mhurhangee/patent-ind-claim-en huggingface dataset:
Linking device for coupling working equipment , such as a head for harvesting trees, to the end of a crane boom on a working machine, said end comprising crane ears , wherein the linking device comprises a linking device body that supports a first rotation shaft defining a first rotation axis (Y) and a second rotation shaft defining a second rotation axis (X) that runs substantially transverse to the first rotation axis (Y), wherein the linking device is intended to be suspended by the first rotation shaft between the crane ears for free rotation around the first rotation axis (Y) on the crane boom , wherein the linking device comprises first braking means for braking the rotational movement around the first rotation axis (Y), wherein the first braking means are arranged to move at least one of the crane ears towards the other to clamp the linking device body between the crane ears , wherein the linking device comprises second braking means for braking the rotational movement around the second rotation axis (X), characterised in that the linking device comprises linking device ears attached to the linking device body , wherein the linking device ears support the second rotation shaft for free rotation around the second rotation axis (X), wherein the linking device further comprises equipment coupling means for coupling the working equipment that are fixedly attached to the second rotation shaft , wherein the second braking means are arranged to move at least one of the linking device ears towards the other to clamp the equipment coupling means between the linking device ears . wherein the linking device comprises a linking device body that supports a first rotation shaft defining a first rotation axis (Y) and a second rotation shaft defining a second rotation axis (X) that runs substantially transverse to the first rotation axis (Y), wherein the linking device is intended to be suspended by the first rotation shaft between the crane ears for free rotation around the first rotation axis (Y) on the crane boom , wherein the linking device comprises first braking means for braking the rotational movement around the first rotation axis (Y), wherein the first braking means are arranged to move at least one of the crane ears towards the other to clamp the linking device body between the crane ears , wherein the linking device comprises second braking means for braking the rotational movement around the second rotation axis (X), characterised in that the linking device comprises linking device ears attached to the linking device body , wherein the linking device ears support the second rotation shaft for free rotation around the second rotation axis (X), wherein the linking device further comprises equipment coupling means for coupling the working equipment that are fixedly attached to the second rotation shaft , wherein the second braking means are arranged to move at least one of the linking device ears towards the other to clamp the equipment coupling means between the linking device ears .
Hydrostatic radial piston machine, comprising lobes arranged in a circumferential direction on a cam body , wherein pistons are movable relative to the cam body and are guided in cylinder holes , which are arranged in a cylinder block radially or in a star-shaped manner, wherein the lobes are divided into an active group and at least one switchable group in order to realize at least two displacement modes of the radial piston machine, characterized in that each piston is individually pullable into the cylinder block by magnetic force and can be kept there in a retained position when the assigned cylinder hole is in operative connection with a lobe of the switchable group.
A method for monitoring device failure, comprising: loading and executing a tool collection script that integrates a plurality of monitoring tools, periodically monitoring a plurality of preset key indicators through a plurality of preset basic tools included in the tool collection script, wherein each preset key indicator is real-time monitored through the preset basic tools capable of indicating whether the preset key indicator contains abnormal information; when a target preset key indicator is abnormal, collecting device operating parameters through a plurality of data collection tools that corresponds to the target preset key indicator and is included in the tool collection script, wherein for different preset key indicators, the data collection tools under the abnormal conditions are preset, and the device operating parameters related to the abnormal preset key indicators are collected based on the data collection tool; and determining and feeding back a failure type to which the device operating parameters belong based on parameter characteristics corresponding to preset failure types. loading and executing a tool collection script that integrates a plurality of monitoring tools, periodically monitoring a plurality of preset key indicators through a plurality of preset basic tools included in the tool collection script, wherein each preset key indicator is real-time monitored through the preset basic tools capable of indicating whether the preset key indicator contains abnormal information; when a target preset key indicator is abnormal, collecting device operating parameters through a plurality of data collection tools that corresponds to the target preset key indicator and is included in the tool collection script, wherein for different preset key indicators, the data collection tools under the abnormal conditions are preset, and the device operating parameters related to the abnormal preset key indicators are collected based on the data collection tool; and determining and feeding back a failure type to which the device operating parameters belong based on parameter characteristics corresponding to preset failure types.
A method for scheduling data packet transmissions on a multi-subscriber identity module, SIM, wireless communication device having a physical SIM and a virtual SIM, VSIM, application, each associated with a shared radio frequency, RF, resource, the method comprising: detecting registration of a SIM profile for the VSIM application; determining whether a VSIM management procedure is required for the VSIM application; and in response to determining that the VSIM management procedure is required for the VSIM application: tagging data packets associated with the VSIM management procedure; based on the tagging selecting a prioritization policy for data packet transmissions on the RF resource; and applying the selected prioritization policy within a transmission queue on the RF resource. detecting registration of a SIM profile for the VSIM application; determining whether a VSIM management procedure is required for the VSIM application; and in response to determining that the VSIM management procedure is required for the VSIM application: tagging data packets associated with the VSIM management procedure; based on the tagging selecting a prioritization policy for data packet transmissions on the RF resource; and applying the selected prioritization policy within a transmission queue on the RF resource. tagging data packets associated with the VSIM management procedure; based on the tagging selecting a prioritization policy for data packet transmissions on the RF resource; and applying the selected prioritization policy within a transmission queue on the RF resource.
A data processing method, comprising: receiving, by a first device, a mapping relationship between a first flow and a second radio bearer, RB, from a second device, wherein the first device is a first terminal, and the second device is an access network device or a second terminal; determining , by the first device, that an RB to which the first flow is mapped changes from a first RB to the second RB according to the mapping relationship between the first flow and the second RB; and sending , by the first device, end indication information to the second device through the first RB, the end indication information is used to indicate to the second device that the sending of data packets of the first flow through the first RB has been completed; wherein before receiving the mapping relationship between the first flow and the second RB, the first flow is mapped to the first RB. receiving, by a first device, a mapping relationship between a first flow and a second radio bearer, RB, from a second device, wherein the first device is a first terminal, and the second device is an access network device or a second terminal; determining , by the first device, that an RB to which the first flow is mapped changes from a first RB to the second RB according to the mapping relationship between the first flow and the second RB; and sending , by the first device, end indication information to the second device through the first RB, the end indication information is used to indicate to the second device that the sending of data packets of the first flow through the first RB has been completed; wherein before receiving the mapping relationship between the first flow and the second RB, the first flow is mapped to the first RB.
A shell of an electronic device, wherein the shell comprises: a main body defining a perimeter; and a connecting part that is provided around and connected with the perimeter of the main body, wherein the main body consists of a woven member supported by the connecting part and is provided with an opening configured to match a shape of a camera of the electronic device, the connecting part is a frame-shaped support and the electronic device includes a mounting part that is configured to form a fixed connection to the connecting part in a way that the main body covers a rear side of the electronic device. a main body defining a perimeter; and a connecting part that is provided around and connected with the perimeter of the main body, wherein the main body consists of a woven member supported by the connecting part and is provided with an opening configured to match a shape of a camera of the electronic device, the connecting part is a frame-shaped support and the electronic device includes a mounting part that is configured to form a fixed connection to the connecting part in a way that the main body covers a rear side of the electronic device.
Method for the production of a trim panel for the interior of a motor vehicle, 1.1 wherein the trim panel is at least partially manufactured of a plastic material and has a first component , implemented as a decorative layer, and at least one second component , which is mo0lded onto the first component by means of an injection process, 1.2 in which, as a preparatory step, the first component is placed or molded into a moveable mold and 1.3 in which, later, the second component is molded onto the first component , 1.4 this in a single stage, wherein 1.5 as a further preparatory step, before the subsequent molding of the second component , a third component , namely a structural element implemented as a semifinished reinforcing product, for example, a woven fabric, a non-crimp fabric or a knitted fabric, is placed or molded into a stationary mold , 1.6 during the subsequent molding, the molds are moved toward and/or away from each other, wherein the properties "stationary" and "moveable" of the molds are mutually exchangeable, and both molds may also have the property "moveable", and wherein the second component is introduced into an intermediate space between the first component and the third component by means of an injection process and is thereby molded over the first component , and 1.7 during the method step 1.3 "molding", cavities of the stationary mold are accessed through the third component for the injected plastic, by means of which the connection is not only secured by adhesion but, in addition, by a positive fit. 1.1 wherein the trim panel is at least partially manufactured of a plastic material and has a first component , implemented as a decorative layer, and at least one second component , which is mo0lded onto the first component by means of an injection process, 1.2 in which, as a preparatory step, the first component is placed or molded into a moveable mold and 1.3 in which, later, the second component is molded onto the first component , 1.4 this in a single stage, wherein 1.5 as a further preparatory step, before the subsequent molding of the second component , a third component , namely a structural element implemented as a semifinished reinforcing product, for example, a woven fabric, a non-crimp fabric or a knitted fabric, is placed or molded into a stationary mold , 1.6 during the subsequent molding, the molds are moved toward and/or away from each other, wherein the properties "stationary" and "moveable" of the molds are mutually exchangeable, and both molds may also have the property "moveable", and wherein the second component is introduced into an intermediate space between the first component and the third component by means of an injection process and is thereby molded over the first component , and 1.7 during the method step 1.3 "molding", cavities of the stationary mold are accessed through the third component for the injected plastic, by means of which the connection is not only secured by adhesion but, in addition, by a positive fit.
A system , comprising: a circuit to, based on an orientation of a receptacle side of a universal serial bus, USB, type-C connector when connected to an electronic device , identify spare pins used for a data signal instead of a USB differential pair signal on the receptacle side of the USB type-C connector; a controller to create the data signal from a number of signals received by the controller , the data signal to be routed from the receptacle side of the USB type-C connector to a plug side of the USB type-C connector; and a multiplexor, MUX , to, when the plug side of the USB type-C connector is connected to a peripheral device , route the data signal to the spare pins of the receptacle side of the USB type-C connector to allow the data signal to be exchanged between the electronic device and the peripheral device via the spare pins of the receptacle side of the USB type-C connector and bottom pins on the plug side of the USB type-C connector, wherein the spare pins on the receptacle side of the USB type-C connector are pin A6 and pin A7, or pin B6 and pin B7, depending on the orientation of the receptacle side of the USB type-C connector when connected to the electronic device . a circuit to, based on an orientation of a receptacle side of a universal serial bus, USB, type-C connector when connected to an electronic device , identify spare pins used for a data signal instead of a USB differential pair signal on the receptacle side of the USB type-C connector; a controller to create the data signal from a number of signals received by the controller , the data signal to be routed from the receptacle side of the USB type-C connector to a plug side of the USB type-C connector; and a multiplexor, MUX , to, when the plug side of the USB type-C connector is connected to a peripheral device , route the data signal to the spare pins of the receptacle side of the USB type-C connector to allow the data signal to be exchanged between the electronic device and the peripheral device via the spare pins of the receptacle side of the USB type-C connector and bottom pins on the plug side of the USB type-C connector, wherein the spare pins on the receptacle side of the USB type-C connector are pin A6 and pin A7, or pin B6 and pin B7, depending on the orientation of the receptacle side of the USB type-C connector when connected to the electronic device .
A computer-implemented method for genetically classifying individuals, the method comprising: accessing a phased genotype of an individual; generating a plurality of IBD segments between the individual and each of a number of reference panel individuals by analyzing the phased genotype of the individual and phased genotypes of each of the number of reference panel individuals, wherein the reference panel individuals are members of one of a plurality of reference panels each associated with one of a plurality of different clusters of an identity-by-descent (IBD) network; each cluster comprising a plurality of nodes, the nodes representing individuals and their associated phased genotypes, the nodes connected via edges with weights based on IBD segments between the associated phased genotypes, the nodes grouped into clusters based on the edge weights; inputting the IBD segments into a set of models to generate a score for classifying the individual to one or more of the clusters, each model corresponding to one of the clusters, and the model trained using a set of features defined from the IBD segments shared with individuals in the reference panels; sending a report summarizing the clusters for which the individual's score exceeds a threshold. accessing a phased genotype of an individual; generating a plurality of IBD segments between the individual and each of a number of reference panel individuals by analyzing the phased genotype of the individual and phased genotypes of each of the number of reference panel individuals, wherein the reference panel individuals are members of one of a plurality of reference panels each associated with one of a plurality of different clusters of an identity-by-descent (IBD) network; each cluster comprising a plurality of nodes, the nodes representing individuals and their associated phased genotypes, the nodes connected via edges with weights based on IBD segments between the associated phased genotypes, the nodes grouped into clusters based on the edge weights; inputting the IBD segments into a set of models to generate a score for classifying the individual to one or more of the clusters, each model corresponding to one of the clusters, and the model trained using a set of features defined from the IBD segments shared with individuals in the reference panels; sending a report summarizing the clusters for which the individual's score exceeds a threshold.
A camera assembly , comprising: a lens holder , defining a light transmission channel ; a lens , disposed in the lens holder ; a circuit board ; a camera sensor , disposed on the circuit board and corresponding to the lens via the light transmission channel ; and an ambient light sensor , electrically connected to the circuit board and disposed on the lens holder ; wherein ambient light is transmitted through the lens and the light transmission channel , and further incident into the camera sensor and the ambient light sensor ; characterized in that , the lens holder comprises an inner wall forming the light transmission channel ; a chamfer is formed at one end of the inner wall that is adjacent to the lens , and the ambient light sensor is attached to the chamfer . a lens holder , defining a light transmission channel ; a lens , disposed in the lens holder ; a circuit board ; a camera sensor , disposed on the circuit board and corresponding to the lens via the light transmission channel ; and an ambient light sensor , electrically connected to the circuit board and disposed on the lens holder ; wherein ambient light is transmitted through the lens and the light transmission channel , and further incident into the camera sensor and the ambient light sensor ; characterized in that , the lens holder comprises an inner wall forming the light transmission channel ; a chamfer is formed at one end of the inner wall that is adjacent to the lens , and the ambient light sensor is attached to the chamfer .
An antimicrobial and anti-biofouling coating formulation, comprising: a hollow round colloidal structure, comprising: an active polymer shell; and an active or inert core; wherein the active polymer shell comprises two or more polymers with antimicrobial and anti-biofouling activities selected from the group consisting of polyethylenimine (PEI), poly(diallyldimethylammonium chloride) (PDDA) and polyhexamethylene biguanide (PHMB); wherein either the core is active and contains one or more disinfectants, biocides and fragrances; or the core is inert and contains water or an inert solvent; and wherein the hollow round colloidal structure further comprises stabilizers and is stable for at least 3 months, and wherein the stabilizers are present in concentrations of 0.01-20% (w/v) of polyvinyl alcohol (PVA) having a mw of 31,000-186,000 g/mol; 0.01-20% (w/v) of poly(ethylene glycol) methacrylate (PEGMA) having a Mn of 200-1000; and 0.01-20% (w/v) of methoxypoly(ethylene glycol) methacrylate (MPEGMA) having a Mn of 200-5000. an active polymer shell; and an active or inert core; wherein the active polymer shell comprises two or more polymers with antimicrobial and anti-biofouling activities selected from the group consisting of polyethylenimine (PEI), poly(diallyldimethylammonium chloride) (PDDA) and polyhexamethylene biguanide (PHMB); wherein either the core is active and contains one or more disinfectants, biocides and fragrances; or the core is inert and contains water or an inert solvent; and wherein the hollow round colloidal structure further comprises stabilizers and is stable for at least 3 months, and wherein the stabilizers are present in concentrations of 0.01-20% (w/v) of polyvinyl alcohol (PVA) having a mw of 31,000-186,000 g/mol; 0.01-20% (w/v) of poly(ethylene glycol) methacrylate (PEGMA) having a Mn of 200-1000; and 0.01-20% (w/v) of methoxypoly(ethylene glycol) methacrylate (MPEGMA) having a Mn of 200-5000.
A system comprising: an elongated instrument configured to couple with a teleoperational manipulator assembly for advancement along a longitudinal axis (A); and a support assembly including: a retractable channel formed from a plurality of support members extendable along the longitudinal axis and arranged to form therebetween the channel, the channel sized to receive the elongated instrument; characterised in that the support assembly further comprises a retraction system coupled to the plurality of support members, the retraction system operable to retract the plurality of support members in the direction of the longitudinal axis as the elongated instrument is advanced along the longitudinal axis. an elongated instrument configured to couple with a teleoperational manipulator assembly for advancement along a longitudinal axis (A); and a support assembly including: a retractable channel formed from a plurality of support members extendable along the longitudinal axis and arranged to form therebetween the channel, the channel sized to receive the elongated instrument; characterised in that the support assembly further comprises a retraction system coupled to the plurality of support members, the retraction system operable to retract the plurality of support members in the direction of the longitudinal axis as the elongated instrument is advanced along the longitudinal axis. a retractable channel formed from a plurality of support members extendable along the longitudinal axis and arranged to form therebetween the channel, the channel sized to receive the elongated instrument; characterised in that the support assembly further comprises a retraction system coupled to the plurality of support members, the retraction system operable to retract the plurality of support members in the direction of the longitudinal axis as the elongated instrument is advanced along the longitudinal axis.