mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling the crane of a forwarder , wherein - the crane can be slewed around a rotation axis (X c ), - the forwarder comprises a load space that is open at the top, - the crane supports a tool suspended in the area of its head , - the tool and the crane can be moved to travel substantially in the horizontal direction above the load space , - the movement of the crane is controlled by a control unit , - at least one target position (P t ) is defined in the radial direction of the crane , - the target position (P t ) is stored in a memory of the control unit , - the control unit controls the crane to move the tool towards the target position (P t ) on the basis of a signal received in the control unit , characterized in that - the transfer to the target position (P t ) is activated by means of a separate control switch, a button on a touch screen in the cabin of the forwarder , - the crane head is guided towards the target position (P t ) when the crane is steered by turning the controller moving it in the direction of the target position (P t ), or by means of a control function controlling the slewing table to slew towards the centre line (L c ) of the load space in relation to its rotation axis (X c ), - after the crane head has reached the target position (Pt), its movement stops. even if the driver still held the controller turned in said direction. - the crane can be slewed around a rotation axis (X c ), - the forwarder comprises a load space that is open at the top, - the crane supports a tool suspended in the area of its head , - the tool and the crane can be moved to travel substantially in the horizontal direction above the load space , - the movement of the crane is controlled by a control unit , - at least one target position (P t ) is defined in the radial direction of the crane , - the target position (P t ) is stored in a memory of the control unit , - the control unit controls the crane to move the tool towards the target position (P t ) on the basis of a signal received in the control unit , characterized in that - the transfer to the target position (P t ) is activated by means of a separate control switch, a button on a touch screen in the cabin of the forwarder , - the crane head is guided towards the target position (P t ) when the crane is steered by turning the controller moving it in the direction of the target position (P t ), or by means of a control function controlling the slewing table to slew towards the centre line (L c ) of the load space in relation to its rotation axis (X c ), - after the crane head has reached the target position (Pt), its movement stops. even if the driver still held the controller turned in said direction.
Bicycle stand comprising: - a wheel catch fork with two spaced upward protruding legs between which a wheel of a bicycle can be placed, - a wheel threshold which in horizontal direction is at a distance from the upper ends of the legs, and - wheel axle carriers provided at the upper ends of the legs of the wheel catching fork , which carriers are provided with wheel axle contact surfaces which, in case of a stalled bicycle, are in contact with ends of the wheel axle of the bicycle, and in a direction away from the wheel threshold the wheel axle contact surfaces extend upwards, characterized in that each wheel axle carrier comprises one of the wheel axle contact surfaces and the wheel axle contact surfaces of both wheel axle carriers face each other and diverge in upward direction. - a wheel catch fork with two spaced upward protruding legs between which a wheel of a bicycle can be placed, - a wheel threshold which in horizontal direction is at a distance from the upper ends of the legs, and - wheel axle carriers provided at the upper ends of the legs of the wheel catching fork , which carriers are provided with wheel axle contact surfaces which, in case of a stalled bicycle, are in contact with ends of the wheel axle of the bicycle, and in a direction away from the wheel threshold the wheel axle contact surfaces extend upwards,
A method implemented in an electronic device in a software-defined networking, SDN, system comprising an application vendor , a network controller and a network element , wherein the electronic device is serving as the network element in the SDN system, the method comprising: receiving a message from said SDN controller, comprising experimenter attributes; processing an experimenter, included in the experimenter attributes, while unpacking the message, wherein the experimenter identifies a vendor extension identifier of a vendor extension table of the network element ; and executing one or more of a set of functions identified by the vendor extension identifier to create a flow table comprising one or more flow table entries; programming a forwarding plane of the network element based on the message; receiving a packet for forwarding; determining that the packet matches a flow table entry of said flow table in the network element; and performing operations on the packet based on one or more instructions of the flow table entry, wherein the one or more instructions contains an experimenter that matches the vendor extension identifier of said vendor extension table of the network element, wherein the vendor extension identifier of the vendor extension table corresponds to vendor extension loaded into the network element by said application vendor based on their schedule for performing operations on the packet , wherein each vendor extension identifier of the vendor extension table identifies a set of function pointers pointing to one or more addresses for the set of functions, and wherein the operations include execution of one or more of the set of functions. receiving a message from said SDN controller, comprising experimenter attributes; processing an experimenter, included in the experimenter attributes, while unpacking the message, wherein the experimenter identifies a vendor extension identifier of a vendor extension table of the network element ; and executing one or more of a set of functions identified by the vendor extension identifier to create a flow table comprising one or more flow table entries; programming a forwarding plane of the network element based on the message; receiving a packet for forwarding; determining that the packet matches a flow table entry of said flow table in the network element; and performing operations on the packet based on one or more instructions of the flow table entry, wherein the one or more instructions contains an experimenter that matches the vendor extension identifier of said vendor extension table of the network element, wherein the vendor extension identifier of the vendor extension table corresponds to vendor extension loaded into the network element by said application vendor based on their schedule for performing operations on the packet , wherein each vendor extension identifier of the vendor extension table identifies a set of function pointers pointing to one or more addresses for the set of functions, and wherein the operations include execution of one or more of the set of functions.
A structural reinforcement comprising: i) a rigid polymeric structure having a longitudinal axis and including a central portion and two side portions adjacent the central portion, each of the central portion and side portions including a top surface and bottom surface ; ii) an expandable adhesive material located onto at least one surface of each of the central portions and two side portions; wherein the expandable adhesive material is located along the bottom surface of the central portion and the top surface of each of the side portions; and wherein the top surface of the central portion includes a plurality rib structures of running substantially perpendicular to the longitudinal axis and the bottom surface of each side portion includes a plurality rib structures of running substantially perpendicular to the longitudinal axis, characterized by one or more wells extending from the top surface toward the bottom surface of one or more of the side portions; i) a rigid polymeric structure having a longitudinal axis and including a central portion and two side portions adjacent the central portion, each of the central portion and side portions including a top surface and bottom surface ; ii) an expandable adhesive material located onto at least one surface of each of the central portions and two side portions;
A computer-implemented method for operating a robot, comprising: detecting a plurality of cavities in a structure, including: operating a 3D sensor to obtain 3D point cloud data of the structure; analyzing the 3D point cloud data at a lower dimensionality to eliminate irregularities; performing boundary detection of the 3D point cloud data at the lower dimensionality for labeling selected points as possible boundaries; and performing a multi-cavity detection of the 3D point cloud data at the lower dimensionality, including analysing and scoring the boundaries to detect the plurality of cavities; directing the robot to a cavity of the plurality of cavities; and performing a robotic operation on the cavity using the robot. detecting a plurality of cavities in a structure, including: operating a 3D sensor to obtain 3D point cloud data of the structure; analyzing the 3D point cloud data at a lower dimensionality to eliminate irregularities; performing boundary detection of the 3D point cloud data at the lower dimensionality for labeling selected points as possible boundaries; and performing a multi-cavity detection of the 3D point cloud data at the lower dimensionality, including analysing and scoring the boundaries to detect the plurality of cavities; operating a 3D sensor to obtain 3D point cloud data of the structure; analyzing the 3D point cloud data at a lower dimensionality to eliminate irregularities; performing boundary detection of the 3D point cloud data at the lower dimensionality for labeling selected points as possible boundaries; and performing a multi-cavity detection of the 3D point cloud data at the lower dimensionality, including analysing and scoring the boundaries to detect the plurality of cavities; directing the robot to a cavity of the plurality of cavities; and performing a robotic operation on the cavity using the robot.
Platform for testing collisions or situations close to collisions between a collision body and a test object, the platform comprising a base body which comprises a bottom surface and an attachment surface which is formed opposing to the bottom surface , wherein on the attachment surface , an attachment device for attaching the test object is formed, at least one roller element which is arranged at the bottom surface , wherein the roller element is configured such that the base body is displaceable along a bottom by the roller element, an installation box comprising an installation volume which is arranged in a receiving opening of the base body , wherein the installation box is provided in the receiving opening of the base body such that a tempering region of the installation box is in contact with an environment of the base body , to release heat from the interior of the installation box to the environment, wherein the tempering region is made of a material which comprises a higher coefficient of thermal conductivity than a material of the base body . a base body which comprises a bottom surface and an attachment surface which is formed opposing to the bottom surface , wherein on the attachment surface , an attachment device for attaching the test object is formed, at least one roller element which is arranged at the bottom surface , wherein the roller element is configured such that the base body is displaceable along a bottom by the roller element, an installation box comprising an installation volume which is arranged in a receiving opening of the base body , wherein the installation box is provided in the receiving opening of the base body such that a tempering region of the installation box is in contact with an environment of the base body , to release heat from the interior of the installation box to the environment, wherein the tempering region is made of a material which comprises a higher coefficient of thermal conductivity than a material of the base body .
A process for removing metal ions and ions with a negative net charge, being oxyanions from waste water characterized in that the process comprises the steps of a. providing plant-derived anionic nanofibrillar cellulose, said plant-derived anionic nanofibrillar cellulose having a zero sheer viscosity of 2,000 to 100,000 Pa·s, and a yield stress of 2 to 50 Pa, when dispersed to a concentration of 0.5 wt.-% in water, b. using said plant-derived anionic nanofibrillar cellulose in an amount of 0.005 to 25 kg/m 3 waste water, based on the dry weight of the nanofibrillar cellulose, to carry out a purification treatment comprising sorption of positively charged metal ions contained in the waste water, to a hydrogel of said plant-derived anionic nanofibrillar cellulose, c. separating used plant-derived anionic nanofibrillar cellulose from the waste water, and d. recovering treated waste water. a. providing plant-derived anionic nanofibrillar cellulose, said plant-derived anionic nanofibrillar cellulose having a zero sheer viscosity of 2,000 to 100,000 Pa·s, and a yield stress of 2 to 50 Pa, when dispersed to a concentration of 0.5 wt.-% in water, b. using said plant-derived anionic nanofibrillar cellulose in an amount of 0.005 to 25 kg/m 3 waste water, based on the dry weight of the nanofibrillar cellulose, to carry out a purification treatment comprising sorption of positively charged metal ions contained in the waste water, to a hydrogel of said plant-derived anionic nanofibrillar cellulose, c. separating used plant-derived anionic nanofibrillar cellulose from the waste water, and d. recovering treated waste water.
A ship provided with an installation for launching and recovering floating or submersible vehicles (E), which comprises a lifting device including a set of cables which retain a basket configured to support said vehicle (E) during said launching and recovering operations, said cables being movable vertically between two extreme positions, respectively high and low, said basket including at least one upper face which bears against at least one surface , referred to as a "contact surface", of said lifting device , only when said cables are in the high position, characterized by the fact that: said lifting device includes a dolly on which is arranged the set of cables , this dolly being configured to be moved horizontally ; the ship includes a guidance member which connects said basket to a wall of said ship , which is configured to block the possible translation movements of the "sway" or "surge" type and rotation movements of the "yaw" type of said basket , when this basket is in the flotation position ; said guidance member cooperates with a pair of profiles with a guidance path with a generally vertical direction, mounted on said wall of said ship , this member including elements configured to each be engaged in a profile and to move in the vertical direction along said guidance path during said launching and recovering operations; and in that said dolly carries a pair of profiles which are configured to be selectively positioned above and in the extension of said profiles mounted on said wall . said lifting device includes a dolly on which is arranged the set of cables , this dolly being configured to be moved horizontally ; the ship includes a guidance member which connects said basket to a wall of said ship , which is configured to block the possible translation movements of the "sway" or "surge" type and rotation movements of the "yaw" type of said basket , when this basket is in the flotation position ; said guidance member cooperates with a pair of profiles with a guidance path with a generally vertical direction, mounted on said wall of said ship , this member including elements configured to each be engaged in a profile and to move in the vertical direction along said guidance path during said launching and recovering operations; and in that said dolly carries a pair of profiles which are configured to be selectively positioned above and in the extension of said profiles mounted on said wall .
An inhaler device comprising an inhaler housing comprising at least one air inlet duct ; an elongated capsule chamber adapted for receiving a capsule which contains a dose of medicament in dry powder form, and wherein the capsule chamber has a longitudinal axis and is defined by a wall arrangement including a first and a second supporting wall portion opposing each other in a direction perpendicular to the longitudinal axis and first and second sidewall portions opposing each other in the direction of the longitudinal axis; a mouthpiece portion through which the medicament in dry powder form is dispensable; and at least first and second airflow paths which each extend between the at least one air inlet duct , the capsule chamber and the mouthpiece portion to enable an inhalation airflow formed upon inhalation to flow through the at least one air inlet duct via the capsule chamber and the mouthpiece portion such that the dose of medicament is entrained in air and dispensed through the mouthpiece portion ; wherein the first airflow path comprises at least a first intermediate duct extending from the at least one air inlet duct to a first capsule chamber inlet adjacent to the first sidewall portion , and at least a first outlet duct extending from a first capsule chamber outlet adjacent to the first sidewall portion in direction to the mouthpiece portion ; and the second airflow path comprises at least a second intermediate duct extending from the at least one air inlet duct to a second capsule chamber inlet adjacent to the second sidewall portion , and at least a second outlet duct extending from a second capsule chamber outlet adjacent to the second sidewall portion in direction to the mouthpiece portion , characterized in that the at least first and second outlet ducts extend, upon exit from the capsule chamber , towards a swirl chamber and are connected to it, wherein said swirl chamber comprises a base from which an inner wall surrounding that base vertically extends towards a swirl chamber outlet and, wherein the swirl chamber outlet is connected to the mouthpiece portion and incloses a flow cross-section area which is smaller than an area of the base surrounded by the inner wall .
A method for wireless communications at a user equipment, UE , comprising: configuring a first channel of the UE for a first subscription and a second channel of the UE for a second subscription; determining one or more slots for the first subscription for communicating in a first direction and for the second subscription for communicating in a second direction, the first direction comprising one of an uplink direction or a downlink direction and the second direction comprising the other of the uplink direction or downlink direction different than the first direction; prioritizing communications of the first subscription in the one or more slots over communications of the second subscription based at least in part on the determining ; and communicating in the first direction using the first channel in the one or more slots according to the first subscription based at least in part on the prioritizing. configuring a first channel of the UE for a first subscription and a second channel of the UE for a second subscription; determining one or more slots for the first subscription for communicating in a first direction and for the second subscription for communicating in a second direction, the first direction comprising one of an uplink direction or a downlink direction and the second direction comprising the other of the uplink direction or downlink direction different than the first direction; prioritizing communications of the first subscription in the one or more slots over communications of the second subscription based at least in part on the determining ; and communicating in the first direction using the first channel in the one or more slots according to the first subscription based at least in part on the prioritizing.
A drive control method applicable to a drive system comprising a driver, a bus and a motor, wherein said driver comprises an inverter, and wherein said motor is directly connected to said bus by first switches (KM) in a first connection mode or connected to said driver by second switches (KD) in a second connection mode, characterized in that said drive control method comprises: said driver feeding an electric signal to the motor through an output port of the driver, wherein said electric signal is a current signal or voltage signal, and simultaneously detecting (S1) an actual output feature of said driver based on the fed electrical signal; subsequently, said driver determining (S2) whether said output port is connected to said bus according to said actual output feature; if said output port is not connected to said bus, said driver starting (S3) said motor normally; if said output port is connected to said bus, said driver disconnecting (S4) the output port. said driver feeding an electric signal to the motor through an output port of the driver, wherein said electric signal is a current signal or voltage signal, and simultaneously detecting (S1) an actual output feature of said driver based on the fed electrical signal; subsequently, said driver determining (S2) whether said output port is connected to said bus according to said actual output feature; if said output port is not connected to said bus, said driver starting (S3) said motor normally; if said output port is connected to said bus, said driver disconnecting (S4) the output port.
Kit for milling semi-worked pieces comprising a first milling cutter having a first diameter (D1) and provided with at least first housing seatings to receive respective inserts having a cutting edge with an arcuate profile, said first housing seatings being configured to position said cutting edges of the inserts inclined by a first angle (α1) with respect to a first axis of rotation (X1) of the first milling cutter , and a second milling cutter having a second diameter (D2) different from the first diameter (D1) and provided with second housing seatings , characterized in that said second housing seatings are configured to position said cutting edges of said inserts inclined by a second angle (α2) with respect to a second axis of rotation (X2) of said second milling cutter , said second angle (α2) being different from said first angle (α1), and in that said second housing seatings have the same conformation as said first housing seatings , and the same inserts installed in said first housing seatings are installed in said second housing seatings , or other inserts with the same geometry as that of the inserts installed in the latter, wherein said first housing seatings and said second housing seatings have a shape mating with that of said inserts and are inclined, with respect to said first axis of rotation (X1) and second axis of rotation (X2), by first seating angles (β1) and respectively second seating angles (β2) that are complementary respectively to said first angles (α1) and second angles (α2).