mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating an electromagnetic cartridge seal , the method comprises: selectively operating a cartridge seal in one of a plurality of modes including a wet mode and a dry mode; receiving a signal at a force applying mechanism of the cartridge seal, the force applying mechanism being coupled to a primary sealing component of the cartridge seal; controlling the force applying mechanism based at least in part on the received signal; and wherein when operating the cartridge seal in the wet mode, the force applying mechanism makes contact with the primary sealing component and the cartridge seal is filled with a fluid when operating in the wet mode, and wherein when operating the cartridge seal in the dry mode, the force applying mechanism does not make contact with the primary sealing component, the dry mode occurring when a rotor coupled to the cartridge seal is in an operational state when fluid is not present or low in the cartridge seal . selectively operating a cartridge seal in one of a plurality of modes including a wet mode and a dry mode; receiving a signal at a force applying mechanism of the cartridge seal, the force applying mechanism being coupled to a primary sealing component of the cartridge seal; controlling the force applying mechanism based at least in part on the received signal; and wherein when operating the cartridge seal in the wet mode, the force applying mechanism makes contact with the primary sealing component and the cartridge seal is filled with a fluid when operating in the wet mode, and wherein when operating the cartridge seal in the dry mode, the force applying mechanism does not make contact with the primary sealing component, the dry mode occurring when a rotor coupled to the cartridge seal is in an operational state when fluid is not present or low in the cartridge seal .
A railway vehicle , comprising a disinfection system, the disinfection system comprising lighting at a disinfecting wavelength on board said vehicle , the lighting comprising at least one lighting device at a disinfecting wavelength, the lighting being configured to automatically disinfect the interior of said vehicle, the vehicle being characterised in that said lighting is automatically controlled centrally by a TCMS control and monitoring system of said vehicle .
A vacuum insulated window assembly, comprising: first and second substantially parallel spaced apart substantially transparent substrates ; a seal disposed at least between said first and second spaced apart substrates , the seal and first and second substrates defining a cavity therebetween with the cavity being at a pressure less than atmospheric pressure; a pump-out tube extending at least partially through an aperture in said first substrate so as to communicate with the cavity and extending beyond an outer major surface of said first substrate ; and a protective ring disposed proximate to the outer major surface of the first substrate so as to at least partially surround said pump-out tube of the vacuum insulated window assembly, wherein an inner diameter of said protective ring is sufficiently large to accommodate a portion of said pump-out tube that extends beyond the outer major surface of said first substrate without coming into contact with said portion of said pump-out tube that extends beyond the outer major surface of said first substrate when said protective ring is disposed over and/or on said first substrate , characterised in that the assembly further comprises a third substrate laminated over said first substrate and a cap disposed over each of said pump-out tube , said protective ring and an opening formed in said third substrate . first and second substantially parallel spaced apart substantially transparent substrates ; a seal disposed at least between said first and second spaced apart substrates , the seal and first and second substrates defining a cavity therebetween with the cavity being at a pressure less than atmospheric pressure; a pump-out tube extending at least partially through an aperture in said first substrate so as to communicate with the cavity and extending beyond an outer major surface of said first substrate ; and a protective ring disposed proximate to the outer major surface of the first substrate so as to at least partially surround said pump-out tube of the vacuum insulated window assembly, wherein an inner diameter of said protective ring is sufficiently large to accommodate a portion of said pump-out tube that extends beyond the outer major surface of said first substrate without coming into contact with said portion of said pump-out tube that extends beyond the outer major surface of said first substrate when said protective ring is disposed over and/or on said first substrate , characterised in that the assembly further comprises a third substrate laminated over said first substrate and a cap disposed over each of said pump-out tube , said protective ring and an opening formed in said third substrate .
A micro head comprising: a spindle having a male screw portion ; a sleeve incorporating the spindle ; a thimble where a part of the sleeve is inserted, the thimble being rotatable about the sleeve as an axis of rotation and partially connected to one end of the spindle ; and a cylindrical backlash absorbing member fixed to the sleeve in a state where the spindle is inserted at a position in the sleeve facing the male screw portion of the spindle characterized in that a collar in contact with the backlash absorbing member is provided in the sleeve . a spindle having a male screw portion ; a sleeve incorporating the spindle ; a thimble where a part of the sleeve is inserted, the thimble being rotatable about the sleeve as an axis of rotation and partially connected to one end of the spindle ; and a cylindrical backlash absorbing member fixed to the sleeve in a state where the spindle is inserted at a position in the sleeve facing the male screw portion of the spindle
A zirconia-alumina composite ceramic sintered body, characterized in that the zirconia-alumina composite ceramic sintered body comprises the following components in percentage by mass: 5%-15% of a zirconium-containing compound, content thereof calculated with zirconia; 0.3%-1% of a yttrium-containing compound, content thereof calculated with yttrium oxide; 0.04%-0.8% of a silicon-containing compound, content thereof calculated with silicon oxide; 0.01%-0.03% of a calcium-containing compound, content thereof calculated with calcium oxide; 0-0.03% of a magnesium-containing compound, content thereof calculated with magnesium oxide; and the balance being alumina; the zirconium-containing compound comprises zirconia.
A medical needle holder having: a generally hollow body which extends in the direction of an axis from a first end to a second end , the first end being shaped for reception of a needle therein and the second end being open, wherein the axis is substantially aligned in use with the needle positioned in the first end of the body ; and, characterised by a grip portion which is actuable relative to the body between a first condition in which the grip portion extends outwardly of the body in a direction which is angularly offset from the axis and a second condition in which the grip portion is disposed substantially forward of the first end of the body such that the grip portion covers the needle when held by the needle holder, wherein the needle holder comprises a releasable fastener for preventing unwanted movement of the grip portion in the first condition such that the needle holder can be stably held via.the grip portion by a user during use of the needle . a generally hollow body which extends in the direction of an axis from a first end to a second end , the first end being shaped for reception of a needle therein and the second end being open, wherein the axis is substantially aligned in use with the needle positioned in the first end of the body ; and, characterised by a grip portion which is actuable relative to the body between a first condition in which the grip portion extends outwardly of the body in a direction which is angularly offset from the axis and a second condition in which the grip portion is disposed substantially forward of the first end of the body such that the grip portion covers the needle when held by the needle holder, wherein the needle holder comprises a releasable fastener for preventing unwanted movement of the grip portion in the first condition such that the needle holder can be stably held via.the grip portion by a user during use of the needle .
A drug infusion system comprising a memory device and at least one processor executing an infusion controller configured to: receive a plurality of electrical signals, wherein each of the plurality of electrical signals are received from a respective area electrode detecting localized bioelectrical signal from a uterus; determine the presence of a first rest period, wherein the first rest period does not contain a uterine contraction; characterized in that the controller is further configured to: identify, within the first rest period of the plurality of electrical signals, an oscillatory signal in at least one of the plurality of electrical signals, wherein the oscillatory signal has an amplitude of between about 20 μV and about 200 μV; determine a duration of the oscillatory signal identified within the first rest period; and reduce, responsive to determining that the duration of the oscillatory signal exceeds a threshold, an infusion rate of a drug. receive a plurality of electrical signals, wherein each of the plurality of electrical signals are received from a respective area electrode detecting localized bioelectrical signal from a uterus; determine the presence of a first rest period, wherein the first rest period does not contain a uterine contraction; characterized in that the controller is further configured to: identify, within the first rest period of the plurality of electrical signals, an oscillatory signal in at least one of the plurality of electrical signals, wherein the oscillatory signal has an amplitude of between about 20 μV and about 200 μV; determine a duration of the oscillatory signal identified within the first rest period; and reduce, responsive to determining that the duration of the oscillatory signal exceeds a threshold, an infusion rate of a drug. identify, within the first rest period of the plurality of electrical signals, an oscillatory signal in at least one of the plurality of electrical signals, wherein the oscillatory signal has an amplitude of between about 20 μV and about 200 μV; determine a duration of the oscillatory signal identified within the first rest period; and reduce, responsive to determining that the duration of the oscillatory signal exceeds a threshold, an infusion rate of a drug.
A moving body comprising: a safety degree calculation unit that is configured to calculate a safety degree of a flat surface existing in an external environment on a basis of flat surface information regarding the flat surface; a movement control unit that is configured to control movement to the flat surface on a basis of the calculated safety degree; and a map construction unit that is configured to construct a flat surface map on a basis of position information on the own body and the flat surface information regarding the flat surface detected in the external environment using sensor data, wherein the safety degree calculation unit is further configured to calculate the safety degree on a basis of a flat surface map in which the flat surface information is mapped to coordinates of the flat surface in a three-dimensional space and external environment information regarding the external environment, wherein the external environment information includes an attribute of the flat surface existing in the external environment, wherein the attribute is verified by semantic segmentation. a safety degree calculation unit that is configured to calculate a safety degree of a flat surface existing in an external environment on a basis of flat surface information regarding the flat surface; a movement control unit that is configured to control movement to the flat surface on a basis of the calculated safety degree; and a map construction unit that is configured to construct a flat surface map on a basis of position information on the own body and the flat surface information regarding the flat surface detected in the external environment using sensor data, wherein the safety degree calculation unit is further configured to calculate the safety degree on a basis of a flat surface map in which the flat surface information is mapped to coordinates of the flat surface in a three-dimensional space and external environment information regarding the external environment, wherein the external environment information includes an attribute of the flat surface existing in the external environment, wherein the attribute is verified by semantic segmentation.
A system for providing a liquefier nozzle flexure to at least enable ironing of a 3D print, comprising: a controllable print head for providing the 3D print; a liquefier capable of liquefying deposit material for providing the 3D print; the liquefier nozzle flexure mounted between the print head and the liquefier that allows a distance between the print head and the liquefier to vary when a resistance is encountered at a print nozzle tip . a controllable print head for providing the 3D print; a liquefier capable of liquefying deposit material for providing the 3D print; the liquefier nozzle flexure mounted between the print head and the liquefier that allows a distance between the print head and the liquefier to vary when a resistance is encountered at a print nozzle tip .
Insert for the customization of a sport or medical item of the kind comprising at least one element made of a substantially soft material which, in use, is oriented towards the user's body, wherein said insert comprises at least a first layer of thermoformable material and a variable volume element which is connected, either removably or non-removably, to said layer of thermoformable material , characterized in that said insert comprises a second layer of thermoformable material , said variable volume element being sandwiched, either removably or non-removably, between said first and said second layers of thermoformable material .
A skylight assembly for securing to a curb , the assembly comprising: an upper frame , the upper frame comprising a first surface and a first and a second downwardly extending leg from the first surface , the first and second downwardly extending legs of the upper frame defining an upper channel therebetween; a lower frame , the lower frame comprising a second surface and a first and a second upwardly extending leg from the second surface , the first and second upwardly extending legs of the lower frame defining a lower channel therebetween, the lower frame further comprising a downwardly extending leg from the second surface ; a connector clip for securing the upper frame to the lower frame by any one of insertion within the lower channel of the lower frame and insertion within the upper channel of the upper frame ; a gasket , the gasket secured to the first surface of the lower frame ; and a first lens (100; 102), the first lens (100; 102) secured between the upper frame and the gasket , wherein the connector clip forms a generally U-shape and includes at least two extenders (64; 66) angled downward towards each other into the generally U-shape of the connector clip . an upper frame , the upper frame comprising a first surface and a first and a second downwardly extending leg from the first surface , the first and second downwardly extending legs of the upper frame defining an upper channel therebetween; a lower frame , the lower frame comprising a second surface and a first and a second upwardly extending leg from the second surface , the first and second upwardly extending legs of the lower frame defining a lower channel therebetween, the lower frame further comprising a downwardly extending leg from the second surface ; a connector clip for securing the upper frame to the lower frame by any one of insertion within the lower channel of the lower frame and insertion within the upper channel of the upper frame ; a gasket , the gasket secured to the first surface of the lower frame ; and a first lens (100; 102), the first lens (100; 102) secured between the upper frame and the gasket , wherein the connector clip forms a generally U-shape and includes at least two extenders (64; 66) angled downward towards each other into the generally U-shape of the connector clip .
A computer-implemented method, comprising: receiving edits to a document in real time, the document being collaboratively edited on a plurality of computing devices by a plurality of active editors; indexing the received edits to update a search index in real time; receiving a search query from a computing device, the search query being generated by a user; responsive to receiving the search query, causing a search to be made of the search index; causing a user interface to be presented at the computing device for presenting results of the search, the user interface comprising an identification of the document, an identification of the plurality of active editors, and a first user interface control which, when selected, will cause a request to be transmitted to the plurality of computing devices to admit the user as an additional active editor of the document; and in response to selection of the first user interface control, causing a second user interface control to be presented to at least one of the plurality of active editors of the document, wherein selection of the second user interface control by the at least one of the plurality of active editors of the document submits the user as an additional active editor of the document. receiving edits to a document in real time, the document being collaboratively edited on a plurality of computing devices by a plurality of active editors; indexing the received edits to update a search index in real time; receiving a search query from a computing device, the search query being generated by a user; responsive to receiving the search query, causing a search to be made of the search index; causing a user interface to be presented at the computing device for presenting results of the search, the user interface comprising an identification of the document, an identification of the plurality of active editors, and a first user interface control which, when selected, will cause a request to be transmitted to the plurality of computing devices to admit the user as an additional active editor of the document; and an identification of the document, an identification of the plurality of active editors, and a first user interface control which, when selected, will cause a request to be transmitted to the plurality of computing devices to admit the user as an additional active editor of the document; and in response to selection of the first user interface control, causing a second user interface control to be presented to at least one of the plurality of active editors of the document, wherein selection of the second user interface control by the at least one of the plurality of active editors of the document submits the user as an additional active editor of the document.
A power supply circuit, wherein the circuit comprises: a plurality of channels, and at least one channel of the plurality of channels comprises a first switching transistor (M1'), a second switching transistor (M2'), a third switching transistor (M1), a fourth switching transistor (M2), a first capacitor (C1'), and a second capacitor (C1); one terminal of the first capacitor (C1') is connected to one terminal of the second capacitor (C1), the other terminal of the first capacitor (C1') is separately connected to a first electrode of the first switching transistor (M1') and a first electrode of the second switching transistor (M2'), a second electrode of the first switching transistor (M1') is connected to a second electrode of the third switching transistor (M1), a second electrode of the second switching transistor (M2') is connected to a second electrode of the fourth switching transistor (M2), a third electrode of the first switching transistor (M1') is connected to an output node (VSSH), and a third electrode of the second switching transistor (M2') is grounded, wherein the other terminal of the second capacitor (C1), a third electrode of the third switching transistor (M1) and a first electrode of the fourth switching transistor (M2) are connected to the output node (VSSH), wherein the first electrode is a source of a MOS transistor or a collector of a transistor, the second electrode is a gate of the MOS transistor or a base of the transistor, and the third electrode is a drain of the MOS transistor or an emitter of the transistor. a plurality of channels, and at least one channel of the plurality of channels comprises a first switching transistor (M1'), a second switching transistor (M2'), a third switching transistor (M1), a fourth switching transistor (M2), a first capacitor (C1'), and a second capacitor (C1); one terminal of the first capacitor (C1') is connected to one terminal of the second capacitor (C1), the other terminal of the first capacitor (C1') is separately connected to a first electrode of the first switching transistor (M1') and a first electrode of the second switching transistor (M2'), a second electrode of the first switching transistor (M1') is connected to a second electrode of the third switching transistor (M1), a second electrode of the second switching transistor (M2') is connected to a second electrode of the fourth switching transistor (M2), a third electrode of the first switching transistor (M1') is connected to an output node (VSSH), and a third electrode of the second switching transistor (M2') is grounded, wherein the other terminal of the second capacitor (C1), a third electrode of the third switching transistor (M1) and a first electrode of the fourth switching transistor (M2) are connected to the output node (VSSH), wherein the first electrode is a source of a MOS transistor or a collector of a transistor, the second electrode is a gate of the MOS transistor or a base of the transistor, and the third electrode is a drain of the MOS transistor or an emitter of the transistor.