mhurhangee/patent-ind-claim-en huggingface dataset:
A calibration device for calibrating thermal devices comprising: a chamber including a bottom wall and a plurality of side walls ; a tank disposed within the chamber, the tank including a bottom wall and a plurality of side walls (164a-d), the bottom wall of the tank being spaced apart from the bottom wall of the chamber, the side walls (164a-d) of the tank being spaced apart from the side walls of the chamber ; a propeller disposed within the tank, wherein the propeller includes a plurality of blades which, in operation, moves a fluid disposed within the tank toward one of the side walls while the propeller rotates in a predetermined direction; the calibration device being characterized by further comprising: a conduit disposed between the bottom wall of the tank and the bottom wall of the chamber and between the side walls of the tank and the side walls of the chamber; a motor coupled to a fluid propulsion device, wherein the fluid propulsion device, in operation, moves air into the conduit past the bottom wall and side walls of the tank, the air moving in the conduit contacting an exterior surface of the tank; and a processor coupled to the motor , wherein the processor, in operation, controls a speed at which the motor rotates. a chamber including a bottom wall and a plurality of side walls ; a tank disposed within the chamber, the tank including a bottom wall and a plurality of side walls (164a-d), the bottom wall of the tank being spaced apart from the bottom wall of the chamber, the side walls (164a-d) of the tank being spaced apart from the side walls of the chamber ; a propeller disposed within the tank, wherein the propeller includes a plurality of blades which, in operation, moves a fluid disposed within the tank toward one of the side walls while the propeller rotates in a predetermined direction; the calibration device being characterized by further comprising: a conduit disposed between the bottom wall of the tank and the bottom wall of the chamber and between the side walls of the tank and the side walls of the chamber; a motor coupled to a fluid propulsion device, wherein the fluid propulsion device, in operation, moves air into the conduit past the bottom wall and side walls of the tank, the air moving in the conduit contacting an exterior surface of the tank; and a processor coupled to the motor , wherein the processor, in operation, controls a speed at which the motor rotates. a conduit disposed between the bottom wall of the tank and the bottom wall of the chamber and between the side walls of the tank and the side walls of the chamber; a motor coupled to a fluid propulsion device, wherein the fluid propulsion device, in operation, moves air into the conduit past the bottom wall and side walls of the tank, the air moving in the conduit contacting an exterior surface of the tank; and a processor coupled to the motor , wherein the processor, in operation, controls a speed at which the motor rotates.
A rotor disk assembly for a gas turbine engine comprising: a multiple of airfoils each having a root section ; a hub comprising a blade mount section ; and a Ceramic Matrix Composite (CMC) platform assembly comprising a CMC platform segment (86,88; 114) which at least partially defines an airfoil profile, characterized in that : the blade mount section defines a first radial flange and a second radial flange which receive the root section of each of the multiple of airfoils . a multiple of airfoils each having a root section ; a hub comprising a blade mount section ; and a Ceramic Matrix Composite (CMC) platform assembly comprising a CMC platform segment (86,88; 114) which at least partially defines an airfoil profile, characterized in that : the blade mount section defines a first radial flange and a second radial flange which receive the root section of each of the multiple of airfoils .
A method for manufacturing a male power terminal , this terminal extending longitudinally in a back-to-front direction (BF), from a connection portion to a contact portion , this method including - a stamping step for cutting out a single-piece in the thickness of a sheet of metallic material, said single-piece having a first region corresponding to the contact portion and a second region corresponding to the connecting portion , the first and the second regions being in continuity of material with each other, and - a forming step for bending the first region and forming a tubular region having a tubular region length, the method including providing a protection cap made of dielectric material and having a first portion and a second portion , and inserting the first portion of the protection cap inside the tubular region. characterized in that it further includes - providing a sealing element having a generally cylindrical shape having a longitudinal dimension shorter than the first region length, the sealing element being made of an elastomeric material and the protection cap being made of a plastic material harder than said elastomeric material, and - inserting the sealing element inside the tubular region, rear of the first portion of the protection cap , relatively to the back-to-front direction (BF), so as to provide a sealing barrier with the internal surface of the terminal . - a stamping step for cutting out a single-piece in the thickness of a sheet of metallic material, said single-piece having a first region corresponding to the contact portion and a second region corresponding to the connecting portion , the first and the second regions being in continuity of material with each other, and - a forming step for bending the first region and forming a tubular region having a tubular region length, - providing a sealing element having a generally cylindrical shape having a longitudinal dimension shorter than the first region length, the sealing element being made of an elastomeric material and the protection cap being made of a plastic material harder than said elastomeric material, and - inserting the sealing element inside the tubular region, rear of the first portion of the protection cap , relatively to the back-to-front direction (BF), so as to provide a sealing barrier with the internal surface of the terminal .
A method of controlling a flowrate of molten material at a downstream location in a glass manufacturing process comprising: mixing the molten material at an upstream location positioned upstream from the downstream location relative to a flow direction of the molten material with a shaft comprising a plurality of protrusions ; measuring a torque of the shaft ; measuring a level of the molten material at the upstream location ; calculating a viscosity of the molten material at the upstream location based on the measured torque and the measured level; estimating the flowrate based on the calculated viscosity; and controlling the flowrate of molten material at the downstream location based on the estimated flowrate. mixing the molten material at an upstream location positioned upstream from the downstream location relative to a flow direction of the molten material with a shaft comprising a plurality of protrusions ; measuring a torque of the shaft ; measuring a level of the molten material at the upstream location ; calculating a viscosity of the molten material at the upstream location based on the measured torque and the measured level; estimating the flowrate based on the calculated viscosity; and controlling the flowrate of molten material at the downstream location based on the estimated flowrate.
A coupler for connecting a first drill string component to a second drill string component, the coupler comprising: a housing comprising a first connecting portion at a first end for connecting to the first drill string component; a base coupled to the housing , the base being formed with an elongate cylinder and comprising a second connecting portion at a second end for connecting to the second drill string component; an intermediate component disposed between the base and the housing; and a locking ring that is coupled with the base and that couples the base to the housing to prevent removal of the housing from the base ; wherein the coupler is configured for rotation about an axis during use, and wherein the intermediate component is configured for allowing limited relative rotation between the housing and the base about the axis. a housing comprising a first connecting portion at a first end for connecting to the first drill string component; a base coupled to the housing , the base being formed with an elongate cylinder and comprising a second connecting portion at a second end for connecting to the second drill string component; an intermediate component disposed between the base and the housing; and a locking ring that is coupled with the base and that couples the base to the housing to prevent removal of the housing from the base ; wherein the coupler is configured for rotation about an axis during use, and wherein the intermediate component is configured for allowing limited relative rotation between the housing and the base about the axis.
Bridge for passenger boarding and alighting, comprising a central structure provided with a cabin at one end and a ramp at the other end, said central structure pivoting according to the relative position between said cabin and said ramp , and said central structure comprising a plurality of plates that form a smooth floor when said cabin is substantially at the same height as said ramp and that form a staircase when said cabin is at a different height than said ramp , characterized in that it comprises at least one sensor that detects any change in the angle of inclination between the central structure and the cabin , and actuating means for actuating movement of the cabin , such that when the change in said angle of inclination is detected, at least one end of said cabin moves vertically to maintain a fixed separation in height between the plates .
An oncolytic virus, which comprises a nucleotide sequence encoding a modified non-secretory IL-12 or is capable of expressing a modified non-secretory IL-12, wherein the modified non-secretory IL-12 has or consists of the amino acids of SEQ NO:2 or a variant thereof, the variant being an amino acid sequence having an identity of at least 80% or more to the amino acid sequence of SEQ NO:2, and having the activity of its parental or natural amino acid sequence; and/or the nucleotide sequence encoding the non-secretory IL-12 comprises or consists of the following sequence: a) the nucleotide sequence shown in SEQ NO: 1; b) a polynucleotide capable of hybridizing under stringent conditions to the nucleotide sequence of SEQ NO: 1 and encoding an amino acid sequence having non-secretory IL-12 activity; or c) a complementary sequence of the above a) or b). the modified non-secretory IL-12 has or consists of the amino acids of SEQ NO:2 or a variant thereof, the variant being an amino acid sequence having an identity of at least 80% or more to the amino acid sequence of SEQ NO:2, and having the activity of its parental or natural amino acid sequence; and/or the nucleotide sequence encoding the non-secretory IL-12 comprises or consists of the following sequence: a) the nucleotide sequence shown in SEQ NO: 1; b) a polynucleotide capable of hybridizing under stringent conditions to the nucleotide sequence of SEQ NO: 1 and encoding an amino acid sequence having non-secretory IL-12 activity; or c) a complementary sequence of the above a) or b). a) the nucleotide sequence shown in SEQ NO: 1; b) a polynucleotide capable of hybridizing under stringent conditions to the nucleotide sequence of SEQ NO: 1 and encoding an amino acid sequence having non-secretory IL-12 activity; or c) a complementary sequence of the above a) or b).
A method for controlling a mobile phone to be mute through flip, comprising the following steps of: - when a mobile phone receives a call , detecting a situational pattern of the mobile phone (S110, 21); - if the situational pattern is in a ringing pattern, controlling a front-facing camera placed on a plane where the main operation interface of the mobile phone is located to acquire image data every preset time; - transmitting the image data to a mobile phone base band chip ; and - using the mobile phone base band chip to determine whether the image data is all-black image data and cache storing the determination result (S120, 23); - if the current image data is all-black and image data acquired in previous time is not all-black image data, switching the situational pattern of the mobile phone into a mute pattern , and controlling the front-facing camera to stop acquiring image data (S120, 002). - when a mobile phone receives a call , detecting a situational pattern of the mobile phone (S110, 21); - if the situational pattern is in a ringing pattern, controlling a front-facing camera placed on a plane where the main operation interface of the mobile phone is located to acquire image data every preset time; - transmitting the image data to a mobile phone base band chip ; and - using the mobile phone base band chip to determine whether the image data is all-black image data and cache storing the determination result (S120, 23); - if the current image data is all-black and image data acquired in previous time is not all-black image data, switching the situational pattern of the mobile phone into a mute pattern , and controlling the front-facing camera to stop acquiring image data (S120, 002).
A toothbrush comprising: a handle ; a head having a first surface and a second surface , the first surface comprising a tufting area A TS comprising X number of tuft holes ; and a bristle tuft mounted within and extending from each of the tuft holes , each of the bristle tufts formed by a plurality of tapered bristle filaments ; wherein the toothbrush has a ratio of A TS to X in a range of 5.0 to 6.5; characterized in that the tuft holes are rectangular or square in shape and have a side length (LS) in a range of 1.2 mm to 1.6 mm; adjacent tuft holes are separated along a longitudinal row by a linear distance (Z LR2 ) between their center points ranging from 2.3mm to 2.7mm; and adjacent tuft holes are separated along a transverse row, extending perpendicular to the longitudinal row , by a linear distance (Z TR2 ) between their center points ranging from 2.1 mm to 2.3 mm. a handle ; a head having a first surface and a second surface , the first surface comprising a tufting area A TS comprising X number of tuft holes ; and a bristle tuft mounted within and extending from each of the tuft holes , each of the bristle tufts formed by a plurality of tapered bristle filaments ; wherein the toothbrush has a ratio of A TS to X in a range of 5.0 to 6.5; characterized in that the tuft holes are rectangular or square in shape and have a side length (LS) in a range of 1.2 mm to 1.6 mm; adjacent tuft holes are separated along a longitudinal row by a linear distance (Z LR2 ) between their center points ranging from 2.3mm to 2.7mm; and adjacent tuft holes are separated along a transverse row, extending perpendicular to the longitudinal row , by a linear distance (Z TR2 ) between their center points ranging from 2.1 mm to 2.3 mm.
Reactive adhesive film system comprising (i) at least one first reactive adhesive film, comprising (a) a polymeric film-former matrix, (b) at least one reactive monomer or reactive resin and (c) a radical initiator, (ii) at least one second reactive adhesive film, comprising (a) a polymeric film-former matrix and (d) an activator, characterized in that the second reactive adhesive film further comprises (b) at least one reactive monomer or reactive resin and in that the polymeric film-former matrix (a) of both adhesive films is thermoplastic polyurethane. (i) at least one first reactive adhesive film, comprising (a) a polymeric film-former matrix, (b) at least one reactive monomer or reactive resin and (c) a radical initiator, (ii) at least one second reactive adhesive film, comprising (a) a polymeric film-former matrix and (d) an activator,
Fuel tank comprising a filler pipe which opens into the fuel tank via an inlet check valve , and comprising a venting device for discharging fuel vapors from the fuel tank , the venting device having at least one venting line (32; 38, 40; 50, 52) which extends in the interior of the fuel tank and opens at an open end into a gas volume in the region of an upper wall part of the fuel tank , the at least one venting line (32; 38, 40; 50, 52) being guided such that it forms a siphon in the region of a lower wall part, and that the inlet check valve has a bypass connection to which the at least one venting line (32; 38, 40; 50, 52) is connected, characterized by two venting lines which are guided in such a way that curves are formed both in the region of the lower wall part and of the upper wall part of the fuel tank , the upper curves being positioned close to the open end of the relevant other venting line , such that said curves are above the liquid level in an inclined position and prevent liquid from flowing out via the open end which is then flooded.
A pneumatic drill comprising: a tool engaging chuck ; a pneumatic motor having: a member defining an air input and an air output ; a housing defining an internal cylindrical chamber having a bearing surface having a through axis; a driven shaft coupled to the tool engaging chuck, said driven shaft defining a plurality of longitudinal slots , said driven shaft being disposed within the cylindrical chamber and having a longitudinal axis offset from the through axis; a plurality of vanes individually disposed within one of the plurality of longitudinal slots; and wherein two of the vanes, the housing, and the driven shaft define a compression chamber; and wherein each vane has a bearing edge slidably engaged against the bearing surface characterized in that each vane comprises graphite; and in that the bearing surface is part of a graphite sleeve. a tool engaging chuck ; a pneumatic motor having: a member defining an air input and an air output ; a housing defining an internal cylindrical chamber having a bearing surface having a through axis; a driven shaft coupled to the tool engaging chuck, said driven shaft defining a plurality of longitudinal slots , said driven shaft being disposed within the cylindrical chamber and having a longitudinal axis offset from the through axis; a plurality of vanes individually disposed within one of the plurality of longitudinal slots; and wherein two of the vanes, the housing, and the driven shaft define a compression chamber; and wherein each vane has a bearing edge slidably engaged against the bearing surface characterized in that each vane comprises graphite; and in that the bearing surface is part of a graphite sleeve. a member defining an air input and an air output ; a housing defining an internal cylindrical chamber having a bearing surface having a through axis; a driven shaft coupled to the tool engaging chuck, said driven shaft defining a plurality of longitudinal slots , said driven shaft being disposed within the cylindrical chamber and having a longitudinal axis offset from the through axis; a plurality of vanes individually disposed within one of the plurality of longitudinal slots; and wherein two of the vanes, the housing, and the driven shaft define a compression chamber; and wherein each vane has a bearing edge slidably engaged against the bearing surface characterized in that each vane comprises graphite; and in that the bearing surface is part of a graphite sleeve.
A method for managing short data service, SDS, disposition notifications in a Mission Critical Data, MCData, communication system, the method comprising: identifying, by a receiving MCData User Equipment, UE , a SDS disposition request type Information Element, IE, in a SDS message received from a transmitting MCData UE ; initiating, by the receiving MCData UE , a timer when the disposition request type Information Element is set as Delivery and Read; and transmitting, by the receiving MCData UE , a consolidated disposition notification including a Delivery and Read notification to the transmitting MCData UE by stopping the timer when the SDS message is read before expiry of the timer. identifying, by a receiving MCData User Equipment, UE , a SDS disposition request type Information Element, IE, in a SDS message received from a transmitting MCData UE ; initiating, by the receiving MCData UE , a timer when the disposition request type Information Element is set as Delivery and Read; and transmitting, by the receiving MCData UE , a consolidated disposition notification including a Delivery and Read notification to the transmitting MCData UE by stopping the timer when the SDS message is read before expiry of the timer.
A method in a self-propelled robotic tool , comprising at least one driving wheel driven by an electric motor, the method detecting a collision of the self-propelled robotic tool with another object and comprising: - measuring inertia measurement unit ,IMU, parameters , - predicting required motor currents based on the measured parameters and a prediction algorithm controlled by prediction algorithm parameters, - comparing predicted currents with actual currents to provide a current error , - carrying out a collision detection based on the current error , - repeatedly updating the prediction algorithm parameters based on the current error exceeding a threshold. - measuring inertia measurement unit ,IMU, parameters , - predicting required motor currents based on the measured parameters and a prediction algorithm controlled by prediction algorithm parameters, - comparing predicted currents with actual currents to provide a current error , - carrying out a collision detection based on the current error , - repeatedly updating the prediction algorithm parameters based on the current error exceeding a threshold.
A device for an electronic aerosol provision system, wherein the device comprises a housing and an aerosol forming component , said housing being formed of a chassis section and a hatch section , wherein the hatch section is connected to the chassis section and moveable between a first position where the chassis section and hatch section together define an enclosed space for the aerosol forming component to be located for aerosol generation, and a second position wherein the chassis section and hatch section are spaced so as to provide access to the enclosed space, wherein the hatch section comprises a sleeve for receipt of the aerosol forming component, the sleeve defining a longitudinal axis and comprising first and second sections spaced along the longitudinal axis which exert different rotational biases on the aerosol forming component when inserted into the sleeve, and wherein the aerosol forming component comprises an aerosol generator.