mhurhangee/patent-ind-claim-en huggingface dataset:
A covered chamberless particulate detector comprising: a chamberless detector configured to produce a signal when particulate sensing events occur; one or more optical emitters disposed on the chamberless detector , configured to emit one or more emitting cones of light ; one or more optical sensors disposed on the chamberless detector , defining one or more receiving cones ; a protective cover defining an inside region and an outside region , the protective cover disposed on the chamberless detector ; and one or more apertures through the protective cover; wherein: each of the one or more emitting cones of light is configured to spatially overlap with each of the one or more receiving cones, thereby creating one or more sensing volumes; each of the one or more optical sensors is configured to detect occurrence of particulate sensing events; at least one of the one or more sensing volumes are located within the inside region; at least one of the one or more sensing volumes are located within the outside region; and the cover is transparent to some or all wavelengths of light produced by the one or more optical emitters and received by the one or more optical sensors. a chamberless detector configured to produce a signal when particulate sensing events occur; one or more optical emitters disposed on the chamberless detector , configured to emit one or more emitting cones of light ; one or more optical sensors disposed on the chamberless detector , defining one or more receiving cones ; a protective cover defining an inside region and an outside region , the protective cover disposed on the chamberless detector ; and one or more apertures through the protective cover; wherein: each of the one or more emitting cones of light is configured to spatially overlap with each of the one or more receiving cones, thereby creating one or more sensing volumes; each of the one or more optical sensors is configured to detect occurrence of particulate sensing events; at least one of the one or more sensing volumes are located within the inside region; at least one of the one or more sensing volumes are located within the outside region; and the cover is transparent to some or all wavelengths of light produced by the one or more optical emitters and received by the one or more optical sensors. each of the one or more emitting cones of light is configured to spatially overlap with each of the one or more receiving cones, thereby creating one or more sensing volumes; each of the one or more optical sensors is configured to detect occurrence of particulate sensing events; at least one of the one or more sensing volumes are located within the inside region; at least one of the one or more sensing volumes are located within the outside region; and the cover is transparent to some or all wavelengths of light produced by the one or more optical emitters and received by the one or more optical sensors.
Drive unit , comprising an electric machine and a gearbox , wherein the gearbox has a shift assembly , wherein the shift assembly has a first sun gear , a second sun gear , a plurality of first planet gears , a plurality of second planet gears and a first ring gear , wherein the first sun gear meshes with the first planet gears , the second sun gear meshes with the second planet gears , characterized in that the second planet gears mesh with the first planet gears and the first planet gears mesh with the first ring gear , wherein the second planet gears and the first planet gears are coupled to each other by means of a first planet carrier , wherein the gearbox has a transmission assembly , wherein the transmission assembly has a third sun gear , a plurality of third planet gears , a second ring gear and a second planet carrier , wherein the third sun gear meshes with the third planet gears and the third planet gears mesh with the second ring gear , wherein the first sun gear is coupled to the electric machine in such a way that the first sun gear can be driven by means of the electric machine , and the third sun gear is coupled to the first planet carrier in such a way that the third sun gear can be driven by means of the first planet carrier , or wherein the first sun gear is coupled to the second planet carrier in such a way that the first sun gear can be driven by means of the second planet carrier , and the third sun gear is coupled to the electric machine in such a way that the third sun gear can be driven by means of the electric machine . wherein the gearbox has a shift assembly , wherein the shift assembly has a first sun gear , a second sun gear , a plurality of first planet gears , a plurality of second planet gears and a first ring gear , wherein the first sun gear meshes with the first planet gears , the second sun gear meshes with the second planet gears , characterized in that the second planet gears mesh with the first planet gears and the first planet gears mesh with the first ring gear , wherein the second planet gears and the first planet gears are coupled to each other by means of a first planet carrier , wherein the gearbox has a transmission assembly , wherein the transmission assembly has a third sun gear , a plurality of third planet gears , a second ring gear and a second planet carrier , wherein the third sun gear meshes with the third planet gears and the third planet gears mesh with the second ring gear , wherein the first sun gear is coupled to the electric machine in such a way that the first sun gear can be driven by means of the electric machine , and the third sun gear is coupled to the first planet carrier in such a way that the third sun gear can be driven by means of the first planet carrier , or wherein the first sun gear is coupled to the second planet carrier in such a way that the first sun gear can be driven by means of the second planet carrier , and the third sun gear is coupled to the electric machine in such a way that the third sun gear can be driven by means of the electric machine .
Coupling apparatus for an agricultural implement , having - a coupling element , which is movable between a coupling position and a working position and is designed to be coupled to a top link of a three-point coupling of a tractor; - a locking system having a movable locking device , which, in a locking position, limits the movement of the coupling element located in the working position, at least in one direction, and a movable securing device , which, in a securing position, together with the locking device located in the locking position, locks the coupling element in the working position in a loadable manner; and - a parking apparatus , which has at least one support leg ; wherein the securing device is movable, independently of a movement of the agricultural implement , from a passive position into the securing position; characterized in that the securing device is coupled mechanically to the parking apparatus via one or more levers such that, if the support leg is moved from a parking position into a working position, the securing device is moved from the passive position into the securing position. - a coupling element , which is movable between a coupling position and a working position and is designed to be coupled to a top link of a three-point coupling of a tractor; - a locking system having a movable locking device , which, in a locking position, limits the movement of the coupling element located in the working position, at least in one direction, and a movable securing device , which, in a securing position, together with the locking device located in the locking position, locks the coupling element in the working position in a loadable manner; and - a parking apparatus , which has at least one support leg ;
A method for continuously producing emulsion explosive by emulsification and sensitization in a static state without a loading pump, including emulsification, sensitization, encapsulation, wherein: during emulsification and sensitization, a continuous producing process of static emulsification and static sensitization is used, wherein the static emulsifier and the static sensitization device are made up with at least one of the following: a static mixer, an orifice plate, a jet flow device and a Venturi nozzle; after emulsification and sensitization, the sensitized explosive directly enters the encapsulation process for encapsulation, wherein the static sensitization device includes a shell, a sensitizer charging inlet, a core and a multi-orifice plate; wherein the static sensitization device has more than one core, the way that the static sensitization device carries out sensitization is, after sensitizer goes through the sensitizer charging inlet, the sensitizer enters a primary core by means of a sensitizer injector hole located on the primary core, the emulsion is mixed with the sensitizer when going through a primary multi-orifice plate, and then is mixed to uniformity by going through a second multi-orifice plate and a third multi-orifice plate; and wherein the orifices of the multi-orifice plate of the static sensitization device are round, square, cone and/or petal shaped; and wherein the static emulsifier includes an oil phase inlet, a water phase inlet, a shell and equal to or more than three cores, wherein the shell has diverging ports on its inner wall, and each of the cores comprises an injector hole and an orifice plate, each of the cores corresponds to one of the diverging ports where water phase flows into the corresponding core, the injector hole is located on a tube wall of the core and the orifice plate is located at a rear end of the core, water phase flows through the diverging port and then enters the core through the injector hole, and after being mixed for emulsification with oil phase entering from the oil phase inlet, and the resulting emulsion enters the next core through the orifice plate. during emulsification and sensitization, a continuous producing process of static emulsification and static sensitization is used, wherein the static emulsifier and the static sensitization device are made up with at least one of the following: a static mixer, an orifice plate, a jet flow device and a Venturi nozzle; after emulsification and sensitization, the sensitized explosive directly enters the encapsulation process for encapsulation,
A finger alignment device (800; 900) for finger positioning of a little finger and little fingertip , ring finger and ring fingertip , and middle finger and middle fingertip , the device comprising: a little finger portion (887; 987) comprising a first bent little finger alignment guide that contours the bending of a little finger at a first knuckle, a second knuckle, and a third knuckle; a ring finger portion (886; 986) comprising a first bent ring finger alignment guide that contours the bending of a ring finger at a first knuckle, a second knuckle, and a third knuckle; and a middle finger portion (885; 985) comprising a first middle finger alignment guide ; characterised in that the device is a finger alignment training device (800; 900) for teaching proper finger positioning while performing a cosmetic sugaring hair removal procedure, and in that the bent little finger alignment guide, the bent ring finger alignment guide, and the middle finger alignment guide are configured to position the little fingertip , the ring fingertip , and the middle fingertip along a line as the little fingertip, ring fingertip, and middle fingertip are spaced apart. a little finger portion (887; 987) comprising a first bent little finger alignment guide that contours the bending of a little finger at a first knuckle, a second knuckle, and a third knuckle; a ring finger portion (886; 986) comprising a first bent ring finger alignment guide that contours the bending of a ring finger at a first knuckle, a second knuckle, and a third knuckle; and a middle finger portion (885; 985) comprising a first middle finger alignment guide ; characterised in that the device is a finger alignment training device (800; 900) for teaching proper finger positioning while performing a cosmetic sugaring hair removal procedure, and in that the bent little finger alignment guide, the bent ring finger alignment guide, and the middle finger alignment guide are configured to position the little fingertip , the ring fingertip , and the middle fingertip along a line as the little fingertip, ring fingertip, and middle fingertip are spaced apart.
A pharmaceutical composition for use in the therapeutic treatment or prevention of alopecia, comprising an NADPH oxidase inhibitor, wherein the alopecia is in individuals having Col17A1 degradation.
Ultrasound transducer assembly , which is set up to transmit and/or to receive ultrasonic signals, comprising at least two transducer elements , a membrane and at least one back mass , wherein the at least two transducer elements are arranged at a distance from one another and are coupled indirectly or directly to the membrane at one front face and, on an opposite side , are coupled indirectly or directly to the at least one back mass , characterized in that the membrane is formed by an outer skin of a bumper, side mirror or door region of a motor vehicle, wherein the transducer elements are arranged to be hidden behind the outer skin, wherein the ultrasound transducer assembly has 2 to 50 transducer elements , wherein a first flexible film is arranged between the transducer elements and the membrane to make contact with the transducer elements .
Longitudinal support for an underbody of a road vehicle , wherein the longitudinal support is designed as a drawbar rail of a preferably rigid V-shaped drawbar and the cross-sectionally profiled longitudinal support has an upright thin-walled support wall extending in a support longitudinal direction and having a transversely directed support wall which is arranged on its upper and/or lower longitudinal edge, wherein the upright support wall has multiple wall openings and wall webs arranged therebetween, characterized in that the upright support wall has a mesh-type structure with wall openings and with narrow wall webs between the wall openings , wherein at least some wall webs are inclined obliquely to the support longitudinal direction and in different directions.
A method of sending a packet, comprising: querying , by a first Non-Uniform Memory Architecture, NUMA, node on a network device, a forwarding table based on a destination IP address of a packet to be forwarded to obtain a plurality of egress interfaces corresponding to the destination IP address; for each of the plurality of egress interfaces, obtaining , by the first NUMA node, node information of a second NUMA node to which the egress interface belongs, determining , by the first NUMA node, that the egress interface is on the first NUMA node when the node information of the second NUMA node is the same as the node information of the first NUMA node, wherein the second NUMA node is on the network device; and sending , by the first NUMA node, the packet via an egress interface which belongs to the first NUMA node and is in the plurality of egress interfaces; and selecting, by the first NUMA node, an egress interface on the second NUMA node from the plurality of egress interfaces, when the node information of the second NUMA node to which the egress interface belongs is different from the node information of the first NUMA node for all interfaces, such that the packet is sent via the selected egress interface. querying , by a first Non-Uniform Memory Architecture, NUMA, node on a network device, a forwarding table based on a destination IP address of a packet to be forwarded to obtain a plurality of egress interfaces corresponding to the destination IP address; for each of the plurality of egress interfaces, obtaining , by the first NUMA node, node information of a second NUMA node to which the egress interface belongs, determining , by the first NUMA node, that the egress interface is on the first NUMA node when the node information of the second NUMA node is the same as the node information of the first NUMA node, wherein the second NUMA node is on the network device; and sending , by the first NUMA node, the packet via an egress interface which belongs to the first NUMA node and is in the plurality of egress interfaces; and obtaining , by the first NUMA node, node information of a second NUMA node to which the egress interface belongs, determining , by the first NUMA node, that the egress interface is on the first NUMA node when the node information of the second NUMA node is the same as the node information of the first NUMA node, wherein the second NUMA node is on the network device; and sending , by the first NUMA node, the packet via an egress interface which belongs to the first NUMA node and is in the plurality of egress interfaces; and selecting, by the first NUMA node, an egress interface on the second NUMA node from the plurality of egress interfaces, when the node information of the second NUMA node to which the egress interface belongs is different from the node information of the first NUMA node for all interfaces, such that the packet is sent via the selected egress interface.
An electrically conductive composition comprising a) from 12 to 35% by weight of the total weight of the composition an aliphatic urethane di(meth)acrylate resin; b) from 15 to 50% by weight of the total weight of the composition a reactive diluent, wherein said reactive diluent is at least one (meth)acrylate monomer having two or more (meth)acrylate groups; or a mixture of at least one (meth)acrylate monomer having two or more (meth)acrylate groups and a (meth)acrylate functionalized phosphate ester; or a mixture of at least one (meth)acrylate monomer having two or more (meth)acrylate groups and at least one (meth)acrylate monomer having one (meth)acrylate group and a (meth)acrylate functionalized phosphate ester; c) from 30 to 60% by weight of the total weight of the composition an electrically conductive filler; and d) a curing agent. a) from 12 to 35% by weight of the total weight of the composition an aliphatic urethane di(meth)acrylate resin; b) from 15 to 50% by weight of the total weight of the composition a reactive diluent, wherein said reactive diluent is at least one (meth)acrylate monomer having two or more (meth)acrylate groups; or a mixture of at least one (meth)acrylate monomer having two or more (meth)acrylate groups and a (meth)acrylate functionalized phosphate ester; or a mixture of at least one (meth)acrylate monomer having two or more (meth)acrylate groups and at least one (meth)acrylate monomer having one (meth)acrylate group and a (meth)acrylate functionalized phosphate ester; c) from 30 to 60% by weight of the total weight of the composition an electrically conductive filler; and d) a curing agent.
A method of detecting vehicles which park in a parking space zone , wherein - excluded zones are recognized and/or determined which are not suitable and/or provided for parking vehicles ; - a transponder is arranged in or at a vehicle ; - the transponder automatically repeatedly transmits a recognition signal ; - the recognition signal is received by at least two and at most three radio devices ; and - the position of the transponder is determined by means of a control device with reference to the time of flight and/or with reference to time of flight differences of the recognition signal from the transponder to the radio devices and with reference to the positions of the excluded zones . - excluded zones are recognized and/or determined which are not suitable and/or provided for parking vehicles ; - a transponder is arranged in or at a vehicle ; - the transponder automatically repeatedly transmits a recognition signal ; - the recognition signal is received by at least two and at most three radio devices ; and - the position of the transponder is determined by means of a control device with reference to the time of flight and/or with reference to time of flight differences of the recognition signal from the transponder to the radio devices and with reference to the positions of the excluded zones .
An advertisement message processing method, comprising: sending , by a control plane device, a first message to a forwarding plane device, wherein the first message comprises an advertisement message, second information, and third information, the second information is used to instruct the forwarding plane device to buffer the advertisement message, and the third information is used to instruct the forwarding plane device to send the buffered advertisement message to a host; characterized in that the method further comprises receiving, by the control plane device, identification information from the forwarding plane device, and the identification information is used to identify the advertisement message; wherein the first message further comprises fourth information, wherein the fourth information is used to instruct a forwarding plane device to generate a forwarding rule, the forwarding rule is used to match an advertisement request message sent by the host, and the advertisement request message is used to request the forwarding plane device to send the buffered advertisement message identified by the identification information. sending , by a control plane device, a first message to a forwarding plane device, wherein the first message comprises an advertisement message, second information, and third information, the second information is used to instruct the forwarding plane device to buffer the advertisement message, and the third information is used to instruct the forwarding plane device to send the buffered advertisement message to a host; characterized in that the method further comprises receiving, by the control plane device, identification information from the forwarding plane device, and the identification information is used to identify the advertisement message; wherein the first message further comprises fourth information, wherein the fourth information is used to instruct a forwarding plane device to generate a forwarding rule, the forwarding rule is used to match an advertisement request message sent by the host, and the advertisement request message is used to request the forwarding plane device to send the buffered advertisement message identified by the identification information.
Floating floor with at least one vibration-damping support for sound damping, whereby the support is placed on a solid underground , whereby the support comprises a relatively rigid support slat provided with discrete vibration-damping elements on one side, distributed at a regular distance from each other over the support slat , and whereby the support slat is provided with a vibration-damping strip on a second side opposite the first side extending in the longitudinal direction of the support slat , characterised in that the floor is placed loosely on the vibration-damping support .