mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method comprising: identifying a potential sign position from current optical data collected along a current path by a first collection device (S101), the potential sign position being a position of a sign yet to be confirmed as a sign associated with the current path; analyzing the current optical data as a function of one or more false positive sign locations (S105) by comparing a distance between the potential sign position and a closest of the one or more false positive sign locations based on a generated false positive profile indicating one or more false positive sign locations along a current path (S205), the one or more false positive sign locations identified (S203) from received optical data (S201) collected along the current path by a second collection device; when the distance between the potential sign position and the closest of the one or more false positive sign locations is less than a threshold, applying a first algorithm to the current optical data to remove the potential sign position from consideration as a confirmed sign position in the provision of navigation guidance; and when the distance between the potential sign position and the closest of the one or more false positive sign locations exceeds the threshold, applying a second algorithm to the current optical data to designate the potential sign position as a confirmed sign position (S107). identifying a potential sign position from current optical data collected along a current path by a first collection device (S101), the potential sign position being a position of a sign yet to be confirmed as a sign associated with the current path; analyzing the current optical data as a function of one or more false positive sign locations (S105) by comparing a distance between the potential sign position and a closest of the one or more false positive sign locations based on a generated false positive profile indicating one or more false positive sign locations along a current path (S205), the one or more false positive sign locations identified (S203) from received optical data (S201) collected along the current path by a second collection device; when the distance between the potential sign position and the closest of the one or more false positive sign locations is less than a threshold, applying a first algorithm to the current optical data to remove the potential sign position from consideration as a confirmed sign position in the provision of navigation guidance; and when the distance between the potential sign position and the closest of the one or more false positive sign locations exceeds the threshold, applying a second algorithm to the current optical data to designate the potential sign position as a confirmed sign position (S107).
An image-forming apparatus, comprising: a main body of the apparatus in which a cartridge (C) is mounted, the cartridge including a photosensitive drum as first driven body (C21), a second driven body (C11), a first engaged portion (C21a) to be engaged for receiving a driving force that causes the first driven body (C21) to be driven, and a second engaged portion (C11b) to be engaged for receiving a driving force that causes the second driven body (C11) to be driven; and a driving force transmitter that includes a first engaging portion engaging the first engaged portion (C21a) to rotate the first engaged portion (C21a) and a second engaging portion engaging the second engaged portion (C11b) to rotate the second engaged portion (C11b) and that is rotatable about a rotational axis of the driving force transmitter , wherein a torque required to rotate the second engaged portion (C11b) is larger than a torque required to rotate the second engaging portion in a state where the first engaging portion does not engage the first engaged portion (C21a). a main body of the apparatus in which a cartridge (C) is mounted, the cartridge including a photosensitive drum as first driven body (C21), a second driven body (C11), a first engaged portion (C21a) to be engaged for receiving a driving force that causes the first driven body (C21) to be driven, and a second engaged portion (C11b) to be engaged for receiving a driving force that causes the second driven body (C11) to be driven; and a driving force transmitter that includes a first engaging portion engaging the first engaged portion (C21a) to rotate the first engaged portion (C21a) and a second engaging portion engaging the second engaged portion (C11b) to rotate the second engaged portion (C11b) and that is rotatable about a rotational axis of the driving force transmitter , wherein a torque required to rotate the second engaged portion (C11b) is larger than a torque required to rotate the second engaging portion in a state where the first engaging portion does not engage the first engaged portion (C21a).
A computer-implemented security system, comprising: a set of security profiles (102; 204-208; 308-310) adapted for providing communications security for a multi-homed device concurrently connected to a first active network connection (210; 304) having a first address range and a second active network connection (212; 306) having a second address range, each of the security profiles including a set of rules that constrains device connectivity according to that profile, the security profiles being associated with connections (106; 210-212; 304-306) from which data packets are being received, the set of security profiles comprising a first security profile being constrained to apply to the first address range for all traffic from the first active network connection (210; 304), and a second security profile being constrained to apply to the second address range for all traffic from the second concurrently active network connection (212; 306), the first security profile being different from the second security profile such that the first security profile does not affect security of the second concurrently active network connection and the second security profile does not affect security of the first active network connection; and a security component adapted for determining if the network connections are active by examining the data packets received, and responsive to determining that one or more of the network connections is active for automatically selecting and applying corresponding security profiles to the one or more active network connections. a set of security profiles (102; 204-208; 308-310) adapted for providing communications security for a multi-homed device concurrently connected to a first active network connection (210; 304) having a first address range and a second active network connection (212; 306) having a second address range, each of the security profiles including a set of rules that constrains device connectivity according to that profile, the security profiles being associated with connections (106; 210-212; 304-306) from which data packets are being received, the set of security profiles comprising a first security profile being constrained to apply to the first address range for all traffic from the first active network connection (210; 304), and a second security profile being constrained to apply to the second address range for all traffic from the second concurrently active network connection (212; 306), the first security profile being different from the second security profile such that the first security profile does not affect security of the second concurrently active network connection and the second security profile does not affect security of the first active network connection; and a security component adapted for determining if the network connections are active by examining the data packets received, and responsive to determining that one or more of the network connections is active for automatically selecting and applying corresponding security profiles to the one or more active network connections.
A random code generator, comprising: a power circuit ; a sensing circuit comprising a first sense amplifier and a second sense amplifier ; and a memory cell array comprising a first memory cell (c11) and a second memory cell (c12), wherein a first terminal of the first memory cell (c11) is connected with the power circuit , a second terminal of the first memory cell (c11) is coupled to the first sense amplifier of the sensing circuit , wherein a first terminal of the second memory cell (c12) is connected with the power circuit , a second terminal of the second memory cell (c12) is coupled to the second sense amplifier of the sensing circuit , characterized in that during an enrollment, the power circuit provides a supplying voltage to the first memory cell (c11) and the second memory cell (c12), the first sense amplifier verifies that the enrollment is completed if a first current generated by the first memory cell (c11) exceeds a threshold value, the second sense amplifier verifies that the enrollment is completed if a second current generated by the second memory cell (c12) exceeds the threshold value, and a random code is determined according to the resistance difference between the first memory cell (c11) and the second memory cell (c12) after the enrollment, and the supplying voltage reduces when a resistance of the first memory cell (c11) or a resistance of the second memory cell (c12) reduces. a power circuit ; a sensing circuit comprising a first sense amplifier and a second sense amplifier ; and a memory cell array comprising a first memory cell (c11) and a second memory cell (c12), wherein a first terminal of the first memory cell (c11) is connected with the power circuit , a second terminal of the first memory cell (c11) is coupled to the first sense amplifier of the sensing circuit , wherein a first terminal of the second memory cell (c12) is connected with the power circuit , a second terminal of the second memory cell (c12) is coupled to the second sense amplifier of the sensing circuit , characterized in that during an enrollment, the power circuit provides a supplying voltage to the first memory cell (c11) and the second memory cell (c12), the first sense amplifier verifies that the enrollment is completed if a first current generated by the first memory cell (c11) exceeds a threshold value, the second sense amplifier verifies that the enrollment is completed if a second current generated by the second memory cell (c12) exceeds the threshold value, and a random code is determined according to the resistance difference between the first memory cell (c11) and the second memory cell (c12) after the enrollment, and the supplying voltage reduces when a resistance of the first memory cell (c11) or a resistance of the second memory cell (c12) reduces.
Halogen-containing tin oxide particles having a BET specific surface area from 25 m2/g to 90 m2/g and a crystallite diameter from 8 nm to 30 nm, the halogen-containing tin oxide particles comprising halogen in an amount from 0.01 mass% to 0.75 mass%, and a value of D C /D B , wherein Dc represents the crystallite diameter of the halogen-containing tin oxide and D B represents the particle diameter of the halogen-containing tin oxide particles converted from the BET specific surface area, is 0.8 or greater.
Method for producing an electric circuit , wherein - a circuit carrier is provided with a first contact area and with a second contact area , - an insulating body is applied to the circuit carrier , wherein the insulating body covers the first contact area and the second contact area at least partially, and wherein the insulating body has a cut-out in the region of each of the two contact areas , characterised in that - a flowable electrical conducting medium is poured into the insulating body , and - the insulating body is created by moulding, in which a lost core is used, or 3D printing. - a circuit carrier is provided with a first contact area and with a second contact area , - an insulating body is applied to the circuit carrier , wherein the insulating body covers the first contact area and the second contact area at least partially, and wherein the insulating body has a cut-out in the region of each of the two contact areas , - a flowable electrical conducting medium is poured into the insulating body , and - the insulating body is created by moulding, in which a lost core is used, or 3D printing.
A vehicle comprising: two side rails constituting a ladder frame of the vehicle , a battery pack comprising batteries , and a support device of the vehicle battery pack including a first battery accommodating portion arranged in a first space between the two side rails , characterized in that the support device includes a second battery accommodating portion greater in vehicle-widthwise dimension than the first battery accommodating portion and connected to the first battery accommodating portion to be located in a second space vehicle-heightwise below the first space, the batteries being held in the first and second battery accommodating portions , the support device further comprising: a frame-side bracket provided at a vehicle-widthwise outer surface of a web of a side rail of the ladder frame to project vehicle-widthwise outward, and a connecting member elastically connecting the second battery accommodating portion to the frame-side bracket to suspend the vehicle battery pack to the ladder frame . two side rails constituting a ladder frame of the vehicle , a battery pack comprising batteries , and a support device of the vehicle battery pack including a first battery accommodating portion arranged in a first space between the two side rails , characterized in that the support device includes a second battery accommodating portion greater in vehicle-widthwise dimension than the first battery accommodating portion and connected to the first battery accommodating portion to be located in a second space vehicle-heightwise below the first space, the batteries being held in the first and second battery accommodating portions , the support device further comprising: a frame-side bracket provided at a vehicle-widthwise outer surface of a web of a side rail of the ladder frame to project vehicle-widthwise outward, and a connecting member elastically connecting the second battery accommodating portion to the frame-side bracket to suspend the vehicle battery pack to the ladder frame . a frame-side bracket provided at a vehicle-widthwise outer surface of a web of a side rail of the ladder frame to project vehicle-widthwise outward, and a connecting member elastically connecting the second battery accommodating portion to the frame-side bracket to suspend the vehicle battery pack to the ladder frame .
Method for preparing a cable formed of carbon nanotubes, comprising decomposing at least one carbon precursor compound and at least one precursor compound of a catalyst on a porous substrate , in which method, continuously: - a first gas stream comprising a precursor of a catalyst is brought into contact with a porous substrate ; - a second gas stream including at least one carbon precursor is brought into contact with said porous substrate ; - said porous substrate is heated to a temperature leading to the deposition of catalyst particles and the catalytic growth of a carbon nanotube bundle, and preferably comprised between 500°C and 1000°C. - a first gas stream comprising a precursor of a catalyst is brought into contact with a porous substrate ; - a second gas stream including at least one carbon precursor is brought into contact with said porous substrate ; - said porous substrate is heated to a temperature leading to the deposition of catalyst particles and the catalytic growth of a carbon nanotube bundle, and preferably comprised between 500°C and 1000°C.
Operating method of an ironing and/or steam crease removal appliance comprising a switch , connected to a control module , making it possible to switch the appliance on and off, said appliance comprising at least one member , used in a process for producing and/or diffusing steam, producing a mechanical noise when it is switched on, characterized in that said switch is a monostable switch, and in that upon each actuation of the switch , said control module momentarily actuates said member such that the noise produced by said member alerts the user of the actuation of the switch .
A fiber-reinforced resin molding material [C] including a chopped fiber bundle [A] and a matrix resin [B], wherein, when divided into n layers along a thickness direction of the fiber-reinforced resin molding material [C], a number-average fiber length [Lk] of a chopped fiber bundle [Ak] constituting each layer Fk (1≤ k ≤ n) gradually increases from one outermost layer F1 of the fiber-reinforced resin molding material [C] toward the other outermost layer Fn, characterized in that , when divided into n layers along the thickness direction of the fiber-reinforced resin molding material [C], a number-average fiber bundle width [Wk] of the chopped fiber bundle [Ak] constituting each layer Fk gradually increases from one outermost layer F1 of the fiber-reinforced resin molding material [C] toward the other outermost layer Fn.
A braking device comprising: - a bracket in which a brake caliper is suspended floating on guide pins , - first and second brake pads supported in the brake caliper, movable between braking and idle positions, - an actuator applying a pressure for moving the brake pads towards each other in braking mode, and return springs in non-braking mode effective for returning the brake pads to idle positions, wherein the actuator is an electromechanical screw jack that acts upon one of the brake pads via an extendable piston assembly that is elastically compressible in the extension direction (E) against the force of a cup spring pack that is disposed to operate between a jack screw and a piston , characterized in that the hollow piston is of circular section and is inserted from one end of a cylindrical sleeve that is secured to a housing of the screw jack , a jack screw projects into the hollow piston from the other end of the sleeve , a push rod is secured to the jack screw clamping the cup spring pack inside the hollow piston towards an inwards facing surface of a piston head . - a bracket in which a brake caliper is suspended floating on guide pins , - first and second brake pads supported in the brake caliper, movable between braking and idle positions, - an actuator applying a pressure for moving the brake pads towards each other in braking mode, and return springs in non-braking mode effective for returning the brake pads to idle positions,
A hyperbranched polymer, comprising: a hyperbranched, hydrophobic molecular core, wherein the hyperbranched, hydrophobic molecular core is a hyperbranched polyester including at least 4 terminal hydroxyl groups; respective low molecular weight polyethyleneimine chains attached to terminal groups of two or more branches of the hyperbranched polyester, wherein the low molecular weight polyethyleneimine chains each have a molecular weight ranging from about 400 g/mol to about 5,000 g/mol; and respective polyethylene glycol chains attached to terminal groups of two or more other branches of the hyperbranched polyester. a hyperbranched, hydrophobic molecular core, wherein the hyperbranched, hydrophobic molecular core is a hyperbranched polyester including at least 4 terminal hydroxyl groups; respective low molecular weight polyethyleneimine chains attached to terminal groups of two or more branches of the hyperbranched polyester, wherein the low molecular weight polyethyleneimine chains each have a molecular weight ranging from about 400 g/mol to about 5,000 g/mol; and respective polyethylene glycol chains attached to terminal groups of two or more other branches of the hyperbranched polyester.
An anordrin for use in a method of reducing a postmenopausal symptom in an individual, wherein the method comprises administering to the individual an effective amount of the anordrin.
A routing distribution method, for a packet transport communication network comprising a connection between an input node and an output node , said connection being able to be established by at least two different paths using at least two heterogeneous links (L1-L3), to distribute an incoming packet toward one of said links (L1-L3), characterized in that the method comprises the following steps: - identifying an object, grouping packets together coherently, among the incoming packets, an object being made up of a coherent set of packets, the step for identifying an object comprises an analysis of the time separating two successive incoming packets, a new object being considered when this time exceeds a given threshold, - determining the size of the identified object, - sending an incoming packet onto one of said links (L1-L3) chosen based on the size of the object to which the packet belongs. - identifying an object, grouping packets together coherently, among the incoming packets, an object being made up of a coherent set of packets, the step for identifying an object comprises an analysis of the time separating two successive incoming packets, a new object being considered when this time exceeds a given threshold, - determining the size of the identified object, - sending an incoming packet onto one of said links (L1-L3) chosen based on the size of the object to which the packet belongs.