the head length is made downwards from the point A of the front center line to a point D, and a vertical line is made across the point D to serve as a bust line; 5 / 6 of the head length is made downwards from the point D of the front center line to a point E, and a vertical line is made across the point E to serve as a waistline; one head length is made downwards from the point E of the front center line to a point F, and a vertical line is made across the point F to serve as a hip line. The modification frequency is low, and chart output efficiency and accuracy are high.

The invention discloses a YVW original data cutting method for automatically determining the clothes armhole depth. Clothes original data of the positions of armhole circumference, shoulder breadth, chest circumference, clothes length, neck circumference, waist light height and the like are determined according to human body measured data and preset clothes styles. The lengths of an upper sectioning reference line and a lower sectioning reference line of the cut-piece armhole are determined according to the armhole circumference original data by utilizing the armhole circumference rate, the height of the armhole outer side point and the armhole depth are automatically determined through the section reference lines to direct the shape change of the circumference lines of the upper portions and the lower portions of a front armhole and a rear armhole. The YVW original data cutting method is fast and convenient in cutting, can meet the requirement of the clothes market for precision and speed of clothes transform, the cut clothes have a high body comfortable degree, and is a simple, convenient and practical armhole cutting method.

The invention belongs to the technical field of medical treatment, rehabilitation and health care and discloses a neck circumference-type cervical vertebra rehabilitation retractor which is a scapular surrounding C-type balanced lifting traction airbag that is designed according to the shapes of human shoulder and neck, and has a neck circumference supporter in the middle for increasing neck bearing, air vents in periphery, and reinforcing plates and size-adjustable sticky buckles in the front and back sides, and a jaw C-type anteflexio angle adjusting airbag and two occiput O-type anteflexio angle adjusting airbags are arranged above the neck circumference supporter.

The invention discloses a cervical vertebra minimally-invasive puncture locating frame. The locating frame is characterized by comprising a platy framework and a neck circumference adjusting device. The neck circumference adjusting device comprises a telescopic adjusting band. The platy framework is provided with a plurality of extruding gaps and connecting buckles arranged at the two ends of the platy framework. The connecting buckles are connected with the telescopic adjusting band. As an improvement, the telescopic adjusting band comprises two adjusting band bodies. One ends of the two adjusting band bodies are connected with the connecting buckles respectively. The other ends of the two adjusting band bodies are connected through a movable connecting part. The movable connecting part comprises a connecting plate arranged at the end of one adjusting band body. A lock catch is arranged on the connecting plate and connected with the end of the other adjusting band body. The locating frame is used for perfectly replacing finger press, avoids direct radiation of an X-ray machine at a long distance, carries out percutaneous puncture locating accurately, has a good effect of protecting personal safety of doctors, and is simple in structure and low in manufacturing cost.

The invention discloses a massaging head and a neck massaging instrument. The massaging head is arranged on a bracket of the neck massaging instrument and comprises at least two massaging components and elastic connection elements, wherein adjacent massaging components are arranged at an interval; each massaging component is used for massaging different areas of the neck part of the human body; the at least two massaging components have the same massaging way; the elastic connection element is connected between the two massaging components; and when the adjacent massaging components generate relative movement, the elastic connection element between the adjacent massaging components generates elastic deformation so as to provide elastic force for the two adjacent massaging components to bepressed and laminated to the neck part. Since the elastic connection elements are arranged, the two adjacent massaging components can mutually rotate by taking each elastic connection element as a supporting point, so that the massaging components can be adaptively laminated to the neck part of the human body, the floating skin lamination capacity of the massaging head can be improved, so that themassaging head can be suitable for the user necks of different neck circumferences and shapes, and prickling sensation generated by bad contact is reduced.

The invention discloses a neck massager. The neck massager comprises a wearing main body; and a massage main body which comprises a flexible electrode support and an electrode, wherein the flexible electrode support comprises a main body and installation ends, the installation ends are arranged at the two ends of the main body respectively, the two installation ends are fixed to the inner side ofthe wearing main body, and the electrode is arranged on the surface of the inner side of the main body; the flexible electrode support and the wearing main body are of a split structure, the main bodycan be separated relative to the wearing main body when the neck massager is not worn, and the main body can be deformed and tightened relative to the wearing main body when the neck massager is worn, so that the inner surface of the flexible electrode support is a curved surface suitable for the neck. Therefore, the flexible electrode support can be separated from the wearing main body, the flexible electrode support can be separated from the limitation of the wearing main body to the whole body, users with different neck circumferences can be better adapted, and the applicable crowds can befurther expanded.

The invention belongs to the field of costume design and discloses a women's tops style design model and a drawing method thereof. The method includes: drawing a horizontal shoulder breadth line on the upper middle portion of a plastic plate; drawing a vertical line at a midpoint A of the shoulder breadth line as a front center line; taking points a and a', which centers on the point A to equally divide a length being 1.55 times of a human head length value, on the shoulder breath line; taking the points a and a' as end points to draw line segments, forming 10-degree angles with the shoulder breadth line, intersected with the front center line at a point E, and drawing a vertical line passing through the point E to obtain a neck circumference line; taking the point E as the center on the neck circumference line to bilaterally obtain points e and e', wherein the distance between the point E and each of the points e and e' is equal to 1 / 8 of the length of the shoulder breadth line; upwardly drawing vertical lines passing through the points e and e' to obtain left and right neck side lines, taking points f and f' on the left and right neck side lines respectively according to a length being 1 / 6 of the head length, and connecting the points f and f' to obtain an upper neck circumference line; downwardly taking a point B away from the point A of the front center line by 2 / 3 of the head length, and making a vertical line along the point B to obtain a bust line; downwardly taking a point C away from the point B of the front center line by 5 / 6 of the head length, and making a vertical line along the point C to obtain a waist line; downwardly taking a point D away from the point C of the front center line by 7 / 8 of the head length, and making a vertical line along the point D to obtain a hip line. The women's tops style design model and the drawing method thereof have advantages of high efficiency and data uniformity.

The present invention relates to the field of medical devices, in particular to a neck collar, which includes a main support body and a connecting piece; the main support body is provided with an inner hole, which is arranged along the central axis of the main support body and runs through the entire main support body; the connecting piece One end is inserted into one end of the inner hole, the other end of the connector is inserted into the other end of the inner hole, one end of the first end of the main support body is tightly connected with one end of the second end; the main support body includes a first end, a middle part and the second end portion, the first end portion is symmetrically provided with several first slits along the central axis of the main support body, and the first slits are uniformly arranged perpendicular to the central axis of the main support body. The object of the present invention is to provide a neck collar with simple structure and suitable for people of different ages and different neck circumferences.

The invention discloses a neck massager, which comprises: an outer clamping arm; a first handle body and a second handle body, the first handle body and the second handle body are respectively installed on the outer clamping arm Both ends; massage body, massage body includes: flexible electrode bracket and electrodes, flexible electrode bracket is installed on the inside of the outer clamping arm, and the ends of flexible electrode bracket are respectively installed in the first handle body and the second handle body and opposite to the first handle The body and the second handle body are retractable, and the electrodes are arranged on the inner surface of the flexible electrode bracket; the flexible electrode bracket and the outer clamping arm are in a separate structure. Thus, the flexible electrode support can be separated from the outer clamping arm during use, so that the flexible electrode support can be separated from the overall restriction of the outer clamping arm, so that it can better adapt to users with different neck sizes, and can further expand its For people.

The invention discloses an anti-haze laryngeal mask which is applicable to tracheotomy patients. The laryngeal mask is provided with a hollow cavity made of transparent cellulose propionate materials,the laryngeal mask is resistant to impact and can provide space protection for an outer portion of a tracheal sleeve, the edge of the inner side of the body cavity is provided with a sucker-type sealing ring made of silicone materials, the sealing ring is soft and comfortable and closely fitted with the skin, and the close performance of the laryngeal mask is ensured. The front of the body cavityof the laryngeal mask is of an embedded structure or groove structure, an elliptic net sheet can be embedded into the embedded structure or groove structure and is a disposable anti-haze net sheet, solid particles more than 2 micrometers can be blocked, the laryngeal mask can be used by replacing the net sheet if the laryngeal mask is polluted, and the mask takes into account haze prevention andbreathability. Laces of two sides of a laryngeal mask body are made of silicone materials, and the tightness degree of the laces can be adjusted by a tightness adjusting clamp according to the neck circumference of a patient.

The invention provides a shoulder and neck size measurement method and system, a storage medium and electronic equipment. The method comprises the following steps: acquiring a front contour map and aside contour map of a figure; positioning front neck feature points in the front contour map by using a maximum distance method, and positioning side neck feature points in the side contour map by using an angle method; calculating a front neck length and a side neck length according to the front neck feature points and the side neck feature points respectively; and taking the feature informationof the user, the front neck length and the side neck length as input parameters, and generating neck circumference data through a neural network model. According to the invention, a new positioning algorithm is provided for human body shoulders and necks, and the accuracy of human body feature point positioning is improved.

The invention provides clothes with cut opening part, which can be freely cut into various design shape and wore, and does not need skillful cutting technology and sewing processing technology. The clothes use knitting cloth wove with heat fusion elastic yarn with dissilient effect, size of opening parts such as neck circumference, side sheet and lower hem is smaller than standard matter, body length and sleeve length of the clothes are larger than the standard matter, body width, cuff, waistline part and lower hem opening of the clothes are same to the standard matter. The clothes can be cutinto various design shape and used under state that the opening part is cut.

The invention provides a neck massager. A shaping part is arranged in a middle bracket for regulation to adapt to the neck circumference of the neck of a human body, so that the problem that the neckis possibly clamped when an elastic bracket is adopted is solved. Due to the fact that when clamping arms are connected with the middle bracket, the connecting positions of the clamping arms and the middle bracket are stress supporting points, when a user pulls the clamping arms to enable the clamping arms to expand outwards, gaps can be generated between the inner sides of the middle bracket andthe inner sides of the clamping arms, and falling-off between the clamping arms and the middle bracket is caused. According to the neck massager, the shaping part is arranged, the clamping arms are connected with the middle bracket and the shaping part at the same time to guarantee that the end of the middle bracket cannot be separated from the clamping arms in the deformation process of pulling the clamping arms by the user, and the connecting structure of the middle bracket and the clamping arms is more stable. Moreover, the shaping part can be bent, deformed and stopped to keep the deformation form of the shaping part, so that the clamping arms can be twisted and stopped relative to the middle bracket to adapt to the neck of the human body, and the problem of clamping the neck is solved.