47 results about "Fourth finger" patented technology

It is an object of the present invention to provide a workpiece holding method which enables a workpiece to be held when a multi-fingered hand is used to grasp the workpiece that is in an untidy heap, even if a target workpiece is subject to interference from another workpiece, and thereby the method enhances the success rate for holding the workpiece. A workpiece holding method, when two holding devices (first to fourth fingers F1 to F4) are used to hold a workpiece (reinforcement W), including a unilateral holding process of inserting a first holding device (the first finger F1 and the second finger F2) at one holding device insert position (region A) to hold and lift a workpiece-to-be-held (reinforcement-to-be-held T) in a state where the workpiece-to-be-held has no interference from any other workpieces at the region A, and a bilateral holding process of inserting a second holding device (the third finger F3 and the fourth finger F4) around (region D) the workpiece-to-be-held lifted by the first holding device, to hold the workpiece-to-be-held.

The invention discloses a manipulator for testing a capacitive touch screen. The manipulator for testing the capacitive touch screen is characterized by comprising a support mechanism, a transmission mechanism and a control mechanism, the support mechanism comprises a base, a vertical stand, a manipulator support mechanism and a moving clamp mechanism, wherein the transmission mechanism comprises a push rod mechanism and the like, the control mechanism is mainly used for having accurate control over the stroke and the position of a steering engine motor. The manipulator for simulating actions of fingers of a person is designed to be used for testing touch screen functions of a notebook computer with the capacitive touch screen and a tablet personal computer with the capacitive touch screen, and is flexible; with industrial application as a target, the terminal execution manipulator is designed on the basis of existing industrial grade equipment to simulate sliding of the first finger, the second finger, the third finger, the fourth finger and the fifth finger of a human being on the touch screen respectively so that the touch screen can be tested.

In a glove having finger covering parts, a finger covering part corresponding to at least one finger selected from the third finger (middle finger), the fourth finger (ring finger), and the fifth finger (little finger) is configured by arranging protective members (2a to 2e) on anterior and posterior sides of the same, and arranging stretchable members (4a to 6a) on both lateral sides of the same. An inner perimeter of each finger covering part is substantially equal to an outer perimeter of the finger corresponding thereto. The stretchable members on the lateral sides of each finger have stretching forces such that a stretching force of the stretchable member on the lateral side on the first finger (thumb) side is higher than a stretching force of the stretchable member on the other lateral side on the fifth finger (little finger) side. When the glove is bent from an opened state to a gripping state, the finger covering part is bent with a twist at a gripping angle toward the first finger (thumb) side. Thus, a glove is provided that is capable of following changes in shape caused by a gripping action of a hand, providing both of the feeling of fitting and the feeling of support, and having a high-level protection function and a high-level of mobility function.

A ball glove including a front glove portion, a back glove portion and a webbing. The back glove portion is coupled to the front glove portion to define a hand cavity and to form first, second, third and fourth finger stalls and a thumb stall. Each finger stall includes a distal region and a proximal region. At least one through-stall opening is formed into the distal region of at least one of the finger stalls. The through-stall opening having a size of at least 0.25 square inches. The webbing is coupled to, and positioned between, the first finger stall and the thumb stall.

In a glove having finger covering parts, a finger covering part corresponding to at least one finger selected from the third finger (middle finger), the fourth finger (ring finger), and the fifth finger (little finger) is configured by arranging protective members (2a to 2e) on anterior and posterior sides of the same, and arranging stretchable members (4a to 6a) on both lateral sides of the same. An inner perimeter of each finger covering part is substantially equal to an outer perimeter of the finger corresponding thereto. The stretchable members on the lateral sides of each finger have stretching forces such that a stretching force of the stretchable member on the lateral side on the first finger (thumb) side is higher than a stretching force of the stretchable member on the other lateral side on the fifth finger (little finger) side. When the glove is bent from an opened state to a gripping state, the finger covering part is bent with a twist at a gripping angle toward the first finger (thumb) side. Thus, a glove is provided that is capable of following changes in shape caused by a gripping action of a hand, providing both of the feeling of fitting and the feeling of support, and having a high-level protection function and a high-level of mobility function.

A hockey glove for receiving a hand of a player, the hand having a palm, index finger, middle finger, third finger and little finger, each finger having inner, dorsal, lateral and medial surfaces, proximate, middle and distal phalanges, one thumb with palm and dorsal surfaces, and a medial side with a C-shaped edge between the thumb and the index finger, the hockey glove comprising: (a) a side finger web for facing the lateral and medial surfaces of each finger, the side finger web having a lower web periphery; (b) a palm sheet for facing the palm of the hand and the palm surface of the fingers and thumb, the palm sheet having a palm periphery with a portion connected to the lower web periphery for defining first, second, third and fourth finger gussets for respectively receiving the four fingers; (c) a side pad for covering at least partially the medial side of the hand, the side pad having a top portion and a side portion with an edge for overlapping the C-shaped edge of the medial side of the hand; and (d) a layer covering at least partially the palm sheet, the layer comprising a portion extending over the side portion of the side pad.

The invention relates to a hand pressure reduction mechanical exoskeleton device which comprises a forearm fixing cylinder and a forearm rotating cylinder, wherein the front inner wall of the forearm fixing cylinder is provided with two annular grooves; the back of the forearm rotating cylinder is arranged in the forearm fixing cylinder; the outer wall of the forearm rotating cylinder is provided with two annular ribs which are rotatablely limited in the annular grooves; the front end of the forearm rotating cylinder is connected with a palm placement cylinder through a wrist universal joint; the left side or right side of the bottom of the palm arrangement cylinder is provided with a thumb protrusion port; and the top of the palm placement cylinder is respectively connected with a little finger exoskeleton assembly, a fourth finger exoskeleton assembly, a middle finger exoskeleton assembly and a forefinger exoskeleton assembly, which are positioned on the front side of the palm placement cylinder, through a single-drive multi-link mechanism side by side in a transmission mode. The hand pressure reduction mechanical exoskeleton device is specially designed for porters, sufficiently relieves the force of the hands of the porters, greatly increases the weight of the transported weights, and enhances the goods transportation efficiency. Besides, the hand pressure reduction mechanical exoskeleton device is also applicable to medical appliances, and is beneficial to better and more comprehensive rehabilitation treatment on the hands and wrists of the patient.

The present invention provides a therapeutic patch for treating pain capable of compressing a tender area up to a boundary thereof and / or an entire induration with metallic grains or crushed stones by a treatment method in accordance with a classification determined after clarifying a site of pain by pressing a skin with a pressing bar or fingers (first to fourth fingers) to classify the cause of pain, thereby finding the presence of a geographical tender area and / or the presence of an induration on a skin as the cause of pain.

In a catching tool for baseball or softball, a lining leather including at least a back-side leather and a palm-side leather is inserted into a surface leather including at least a back leather and a ball-receiving leather, and the lining leather has inner-side finger stalls defined by peripheral edges of the back-side leather and the palm-side leather which are sewn together. A finger part stabilizing member is provided along at least a region on right and left sides in a region covering a root part through a fingertip part of a wearer's finger inside the inner-side finger stall. The finger part stabilizing member is provided in at least one of the inner-side finger stalls, which are an inner-side thumb stall, an inner-side forefinger stall, an inner-side middle finger stall, an inner-side fourth finger stall, and an inner-side little finger stall.

A ball glove including a front glove portion, a back glove portion, at least one abrasion resistant segment, and a webbing. The back glove portion is coupled to the front glove portion to define a hand cavity and to form first, second, third and fourth finger stalls and a thumb stall. Each finger stall includes a distal region, a proximal region, and a central region positioned between the distal and proximal regions. The abrasion resistant segment is coupled to the distal region of at least one of the finger stalls. The webbing is coupled to, and positioned between, the first finger stall and the thumb stall.

A hand-held computer input and control device designed to be held in the palm of a relaxed free floating hand, wherein the device is balanced for use with the user's thumb, 1st and / or 2nd fingers. In one exemplary embodiment, a hand held structure having general radial symmetry, for use in multi-button three dimensional computer control applications, consisting of a mushroom like head with multiple buttons placed such that the thumb, first, or second fingers can easily control them, and a separate cylindrical body with two grooves and optional buttons positioned for grasping by the third and fourth fingers is provided.

A glove of the present invention includes a stretchable member and protective members arranged on a side corresponding to a back of a hand, and when the glove is placed in a stationary state and viewed from the back side, the stretchable member forms two or more separate curve surfaces, and upper end portions thereof are located somewhere in lower half parts of finger covering parts, each of the curve surfaces formed with the stretchable member extends toward a wrist part, crossing a center line of at least one finger covering part selected from a second finger (forefinger) covering part, a third finger (middle finger) covering part, a fourth finger (ring finger) covering part, and a fifth finger (little finger) covering part, at least twice in a region from the upper end portions to a normal to the center line of the third finger (middle finger) covering part that passes an interdigit part between the first finger (thumb) covering part and the second finger (forefinger) covering part, and in regions between the curve surfaces of the stretchable member, the protective members are provided. This configuration makes it possible to provide a glove that is capable of following changes in shape caused by a gripping action of the hand, providing both of the feeling of fitting and the feeling of support, and having a high-level protection function and a high-level mobility function.

Provided are a method of receiving a Korean input by using an electronic apparatus and an apparatus. The method of inputting Korean, performed by using an electronic apparatus includes: displaying consonant buttons for inputting Korean consonants on a screen of the electronic apparatus; identifying a user's fingers; as a motion of a first finger is sensed among the user's fingers, selecting a consonant button corresponding to a location of the first finger; as the consonant button is selected, displaying vowel buttons corresponding to second, third, and fourth fingers among the user's fingers and being used to input Korean vowels on the screen of the electronic apparatus; and as a motion of at least one finger of the second, third, and fourth fingers is sensed, selecting at least one vowel button corresponding to the at least one finger.

The invention relates to an easily-wearable medical latex glove and a using method thereof. The inner side of the glove body is fixedly provided with a middle easily-wearable device. The inner side ofa flanging is fixedly provided with a bottom easily-wearable device. The inner sides of a thumb glove, an index finger glove, a middle finger glove, a fourth finger glove and a little finger glove are fixedly provided with a top easily-wearable device. The middle easily-wearable device is connected with the bottom easily-wearable device and the top easily-wearable device. The middle easily-wearable device, the bottom easily-wearable device and the top easily-wearable device are used for overcoming a problem that the wearing of the glove is hindered in the wearing process, and greatly improving the wearing speed and efficiency. The wearing is easy and troubles are avoided. Talcum powder does not need to be used firstly, a risk of producing new diseases is avoided, and the wearing is successful once without the repeated humidification treatment to the glove. A risk of infection is greatly reduced, and the success rate of the wearing is high, so the internal contamination is difficultlycaused by a source of infection, and the dissemination of pollutants outside the glove is avoided as possible while the glove is taken off.

A golf glove has four separate finer receiving portions and a separate thumb receiving portion. Counting from the thumb receiving portion, the second and third finger portions and / or the third and fourth finger portion are secured to each other over a substantial part of their length.

Provided are scissors with which the use of a thumb or the bending of a wrist can be reduced, and which can be used even by a hairdresser already suffering from tenosynovitis. Two half bodies are pivotably connected by a shaft support part. The first half body has a grip part, and the second half body has a trigger part. The grip part is supported by being sandwiched between the thenar and the bases of the four fingers, as well as being in contact with the palm line formed between the thenar and the bases of the four fingers. The tips of the third and fourth fingers are hooked onto the trigger part. When the third and fourth fingers are flexed, the second half body pivots in the closing direction via an extension part, and blade parts overlap one another, thereby cutting hair.

A ball glove including front and back glove portions, at least first and second weltings, and a webbing. The back glove portion is coupled to the front glove portion to define a hand cavity and to form first, second, third and fourth finger stalls and a thumb stall. Each finger stall includes a front stall portion and a back stall portion. Each back stall portion includes at least three stall segments. The first and second weltings extending along the back stall portion and each welting connects two of the stall segments. The webbing is coupled to, and positioned between, the first finger stall and the thumb stall.

The invention discloses a gourd flute easy to learn and use. The gourd flute includes a mouth piece, a gourd, a main pipe, a first a subsidiary pipe and a second subsidiary pipe. The main pipe is provided with a first finger hole, a second finger hole, a third finger hole, a fourth finger hole, a fifth finger hole, and a sixth finger hole in the right surface thereon, and is also provided with a seventh finger hole in the back side thereof. The first finger hole, the second finger hole, the third finger hole, the fourth finger hole, the fifth finger hole, and the sixth finger hole are successively provided with a first finger holding block, a second finger holding block, a third finger holding block, a fourth finger holding block, a fifth finger holding block, a sixth finger holding block, and a seventh finger holding block. The two sides of the seventh finger hole are provided with an eighth finger holding block and a ninth finger holding block. The main pipe is also provided with a thumb protruding block on the back side thereof. The first subsidiary pipe is provided with a first index finger protruding block, a first protrusion and a second protrusion thereon. The second subsidiary pipe is provided with a second index finger protruding block, a third protrusion and a fourth protrusion thereon. The gourd flute is provided with finger holding blocks on two sides of the finger holes, protruding blocks and protrusion on the pipes, such that places for the placing fingers are fixed and each finger hole can be pressed tightly. Therefore, beginners can learn how to master hand techniques for playing the gourd flute in an accurate manner, and maintain their fingers at the places for a long time, and learners can learn how to play the gourd flute quickly.

The invention provides a finger orthopedic plate, which comprises a plate body and fixing band, wherein sticking buckles are arranged at two ends of the fixing band; the front end of the plate body isof a fan-shaped structure, and a first boss, a second boss, a third boss, a fourth boss and a fifth boss are uniformly distributed at the front end of the plate body; a first finger plate, a second finger plate, a third finger plate and a fourth finger plate are arranged between the bosses; and the finger plates are connected to the plate body via compression springs. The first finger plate, thesecond finger plate, the third finger plate and the fourth finger plate are movably connected to the plate body. The finger orthopedic plate provided by the invention, through the adoption of the elastic compression spring devices, can be used for effectively correcting flexion contracture malformation of fingers, and moreover, the finger orthopedic plate can effectively improve finger joint mobility, so that a problem of joint functional limitation is solved; and the finger orthopedic plate has the advantages of being concise in structure and good in orthopedic effect.

The present application relates to the field of biological information identification, in particular to an image enhancement processing method and device for palm vein images, and a palm vein recognition method and device. The method includes: processing the collected palm vein image into a binary black-and-white image; determining the first finger-joint point and the second finger-joint point in the palm according to the binarized black-and-white image; The second finger seam point is extended to obtain the third finger seam point and the fourth finger seam point, and the location information of the region of interest is obtained according to the third finger seam point and the fourth finger seam point; the palm vein image is obtained according to the location information of the region of interest Obtain the image of the region of interest; perform enhancement processing on the image of the region of interest, and obtain the image of the region of interest after the enhancement process. The embodiment of the present invention can enhance the palm vein image to highlight the palm vein information, so that it is easier to extract accurate palm vein features from the palm vein image later.

When the improved glove is open, the inner palmer surface of the glove is visible, displaying conspicuous guide lines which help an adult teach a small child how to put on a glove. When provided in a small child's size, the thumb portion of the improved glove is moved closer to the finger portions than in the design of traditional gloves and is rotated so as to be more in plane with the palm-covering portion of the glove. The fourth finger portion of the glove is moved back closer to the wrist end than in traditional glove designs. An elastic gather is stitched into the palm-covering portion near the wrist end to help in excluding snow. A soft fleece is attached to the back of the first finger portion for use in wiping one's face.

The invention provides an ergonomic side-wide roller mouse. The ergonomic side-wide roller mouse comprises a mouse body, finger grooves, and a mouse roller, wherein the finger grooves are used as buttons, and comprise a first finger groove, a second finger groove, a third finger groove and a fourth finger groove; the first finger groove is positioned on one side of the mouse body; the second finger groove and the third finger groove are positioned at the front end of the mouse body; the fourth finger groove is positioned on the other side, opposite to the first finger groove, of the mouse body; the mouse roller is arranged at the front end of the fourth finger groove. According to the ergonomic side-wide roller mouse provided by the invention, the operating precision can be improved; the working strength can be reduced; a mouse hand and wrist strain can be prevented; the ergonomic side-wide roller mouse is simple and reliable in structure and easy to realize, and can be produced in batches.

The invention relates to a hand part muscle strength exercise device. The appearance of a glove body is shaped like a hand, the middle portion of the glove is a connecting body covering on the hand back, the end of the glove is a fixing ring which is fixed on the wrist, the front portion of the glove comprises a first finger sleeve, a second finger sleeve, a third finger sleeve, a fourth finger sleeve and a fifth finger sleeve, the first finger sleeve is connected with a first tension sensor through an elastic strip, the second finger sleeve is connected with a second tension sensor through anelastic strip, the third finger sleeve is connected with a third tension sensor through an elastic strip, the fourth finger sleeve is connected with a fourth tension sensor through an elastic strip,and the fifth finger sleeve is connected with a fifth tension sensor through an elastic strip; the fixing ring is connected into a ring through a connector, and a controller is connected with a contact sensitive liquid crystal display. The hand part muscle strength exercise device can maintain the functional position of the hand part, effectively exercise the hand part muscle strength, simultaneously detect the finger muscle strength and exercise times, is convenient to wear, simple in structure, and high in degree of automation.

The invention discloses an adaptive finger clamping device. The device comprises a fixed base, wherein a first finger, a second finger, a third finger and a fourth finger which are distributed at intervals side by side are rotationally arranged on the fixed base, the first, second, third and fourth fingers comprise a finger outer cylinder, the left end part of the finger outer cylinder is fixedlypackaged with a connecting block, and the right end of the finger outer cylinder is sleeved with a stretchable rod through a linear bearing; mutually matched clamping fingers are arranged between theouter ends of the stretchable rods of the first and second fingers and between the outer ends of the stretchable rods of the third and fourth fingers in a linkage mode. The adaptive finger clamping device mainly solves the problem that the clamping finger is allowed to actively impact the object bearing surface under special conditions and allows the clamping fingers to grab an object in the non-vertical state, and when in the non-vertical state, the clamping fingers can successfully close to realize grabbing in the compressed state.

The invention discloses a multi-functional glove for construction. The multi-functional glove comprises a glove body, spherical protrusions are arranged on the surface of the palm center and the fivefingers of the glove body respectively, a wrist sleeve is arranged on the tail portion of the glove body, and a fastening adhesive strip is arranged on the surface of the wrist sleeve. An opening is formed in the side, close to the wrist sleeve, on the surface of the palm center of the glove body, a lamp bulb is installed between the opening and the wrist sleeve, a control box is installed on theside, close to the wrist sleeve, of the palm back of the glove body, and a dry cell and a control switch are installed in the control box. The index finger, the middle finger and the fourth finger ofthe glove body are each provided with one lamp bulb. The multi-functional glove has the adcarttages that the on-off state of the lamp bulbs is controlled through the control switch, and the problem that construction is inconvenient at night is effectively solved; the glove is provided with a water-proof layer, a buffering layer, a protective layer and a water-absorbing layer, so that the glove hasthe functions of preventing water, preventing pressure and absorbing sweat, the hands of a worker are effectively protected from being injured, and the practicability of the glove is improved.

The invention discloses a safety shoe protection iron head which comprises a body, a cavity allowing toes to be sleeved in is formed in the body, at least one reinforcing rib used for dispersing external force is arranged in the cavity, a third round corner is arranged on one side, extending into the cavity, of the reinforcing rib, the two sides of the reinforcing rib are in curve transition towards the round corner direction, and the number of the reinforcing ribs is three. The cavity is divided into four areas, the first area corresponds to the thumb position of the foot, the second area corresponds to the second finger position of the foot, the third area corresponds to the third finger position of the foot, and the fourth area corresponds to the fourth finger position of the foot and the fifth finger position of the foot. The lower part of the body is connected to a base, the reinforcing ribs in the cavity are set at the bottom surface of the body, and ends of the reinforcing ribs are connected to the base. The other ends of the reinforcing ribs extend to the edge of the body, impact force is dispersed through the reinforcing ribs, the impact force borne by the surface of the body is greatly reduced, meanwhile, the impact force bearing ability by the surface of the body is greatly improved, deformation is not likely to happen, the service life of the safety shoe is prolonged, and meanwhile the safety coefficient is greatly improved.