mhurhangee/patent-ind-claim-en huggingface dataset:
An ionizer for use in an air conditioner comprising: a circuit to generate high voltage; a circuit case to surround the circuit; an electrode disposed perpendicular to the flow direction of air outside of the circuit case and caused to discharge electricity by the high voltage generated by the circuit to ionize molecules in air; and an electrode cover disposed at a portion around the electrode; an electrode support tube protruding from the circuit case to support the electrode; wherein the electrode cover is disposed around the electrode support tube, and characterized in that : the electrode cover has a shape of a semicircular tube that surrounds half of a circumference of the electrode support tube and the electrode , and the electrode cover is disposed at a side of the electrode toward which air flows such that a portion of the electrode facing in the direction in which air flows is open to an outside to generate ions. a circuit to generate high voltage; a circuit case to surround the circuit; an electrode disposed perpendicular to the flow direction of air outside of the circuit case and caused to discharge electricity by the high voltage generated by the circuit to ionize molecules in air; and an electrode cover disposed at a portion around the electrode; an electrode support tube protruding from the circuit case to support the electrode; wherein the electrode cover is disposed around the electrode support tube, and characterized in that : the electrode cover has a shape of a semicircular tube that surrounds half of a circumference of the electrode support tube and the electrode , and the electrode cover is disposed at a side of the electrode toward which air flows such that a portion of the electrode facing in the direction in which air flows is open to an outside to generate ions. the electrode cover has a shape of a semicircular tube that surrounds half of a circumference of the electrode support tube and the electrode , and the electrode cover is disposed at a side of the electrode toward which air flows such that a portion of the electrode facing in the direction in which air flows is open to an outside to generate ions.
A gas detection system comprising: a first set of filters configured to pass first filtered infrared radiation comprising a first range of thermal wavelengths associated with a background portion of a scene; a second set of filters configured to pass second filtered infrared radiation comprising a second range of thermal wavelengths associated with a gas present in the scene, wherein the first and second ranges are independent of each other, the first and second filters being arranged in an alternating pattern; and a sensor array comprising adjacent infrared sensors configured to separately receive the first and second filtered infrared radiation according to the alternating pattern to simultaneously capture first and second thermal images respectively corresponding to the background portion and the gas, and the alternating pattern aligning the first and second thermal images with each other to prevent parallax between the first and second thermal images ; characterized by a processor configured to: generate a differential image using the first and second thermal images Z to distinguish between the gas and the background portion of the scene, and calibrate the first and second thermal images against each other before the differential image is generated to further distinguish between the gas and the background portion of the scene. a first set of filters configured to pass first filtered infrared radiation comprising a first range of thermal wavelengths associated with a background portion of a scene; a second set of filters configured to pass second filtered infrared radiation comprising a second range of thermal wavelengths associated with a gas present in the scene, wherein the first and second ranges are independent of each other, the first and second filters being arranged in an alternating pattern; and a sensor array comprising adjacent infrared sensors configured to separately receive the first and second filtered infrared radiation according to the alternating pattern to simultaneously capture first and second thermal images respectively corresponding to the background portion and the gas, and the alternating pattern aligning the first and second thermal images with each other to prevent parallax between the first and second thermal images ; characterized by a processor configured to: generate a differential image using the first and second thermal images Z to distinguish between the gas and the background portion of the scene, and calibrate the first and second thermal images against each other before the differential image is generated to further distinguish between the gas and the background portion of the scene. generate a differential image using the first and second thermal images Z to distinguish between the gas and the background portion of the scene, and calibrate the first and second thermal images against each other before the differential image is generated to further distinguish between the gas and the background portion of the scene.
An apparatus comprising: an electrode plane ; a memory material disposed through and coupled to the electrode plane, wherein the memory material includes a chalcogenide; a memory cell included in the memory material aligned in a same plane as the electrode plane, the memory cell configured to exhibit a first threshold voltage representative of a first logic state and a second threshold voltage representative of a second logic state, wherein the memory cell is further configured to act as a selector device and a memory element; and a conductive pillar disposed through and coupled to the memory cell, wherein the conductive pillar and electrode plane are configured to provide a write voltage across the memory cell to write a logic state to the memory cell and to provide a read voltage across the memory cell to read the logic state of the memory cell, wherein the memory cell is configured to exhibit the first threshold voltage when the write voltage is in a same polarity as the read voltage, and wherein the memory cell is configured to exhibit the second threshold voltage when the write voltage is in an opposite polarity as the read voltage. an electrode plane ; a memory material disposed through and coupled to the electrode plane, wherein the memory material includes a chalcogenide; a memory cell included in the memory material aligned in a same plane as the electrode plane, the memory cell configured to exhibit a first threshold voltage representative of a first logic state and a second threshold voltage representative of a second logic state, wherein the memory cell is further configured to act as a selector device and a memory element; and a conductive pillar disposed through and coupled to the memory cell, wherein the conductive pillar and electrode plane are configured to provide a write voltage across the memory cell to write a logic state to the memory cell and to provide a read voltage across the memory cell to read the logic state of the memory cell, wherein the memory cell is configured to exhibit the first threshold voltage when the write voltage is in a same polarity as the read voltage, and wherein the memory cell is configured to exhibit the second threshold voltage when the write voltage is in an opposite polarity as the read voltage.
Surface protection film containing 50-99% of copolymers of ethylene, copolymer of propylene or a mixture thereof, consisting of layers where at least one layer is a block of 10 - 100 thin layers and this block constitutes 15% to 80% of a total thickness of the film, and the thickness of each of the microlayers in the block ranges from 0.05 to 1.00 μm and the thin layers are made of the same plastic or 2 different types of plastic located alternately where the plastic forming said block of thin layers is high density polyethylene (HDPE) or low density polyethylene (LDPE) or linear low density polyethylene (LLDPE) or ultra-low density polyethylene (ULDPE) or polypropylene (PP) or polyamide (PA) or copolymers including block copolymers or mixtures of these raw materials and one of the outer layers of the film is a 1-20 μm thick adhesive layer, and the opposite outer layer of the film is a 1-20 μm thick anti-adhesive layer.
A system for cleaning an environment, comprising at least one self-propelled cleaning device having a status detection means for detecting an operating status of the cleaning device , at least one environment detection means for detecting an environmental parameter of the environment, a computing means for defining a work activity to be performed in dependence on the detected environmental parameter and/or the detected operating status , and a database for storing the work activity to be performed, characterized in that the system has an input/output interface which is in communication with the computing device , characterized in that the input/output interface is set up to receive at least one work order relating to a work activity to be performed from a user of the system, the computing device being set up to analyze a totality of the work activities defined on the basis of the environment parameters and/or operating status and of the work orders received via the input/output interface with regard to an execution time of the work activities to be executed, and to generate a work schedule which defines work activities to be executed manually by a user in a specific time period, and to output it to the user by means of the input/output interface , the computing device being set up to filter the totality of the work activities and to define a first set of activities which comprises at least one work activity which can be carried out automatically by the at least one cleaning device , and to define a second set of activities which comprises at least one work activity which is to be carried out exclusively manually by a user.
Electrode tip for an implantable cardiac electrode, wherein the electrode tip comprises a housing having an electrode lead feed section , an electrode lead receiving section and a sealing element arranged between the electrode lead feed section and the electrode lead receiving section , wherein the sealing element serves for sealing the electrode lead feed section in a fluid tight manner against the electrode lead receiving section , when an electrode lead is arranged within the electrode lead feed section and the electrode lead receiving section and is surrounded by the sealing element , wherein the sealing element consists of an injection-moldable material; characterized in that the sealing element constitutes a non-removable sealing portion forming an integral part of the housing .
A method for optical coherence tomography (OCT) imaging, comprising: obtaining imaging data of a region of interest of a subject, the region of interest including at least one anatomical marker, wherein the imaging data includes 3D scan data ; generating a mask of the anatomical marker based on image processing of the imaging data, wherein the mask is a 3D volume that generally conforms to the optic disc, optic nerve head, optic nerve or fovea within the 3D volume represented by the image data ; masking the anatomical marker in the imaging data ; determining a scan path based at least in part on the mask, the scan path traversing at least a portion of an arbitrary enclosing shape at least partially fitted around the mask; and acquiring three-dimensional optical coherence tomography (OCT) scan data corresponding to the scan path. obtaining imaging data of a region of interest of a subject, the region of interest including at least one anatomical marker, wherein the imaging data includes 3D scan data ; generating a mask of the anatomical marker based on image processing of the imaging data, wherein the mask is a 3D volume that generally conforms to the optic disc, optic nerve head, optic nerve or fovea within the 3D volume represented by the image data ; masking the anatomical marker in the imaging data ; determining a scan path based at least in part on the mask, the scan path traversing at least a portion of an arbitrary enclosing shape at least partially fitted around the mask; and acquiring three-dimensional optical coherence tomography (OCT) scan data corresponding to the scan path.
A rotation member assembly comprising: a rotating member , said rotating member comprising: a plurality of position members spacedly disposed on a peripheral surface of said rotating member , said plurality of position members projecting outwardly from said peripheral surface ; and a missing member region disposed on said peripheral surface ; a sensor member , disposed at a pre-determined gap from said plurality of position members , said sensor member configured to generate an output upon detection of each position member of said plurality of position members ; and characterized by a mounting member supporting said sensor member , said mounting member being adjustable to calibrate a second air gap (AG2) between said sensor member and said position members , such that a ratio AG1/AG2 of a first air gap (AG1), which is between said peripheral surface and said sensor member , to the second air gap (AG2), which is between said position members and the sensor member , is configured in a range of 3 to 6; wherein said plurality of position members protrude outward and have a height (H1), wherein said height (H1) of said plurality of position members , along with the calibration of said second air gap (AG2) by means of said mounting member , aids the rotation member assembly to seamless detection of the variance in reluctance. a rotating member , said rotating member comprising: a plurality of position members spacedly disposed on a peripheral surface of said rotating member , said plurality of position members projecting outwardly from said peripheral surface ; and a missing member region disposed on said peripheral surface ; a plurality of position members spacedly disposed on a peripheral surface of said rotating member , said plurality of position members projecting outwardly from said peripheral surface ; and a missing member region disposed on said peripheral surface ; a sensor member , disposed at a pre-determined gap from said plurality of position members , said sensor member configured to generate an output upon detection of each position member of said plurality of position members ; and characterized by a mounting member supporting said sensor member , said mounting member being adjustable to calibrate a second air gap (AG2) between said sensor member and said position members , such that a ratio AG1/AG2 of a first air gap (AG1), which is between said peripheral surface and said sensor member , to the second air gap (AG2), which is between said position members and the sensor member , is configured in a range of 3 to 6; wherein said plurality of position members protrude outward and have a height (H1), wherein said height (H1) of said plurality of position members , along with the calibration of said second air gap (AG2) by means of said mounting member , aids the rotation member assembly to seamless detection of the variance in reluctance.
Friction damper extending longitudinally along an axis (X-X), comprising a hollow body having a first closed end provided with a fixing element and a second open end , a rod for slidably engaging the inner wall of said hollow body , said rod having a first closed end provided with a fixing element and being connected to a second end for engaging the cavity of the hollow body through a middle portion , and at least a friction element between the inner wall of the hollow body and the outer wall of the rod, said at least one friction element being provided with a plurality of through holes filled with a lubricant that is constantly released along the whole friction surface of said friction element during the functioning of the damper, wherein said plurality of holes is disposed on one or more rows (R1, R2) orthogonally oriented with respect to the longitudinal axis (X-X) of the damper, the holes of a row (R1) are axially staggered with respect to the holes of the adjacent row (R2), characterized in that said hollow body and said rod have a generally cylindrical shape and said friction element has a generally shape of an annular band, said friction element is housed in a seat delimited by two flanges formed on the outer wall of said rod on its second end , the flanges have pushing or abutting elements extending along the axis (X-X), which elements act on the friction element causing its bulging, said elements are teeth distributed along the annular surface of the flanges towards the seat housing said friction element to compress the holes in proximity of said teeth when the moving versus of the rod is opposite with respect to the axial position of said holes with the effect of releasing some of the lubricant, while when the rod moves in the opposite direction the holes expand with the effect of recovering some lubricant.
Method for detecting the position of a pre-printed material strip in a machine (10; 21) of the tobacco processing industry, wherein a periodically recurring print pattern on the material strip , which is processed continuously in the machine, is detected and identified by means of an imaging sensor arrangement and the position of the material strip relative to the machine cycle is determined therefrom, the print pattern being arranged in a region of the material strip which is visible from the outside of the finished product, the sensor arrangement comprising a camera system which is arranged in the machine for imaging a printed side of the material strip , characterised in that a freely definable pattern is used as the print pattern to be identified, and the camera system comprises a line camera that extends over the entire width of the material strip .
Process for the preparation of a compound with at least one five-membered cyclic monothiocarbonate group, wherein a) a compound with at least one epoxy group is used as starting material, b) the compound is reacted with phosgene or an alkyl chloroformate thus giving an adduct, and c) the adduct is reacted with a compound comprising anionic sulfur thus obtaining the compound with at least one five-membered cyclic monothiocarbonate group. a) a compound with at least one epoxy group is used as starting material, b) the compound is reacted with phosgene or an alkyl chloroformate thus giving an adduct, and c) the adduct is reacted with a compound comprising anionic sulfur thus obtaining the compound with at least one five-membered cyclic monothiocarbonate group.
A catheter assembly, comprising: a catheter having a catheter lumen extending from a distal tip to a proximal end of said catheter; and a removable catheter cap releasably connected to said catheter and comprising a cap body configured for being removably connectable to said catheter distal tip, so as to facilitate capping of said catheter distal tip, and is sized and shaped for blocking passage of said cap body through said catheter lumen, said cap body includes interbonded, intertwined, or/and woven separable windings of at least one predefined constituent part that is sized and shaped to freely pass through said catheter lumen; wherein said separable windings are configured to separate into said at least one predefined constituent part when said cap body is pulled against said catheter distal tip. a catheter having a catheter lumen extending from a distal tip to a proximal end of said catheter; and a removable catheter cap releasably connected to said catheter and comprising a cap body configured for being removably connectable to said catheter distal tip, so as to facilitate capping of said catheter distal tip, and is sized and shaped for blocking passage of said cap body through said catheter lumen, said cap body includes interbonded, intertwined, or/and woven separable windings of at least one predefined constituent part that is sized and shaped to freely pass through said catheter lumen; wherein said separable windings are configured to separate into said at least one predefined constituent part when said cap body is pulled against said catheter distal tip.
An actuator comprising: a ball nut ; a lock housing arranged radially outwardly of the ball nut and overlapping a proximal end of the ball nut when the ball nut is in a stowed position wherein the lock housing comprises a sleeve in which is located an aperture , and wherein a locking element is retained within the aperture and can move in a radial direction through the aperture; a locking collar which is arranged radially outwardly of the lock housing and overlaps the lock housing, wherein the locking element extends between an inner periphery of the locking collar and an outer periphery of the ball nut when the ball nut is in the stowed position, wherein when the ball nut is in the stowed position, the locking element engages with a locking projection on the ball nut, to retain the ball nut in the stowed position, and wherein the locking collar is arranged to move towards a distal end of the ball nut to align a recessed portion of the locking collar with the locking element to allow the locking element to ride up over the locking projection of the ball nut, thereby disengaging the locking element from the locking projection on the ball nut, allowing movement of the ball nut, and wherein the actuator further comprises a solenoid which drives movement of the locking collar or hydraulic system which drives movement of the locking collar. a ball nut ; a lock housing arranged radially outwardly of the ball nut and overlapping a proximal end of the ball nut when the ball nut is in a stowed position wherein the lock housing comprises a sleeve in which is located an aperture , and wherein a locking element is retained within the aperture and can move in a radial direction through the aperture; a locking collar which is arranged radially outwardly of the lock housing and overlaps the lock housing, wherein the locking element extends between an inner periphery of the locking collar and an outer periphery of the ball nut when the ball nut is in the stowed position, wherein when the ball nut is in the stowed position, the locking element engages with a locking projection on the ball nut, to retain the ball nut in the stowed position, and wherein the locking collar is arranged to move towards a distal end of the ball nut to align a recessed portion of the locking collar with the locking element to allow the locking element to ride up over the locking projection of the ball nut, thereby disengaging the locking element from the locking projection on the ball nut, allowing movement of the ball nut, and wherein the actuator further comprises a solenoid which drives movement of the locking collar or hydraulic system which drives movement of the locking collar.
A method of producing a CO shift catalyst which reforms carbon monoxide (CO) in gas, the CO shift catalyst comprising: (a) an active ingredient including one of molybdenum (Mo) and iron (Fe) in an amount of 0.1 to 25 percent by weight as a main component, and one of nickel (Ni) and ruthenium (Ru) in an amount of 0.01 to 10 percent by weight as an accessory component, and (b) a complex oxide including two or more kinds from among titanium (Ti), zirconium (Zr) and aluminum (Al) as a support for supporting the active ingredient, characterized in that the method comprises firing the complex oxide and the active ingredient at a temperature equal to or higher than 550°C and equal to or lower than 850°C. (a) an active ingredient including one of molybdenum (Mo) and iron (Fe) in an amount of 0.1 to 25 percent by weight as a main component, and one of nickel (Ni) and ruthenium (Ru) in an amount of 0.01 to 10 percent by weight as an accessory component, and (b) a complex oxide including two or more kinds from among titanium (Ti), zirconium (Zr) and aluminum (Al) as a support for supporting the active ingredient,