mhurhangee/ep-ind-claims huggingface dataset:
A thrombus removal means, which is a mesh structure defining a lumen and is switchable between a contracted configuration and an expanded configuration, wherein the thrombus removal means has a plurality of inwardly arching ribs extending from the mesh structure into the lumen, each of the plurality of inwardly arching ribs having a three-dimensional contour and both ends thereof fixed to the mesh structure, the plurality of inwardly arching ribs being oriented in an axial direction of the mesh structure, characterized in that: a distance h1, measured in a widthwise direction, from a location where one of the plurality of inwardly arching ribs is fixed to the mesh structure to a position where a corresponding cell of the mesh structure is interconnected with an adjacent cell thereof in a widthwise direction of the corresponding cell satisfies: 1/4h<h1<3/4h, and/or a distance h2, measured in a widthwise direction, from a middle point of the one of the plurality of inwardly arching ribs to the position where the corresponding cell is interconnected with the adjacent cell satisfies: 3/4h<h2<7/4h, wherein h is half of a width of the corresponding cell, and wherein one end of said one of the plurality of the inwardly arching ribs is fixed to the corresponding cell at one side of the cell widthwise interconnection position, and the other end of the same inwardly arching rib is fixed to the same cell at the other side of the same cell widthwise interconnection position. a distance h1, measured in a widthwise direction, from a location where one of the plurality of inwardly arching ribs is fixed to the mesh structure to a position where a corresponding cell of the mesh structure is interconnected with an adjacent cell thereof in a widthwise direction of the corresponding cell satisfies: 1/4h<h1<3/4h, and/or a distance h2, measured in a widthwise direction, from a middle point of the one of the plurality of inwardly arching ribs to the position where the corresponding cell is interconnected with the adjacent cell satisfies: 3/4h<h2<7/4h, wherein h is half of a width of the corresponding cell,
A processing formulation, comprising an aqueous resin, a crosslinking agent, a thickener, flocking powder and a colorant paste, wherein based on 100 parts by weight of the aqueous resin, the crosslinking agent has a content of 2 to 4 parts by weight, the thickener has a content of 0.1 to 5 parts by weight, the flocking powder has a content of 1 to 20 parts by weight, and the colorant paste has a content of 3 to 10 parts by weight.
A vehicle oil-cooled brake apparatus comprising:- - a brake housing; - one or more rotatable brake discs (22,23) in the brake housing and connected with a driveline shaft; - brake applying means to bring the brake disc or discs into frictional contact with a non rotatable structure to brake the shaft; - an inlet into the brake housing through which cooling oil may enter the brake housing; and, - an outlet (43;75) for allowing cooling oil to leave the brake housing, characterised in that the brake apparatus further comprises: - a transmission housing adjacent the brake housing and separated by a wall, the inlet being provided in the wall; - a closure member for closing off the inlet, the closure member being moveable between an inlet open and an inlet closed position by an actuator means; and, - control means for activating the actuator means to move the closure member to close the inlet when the associated vehicle achieves one or more vehicle predetermined operating conditions; wherein oil can flow freely between the brake housing and transmission housing when the inlet is open and wherein the rotating brake disc or discs or a component rotating therewith can pump oil from the brake housing, via the outlet, when the inlet is closed. - a brake housing; - one or more rotatable brake discs (22,23) in the brake housing and connected with a driveline shaft; - brake applying means to bring the brake disc or discs into frictional contact with a non rotatable structure to brake the shaft; - an inlet into the brake housing through which cooling oil may enter the brake housing; and, - an outlet (43;75) for allowing cooling oil to leave the brake housing, characterised in that the brake apparatus further comprises: - a transmission housing adjacent the brake housing and separated by a wall, the inlet being provided in the wall; - a closure member for closing off the inlet, the closure member being moveable between an inlet open and an inlet closed position by an actuator means; and, - control means for activating the actuator means to move the closure member to close the inlet when the associated vehicle achieves one or more vehicle predetermined operating conditions;
A production method of an insulation material from a semi-finished nonwoven fabric characterized by the method which has the following production stages: - Local application of a polymer emulsion comprising at least one polymer material selected from the group consisting of acrylic, acrylic copolymers, SBR, NBR, EVA, VAE, HDPE and PU materials with the rotary screen-printing method to the semi-finished nonwoven - Scattering a thermoplastic and/or thermoset and/or elastomer in powder form onto the polymer emulsion-coated semi-finished nonwoven fabric - Vacuuming the thermoplastic and/or thermoset and/or elastomer that is not adhered to the polymer emulsion material or is loosely present on the surface of the semi-finished nonwoven and removing it from the area - Fixing the thermoplastic and/or thermoset and/or elastomer coating obtained on the polymer-emulsion coated ridges which are on a part of the said semi-finished nonwoven at a temperature of 120-220 °C and at a time of 0,5-5 minutes, in an infrared heater - Providing shaping to the partially coated nonwoven with the thermoplastic and/or thermoset and/or elastomer, which is obtained from the previous step, by being passed through the cold calender and ensuring the adhesion of the coating to the nonwoven surface - Winding of the cold-calendered material. - Local application of a polymer emulsion comprising at least one polymer material selected from the group consisting of acrylic, acrylic copolymers, SBR, NBR, EVA, VAE, HDPE and PU materials with the rotary screen-printing method to the semi-finished nonwoven - Scattering a thermoplastic and/or thermoset and/or elastomer in powder form onto the polymer emulsion-coated semi-finished nonwoven fabric - Vacuuming the thermoplastic and/or thermoset and/or elastomer that is not adhered to the polymer emulsion material or is loosely present on the surface of the semi-finished nonwoven and removing it from the area - Fixing the thermoplastic and/or thermoset and/or elastomer coating obtained on the polymer-emulsion coated ridges which are on a part of the said semi-finished nonwoven at a temperature of 120-220 °C and at a time of 0,5-5 minutes, in an infrared heater - Providing shaping to the partially coated nonwoven with the thermoplastic and/or thermoset and/or elastomer, which is obtained from the previous step, by being passed through the cold calender and ensuring the adhesion of the coating to the nonwoven surface - Winding of the cold-calendered material.
False fuse, intended to cooperate with a terminal block of an electrical cabinet, and including: - a conductive connector, made of an electrically conductive material, intended to cooperate with a terminal (Be) of the terminal block of the electrical cabinet; - an insulating connector, made of an electrical insulating material, intended to cooperate with another terminal (Bs) of the terminal block of the electrical cabinet; - receiving means, made of an electrically conductive material, and configured to receive connecting means for connecting the false fuse to the ground; - connecting means for electrically connecting the conductive connector and the receiving means; - a coding system configured to prevent the cooperation between the false fuse and the terminal block; - means for movably mounting for mounting the coding system movably between, on the one hand, at least one active position of the coding system in which this coding system prevents the cooperation of the false fuse with the terminal block and, on the other hand, at least one inactive position of the coding system in which this coding system authorizes the cooperation of the false fuse with the terminal block, - wherein it also includes driving means for driving the coding system movably between at least the inactive position and at least the active position, respectively between at least the active position and at least the inactive position, of this coding system, under the action of gravity. - a conductive connector, made of an electrically conductive material, intended to cooperate with a terminal (Be) of the terminal block of the electrical cabinet; - an insulating connector, made of an electrical insulating material, intended to cooperate with another terminal (Bs) of the terminal block of the electrical cabinet; - receiving means, made of an electrically conductive material, and configured to receive connecting means for connecting the false fuse to the ground; - connecting means for electrically connecting the conductive connector and the receiving means; - a coding system configured to prevent the cooperation between the false fuse and the terminal block; - means for movably mounting for mounting the coding system movably between, on the one hand, at least one active position of the coding system in which this coding system prevents the cooperation of the false fuse with the terminal block and, on the other hand, at least one inactive position of the coding system in which this coding system authorizes the cooperation of the false fuse with the terminal block, - wherein it also includes driving means for driving the coding system movably between at least the inactive position and at least the active position, respectively between at least the active position and at least the inactive position, of this coding system, under the action of gravity.
A random access method, comprising: a second node sending a random access signaling to a first node; and the first node replying a random access response message to the second node, wherein random access response information of the second node is carried in the random access response message; the random access signaling is generated by the second node in accordance with a preset rule according to selected random access information; wherein, the random access information comprises at least one of the following: the type of a random access sequence selected by the second node; index information of a random access sequence selected by the second node; and information of the number of times of needing to repeatedly send the random access sequence; characterized in that, the second node determines the number of times of needing to repeatedly send the random access sequence, which comprises: the second node measuring a signal quality of a downlink reference signal sent by the first node, and comparing the signal quality of the downlink reference signal with a preset threshold value, and determining the number of times of needing to repeatedly send the random access sequence. a second node sending a random access signaling to a first node; and the first node replying a random access response message to the second node, wherein random access response information of the second node is carried in the random access response message; the random access signaling is generated by the second node in accordance with a preset rule according to selected random access information; wherein, the random access information comprises at least one of the following: the type of a random access sequence selected by the second node; index information of a random access sequence selected by the second node; and information of the number of times of needing to repeatedly send the random access sequence; characterized in that, the type of a random access sequence selected by the second node; index information of a random access sequence selected by the second node; and information of the number of times of needing to repeatedly send the random access sequence; characterized in that, the second node determines the number of times of needing to repeatedly send the random access sequence, which comprises: the second node measuring a signal quality of a downlink reference signal sent by the first node, and comparing the signal quality of the downlink reference signal with a preset threshold value, and determining the number of times of needing to repeatedly send the random access sequence. the second node measuring a signal quality of a downlink reference signal sent by the first node, and comparing the signal quality of the downlink reference signal with a preset threshold value, and determining the number of times of needing to repeatedly send the random access sequence.
A method for determining the sensitivity of a breast cancer cell to a compound that modulates HER2 activity, the method comprising: (a) contacting the breast cancer cell with the compound; (b) lysing the breast cancer cell to produce a cellular extract; (c) determining the activation level of HER2 and p95HER2 in the cellular extract; and (d) comparing the activation level of HER2 and p95HER2 determined in step (c) to a reference activation level of HER2 and p95HER2 from a compound-sensitive breast cancer cell that is treated with the compound or to a reference activation level of HER2 and p95HER2 from a compound-resistant breast cancer cell that is treated with the compound, wherein the presence of a similar or lower level of HER2 and p95HER2 activation in the cellular extract compared to the reference activation level of HER2 and p95HER2 from the compound-sensitive breast cancer cell indicates that the breast cancer cell is sensitive to the compound, and wherein the presence of a similar or higher level of HER2 and p95HER2 activation in the cellular extract compared to the reference activation level of HER2 and p95HER2 from the compound-resistant breast cancer cell indicates that the breast cancer cell is resistant to the compound. (a) contacting the breast cancer cell with the compound; (b) lysing the breast cancer cell to produce a cellular extract; (c) determining the activation level of HER2 and p95HER2 in the cellular extract; and (d) comparing the activation level of HER2 and p95HER2 determined in step (c) to a reference activation level of HER2 and p95HER2 from a compound-sensitive breast cancer cell that is treated with the compound or to a reference activation level of HER2 and p95HER2 from a compound-resistant breast cancer cell that is treated with the compound, wherein the presence of a similar or lower level of HER2 and p95HER2 activation in the cellular extract compared to the reference activation level of HER2 and p95HER2 from the compound-sensitive breast cancer cell indicates that the breast cancer cell is sensitive to the compound, and wherein the presence of a similar or higher level of HER2 and p95HER2 activation in the cellular extract compared to the reference activation level of HER2 and p95HER2 from the compound-resistant breast cancer cell indicates that the breast cancer cell is resistant to the compound.
An intelligent network device for use in a software-defined network, in which data flows are switched based on software-defined flow definitions provided by a controller, the intelligent network device comprising: a policy management module configured to: identify a data flow associated with a local policy, the local policy indicating how a data flow is to be processed; and check whether the local policy is invoked or triggered for the data flow; and a communication module coupled to the policy management module and configured to, in response to the local policy being invoked or triggered, construct a feedback message regarding network conditions, wherein the feedback message comprises a request to the controller in the software-defined network for a flow definition for processing the data flow based on the network conditions indicated by the feedback message, wherein the feedback message indicates that only data packets but not control packets of the data flow are to be offloaded. a policy management module configured to: identify a data flow associated with a local policy, the local policy indicating how a data flow is to be processed; and check whether the local policy is invoked or triggered for the data flow; and identify a data flow associated with a local policy, the local policy indicating how a data flow is to be processed; and check whether the local policy is invoked or triggered for the data flow; and a communication module coupled to the policy management module and configured to, in response to the local policy being invoked or triggered, construct a feedback message regarding network conditions, wherein the feedback message comprises a request to the controller in the software-defined network for a flow definition for processing the data flow based on the network conditions indicated by the feedback message, wherein the feedback message indicates that only data packets but not control packets of the data flow are to be offloaded.
An energy-saving device for a single board, the single board comprising a front-stage Dc/Dc voltage converter module having an output that supplies a bus voltage to a post-stage power supply module (Fig.1), the energy-saving device comprising: a power calculation module, configured to detect an input current of the single board, and to calculate a real-time power of the single board according to the detected input current and a previously measured and obtained input voltage of the single board; a control module, configured to determine a load condition of the single board according to the calculated real-time power, and to send a voltage adjustment command according to the determined load condition to a power supply adjustment module; the power supply adjustment module being configured to receive the voltage adjustment command and to adjust the bus voltage of the single board post-stage power supply module according to the voltage adjustment command (Fig.10). a power calculation module, configured to detect an input current of the single board, and to calculate a real-time power of the single board according to the detected input current and a previously measured and obtained input voltage of the single board; a control module, configured to determine a load condition of the single board according to the calculated real-time power, and to send a voltage adjustment command according to the determined load condition to a power supply adjustment module; the power supply adjustment module being configured to receive the voltage adjustment command and to adjust the bus voltage of the single board post-stage power supply module according to the voltage adjustment command (Fig.10).
A data transmission method, comprising: sending, by a terminal, a first data packet to a network device, and storing the first data packet in a hybrid automatic repeat request, HARQ buffer; receiving, by the terminal, a first uplink grant from the network device, and skipping using the first uplink grant to perform uplink transmission; flushing, by the terminal, the HARQ buffer when determining that the first uplink grant is not used to perform uplink transmission; receiving, by the terminal, a second uplink grant from the network device, wherein the second uplink grant is a grant for retransmission; and transmitting, by the terminal, a second data packet to the network device based on the second uplink grant; wherein before the sending a first data packet to a network device, the method further comprises: receiving, by the terminal, a third uplink grant from the network device, wherein the third uplink grant is used to send the first data packet. sending, by a terminal, a first data packet to a network device, and storing the first data packet in a hybrid automatic repeat request, HARQ buffer; receiving, by the terminal, a first uplink grant from the network device, and skipping using the first uplink grant to perform uplink transmission; flushing, by the terminal, the HARQ buffer when determining that the first uplink grant is not used to perform uplink transmission; receiving, by the terminal, a second uplink grant from the network device, wherein the second uplink grant is a grant for retransmission; and transmitting, by the terminal, a second data packet to the network device based on the second uplink grant; wherein before the sending a first data packet to a network device, the method further comprises: receiving, by the terminal, a third uplink grant from the network device, wherein the third uplink grant is used to send the first data packet.
Vehicle seat, in particular a commercial vehicle seat, having a seat cushion and a backrest, and a massage system which has a plurality of elements which can be pressurized, and a controller for the targeted actuation of the elements which can be pressurized, in order to achieve a massage effect, it being possible for the elements which can be pressurized to be loaded with a pressure in each case separately via connecting lines, it being possible for the massage system to be connected to a connector of an external compressed air supply for the supply with a pressure-conducting medium, characterized in that the elements which can be pressurized are arranged on a side of a foam part of a padding means of the seat cushion and/or the backrest, which side faces an occupant, and further elements which can be pressurized are arranged on a side of a foam part of a padding means of the seat cushion and/or the backrest, which side faces away from an occupant.
A communication system for an aircraft, the communication system comprising: at least one air-to-ground antenna externally mounted on the aircraft; an air-to-ground communication unit having a first set of ports for in-flight air-to-ground communication with a ground network and a second set of ports for ground communication comprising terrestrial communication with the ground network and for accessing fixed base operator services through a wireless network; and a switching device for connecting the at least one air-to-ground antenna to one of the first set of ports and the second set of ports, the switching device configured to switch connectivity of the at least one air-to-ground antenna to the first set of ports when the aircraft is in-flight. at least one air-to-ground antenna externally mounted on the aircraft; an air-to-ground communication unit having a first set of ports for in-flight air-to-ground communication with a ground network and a second set of ports for ground communication comprising terrestrial communication with the ground network and for accessing fixed base operator services through a wireless network; and a switching device for connecting the at least one air-to-ground antenna to one of the first set of ports and the second set of ports, the switching device configured to switch connectivity of the at least one air-to-ground antenna to the first set of ports when the aircraft is in-flight.