mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound diagnostic apparatus comprising: an ultrasound probe; an image acquisition unit that transmits an ultrasound beam from the ultrasound probe to a subject to acquire an ultrasound image; a site recognition unit that performs image analysis on the ultrasound image acquired by the image acquisition unit to recognize an imaged site of the subject; a peripheral site memory that stores a plurality of peripheral sites effective to detect a target site and a determined detection order in which the plurality of peripheral sites are detected; and an operation guide unit that, during detection of the target site, guides a user to operate the ultrasound probe so as to sequentially detect the plurality of peripheral sites stored in the peripheral site memory in accordance with the determined detection order and guides the user to operate the ultrasound probe so as to detect the target site on the basis of a recognition result obtained by the site recognition unit. an ultrasound probe; an image acquisition unit that transmits an ultrasound beam from the ultrasound probe to a subject to acquire an ultrasound image; a site recognition unit that performs image analysis on the ultrasound image acquired by the image acquisition unit to recognize an imaged site of the subject; a peripheral site memory that stores a plurality of peripheral sites effective to detect a target site and a determined detection order in which the plurality of peripheral sites are detected; and an operation guide unit that, during detection of the target site, guides a user to operate the ultrasound probe so as to sequentially detect the plurality of peripheral sites stored in the peripheral site memory in accordance with the determined detection order and guides the user to operate the ultrasound probe so as to detect the target site on the basis of a recognition result obtained by the site recognition unit.
An apparatus for performing eye examinations, comprising: a scanning optical path including a scan beam focus adjustment group, having at least one scanning mirror to scan the scan beam in a first direction, and a first lens, and a second lens coupled to receive the scan beam from the scan beam focus adjustment group, and a scanning galvanometer coupled to receive light from the second lens, to scan the scan beam in a second direction; an imaging optical path including a third lens, a retina image focus adjustment group coupled to receive light from the third lens, and an imaging device; a beam splitter coupled to merge the scanning optical path with the imaging optical path; and an ocular lens coupled to focus light into a pupil of an eye, and the scan beam focus adjustment group and the retina image focus adjustment group are mechanically coupled to a single focus adjustment, and the beam scanning pivot position on both scan directions are all conjugated on the pupil. a scanning optical path including a scan beam focus adjustment group, having at least one scanning mirror to scan the scan beam in a first direction, and a first lens, and a second lens coupled to receive the scan beam from the scan beam focus adjustment group, and a scanning galvanometer coupled to receive light from the second lens, to scan the scan beam in a second direction; an imaging optical path including a third lens, a retina image focus adjustment group coupled to receive light from the third lens, and an imaging device; a beam splitter coupled to merge the scanning optical path with the imaging optical path; and an ocular lens coupled to focus light into a pupil of an eye, and the scan beam focus adjustment group and the retina image focus adjustment group are mechanically coupled to a single focus adjustment, and the beam scanning pivot position on both scan directions are all conjugated on the pupil.
An overcap assembly, comprising: an actuator including: a first slot (440a, 440b); a tab; a spray passageway; and an outlet in fluid communication with the spray passageway; and a housing having: a sidewall; an inner wall spaced apart from the sidewall; a top wall adjoining the sidewall and the inner wall a first projection extending from a first flange of the inner wall; wherein a notch is provided within the inner wall to receive the tab during a non-actuation state, and the first projection to be received by the first slot during an actuation state. an actuator including: a first slot (440a, 440b); a tab; a spray passageway; and an outlet in fluid communication with the spray passageway; and a first slot (440a, 440b); a tab; a spray passageway; and an outlet in fluid communication with the spray passageway; and a housing having: a sidewall; an inner wall spaced apart from the sidewall; a top wall adjoining the sidewall and the inner wall a first projection extending from a first flange of the inner wall; wherein a notch is provided within the inner wall to receive the tab during a non-actuation state, and the first projection to be received by the first slot during an actuation state. a sidewall; an inner wall spaced apart from the sidewall; a top wall adjoining the sidewall and the inner wall a first projection extending from a first flange of the inner wall; wherein a notch is provided within the inner wall to receive the tab during a non-actuation state, and the first projection to be received by the first slot during an actuation state.
A glass, the glass comprising: from 62 mol% to 68 mol% SiO 2; from 6 mol% to 10 mol% Al 2 O 3; from 5 mol% to 35 mol% B 2 O 3; at least one of Li 2 O, Na 2 O, and K 2 O, wherein 1 mol% ≤ Li 2 O + Na 2 O + K 2 O ≤ 15 mol%; up to 5 mol% MgO; up to 5 mol% CaO; and up to 2 mol% SrO; and wherein 4 mol% ≤ MgO + CaO + SrO + Li 2 O + Na 2 O + K 2 O ≤ Al 2 O 3 + 4 mol%.
A handheld power wrench comprising a cylindrical housing, an electric motor, an output shaft connected to the motor, a power switching device activated by a trigger located on the housing and comprising an angle head supported on the housing and supporting the output shaft in a laterally extending position, characterized in that the trigger is supported on an annular sleeve element, and said sleeve element is supported in a coaxial disposition and rotatable relative to the housing for enabling adjustment of the angular position of the trigger relative to the housing.
A closure device applicator for use with a closure device including a compression body having two legs with opposed tissue-engaging surfaces and a plurality of tissue-penetrating fasteners (28, 30) deployable between said surfaces, said applicator comprising: a shaft; a handle attached to a proximal end of the shaft with a first trigger; a pair of opposing jaws (18, 20) pivotally attached to a distal end of the shaft, each jaw defining an inner surface, wherein the inner surfaces face each other and each jaw has a plurality of retractable studs formed along the corresponding inner surface, and wherein the jaws (18, 20) are adapted to removably hold the closure device with the studs engaging the tissue-penetrating fasteners (28,30) in the closure device when the studs are in an extended position wherein the studs extend away of the inner surfaces, characterised in that the handle further comprises a second trigger; and wherein the closure device further comprises a linkage assembly (41, 43, 52, 54) joining the handle to the pair of jaws (18, 20), the linkage assembly (41,43,52,54) configured such that retraction of the first trigger and the second trigger in tandem toward the handle closes the jaws and deploys the fasteners, wherein retraction of the second trigger relative to the first trigger retracts the studs from the extended position into a retracted position within the jaws (18, 20) and thereby disengages the studs from the fasteners, and wherein movement of the first and second triggers (34, 36) away from the handle in tandem opens the jaws (18, 20). a shaft; a handle attached to a proximal end of the shaft with a first trigger; a pair of opposing jaws (18, 20) pivotally attached to a distal end of the shaft, each jaw defining an inner surface, wherein the inner surfaces face each other and each jaw has a plurality of retractable studs formed along the corresponding inner surface, and wherein the jaws (18, 20) are adapted to removably hold the closure device with the studs engaging the tissue-penetrating fasteners (28,30) in the closure device when the studs are in an extended position wherein the studs extend away of the inner surfaces, characterised in that the handle further comprises a second trigger; and wherein the closure device further comprises a linkage assembly (41, 43, 52, 54) joining the handle to the pair of jaws (18, 20), the linkage assembly (41,43,52,54) configured such that retraction of the first trigger and the second trigger in tandem toward the handle closes the jaws and deploys the fasteners, wherein retraction of the second trigger relative to the first trigger retracts the studs from the extended position into a retracted position within the jaws (18, 20) and thereby disengages the studs from the fasteners, and wherein movement of the first and second triggers (34, 36) away from the handle in tandem opens the jaws (18, 20).
A method comprising: initiating a discovery request in a network; receiving, in response to the discovery request, a discovery response identifying a discovery server on a first-screen device, wherein the discovery response is received by a discovery service client executing on a second-screen device; sending a launch request to the discovery server to cause, on the first-screen device, a launching of a specific application; identifying, by the discovery service client, the specific application to a local application executing on the second-screen device; causing, through the network, an interaction between the local application and the specific application; wherein the method is performed using one or more computing devices, characterized in that the specific application is a browser-based application executing within a web browser of the first-screen device, and wherein the launch request specifies a network address of the browser-based application. initiating a discovery request in a network; receiving, in response to the discovery request, a discovery response identifying a discovery server on a first-screen device, wherein the discovery response is received by a discovery service client executing on a second-screen device; sending a launch request to the discovery server to cause, on the first-screen device, a launching of a specific application; identifying, by the discovery service client, the specific application to a local application executing on the second-screen device; causing, through the network, an interaction between the local application and the specific application; wherein the method is performed using one or more computing devices,
A stacked composite device having a composite drain, a composite source, and a composite gate, said stacked composite device comprising: a group IV lateral transistor fabricated in a first active die; a group III-V transistor fabricated in a second active die stacked over said group IV lateral transistor; a drain electrode of said group IV lateral transistor being in contact with a source electrode of said group III-V transistor on a back side of said second active die corresponding to said source electrode of said group III-V transistor, wherein said drain electrode is electrically connected to a source pad on a front side of the second active die by through-substrate vias (738a, 738b); said source electrode of said group III-V transistor situated on said drain electrode of said group IV lateral transistor; a source of said group IV lateral transistor being coupled to a gate of said group III-V transistor to provide said composite source on a top side of said stacked composite device; a drain of said group III-V transistor providing said composite drain on said top side of said stacked composite device; a gate of said group IV lateral transistor providing said composite gate on said top side of said stacked composite device; a substrate of said group IV lateral transistor being on a bottom side of said stacked composite device. a group IV lateral transistor fabricated in a first active die; a group III-V transistor fabricated in a second active die stacked over said group IV lateral transistor; a drain electrode of said group IV lateral transistor being in contact with a source electrode of said group III-V transistor on a back side of said second active die corresponding to said source electrode of said group III-V transistor, wherein said drain electrode is electrically connected to a source pad on a front side of the second active die by through-substrate vias (738a, 738b); said source electrode of said group III-V transistor situated on said drain electrode of said group IV lateral transistor; a source of said group IV lateral transistor being coupled to a gate of said group III-V transistor to provide said composite source on a top side of said stacked composite device; a drain of said group III-V transistor providing said composite drain on said top side of said stacked composite device; a gate of said group IV lateral transistor providing said composite gate on said top side of said stacked composite device; a substrate of said group IV lateral transistor being on a bottom side of said stacked composite device.
A catheter configured for imaging objects substantially in focus, comprising: a) an imaging device disposed on a distal end of the catheter, the imaging device having an effective focal plane located in front of the imaging device; b) a transparent focal instrument coupled to the catheter, the transparent focal instrument having an outer periphery that is positioned at the effective focal plane of the imaging device to enable objects in contact with the outer periphery of the transparent focal instrument to be imaged substantially in focus; and wherein the transparent focal instrument is a transparent inflatable balloon with said imaging device being disposed inside of the inflatable balloon and wherein the outer periphery of the inflatable balloon when inflated is configured to be positioned at the effective focal plane of the imaging device and characterised in that the catheter further includes an open channel extending from a distal end of the catheter to a side portion of the catheter configured to allow fluid communication between a first orifice on a side portion of the catheter and a second orifice on the distal end of the catheter; wherein the inflatable balloon is configured to cover the first orifice of the catheter when deflated for limiting fluid communication in the open channel; wherein, in the balloon's inflated state, the open channel is open to the passage of fluids. a) an imaging device disposed on a distal end of the catheter, the imaging device having an effective focal plane located in front of the imaging device; b) a transparent focal instrument coupled to the catheter, the transparent focal instrument having an outer periphery that is positioned at the effective focal plane of the imaging device to enable objects in contact with the outer periphery of the transparent focal instrument to be imaged substantially in focus; and
Method for high-resolution luminescence microscopy of a specimen marked by marker molecules, wherein the marker molecules are excitable to emit luminescence radiation, and wherein an image recording includes the following steps: a) exciting a portion of the marker molecules present in the specimen to emit luminescence radiation; b) imaging the marker molecules by means of an optical recording appliance, wherein the optical recording appliance comprises a lens and wherein the marker molecules are situated in the depth-of-field range of the lens, and transferring the time of imaging of the marker molecules as a trigger time of the optical recording appliance to a signal shaper for storage and further processing, wherein the trigger time is transferred by the recording appliance; c) transferring the image from the optical recording appliance to an image capture circuit; d) transferring the trigger time from the signal shaper to a data recorder; e) transferring a position of the specimen in a depth direction in relation to the lens of the optical recording appliance to a data recorder; and f) determining the position of the specimen at the time of imaging the marker molecules by means of the trigger time by way of the data recorder and transferring the position to the image capture circuit, the latter combining the image with the position. a) exciting a portion of the marker molecules present in the specimen to emit luminescence radiation; b) imaging the marker molecules by means of an optical recording appliance, wherein the optical recording appliance comprises a lens and wherein the marker molecules are situated in the depth-of-field range of the lens, and transferring the time of imaging of the marker molecules as a trigger time of the optical recording appliance to a signal shaper for storage and further processing, wherein the trigger time is transferred by the recording appliance; c) transferring the image from the optical recording appliance to an image capture circuit; d) transferring the trigger time from the signal shaper to a data recorder; e) transferring a position of the specimen in a depth direction in relation to the lens of the optical recording appliance to a data recorder; and f) determining the position of the specimen at the time of imaging the marker molecules by means of the trigger time by way of the data recorder and transferring the position to the image capture circuit, the latter combining the image with the position.
Method for loading of a container, in particular box body, swap body or roll container, with packages, with a guiding device comprising at least one guide (29,30,32), wherein the guiding device is provided with two shiftable hand elements (34,41), preferably shiftable in longitudinal direction of the guide (29,30,32), wherein the hand elements (34,41) are provided with multiple finger elements (35,47), wherein the finger elements (35,47) each are provided with at least two flexible flank elements (2, 3) extending together from one end of the finger element (35, 47) to the opposite end of the finger element (35, 47), wherein the at least two flexible flank elements (2, 3) of the finger elements (35, 47) are each flexibly connected to one another via a plurality of bars, such that the finger elements (35, 47) can each be adjusted from at least one curved position into at least one stretched position and back, - wherein the hand elements (34, 41) take over packages successively, - wherein the hand elements (34, 41) deposit the overtaken packages into the container successively in the form of a stack of packages, - wherein the hand elements (34, 41) are shifted along the at least one guide (29, 30, 32) at least between the deposition of two successive packages, - wherein the hand elements (34, 41) are adjusted to the left and/or to the right, the hand elements (34, 41) are adjusted to the left and/or to the right depending on the loading space, on the height of the stack of packages, on the position of the stack of packages, on the contour of the stack of packages and/or on the contour of the end face of the stack of packages, and - wherein the hand elements (34, 41) are adjusted upwards and/or downwards, the hand elements (34, 41) are adjusted upwards and/or downwards depending on the loading space, on the height of the stack of packages, on the position of the stack of packages, on the contour of the stack of packages and/or on the contour of the end face of the stack of packages. - wherein the hand elements (34, 41) take over packages successively, - wherein the hand elements (34, 41) deposit the overtaken packages into the container successively in the form of a stack of packages, - wherein the hand elements (34, 41) are shifted along the at least one guide (29, 30, 32) at least between the deposition of two successive packages, - wherein the hand elements (34, 41) are adjusted to the left and/or to the right, the hand elements (34, 41) are adjusted to the left and/or to the right depending on the loading space, on the height of the stack of packages, on the position of the stack of packages, on the contour of the stack of packages and/or on the contour of the end face of the stack of packages, and - wherein the hand elements (34, 41) are adjusted upwards and/or downwards, the hand elements (34, 41) are adjusted upwards and/or downwards depending on the loading space, on the height of the stack of packages, on the position of the stack of packages, on the contour of the stack of packages and/or on the contour of the end face of the stack of packages.
An isolated polynucleotide comprising a nucleotide sequence having: (i) at least 90% sequence identity over the entire sequence of SEQ ID NO: 11, or a complementary sequence thereto, or (ii) at least 90% sequence identity over the entire sequence of SEQ ID NO: 10, or a complementary sequence thereto. (i) at least 90% sequence identity over the entire sequence of SEQ ID NO: 11, or a complementary sequence thereto, or (ii) at least 90% sequence identity over the entire sequence of SEQ ID NO: 10, or a complementary sequence thereto.
A wound sealing film comprising: a first layer having a first surface and a second surface, said first layer comprising a first polymer composition; a second layer having a first surface and a second surface, said second layer comprising an adhesive; and a third layer having a first surface and a second surface, said third layer comprising a polymeric gel, wherein the second layer is positioned between the first layer and the third layer, the third layer comprising a plurality of perforations defined by ribs having an average cross-section length parallel to the first surface and the second surface of the third layer of between 1 to 6 mm. a first layer having a first surface and a second surface, said first layer comprising a first polymer composition; a second layer having a first surface and a second surface, said second layer comprising an adhesive; and a third layer having a first surface and a second surface, said third layer comprising a polymeric gel, wherein the second layer is positioned between the first layer and the third layer, the third layer comprising a plurality of perforations defined by ribs having an average cross-section length parallel to the first surface and the second surface of the third layer of between 1 to 6 mm.