mhurhangee/patent-ind-claim-en huggingface dataset:
A floor cleaning device comprising: a rod , the rod extending between a proximate end and a distal end; a handle comprising a trigger secured to the proximate end of the rod; a cleaning head secured to the distal end of the rod; a nozzle disposed proximate the distal end of the rod; a cleaning solution dispensing unit secured to the rod between the proximate end and the distal end, wherein the cleaning solution dispensing unit comprises a housing comprising a capsule chamber configured to receive a cleaning capsule therein; and a reservoir removably secured to the housing , the capsule chamber is configured to provide a cleaning solution stored within the cleaning capsule to an interior cavity of the reservoir , wherein, when the trigger is activated, cleaning solution is dispensed through the nozzle via a dispensing tube extending from the cleaning solution dispensing unit to the nozzle. a rod , the rod extending between a proximate end and a distal end; a handle comprising a trigger secured to the proximate end of the rod; a cleaning head secured to the distal end of the rod; a nozzle disposed proximate the distal end of the rod; a cleaning solution dispensing unit secured to the rod between the proximate end and the distal end, wherein the cleaning solution dispensing unit comprises a housing comprising a capsule chamber configured to receive a cleaning capsule therein; and a reservoir removably secured to the housing , the capsule chamber is configured to provide a cleaning solution stored within the cleaning capsule to an interior cavity of the reservoir , wherein, when the trigger is activated, cleaning solution is dispensed through the nozzle via a dispensing tube extending from the cleaning solution dispensing unit to the nozzle.
A holding member of a curtain airbag strap that disengageably holds a strap which connects an end portion of a curtain airbag main body to a pillar of a vehicle body , and that can be attached to the vehicle body while holding the strap , the holding member comprising: a slope oriented towards the exterior and the bottom of the vehicle body when attached to the vehicle body ; wherein the strap can be held on a top face of the slope , with the curtain airbag main body in a stored state; and the slope allows guiding, towards the exterior of the vehicle body , the strap moving in response to deployment and inflation of the curtain airbag main body , characterized in that a pressing body for pressing and bringing the strap into pressure contact with the slope is provided adjacent to the slope . a slope oriented towards the exterior and the bottom of the vehicle body when attached to the vehicle body ; wherein the strap can be held on a top face of the slope , with the curtain airbag main body in a stored state; and the slope allows guiding, towards the exterior of the vehicle body , the strap moving in response to deployment and inflation of the curtain airbag main body , characterized in that a pressing body for pressing and bringing the strap into pressure contact with the slope is provided adjacent to the slope .
A compound selected from Formula I: and stereoisomers, geometric isomers, tautomers, or pharmaceutically acceptable salts thereof, wherein: R 1 is selected from H, C 1 -C 12 alkyl, C 2 -C 12 alkenyl, C 2 -C 12 alkynyl, C 6 -C 20 aryl, C 3 -C 12 carbocyclyl, C 2 -C 20 heterocyclyl, C 1 -C 20 heteroaryl, and -(C 1 -C 12 alkylene)-(C 2 -C 20 heterocyclyl); R 2 is where the wavy line indicates the site of attachment; R 3 is independently selected from F, Cl, -OH, -CH 3 , -CH 2 CH 3 , -CF 3 , -NH 2 , -NHCH 3 , -N(CH 3 ) 2 , -NHCH 2 CHF 2 , -NHCH 2 CF 3 , -CH 2 NHCH 3 , and -OCH 3 ; and n is 1, 2, or 3; X is where the wavy line indicates the site of attachment; R 4 is independently H, F, -CH 3 , or -NH 2 ; and R 5 is phenyl substituted with one or more F. R 1 is selected from H, C 1 -C 12 alkyl, C 2 -C 12 alkenyl, C 2 -C 12 alkynyl, C 6 -C 20 aryl, C 3 -C 12 carbocyclyl, C 2 -C 20 heterocyclyl, C 1 -C 20 heteroaryl, and -(C 1 -C 12 alkylene)-(C 2 -C 20 heterocyclyl); R 2 is where the wavy line indicates the site of attachment; R 3 is independently selected from F, Cl, -OH, -CH 3 , -CH 2 CH 3 , -CF 3 , -NH 2 , -NHCH 3 , -N(CH 3 ) 2 , -NHCH 2 CHF 2 , -NHCH 2 CF 3 , -CH 2 NHCH 3 , and -OCH 3 ; and n is 1, 2, or 3; X is where the wavy line indicates the site of attachment; R 4 is independently H, F, -CH 3 , or -NH 2 ; and R 5 is phenyl substituted with one or more F.
A feed supplement comprising colloidal particles, comprising 2-50% particles with a size of < 1 μm, the particles comprising 40-85 wt. % alumino-silicate mineral selected from at least one of a tetrahedral-octahedral (TO or 1:1) clay, and a tetrahedral-octahedral-tetrahedral (TOT or 2:1) clay, preferably 50-70 wt.%, 1-30 wt. % organic material, preferably fossil organic material, and a remainder comprises water, such as crystal water, wherein wt.% are relative to a final weight of the supplement. 40-85 wt. % alumino-silicate mineral selected from at least one of a tetrahedral-octahedral (TO or 1:1) clay, and a tetrahedral-octahedral-tetrahedral (TOT or 2:1) clay, preferably 50-70 wt.%, 1-30 wt. % organic material, preferably fossil organic material, and a remainder comprises water, such as crystal water, wherein wt.% are relative to a final weight of the supplement.
A method for analyzing a state of a system comprising physical and/or virtual network elements, executed by a network monitoring device, the method comprising: formulating a symbolic query using Boolean functions that describe relations between elements in the system; generating or updating a symbolic representation for each relation by constructing a symbolic graph that describes network elements in the system and relations thereof; and performing the symbolic query on the generated or updated symbolic representation, wherein the query is directed at determining the state of the system, available and/or unavailable system resources, malfunctions, or alerts wherein the symbolic query returns elements in the system that satisfy a given condition determined in accordance with the query; and wherein the symbolic graph is constructed by: for each type of system element, defining one or more variables that enumerate system elements of that type; and for each type of relation between the system elements, generating a single symbolic set representing all edges of that type between system elements in the symbolic graph. formulating a symbolic query using Boolean functions that describe relations between elements in the system; generating or updating a symbolic representation for each relation by constructing a symbolic graph that describes network elements in the system and relations thereof; and performing the symbolic query on the generated or updated symbolic representation, wherein the query is directed at determining the state of the system, available and/or unavailable system resources, malfunctions, or alerts wherein the symbolic query returns elements in the system that satisfy a given condition determined in accordance with the query; and wherein the symbolic graph is constructed by: for each type of system element, defining one or more variables that enumerate system elements of that type; and for each type of relation between the system elements, generating a single symbolic set representing all edges of that type between system elements in the symbolic graph.
A stacker module for a folder-gluer machine , the stacker module being located downstream of a transfer module in a direction of transportation (D) of the folder-gluer machine and configured to receive folding boxes from the transfer module, wherein the stacker module comprises a loading surface configured to receive a plurality of folding boxes and to descend vertically as the number of folding boxes on the loading surface increases, and a linearly movable ejector configured to be moved from a retracted position (RP) to an extended position (DP) and to eject a stack of folding boxes from the loading surface, characterized in that the stacker module comprises a front abutment guide configured to move between an abutment position (SP) in which the front abutment guide is positioned in front of a front leading edge of the folding boxes as they are deposited onto the loading surface, and a clearing position (CP) in which the front abutment guide is positioned distant from the stack and such that the ejector can evacuate the stack from the loading surface, and wherein the stacker module further comprises a control unit (13;43) configured to synchronize the movement of the ejector such that the ejector is in a retracted position when the front abutment guide is in the abutment position and in an extended position when the front abutment guide is in the clearing position.
A system of analyzing and quantifying a user's posture and gait, said system including two electronic boxes , adapted to be integrated into a pair of soles, a first box being adapted to be integrated into a first sole and a second box being adapted to be integrated into a second sole, each box comprising: - an inertial platform configured to generate a set of data on the posture, activity or gait of a user of the pair of soles; - a data processing module configured to pre-process the collected data set according to predefined algorithms and generate information on the posture, activity or gait of a user of the pair of soles; - a data storage module configured to store the information generated by the processing module; - a means of communication configured so that an electronic box of at least one of the soles is adapted to transmit the information generated on the user to an external terminal and/or to the other box of the other sole; - a power source , said system being characterized in that the boxes are configured such that the raw data generated by the inertial platform of a first box undergoes a first processing step by the data processing module of the first box , and then the processed data is transferred to the second box where it is further processed by the data processing module of the second box. - an inertial platform configured to generate a set of data on the posture, activity or gait of a user of the pair of soles; - a data processing module configured to pre-process the collected data set according to predefined algorithms and generate information on the posture, activity or gait of a user of the pair of soles; - a data storage module configured to store the information generated by the processing module; - a means of communication configured so that an electronic box of at least one of the soles is adapted to transmit the information generated on the user to an external terminal and/or to the other box of the other sole; - a power source ,
A surface emitting laser module comprising: a surface emitting laser element formed in a semiconductor substrate and having a surface emitting laser array adapted to emit light in a direction perpendicular to a surface of the semiconductor substrate; a package having a region in which the semiconductor substrate is provided; and a metal cap having a cylindrical part formed of metal, the cylindrical part having a transparent substrate on one side of the cylindrical part and a bottom part on the other side of the cylindrical part bonded to the package; wherein the transparent substrate is provided in the metal cap in such a manner as to be inclined with respect to the semiconductor substrate, the package has a metal part at a bonding part of the package, the metal part being bonded to the the bottom part of the cylindrical part of the metal cap, and the metal part and the bottom part of the cylindrical part of the metal cap are bonded together by welding; characterized in that the metal part has a plating part plated on a surface of the package and a metal ring being bonded to the plating part, the metal ring being welded to the bottom part, whereby the metal cap is being bonded to enclose the surface emitting laser element. a surface emitting laser element formed in a semiconductor substrate and having a surface emitting laser array adapted to emit light in a direction perpendicular to a surface of the semiconductor substrate; a package having a region in which the semiconductor substrate is provided; and a metal cap having a cylindrical part formed of metal, the cylindrical part having a transparent substrate on one side of the cylindrical part and a bottom part on the other side of the cylindrical part bonded to the package; wherein the transparent substrate is provided in the metal cap in such a manner as to be inclined with respect to the semiconductor substrate, the package has a metal part at a bonding part of the package, the metal part being bonded to the the bottom part of the cylindrical part of the metal cap, and the metal part and the bottom part of the cylindrical part of the metal cap are bonded together by welding; characterized in that the metal part has a plating part plated on a surface of the package and a metal ring being bonded to the plating part, the metal ring being welded to the bottom part, whereby the metal cap is being bonded to enclose the surface emitting laser element.
A single correction container configured to be mounted between either: (i) a cylindrical Marinelli beaker or (ii) a sample measuring bottle and a cylindrical detector of a detecting system for nuclide analysis, the correction container comprising: a cylindric container body having a diameter corresponding to an inner diameter of a recessed lower portion of a Marinelli beaker , configured to be inserted into the recessed lower portion of said Marinelli beaker ; a first cylindrical groove having an inner diameter corresponding to a diameter of a detector , and formed in a lower portion of the container body and configured to surround the detector ; characterized in that the correction container further comprises: a second cylindrical groove configured to fix a sample measuring bottle, formed in a upper portion of the container body , and having an inner diameter smaller than the first groove ; and an intake and exhaust hole formed through the first groove to the second groove . (i) a cylindrical Marinelli beaker or (ii) a sample measuring bottle and a cylindrical detector of a detecting system for nuclide analysis, the correction container comprising: a cylindric container body having a diameter corresponding to an inner diameter of a recessed lower portion of a Marinelli beaker , configured to be inserted into the recessed lower portion of said Marinelli beaker ; a first cylindrical groove having an inner diameter corresponding to a diameter of a detector , and formed in a lower portion of the container body and configured to surround the detector ; a cylindric container body having a diameter corresponding to an inner diameter of a recessed lower portion of a Marinelli beaker , configured to be inserted into the recessed lower portion of said Marinelli beaker ; a first cylindrical groove having an inner diameter corresponding to a diameter of a detector , and formed in a lower portion of the container body and configured to surround the detector ; a second cylindrical groove configured to fix a sample measuring bottle, formed in a upper portion of the container body , and having an inner diameter smaller than the first groove ; and an intake and exhaust hole formed through the first groove to the second groove .
An electronic circuit board assembly for a tip section of a multi-viewing elements endoscope, the assembly comprising: a base board ; a first metal frame configured to receive a sensor and a printed circuit board, wherein the first metal frame is positioned at one end of the base board ; a front image sensor ; a front printed circuit board ; a front lens assembly, wherein said front image sensor , said front printed circuit board and said front lens assembly are mounted on said first metal frame ; a second metal frame configured to receive a sensor and a printed circuit board, wherein said second metal frame is positioned adjacent to said first metal frame ; a side image sensor ; a side printed circuit board ; a side lens assembly, wherein said side image sensor , said side printed circuit board and said side lens assembly are mounted on said second metal frame ; a first illumination circuit board comprising a curved panel , wherein said curved panel comprises at least two sets of front illuminators and is mounted on said base board proximate said first metal frame , wherein said curved panel of the first illumination circuit board conforms to a curved surface of the front lens assembly; and a second illumination circuit board comprising a curved panel , wherein said curved panel comprises at least one set of side illuminators and is mounted on said base board proximate said second metal frame , wherein said curved panel of the second illumination circuit board conforms to a curved surface of the side lens assembly. a base board ; a first metal frame configured to receive a sensor and a printed circuit board, wherein the first metal frame is positioned at one end of the base board ; a front image sensor ; a front printed circuit board ; a front lens assembly, wherein said front image sensor , said front printed circuit board and said front lens assembly are mounted on said first metal frame ; a second metal frame configured to receive a sensor and a printed circuit board, wherein said second metal frame is positioned adjacent to said first metal frame ; a side image sensor ; a side printed circuit board ; a side lens assembly, wherein said side image sensor , said side printed circuit board and said side lens assembly are mounted on said second metal frame ; a first illumination circuit board comprising a curved panel , wherein said curved panel comprises at least two sets of front illuminators and is mounted on said base board proximate said first metal frame , wherein said curved panel of the first illumination circuit board conforms to a curved surface of the front lens assembly; and a second illumination circuit board comprising a curved panel , wherein said curved panel comprises at least one set of side illuminators and is mounted on said base board proximate said second metal frame , wherein said curved panel of the second illumination circuit board conforms to a curved surface of the side lens assembly.
A method of monitoring interrupts during a power down event at a processor and at an interrupt controller of the processor, wherein the interrupt controller shares a power domain with the processor, the method comprising: activating an interrupt monitor to detect interrupts during the power down event; isolating the interrupt controller from the interrupt monitor during the power down event, wherein the isolating comprises blocking incoming interrupts from being sent to the interrupt controller; checking the interrupt controller for pending interrupts when the power down event is initiated; storing the pending interrupts in a memory of the interrupt monitor; detecting interrupts at the interrupt monitor during a power down time period associated with the power down event; and storing the detected interrupts in the memory of the interrupt monitor, the method further comprising: when the processor and the interrupt controller are put into a powered state after the power down time period, replaying the stored pending interrupts to the interrupt controller for processing by the processor and replaying at least some of the detected interrupts saved by the interrupt monitor to the interrupt controller for processing by the processor. activating an interrupt monitor to detect interrupts during the power down event; isolating the interrupt controller from the interrupt monitor during the power down event, wherein the isolating comprises blocking incoming interrupts from being sent to the interrupt controller; checking the interrupt controller for pending interrupts when the power down event is initiated; storing the pending interrupts in a memory of the interrupt monitor; detecting interrupts at the interrupt monitor during a power down time period associated with the power down event; and storing the detected interrupts in the memory of the interrupt monitor, the method further comprising: when the processor and the interrupt controller are put into a powered state after the power down time period, replaying the stored pending interrupts to the interrupt controller for processing by the processor and replaying at least some of the detected interrupts saved by the interrupt monitor to the interrupt controller for processing by the processor. when the processor and the interrupt controller are put into a powered state after the power down time period, replaying the stored pending interrupts to the interrupt controller for processing by the processor and replaying at least some of the detected interrupts saved by the interrupt monitor to the interrupt controller for processing by the processor.
A manufacturing method of an element for a body part comprising successively the following steps: - step A: producing a support sheet comprising a first zone in which is arranged a connecting member and a second zone in which is arranged a heating track which is connected to the connecting member ; - step B: modifying the shape of the support sheet so that the first zone and the second zone form an angle (a) which is between 65° and 115°; - step C: placing the support sheet in a first molding chamber and injecting a first thermoplastic material into the first molding chamber to obtain a first layer overmolded on the support sheet , the first layer covering the entire second zone ; - step D: placing the support sheet in a second molding chamber and injecting a second thermoplastic material into the second molding chamber to obtain a second layer overmolded on the first layer . - step A: producing a support sheet comprising a first zone in which is arranged a connecting member and a second zone in which is arranged a heating track which is connected to the connecting member ; - step B: modifying the shape of the support sheet so that the first zone and the second zone form an angle (a) which is between 65° and 115°; - step C: placing the support sheet in a first molding chamber and injecting a first thermoplastic material into the first molding chamber to obtain a first layer overmolded on the support sheet , the first layer covering the entire second zone ; - step D: placing the support sheet in a second molding chamber and injecting a second thermoplastic material into the second molding chamber to obtain a second layer overmolded on the first layer .
A system on a module for controlling and/or operating a smart grid node, the system on a module comprising: a processor; a flash memory device in communication with the processor; a random access memory 'RAM' device in communication with the processor; and a connector configured to provide an interface to components on an electric meter to pass instructions from the processor to the components on the electric meter to control: metrology hardware within the electric meter to measure consumption data; and communications module hardware within the electric meter to transmit the consumption data. a processor; a flash memory device in communication with the processor; a random access memory 'RAM' device in communication with the processor; and a connector configured to provide an interface to components on an electric meter to pass instructions from the processor to the components on the electric meter to control: metrology hardware within the electric meter to measure consumption data; and communications module hardware within the electric meter to transmit the consumption data. metrology hardware within the electric meter to measure consumption data; and communications module hardware within the electric meter to transmit the consumption data.