mhurhangee/patent-ind-claim-en huggingface dataset:
A combined angular position and torque sensor assembly for use in an electric power assisted steering system , the combined assembly comprising: an input part for connection to an upper column shaft that in use is operatively connected to a steering wheel of the vehicle, an output part for connection to a lower column shaft that in use is operatively connected to the road wheels of the vehicle, a torsion bar that interconnects the input shaft and the output shaft, a first upper column angular position sensing means that produces at least one output signal that is dependent on the angular position of the upper column shaft; a secondary upper column angular position sensing means that produces at least one output signal that is dependent on the angular position of the upper column shaft; and a processing means which produces a first torque signal indicative of the torque carried by the torsion bar, characterised in that the processing means further includes means for producing a first absolute angular position signal by processing the output signals of the first and secondary angular position sensing means in a first way and a second absolute angular position signal by processing the output of the same two sensing means in a different way, and further comprising: a cross checker that performs a cross check between the two absolute position signals. an input part for connection to an upper column shaft that in use is operatively connected to a steering wheel of the vehicle, an output part for connection to a lower column shaft that in use is operatively connected to the road wheels of the vehicle, a torsion bar that interconnects the input shaft and the output shaft, a first upper column angular position sensing means that produces at least one output signal that is dependent on the angular position of the upper column shaft; a secondary upper column angular position sensing means that produces at least one output signal that is dependent on the angular position of the upper column shaft; and a processing means which produces a first torque signal indicative of the torque carried by the torsion bar, characterised in that the processing means further includes means for producing a first absolute angular position signal by processing the output signals of the first and secondary angular position sensing means in a first way and a second absolute angular position signal by processing the output of the same two sensing means in a different way, and further comprising: a cross checker that performs a cross check between the two absolute position signals.
Planetary transmission having at least two planetary stages, wherein a sun shaft of a planetary stage is connected for the transmission of torque via a coupling toothing system to a planet carrier of a further planetary stage that follows said planetary stage, characterized in that the coupling toothing system is a flat-notch toothing system, wherein the spur toothing systems that form the flat-notch toothing system are provided firstly on an end side of the sun shaft and secondly on an end side of the planet carrier that bears against said end side of the sun shaft axially in relation to a main axis of rotation , wherein the sun shaft and the planet carrier are fastened to one another using fastening elements that extend axially in relation to the main axis of rotation and are preferably positioned at regular spacings from one another, wherein the fastening elements extend through the flat-notch toothing system.
An inkjet printing apparatus (10, 10', 10", 100, 100') for printing ultraviolet (UV) curable ink , comprising: a printhead assembly for printing the UV curable ink on a substrate ; a UV radiation source for pinning the UV curable ink printed on the surface of the substrate ; a liquid coating unit for dispensing a liquid coating on the printed and pinned UV curable ink , the liquid coating preventing contact between atmospheric oxygen and the printed and pinned UV curable ink , wherein the liquid of the liquid coating is transparent to UV radiation so that the printed and pinned UV curable ink underneath the liquid coating can be fully cured while the liquid coating remains coated on the UV curable ink; an ink curing unit for fully curing the printed, pinned, and coated UV curable ink ; and the liquid that is transparent to UV radiation contained in the liquid coating unit . a printhead assembly for printing the UV curable ink on a substrate ; a UV radiation source for pinning the UV curable ink printed on the surface of the substrate ; a liquid coating unit for dispensing a liquid coating on the printed and pinned UV curable ink , the liquid coating preventing contact between atmospheric oxygen and the printed and pinned UV curable ink , wherein the liquid of the liquid coating is transparent to UV radiation so that the printed and pinned UV curable ink underneath the liquid coating can be fully cured while the liquid coating remains coated on the UV curable ink; an ink curing unit for fully curing the printed, pinned, and coated UV curable ink ; and the liquid that is transparent to UV radiation contained in the liquid coating unit .
A device for interconnecting at least one sensor and a portable electronic device , the sensor being configured to emit an analogue and/or digital signal based on a measurement and to be activated and/or deactivated remotely, and the portable electronic device being configured to receive and transmit a digital stream sent by the interconnecting device and to emit an activation and/or deactivation signal with an identifier code that identifies it individually, the device for interconnecting comprises: - Receiving means configured to receive the analogue and/or digital signals coming from the sensor ; - Processing means configured to decode the signal coming from the sensor, process it and encode it to a digital stream comprising at least: - one identifier code of the device for interconnecting ; - one status code comprising the value of the measurement of at least one sensor ; - communication means configured to transmit the digital stream to the portable electronic device ; - activation and deactivation means configured to receive the activation and/or deactivation signal with an identifier code of the portable device coming from the portable electronic device and activate and/or deactivate the sensor , the receiving means , the processing means and the communication means ; and - temporary storage means configured to temporarily store the identifier code of the device for interconnecting and the status code and wherein the activation and deactivation means are further configured to activate and/or deactivate the temporary storage means . - Receiving means configured to receive the analogue and/or digital signals coming from the sensor ; - Processing means configured to decode the signal coming from the sensor, process it and encode it to a digital stream comprising at least: - one identifier code of the device for interconnecting ; - one status code comprising the value of the measurement of at least one sensor ; - one identifier code of the device for interconnecting ; - one status code comprising the value of the measurement of at least one sensor ; - communication means configured to transmit the digital stream to the portable electronic device ; - activation and deactivation means configured to receive the activation and/or deactivation signal with an identifier code of the portable device coming from the portable electronic device and activate and/or deactivate the sensor , the receiving means , the processing means and the communication means ; and - temporary storage means configured to temporarily store the identifier code of the device for interconnecting and the status code and wherein the activation and deactivation means are further configured to activate and/or deactivate the temporary storage means .
A polyurethane foam which is obtained by reacting a mixture comprising: (A) at least one isocyanate component, (B) at least one isocyanate reactive component comprising a first polyether polyol having a nominal functionality in between 2.0 to 3.5 and OH value in between 450 mg KOH/g to 600 mg KOH/g, (C) carbon black having a BET surface area in between 600 m 2 /g to 1200 m 2 /g according to method ASTM D6556 -19a (D) at least one blowing agent, and (E) at least one amine catalyst, wherein the amount of carbon black (C) is in between 1.0 wt.% to 15.0 wt.% based on the total weight of the mixture. (A) at least one isocyanate component, (B) at least one isocyanate reactive component comprising a first polyether polyol having a nominal functionality in between 2.0 to 3.5 and OH value in between 450 mg KOH/g to 600 mg KOH/g, (C) carbon black having a BET surface area in between 600 m 2 /g to 1200 m 2 /g according to method ASTM D6556 -19a (D) at least one blowing agent, and (E) at least one amine catalyst,
Microfluidic device having the following features: a chamber substrate with a fluid chamber for accommodating a fluid ; a cover substrate with a punch opening , wherein the punch opening is arranged opposite a fluid chamber opening of the fluid chamber ; a flexible diaphragm which is arranged between the chamber substrate and the cover substrate and spans the punch opening and the fluid chamber ; and a punch unit which is designed to move into the fluid chamber through the punch opening in order to deflect the diaphragm into the fluid chamber in order to allow the fluid to flow out of the fluid chamber when the fluid is accommodated in the fluid chamber , characterized by a channel which extends on a side of the diaphragm facing the chamber substrate and which is fluidically connected to the fluid chamber , wherein the channel has a channel extension , and the cover substrate has a venting opening which opens into the channel extension , wherein the punch opening is arranged between the venting opening and the channel , and wherein the diaphragm does not span the venting opening . a chamber substrate with a fluid chamber for accommodating a fluid ; a cover substrate with a punch opening , wherein the punch opening is arranged opposite a fluid chamber opening of the fluid chamber ; a flexible diaphragm which is arranged between the chamber substrate and the cover substrate and spans the punch opening and the fluid chamber ; and a punch unit which is designed to move into the fluid chamber through the punch opening in order to deflect the diaphragm into the fluid chamber in order to allow the fluid to flow out of the fluid chamber when the fluid is accommodated in the fluid chamber , characterized by a channel which extends on a side of the diaphragm facing the chamber substrate and which is fluidically connected to the fluid chamber , wherein the channel has a channel extension , and the cover substrate has a venting opening which opens into the channel extension , wherein the punch opening is arranged between the venting opening and the channel , and wherein the diaphragm does not span the venting opening .
A user plane rerouting method, comprising: receiving (S603), by a first network element, user plane rerouting trigger information sent by a second network element, wherein the first network element is an Session Management Function entity, SMF, and the second network element is a source anchor PSA-UPF corresponding to an initial session of a terminal, where a PSA-UPF is a Protocol Data Unit, PDU, Session Anchor - User Plane Function entity; wherein the user plane rerouting trigger information is sent (S601, S602) when the second network element detects a preset service packet that matches a packet detection rule PDR, and the PDR is used to indicate matching information and an execution rule that are corresponding to the preset service packet triggering the user plane rerouting; and performing (S604), by the first network element, the user plane rerouting based on the user plane rerouting trigger information. receiving (S603), by a first network element, user plane rerouting trigger information sent by a second network element, wherein the first network element is an Session Management Function entity, SMF, and the second network element is a source anchor PSA-UPF corresponding to an initial session of a terminal, where a PSA-UPF is a Protocol Data Unit, PDU, Session Anchor - User Plane Function entity; wherein the user plane rerouting trigger information is sent (S601, S602) when the second network element detects a preset service packet that matches a packet detection rule PDR, and the PDR is used to indicate matching information and an execution rule that are corresponding to the preset service packet triggering the user plane rerouting; and performing (S604), by the first network element, the user plane rerouting based on the user plane rerouting trigger information.
A film construction for attaching to a base member , the film and base member combining to define a package , the film comprising: a top layer , the top layer having a top surface and a bottom surface, a removable adhesive having a defined pattern applied below the bottom surface, and a polyethylene (PE) emulsion layer , applied to and covering at least a portion of the adhesive pattern, wherein the PE emulsion layer is heat sealable to the base member. a top layer , the top layer having a top surface and a bottom surface, a removable adhesive having a defined pattern applied below the bottom surface, and a polyethylene (PE) emulsion layer , applied to and covering at least a portion of the adhesive pattern, wherein the PE emulsion layer is heat sealable to the base member.
A method for using color measurement features at multiple scales for a Color Transfer technique, comprising: resizing a ground truth image target frame to a plurality of different scales; selecting one or more color measurement features from the ground truth image target frame at each of the plurality of different scales; making a color measurement for each color measurement feature selected in the ground truth image target frame; and adjusting by an augmented reality application colors of a virtual object in an augmented frame based at least in part on the color measurements, wherein the adjusting of the color of the virtual object based at least in part on the color measurements further comprises: selecting one or more color measurement features from an incoming image target frame; making a color measurement for each color measurement feature selected in the incoming image target frame; making one or more color difference measurements based on the color measurements of color measurement features selected in the ground truth image target frame and the color measurements of color measurement features selected in the incoming image target frame; and adjusting one or more colors of the virtual object based at least in part on the color difference measurements. resizing a ground truth image target frame to a plurality of different scales; selecting one or more color measurement features from the ground truth image target frame at each of the plurality of different scales; making a color measurement for each color measurement feature selected in the ground truth image target frame; and adjusting by an augmented reality application colors of a virtual object in an augmented frame based at least in part on the color measurements, wherein the adjusting of the color of the virtual object based at least in part on the color measurements further comprises: selecting one or more color measurement features from an incoming image target frame; making a color measurement for each color measurement feature selected in the incoming image target frame; making one or more color difference measurements based on the color measurements of color measurement features selected in the ground truth image target frame and the color measurements of color measurement features selected in the incoming image target frame; and adjusting one or more colors of the virtual object based at least in part on the color difference measurements. selecting one or more color measurement features from an incoming image target frame; making a color measurement for each color measurement feature selected in the incoming image target frame; making one or more color difference measurements based on the color measurements of color measurement features selected in the ground truth image target frame and the color measurements of color measurement features selected in the incoming image target frame; and adjusting one or more colors of the virtual object based at least in part on the color difference measurements.
A method of reacting a DNA-conjugated compound using one or more non-aqueous solvents, wherein the method includes the steps of: i) adsorbing the DNA-labelled compound onto a solid support; and ii) reacting the supported DNA-labelled compound with a reagent in a non-aqueous solvent system, wherein the support comprises a solid body formed from a plurality of polyethylene glycol units, wherein the solid body includes at least one cationic moiety, wherein the cationic moiety includes a quaternary ammonium group or a guanidinium group. i) adsorbing the DNA-labelled compound onto a solid support; and ii) reacting the supported DNA-labelled compound with a reagent in a non-aqueous solvent system,
Retractable step for recreational vehicles, comprising a step tread , a plurality of levers each of which has a front end hinged on one side of the step tread , and a fixing structure to which a rear end of each of said levers is hinged, wherein said levers are front levers and rear levers in relation to their position with respect to the step tread , wherein a front crosspiece connects the front levers with each other, wherein a rear crosspiece connects the rear levers with each other, wherein first screw means constrain the front levers to the front crosspiece , and wherein second screw means constrain the rear levers to the rear crosspiece , characterized in that each of said crosspieces is hollow and has a pair of opposing slots (S) at a predetermined distance from each of its side ends, by the fact that in each of said slots (S) is inserted a plate having a predetermined number of through holes , in that each plate has a surface insertable in a slot (S), in that said holes are formed on said surface and in that said screw means engage said holes .
A method, performed by first node in an integrated access backhaul, IAB, network, for scheduling uplink, UL, transmissions in the IAB network, the method comprising: receiving , from a first downstream node in the IAB network, a first buffer status report, BSR, indicating a first amount of uplink data, wherein the first amount includes one or more of the following: an amount of UL data buffered at the first downstream node, and an amount of UL data expected to be received by the first downstream node; and sending , to the first downstream node, a first UL resource grant indicating a time schedule of resources available for the first downstream node to transmit at least a portion of the first amount of data; the method further comprising sending a second BSR to an upstream node in the IAB network, wherein: the second BSR indicates a second amount of UL data; and the second amount includes the at least a portion of the first amount and UL data buffered at the first node, and wherein the first BSR includes a first hop count value that indicates a number of downstream intermediate nodes between the first downstream node and a further downstream node having buffered UL data included in the first amount. receiving , from a first downstream node in the IAB network, a first buffer status report, BSR, indicating a first amount of uplink data, wherein the first amount includes one or more of the following: an amount of UL data buffered at the first downstream node, and an amount of UL data expected to be received by the first downstream node; and sending , to the first downstream node, a first UL resource grant indicating a time schedule of resources available for the first downstream node to transmit at least a portion of the first amount of data; an amount of UL data buffered at the first downstream node, and an amount of UL data expected to be received by the first downstream node; and sending , to the first downstream node, a first UL resource grant indicating a time schedule of resources available for the first downstream node to transmit at least a portion of the first amount of data; the method further comprising sending a second BSR to an upstream node in the IAB network, wherein: the second BSR indicates a second amount of UL data; and the second amount includes the at least a portion of the first amount and UL data buffered at the first node, and wherein the first BSR includes a first hop count value that indicates a number of downstream intermediate nodes between the first downstream node and a further downstream node having buffered UL data included in the first amount. the second BSR indicates a second amount of UL data; and the second amount includes the at least a portion of the first amount and UL data buffered at the first node, and wherein the first BSR includes a first hop count value that indicates a number of downstream intermediate nodes between the first downstream node and a further downstream node having buffered UL data included in the first amount.
A device for smoothing and/or leveling out and/or for spreading knifing fillers or plaster compounds, comprising a smoothing and/or filling blade as well as a handle connected to the smoothing and/or filling blade , the smoothing and/or or filling blade including a working surface and a fastening side opposite the working surface for the handle, the smoothing and/or filling blade being glued with an adhesive to the handle by way of an intermediate element, and a seal being provided between the intermediate element and the smoothing and/or filling blade , characterized in that the sealing material is a foil, and the seal is designed as a sealing foil extending around the intermediate element.
An NRF2-βTrCP interaction inhibitor, characterized by Formula (I) or its derivative salts, wherein: • n can be 0 or 1, • R 1 can be O 2 CCH 3 or a six-membered ring for forming a benzodioxane, benzomethylenedioxy, or naphthalene substituent; • R 2 can be H or a six-membered ring for forming a benzodioxane, benzomethylenedioxy, or naphthalene substituent; • R 3 can be H or CH 3 ; • R 4 can be H or CH 3 ; and • R 5 can be H, Cl, or CH 3 . for use in the treatment of fatty liver disease. • n can be 0 or 1, • R 1 can be O 2 CCH 3 or a six-membered ring for forming a benzodioxane, benzomethylenedioxy, or naphthalene substituent; • R 2 can be H or a six-membered ring for forming a benzodioxane, benzomethylenedioxy, or naphthalene substituent; • R 3 can be H or CH 3 ; • R 4 can be H or CH 3 ; and • R 5 can be H, Cl, or CH 3 .
A polynucleotide encoding an ornithine transcarbamylase (OTC) protein comprising an amino acid sequence of SEQ ID NO:4 and having OTC enzymatic activity, wherein the polynucleotide is an mRNA comprising a sequence of SEQ ID NO: 221, wherein T is substituted with U.
A heat exchanger which is fixed to a housing conveying the intake air, preferably to the intake module of an internal combustion engine, comprising a first and a second coolant box between which a rib tube block extends, wherein the tubes of the rib tube block mouth into a respective bottom and respectively one bottom is tightly connected to the respective coolant box , characterised in that the first and/or the second coolant box , preferably carrying the heat exchanger , is fixed to a housing conveying the intake air, preferably to the intake module of the internal combustion engine, wherein the first and/or the second coolant box is drawn over the bottom of the rib tube block and abuts the intake module of the internal combustion engine.