mhurhangee/patent-ind-claim-en huggingface dataset:
Method for classifying an accident event involving a two-wheeled vehicle , in particular a bicycle, wherein the method at least • detects a movement variable (B) which represents the movement of the two-wheeled vehicle , and • detects a collision variable (K) which represents the collision of the two-wheeled vehicle with an obstacle, and • detects an orientation variable (O) which represents the orientation and/or the change in the orientation of the two-wheeled vehicle, in particular in the longitudinal or movement direction of the two-wheeled vehicle , and • detects an impact variable (A) which represents the impact of the two-wheeled vehicle , in particular with the roadway, and • generates a classification variable (KL) as a function of the movement variable, the collision variable, the orientation variable and the impact variable. • detects a movement variable (B) which represents the movement of the two-wheeled vehicle , and • detects a collision variable (K) which represents the collision of the two-wheeled vehicle with an obstacle, and • detects an orientation variable (O) which represents the orientation and/or the change in the orientation of the two-wheeled vehicle, in particular in the longitudinal or movement direction of the two-wheeled vehicle , and • detects an impact variable (A) which represents the impact of the two-wheeled vehicle , in particular with the roadway, and • generates a classification variable (KL) as a function of the movement variable, the collision variable, the orientation variable and the impact variable.
An aqueous dispersion of composite particles (C) comprising: an aqueous medium containing water; and composite particles dispersed in the aqueous medium; wherein the composite particles have a particle (A) and a polymer layer (B) with which at least a part of a surface of the particle (A) is coated, and comprise 0.001 to 0.12% by mass of a phosphorus atom based on a total mass of the composite particles; the particle (A) is an inorganic particle or a polymer particle; a zeta potential of the composite particles in the aqueous dispersion of composite particles at 60°C is -10 mV to -69 mV at any one of pH in the range of 7 to 11 of the aqueous dispersion of composite particles; the polymer layer (B) comprises a polymer (B-2) having a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group; and the polymer layer (B) comprises a polymer having 0.05 to 50% by mass of a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group based on an amount of the entire monomer in a step of forming the polymer (B-2) having a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group, as the polymer (B-2) having a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group. an aqueous medium containing water; and composite particles dispersed in the aqueous medium; wherein the composite particles have a particle (A) and a polymer layer (B) with which at least a part of a surface of the particle (A) is coated, and comprise 0.001 to 0.12% by mass of a phosphorus atom based on a total mass of the composite particles; the particle (A) is an inorganic particle or a polymer particle; a zeta potential of the composite particles in the aqueous dispersion of composite particles at 60°C is -10 mV to -69 mV at any one of pH in the range of 7 to 11 of the aqueous dispersion of composite particles; the polymer layer (B) comprises a polymer (B-2) having a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group; and the polymer layer (B) comprises a polymer having 0.05 to 50% by mass of a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group based on an amount of the entire monomer in a step of forming the polymer (B-2) having a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group, as the polymer (B-2) having a basic monomer unit derived from an ethylenically unsaturated monomer having a nitrogen functional group.
A method of initializing a mobile device to operate in a mobile credentialing system, the method comprising: sending an authorization code and a host Universal Resource Locator (URL) to a mobile credential library of a mobile application on the mobile device, the mobile device operable to perform a first sync with a credential service to establish an ongoing trust relationship between the mobile credential library and the credential service such that the mobile application is operable to interact with an access control without a user of the mobile device knowing either the authorization code or the host URL of the credential service; and automatically handing-off from a first trust relationship to the ongoing trust relationship between the mobile credential library and the credential service, wherein the first trust relationship is between a loyalty application and a hotel property management system , and there is another trust relationship between the hotel property management system and the credential service based on a service-to-service authorization. sending an authorization code and a host Universal Resource Locator (URL) to a mobile credential library of a mobile application on the mobile device, the mobile device operable to perform a first sync with a credential service to establish an ongoing trust relationship between the mobile credential library and the credential service such that the mobile application is operable to interact with an access control without a user of the mobile device knowing either the authorization code or the host URL of the credential service; and automatically handing-off from a first trust relationship to the ongoing trust relationship between the mobile credential library and the credential service, wherein the first trust relationship is between a loyalty application and a hotel property management system , and there is another trust relationship between the hotel property management system and the credential service based on a service-to-service authorization.
A strapping tool for tensioning overlapping sections of steel strap around a load and forming a notch-type seal in a seal element positioned over the overlapping sections of steel strap, comprising: a body having a foot ; a tensioning section having a tensioner motor assembly operably mounted to the body , the tensioner motor assembly having an electrically powered tensioner motor ; a tensioning wheel operably connected to the tensioner motor ; a sealing section , the sealing section having a notcher assembly including an electrically powered notcher motor operably mounted to the body , the notcher assembly including a linkage , at least two pairs of jaw elements and notch plates positioned between and on either side of the pairs of jaw elements , the linkage configured to pivot ends of the jaw elements ( toward one another in a sealing cycle to form the notch-type seal in the seal element; wherein one or more of the pairs of jaw elements is engageable with and disengageable from the notcher motor such that less than all of the pairs of jaw elements move during a sealing cycle; and a control system for controlling operation of the tensioner motor and the notcher motor, wherein the control system is configured to operate the strapping tool in an automatic mode in which the tensioner motor and the notcher motor are sequentially actuated by an action of the control system commenced by an operator. a body having a foot ; a tensioning section having a tensioner motor assembly operably mounted to the body , the tensioner motor assembly having an electrically powered tensioner motor ; a tensioning wheel operably connected to the tensioner motor ; a sealing section , the sealing section having a notcher assembly including an electrically powered notcher motor operably mounted to the body , the notcher assembly including a linkage , at least two pairs of jaw elements and notch plates positioned between and on either side of the pairs of jaw elements , the linkage configured to pivot ends of the jaw elements ( toward one another in a sealing cycle to form the notch-type seal in the seal element; wherein one or more of the pairs of jaw elements is engageable with and disengageable from the notcher motor such that less than all of the pairs of jaw elements move during a sealing cycle; and a control system for controlling operation of the tensioner motor and the notcher motor, wherein the control system is configured to operate the strapping tool in an automatic mode in which the tensioner motor and the notcher motor are sequentially actuated by an action of the control system commenced by an operator.
Safety device for an injection syringe , the safety device comprising: · a syringe support ; · a protective sheath for protecting an injection needle carried by the syringe , the sheath being mounted to slide relative to the syringe support between an injection position in which the needle is uncovered, and a protection position in which the needle is covered, the sheath having a grip surface enabling the device to be gripped by a user and referred to as the initial grip surface; and · a return spring for urging the sheath into the protection position; the device being characterized in that the sheath also includes an extender member for extending the initial grip surface , fitted on the sheath , in such a manner as to present a larger grip surface , referred to as an enlarged grip surface. · a syringe support ; · a protective sheath for protecting an injection needle carried by the syringe , the sheath being mounted to slide relative to the syringe support between an injection position in which the needle is uncovered, and a protection position in which the needle is covered, the sheath having a grip surface enabling the device to be gripped by a user and referred to as the initial grip surface; and · a return spring for urging the sheath into the protection position;
A rack mount computer equipment configured for installation into a data center, the rack mount equipment comprising: a) a chassis comprising a plurality of sides ; b) a plurality of heat generating components , each of the heat generating components being installed within the chassis ; c) a plurality of heat transmitters , each of the heat transmitters being thermally connected to at least one of the plurality of heat generating components ; d) a first rail thermal connector projecting from a first of the sides of the chassis , a portion of each of the plurality of heat transmitters being contacted to the first rail thermal connector and arranged along the length of the first rail thermal connector in such a way that each portion of each of the plurality of heat transmitters is contacted to a different area of the first rail thermal connector , the first rail thermal connector being configured to be received by a counterpart channel in a rack enclosure when the rack mount computer equipment is installed in the rack enclosure , the counterpart channel comprising a first surface and a second surface opposite the first surface ; and e) an urging means operable to urge the first rail thermal connector against the first surface of the counterpart channel once the rack mount computer equipment has been installed in the rack enclosure , the rack mount computer equipment being configured such that, once the rack mount computer equipment has been installed within the rack enclosure , the urging means can be operated to apply an urging force against the first rail thermal connector to urge the first rail thermal connector against the first surface of the counterpart channel without inducing stress or strain in the body of the installed rack mount computer equipment . a) a chassis comprising a plurality of sides ; b) a plurality of heat generating components , each of the heat generating components being installed within the chassis ; c) a plurality of heat transmitters , each of the heat transmitters being thermally connected to at least one of the plurality of heat generating components ; d) a first rail thermal connector projecting from a first of the sides of the chassis , a portion of each of the plurality of heat transmitters being contacted to the first rail thermal connector and arranged along the length of the first rail thermal connector in such a way that each portion of each of the plurality of heat transmitters is contacted to a different area of the first rail thermal connector , the first rail thermal connector being configured to be received by a counterpart channel in a rack enclosure when the rack mount computer equipment is installed in the rack enclosure , the counterpart channel comprising a first surface and a second surface opposite the first surface ; and e) an urging means operable to urge the first rail thermal connector against the first surface of the counterpart channel once the rack mount computer equipment has been installed in the rack enclosure ,
An electrical assembly comprising; a plurality of primary electrical components , each comprising a semiconductor device; a plurality of primary heat sinks , each having a primary electrical component mounted thereon to provide a heat sink for the primary electrical component ; a plurality of secondary electrical components , each electrically connected or coupled with a primary electrical component ; a plurality of secondary heat sinks , each having the secondary electrical component mounted thereon to provide a heat sink for the secondary electrical component ; wherein the plurality of primary heat sinks and associated primary electrical components are arranged in a stack wherein, in the stack, a second primary heat sink is positioned adjacent a first primary heat sink in the stack and is arranged such the primary electrical component of the first primary heat sink is clamped between the first primary heat sink and the second primary heat sink by a clamping arrangement and wherein each primary heat sink and the adjacent secondary heat sink are physically releasably couplable to one another and, when coupled, the primary and secondary heat sinks are thermally coupled by abutment of respective heat transfer surfaces of the primary and secondary heat sinks . a plurality of primary electrical components , each comprising a semiconductor device; a plurality of primary heat sinks , each having a primary electrical component mounted thereon to provide a heat sink for the primary electrical component ; a plurality of secondary electrical components , each electrically connected or coupled with a primary electrical component ; a plurality of secondary heat sinks , each having the secondary electrical component mounted thereon to provide a heat sink for the secondary electrical component ; wherein the plurality of primary heat sinks and associated primary electrical components are arranged in a stack wherein, in the stack, a second primary heat sink is positioned adjacent a first primary heat sink in the stack and is arranged such the primary electrical component of the first primary heat sink is clamped between the first primary heat sink and the second primary heat sink by a clamping arrangement and wherein each primary heat sink and the adjacent secondary heat sink are physically releasably couplable to one another and, when coupled, the primary and secondary heat sinks are thermally coupled by abutment of respective heat transfer surfaces of the primary and secondary heat sinks .
An apparatus comprising: a first network interface configured to receive a plurality of media signals over a first communication network from one or more local client devices, the plurality of media signals encoded into at least one codec format; a rate controller and media transcoder configured to transcode one or more of the plurality of media signals into a different codec format based on channel and processing capabilities associated with a plurality of remote client devices and one or more control messages regarding at least one of bandwidth usage information of the first communication network, the at least one codec format, or a combination thereof; a second network interface configured to transmit the one or more of the transcoded plurality of media signals to the plurality of remote client devices over a second communication network; and a service provisioning module configured to allocate more or less upstream and downstream bandwidth in the first communication network to a certain subscriber based on the subscriber's plan with a service provider. a first network interface configured to receive a plurality of media signals over a first communication network from one or more local client devices, the plurality of media signals encoded into at least one codec format; a rate controller and media transcoder configured to transcode one or more of the plurality of media signals into a different codec format based on channel and processing capabilities associated with a plurality of remote client devices and one or more control messages regarding at least one of bandwidth usage information of the first communication network, the at least one codec format, or a combination thereof; a second network interface configured to transmit the one or more of the transcoded plurality of media signals to the plurality of remote client devices over a second communication network; and a service provisioning module configured to allocate more or less upstream and downstream bandwidth in the first communication network to a certain subscriber based on the subscriber's plan with a service provider.
A method for producing a sialylated second sugar chain, comprising reacting a first sugar chain , or said first sugar chain containing an amino acid, a peptide, a protein, a linker, a fluorescent group, a lipid, a low-molecular-weight compound or a radioactive compound at the reducing end, with CMP-sialic acid in the presence of sialyltransferase and phosphatase, at a temperature below 37°C, for 8 to 48 hours to transfer sialic acid to a non-reducing end of the first sugar chain, wherein said sialyltransferase comprises the amino acid sequence encoded by the nucleic acid sequence of SEQ ID No:1.
A rolling assembly , the rolling assembly including: a body ; one or more surface rollers rotatable with respect to the body; and at least one rotatable sweeping device including: an elongate member rotatable with respect to the body; and a sweeping head located over the elongate member , wherein the sweeping head is configured to engage with the one or more surface rollers such that the rotation of the one or more surface rollers rotates the sweeping head, characterized in that the sweeping head is rotatable with respect to the elongate member . a body ; one or more surface rollers rotatable with respect to the body; and at least one rotatable sweeping device including: an elongate member rotatable with respect to the body; and a sweeping head located over the elongate member , wherein the sweeping head is configured to engage with the one or more surface rollers such that the rotation of the one or more surface rollers rotates the sweeping head, characterized in that the sweeping head is rotatable with respect to the elongate member . an elongate member rotatable with respect to the body; and a sweeping head located over the elongate member , wherein the sweeping head is configured to engage with the one or more surface rollers such that the rotation of the one or more surface rollers rotates the sweeping head, characterized in that the sweeping head is rotatable with respect to the elongate member .
Device for inserting a piece of interleaving paper between a first and a second food slice , wherein the interleaving paper is guided as a web material in a channel having an inlet and an outlet for the interleaving paper and passes out of the channel into a slicing region in a time interval between the slicing of the first and the second food slice, characterized in that the channel has a cutout that is at a distance from the inlet and the outlet, and the cutout is provided such that the web material selectively exits the channel through the cutout and forms a loop .
A naval platform of the type comprising a missile pit above the outer deck of the platform and defined by at least two side walls constituting bulwarks extending at the periphery of the platform and masking, for an incidence close to the horizontal of the platform, one or more missiles arranged on at least one inclined ramp for the launching thereof above a bulwark of the platform, and means for evacuating the gases of the missile(s), wherein the means for evacuating the gases comprise at least one elbow duct forming a gas deflector, one end of which is positioned opposite the rear of the missile and another end of which is facing the upper portion of the missile pit , above the deck of the platform, and extends substantially vertically from the deck, and said at least one ramp for the launching of the missile and the gas deflector-forming elbow duct comprise independent support and fastening means on the rest of the platform.
Electric toothbrush having a brush head with a bristle support , which vibrates in two directions S1, S2 transversely with respect to the longitudinal direction L of the brush head , wherein bristles anchored in the bristle support are accordingly set in motion during the operation of the electric toothbrush, wherein the bristle support has a bristle zone having tapered bristles with narrowing tips , which are arranged in tufts , wherein the tufts comprise a multiplicity of tapered bristles , wherein the tapered bristles have a maximum diameter (nominal diameter) of 0.15 to 0.25 mm and a length of 7 to 13 mm measured from the point of emergence on the bristle support , wherein the diameter up to a distance of 5 to 6 mm from the tip is greater than 75% of the nominal diameter and decreases at a smaller distance, and wherein their tips , during the operation of the electric toothbrush, cover at most a predetermined maximum path dmax of 3 mm.
A generator assembly including generator means, a first converter member and a controller , which is arranged to control the operation of the first converter member , the generator means being arranged to convert mechanical power to electric power and comprising an AC generator , a voltage regulator and an AC coupling, the voltage regulator being arranged to regulate magnetization of the AC generator on the basis of the voltage of the AC coupling of the generator means, the AC coupling being arranged to supply electric power from the AC generator to the first converter member , and the first converter member being arranged to rectify the voltage applied through the AC coupling into DC voltage, wherein the controller is arranged to adjust the power of the AC generator by changing a component (I q ) associated with the torque of the current passing though the AC coupling so as to obtain power of desired magnitude from the AC generator , and in that the controller is arranged to provide a limited amount of magnetization-related current component (I d ) in the current passing through the AC coupling, the limited amount being limited such that the voltage regulator is able to remain within its normal operating range in all use situations, and the voltage regulator and the controller operate independently without mutual data exchange.