mhurhangee/patent-ind-claim-en huggingface dataset:
A traffic signal indicating apparatus , comprising: a state acquisition module , configured to acquire a traffic control state of a traffic management area ; and a projection module , configured to project first visual information for indicating the traffic control state to a first-segment pavement within the traffic management area , the apparatus being characterised in that when the traffic control state acquired by the state acquisition module is pedestrian prohibition, the state acquisition module is further configured to acquire the quantity of pedestrians within the traffic management area , and the projection module is further configured to determine a second-segment pavement where a pedestrian may stay whilst waiting within the traffic management area in accordance with the acquired quantity of pedestrians, and project second visual information for indicating a range within which a pedestrian may stay whilst waiting to the determined second-segment pavement , wherein as the quantity of pedestrians within the traffic management area is larger, the area of the second-segment pavement is larger. a state acquisition module , configured to acquire a traffic control state of a traffic management area ; and a projection module , configured to project first visual information for indicating the traffic control state to a first-segment pavement within the traffic management area , the apparatus being characterised in that when the traffic control state acquired by the state acquisition module is pedestrian prohibition, the state acquisition module is further configured to acquire the quantity of pedestrians within the traffic management area , and the projection module is further configured to determine a second-segment pavement where a pedestrian may stay whilst waiting within the traffic management area in accordance with the acquired quantity of pedestrians, and project second visual information for indicating a range within which a pedestrian may stay whilst waiting to the determined second-segment pavement , wherein as the quantity of pedestrians within the traffic management area is larger, the area of the second-segment pavement is larger.
Device for reinforcing a motor vehicle driver's compartment crossmember designed to extend transversely in the vehicle below an upper part of a dashboard supported by said crossmember, said device comprising at least one reinforcing leg designed to be fastened to said crossmember in order to connect said crossmember to a structural element of the vehicle arranged at the floor of the vehicle, said reinforcing leg being provided with a lower end provided with at least one fastening through-orifice having an axis parallel to the transverse direction of the vehicle and making it possible to establish a bolted connection along said axis in order to connect said reinforcing leg to said structural element, said reinforcing device being characterized in that said fastening through-orifice has a contour which is closed on itself, this contour having the general shape of a drop whose tip is directed towards a lower free edge of said lower end of said reinforcing leg.
Method of manufacturing at least one electrode for a battery with a discontinuous ink coating, said electrode comprising a metal foil coated with a plurality of ink zones at a spacing from each other along a longitudinal direction of the electrode on at least one of its two opposite surfaces , the method comprising the following steps: - make ink zones on a first longitudinal segment of a metallic support wider than the foil of the electrode to be manufactured, and make at least one additional ink zone on at least one second longitudinal segment of the support offset from the first segment along a lateral direction of the support, the assembly composed of the ink zones of the first segment being laterally spaced from the assembly formed by each additional ink zone of at least one second segment directly consecutive to it along the lateral direction , in order to define a non-zero lateral spacing (El) between these assemblies of ink zones , the ink zones and each additional ink zone jointly forming a support coating on one of the two opposite faces of the support, such that at least one additional ink zone of a second segment laterally faces each recessed zone located between two directly consecutive ink zones of the first segment ; - calendering of the metallic support provided with its coating , by movement between the calendering rolls along a longitudinal direction of the support orthogonal to its lateral direction , the calendering roll located on the side of the support coating being permanently in contact with this coating during calendering; and - separation of the segments so as to obtain the electrode through the first segment , and at least one other electrode through at least one of the second segments . - make ink zones on a first longitudinal segment of a metallic support wider than the foil of the electrode to be manufactured, and make at least one additional ink zone on at least one second longitudinal segment of the support offset from the first segment along a lateral direction of the support, the assembly composed of the ink zones of the first segment being laterally spaced from the assembly formed by each additional ink zone of at least one second segment directly consecutive to it along the lateral direction , in order to define a non-zero lateral spacing (El) between these assemblies of ink zones , the ink zones and each additional ink zone jointly forming a support coating on one of the two opposite faces of the support, such that at least one additional ink zone of a second segment laterally faces each recessed zone located between two directly consecutive ink zones of the first segment ; - calendering of the metallic support provided with its coating , by movement between the calendering rolls along a longitudinal direction of the support orthogonal to its lateral direction , the calendering roll located on the side of the support coating being permanently in contact with this coating during calendering; and - separation of the segments so as to obtain the electrode through the first segment , and at least one other electrode through at least one of the second segments .
An absorbent article comprising: a liquid permeable topsheet; a liquid impermeable backsheet; an absorbent core disposed at least partially intermediate the topsheet and the backsheet; and an acquisition material disposed at least partially intermediate the topsheet and the absorbent core; wherein the acquisition material has: a Caliper in the range of about 2.5 mm to about 10 mm, according to the Caliper Test; and an Air Permeability in the range of about 5,000 l/m 2 /s to about 11,000 l/m 2 /s, according to the Air Permeability Test; wherein the acquisition material comprises: a first surface; a second surface; and three-dimensional features extending outwardly from the first surface; wherein the acquisition material comprises two or more layers; wherein the first layer and the second layer comprise the three-dimensional features, and wherein tips of the three-dimensional features of the first layer are joined with tips of the three-dimensional features of the second layer. a liquid permeable topsheet; a liquid impermeable backsheet; an absorbent core disposed at least partially intermediate the topsheet and the backsheet; and an acquisition material disposed at least partially intermediate the topsheet and the absorbent core; wherein the acquisition material has: a Caliper in the range of about 2.5 mm to about 10 mm, according to the Caliper Test; and an Air Permeability in the range of about 5,000 l/m 2 /s to about 11,000 l/m 2 /s, according to the Air Permeability Test; a Caliper in the range of about 2.5 mm to about 10 mm, according to the Caliper Test; and an Air Permeability in the range of about 5,000 l/m 2 /s to about 11,000 l/m 2 /s, according to the Air Permeability Test; wherein the acquisition material comprises: a first surface; a second surface; and three-dimensional features extending outwardly from the first surface; a first surface; a second surface; and three-dimensional features extending outwardly from the first surface; wherein the acquisition material comprises two or more layers; wherein the first layer and the second layer comprise the three-dimensional features, and wherein tips of the three-dimensional features of the first layer are joined with tips of the three-dimensional features of the second layer.
Two-wheeler, having a frame comprising - a front head tube which defines a front steering axis , and on which a front fork steerer tube , having a front wheel fork that receives a front wheel and steering rod on which a handlebar is disposed, is rotatably mounted; and - a rear head tube which defines a rear steering axis , and on which a rear fork steerer tube having a rear wheel fork that receives a rear wheel is rotatably mounted; - wherein the rear fork steerer tube by way of a coupling assembly is connected to the front fork steerer tube and is rotatable as a function of the rotation angle of the front fork steerer tube , characterized in that - the front steering axis and the rear steering axis are inclined towards one another and intersect below the handlebar . - a front head tube which defines a front steering axis , and on which a front fork steerer tube , having a front wheel fork that receives a front wheel and steering rod on which a handlebar is disposed, is rotatably mounted; and - a rear head tube which defines a rear steering axis , and on which a rear fork steerer tube having a rear wheel fork that receives a rear wheel is rotatably mounted; - wherein the rear fork steerer tube by way of a coupling assembly is connected to the front fork steerer tube and is rotatable as a function of the rotation angle of the front fork steerer tube , - the front steering axis and the rear steering axis are inclined towards one another and intersect below the handlebar .
A method of operating a wireless terminal, UE, in communication with a base station, gNB), the method comprising: receiving a Radio Resource Control, RRC, message from the base station, wherein the RRC message includes information regarding at least one Quality of Service, QoS, flow being reflective, and another QoS flow being non-reflective; and providing communication of a first data packet between the wireless terminal and the base station using a non-reflective QoS flow, wherein the data packet includes a first data field and a first Service Data Application Protocol, SDAP, header field with a QoS Flow Identity, QFI, wherein the QFI is used for the data packet based on the information from the RRC message; providing communication of a second data packet between the wireless terminal and the base station using a reflective QoS flow, wherein the second data packet includes a second data field and a second SDAP header field with a QFI that is used for the second data packet based on the information from the RRC message; wherein the first and the second SDAP header field each further includes a Reflective QoS to DRB mapping Indication, RDI; characterized in that the second SDAP header field further includes a Reflective QoS Indicator, RQI, whereas the first SDAP header field does not include an RQI indicator; and a length of the QFI of the second SDAP header field is less than a length of the QFI of the first SDAP header field. receiving a Radio Resource Control, RRC, message from the base station, wherein the RRC message includes information regarding at least one Quality of Service, QoS, flow being reflective, and another QoS flow being non-reflective; and providing communication of a first data packet between the wireless terminal and the base station using a non-reflective QoS flow, wherein the data packet includes a first data field and a first Service Data Application Protocol, SDAP, header field with a QoS Flow Identity, QFI, wherein the QFI is used for the data packet based on the information from the RRC message; wherein the first and the second SDAP header field each further includes a Reflective QoS to DRB mapping Indication, RDI; characterized in that the second SDAP header field further includes a Reflective QoS Indicator, RQI, whereas the first SDAP header field does not include an RQI indicator; and a length of the QFI of the second SDAP header field is less than a length of the QFI of the first SDAP header field.
A system comprising a mixing device for mixing of a bioreactor, wherein the mixing device comprises: at least one motion device for inducing a mixing motion in the bioreactor or into a holder for receiving a bioreactor, at least one sensor arrangeable within or at the bioreactor for receiving at least one physiological or physical measurand, wherein the mixing device or the bioreactor further comprises a sensor or transmitter for generating a synchronizing measurand, namely a trigger signal or a digital signal (on/off or high/low), the system further comprising a synchronizing device for a) triggering the measurement of at least one physiological or physical measurand based on the synchronisation measurand and optionally subsequent evaluation of at least one measured value, or b) selection of at least one recorded value of at least one physiological or physical measurand on the basis of the synchronisation measurand, and optionally subsequent evaluation of the at least one value, or c) setting-off the synchronization measurand with the at least one physiological or physical measurand. at least one motion device for inducing a mixing motion in the bioreactor or into a holder for receiving a bioreactor, at least one sensor arrangeable within or at the bioreactor for receiving at least one physiological or physical measurand, wherein the mixing device or the bioreactor further comprises a sensor or transmitter for generating a synchronizing measurand, namely a trigger signal or a digital signal (on/off or high/low), a) triggering the measurement of at least one physiological or physical measurand based on the synchronisation measurand and optionally subsequent evaluation of at least one measured value, or b) selection of at least one recorded value of at least one physiological or physical measurand on the basis of the synchronisation measurand, and optionally subsequent evaluation of the at least one value, or c) setting-off the synchronization measurand with the at least one physiological or physical measurand.
A sensor system for sensing the contents of a bore, the sensor system comprising: plural electromagnetic coils arranged facing the bore for generating an electromagnetic field directed laterally into the bore; a drive circuit arrangement arranged to generate electrical oscillations in the coils for producing oscillating electromagnetic fields that interact with the contents of the bore; and a detection circuit arrangement arranged to detect a parameter of the electrical oscillations generated in each coil. plural electromagnetic coils arranged facing the bore for generating an electromagnetic field directed laterally into the bore; a drive circuit arrangement arranged to generate electrical oscillations in the coils for producing oscillating electromagnetic fields that interact with the contents of the bore; and a detection circuit arrangement arranged to detect a parameter of the electrical oscillations generated in each coil.
A network device, comprising: a receiving unit , configured to receive a scheduling grant message, wherein the scheduling grant message comprises at least two identifiers of at least two data packets and time-frequency resource information, each of the at least two identifiers of the at least two data packets being used to respectively mark one of the at least two data packets, and the time-frequency resource information is used to indicate a time domain resource and a frequency domain resource that are occupied for transmitting the at least two data packets; and a sending unit , configured to: when it is determined, according to the at least two identifiers of the at least two data packets, that all of the at least two data packets are stored in a buffer, send, according to the time-frequency resource information, all of the at least two data packets to user equipment on the time-frequency resource indicated by the time-frequency resource information, wherein the network device is further configured not to send any of the at least two data packets, when it is determined, according to the at least two identifiers of the at least two data packets, that at least one of the at least two data packets is not stored in the buffer. a receiving unit , configured to receive a scheduling grant message, wherein the scheduling grant message comprises at least two identifiers of at least two data packets and time-frequency resource information, each of the at least two identifiers of the at least two data packets being used to respectively mark one of the at least two data packets, and the time-frequency resource information is used to indicate a time domain resource and a frequency domain resource that are occupied for transmitting the at least two data packets; and a sending unit , configured to: when it is determined, according to the at least two identifiers of the at least two data packets, that all of the at least two data packets are stored in a buffer, send, according to the time-frequency resource information, all of the at least two data packets to user equipment on the time-frequency resource indicated by the time-frequency resource information, wherein the network device is further configured not to send any of the at least two data packets, when it is determined, according to the at least two identifiers of the at least two data packets, that at least one of the at least two data packets is not stored in the buffer.
A method comprising: creating , by a security-on-demand, SoD, chain controller , a first security service function chain identifying at least a first service function path (401-1) comprising an identified set of security service functions, at least one of the identified set of security service functions comprising a virtualized network function in a software defined networking, SDN, network architecture; utilizing , by the SoD chain controller , the first security service function chain to generate one or more classification policies associating packets of a given packet type with the first security service function chain; utilizing , by the SoD chain controller , the first service function path (401-1) to generate one or more forwarding policies specifying handling of packets of the given packet type by respective ones of the identified set of security service functions; distributing , by the SoD chain controller , the one or more classification policies to one or more nodes in a communication network comprising the SDN network architecture; and distributing , by the SoD chain controller , the one or more forwarding policies to one or more of the identified set of security service functions in the communication network. creating , by a security-on-demand, SoD, chain controller , a first security service function chain identifying at least a first service function path (401-1) comprising an identified set of security service functions, at least one of the identified set of security service functions comprising a virtualized network function in a software defined networking, SDN, network architecture; utilizing , by the SoD chain controller , the first security service function chain to generate one or more classification policies associating packets of a given packet type with the first security service function chain; utilizing , by the SoD chain controller , the first service function path (401-1) to generate one or more forwarding policies specifying handling of packets of the given packet type by respective ones of the identified set of security service functions; distributing , by the SoD chain controller , the one or more classification policies to one or more nodes in a communication network comprising the SDN network architecture; and distributing , by the SoD chain controller , the one or more forwarding policies to one or more of the identified set of security service functions in the communication network.
Aerosol device comprising: - a container containing a cosmetic composition which comprises one or more powders in a content of less than 7% by weight relative to the total weight of the composition, and - a dispensing head comprising a body and an end part comprising at least two outlet orifices configured to allow spraying of the composition in at least two different directions transverse to a longitudinal axis (Y) of the end part, the longitudinal axis (Y) of the end part constituting an axis of symmetry of the end part, the dispensing head comprising at least first and second annular concentric chambers through which the composition stream successively passes before it exits via the outlet orifices , the dispensing head comprising at least one aperture between the first and second concentric chambers which is angularly offset (α) relative to at least one of the outlet orifices . - a container containing a cosmetic composition which comprises one or more powders in a content of less than 7% by weight relative to the total weight of the composition, and - a dispensing head comprising a body and an end part comprising at least two outlet orifices configured to allow spraying of the composition in at least two different directions transverse to a longitudinal axis (Y) of the end part, the longitudinal axis (Y) of the end part constituting an axis of symmetry of the end part, the dispensing head comprising at least first and second annular concentric chambers through which the composition stream successively passes before it exits via the outlet orifices , the dispensing head comprising at least one aperture between the first and second concentric chambers which is angularly offset (α) relative to at least one of the outlet orifices .
A washing method for a washing machine, comprising: applying (S210) a first directional torque to rotate the drum greater than 120° in a first direction at an RPM that generates centrifugal force greater than 1g in order that laundry in the drum is rotated in a first direction and lifted; braking (S220) the drum before the drum reaches to 180° in order that laundry is dropped; applying (S240) a second directional torque, which is a reverse of the first directional torque, to rotate the drum greater than 120° in a second direction at the RPM that generates centrifugal force greater than 1g in order that laundry is rotated in a second direction and lifted; and braking (S250) the drum before the drum reaches to 180° in order that the laundry is dropped. applying (S210) a first directional torque to rotate the drum greater than 120° in a first direction at an RPM that generates centrifugal force greater than 1g in order that laundry in the drum is rotated in a first direction and lifted; braking (S220) the drum before the drum reaches to 180° in order that laundry is dropped; applying (S240) a second directional torque, which is a reverse of the first directional torque, to rotate the drum greater than 120° in a second direction at the RPM that generates centrifugal force greater than 1g in order that laundry is rotated in a second direction and lifted; and braking (S250) the drum before the drum reaches to 180° in order that the laundry is dropped.