mhurhangee/ep-ind-claims huggingface dataset:
A custom tool for bonding orthodontic appliances in a mouth of a patient, the custom tool comprising: a facial body for a patient-specific, customized fit with the facial side of a plurality of teeth of the patient, wherein the facial body includes an orthodontic appliance positioning portion and a first engagement portion extending away from the orthodontic appliance positioning portion; a lingual body for a patient-specific, customized fit with the lingual side of the plurality of the teeth of the patient, wherein the lingual body includes a first engagement portion; wherein the first engagement portion of the facial body interlocks with the first engagement portion of the lingual body; and wherein the facial body and lingual body are configured to combine with the teeth of the patient to position orthodontic appliances on the plurality of teeth, and wherein the facial body includes a plurality of receptacles (90, 100) aligned with the plurality of teeth, wherein each receptacle is holding an orthodontic appliance. a facial body for a patient-specific, customized fit with the facial side of a plurality of teeth of the patient, wherein the facial body includes an orthodontic appliance positioning portion and a first engagement portion extending away from the orthodontic appliance positioning portion; a lingual body for a patient-specific, customized fit with the lingual side of the plurality of the teeth of the patient, wherein the lingual body includes a first engagement portion; wherein the first engagement portion of the facial body interlocks with the first engagement portion of the lingual body; and wherein the facial body and lingual body are configured to combine with the teeth of the patient to position orthodontic appliances on the plurality of teeth, and wherein the facial body includes a plurality of receptacles (90, 100) aligned with the plurality of teeth, wherein each receptacle is holding an orthodontic appliance.
A modular chemical vapor deposition reactor sub-system comprising: a modular reactor enclosure (201, 301, 601); a CVD reactor chamber (203, 303, 609) supported by the reactor enclosure; and a plurality of independent function modules (221a-221d, 223a-223d, 225a-225b, 307a, 307b, 309a, 309b, 311, 315a-315c, 317a-317d, 319, 611a, 611b) supported by the reactor enclosure adjacent to the exterior walls of the CVD reactor chamber but otherwise structurally independent of the reactor enclosure, each function module providing one or more functions to nearby portions of the CVD reactor chamber and its interior that are useful to processes carried out within the CVD reactor chamber; wherein function modules include one or more metrology function modules (309a, 309b, 311, 315a-315c, 317a-317d, 319, 613) for measuring selected conditions in the interior of the CVD reactor chamber, and wherein the independent function modules are interchangeable with each other. a modular reactor enclosure (201, 301, 601); a CVD reactor chamber (203, 303, 609) supported by the reactor enclosure; and a plurality of independent function modules (221a-221d, 223a-223d, 225a-225b, 307a, 307b, 309a, 309b, 311, 315a-315c, 317a-317d, 319, 611a, 611b) supported by the reactor enclosure adjacent to the exterior walls of the CVD reactor chamber but otherwise structurally independent of the reactor enclosure, each function module providing one or more functions to nearby portions of the CVD reactor chamber and its interior that are useful to processes carried out within the CVD reactor chamber; wherein function modules include one or more metrology function modules (309a, 309b, 311, 315a-315c, 317a-317d, 319, 613) for measuring selected conditions in the interior of the CVD reactor chamber, and wherein the independent function modules are interchangeable with each other.
"A medical device provided with a needle member and an arrangement for use with a the medical device for providing cleaned gas to a receptacle, the arrangement comprising a shield for a tip of a the needle member of a the medical device, whereby the arrangement comprises a filter for filtering gas to be transferred out from or into the medical device via the needle member when the arrangement is interconnected with the medical device, and in that the filter is integrated with or constitutes at least a portion of the needle member tip shield, whereby the filter is adapted to be arranged to at least partially cover or surround the tip of a needle member of a medical device when the arrangement is interconnected with the medical device, wherein the medical device comprises a connector and a container configured to be filled with gas that is passed through the filter before the medical device is connected to the receptacle wherein the container has a variable volume, characterized in that the container comprises a first portion made of a relatively rigid material, which first portion is coupled to the connector, and a second portion made of a relatively flexible material attached to the first portion, thereby rendering the volume of said container variable.
A device for generating decontaminant fumes, in particular hydrogen peroxide fumes, comprising an evaporator body in one or several pieces, a heating device for heating the evaporator body as well as at least one supply duct, preferably several supply ducts, for supplying decontaminant liquid to be evaporated, in particular hydrogen peroxide, to at least one of several blind bores (7, 8, 9, 10) arranged in the evaporator body, and a flow duct for a gaseous carrier medium, in particular air, for discharging the decontaminant fumes through an outlet in a flow direction of the carrier medium, said flow duct being arranged above upper blind bore edges (11, 12, 13, 14) of the blind bores (7, 8, 9, 10) and connecting a carrier-medium inlet to the outlet in order to conduct gas, characterized in that at least two of the blind bores (7, 8, 9, 10), preferably all blind bores (7, 8, 9, 10), are connected to each other in order to carry liquid and below a section, having a fully closed perimeter, of each blind bore (7, 8, 9, 10) and at a distance to the respective upper blind bore edge (11, 12, 13, 14).
A needle protection device for a pre-filled syringe with staked needle, the device comprising: - a blocking mechanism, comprising means for fastening to a syringe body, - a needle shield, into which the needle can be driven, - an after-use safety system (30, 40), comprising a sleeve defining a central axis along which it is movable and means for elastically loading the sleeve in a forward direction in which it is able to cover the needle, the sleeve comprizing: o an outer tube, which is arranged so as to cooperate with the blocking mechanism, and o a coaxial inner tube, that is arranged coaxially inside the outer tube and that protrudes axially, on the distal side, relative to the outer tube, characterized in that the outer tube and the inner tube are manufactured in one piece by injection molding, in that the outer tube and the inner tube are attached to one another by frangible bridges and in that the inner tube is detachable from the outer tube and axially connected in translation with the needle shield. - a blocking mechanism, comprising means for fastening to a syringe body, - a needle shield, into which the needle can be driven, - an after-use safety system (30, 40), comprising a sleeve defining a central axis along which it is movable and means for elastically loading the sleeve in a forward direction in which it is able to cover the needle, the sleeve comprizing: o an outer tube, which is arranged so as to cooperate with the blocking mechanism, and o a coaxial inner tube, that is arranged coaxially inside the outer tube and that protrudes axially, on the distal side, relative to the outer tube, o an outer tube, which is arranged so as to cooperate with the blocking mechanism, and o a coaxial inner tube, that is arranged coaxially inside the outer tube and that protrudes axially, on the distal side, relative to the outer tube,
Oils and fats, wherein the content of tridecanoin is 10-30% by mass, the content of medium chain fatty acids contained in constituent fatty acids is 65 to 95% by mass, and the content of n-decanoic acid contained in the medium chain fatty acids is 60 to 75% by mass.
A breath actuated inhaler having a main body for accommodating a medicament reservoir, a canister fire system for moving the canister to release a dose in response to air flow, a cap housing for enclosing the canister fire system and canister within an interior chamber defined by the main body and the cap housing; wherein helical threads (252, 254) are provided for rotational attachment of the cap housing on the main body and for resisting relative longitudinal movement therebetween without rotation; and characterised in that a lock system is provided for locking the cap housing on the main body; in which the lock system includes a protrusion in the region of a helical thread on one of the main body and the cap housing which is lockable in a recess in the region of a helical thread on the other of the main body and the cap housing; and wherein the lock system further includes a first lock member on one of the main body and the cap housing which is adapted to engage a second lock member at a lock interface formed by respective engagement faces thereof, the lock interface being oriented substantially perpendicular to tangential.
An oral care composition comprising a salt of a basic amino acid and an inorganic acid, a soluble fluoride salt and a calcium salt of an inorganic acid comprising calcium phosphate, wherein the basic amino acid comprises arginine, wherein the arginine is present as a salt of phosphoric acid, and wherein the calcium salt is present in an amount of from 10 to 60wt% of the total composition weight.
A window glass supporting structure comprising: a window frame formed in a vehicle body; a window glass supported on the window frame; and an adhesive portion interposed between the window glass and the window frame, wherein the window frame includes an opening portion, and a joining portion formed along an inner periphery of the opening portion and bonded to an outer periphery of the window glass, the window glass includes a plurality of corner portions formed in corner regions in the outer periphery of the window glass, and connection side portions formed in the outer periphery of the window glass and connecting the adjacent corner portions to one another, the adhesive portion includes first adhesive portions interposed between the corner portions of the window glass and the joining portion of the window frame, and second adhesive portions interposed between the connection side portions of the window glass and the joining portion of the window frame, adhesion force per unit peripheral length in the first adhesive portions is greater than adhesion force per unit peripheral length in the second adhesive portions, and the joining portion includes a flange portion formed over the entire inner periphery of the opening portion, characterized in that the joining portion further includes extending portions formed to protrude inward from the flange portion only at positions corresponding to the corner portions of the window glass, and the first adhesive portions are provided on the flange portion and the extending portions, and the second adhesive portions are provided on the flange portion. a window frame formed in a vehicle body; a window glass supported on the window frame; and an adhesive portion interposed between the window glass and the window frame, wherein the window frame includes an opening portion, and a joining portion formed along an inner periphery of the opening portion and bonded to an outer periphery of the window glass, the window glass includes a plurality of corner portions formed in corner regions in the outer periphery of the window glass, and connection side portions formed in the outer periphery of the window glass and connecting the adjacent corner portions to one another, the adhesive portion includes first adhesive portions interposed between the corner portions of the window glass and the joining portion of the window frame, and second adhesive portions interposed between the connection side portions of the window glass and the joining portion of the window frame, adhesion force per unit peripheral length in the first adhesive portions is greater than adhesion force per unit peripheral length in the second adhesive portions, and the joining portion includes a flange portion formed over the entire inner periphery of the opening portion, characterized in that the joining portion further includes extending portions formed to protrude inward from the flange portion only at positions corresponding to the corner portions of the window glass, and the first adhesive portions are provided on the flange portion and the extending portions, and the second adhesive portions are provided on the flange portion.
A positioning device for calculating a position of a mobile device, the positioning device configured to - determine a measurement quality, and a reference signal type and configuration based on a positioning request, - determine a reference signal configuration request based on at least the measurement quality, and the reference signal type and configuration, - obtain a measurement result based on a reference signal configured according to the reference signal configuration request, - calculate the position based on at least the measurement result, wherein the reference signal type is a DL reference signal type, and the reference signal configuration request comprises a request for a DL reference signal, wherein the positioning device is further configured to: - send the reference signal configuration request to a radio resource controller, RRC, - receive a DL reference signal configuration - receive a DL reference signal corresponding to the reference signal configuration, and - obtain DL measurements based on the received DL reference signal. - determine a measurement quality, and a reference signal type and configuration based on a positioning request, - determine a reference signal configuration request based on at least the measurement quality, and the reference signal type and configuration, - obtain a measurement result based on a reference signal configured according to the reference signal configuration request, - calculate the position based on at least the measurement result, - send the reference signal configuration request to a radio resource controller, RRC, - receive a DL reference signal configuration - receive a DL reference signal corresponding to the reference signal configuration, and - obtain DL measurements based on the received DL reference signal.
A communication method comprising: receiving resource assignment information including a plurality of bits that indicate activation or deactivation statuses of respective downlink component carriers, the downlink component carriers being secondary downlink component carriers added to a primary component carrier which is always activated, each downlink component carrier corresponding to one bit included in the plurality of bits, and the one bit indicating that a corresponding downlink component carrier is to be activated or deactivated, wherein when any one bit among the plurality of bits indicates that its corresponding secondary component carrier should be activated, the plurality of bits further indicate a sounding reference signal, SRS, transmission request; activating or deactivating each of the downlink component carriers according to the resource assignment information; and transmitting an SRS transmission on the activated secondary component carriers. receiving resource assignment information including a plurality of bits that indicate activation or deactivation statuses of respective downlink component carriers, the downlink component carriers being secondary downlink component carriers added to a primary component carrier which is always activated, each downlink component carrier corresponding to one bit included in the plurality of bits, and the one bit indicating that a corresponding downlink component carrier is to be activated or deactivated, wherein when any one bit among the plurality of bits indicates that its corresponding secondary component carrier should be activated, the plurality of bits further indicate a sounding reference signal, SRS, transmission request; activating or deactivating each of the downlink component carriers according to the resource assignment information; and transmitting an SRS transmission on the activated secondary component carriers.
A wire electric discharge machining system comprising: a wire electric discharge machine configured to relatively move a wire electrode and a workpiece to be machined according to a program, and to subject the workpiece to be machined to electric discharge machining by the wire electrode; a machining tank configured to be filled with a machining liquid, wherein the machining tank is further configured to receive a machined workpiece that has been cut from the workpiece to be machined; at least one hand; a robot configured to mount the hand (31, 31a, 31b, 35) on a head of an arm (30; and a control device configured to output a command instructing the robot to perform an operation of removing the machined workpiece from the machining tank when the machined workpiece has been received by the machining tank, wherein the wire electric discharge machining system further comprises a visual sensor configured to detect a position of a machined workpiece in a machining tank of the wire electric discharge machine; the robot is further configured to perform the operation of removing the machined workpiece from the machining tank, based on the position of the machined workpiece detected by the visual sensor; and the wire electric discharge machining system is configured to: correct the position of the machined workpiece, detected by the visual sensor, based on an angle of the visual sensor with respect to a liquid surface of the machining liquid that fills the machining tank, and on a refractive index of the machining liquid with respect to air. a wire electric discharge machine configured to relatively move a wire electrode and a workpiece to be machined according to a program, and to subject the workpiece to be machined to electric discharge machining by the wire electrode; a machining tank configured to be filled with a machining liquid, wherein the machining tank is further configured to receive a machined workpiece that has been cut from the workpiece to be machined; at least one hand; a robot configured to mount the hand (31, 31a, 31b, 35) on a head of an arm (30; and a control device configured to output a command instructing the robot to perform an operation of removing the machined workpiece from the machining tank when the machined workpiece has been received by the machining tank, wherein the wire electric discharge machining system further comprises a visual sensor configured to detect a position of a machined workpiece in a machining tank of the wire electric discharge machine; the robot is further configured to perform the operation of removing the machined workpiece from the machining tank, based on the position of the machined workpiece detected by the visual sensor; and the wire electric discharge machining system is configured to: correct the position of the machined workpiece, detected by the visual sensor, based on an angle of the visual sensor with respect to a liquid surface of the machining liquid that fills the machining tank, and on a refractive index of the machining liquid with respect to air.
A measurement apparatus for measuring a shape of an object, comprising: projection means for projecting, on the object, pattern light alternately including bright portions and dark portions; image capturing means for capturing an image of the object on which the pattern light is projected; and processing means for specifying at least one of a peak position at which a luminance value is local maximum in a luminance distribution obtained from the captured image and a peak position at which the luminance value is local minimum in the luminance distribution, and specifying at least one of a local maximum position and a local minimum position in a luminance gradient obtained from the luminance distribution, and obtaining, based on the specified positions, information relating to the shape of the object, wherein a ratio between a width of the bright portion and a width of the dark portion in the pattern light is 1: 1, wherein the image capturing means comprises an image sensor, and an image capturing optical system configured to form, on the image sensor, an image comprising the pattern light projected on the object to be measured, wherein a period of the pattern light on the image sensor is set so that a value, obtained by normalizing the period of the pattern light on the image sensor by a spread width of a point spread function of the image capturing optical system, is not larger than 22. projection means for projecting, on the object, pattern light alternately including bright portions and dark portions; image capturing means for capturing an image of the object on which the pattern light is projected; and processing means for specifying at least one of a peak position at which a luminance value is local maximum in a luminance distribution obtained from the captured image and a peak position at which the luminance value is local minimum in the luminance distribution, and specifying at least one of a local maximum position and a local minimum position in a luminance gradient obtained from the luminance distribution, and obtaining, based on the specified positions, information relating to the shape of the object, wherein a ratio between a width of the bright portion and a width of the dark portion in the pattern light is 1: 1, wherein the image capturing means comprises an image sensor, and an image capturing optical system configured to form, on the image sensor, an image comprising the pattern light projected on the object to be measured, wherein a period of the pattern light on the image sensor is set so that a value, obtained by normalizing the period of the pattern light on the image sensor by a spread width of a point spread function of the image capturing optical system, is not larger than 22.