56 results about "Finger size" patented technology

The selective rejection of touch contacts in an edge region of a touch sensor panel is disclosed. In addition, by providing certain exceptions to the rejection of edge contacts, the functionality of the touch sensor panel can be maximized. Contacts in edge bands around the perimeter of a touch sensor panel can be ignored. However, if a contact in the edge band moves beyond a threshold distance or speed, it can be recognized as part of a gesture. To accommodate different finger sizes, the size of the edge band can be modified based on the identification of the finger or thumb. Furthermore, if contacts in the center region of a touch sensor panel track the movement of contacts in the edge band, the contacts in the edge band can be recognized as part of a gesture.

Provision of a user interface for computing devices equipped with a touchscreen display and a digital camera that magnifies a portion of a displayed image within a user's gaze. A user may calibrate their mobile device by touching a portion of the touchscreen with one or more fingers and following a moving image on the display with their eyes. The mobile device may track where a user is looking, and if the user is looking at the mobile device display, a portion of the display in the vicinity of the user's gaze may be enlarged. In an embodiment, if the user is looking at a virtual keyboard, key icons near the user's gaze may be increased in size commensurate with the user's finger tip size. In this manner, a user can accurately select individual keys in a virtual keyboard that fits within a mobile device display.

An artificial fingernail and method of making an artificial fingernail is provided in which the artificial fingernail is adapted to conform to varying finger sizes and shapes. In one aspect, the artificial fingernail includes a polymeric body having a fingernail shape with an upper and a lower surface. A layer of deformable material is applied to at least a portion of the lower surface. The layer of deformable material is adapted to conform to an upper surface of a natural fingernail when applied to the natural fingernail.

It is to provide a pair of hairdressing scissors with finger grips that can accommodate the user even if his or her finger size, and his or her preference in structure and make of the finger grip, are different. In order to do so, each shear body of the haircutting scissors is at least composed of a shank and a finger grip, where the finger grip is removably attached to the shank. Further, different finger grips are prepared to be exchanged with one another.

The invention discloses a human body back acupuncture point positioning system which comprises a hardware part and a motion control system, wherein the hardware part comprises a data processing device and a positioning mechanism; the motion control system operates in the data processing device; at least acupuncture point data of a human body back is stored in the storage equipment of the data processing device; the acupuncture point data at least comprises acupuncture point names and acupuncture point coordinates; the motion control system comprises an acupuncture point positioning module; the acupuncture point positioning module is used for converting the acupuncture point to be positioned into driving parameters for driving the positioning mechanism according to finger size data of a patient; the finger size data is specific size data of the patient; the distance between acupuncture points of the patient takes the finger size data as a base unit; and the data processing device is used for controlling the positioning mechanism to move to the acupuncture point to be positioned according to the driving parameters. The human body back acupuncture point positioning system reduces theinfluence caused by human factors and can accurately position acupuncture points.

A traction type finger rehabilitation training apparatus includes a frame, a four-finger bending/stretching movement assembly, a four-finger opening/closing movement assembly, a left and right thumb movement assembly, and an arm fixation assembly. The four-finger opening/closing movement assembly comprises two connecting blocks arranged along the width direction of the rack, the front sides of thetwo connecting blocks are connected by a large side plate, the lower ends are connected with the bottom of the rack, and a synchronous belt transmission assembly is arranged between the two connecting blocks. The invention can realize the bending/stretching motion of four fingers, the opening and closing motion of four fingers. Four fingers move independently, and rehabilitation training can be carried out for a single finger. Moreover, the bending/stretching motion of the four fingers is the same as that of the human fingers in the natural state, and the curved plates can be replaced to adapt to the patients with different finger sizes, so as to avoid the secondary injury in the training process and achieve the best training effect.

The invention relates to a compensation method and device for touch positions. The compensation method and device are suitable for an electronic device with a touch screen and a plurality of position sensors. According to the method, the position sensors detect the positions of the eyes, relative to the touch screen, of a user and obtain the positions of objects displayed by the touch screen, the visual angles of watching the objects by the eyes are calculated according to the positions of the eyes and the positions of the objects, and the parallax errors of watching the objects by the eyes are calculated according to the visual angles and the thickness of the touch screen. The parallax errors are used for compensating the touch positions of the objects displayed by touching the touch screen through the fingers of the user. According to the method and device, the visual angles of watching the objects by the user are calculated by detecting the positions of the eyes, relative to the objects displayed on the touch screen, of the user, the detected touch positions by the touch screen are adjusted so that the positional deviation, caused by the parallax errors, of the touch positions can be compensated. In addition, the accuracy degree of compensation of the touch positions can be improved due to three-dimensional space detection of the touch screen and finger size detection of the user.

An image acquisition unit that acquires a photographic image showing a hand on which a card of a known size is placed. A card detection unit detects a size of the card in the photographic image. A finger joint measurement unit measures a size of the joint of the finger for the ring in the photographic image. A finger size estimation unit estimates an actual size of the joint of the finger for the ring from a measured value of the size of the joint of the finger of the ring in the photographic image, based on a ratio between the known size of the card and the size of the card in the photographic image detected. A ring size determination unit determines a size of the ring based on an estimated actual size of the joint of the finger for the ring.

Systems, devices, and methods for a wearable ring antenna are disclosed. The wearable ring antenna includes a ring body member having a circumference for placing around a user's finger, and an electronic circuit housed within the ring body member. The ring body member has a first end portion and a second end portion defining a break in the circumference for accommodating a plurality of finger sizes. The electronic circuit includes: a harvester unit capable of harvesting energy; a sensor unit for detecting hand gestures made by the user and generating signals based on the gestures; an electrical energy storage component capable of storing energy harvested by the harvester unit and providing power to the electronic circuit; and a communication interface for transmitting and receiving signals via a communication network. The ring body member provides a radio frequency (RF) antenna for the signals transmitted and received via the communication network.

The present invention relates to a method and system for estimation of blood anylates, more particularly the invention relates to mitigation strategies for the confounding factors in the non-invasive estimation of blood anylates. The present invention is hypothesized to measured with an accuracy reasonable for an anemia screening tool through measurement of the following parameters Finger Size, Transmitted infrared light through the finger, Finger tip temperature.

The invention discloses a ring sleeve structure applicable to fingers of different sizes. The ring sleeve structure comprises a ring, a support base, a spring and a signal receiver. A through hole, decoration slots and an opening are arranged on the ring. One end of the ring is fixed together with the support base. A rotation base is arranged on the support base. A rotation shaft is arranged on the rotation shaft base. A slot is arranged in the middle part of the rotation shaft. The top end of the rotation shaft is inverse hook-shaped. Symmetrical pin surfaces are arranged on the rotation shaft. One end of the spring is equipped with a limiting ring. The spring can be sleeved on the ring. The signal receiver is equipped with a USB plug. The size of the USB plug matches the size of the through hole. According to the ring sleeve structure, the problem that pairing needs to be carried out on the ring according to the sizes of the fingers is changed; the adaptability of the wearable device is improved; and the wearing demands of fingers of different sizes can be satisfied.

The invention discloses a finger size-adjustable finger ring. The finger size-adjustable finger ring comprises a finger ring and at least one elastic plate, wherein the elastic plate is arc-shaped; one end of the elastic plate is fixed on the inner wall of the finger ring; the other end of the elastic plate extends to a space surrounded by the finger ring; the center of the finger ring is positioned on a recessed side of the elastic plate; the inner wall surface of the finger ring is provided with an accommodating groove corresponding to the elastic plate; the accommodating groove is wider than the elastic plate; when the elastic plate is stretched, the elastic plate is partially or totally accommodated in the accommodating groove. The elastic plate of the finger size-adjustable finger ring can be enlarged or reduced so as to regulate the finger size of the finger size-adjustable finger ring.

The invention relates to an acupuncture point inch setting instrument. The acupuncture point inch setting instrument comprises a fixed assembly and a master control system, a driving assembly, a sensor system, a clamping piece and the like which are arranged on the fixed assembly. The acupuncture point inch setting instrument can automatically finish acupuncture point inch setting of a person to be examined; during measurement, the corresponding finger of the person to be examined can put on the inch setting instrument, the driving assembly drives the clamping piece to move to clamp the finger of the person to be examined, and a pressure sensor arranged on the clamping piece measures the finger extrusion force of the clamping piece; and when the measured pressure reaches the pressure threshold preset in the master control system, the driving assembly stops driving, then a displacement sensor measures the motion displacement of the clamping piece, and the finger size of the person to be examined can be automatically acquired by corresponding data processing through the master control system and is used as the inch setting standard of Chinese medicine. The inch setting instrument is easy and convenient to operate in the measurement process and high in precision, and can be widely applied to the acupuncture point inch setting process of Chinese medicine.

The invention discloses a fingerprint identification apparatus for integrated control to doors, silver cabinet and furnitures, which can switch door lock by fingerprint identification, and can manage user information and use time information of using the door lock, kitchen cabinet lock, drawer lock, silver cabinet lock and vestibule door auxiliary lock apparatus by a computer. The locking apparatus comprises a housing set on one side or the door inside the room, a power supply part mounted inside the housing and supplies work power according to work start signal, a motor that drives according to a motor drive signal, and a lock bolt that moves back or forth driven by the motor. The fingerprint identification unit connects with the locking apparatus; a start button is set on the lower end, and a groove corresponding to user finger size is formed on the other side. The fingerprint identification unit also comprise the following components: a fingerprint identification part, which has a fingerprint identification window set inside the groove, and when a finger contacts the fingerprint identification window, user identification work is performed by finger print; a control part, which generates motor driving signal according to user identification result of the fingerprint identification part.

A sign language glove with calibration and learning functions, a system and a method are disclosed. The glove comprises: a glove body; a plurality of bending sensors, each bending sensor being respectively arranged on each finger of the glove body to obtain data of the bending degree of the finger; an accelerometer and a gyroscope, arranged at the wrist of the glove body and for obtaining the rotation angle data and the rotation speed of the wrist; at least two Bluetooth modules used for realizing communication between the host computer, the gloves and the mobile devices; a microprocessor unitwhich is used for gesture and posture data acquisition according to the signals received by the Bluetooth module, and transmitting the collected gesture data to another sign language glove or upper computer through the Bluetooth module, so as to predict gestures or learn gestures. The present invention can solve the problem that the recognition rate of the prior art decreases due to different sign language habits or different finger sizes and lengths, and can also solve the problem that the vocabulary of the traditional sign language gloves is small.

A latch for a cabinet door or drawer has a pawl movable to a plurality of positions such according to the cabinet's configuration and finger size wherein an optimal finger gap may be created between the cabinet and the door or drawer for accessing and releasing the latch to open the door or drawer.

The invention discloses a ring capable of adjusting the size. The ring comprises a plurality of hollow arc segments forming the ring shank, a fixed spring surrounding in each hollow arc segment in sequence arrangement and fixedly connected with the hollow arc segments, a left arc connector and a right arc connector arranged on the lower end of the ring shank, a plurality of pits formed on the upper part on the right side of the left connector, a position limiting spring arranged in the right connector, and beads arranged below the position limiting spring. The ring can manually adjust the size in a certain range, thereby preventing the stock increase of rings with different sizes and meeting the requirement for customers with different finger size in different seasons and at different ages.

A finger mounted toothbrush system includes a sheath constructed of a flexible, textured substrate; a rigid, pronged skeleton that fits into the substrate; and a retaining ring that secures the sheath to the skeleton. Prongs of skeleton may be constructed of thermoplastic that can be hardened to fit a user's finger size.

The invention discloses a ruler suitable for quickly measuring the finger size. The ruler comprises a ruler body made of hard transparent plastic. The ruler body is provided with a plurality of round through holes with different diameters in the length direction, and the round through holes are arranged in the sequence from small to big and from left to right according to the diameters. A pigment layer marked with different types of finger sizes is arranged below the round through holes, so that the diameters and perimeters of corresponding finger sizes are obtained according to the types of the finger sizes in a comparison mode. The ruler is used for measuring the diameters and perimeters of the finger sizes and is accurate in measurement and especially easy and fast to operate.