mhurhangee/patent-ind-claim-en huggingface dataset:
A spray head for a shower comprising: a body comprising a head portion ; a spray plate located in the head portion of the body and having an apertured portion and an actuator portion , the apertured portion having apertures therein and the actuator portion being configured to be depressed by a user to change a spray pattern provided by the apertures of the apertured portion ; and a spray control mechanism located in the head portion of the body and comprising a flow plate and a switch member pivotally connected to the flow plate , wherein the spray plate overlies the flow plate and the switch member , wherein depression of the actuator portion operates the spray control mechanism via the switch member , and wherein the flow plate and the apertured portion of the spray plate are both fixed relative to the head portion of the body . a body comprising a head portion ; a spray plate located in the head portion of the body and having an apertured portion and an actuator portion , the apertured portion having apertures therein and the actuator portion being configured to be depressed by a user to change a spray pattern provided by the apertures of the apertured portion ; and a spray control mechanism located in the head portion of the body and comprising a flow plate and a switch member pivotally connected to the flow plate , wherein the spray plate overlies the flow plate and the switch member , wherein depression of the actuator portion operates the spray control mechanism via the switch member , and wherein the flow plate and the apertured portion of the spray plate are both fixed relative to the head portion of the body .
Eye contour make-up device , comprising: - a hollow tube ; - a first tank and a second tank , parallel and positioned inside the hollow tube ; - a first tip and a second tip placed in correspondence with a first end of the hollow tube , said first tip being configured for the application of a cosmetic liquid contained in the first tank , said second tip being configured for the application of a cosmetic liquid contained in the second tank ; - a cap able to be applied to the hollow tube in correspondence with the first end and to cover the first tip and the second tip ; - -a means for dispensing the cosmetic liquid characterized in that said means for dispensing the cosmetic liquid comprises a wheel ; an endless screw ; and a plate ; said wheel being partially external to the hollow tube , able to be activated by a user and to engage the endless screw , coaxial with the hollow tube , interposed between the first tank and the second tank and fixed to the plate , internal to the hollow tube and able to slide along the axis of said hollow tube and to compress the cosmetic liquid contained in the first tank and in the second tank toward respectively the first tip and the second tip . - a hollow tube ; - a first tank and a second tank , parallel and positioned inside the hollow tube ; - a first tip and a second tip placed in correspondence with a first end of the hollow tube , said first tip being configured for the application of a cosmetic liquid contained in the first tank , said second tip being configured for the application of a cosmetic liquid contained in the second tank ; - a cap able to be applied to the hollow tube in correspondence with the first end and to cover the first tip and the second tip ; - -a means for dispensing the cosmetic liquid
A rotor assembly comprises: a rotor plate configured to rotate around a first axis; a bucket rotatably attached to the rotor plate and configured to rotate around a second axis; and a stop plate configured to rotate around the first axis relative to the rotor plate between an open position and a closed position, wherein, in the closed position, the stop plate is configured to engage the bucket to fix an angular position of the bucket relative to a plane of rotation of the rotor assembly such that, during rotation of the rotor plate around the first axis, the bucket may not swing relative to the second axis. a rotor plate configured to rotate around a first axis; a bucket rotatably attached to the rotor plate and configured to rotate around a second axis; and a stop plate configured to rotate around the first axis relative to the rotor plate between an open position and a closed position, wherein, in the closed position, the stop plate is configured to engage the bucket to fix an angular position of the bucket relative to a plane of rotation of the rotor assembly such that, during rotation of the rotor plate around the first axis, the bucket may not swing relative to the second axis.
An automatic transaction machine (ATM) configured to print on both sides of a document having a first side and a second side comprising: a printer configured to rotate about a printer axis allowing the printer to move between a first positon and a second position that is different than the first position; a transport configured to transport a document adjacent the printer , wherein while in the first position the printer is configured to print on a first side of the document as the document passes the printer on the transport; characterised by a document spool with a spool axis configured to receive the document from the transport and at least partially rotate the document so that the first side of the document is facing toward the spool axis, wherein the printer is configured to rotate to the second position to print on the second side of the document that is facing outward away from the spool axis. a printer configured to rotate about a printer axis allowing the printer to move between a first positon and a second position that is different than the first position; a transport configured to transport a document adjacent the printer , wherein while in the first position the printer is configured to print on a first side of the document as the document passes the printer on the transport; characterised by a document spool with a spool axis configured to receive the document from the transport and at least partially rotate the document so that the first side of the document is facing toward the spool axis, wherein the printer is configured to rotate to the second position to print on the second side of the document that is facing outward away from the spool axis.
A method comprising: receiving , by a network data analytics function, NWDAF, from an application function, AF, a message indicative of a request or a subscription to data analytics information associated with network quality of service, QoS, information of one or more user equipment, UE, wherein the message includes following information associated with the data analytics: UE location of the one or more UE, the time indicating when the one or more UE may spend on the UE location, a QoS level, and threshold value(s) of QoS parameters in the QoS level wherein the threshold value(s) of QoS parameters is associated with a condition to trigger the data analytics; obtaining the data analytics information, by the NWDAF, by performing data analytics based on the message, wherein the data analytics information indicates which threshold value is met or exceeded at which location and during which time period; sending , by the NWDAF to the AF, the data analytics information in response to the message so that an adjustment in operation of the one or more UE based on the data analytics information is initiated. receiving , by a network data analytics function, NWDAF, from an application function, AF, a message indicative of a request or a subscription to data analytics information associated with network quality of service, QoS, information of one or more user equipment, UE, wherein the message includes following information associated with the data analytics: UE location of the one or more UE, the time indicating when the one or more UE may spend on the UE location, a QoS level, and threshold value(s) of QoS parameters in the QoS level wherein the threshold value(s) of QoS parameters is associated with a condition to trigger the data analytics; obtaining the data analytics information, by the NWDAF, by performing data analytics based on the message, wherein the data analytics information indicates which threshold value is met or exceeded at which location and during which time period; sending , by the NWDAF to the AF, the data analytics information in response to the message so that an adjustment in operation of the one or more UE based on the data analytics information is initiated.
A hybrid sensor comprising: a piezoresistive element for sensing an applied force; a piezoelectric micromachined ultrasonic transducer , PMUT, for sensing the presence of an object within a threshold distance of the hybrid sensor; characterized in that the hybrid sensor further comprises a substrate onto which both the piezoresistive element and the PMUT are disposed, wherein the piezoresistive element is implanted into a surface of the substrate, and wherein the PMUT is layered over the surface of the substrate. a piezoresistive element for sensing an applied force; a piezoelectric micromachined ultrasonic transducer , PMUT, for sensing the presence of an object within a threshold distance of the hybrid sensor; characterized in that the hybrid sensor further comprises a substrate onto which both the piezoresistive element and the PMUT are disposed, wherein the piezoresistive element is implanted into a surface of the substrate, and wherein the PMUT is layered over the surface of the substrate.
A method for executing multipath communication at a network entity , the method comprising: obtaining, from a source communication device , a first set of data packets, wherein a header of each data packet of the first set of data packets comprises packet information, wherein the packet information is indicative of an association among the first set of data packets; mapping an uplink sequence number to a downlink sequence number for each data packet of the first set of data packets based on the packet information; and providing each received data packet of the first set of data packets that includes the packet information to at least one of a target communication device or a further network entity based on the mapped uplink sequence number to the downlink sequence number; wherein the uplink sequence number is received in a specified network layer from the source communication device , and wherein the uplink sequence number is mapped to the downlink sequence number in the specified network layer, wherein the specified network layer is at least one of a packet data convergence protocol layer, a service data adaptation protocol layer, or other network layer. obtaining, from a source communication device , a first set of data packets, wherein a header of each data packet of the first set of data packets comprises packet information, wherein the packet information is indicative of an association among the first set of data packets; mapping an uplink sequence number to a downlink sequence number for each data packet of the first set of data packets based on the packet information; and providing each received data packet of the first set of data packets that includes the packet information to at least one of a target communication device or a further network entity based on the mapped uplink sequence number to the downlink sequence number; wherein the uplink sequence number is received in a specified network layer from the source communication device , and wherein the uplink sequence number is mapped to the downlink sequence number in the specified network layer, wherein the specified network layer is at least one of a packet data convergence protocol layer, a service data adaptation protocol layer, or other network layer.
Field device used in automation engineering with a housing and a sensor unit that is sensitive to a process variable of a medium, having a channel-shaped guide designed to receive the sensor unit of the field device wherein the sensor unit projects out of the housing through an opening at the end of the guide , wherein a clamping bracket and a screw are introduced into the housing in an area of the housing that is adjacent to the opening of the guide , wherein the clamping bracket can be moved in the housing , by means of the screw , by a predefinable offset in the direction of the sensor unit , and wherein the clamping bracket moved in the direction of the sensor unit is designed to press with a first clamping bracket section of the clamping bracket , in an essentially radial manner, on a clamping area of the sensor unit which is arranged in the housing and faces towards the opening of the guide , wherein the clamping bracket is inserted in a recess of the housing and a first retainer preventing the clamping bracket from being removed and/or from falling out of the recess is formed in such a way that a pin-shaped element is inserted into a second clamping bracket section , which is essentially perpendicular to the first clamping bracket section , wherein said element projects through the second clamping bracket section and interacts with the housing in such a way that the clamping bracket with the inserted pin-shaped element can no longer be removed from the housing . having a channel-shaped guide designed to receive the sensor unit of the field device wherein the sensor unit projects out of the housing through an opening at the end of the guide , wherein a clamping bracket and a screw are introduced into the housing in an area of the housing that is adjacent to the opening of the guide , wherein the clamping bracket can be moved in the housing , by means of the screw , by a predefinable offset in the direction of the sensor unit , and wherein the clamping bracket moved in the direction of the sensor unit is designed to press with a first clamping bracket section of the clamping bracket , in an essentially radial manner, on a clamping area of the sensor unit which is arranged in the housing and faces towards the opening of the guide , wherein the clamping bracket is inserted in a recess of the housing and a first retainer preventing the clamping bracket from being removed and/or from falling out of the recess is formed in such a way that a pin-shaped element is inserted into a second clamping bracket section , which is essentially perpendicular to the first clamping bracket section , wherein said element projects through the second clamping bracket section and interacts with the housing in such a way that the clamping bracket with the inserted pin-shaped element can no longer be removed from the housing .
A method for providing a 3D model of an environment comprising the step of forming a mesh modelling the environment in three dimensions, based on geo-referenced images of the environment, said mesh comprising nodes interconnected by edges and having surfaces boarded by the edges, based on measurements of the environment, characterized by the steps of determining for each of a plurality of the nodes and/or surfaces and/or edges in the mesh a mesh uncertainty in at least two dimensions, representing a measure of the reliability of the mesh in relation to the environment in that node and/or surface and/or edge and associating the determined mesh uncertainty to the corresponding node and/or surface and/or edge, wherein each node of the mesh is associated to a 3D coordinate in a geographical coordinate system and wherein the mesh uncertainty represents a measure of the reliability of 3D coordinates of the model in the geographical coordinate system in relation to the environment.
A drinking trough system including a nozzle installed in the ground and a drinking trough fastened to the apex of the nozzle using a fastening flange in a single piece with the drinking trough , able to be inserted into an upper opening of the nozzle , characterized in that it includes a plurality of systems for fastening the flange to the nozzle distributed on their periphery, each system having first fastening means , connected to the flange , and second fastening means connected to the nozzle , said means being able to cooperate for the fastening of one to the other, said first fastening means having a reversible arrangement relative to a peripheral partition of the flange inserted into said opening and being sized in order to form, in one of their arrangement relative to the partition , a spacer between the outer surface of said partition and the inner surface of the wall of the opening of the nozzle .
A multi-layer laminated filter media comprising: a first layer of filter media , the first layer of filter media comprising fibers that are non-bicomponent and free of binder material to comprise a first single melt component; a second layer of filter media , the second layer of filter media comprising fibers that are non-bicomponent and free of binder material to comprise a second single melt component; and a thermally bonded interface between the first layer of filter media and the second layer of filter media utilizing at least one of the first single melt component and the second single melt component; in which a surface of at least one of the first and second layers of filter media has pools of melted individual fibers formed thereon and the core of said at least one of the first and second layers of filter media has no substantially softened or melted fibers, said melt pools providing increased surface contact for the thermally bonded interface between the first and the second layers of filter media . a first layer of filter media , the first layer of filter media comprising fibers that are non-bicomponent and free of binder material to comprise a first single melt component; a second layer of filter media , the second layer of filter media comprising fibers that are non-bicomponent and free of binder material to comprise a second single melt component; and a thermally bonded interface between the first layer of filter media and the second layer of filter media utilizing at least one of the first single melt component and the second single melt component; in which a surface of at least one of the first and second layers of filter media has pools of melted individual fibers formed thereon and the core of said at least one of the first and second layers of filter media has no substantially softened or melted fibers, said melt pools providing increased surface contact for the thermally bonded interface between the first and the second layers of filter media .
A method for detecting a road dividing object in a three-dimensional target scene, comprising: obtaining a two-dimensional input image of the target scene (S210) using an image-capturing part, wherein the image-capturing part is a vehicle mounted camera and the input image further comprises a disparity map; selecting an image unit from the input image (S220), the image unit covering a road dividing object region of the input image, wherein the image unit comprises a cross section of the disparity map at a predetermined distance from the image-capturing part and a size and position of the image unit within the input image remains unchanged in the continuous sequence of input images; extracting a respective image feature as a value describing the respective image unit in each of a continuous sequence of two-dimensional input images of the target scene, so as to generate an image feature sequence (S230), wherein the image features comprise features extracted from regions of the image unit with a high density of points from the cross section of the disparity map; and detecting the road dividing object based on the image feature sequence (S240), wherein features that remain constant or change periodically along the feature sequence correspond to dividing objects. obtaining a two-dimensional input image of the target scene (S210) using an image-capturing part, wherein the image-capturing part is a vehicle mounted camera and the input image further comprises a disparity map; selecting an image unit from the input image (S220), the image unit covering a road dividing object region of the input image, wherein the image unit comprises a cross section of the disparity map at a predetermined distance from the image-capturing part and a size and position of the image unit within the input image remains unchanged in the continuous sequence of input images; extracting a respective image feature as a value describing the respective image unit in each of a continuous sequence of two-dimensional input images of the target scene, so as to generate an image feature sequence (S230), wherein the image features comprise features extracted from regions of the image unit with a high density of points from the cross section of the disparity map; and detecting the road dividing object based on the image feature sequence (S240), wherein features that remain constant or change periodically along the feature sequence correspond to dividing objects.
A method of connecting an external device to an apparatus , the method comprising: calculating , by the apparatus, a first time duration during which a distance between the external device and the apparatus is less than a reference range; connecting , by the apparatus, to the external device if the distance between the external device and the apparatus is less than the reference range for at least a predetermined duration; after the external device is connected to the apparatus, calculating, by the apparatus, a second time duration during which a distance between the external device and the apparatus is less than the reference range; and disconnecting, by the apparatus, the external device from the apparatus if the distance between the external device and the apparatus is less than the reference range for at least a predetermined duration. calculating , by the apparatus, a first time duration during which a distance between the external device and the apparatus is less than a reference range; connecting , by the apparatus, to the external device if the distance between the external device and the apparatus is less than the reference range for at least a predetermined duration; after the external device is connected to the apparatus, calculating, by the apparatus, a second time duration during which a distance between the external device and the apparatus is less than the reference range; and disconnecting, by the apparatus, the external device from the apparatus if the distance between the external device and the apparatus is less than the reference range for at least a predetermined duration.