mhurhangee/patent-ind-claim-en huggingface dataset:
An electromagnetic wave measuring apparatus comprising: a light source ; an electro-optic probe configured to receive light from the light source and an electromagnetic wave; an optical wavelength filter configured to receive light output from the electro-optic probe ; and a light receiving element configured to convert light that has passed through the optical wavelength filter into an electric signal; wherein the electro-optic probe includes: an electro-optic crystal , and an optical fiber optically coupled to the electro-optic crystal ; wherein a direction of a unique axis of the electro-optic crystal and a polarization direction of light from the optical fiber that enters the electro-optic crystal are set to be in line with each other, or the direction of the unique axis of the electro-optic crystal and a unique polarization direction of the optical fiber are set to be in line with each other. a light source ; an electro-optic probe configured to receive light from the light source and an electromagnetic wave; an optical wavelength filter configured to receive light output from the electro-optic probe ; and a light receiving element configured to convert light that has passed through the optical wavelength filter into an electric signal; wherein the electro-optic probe includes: an electro-optic crystal , and an optical fiber optically coupled to the electro-optic crystal ; an electro-optic crystal , and an optical fiber optically coupled to the electro-optic crystal ; wherein a direction of a unique axis of the electro-optic crystal and a polarization direction of light from the optical fiber that enters the electro-optic crystal are set to be in line with each other, or the direction of the unique axis of the electro-optic crystal and a unique polarization direction of the optical fiber are set to be in line with each other.
A treatment tip device for delivery of electrical therapy, the device comprising: a treatment tip housing ; an electrode housing extending from a distal end of the treatment tip housing and configured to retract proximally into the treatment tip housing; a soft, electrically insulating material at a distal end face of the electrode housing, the soft, electrically insulating material having a durometer of 60 or less on the Shore A hardness scale; and a plurality of treatment electrodes housed at least partially within the electrode housing, wherein the device has an un-deployed configuration in which distal ends of the plurality of treatment electrodes do not extend beyond the distal end face of the electrode housing and the soft, electrically insulating material, and a deployed configuration in which the plurality of treatment electrodes extend beyond the distal end face of the electrode housing; and wherein the electrode housing is configured to move relative to the plurality of treatment electrodes to convert between the un-deployed and the deployed configurations. a treatment tip housing ; an electrode housing extending from a distal end of the treatment tip housing and configured to retract proximally into the treatment tip housing; a soft, electrically insulating material at a distal end face of the electrode housing, the soft, electrically insulating material having a durometer of 60 or less on the Shore A hardness scale; and a plurality of treatment electrodes housed at least partially within the electrode housing, wherein the device has an un-deployed configuration in which distal ends of the plurality of treatment electrodes do not extend beyond the distal end face of the electrode housing and the soft, electrically insulating material, and a deployed configuration in which the plurality of treatment electrodes extend beyond the distal end face of the electrode housing; and wherein the electrode housing is configured to move relative to the plurality of treatment electrodes to convert between the un-deployed and the deployed configurations.
Escalator comprising a truss , a handrail belt tension device, and an annular handrail belt rotatable relative to the truss, wherein the handrail belt tension device comprises: a base plate on which a roller for supporting the handrail belt is provided; and a guiding mechanism which is fixed to the truss; wherein the base plate is connected to the guiding mechanism, and rotatable and translatable relative to the guiding mechanism so as to adjust the handrail belt by the base plate; characterized in that the guiding mechanism comprises a guide rod , and the base plate comprises a first protrusion fixed on the base plate and having a first through hole ; wherein the first through hole allows the guide rod to pass therethrough so as to allow the first protrusion and the base plate to rotate about the guide rod and translate along the length direction of the guide rod, and the first protrusion can be fixed to the guide rod by the first fastener , wherein the escalator further comprises a tension mechanism including a first part fixed to the truss and a second part movable relative to the first part, the second part being connected to the base plate so as to move the base plate together with it. a base plate on which a roller for supporting the handrail belt is provided; and a guiding mechanism which is fixed to the truss; wherein the base plate is connected to the guiding mechanism, and rotatable and translatable relative to the guiding mechanism so as to adjust the handrail belt by the base plate; characterized in that the guiding mechanism comprises a guide rod , and the base plate comprises a first protrusion fixed on the base plate and having a first through hole ; wherein the first through hole allows the guide rod to pass therethrough so as to allow the first protrusion and the base plate to rotate about the guide rod and translate along the length direction of the guide rod, and the first protrusion can be fixed to the guide rod by the first fastener , wherein the escalator further comprises a tension mechanism including a first part fixed to the truss and a second part movable relative to the first part, the second part being connected to the base plate so as to move the base plate together with it.
An array substrate , comprising: a base ; a notch at an edge region of the base ; a plurality of pixel units on the base to form a display area , wherein the display area comprises a first display area including pixel units within a first sub-edge region and a second display area including pixel units within a second sub-edge region , and wherein the first sub-edge region forms a part of the edge region at a first side of the notch , and the second sub-edge region forms a part of the edge region at a second side of the notch ; a plurality of first gate lines , each of which is shared by pixel units in a same row in the first display area; a plurality of second gate lines , each of which is shared by pixel units in a same row in the second display area; a first gate drive circuit at the first side of the notch and connected electrically with all of the plurality of first gate lines for driving pixel units in the first display area through respective ones of the plurality of the first gate lines; and a second gate drive circuit at the second side of the notch and connected electrically with all of the plurality of second gate lines for driving pixel units in the second display area through respective ones of the plurality of the second gate lines, characterised in that the second gate drive circuit is located within a region between the second display area and a border of the base above the second display area, and the plurality of second gate lines are located within a region between the second display area and the notch . a base ; a notch at an edge region of the base ; a plurality of pixel units on the base to form a display area , wherein the display area comprises a first display area including pixel units within a first sub-edge region and a second display area including pixel units within a second sub-edge region , and wherein the first sub-edge region forms a part of the edge region at a first side of the notch , and the second sub-edge region forms a part of the edge region at a second side of the notch ; a plurality of first gate lines , each of which is shared by pixel units in a same row in the first display area; a plurality of second gate lines , each of which is shared by pixel units in a same row in the second display area; a first gate drive circuit at the first side of the notch and connected electrically with all of the plurality of first gate lines for driving pixel units in the first display area through respective ones of the plurality of the first gate lines; and a second gate drive circuit at the second side of the notch and connected electrically with all of the plurality of second gate lines for driving pixel units in the second display area through respective ones of the plurality of the second gate lines, characterised in that the second gate drive circuit is located within a region between the second display area and a border of the base above the second display area, and the plurality of second gate lines are located within a region between the second display area and the notch .
A docking station configured to receive different types of seismic nodes , the docking station comprising: a control module ; plural docking modules , each docking module including plural docking bays ; and a network connection device configured to provide data transfer capabilities for each docking bay of the plural docking bays , characterized in that the plural docking bays are configured to accept interchangeable ports that are compatible with the different types of seismic nodes , wherein the different types of seismic nodes include digital seismic nodes and analog seismic nodes and the interchangeable ports include digital ports and analog ports , wherein the digital ports are configured to mate only with the digital seismic nodes and the analog ports are configured to mate only with the analog seismic nodes , wherein a given docking module of the plural docking modules is configured to simultaneously receive digital and analog seismic nodes . a control module ; plural docking modules , each docking module including plural docking bays ; and a network connection device configured to provide data transfer capabilities for each docking bay of the plural docking bays , characterized in that the plural docking bays are configured to accept interchangeable ports that are compatible with the different types of seismic nodes , wherein the different types of seismic nodes include digital seismic nodes and analog seismic nodes and the interchangeable ports include digital ports and analog ports , wherein the digital ports are configured to mate only with the digital seismic nodes and the analog ports are configured to mate only with the analog seismic nodes , wherein a given docking module of the plural docking modules is configured to simultaneously receive digital and analog seismic nodes .
Method for producing a bipolar plate for a fuel cell stack, comprising the following steps: • providing two half-plates made of sheet metal which result in the bipolar plate when placed over one another, o wherein the half-plates are profiled by forming the sheet metal, and o wherein, by virtue of the profiling, the two half-plates placed over one another come into contact at at least one contact region and do not come into contact at at least one noncontact region , • carrying out at least one first cut in the noncontact region of at least one half-plate before the half-plates are placed onto one another and connected, • placing the two half-plates onto one another and connecting them, and • carrying out at least one second cut in the contact region through both half-plates after they have been placed onto one another, in particular after they have been connected. • providing two half-plates made of sheet metal which result in the bipolar plate when placed over one another, o wherein the half-plates are profiled by forming the sheet metal, and o wherein, by virtue of the profiling, the two half-plates placed over one another come into contact at at least one contact region and do not come into contact at at least one noncontact region , o wherein the half-plates are profiled by forming the sheet metal, and o wherein, by virtue of the profiling, the two half-plates placed over one another come into contact at at least one contact region and do not come into contact at at least one noncontact region , • carrying out at least one first cut in the noncontact region of at least one half-plate before the half-plates are placed onto one another and connected, • placing the two half-plates onto one another and connecting them, and • carrying out at least one second cut in the contact region through both half-plates after they have been placed onto one another, in particular after they have been connected.
A component for a vehicle interior configured to support an airbag module providing an airbag (AB) configured to be deployed into the vehicle interior comprising: - a structural substrate ; - an airbag chute ; and - a structure between the structural substrate and the airbag chute ; wherein the structure is configured to couple the airbag chute to the structural substrate ; wherein the structural substrate comprises a first material; wherein the airbag chute comprises a second material; wherein the structure comprises a third material; wherein the third material is different than the first material and the second material; wherein the structure comprises a rib , wherein the rib is injection molded onto the structural substrate ; wherein the airbag chute is welded to the structure ; and wherein the structure is bonded to the structural substrate. - a structural substrate ; - an airbag chute ; and - a structure between the structural substrate and the airbag chute ; wherein the structure is configured to couple the airbag chute to the structural substrate ; wherein the structural substrate comprises a first material; wherein the airbag chute comprises a second material; wherein the structure comprises a third material; wherein the third material is different than the first material and the second material; wherein the structure comprises a rib , wherein the rib is injection molded onto the structural substrate ; wherein the airbag chute is welded to the structure ; and wherein the structure is bonded to the structural substrate.
A method for measuring pH in a refinery stream; wherein the method comprises: contacting a refinery stream with a pH probe comprising a pH sensitive component trapped in a solid substance and deposited as a membrane onto or within the probe, where the contacting further comprises introducing the pH sensitive component into a slip stream from the refinery stream or directly into the refinery stream; emitting a light from a light source through the refinery stream onto the pH-sensitive component; detecting a first luminescence measurement or color change of chromophore measurement radiated from the pH-sensitive component through the refinery stream with a detector; determining a first pH of the refinery stream from the first luminescence measurement or the color change of chromophore measurement; removing excess refinery fluid from the pH probe after the first luminescence measurement has been detected by vacuuming the pH probe; and detecting at least a second luminescence measurement from the refinery stream with the pH probe to determine a second pH of the refinery stream from the second luminescence measurement. contacting a refinery stream with a pH probe comprising a pH sensitive component trapped in a solid substance and deposited as a membrane onto or within the probe, where the contacting further comprises introducing the pH sensitive component into a slip stream from the refinery stream or directly into the refinery stream; emitting a light from a light source through the refinery stream onto the pH-sensitive component; detecting a first luminescence measurement or color change of chromophore measurement radiated from the pH-sensitive component through the refinery stream with a detector; determining a first pH of the refinery stream from the first luminescence measurement or the color change of chromophore measurement; removing excess refinery fluid from the pH probe after the first luminescence measurement has been detected by vacuuming the pH probe; and detecting at least a second luminescence measurement from the refinery stream with the pH probe to determine a second pH of the refinery stream from the second luminescence measurement.
A replacement heart valve stent assembly for implantation in a body lumen, the replacement heart valve stent assembly comprising: a rigid stent frame for surgical implantation into a patient comprising a first opening , a second opening adjacent to and spaced from the first opening across the width of the valve frame , and a first intermediate strut portion positioned between the first and second openings , wherein the stent frame is adapted to receive a tissue valve in each of the first and second openings . a rigid stent frame for surgical implantation into a patient comprising a first opening , a second opening adjacent to and spaced from the first opening across the width of the valve frame , and a first intermediate strut portion positioned between the first and second openings , wherein the stent frame is adapted to receive a tissue valve in each of the first and second openings .
An oral care composition for use in a method of reducing or inhibiting gum bleeding comprising 4-(aminomethyl)benzoic acid in an amount of from 0.1 weight % to 0.5 weight %, based on the total weight of the composition.
A method for determining a beneficial effect of a platoon comprising a leading vehicle and at least one following vehicle following the leading vehicle , the method comprising: - determining, by means of an electronic processing unit , at least one second pressure acting on the following vehicle ; the method being characterised by further comprising: - determining, by means of the electronic processing unit , at least one first pressure acting on the leading vehicle ; - determining, by means of the electronic processing unit , a difference between the first and second pressures; and - determining, by means of the electronic processing unit , at least one benefit value on the basis of the difference, the benefit value characterizing the beneficial effect of the platoon on at least one of the vehicles . - determining, by means of an electronic processing unit , at least one second pressure acting on the following vehicle ; the method being - determining, by means of the electronic processing unit , at least one first pressure acting on the leading vehicle ; - determining, by means of the electronic processing unit , a difference between the first and second pressures; and - determining, by means of the electronic processing unit , at least one benefit value on the basis of the difference, the benefit value characterizing the beneficial effect of the platoon on at least one of the vehicles .
A method to transmit data over a wireless network, comprising: determining tones for data transmission from a resource allocation, wherein determining tones for data transmission comprises: determining overhead tones from the resource allocation, and excluding the overhead tones for data transmission; selecting an interleaver based on the tones, wherein the interleaver comprises a block interleaver having a null bit in place of each of the excluded overhead tones; and generating interleaved data according to the interleaver using at least one of the tones. determining tones for data transmission from a resource allocation, wherein determining tones for data transmission comprises: determining overhead tones from the resource allocation, and excluding the overhead tones for data transmission; determining overhead tones from the resource allocation, and excluding the overhead tones for data transmission; selecting an interleaver based on the tones, wherein the interleaver comprises a block interleaver having a null bit in place of each of the excluded overhead tones; and generating interleaved data according to the interleaver using at least one of the tones.
A hard imaging device comprising: a print device to eject a plurality of droplets of a liquid marking agent, the droplets of the liquid marking agent individually comprising a plurality of ink particles within a non-aqueous carrier fluid; a control device to control the print device to eject the droplets of the liquid marking agent corresponding to an image to be formed; and a transfer member adjacent to the print device and to receive the droplets of the liquid marking agent ejected by the print device , wherein the transfer member is to transfer the ink particles of the droplets from the transfer member to media to form a hard version of the image using the media ; wherein the transfer member includes a release layer , a soft layer and a base layer characterized in that the soft layer has a lower resistivity than the release layer .
A composition for the use in the treatment of alcohol hangover disturbances resulting from excessive alcohol intake and subsequent metabolism comprising: a) methylsulfonylmethane, b) vitamin C, c) an organic salt of zinc, d) vitamin B1. a) methylsulfonylmethane, b) vitamin C, c) an organic salt of zinc, d) vitamin B1.
A barbecue , comprising: - a frame ; - a unit comprising a heat generating member and a supply regulating member coupled to the heat generating member , the unit being configured to be mounted onto the frame in one piece and to be in an alternating manner dismounted from the frame in one piece; and - a cooking tank having a side wall , characterized in that the side wall is configured to be mounted onto the unit and to be in an alternating manner dismounted from the unit in such a manner that the unit is locked onto the frame and is in an alternating manner unlocked from the frame by means of the side wall . - a frame ; - a unit comprising a heat generating member and a supply regulating member coupled to the heat generating member , the unit being configured to be mounted onto the frame in one piece and to be in an alternating manner dismounted from the frame in one piece; and - a cooking tank having a side wall ,