241 results about "Third body" patented technology

A method for calibrating impedance includes coupling at least first, second, and third electrodes at respective locations to a surface of a body of a subject. A first current passing through the body between the first and second body-surface electrodes is measured, and a second current passing through the body between the first and third body-surface electrodes is measured. From the first and second currents, a contact factor is derived that is indicative of the impedance between at least one of the body-surface electrodes and the surface of the body. Also described are methods for sensing the position of a probe and for detecting tissue contact based on a relation between currents from the probe to body-surface electrodes.

A method for calibrating impedance includes coupling at least first, second, and third electrodes at respective locations to a surface of a body of a subject. A first current passing through the body between the first and second body-surface electrodes is measured, and a second current passing through the body between the first and third body-surface electrodes is measured. From the first and second currents, a contact factor is derived that is indicative of the impedance between at least one of the body-surface electrodes and the surface of the body. Also described are methods for sensing the position of a probe and for detecting tissue contact based on a relation between currents from the probe to body-surface electrodes.

A device is disclosed for simple and quick disconnection of a target assembly at a cyclotron accelerator producing an ion beam irradiating the target assembly for PET radioisotope production. The device consists of a target body presenting a target space for introduction of target media to be irradiated by the ion beam from the cyclotron accelerator. The target body is separated into three portions by means of two separation window foils. The first separation window separates the internal space of a first body portion from a further internal space portion of a second target body portion and the second separation window separates a further internal space of the second target body portion from an internal space of a third target body portion being in communication with the vacuum space of the cyclotron. This third body portion forms a bayonet fitting to a corresponding bayonet fitting fixed to the cyclotron vacuum casing at a position where the ion beam is extracted, whereby the corresponding bayonet fitting also constitutes an insulating member. The device can by a small twisting be quickly released from the vacuum casing of the cyclotron after the vacuum has been removed for necessary maintenance and service.

A release fitting for releasably holding at least one line to at least one item, the release fitting having a first body part, a second body part, and a third body part, the first and second body parts pivotably secured to the third body part, a bolt with a first bolt portion connected to a first portion of the first body part and a second bolt portion connected to a first portion of the second body part, at least one pin suitable for attaching thereto the at least one line, the first body part having a recess for releasably receiving an end of the pin, the bolt initially holding apart the first portion of the first body part and the first portion of the second body part to thereby maintain a second pin end in the recess, the third body part connected to the at least one item, bolt cutter apparatus for selectively cutting the bolt to release the at least one line from the pin.

A golf surface repair tool having a pair of legs for repairing a golfing surface following a shot is provided with internal implements that may be utilized as well. Specifically, the golf surface repair tool is fabricated utilizing at least three releasably interengageable body members. The legs of the repair tool extend from the first body member, which also defines an open mouth and a hollow cavity therewithin at its opposite end. The second body member has a closed end and an opposing open mouth and also defines at least one hollow cavity therewithin. A third body member is formed with a central base and a pair of pedestals which project from the base in opposite directions from each other. The pedestals have sides that respectively fit snugly in frictional or other engagement into the open mouths of the first and second body members. One or more writing implements, such as a marking pen for marking golf balls and / or a lead pencil for writing golf scores on a score card, are mounted to one of the pedestals projecting out from the central base. A brush is mounted to the other pedestal and projects in a direction opposite the writing implements. The brush and the writing implements are thereby enclosed within the hollow cavities of the first and second body members when the pedestals of the third body member are engaged with the first and second body members.

The invention provides a pneumatic type soft motion robot based on an earthworm motion principle. The robot comprises a first body part, a second body part and a third body part, wherein the first body part is connected with the second body part through a first telescopic part, the second body part is connected with the third body part through a second telescopic part, and the first body part and the second body part are controlled by a controller arranged on the second body part to stretch and retract; and mechanical steel bristles are arranged at the lower portion of the first body part and the lower portion of the third body part. By the adoption of the robot, a robot motion model is established according to the earthworm motion mechanism, and through the mechanical steel bristles, pneumatic control replacement and simulation of stretching and retracting of transverse muscles and longitudinal muscles of an earthworm, the robot can conduct complex actions of walking straightly, making a turn, crossing an obstacle and the like in a severe environment. Through intelligent control, the robot can be used in industrial pipeline exploration and disaster search and rescue.

An electronic device with a full function foldable keyboard is presented and includes first, second and third body elements in an overlapping stacked alignment with one another when the device is in a closed position and a display screen constructed in at least one of said first, second and third body elements. The first and second body elements are arranged for pivotal movement with respect to one another about a first pivot axis and the third body element is arranged for pivotal movement with respect to one of the first and second body elements about a second pivot axis passing through one of the first and second body elements. A function keyboard constructed in two portions, each of which has an array of keys consistent with a selected function wherein the function keyboard is exposed for operative use when the device is in a first open position in which the first, second and third body elements are in a non-overlapping alignment with one another and are located on opposite sides of the display screen. The third body element has first and second major face surfaces oppositely disposed from one another and a keypad having an array of keys arranged consistent with a selected function is constructed in the first surface whereby the keypad and the display screen are exposed for operative usage when the device is in a second open position. A pair of spaced apart pivot bars nests the first body element and one end of each is attached to one end of the third body element for movement therewith. The second pivot axis passes through the pivot bars and the first body element. The third body element and the spaced apart pivot bars are arranged for pivotal movement with respect to the first and second body elements when the third body element is rotated between the second open position and the first open position. Several embodiments and an associated computer program are also presented.

A barrier assembly includes first, second and third bodies that are vertically stacked. Each body includes a top surface and side surfaces. Inlet ports are formed within the top surfaces. Isolated chambers are formed within and are equidistantly spaced from a center of each body. The bodies include opposed ends that have serrations formed therewith that are interfitted for inhibiting lateral movement of the bodies during collision. The bodies also include indentations formed therein for receiving a user's hands or a fork lift arm, and assisting the user to transport the bodies. Reinforcement rods, formed from non-corrosive material, traverse through the bodies. At least one reinforcement rod is medially seated between the isolated compartments for counterbalancing a combined weight of the bodies. A connector rod is conjoined to the bodies such that the bodies are prohibited from disengaging while experiencing an impact force.

A portable electronic device having a triaxial hinge structure which includes a first body, a second body, to rotate about a first hinge axis relative to the first body, a third body to rotate relative to the second body not only about a second hinge axis but also a third hinge axis, a first hinge unit, to enable the second body to rotate about the first hinge axis, a second hinge unit, to enable the third body to rotate about the second hinge axis, and a third hinge unit, to enable the third body to rotate about the third hinge axis.

A handle assembly for a power tool is described and includes a first substantially tubular body portion 210 which contains a first spring 212. A second body portion 216 is slidably mounted within first body portion 210 and contains a second spring 218. A third body portion 222 is also slidably mounted within first body portion 210. The biasing coefficient, or spring constant, of the first spring 212 is less than that of the second spring 218. The first, second and third body portions 210, 216 and 222, and first and second springs, 212 and 218, are all mounted coaxially on threaded bolt 224. In use the third body portion 222 moves within first body portion 210 in a direction towards end portion 214 and the first and softer spring 212 becomes compressed more rapidly than the second and harder spring 218. When the distance D1 has reduced to zero, by compression of first spring 212, the rubber washer 230 engages end portion 220 of second body portion 216 and the biasing effect of first spring 212 is eliminated The biasing force of the harder second spring 218 acts alone up to a distance D2.

The present invention relates to a three-stage foldable mobile terminal having a flexible display, and can provide a mobile terminal comprising: a body portion which comprises first to third bodies rotatably connected to each other and which implements a first state in which the first to third bodies are arranged side by side in one direction and a second state in which the first to third bodies overlap each other by the at least one hinge unit, respectively; and a flexible display unit which is mounted on the body portion, wherein the body portion comprises: a main circuit board which is disposed on the first body; a flexible circuit board which electrically connects the first and second bodies in the first state; and a connection member which is disposed on the second body so that the main circuit board and the third body are electrically connected to each other in the second state.

An electronic device with multiple body elements is configurable to predetermined fixed portrait and landscape orientations each of which define a respective different operative position. A first panel overlies at least one portion of a main body element first surface and has a surface relative to usage and is arranged for sliding engagement with the main body, whereby in a first fixed configuration at least one portion of the main body element first surface is covered and not available for usage and in the second fixed configuration said at least one portion of the main body element first surface is uncovered and available for usage. A second panel overlies another portion of the main body element first surface and is arranged for rotational movement on the main body element parallel to the plane of the main body element first surface, whereby in the first fixed configuration the second panel is in a first orientation and in positional alignment adjacent the first panel and in the second fixed configuration the second panel is rotated on the main body element to a second orientation and in positional alignment adjacent the at least one portion of the main body element first surface. The main body element may be constructed with an arrangement of keys to carry out an intended function such as a QWERTY keyboard. A display screen may be constructed in the second body element and a key arrangement may be constructed in the third body element to carry out an intended function.

A wafer-level packaging, comprising: a first semiconductor body integrating a MEMS structure; a second semiconductor body, including a surface electrical-contact region and an ASIC coupled to the MEMS structure and to said electrical-contact region; a first coating layer, made of resin, which englobes and protects the first body, the second body, and the electrical-contact region; at least one first conductive through via, which extends through the first coating layer in an area corresponding, and electrically coupled, to the first electrical-contact region; an electrical-contact pad, which extends over the first coating layer, electrically coupled to the first conductive through via; a third semiconductor body, integrating an electronic circuit, glued on the first coating layer; a second coating layer, made of resin, which englobes and protects the third body; at least one second conductive through via, which extends completely through the second coating layer in an area corresponding, and electrically coupled, to the electrical-contact pad; and a further electrical-contact pad electrically coupled to the second conductive through via.

A mobile communication terminal comprises three body elements connected by a multi-functional hinge member for movement from a closed folded operative position to a flipped open first operative position revealing a display carried by one body element and a first keypad carried by a second body element and to a folded keyboard flipped open position revealing an arrangement of keys carried by the third body element and the second body element on the side opposite the first keyboard. The first body element carrying the display is rotated in a plane parallel with the plane of the display to reveal the display for usage with the flipped open folded keyboard in a second operative position.

The invention relates to a single-layer gold nano-structure capable of realizing asymmetric transmission and a preparation method thereof. The single-layer gold nano-structure is prepared through the following ten steps of: preparing a substrate; applying photoresist; performing post-photoresist application drying; using an electron beam to expose the pattern of the structure; performing developing; performing fixation; performing post-fixation drying; performing gold plating; stripping the photoresist; and performing drying. The single-layer gold nano-structure of the invention is of structural simplicity; the single-layer gold nano-structure has connectivity, so that the coupling of light and the metal micro-nano structure can be enhanced, and the asymmetric transmission characteristic of the light can be realized; and the length of first vertical bodies of the single-layer gold nano-structure and the length of third bodies of the single-layer gold nano-structure are set to be unequal, and therefore, the single-layer gold nano-structure has two more resonance modes than a structure with first vertical bodies and third vertical bodies which are equal in length, and thus, the adjustment of a plurality of frequency bands can be realized, and two relatively large asymmetric transmission effects can be generated. According to the preparation method of the invention, in the exposure process of the pattern of the structure, the electron beam etches a part of the pattern of the structure, and therefore, the exposure time of the pattern of the structure is saved, and preparation efficiency can be improved.

An electronic device with multiple body elements is configurable to predetermined fixed portrait and landscape orientations each of which define a respective different operative position. A first panel overlies at least one portion of a main body element first surface and has a surface relative to usage and is arranged for sliding engagement with the main body, whereby in a first fixed configuration at least one portion of the main body element first surface is covered and not available for usage and in the second fixed configuration said at least one portion of the main body element first surface is uncovered and available for usage. A second panel overlies another portion of the main body element first surface and is arranged for rotational movement on the main body element parallel to the plane of the main body element first surface, whereby in the first fixed configuration the second panel is in a first orientation and in positional alignment adjacent the first panel and in the second fixed configuration the second panel is rotated on the main body element to a second orientation and in positional alignment adjacent the at least one portion of the main body element first surface. The main body element may be constructed with an arrangement of keys to carry out an intended function such as a QWERTY keyboard. A display screen may be constructed in the second body element and a key arrangement may be constructed in the third body element to carry out an intended function.

An electronic device includes first and second body part; a third body part connecting the first and second body parts such that the first an second body parts are switched to an unfolded state or a folded state, a display unit disposed on one surface of each of the first and second body parts and provided such that a partial region thereof is foldable in the unfolded state and the folded state, an extending part extending in the unfolded state, a support part including first and second support regions supporting the display unit, and an elastic force providing unit providing an elastic force in different directions such that the unfolded state and the folded state are maintained.

Integrated circuit devices include a pair of field effect transistors having shared source terminals, shared drain terminals and shared gate terminals, which may be treated herein as being electrically coupled in parallel. A switch circuit is also provided, which is configured to drive a body terminal of a first one of the pair of field effect transistors with an alternating sequence of first and second unequal body voltages. This alternating sequence is synchronized with a first clock signal. The switch circuit is also configured to drive a body terminal of a second one of the pair of field effect transistors with an alternating sequence of third and fourth unequal body voltages, which is synchronized with a second clock signal. The first and third body voltages may have equivalent magnitudes and the second and fourth body voltages may have equivalent magnitudes. The first and second clock signals may have 50% duty cycles and may be 180 degrees out-of-phase relative to each other.

The invention provides an electronic thermometer and a body temperature measurement method which can correctly measure core body temperature. An electronic thermometer (2) includes a first body surface temperature measurement portion (20A) and a second body surface temperature measurement portion (20B), a first reference temperature measurement portion (24A) and a second reference temperature measurement portion (24B), a third body surface temperature measurement portion (20C, 20D, 20E) to measure values at each position having a predetermined thermal resistance relative to a measurement a third temperature with a position different from the measurement positions of the first and second body surface values, a temperature correction portion (40) to correct a first body surface temperature, a first reference temperature, a second body surface temperature, and a second reference temperature by a third temperature; and a core body temperature calculation portion (42) to calculate a value of the object using the obtained corrected values of a first body surface temperature, a first reference temperature, a second body surface temperature, and a second reference temperature.

An electronic device with a full function foldable keyboard is presented and includes first, second and third body elements in an overlapping stacked alignment with one another when the device is in a closed position and a display screen constructed in at least one of said first, second and third body elements. The first and second body elements are arranged for pivotal movement with respect to one another about a first pivot axis and the third body element is arranged for pivotal movement with respect to one of the first and second body elements about a second pivot axis passing through one of the first and second body elements. A function keyboard constructed in two portions, each of which has an array of keys consistent with a selected function wherein the function keyboard is exposed for operative use when the device is in a first open position in which the first, second and third body elements are in a non-overlapping alignment with one another and are located on opposite sides of the display screen. The third body element has first and second major face surfaces oppositely disposed from one another and a keypad having an array of keys arranged consistent with a selected function is constructed in the first surface whereby the keypad and the display screen are exposed for operative usage when the device is in a second open position. A pair of spaced apart pivot bars nests the first body element and one end of each is attached to one end of the third body element for movement therewith. The second pivot axis passes through the pivot bars and the first body element. The third body element and the spaced apart pivot bars are arranged for pivotal movement with respect to the first and second body elements when the third body element is rotated between the second open position and the first open position. Several embodiments and an associated computer program are also presented.

An integrated multi-band antenna module includes a first antenna body having a first body and a second body, and a second antenna body having a third body and a fourth body. The first to the fourth body have relative radiating portions, feed lines, and ground lines. The radiating portions have relative arms, antenna portions, feed arms, and conducting top plates. Resonant excitation sources are formed by capacitive coupling effects from gaps between the above components. The capacitive coupling effects also lower the inductance effect and the reflection loss. Mirror effect and large-scaling conducting top plates are used to raise a radiating effect. The relative gaps form the capacitive coupling effects to receive optimized frequencies so that a small-size integrated antenna with multi-band, high radiating effect, good resonant effect, and suitable for an ultra wide bandwidth operation is achieved.

A full function foldable keyboard for an electronic device and in particular a mobile communication terminal having first, second and third body elements is disclosed wherein hinged together second and third body elements are arranged for pivotal movement relative to one another about a lengthwise axis passing through the hinge as the device is moved between its operative closed and open positions. The second body element is arranged for rotational movement with respect to the first body element about a pivot axis passing lengthwise through the first and second body elements and is offset from one edge of the first body element and the hinge edge of the second body element. The third body element moves with transverse sliding movement along an angular linear path with respect to the first body element as the device is moved between its operative closed and open positions. A communication keyboard is accessible for usage in the closed operative position and a full function keyboard is exposed and accessible for usage in the open operative position. A display is constructed in the first body element.

An improved lath and rain screen assembly for fastening to an exterior building surface or the like is provided. The lath and rain screen assembly comprises a rain screen configured to encourage ventilation and drying, and a lath configured to receive at least a portion of a first mortar layer. In various embodiments, the rain screen comprises a first and a second body, defining respective co-parallel first and second planes, while the lath comprises a third body spaced apart from and substantially parallel to at least the first plane. In certain embodiments, the first body and the lath are spaced apart so as to provide a first intermediate pathway. In certain embodiments, the first intermediate pathway is at least partially defined by the second body of the rain screen. A method of applying the improved lath and rain screen assembly is also provided.