Abstract: A sensing device comprises a substrate material layer and a plurality of sensors provided on the substrate material layer. The plurality of sensors is electrically connected to form a loop. The loop has two output ends. There is a loop output value between the two output ends. The loop output value varies when the sensors are subjected to an external force. Each sensor has one induction value. The induction value of each sensor is different from each other. A total induction value of any one or more sensors is different from a total induction value of the other one or more sensors.

Abstract: A cloth material with separate conductive areas includes at least one first layer comprising at least one first conductive area; and at least one extension part, which includes at least one accessory and at least one connecting part connected to the accessory, wherein the extension part comprises at least one second conductive area, which corresponds in location to the first conductive area on the first layer, wherein the first conductive area and the second conductive area are inductively coupled, a condition of inductive coupling is adapted to be changed by an outside force.

Abstract: The invention provides a strain gauge which includes a fabric base and at least one conductive yarn. In addition, the fabric base is weaved with a plurality of non-conductive yarns, and the fabric base thereon defines a sensing direction. Moreover, each of the conductive yarn is gimped by a textile process with one of the non-conductive yarns and is woven through the fabric base along the sensing direction. Furthermore, the at least one conductive yarn is capable of being applied by an electric power; when an external force acts on the fabric base, the geometrical property of the at least one conductive yarn alters so that a change of an electric property associated with the applied electric power is sensed to indicate an elongation of said strain gauge applied by the external force along the sensing direction.

Abstract: A safety winged needle structure includes a protective casing, at least one sliding slot disposed on the protective casing, and having a first position where the needle is shielded and a second position where the needle is exposed, two wings extended from both sides of the sliding slot, and one wing has the first positioning portion; an accommodating body, having sliding member disposed at the sliding slot, a neck portion and the top of the neck portion is a pushing portion. The second positioning portion disposed on pushing portion; and a needle connected to the sliding member; so that when the sliding member is moved to the second position, both wings are lifted and folded, so the first positioning portion behind the second positioning portion at its posterior part is fixed as well as the sliding member can not be withdrawn.

Abstract: A retained needle structure of a comprises a syringe needle with one or more fastening portion, a catheter with a cannula having a flexible tube, as well as a syringe cover with an aperture and gliding portion. The syringe needle has an inserting portion which is axially operated by users to enhance safety practice in clinical use. First design is the sliding slot has a deflected slant portion at the distal end. When the fastening portion is at the rear end of sliding slot, the injection needle is already inside of syringe cover. At the same point, body of the syringe needle is deflected laterally from the center of the syringe cover. The second design is used the levering effect from gravity of syringe cover. When the fastening portion is at the rear end of sliding slot, the syringe cover is vertically rotated from the original center of the syringe cover.

Abstract: The present invention relates to an alert system with a sensor to detect article made of metal or magnetic. When detecting any dangerous article made of metal or magnetic nearby, the sensor sends out a signal to the control panel, prompting the warning system to send out a signal or sounds to warn the user, so as to protect the user from being hurt by dangerous article made of metal or magnetic.

Abstract: The invention provides a system for monitoring, analyzing and auto-feedback of health conditions. The system can analyze the conditions of a user by monitoring the distribution of fat, muscle activities, and changes of poses. The system can further suggest or instructs the user to do suitable exercise and adjust to correct poses or behaviors, to reduce the accumulation of fat and to avoid the withering of muscles. The system can also analyze the psychological conditions to provide better assistance of health. Furthermore, the system includes a sensor, a near-end monitoring center, and a distal-end monitoring center. The sensor can detect the physical and psychological conditions of the user, and transfer related information to the near-end monitoring center, which can monitor, analyze, and display the conditions and either send feedback or provide instructions to the user. Additionally, the user can interact with the distal-end monitoring center via the near-end monitoring center.

Abstract: An automatic feeding/sputum suction device, which mainly comprises a feeding syringe or sputum suction device, an air pump, a liquid food replenishing drum or oxygen/water supply device, three-way control valve, feeding duct or sputum suction duct, controller and detector strap, wherein the three-way control valve is connected with liquid food replenishing drum (oxygen/water supply device), feeding syringe (sputum suction device) and feeding duct (sputum suction duct).

Abstract: The invention provides a method as well as a device for the monitoring of body temperature, respiration, heart sound, swallowing, and offering medical inquiries. It comprises a sensor, a monitoring device, and medical devices. Installing proper sensors on the user's body and making the users wear necessary medical devices. The sensors attached to the user's body will be sensing the physical conditions and send the data collected to the monitoring device for security and protection. It can also allow the user or the medical personnel conduct two-way inquiries or treatment through displaying device, or the monitoring device can control the medical devices and assist the treatment. Furthermore, the data can be transferred to the medical system in the distant end and the user's data and be updated immediately and reduce errors happened in keying in the data.

Abstract: An electronic device which includes a resilient piece, base plate and electronic source. The upper conductor is located on the resilient piece; the base plate is connected to the resilient piece, with a space between the two. The lower conductor is located on the base plate, and there is a crevice between the lower conductor and the upper conductor. The electronic source electrically connected to the upper conductor and the lower conductor. The sensor device is located on the base plate. Utilizing this structure, the electronic device can, based on the user's needs, perform testing of the subject's physiological status or test a specific site that is pressed, be used as assist for medical equipment, exercise equipment or communications facilities.

Abstract: A sterilized safety syringe including a syringe tube, a protective cover, a sterilizer, and an air compressor. The protective cover is slid into a guide slot of the syringe tube with several sliding plates whose rear ends are are in close contact with the wall of the guide slot. The syringe tube is equipped with several air conducting pipes which are connected with corresponding air feeding pipes of an air compressor. A plug is formed at the rear end of the sterilizer which is plugged into a drilled hole formed on the protective cover.

Abstract: Artifact detection and counting is enhanced using looping in both the horizontal and vertical direction is enhanced via a reduced bandwidth for accumulation of count values into count table entries. According to an example embodiment of the present invention, first and second loops are made for horizontal and vertical count table entries. Quotient and remainder values of a detected artifact value are used for increasing count table entries in the first looping pass, and the count table entries are increased using the quotient value in the second loop. The table increase in the first loop is limited to the length of the remainder value, and the table increase in the second loop is limited to the length of the row or column in the count table being used. In this manner, latency for additions to the count table and the bandwidth for making the additions are reduced, relative to conventional applications. In addition, each entry into the table can be reduced to one addition.

Abstract: An earphone-microphone device for receiving at least one physical data from a physical detector and providing wearable-based interaction between a user and a telecare system through a communication apparatus is disclosed. The earphone-microphone comprises an earphone, a microphone, and a control module. The control module is electronically connected with the earphone and the microphone respectively for receiving the at least one physical data from the physical detector. The control module comprises a receiving module, a processor, and an analyzing means. The receiving module receives the at least one physical data from the physical detector. The analyzing means determines if the received physical data exceeding a standard. When the received physical data exceeding the standard, the processor transmits the physical data to the telecare system through the communication apparatus and controls the earphone and the microphone for the user to communicate with the telecare system through the communication apparatus.

Abstract: The invention provides a physiological function monitoring system for monitoring a first physiological function of a user. The physiological function monitoring system includes a first detecting device, N second detecting devices, a signal processing device, and a communicating device, N is a nature number. Furthermore, the physiological function monitoring system is applied in remote monitoring. In addition, the monitoring system is capable of detecting N second physiological functions of the user by the N detecting devices, to help making correct judgment on the first physiological function of the user.

Abstract: A safety winged needle structure includes a protective casing, at least one sliding slot disposed on a sidewall of the protective casing and extended from an end of the protective casing to another end of the protective casing, and sequentially having a first position and a second position, a wing extended separately from both sides of the sliding slot corresponding to the sidewall of the protective casing, and the wing has at least one first positioning portion; an accommodating body, disposed in the protective casing, and having at least one sliding member slidably disposed on the sliding member, and at least one second positioning portion disposed separately on both sides of the accommodating body; and a needle inserted into an end of the accommodating body.

Abstract: An injection apparatus includes an accommodating body, having a chamber formed therein, a needle retracting hole with a diameter smaller than the chamber and disposed at an end of the accommodating body and coupled to the chamber, a sliding path disposed on at least one side of the accommodating body, a first position defined on the sliding path and disposed proximate to the needle retracting hole, a slanting surface disposed on the sliding path and away from the needle retracting hole, and a second position defined on the slanting surface; and an injector, including a syringe head being smaller than the chamber and installed in the chamber, an injection needle disposed at an end of the syringe head and passing through the needle retracting hole, and a pushing portion disposed on at least one lateral side of the syringe head for sliding with respect to the sliding path; such that the pushing portion can be pushed from the first position to the second position along the sliding path, and the syringe head slide

Abstract: The invention provides a strain gauge which includes a fabric base and at least one conductive yarn. In addition, the fabric base is weaved with a plurality of non-conductive yarns, and the fabric base thereon defines a sensing direction. Moreover, each of the conductive yarn is gimped by a textile process with one of the non-conductive yarns and is woven through the fabric base along the sensing direction. Furthermore, the at least one conductive yarn is capable of being applied by an electric power; when an external force acts on the fabric base, the geometrical property of the at least one conductive yarn alters so that a change of an electric property associated with the applied electric power is sensed to indicate an elongation of said strain gauge applied by the external force along the sensing direction.

Abstract: A retained needle structure comprises a syringe needle having an inserting portion at a front end thereof, an injection needle inserted on the insertion portion, at least a fastening portion at a side rim thereof and a plug for reflowing at a rear end thereof; a catheter having a cannula, a flexible tube extending at a front end of the cannula and a stop portion disposed on an outer rim of a rear end of the cannula; a syringe cover having an aperture at a front end thereof, a plurality of gliding portions extending at an outer rim of a rear end thereof, the aperture having a plurality of hook portions disposed at a front end thereof and each of the gliding portions having a sliding slot formed thereon and a salient at a distal end thereof, wherein the catheter is sleeved on the inserting portion through the cannula thereof, the injection needle of the syringe needle is received within the flexible tube of the catheter and each of the fastening portions of the syringe needle is received within the respective s

Abstract: The integration of physical monitors (e.g. electronic stethoscope, sphygmomanometer etc.) with the earphone or microphone and the usage of communications equipments (e.g. cellular, PDA or computer etc.) let the medical personals evaluate the patient's condition immediately on line; the patient can make use of various physical monitors to check himself/herself by following the guidance and instruction from medical personals. In this way, medical personals remotely could get the most correct information and find the real cause of the disease in a short time.

Abstract: An aspiration and delivery safety system that includes a blood restriction unit, an inflating unit, a needle unit, and a puncture site press unit. The blood restriction unit is constituted by a plurality of air bands. The needle unit is a syringe or butterfly needle or blood collector or intravenous catheter or arteriovenous fistula needle. The inflating unit has a controller that monitors a patient's blood pressure and heart rate, and records these data by means of a recording device into which a medical person can also input other medical data. The puncture site press unit has disposed at the bottom thereof a haemostatic element. When applying an intravenous therapy, a needle and a soft catheter are inserted into a patient's body together. The puncture site press device holds the soft catheter during the withdrawal of the needle.