35results about How to "Slight discomfort" patented technology

A system for extracting a bodily fluid sample (e.g., an interstitial fluid [ISF] sample) and monitoring an analyte therein includes a disposable cartridge and a local controller module. The disposable cartridge includes a sampling module adapted to extract a bodily fluid sample and an analysis module adapted to measure an analyte (e.g., glucose) in the bodily fluid sample. The local controller module is in electronic communication with the disposable cartridge and is adapted to receive and store measurement data from the analysis module. An ISF extraction device includes a penetration member configured for penetrating and residing in a target site of a user's skin layer and, subsequently, extracting an ISF sample therefrom. The device also includes a pressure ring(s) adapted for applying pressure to the user's skin layer in the vicinity of the target site. The device is configured such that the pressure ring(s) is capable of applying pressure in an oscillating manner whereby an ISF glucose lag of the ISF sample extracted by the penetration member is mitigated. A method for extracting ISF includes providing an ISF fluid extraction device with a penetration member and a pressure ring(s). Next, a user's skin layer is contacted by the pressure ring(s) and penetrated by the penetration member. An ISF sample is then extracted from the user's skin layer while pressure is being applied in an oscillating manner by the pressure ring(s). The oscillating pressure mitigates an ISF glucose lag of the extracted ISF sample extracted.

An interstitial fluid (ISF) extraction device includes a penetration member configured for penetrating a target site of a user's skin layer and, subsequently, residing in the user's skin layer and extracting an ISF sample therefrom and at least three concentrically-arranged pressure rings, each adapted for applying pressure to the user's skin layer in the vicinity of the target site while the penetration member is residing in the user's skin layer. In addition, the ISF extraction device is configured such that (i) the pressure rings apply pressure in an oscillating manner with asymmetric deployment and retraction cycles and (ii) only one of the at least three concentrically-arranged pressure rings is deployed at a time, thereby mitigating an ISF glucose lag of the ISF sample extracted by the penetration member.

Systems and methods are provided for extracting a bodily fluid sample (e.g., an interstitial fluid sample) and monitoring an analyte therein. Certain of the systems include a a penetration member configured for penetrating and residing in a target site of a user's skin layer and, subsequently, extracting a fluid sample therefrom. The system also includes a pressure ring(s) adapted for applying pressure to the user's skin layer in the vicinity of the target site. The system is configured such that the pressure ring(s) is capable of applying pressure in an oscillating manner. Certain methods include penetrating the skin and applying pressure to the skin in an oscillating manner.

The present invention describes methods and products involving the use of cultured animal cells as ingredients in nutritional and therapeutic products. Said animal cells are preferably cultured on an industrial scale prior to their incorporation into any of a number of edible, topical, oral, or other products.

To provide an image sensing apparatus and the like comprising: imaging means; image reducing means for reducing an image size from imaging data obtained from the imaging means; moving image configuring means for rendering an image reduced by the image reducing means as a moving image; image processing means for image-processing image data; network communication means; and image data storing means for storing frame image data obtained from the imaging means in response to a control instruction from outside while taking a moving image, and wherein: the image data stored in the image data storing means is image-processed by dividing it into non-operating periods of moving image processing per frame configuring the moving image. And to allow parallel processing of a moving image and a still image without lowering a frame rate of the moving image.

An image controller is provided which comprises a switching unit configured to change image data objects on the screen of a monitor in the following steps. The switching unit first assigns priorities to image data objects for display on the screen. The switching unit next compares the priorities between a first image data object during display on the screen and a second image data object to be next displayed thereon, and determine a length of switching time depending on the result of comparison. The switching unit then changes each display form (i.e., size, position, format, display time, transparency, or level of layers) of the first and second image data objects on the screen continuously or stepwise during the switching time.

A device for analyzing the gait of a person, wherein the device comprises:a magnetometer for fastening to a tibial segment of said person, in order to generate a signal representative of at least one projection onto a sagittal plane of an ambient magnetic field in which it is immersed; andsignal processor means for identifying instants and / or phases that are characteristic of the gait of said person from said signal generated by said magnetometer.Advantageously, said signal processor means are adapted to identify characteristic instants of the person's gait by identifying particular points in the expression as a function of time for said signal generated by said magnetometer.

The invention discloses a tracheal foreign body forceps device and forceps body. The forceps body is integrally molded by elastic rubber or plastic. The structure of the forceps body is formed by successively and integrally connecting a circular tubular tube joint b, a circular tubular supporting ring, a spherical rib connecting surface and four clamping slices, wherein the rib connecting surface concavely extends into the supporting ring; the four clamping slices are evenly and tightly connected at the periphery of the outer surface of the rib connecting surface; the end parts of the four clamping slices are surrounded to form a circular front opening; a side gap is formed between the adjacent two clamping slices; supporting ribs are formed on the inner side of each clamping slice; the bottoms of the supporting ribs are connected onto the outer surface of the rib connecting surface. The forceps body is integrally molded by the elastic rubber or plastic, so that the forceps body is convenient to machine, low in production cost and smooth in surface, and has no burr or sharp end part. Thus, the discomfortableness and the damage of the forceps body to tracheas are tiny.

A speed control device includes: a continuous curve acquiring unit that acquires curve shapes and positions of two successive curves in advance of the vehicle; a curve-to-curve distance calculating unit that calculates distance between the two curves based on curve shapes and positions of the two curves; a selection unit that selects, based on the curve shapes, the curve shape of the curve having the larger radius of curvature; a vehicle speed limit setting unit that sets, based on the curve-to-curve distance and selected curve shape, a vehicle speed limit for travel between the two curves; a target vehicle speed determination unit that determines, based on vehicle location, the curve shapes and positions, and the vehicle speed limit, a target vehicle speed for traveling the two curves; and a vehicle speed control unit that controls vehicle speed based on the target and detected vehicle speeds.

A driving support system according to the present invention is provided with an actuator for steering steered wheels of a vehicle and is used for supporting driving of the vehicle by making use of steering by means of the actuator. The driving support system has an image taking device for taking a forward image ahead the vehicle, a determiner for determining a controlled variable of the actuator on the basis of the forward image acquired by the image taking device, a limiter for limiting the controlled variable when a time change of the controlled variable of the actuator determined by the determiner is off a predetermined range, and a controller for controlling the actuator. The limiter sets a limit value for limiting the time change of the controlled variable of the actuator so that the limit value at a start (or at an end) of the driving support control is different from the limit value in continuation of the driving support control. In this configuration, the limit value to prevent a driver from sensing discomfort is set at the start (or at the end) of the driving support control, while the limit value suitable for the driving support control is set during continuous execution of the driving support control. This permits the system to achieve suppression of the discomfort at the start (or at the end) of the support control and improvement in performance of the support control in continuation of the control together.

A camera device 100 comprises a CPU 13, a characteristic area specifier 8d, and a combine subunit 8f. CPU 13 detects a command to combine a background image and a foreground image. In response to detection of the command by CPU 13, the characteristic area specifier 8d specifies a foreground area for the foreground image. The combine subunit 8f combines the background image and the foreground image such that the foreground area specified by the characteristic area specifier 8d is in front of the foreground image.

A system for detecting the walk of a person has a housing (BT) with at least a biaxial movement sensor (CM). The housing is attached to the upper portion of the body of the person, so that a first measurement axis of the sensor (CM) coincides with the anteroposterior axis (AP) or the vertical axis (VT) of the body and so a second measurement axis of said sensor (CM) coincides with the mediolateral axis (ML) of the body. An analysis means (MA) analyzes the measurements delivered by the sensor (CM). The analysis means includes a processing means (MT) for processing over a time window the measurement signals delivered by the sensor (CM), which includes means for searching for a dominant frequency (MRFD) in said signals. The analysis means also includes a detection means (MD) for detecting the walk of the person when a ratio between the dominant frequency of the signal of the first measurement axis and the dominant frequency of the second measurement axis, or between the dominant frequency of a Euclidian norm of the vector of measurements transmitted by the sensor (CM) and the dominant frequency of the signal of the second measurement axis, is substantially equal to two.

The invention discloses trachea foreign body tweezers and a tweezer body. The tweezer body is integrally molded by use of elastic rubber or plastics; the tweezer body is structurally composed of a circularly tubular pipe joint b, a circularly tubular support ring, a spherical surface-shaped claw connecting surface and three claws, all of which are orderly and integrally connected together; the three claws are evenly connected to the external surface of the claw connecting surface and located in the same circle; a piston body is slidingly connected to the inner wall of the pipe joint b, and a connecting rod is connected between the piston body and the center of the claw connecting surface; through holes are evenly formed in the claw connecting surface and distributed in a circumferential array with the connecting rod as the center. The tweezer body is integrally molded by use of the elastic rubber or plastics, and thus is convenient to manufacture and low in manufacturing cost. The piston body is driven by negative pressure to move toward a piston barrel so that the claw connecting surface can be recessed, and then the three claws are driven by the claw connecting surface to realize a clamping action so as to clamp a foreign body.

The present invention relates to a method of producing an absorbent member comprising feeding a superabsorbent polyer and pul fiber both in the form of a dispersion in an air stream, depositing the superabsorbent polymer and the pulp fiber in a recess by suction through a plurality of suction holes provided in the bottom of the recess and releasing the deposited aggregate from the recess. The bottom of the recess (50) has a first suction region having an open area ratio R1 of 40 to 80% and a second suction region having an open area ratio R2 of 2 to 20% with the ratio of R1 to R2 ranging from 70 / 30 to 99 / 1. The superabsorbent polymer and the pulp fiber are deposited on both the first and the second suction regions.The present invention also relates to an absorbent member comprising a superabsorbent polymer and pulp fiber.

To provide a patch containing fentanyl for mucous membrane of the oral cavity (oral transmucosal fentanyl), which rapidly increases the serum concentration of the drug, is easy in handling and is superior in safety. A patch containing fentanyl for mucous membrane of the oral cavity, which can be prepared by laminating on one side of a drug layer which contains fentanyl or its salt as an active ingredient, methyl vinyl ether-maleic anhydride copolymer as an adhesive, and at least one substance selected from the group consisting of hydroxypropylcellulose, hydroxypropylmethylcellulose and hydroxyethylcellulose as a thickener, a support layer hardly soluble or insoluble in water, and a backing in their order.

A golf club 2 is provided with a head 4 having a hosel hole 18 and a shaft 6. The golf club 2 has a mounting / detaching mechanism detachably mounting the head 4 and the shaft 6 to each other. The mounting / detaching mechanism can fix the shaft 6 to the hosel hole 18 of the head 4 at a plurality of circumferential mounting positions. The shaft 6 has anisotropy producing coupled deformations of bending and torsion. Preferably, an angle θ1 between an axis line of the shaft 6 and an axis line of the hosel hole 18 is 0 degree. Preferably, a bending torsional amount of the shaft 6 is equal to or greater than 0.5 degree.

An image sensing apparatus includes an imager, an image reducer for reducing an image size from imaging data obtained from the imager, a moving image configurer for rendering an image reduced by the image reducer as a moving image, an image processor for image-processing image data, a network communicator, and a storing device for storing frame image data obtained from the imager in response to a control instruction from the outside while taking a moving image. The image data stored in the storing device is image-processed by dividing it into non-operating periods of moving image processing per frame configuring the moving image. Also, parallel processing of a moving image and a still image is performed without lowering a frame rate of the moving image.

The invention is a device for objectively applying cricoid pressure. A healthcare provider, using a locator on the face of the device, aligns the yoke with the patient's cricoid cartilage. While the healthcare provider applies force to the cricoid cartilage, a stem portion affixed to the yoke and projecting from the first end is coupled to a force sensor in the housing. The electrical signal from the force sensor is translated to a digital value by an analog-to-digital converter. The digital signal is then compared by a microprocessor to pre-established threshold values, which is reflected in a visual, auditory, or tactile signal to gauge the force being applied to the patient's cricoid cartilage.

A vehicle control device includes a recognizer configured to recognize a surrounding situation of a host vehicle and a driving controller configured to control acceleration / deceleration and steering of the host vehicle on the basis of a recognition result of the recognizer, wherein the driving controller determines a target speed of the host vehicle by reflecting a first target speed based on a relationship between a first vehicle that travels in front of the host vehicle in a first lane and the host vehicle and a second target speed based on a relationship between a second vehicle that travels in front of a target position to which the host vehicle makes a lane change in a second lane and the host vehicle in a prescribed ratio according to progress of the lane change when the lane change from the first lane to the second lane is made.

The invention is a device for objectively applying cricoid pressure. A healthcare provider, using a locator on the face of the device, aligns the yoke with the patient's cricoid cartilage. While the healthcare provider applies force to the cricoid cartilage, a stem portion affixed to the yoke and projecting from the first end is coupled to a force sensor in the housing. The electrical signal from the force sensor is translated to a digital value by an analog-to-digital converter. The digital signal is then compared by a microprocessor to pre-established threshold values, which is reflected in a visual, auditory, or tactile signal to gauge the force being applied to the patient's cricoid cartilage.

A speed control device includes: a continuous curve acquiring unit that acquires curve shapes and positions of two successive curves in advance of the vehicle; a curve-to-curve distance calculating unit that calculates distance between the two curves based on curve shapes and positions of the two curves; a selection unit that selects, based on the curve shapes, the curve shape of the curve having the larger radius of curvature; a vehicle speed limit setting unit that sets, based on the curve-to-curve distance and selected curve shape, a vehicle speed limit for travel between the two curves; a target vehicle speed determination unit that determines, based on vehicle location, the curve shapes and positions, and the vehicle speed limit, a target vehicle speed for traveling the two curves; and a vehicle speed control unit that controls vehicle speed based on the target and detected vehicle speeds.

The present invention relates to a method of producing an absorbent member comprising feeding a superabsorbent polyer and pul fiber both in the form of a dispersion in an air stream, depositing the superabsorbent polymer and the pulp fiber in a recess by suction through a plurality of suction holes provided in the bottom of the recess and releasing the deposited aggregate from the recess. The bottom of the recess (50) has a first suction region having an open area ratio R1 of 40 to 80% and a second suction region have an open area ratio R2 of 2 to 20% with the ratio of R1 to R2 ranging from 70 / 30 to 99 / 1. The superabsorbent polymer and the pulp fiber are deposited on both the first and the second suction regions. The present invention also relates to an absorbent member comprising a superabsorbent polymer and pulp fiber.

A driving support system according to the present invention is provided with an actuator for steering steered wheels of a vehicle and is used for supporting driving of the vehicle by making use of steering by means of the actuator. The driving support system has an image taking device for taking a forward image ahead the vehicle, a determiner for determining a controlled variable of the actuator on the basis of the forward image acquired by the image taking device, a limiter for limiting the controlled variable when a time change of the controlled variable of the actuator determined by the determiner is off a predetermined range, and a controller for controlling the actuator. The limiter sets a limit value for limiting the time change of the controlled variable of the actuator so that the limit value at a start (or at an end) of the driving support control is different from the limit value in continuation of the driving support control. In this configuration, the limit value to prevent a driver from sensing discomfort is set at the start (or at the end) of the driving support control, while the limit value suitable for the driving support control is set during continuous execution of the driving support control. This permits the system to achieve suppression of the discomfort at the start (or at the end) of the support control and improvement in performance of the support control in continuation of the control together.

A stick lever unit is provided that is capable of eliminating uncomfortable feeling during manipulation of the stick, as well as, minimizing breaking of a wiring conductor of the variable resistor. The stick lever unit includes a fixing member, a first variable resistor attached to the fixing member, a first rotational member rotatably journalled to the fixing member, for rotationally controlling the first variable resistor, a second variable resistor attached to the first rotational member, and a second rotational member having a stick lever and being rotationally journalled to the first rotational member to rotationally control the second variable resistor. The wiring conductors of the second variable resistor are derived out from the lead-out hole in the rotational shaft of the first rotational member, which is attached to the second variable resistor.

A method and device for analyzing a gait of a person includes a magnetometer for fastening to a tibial segment of the person, in order to generate a signal representative of at least one projection onto a sagittal plane of an ambient magnetic field in which the magnetometer is immersed and a signal processor to identify instants and / or phases that are characteristic of the gait of the person by identifying particular points in the signal generated by the magnetometer as a function of time.

A vehicle control device includes a recognizer configured to recognize a surrounding situation of a host vehicle and a driving controller configured to control acceleration / deceleration and steering of the host vehicle on the basis of a recognition result of the recognizer, wherein the driving controller determines a target speed of the host vehicle by reflecting a first target speed based on a relationship between a first vehicle that travels in front of the host vehicle in a first lane and the host vehicle and a second target speed based on a relationship between a second vehicle that travels in front of a target position to which the host vehicle makes a lane change in a second lane and the host vehicle in a prescribed ratio according to progress of the lane change when the lane change from the first lane to the second lane is made.