I-SENS, INC.

The capillary blood pipette tip system of the present invention includes a pipette tip for collecting capillary blood including a sampling unit having a capillary tube having a first diameter so as to sample a capillary blood; a sample storage unit having a first extension end formed from a distal end of the capillary tube of the sampling unit so as to have a larger area than the sampling unit; a sealing unit closely adhered to a distal opening of the sample storage unit and broken by a quantitative syringe introduced from the outside; a shielding wall surrounding the sealing unit to prevent the sample from splashing from the sample storage unit to the outside when the sealing unit is broken by the quantitative syringe; and a handle unit which is held by a user to sample using the sampling unit; an immunoassay cartridge having at least one pipette tip mounting well having a plunger that presses a sample of a sampling unit of the pipette tip from the bottom to the top when the pipette tip is coupled to the top; and a quantitative syringe for quantitatively sampling the capillary blood collected in the upper part thereof by approaching through the upper part of the pipette tip, when the capillary blood from the sampling unit is collected in the upper part by the pressurization of the plunger during the coupling of the pipette tip to the immunoassay cartridge.

Provided is a method of operating an electronic device, the method including identifying a first blind group including at least one sensor user and at least one healthcare provider, based on an input of one or more healthcare providers among the at least one healthcare provider, setting a blind mode for one or more sensor users among the at least one sensor user and based on a request of the one or more healthcare providers, providing the one or more healthcare providers with biometric information on the one or more sensor users for whom the blind mode is set, and based on a request of a third part other than the one or more healthcare providers, provided is the biometric information blurred for the one or more sensor users for whom the blind mode is set.

The present disclosure relates to a method for calculating the calibration sensitivity of a sensor for insertion into the body and, more particularly, to a method for calculating calibration sensitivity, wherein a biometric value of a user can be accurately calibrated by overcoming an error in a biometric value measured through a sensor for insertion into the body, or an error in a reference biometric value measured through a biometric information measurement device, by storing past sensitivities and using at least one of the past sensitivities and a currently calculated sensitivity to calculate a calibration sensitivity of the sensor for insertion into the body, and the calibration sensitivity of the sensor for insertion into the body can be accurately calculated, even if there is an error in the reference biometric value or the reference biometric value temporarily deviates from the range of normal biometric values of the user, by determining whether the reference biometric value used to calculate the calibration sensitivity is within an allowable range.

According to one aspect of the present invention, a manufacturing apparatus for a sensor device and a manufacturing method for a sensor device may be provided, which may effectively prevent the occurrence of manufacturing defects during the manufacturing of the sensor device, and may effectively improve workability, productivity, and economic feasibility during the manufacturing of the sensor device.

Provided in the present disclosure is an applicator, including a case which forms an inner space, includes an opening part opened to one side, and includes a button hole formed by penetrating at least a portion of an outer circumferential surface, an operation part which seals the button hole, and a plunger which is disposed in the inner space of the case, and is configured to move a sensor unit towards the opening part by an operation of the operation part, wherein the operation part includes a button part of which at least a partial area is disposed in the inner space through the button hole, and an edge groove part which is configured to facilitate movement of the button part.

The present invention pertains to: a functionalized thermoplastic polyurethane containing a novel chain extender having functionality capable of chemically bonding to a prepolymer polymerized by reacting a polyol (P) with a diisocyanate (R); a functional composite material containing one or more monomers or polymers selected from the group consisting of an anionic functional group, an amphoteric functional group, a perfluorinated compound, a hydrogel, and a silicone polymer; a method for producing same; and an article including same.

Embodiments provide an applicator and an applicator assembly. The applicator includes: a body housing in which an accommodation portion capable of accommodating a first unit is provided at one end thereof and a movement space connected to the accommodation portion is formed; a first unit carrier configured to move in the movement space; and a unit support portion provided in the accommodation portion. The unit support portion is pressed by one end of the first unit carrier as the first unit carrier moves in a direction becoming closer to the accommodation portion, and is moved from a restriction position in which at least one end thereof contacts the first unit accommodated in the accommodation portion to a release position in which at least one end thereof moves away from the first unit accommodated in the accommodation portion as the unit support portion is pressed by the first unit carrier.

Embodiments provide an applicator and an applicator assembly. The applicator includes a body housing in which a movement space is formed along a first direction; a sensor unit carrier provided to be movable along the movement space and comprising a fixing groove formed to be recessed on one surface thereof; a handle housing coupled to the body housing and configured such that at least a portion thereof is in contact with the sensor unit carrier to move together with the sensor unit; and a fixing portion disposed on the body housing to move between a fixing position in which one end portion thereof is inserted into the fixing groove and a release position in which the one end portion is disengaged from the fixing groove.

An applicator includes: a body housing having a movement space formed therein; a sensor unit carrier provided to be movable in the movement space; a bridge pressing portion disposed on one of the body housing and the sensor unit carrier; and a bridge provided on the other one of the body housing and the sensor unit carrier and disposed at a position corresponding to the bridge pressing portion. The bridge is configured to restrict movement of the sensor unit carrier from an initial position to an insertion position by contacting with the bridge pressing portion and blocking movement of the bridge pressing portion.

Provided relates to a communication connection method for a continuous glucose monitoring system which may comprise: a step in which, in order to connect communication between a communication terminal and a sensor transmitter attached to a human body so as to continuously monitor biometric information of the human body, the communication terminal receives information of the sensor transmitter from the sensor transmitter; a step of determining, on the basis of the received information, whether the sensor transmitter is a new sensor transmitter or an already used sensor transmitter; and a step in which, when the sensor transmitter is an already used transmitter, communication connection is controlled on the basis of use information of the already used sensor transmitter.