The transducer may include a transesophageal echocardiogram (TEE) ultrasound transducer probe, a transnasal TEE (TNE) ultrasound transducer probe, or a transthoracic transducer.
The sensor may be, for example, an acoustic sensor, a piezoelectric sensor, a capacitive sensor, or a pressure sensor.
The sensor has at least one sensor electrode, and that sensor electrode may be a capacitance sensor, an electric field sensor, or an electroluminescent sensor.
The sensor can be a thermal sensor, an optical sensor, or a proximity sensor.
The detector (70) can include a micro switch, proximity sensor, touch sensor, strain sensor, thermal sensor, optical sensor, sonar sensor or positioning load change sensor.
The sensor can be a water sensor, a temperature sensor, a humidity sensor, a ground moisture sensor, a solar radiation sensor, a wind speed sensor, or a water flow rate sensor, among others.
The collector is an air vacuum type solar collector.
The sensor may comprise a thoracic fluid sensor, a heart sounds sensor, a cardiac chamber or arterial pressure sensor, a respiration sensor, or a blood chemistry sensor, for example.
The inventive multifunctional sensor device can be used as a magnetic sensor, a temperature sensor, a voltage sensor, a position sensor, an optical sensor and a chemical sensor.
The sensor(s) may comprise a camera, an atmospheric sensor, a motion sensor, a directional sensor, an insolation sensor, an acoustic sensor and/or a seismic sensor.
Each sensor node includes a sensor node microprocessor and a sensor node memory coupled to a temperature sensor, a reference capacitive sensor and a capacitive moisture sensor.
Said microsensor may be used as a pressure sensor or an acceleration sensor.
The gripping portion has a distinct gripping edge.
One of the gripping surface and gripping formation is rotated by a prime mover, and through engagement of the gripping surface and gripping formation prime movement is transferred to the shaft.
The gripper assemblies include a gripper finger configured to pivot from a non gripping position to a gripping position in response to centrifugal force generated by the rotation of the platform.
Said aim is achieved whereby the filter unit comprises at least one grip region separate from the sterile filter for gripping and holding the filter unit and that said grip region comprises a gripping surface.
The wall-side component has a female socket plug to insert into an electrical outlet and a female socket opposite the female socket plug.
The DC outlet includes an outlet main body having an outlet unit to which the plug is adapted to be connected, the outlet unit being provided in a front surface of the outlet main body.
The apparatus can either be engaged with the wall outlet or as a extension type outlet.
The environment-altering apparatus has a front surface which includes an outlet pattern substantially corresponding to the outlet pattern of the electrical receptacle, and a plug configured to interface with the electrical receptacle.
The present invention relates to a safe electrical outlet that enables the connection and separation of an electric plug thereto and therefrom by only pressing the plug toward the outlet.
A plug system comprises at least two of such plug elements, wherein a first plug element comprises male plug contacts (30) and a second plug element comprises female plug contacts.
Plug and receptacle ferrules, and fiber optic plug and receptacle connectors that use the plug and receptacle ferrules are disclosed.
The plug includes a plug side guide portion (122), a plug side optical connection portion, and a plug side electrical connection portion.
The USB plug is connected to the Micro-USB plug through a wire, and the USB plug is detachably connected to the Micro-USB plug.
The supply plug engages the cartridge supply port and the exhaust plug engages the exhaust port.
The male socket is configured to interface with the female socket, regardless of orientation of the male socket with respect to the female socket.
The socket is safety and anti-electric shock.
The management device, socket, and numerical control device connected to the socket carry out data verification between the socket and the numerical control device connected to the socket (step S3 - step s14).
Said socket includes a socket body (5), the conducting device arranged in an accommodating slot (7) of said socket body (5), and an ending cap (6) arranged on said socket body (5).
The circuit receptacle includes a locking tab that engages the locking recess and secures the circuit receptacle to the socket.
The groove of the tap cover is designed to fully engage with a raised lip of a tap projection or individual tap of a transformer.
Each tap has a corresponding tap coefficient.
Another embodiment of the tap cover has openings to receive epoxy- headed bolts that are used to connect the tap cover to the tap projection through the tap connectors.
Linear movement: uniform motion in a straight line, motion under constant acceleration (motion under gravity
In practice the axial movement is a translating movement and the rotary movement is a movement into and out of engagement with the gears.
The movement may include a vibrational movement.
The motion sensor (32) provides a motion signal indicating camera movement.
If the detected movement does not correspond to the at least one predefined movement profile, a further predefined movement profile is produced depending on the detected movement.
The sensors may be a pressure sensor, humidity sensor, motion sensor or some other types of sensor.
A user can monitor feedback from a variety of sensors, such as a motion sensor, a temperature sensor, a door sensor, an electrical sensor.
It can also convert unidirectional rotary motion to bidirectional rotary motion, or continuous rotary motion to rotary motion with a momentary dwell.
A first control input controls the reciprocating element's motion over the first range of motion, and a second control input controls the reciprocating element's motion over the second range of motion.
This relative motion is called hypo- cycloidal motion.
With the skip mode, the macroblock to be coded and a motion vector describing the global motion or regional motion is associated with the macroblock if the motion in the region is characteristic of global motion or regional motion.
A first fixed motion program sequence (62), comprising at least data of motion path, motion speed and motion direction, is executed by the robot (14) in autonomous motion state.
The motion information may, for example, indicate motion based on a motion model that models three or more motion parameters as opposed to conventional two parameter translational motion vectors.
In a motion task mode, in which motion tasks are performed according to recognized motion gestures, the electronic apparatus displays motion assistance information to aid in performing the motion tasks.
That motion relates to the motion of objects in the scene.
A method is disclosed for providing calibration of sensor signals in a sensor having a measuring sensor and a reference sensor.
According to the present invention, a sensor for measuring electrical characteristics is provided, comprising a voltage sensor and a current sensor.
An acoustic sensor capable of improving the sensor S/N ratio, without impeding reduction in sensor size is provided.
In one aspect, the sensor may include a sensor element on a sensor body having a first end and a second end and wherein the sensor is preloaded after placing the sensor body in the bit body.
The sensor plug (110) comprises a sensor body (112) with a sensor body axis (120) and a pressure sensor (124) arranged basically concentric to the sensor body axis (112).
The engagement apparatus comprises an engagement mechanism adapted to engage the replaceable cleaning article, a push button, and a push bar connected to the engagement mechanism and the push button.
The busbar assembly includes a conducting bar.
The toolbar includes a first bar section and a second bar section.
A vertical bar is detachably coupled to a top end of each lifting bar, and a horizontal bar is extended from a top end of each vertical bar.
For example, the modal-less save interface may be presented in a toolbar, taskbar, status bar, window pane, or sidebar.
Misalignment of components (e.g. track rod or drag link).
Misalignment of components (e.g. track rod or drag link).
The solid rod extends into the tubular rod.
The base assembly (106) may lock directly to the rod (134) of the rod assembly (108) or to an inner base member attached to the rod (134).
The first rod assembly includes an internal cavity to receive a portion of the second rod that may protrude from the adjustable rod adapter.
A bar (also called a semiconductor laser bar, a laser diode bar or diode bar) consists of multiple semiconductor lasers in a one-dimensional array.
A 'bar' (also called a semiconductor laser 'bar', a laser diode 'bar' or diode 'bar') consists of multiple semiconductor lasers in a one-dimensional array.
The network is provided with a positive output bar (114) and a negative output bar (116) on the output side thereof, the output voltage to be regulated being applied between said two bars (114, 116).
A pair of mating bars having standardized sizes and shapes are also provided, consisting of a meso-bar fastened to the connecting bar and an iso-bar removably attached to the meso-bar through an attachment.
The drawbar assembly is interconnected to a tow vehicle and includes an elongate bar (20) and a drawbar angle adjuster (130) that is pivotally interconnected and angularly adjustable relative to the bar.
T12 load cell or load cell replacement
The sensor can be an ultrasonic sensor, radar sensor, infra-red sensor or an electric image sensor.
The display device also comprises a first sensor, a second sensor, and a third sensor.
The sensor is a hall-effect sensor or a proximity sensor.
The sensor may be a fabric position sensor or a flexible circuit sensor.
The sensor detects a relative position of the sensor element with respect to the sensor.
The sensor module can have a second displacement sensor and a second pressure sensor.
The image sensor has a sensor surface with a sensor surface area.
The sensor flap includes a sensor housing and at least one sensor.
The imaging sensor includes or is associated with an inclination sensor.
The first sensor is a temperature sensor or a Hall effect sensor.
The hybrid sensor (1) includes a proximity sensor unit (2) and a load sensor unit (3).
Each chamber has its own sensor for compressed air, the shoulder chamber the sensor (6), the chest one the sensor (7) and the belt one the sensor (8).
The environment sensor (20) includes at least a temperature sensor (6), and optionally a temperature sensor (7) and a barometric sensor (8).
Said electromechanical component can be an acceleration sensor, a rotation speed sensor, a microvalve, a micropump, a pressure sensor or a power sensor.
The sensor (S) has a sensor rod (22) and a sensor body (21) joined to one end of the sensor rod (22).
The invention relates to a proximity sensor (1) comprising a PCB (10) which contains the sensor electronics, a sensor element and a sensor interface.
The plurality of sensors includes an optical power sensor, a first temperature sensor, and a power sensor and/or a current supply sensor.
The transmission unit receives the requested sensor data from the sensor information storage server and transmits the received sensor data to the sensor node.
The first sensor can be constituted of an acceleration sensor, and the second sensor can be constituted of a gas pressure sensor or the like.
The sensor section (3) is provided with a sensor mounting board (7) and a sensor (8) which is affixed to the sensor mounting board (7).
The drive-side sensor transmission connects the crank axle to the sensor shaft and the output-side sensor transmission connects the sensor shaft to the hollow shaft.
The magnetic sensor in the boat body (1) is a two-dimensional sensor, and the magnetic sensor in the remote controller (2) is a three-dimensional sensor.
The downstream sensor (100) is used as a safety management sensor and the upstream sensor (200) is used as a muting sensor.
The sensor arm assembly has at least one sensor arm (22A) and at least one sensor (23B) disposed along the at least one sensor arm.
A connector with a sensor couples to the sensor housing in a relationship wherein the sensor extends into the sensor housing pocket.
The sunlight tracking sensor includes an ambient light sensor (22), an azimuth angle sensor(21) and an elevation angle sensor(23).
The induction module, i.e. an inductor, comprises a smoke sensor, a temperature sensor, a flood sensor and a toxic gas sensor.
The storage battery multi-parameter sensor comprises a temperature sensor, a pressure sensor, a current sensor, and an internal resistance detector.
Each sensor module generates sensor data indicative of the orientation of the sensor module and/or structures to which the sensor module is coupled.
The invention relates to a capacitive micromechanical acceleration sensor comprising a first sensor (2), a second sensor (4), and a third sensor (5).
The sensor is adapted to receive a sensor signal and the sensor cover being adapted to transmit the sensor signal.
Each seismic sensor device includes a sensor housing and at least one seismic sensor carried by the sensor housing.
The bulk sensor head and the endoscopic sensor head are at least one of separate exchangeable sensor heads or a reconfigurable sensor head.
An assessment unit (23) assesses the sensor results of the first sensor unit and the sensor results of the second sensor unit in coordinated fashion.
In one embodiment, the first sensor is a temperature sensor and the second sensor is a pressure sensor, a chemical sensor, a surface tension sensor or a surface stress sensor.
The method preferably includes determining sensor tilt angle, determining the position of the sensor, and synchronizing the operation of the sensor.
The touch sensor assembly may include a housing, at least one touch sensor and a sensor cover.
The sensor cover may identify a touch area associated with each touch sensor.
The sensor may be configured as (i) an absolute thermal conductivity sensor (10), (ii) a differential thermal conductivity sensor (70), (iii) rotation sensor (100), or (iv) an orientation sensor (44).
The sensor includes a sensor tube and a bypass tube dividing flow, wherein a bypass ratio of the sensor equals a total flow rate through the sensor divided by a flow rate through just the sensor tube.
According to the invention, the sensor signal (5) from the first sensor (3) is compared with a sensor signal from a second sensor (7) in such a manner that the first sensor (3) is monitored.
The optical sensor device (38) further comprises a video sensor (80), wherein the beam path of the video sensor (80) passes through the same objective (46) as that of the white light sensor (44) of the optical sensor head (40).
The continuous sensor may be calibrated periodically by comparing raw sensor values from the sensor to sensor values obtained from a second sensor, such as a blood glucose meter (BGM).
Such values can then be used as indicators of a sensor's state, for example the state of sensor hydration, sensor noise, sensor offset, sensor drift or the like.
The sensor module includes sensor circuitry coupled to sensor electrodes, the sensor module configured to generate sensing signals received with the sensor electrodes.
The invention relates to a sensor component (1) and a panel that is used for the production thereof.
An image sensor that has a temperature sensor.
Said engagement is a linkage engagement.
The engaging member (49) rocks such that the engaging portion (49a) engages with an engaged portion (50a).
The receptacle capsule includes a receptacle housing and a receptacle coaxially disposed within the receptacle housing.
A picked-up image is received from an image pickup apparatus.
The web is engaged with the engagement member.
Said modular receptacle can be used either as electric or optical connection, or further as a complex opto-electric connection.
A communication jack, system using the jack, and method of fabricating the jack are disclosed.
The second set of windings includes a third port (710), a fourth port (712) and a fifth port (714).
The engagement member includes a holder engagement surface (142) and a coupling member (146) where the coupling member is designed to change the engagement member from a disengaged state to an engaged state.
An image acquisition system (300) is disposed to obtain at least one before -pick image of a component pick up location (16) and at least one after-pick image of the component pick up location (16) .
The clutch (103) comprises: a first engagement body (103a); a second engagement body (103b) provided with a first engagement part (103bb) and a second engagement part (103bc); and a stopper (93b).
The first engagement structure (48) consists of engagement cavities (54) and the second engagement structure (49) consists of engagement protrusions (55).
The resolution of the distance image can be increased with the aid of the intensity image.
Conversely, the intensity image can be segmented in object-oriented fashion on the basis of the distance image.
The drive mechanism may include first engagement elements, and the edge portion may include second engagement elements that interengage with the first engagement elements.
The device includes a first clamp arrangement being displaceable between an engaged position and a disengaged position and a second clamp arrangement being displaceable between an engaged position and a disengaged position.
The engagement sections (53A, 53B) are engaged with and disengaged from the engagement receiving sections (52A, 52B) as the pawls (35) move in the radial direction.
The engagement section (45) engages the engaged section (42) in a manner so that the engaged section (42) can be removed by means of displacement in a stipulated first direction.
The image and video capturing device and image and video capturing method of the present invention relate to image and video capturing devices and the application field of image and video capturing.
The forward guide part reduces the distance of the engaging hook (43) with respect to the engaging hole (35) and inserts the engaging hook (43) into the engaging hole (35).
If each subsequent video frame repeats the previous video frame, then instead of said subsequent video frame being added to the formed digital video image, a command is added to repeat the previous video frame.
The tire mounting device includes a plurality of tire engaging members including a first tire engaging member, a second tire engaging member, and a third tire engaging member.
The vent assembly (10) includes a vent frame (14), a vent (16) and a retainer (40).
Each of the abutting flanges (28) has an engagement surface (50) and an engagement member (31), which engages the mounting structure.
Each of the plurality of second attachment members (20) includes an engaging portion selectively engageable with the engaging portion of the first attachment member (16).
Each of the engagement portions having an engagement length, wherein the sum of the engagement lengths is at least about 20% of the body panel length.
The cover assembly (2) includes a trim flange (3) which overlies the fitting (10) and is adapted to support at least one receptacle (24) within the fitting (10).
The moving direction acquiring unit acquires the moving direction of the moving body.
The mass measuring system operates in static, accelerating, decelerating as well as in periodically moving reference systems.
The present device can be used to produce rotational motion, linear motion, oscillating motion, and combinations of these.
A movement calculator (806) calculates the movement direction of the viewpoint and the movement distance.
The lost motion clutch includes an interface between two members, the interface converting relative rotational movement into relative axial movement.
The motion sensor senses movement of the personal vehicle security device and generates a motion signal.
The motion of the reciprocating wings may be reminiscent of the motion of a jellyfish.
The movement includes a rotational movement about an axis and a translational movement along the axis.
The operating levers are also connected by a ramp (10), and a ramp follower (30), the ramp being opposed to the pivot so that the pivotally connected operating levers, and the ramp define a triangle.
The present invention further relates to a pole dancing pole and a pole dancing pole kit comprising the coupling device in accordance with the present invention.
Said absorption strip follows the contours of the supporting strip (5) and can be brought to rest against the sealing strip (6).
Conversely, when the awning is retracted, the lead bar retracts towards the roll bar and in the process, the sheet awning is rolled onto the roll bar.
The rear support assembly (17, 18) includes a reaction bar (24) having an end connected to the rear cross bar (14) and an action bar (23).
The time of the use of the exchange bar code is limited and the exchange bar code is ciphered decipherably by using the unique bar code.
The shop terminal (2) deciphers the exchange bar code by using the unique bar code and transmits the deciphered exchange bar code to the server apparatus (1).
The first bar remains fixed while the second bar can be reciprocated relative to the first bar by actuation of a movable slide (12).
A dumbbell or barbell comprising a bar and a weight assembly mounted on an end portion of the bar.
The hollow bar comprises a slide bar (3) for the hook (2) of the showerhead or a grip bar (15) for a user.
Its direction and orientation may affect the placement and orientation of a menu, menubar, title, scrollbar, or toolbar.
The roll stabiliser device comprises a torsion bar and two arms which at their first ends are each rigidly connected to the ends of the torsion bar.
The nozzle system has a sprue bar, a sprue bar extension adjustably connected with the sprue bar, the sprue bar extension having a transfer chamber.
Said securing strip (5) comprises at least one recess (11, 12) for securing the cover strip (6, 6') to the securing strip (5).
The busbar hub includes an electrically conductive busbar body and a plurality of conductor legs extending from the busbar body.
On its underside, the needle bar carries a needle board with a multiplicity of needles, wherein the needle bar is guided via a movably held bar carrier.
Moreover, a bus bar constituting a grounding line is divided to a bus bar (174a) and a bus bar (174b).
The rollerbar bracket supports rotation and translation of the rollerbar, and the rollerbar assembly is depressible with respect to the base.
The pointing device also has a rollerbar assembly (120) comprising a rollerbar (122) and a rollerbar bracket (130).
The handle includes a first and second bar and a center bar extending from one end of the first bar to one end of the second bar.
A stop bar bevel surface (7-1) and a stop bar flat surface (7-2) are provided on the stop bar (7).
A connection device (1) for connecting a remaining bar (26) and a movement bar (28) of a transfer bar (1) is configured of a remaining clamp (3) and a movement clamp (4).
The twisted bar (3) comprises a first bar section (31), a second bar section (32) and a twisting section (33).
On the underside of the needle bar, the needle bar carries a needle board having a plurality of needles, wherein the needle bar is guided by means of a movably retained bar carrier.
A motor has a metal bus bar and a resin bus bar holder for holding the bus bar.
A bus bar unit including a bus bar and a bus bar holder, and a rotor overlap with each other in the axial direction.
A solid bar or hollow bar comprising a light metal or a fiber-reinforced plastic is used as a support bar (60).
The method comprises: creating a shortcut bar in a notification bar of a terminal, and setting an application shortcut in the shortcut bar.
The third resilient impact bar is removable from the impact bed without removing the first resilient impact bar or second resilient impact bar from the impact bed.
The first bus bar, the second bus bar and the third bus bar are inserted into a housing and aligned in parallel in the given direction.
tractor drawbar (see Figure 3 of Appendix 1
The assembly includes a moding having a flange, a first bar, and a second bar.
An awning sheet is connected between the roll bar and the lead bar.
A plastic strut holder (30) holds an end of the metal strut.
A composite link and insulator (10), and method of construction, includes a fiberglass body.
A boring bar (12) and a boring bar holder (14).