mhurhangee/patent-ind-claim-en huggingface dataset:
A dental appliance system, comprising: a first appliance (707-1, 807-1) of a series of appliances of a treatment plan, comprising a first shell having a plurality of cavities (607-1, 1107-1) therein and each cavity configured to receive at least one tooth of a first jaw and having a first number of bite adjustment structures (606-1, 706-1, 806-1, 1106-1) formed as part of the first shell, the first number of bite adjustment structures extending from a lingual surface of at least one of the plurality of cavities of an upper canine, wherein the first number of bite adjustment structures have a first shape and location specific to a first stage of the treatment plan; and a second appliance (707-2, 807-2) of the series of appliances, comprising a second shell having a plurality of cavities (607-2, 1107-2) therein and each cavity configured to receive at least one tooth of a second jaw and having a second number of bite adjustment structures (606-2, 1107-2) formed as part of the second shell, the second number of bite adjustment structures extending from at least one of the plurality of cavities and designed to make contact with the first number of bite adjustment structures, wherein the second number of bite adjustment structures includes a bite adjustment structure (606-2, 706-2, 806-2, 1106-2) that extends between a distal surface of a first cavity and a mesial surface of an adjacent cavity, wherein the second number of bite adjustment structures each have minimal contact with the front and back surfaces of the first and adjacent cavities. a first appliance (707-1, 807-1) of a series of appliances of a treatment plan, comprising a first shell having a plurality of cavities (607-1, 1107-1) therein and each cavity configured to receive at least one tooth of a first jaw and having a first number of bite adjustment structures (606-1, 706-1, 806-1, 1106-1) formed as part of the first shell, the first number of bite adjustment structures extending from a lingual surface of at least one of the plurality of cavities of an upper canine, wherein the first number of bite adjustment structures have a first shape and location specific to a first stage of the treatment plan; and a second appliance (707-2, 807-2) of the series of appliances, comprising a second shell having a plurality of cavities (607-2, 1107-2) therein and each cavity configured to receive at least one tooth of a second jaw and having a second number of bite adjustment structures (606-2, 1107-2) formed as part of the second shell, the second number of bite adjustment structures extending from at least one of the plurality of cavities and designed to make contact with the first number of bite adjustment structures, wherein the second number of bite adjustment structures includes a bite adjustment structure (606-2, 706-2, 806-2, 1106-2) that extends between a distal surface of a first cavity and a mesial surface of an adjacent cavity, wherein the second number of bite adjustment structures each have minimal contact with the front and back surfaces of the first and adjacent cavities.
Wiper arm for a wiping device of a vehicle, comprising a longitudinal part and a drive member linked one another by a pivot linkage, the longitudinal part comprising a first end which is linked to the drive member and a second end opposed to the first end , the drive member being configured to be linked to a rotating shaft which is able to set the wiper arm in motion, the wiper arm comprising at least a spraying device configured to spray a liquid on a glazed surface and a duct hydraulically linked with the spraying device , such spraying device being arranged on the longitudinal part closer to the first end than to the second end of the longitudinal part , such duct extends along the drive member and being configured to connect a pipe , which is arranged inside the rotating shaft , to the spraying device , wherein the first end of the longitudinal part is interlocked with the drive member to form the pivot linkage, the longitudinal part comprising a mouthpiece arranged on the first end , such mouthpiece allowing to connect duct with the longitudinal part , characterized in that the drive member comprises a clearance zone which authorizes a move of the mouthpiece in order to not interfere with the drive member .
A crystal consisting of an anti-PCSK9 IgG antibody comprising a light chain variable region having the amino acid sequence set forth in SEQ ID NO:9 or SEQ ID NO:11 and a heavy chain variable region comprising the amino acid sequence set forth in SEQ ID NO:5 or SEQ ID NO:7.
A photosensitive resin composition characterized by containing (A) an inorganic fine particle whose average particle diameter is greater than or equal to 0.5 μm and less than or equal to 4 μm and whose sphericity is greater than or equal to 0.9, (B) a polyamide having in a molecular main chain an aliphatic ring and/or having a skeleton represented by general formula , (C) a compound having an ethylenic double bond, and (D) a photopolymerization initiating agent.
A method for manufacturing a window of an electronic device including a display , an optical sensor module having a first optical sensor and a second optical sensor , and the window covering the optical sensor module and the display, the method comprising: performing a base printing by coating a first ink on at least a part of a non-display area of the window, wherein the non-display area is an area in which transmission of an image displayed on the display is not allowed; performing a shield printing by coating a second ink on at least a part of the non-display area coated with the first ink for the base printing; performing an adhesion-enhancement printing by coating a third ink on at least a part of the non-display area coated with the second ink for the shield printing; performing a sensor-shield printing by coating a fourth ink containing a dye composition on a first region and a second region of the non-display area, wherein the first region is a region for transmitting an infrared sensor light from the first optical sensor and the second region is a region for transmitting a sensor light from the second optical sensor; and attaching a process protective film comprising an optically clear adhesive layer to the window, wherein the non-display area coated with the first ink is at least a part of a remaining area other than the first and second regions, and wherein the process protective film does not comprise the optically clear adhesive layer in regions corresponding to areas coated by the fourth ink in the sensor-shield printing. performing a base printing by coating a first ink on at least a part of a non-display area of the window, wherein the non-display area is an area in which transmission of an image displayed on the display is not allowed; performing a shield printing by coating a second ink on at least a part of the non-display area coated with the first ink for the base printing; performing an adhesion-enhancement printing by coating a third ink on at least a part of the non-display area coated with the second ink for the shield printing; performing a sensor-shield printing by coating a fourth ink containing a dye composition on a first region and a second region of the non-display area, wherein the first region is a region for transmitting an infrared sensor light from the first optical sensor and the second region is a region for transmitting a sensor light from the second optical sensor; and attaching a process protective film comprising an optically clear adhesive layer to the window, wherein the non-display area coated with the first ink is at least a part of a remaining area other than the first and second regions, and wherein the process protective film does not comprise the optically clear adhesive layer in regions corresponding to areas coated by the fourth ink in the sensor-shield printing.
A method to configure a liquid-jet guided laser system, the method comprising setting parameters of the liquid-jet guided laser system based on a relationship that links a focus point of a laser beam in the liquid-jet guided laser system, a focus cone angle of the laser beam, and an effective width of the laser beam based on the power density profile of the laser beam such that the focus point of the laser beam is below a nozzle inlet plane characterized in that CP is equal to 0.5 • CF • D N tan θ / 2 wherein CP is a coupling point representing a distance of the focus point of the laser beam from the nozzle inlet plane wherein CF is a coupling factor representing a portion of an inlet opening of the nozzle for passing a standard laser power density profile, wherein the effective width is represented by an effective diameter D eff of a nozzle of the liquid-jet guided laser system and D eff is equal to CF ● D N , wherein D N is a diameter of the nozzle, wherein θ is a focus cone angle of a laser beam of the liquid-jet guided laser system. wherein CP is a coupling point representing a distance of the focus point of the laser beam from the nozzle inlet plane wherein CF is a coupling factor representing a portion of an inlet opening of the nozzle for passing a standard laser power density profile, wherein the effective width is represented by an effective diameter D eff of a nozzle of the liquid-jet guided laser system and D eff is equal to CF ● D N , wherein D N is a diameter of the nozzle, wherein θ is a focus cone angle of a laser beam of the liquid-jet guided laser system.
- A connection device between an ignition means of a propellant charge and a combustible case of a round of ammunition that comprises a bottom pierced with an axial opening through which the ignition means is placed and with at least one peripheral vent intended to allow the case to be loaded with the propellant charge, in which device the ignition means is intended to be secured to an obturator base after the combustible case has been loaded, base which covers the bottom of the combustible case , wherein the device comprises means for holding the ignition means on the combustible case , which means ensure the immobilization of the ignition means before the loading of the combustible case and before the attachment of the obturator base , the holding means comprising on the one hand a stop ring secured to the ignition means and bearing against an inner surface of the bottom of the case by means of a spring washer and on the other hand a retaining ring secured to the ignition means and which cooperates with at least one stop surface secured to the bottom of the case .
A portable charger for supplying power to an aerosol delivery device , the portable charger comprising: a first communication interface configured to receive data from an aerosol delivery device , and a second communication interface configured to wirelessly transmit the received data directly to a server ; characterised in that the server is a cloud-based server, and in that the first communication interface is configured for both physical/wired and wireless connection with the aerosol delivery device . a first communication interface configured to receive data from an aerosol delivery device , and a second communication interface configured to wirelessly transmit the received data directly to a server ; characterised in that the server is a cloud-based server, and in that the first communication interface is configured for both physical/wired and wireless connection with the aerosol delivery device .
A method of operating a power conversion circuit comprising a transformer (TX1), first and second capacitors (C1, C3), first and second switches (Q1, Q2), the first switch (Q1) being coupled to the primary winding so as to control a flow of current through the primary winding and the second switch (Q2) being coupled to the primary winding, so as to control the flow of current through an active resonant clamp circuit, wherein the active resonant clamp circuit is configured to absorb leakage energy from the primary winding, and a controller operating the first and second switches to produce a regulated output voltage (Vout) for delivery to a load in an output system, the method comprising: switching the first switch (Q1) on at a first switching frequency, so as to store energy in a primary winding (P1) of the transformer; charging the first and second capacitors (C1, C3) in series with leakage energy from the transformer through a body diode of the second switch (Q2) and a first diode coupled between the first and second capacitors (C1, C3) by switching the first switch (Q1) off; switching the second switch (Q2) on when current is flowing through the body diode of the second switch; discharging the first and second capacitors (C1, C3) in parallel via a second diode coupled across the first capacitor (C1) and the first diode and a third diode coupled across the second capacitor (C3) and the first diode after all leakage inductance energy has been transferred from the transformer to the first and second capacitors; switching the second switch (Q2) off at a first amount of time before the next switching on of the first switch (Q1), wherein the first amount of time is determined so as to achieve zero voltage switching of the first switch; wherein at least one of the first switching frequency and the first amount of time is variable as determined by operating conditions. switching the first switch (Q1) on at a first switching frequency, so as to store energy in a primary winding (P1) of the transformer; charging the first and second capacitors (C1, C3) in series with leakage energy from the transformer through a body diode of the second switch (Q2) and a first diode coupled between the first and second capacitors (C1, C3) by switching the first switch (Q1) off; switching the second switch (Q2) on when current is flowing through the body diode of the second switch; discharging the first and second capacitors (C1, C3) in parallel via a second diode coupled across the first capacitor (C1) and the first diode and a third diode coupled across the second capacitor (C3) and the first diode after all leakage inductance energy has been transferred from the transformer to the first and second capacitors; switching the second switch (Q2) off at a first amount of time before the next switching on of the first switch (Q1), wherein the first amount of time is determined so as to achieve zero voltage switching of the first switch; wherein at least one of the first switching frequency and the first amount of time is variable as determined by operating conditions.
A wound dressing system comprising: a wrap configured to contact or surround a wound site; an oxygen catalyst; and a frangible ampoule including an oxygen precursor, wherein the oxygen catalyst and the oxygen precursor are configured to form oxygen when combined; characterised in that the wrap is concentrically rolled around the ampoule . a wrap configured to contact or surround a wound site; an oxygen catalyst; and a frangible ampoule including an oxygen precursor, wherein the oxygen catalyst and the oxygen precursor are configured to form oxygen when combined; characterised in that the wrap is concentrically rolled around the ampoule .
A UV fluid treatment cartridge comprising: an exterior housing having a first exterior end , a second exterior end , and an exterior sidewall connecting the first exterior end and the second exterior end ; a cartridge inlet and a cartridge outlet located on the exterior housing adjacent the first exterior end ; a separate UV treatment module located inside of the exterior housing , the UV treatment module comprising: an interior housing having a module first end adjacent to the first exterior end , a module second end , and a module sidewall connecting the module first end and the module second end and enclosing a UV treatment chamber ; an array of UV LED light emitters directing UV light into the UV treatment chamber ; a module inlet at the module second end and a module outlet at the module first end ; wherein an internal annular space between the exterior sidewall and the module sidewall forms an entry flow path fluidly connecting the cartridge inlet to the module inlet ; and wherein there is an exit flow path from the module outlet to the cartridge outlet ; wherein the array of UV LED light emitters is located adjacent to either the module first end or the module second end and the module sidewall is a multilayer material that includes a UV opaque layer and at least one other layer. an exterior housing having a first exterior end , a second exterior end , and an exterior sidewall connecting the first exterior end and the second exterior end ; a cartridge inlet and a cartridge outlet located on the exterior housing adjacent the first exterior end ; a separate UV treatment module located inside of the exterior housing , the UV treatment module comprising: an interior housing having a module first end adjacent to the first exterior end , a module second end , and a module sidewall connecting the module first end and the module second end and enclosing a UV treatment chamber ; an array of UV LED light emitters directing UV light into the UV treatment chamber ; a module inlet at the module second end and a module outlet at the module first end ; an interior housing having a module first end adjacent to the first exterior end , a module second end , and a module sidewall connecting the module first end and the module second end and enclosing a UV treatment chamber ; an array of UV LED light emitters directing UV light into the UV treatment chamber ; a module inlet at the module second end and a module outlet at the module first end ; wherein an internal annular space between the exterior sidewall and the module sidewall forms an entry flow path fluidly connecting the cartridge inlet to the module inlet ; and wherein there is an exit flow path from the module outlet to the cartridge outlet ; wherein the array of UV LED light emitters is located adjacent to either the module first end or the module second end and the module sidewall is a multilayer material that includes a UV opaque layer and at least one other layer.
Heat treatment device , such as an oven, comprising a housing wherein are arranged: - a heating resistor made of graphite or silicon carbide, and - an inner ceramic part which delimits a volume forming a chamber , the heating resistor being placed around the inner part , characterised in that the device further comprises: - an intermediate element made of a refractory material selected from a refractory metallic material and a refractory ceramic material, the heating resistor , the inner part and the intermediate element being coaxial and cylindrical of revolution, the intermediate element being interposed between the heating resistor and the inner part and at a distance from the latter to form a void on either side of the intermediate element . - a heating resistor made of graphite or silicon carbide, and - an inner ceramic part which delimits a volume forming a chamber , the heating resistor being placed around the inner part , characterised in that the device further comprises: - an intermediate element made of a refractory material selected from a refractory metallic material and a refractory ceramic material, - an intermediate element made of a refractory material selected from a refractory metallic material and a refractory ceramic material, the heating resistor , the inner part and the intermediate element being coaxial and cylindrical of revolution, the intermediate element being interposed between the heating resistor and the inner part and at a distance from the latter to form a void on either side of the intermediate element .
An ultrasonic compliance zone system comprising a compliance zone designator for establishing two compliance zones within a room, the room having a back wall and two generally opposed walls and, a wearable device ; wherein the compliance zone designator comprises a dual ultrasonic transmitter, the dual ultrasonic transmitter having first and second ultrasonic transmitters located on the back wall with the first ultrasonic transmitter directed generally toward a first wall of the two generally opposed walls for establishing a first compliance zone and the second ultrasonic transmitter directed generally toward a second wall of the two generally opposed walls for establishing a second compliance zone , the first and second ultrasonic transmitters transmitting ultrasonic signals at predetermined intervals of time, and wherein the wearable device is configured for interacting with the dual ultrasonic transmitters , the wearable device comprising: a processor connected to a memory and an ultrasound signal receiver , the memory storing an executable program, the program instructing the processor to: receive, through the ultrasound signal receiver , a first ultrasound transmission from the first ultrasonic transmitter and record a first time at which the first ultrasound transmission is received; receive, through the ultrasound signal receiver , a second ultrasound transmission from the second ultrasonic transmitter and record a second time at which the second ultrasound transmission is received; comparing the first and second times to determine whether the wearable device is located in the first compliance zone or the second compliance zone . receive, through the ultrasound signal receiver , a first ultrasound transmission from the first ultrasonic transmitter and record a first time at which the first ultrasound transmission is received; receive, through the ultrasound signal receiver , a second ultrasound transmission from the second ultrasonic transmitter and record a second time at which the second ultrasound transmission is received; comparing the first and second times to determine whether the wearable device is located in the first compliance zone or the second compliance zone .
An article of footwear having an upper and a sole structure secured to the upper , the upper comprising a knitted component and a strand having a first section inlaid within the knitted component , a second section located exterior of the knitted component and forming a lace loop that is configured to receive a lace , and a third section inlaid within the knitted component , the first section and the third section being positioned immediately adjacent to each other, characterised in that the lace loop and another lace loop overlap each other and form a pair of lace loops configured to receive the lace .