mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasonic surgical instrument , comprising: a handle assembly ; an elongated body extending distally from the handle assembly, the elongated body defining a longitudinal axis and including a waveguide and an outer tube defining a lumen, the waveguide positioned coaxially within the lumen of the outer tube; a tool assembly including a blade coupled to a distal end of the waveguide, the blade configured to oscillate with respect to the outer tube for ultrasonically treating tissue; and a blade cooling system including a blade conduit extending at least partially through the blade, wherein a cooling fluid is configured to flow through the blade conduit to cool the blade, wherein the blade cooling system further includes a cooling conduit extending through the elongated body, the cooling conduit disposed in fluid communication with the blade conduit, wherein the cooling conduit is defined between the outer tube and the waveguide, and wherein the cooling conduit is an inflow conduit and is constructed of a microtube. a handle assembly ; an elongated body extending distally from the handle assembly, the elongated body defining a longitudinal axis and including a waveguide and an outer tube defining a lumen, the waveguide positioned coaxially within the lumen of the outer tube; a tool assembly including a blade coupled to a distal end of the waveguide, the blade configured to oscillate with respect to the outer tube for ultrasonically treating tissue; and a blade cooling system including a blade conduit extending at least partially through the blade, wherein a cooling fluid is configured to flow through the blade conduit to cool the blade, wherein the blade cooling system further includes a cooling conduit extending through the elongated body, the cooling conduit disposed in fluid communication with the blade conduit, wherein the cooling conduit is defined between the outer tube and the waveguide, and wherein the cooling conduit is an inflow conduit and is constructed of a microtube.
Composition, in particular cosmetic composition, intended especially for shaving the skin, preferably facial skin, characterized in that it comprises: from 15% to 25% by weight of at least one C 16 -C 20 fatty acid relative to the total weight of the composition, from 1.5% to 2.7% by weight of sodium hydroxide relative to the total weight of the composition, from 1% to 8% by weight of triethanolamine relative to the total weight of the composition, said composition having a hardness, measured at 25°C, ranging from 260 g to 1200 g. from 15% to 25% by weight of at least one C 16 -C 20 fatty acid relative to the total weight of the composition, from 1.5% to 2.7% by weight of sodium hydroxide relative to the total weight of the composition, from 1% to 8% by weight of triethanolamine relative to the total weight of the composition,
Device for connecting an attachment to an excavator arm, comprising a quick-change device and a mounting plate , wherein at least one hydraulic coupling is provided, by means of which at least one hydraulic line coming from the excavator can be connected to at least one hydraulic line which leads to at least one hydraulic device in the attachment , wherein a part, in particular the coupling plug of the hydraulic coupling, is arranged on the quick-change device on a block which can be displaced in the quick-change device , and wherein a further part, in particular the coupling sleeve of the hydraulic coupling, is arranged on the mounting plate in an opening in a latch receptacle provided on the mounting plate , characterized in that at least one electric coupling is provided with which at least one electric line coming from the excavator can be connected to at least one electric line leading to an electric device provided in the attachment , in that part of the electric coupling is arranged on the block which can be displaced in the quick-change device and carries part of the hydraulic coupling, in that a further part of the electric coupling is arranged in the opening in the latch receptacle provided on the mounting plate , and in that the electric coupling is arranged in the opening in the latch receptacle provided on the attachment plate , in that a recess which is open towards the interior of the latch guide is provided in a latch guide provided on the quick-change device for a part, namely the plug , of the electrical coupling, and in that a recess which is open towards the interior of the latch receptacle is provided in the web of the latch receptacle remote from the attachment for a part, namely the plug socket , of the electrical coupling.
A method of making cigarette paper (CP), comprising causing a paper web (W) containing a filler for increasing gloss to travel, and supercalendering the traveling paper web (W), thereby forming the paper web (W) into cigarette paper (CP), wherein supercalendering is performed under processing conditions that allow the cigarette paper (CP) to have glossiness of at least 10% or higher, measured according to JAPAN TAPPI No. 72, wherein the traveling speed of the paper web (W) is selected within the range of 3 to 1000m/min and the filler includes calcium carbonate and the cigarette paper is 20 to 100μm thick, and the filler is contained in the paper web in the amount exceeding at least 10gsm and lower than 50gsm and the paper web has a basis weight of 40 to 63gsm,and the paper web (W) is supercalended by a roller set including a metal roller and a resin roller which applies compressive pressure to the paper web (W) passing between the metal roller and the resin roller and the processing conditions include conditions concerning roller temperature of the roller set and the compressive pressure and the roller temperature is selected in the range of 25 to 160°C, and the compressive pressure is selected within the range of 3 to 10N/mm.
Vehicle having a ceiling unit , which comprises a pivotably mounted ceiling flap for opening and closing a ceiling opening and also a carrier device for holding the ceiling flap , wherein a guide device is provided by means of which the carrier device is mounted so as to be displaceable in the width direction of the vehicle, characterized in that the ceiling flap has a fixing device by means of which the ceiling flap can be fixed in its closed position.
A block copolymer comprising a polymer block (A) mainly comprising olefin monomers and a polymer block (B) comprising vinyl monomers having hydroxy groups and other vinyl monomers copolymerizable with the vinyl monomers having hydroxy groups, wherein the block copolymer has a hydroxy value within a range of 5 mg KOH/g to 120 mg KOH/g, and wherein the olefin monomers in the polymer block (A) comprise 50% by weight or more of a unit derived from propylene.
Multi-Material-Blade for use in an active regenerative magneto-caloric or electro-caloric engine, the blade being a stack of a plurality of elements and comprising a blade body made from the plurality of elements made from different magneto-caloric or electro-caloric materials, wherein the blade body is divided along its length into said plurality of elements , wherein each of the plurality of elements is formed by a plurality of plates , wherein the plurality of plates are stacked on top of each other and are separated from each other by at least one spacer , wherein the separations between the plurality of plates form a plurality of dedicated channels ; wherein the dedicated channels penetrate each of the plurality of elements and the blade body and extend along the entire length of the blade, and wherein each of the plurality of elements in the blade body is rotated in respect to its adjacent elements . a blade body made from the plurality of elements made from different magneto-caloric or electro-caloric materials, wherein the blade body is divided along its length into said plurality of elements , wherein each of the plurality of elements is formed by a plurality of plates , wherein the plurality of plates are stacked on top of each other and are separated from each other by at least one spacer , wherein the separations between the plurality of plates form a plurality of dedicated channels ; wherein the dedicated channels penetrate each of the plurality of elements and the blade body and extend along the entire length of the blade, and wherein each of the plurality of elements in the blade body is rotated in respect to its adjacent elements .
A system for the determination and visualization of force flows in a bar-type supporting structure which is preferably designed in the form of a scaffold, comprising a plurality of vertically extending ladder or support elements (5a-5c), which are set up at a distance from one another and/or which are detachably connected via scaffold couplings to strut elements (6a-6d) extending transversely in the diagonal and/or horizontal direction to said ladder or support elements, wherein at least one load-critical part of the support elements (5a-5c) and/or strut elements (6a-6d) and/or scaffold couplings of the bar-type supporting structure is equipped with load sensors (8a-8c) for capturing static operating load values, the measured values of which are analyzed in real time by a downstream analysis unit for evaluating current load situations, characterized in that the analysis unit is connected to a memory unit for storing learning data for supporting future planning of sensor arrangements in the same or similar bar-type supporting structures , wherein a planning unit which accesses the memory unit for planning the arrangement of load sensors (8a-8c) in a bar-type supporting structure is provided, which processes dimensioning data of the static planning .
Propulsive assembly for aircraft comprising an engine , a nacelle arranged around the engine on a common longitudinal axis (X), and a pylon supporting the engine , the nacelle including two engine cowls of generally "C"-shaped cross section articulated on the pylon and that can be linked to one another in the closed position, and reversing cowls following the engine cowls along the longitudinal axis (X), each cowl having an internal skin , characterized in that at least one of the cowls of the nacelle comprises at least one box arranged in a space situated between the internal skin of said cowl and the engine , the box delimiting a volume of inert material, the inert material being flame retardant foam.
Mixer valve device , in particular for mixing hot and cold water, comprising a valve body in which a hot water inlet conduit , a cold water inlet conduit , a mixing chamber , and a mixed water outlet conduit connected to the mixing chamber are obtained, wherein inside the mixing chamber a movable shutter is arranged that adjusts the flow of hot water and of cold water into the mixing chamber so as to have in the outlet conduit water mixed at a given preset temperature, comprising in combination a gearmotor and a thermostat that is integral with the shutter , wherein the gearmotor is connected to the shutter through the thermostat to move the shutter in the mixing chamber , wherein the gearmotor comprises a logic unit for activating the gearmotor , during the step of setting of the device the logic unit activating the gearmotor to move the shutter in a position substantially corresponding to the required temperature value of the mixed water and deactivating the gearmotor once the aforesaid position is reached, the thermostat maintaining the required temperature within a preset tolerance by moving the shutter correspondingly, characterized in that the gearmotor comprises an electric motor connected to a driving shaft in turn rotatingly connected to an end of a hollow shaft screw-coupled with the valve body therein, and wherein in the other end of the hollow shaft an elastically yieldable abutting element is mounted on which an end of the thermostat stops through an elastic thrust, the rotation of the hollow shaft causing the shutter to move axially, wherein the connection between the driving shaft and the hollow shaft and the mounting of the abutting element in the hollow shaft are such as to enable water to seep in such a manner as to determining opposing hydraulic forces operating on the hollow shaft .
Holder for fastening a component , in particular a fuel distributor , to an internal combustion engine , having at least one decoupling element , one fastening body , one fastening means and one holding element , wherein the fastening body is fastenable by the fastening means to the internal combustion engine , and wherein the holding element is fastened by means of the decoupling element to the fastening body , characterized in that the decoupling element is shaped such that, in an axial direction along an axis of the fastening body and in a radial direction which is oriented perpendicular to an axis of the fastening body , a non-linear spring characteristic curve is predefined which describes a dependency of a resetting force (F), acting on the holding element along the axis of the fastening body , of a deflection (s) of the holding element along the axis of the fastening body relative to the fastening body , and in that a preloading element is provided in order to impart a preload to the decoupling element , wherein the preloading element , which is connected to the fastening body , interacts in positively locking fashion with the decoupling element , and in that the decoupling element has at least one formation which interacts in positively locking fashion with a formation of the holding element and/or in that the decoupling element has at least one formation which interacts in positively locking fashion with a formation of the preloading element , and in that the decoupling elements are not acted on by the fastening force imparted by the fastening means .
A computing device comprising: a housing including an outer surface ; an electronic component positioned in the housing ; a stand that supports the housing ; and a connection port positioned proximate the outer surface of the housing, wherein the connection port is in electrical communication with the electronic component, and the connection port is moveable relative to the housing to change a port angle of the connection port relative to the outer surface of the housing when a housing angle of the housing changes relative to the stand, wherein the connection port is movable through a range of motion greater than 100° relative to the outer surface of the housing; wherein the port angle relative to the housing is configured to change in response to a movement of the housing relative to the stand for preventing damage to the connection port and/or an external cable connected to the connection port during use. a housing including an outer surface ; an electronic component positioned in the housing ; a stand that supports the housing ; and a connection port positioned proximate the outer surface of the housing, wherein the connection port is in electrical communication with the electronic component, and the connection port is moveable relative to the housing to change a port angle of the connection port relative to the outer surface of the housing when a housing angle of the housing changes relative to the stand, wherein the connection port is movable through a range of motion greater than 100° relative to the outer surface of the housing; wherein the port angle relative to the housing is configured to change in response to a movement of the housing relative to the stand for preventing damage to the connection port and/or an external cable connected to the connection port during use.
A bio imaging system , comprising: a light emitter array including a plurality of light emitters configured to irradiate light; a sensor array including a plurality of sensors configured to detect light scattered or reflected by internal tissue of a living body; and a stretchable substrate configured to support the plurality of light emitters and the plurality of sensors, wherein each sensor of the plurality of sensors includes a plurality of photo-detecting elements (220-n) stacked on each other as a stack of photo-detecting elements on the stretchable substrate, such that the plurality of sensors includes a plurality of stacks of photo-detecting elements, wherein, in each stack of the plurality of stacks, the plurality of photo-detecting elements of the stack have different absorption peak wavelengths in relation to each other, and wherein, the light emitter array and the sensor array are at different heights from the stretchable substrate, such that at least one light emitter of the plurality of light emitters at least partially overlaps at least two stacks of photo-detecting elements of the plurality of stacks of photo detecting elements in a direction perpendicular to the stretchable substrate. a light emitter array including a plurality of light emitters configured to irradiate light; a sensor array including a plurality of sensors configured to detect light scattered or reflected by internal tissue of a living body; and a stretchable substrate configured to support the plurality of light emitters and the plurality of sensors, wherein each sensor of the plurality of sensors includes a plurality of photo-detecting elements (220-n) stacked on each other as a stack of photo-detecting elements on the stretchable substrate, such that the plurality of sensors includes a plurality of stacks of photo-detecting elements, wherein, in each stack of the plurality of stacks, the plurality of photo-detecting elements of the stack have different absorption peak wavelengths in relation to each other, and wherein, the light emitter array and the sensor array are at different heights from the stretchable substrate, such that at least one light emitter of the plurality of light emitters at least partially overlaps at least two stacks of photo-detecting elements of the plurality of stacks of photo detecting elements in a direction perpendicular to the stretchable substrate.
Autofocusing method within the scope of the microscopic examination of an object lying in the focus of a microscope objective of a microscope using an autofocus beam path , wherein the autofocus beam path is directed via a deflection device arranged on the microscope objective side facing away from the object in the direction of the microscope objective and, from there, on a reflecting autofocus interface in the object region,and wherein the autofocus beam path reflected at the autofocus interface is directed via the microscope objective and the deflection device in the direction of an autofocus detector , wherein the deflection device , for the purposes of producing interfering partial beams of the autofocus beam path , has two reflecting regions (51, 52; 53, 54) that each reflect the autofocus beam path and that are spaced apart from one another in the propagation direction of the autofocus beam path , and wherein the autofocus detector is arranged in a plane conjugate to the microscope objective pupil in order to record an interference pattern produced there, wherein the focus of the microscope is set depending on the recorded interference pattern , wherein the recorded interference pattern is evaluated in respect of orientation and/or density of the fringes in the interference pattern and in respect of the phase angle of the interference pattern for the purposes of setting the focus, and wherein the focus is initially set on the basis of the evaluation of the orientation of the fringes or the fringe density in the interference pattern and in that the phase angle of the interference pattern is additionally evaluated for finely setting the focus.
A device, in particular for use as a door contact switch, containing a sensor and an actuator , wherein the sensor has a receiving circuit with a sensor element , a receiving circuit signal and a detector element , as well as a computer unit connected to the detector element , wherein - the sensor element is configured in order to co-operate with the actuator to generate a first receiving circuit signal during a normal operation when a switching distance between the sensor and the actuator is undershot, - the detector element is configured to generate a first output signal as a function of the first receiving circuit signal , and to transmit this output signal to the computer unit , - the receiving circuit additionally has a signal emulator and a switch-over element , - the signal emulator is configured to generate a second receiving circuit signal during a test operation, - the detector element is configured to generate a second output signal as a function of the second receiving circuit signal , and to transmit this output signal to the computer unit , - the device is configured and/or programmed to switch over from normal operation into test operation and in each case to switch back into normal operation by means of the switch-over element repeatedly, in particular periodically or aperiodically, characterized in that the receiving circuit signal is formed by a continuous succession of data packets . - the sensor element is configured in order to co-operate with the actuator to generate a first receiving circuit signal during a normal operation when a switching distance between the sensor and the actuator is undershot, - the detector element is configured to generate a first output signal as a function of the first receiving circuit signal , and to transmit this output signal to the computer unit , - the receiving circuit additionally has a signal emulator and a switch-over element , - the signal emulator is configured to generate a second receiving circuit signal during a test operation, - the detector element is configured to generate a second output signal as a function of the second receiving circuit signal , and to transmit this output signal to the computer unit , - the device is configured and/or programmed to switch over from normal operation into test operation and in each case to switch back into normal operation by means of the switch-over element repeatedly, in particular periodically or aperiodically,
A cap comprising a cap body to be fitted to a mouth of a container , wherein the cap is configured to include: a valve seat having a flow aperture ; a valve body to be separated from or seated on the valve seat so as to open and close the flow aperture ; and a biasing member to bias the valve body in a seating direction, and configured to increase a flow area in which contents flow with an increase in a displacement of the valve body , characterized in that the cap further includes a displacement restricting section to restrict the displacement of the valve body , wherein the displacement restricting section restricts the displacement of the valve body to be 0.09 times or less a diameter of the flow aperture . the cap is configured to include: a valve seat having a flow aperture ; a valve body to be separated from or seated on the valve seat so as to open and close the flow aperture ; and a biasing member to bias the valve body in a seating direction, and configured to increase a flow area in which contents flow with an increase in a displacement of the valve body , characterized in that the cap further includes a displacement restricting section to restrict the displacement of the valve body , wherein the displacement restricting section restricts the displacement of the valve body to be 0.09 times or less a diameter of the flow aperture .