mhurhangee/ep-ind-claims huggingface dataset:
A wiring board with a laminated body where one or more layer of each of an insulating layer (31, 33) and a conductor layer are laminated, the wiring board comprising: a plurality of connecting terminals formed separately from one another on the laminated body; a filling member filled up between the plurality of connecting terminals, the filling member being in contact with at least a part of each side surface of the plurality of connecting terminals; and a solder resist layer laminated on the laminated body, the solder resist layer including an opening that exposes the plurality of connecting terminals, characterized in that the filling member has a surface roughness rougher than a surface roughness of a top surface of the solder resist layer; and the solder resist layer includes the opening with an inner peripheral surface, the inner peripheral surface having a surface roughness rougher than a surface roughness of the top surface of the solder resist layer. a plurality of connecting terminals formed separately from one another on the laminated body; a filling member filled up between the plurality of connecting terminals, the filling member being in contact with at least a part of each side surface of the plurality of connecting terminals; and a solder resist layer laminated on the laminated body, the solder resist layer including an opening that exposes the plurality of connecting terminals, characterized in that the filling member has a surface roughness rougher than a surface roughness of a top surface of the solder resist layer; and the solder resist layer includes the opening with an inner peripheral surface, the inner peripheral surface having a surface roughness rougher than a surface roughness of the top surface of the solder resist layer.
A method performed by one or more computers, the method comprising: obtaining access data for a digital resource, wherein the access data comprises, for each time point in a sequence of time points, data identifying a set of users that accessed the digital resource at the time point; generating a tree model based on the access data, wherein each node of the tree model is associated with a respective access value that characterizes a number of users that satisfy a node-specific selection criterion based on accessing the digital resource; selecting, for each node in the tree model, a respective private access value for the node that: (i) is an approximation of the access value for the node, and (ii) is selected from a finite set of possible private access values; receiving a request to determine a number of users that accessed the digital resource at least a predefined number of times within a time window; and in response to the request: generating an estimate for the number of users that accessed the digital resource at least the predefined number of times within the time window based on private access values associated with one or more nodes in the tree model. obtaining access data for a digital resource, wherein the access data comprises, for each time point in a sequence of time points, data identifying a set of users that accessed the digital resource at the time point; generating a tree model based on the access data, wherein each node of the tree model is associated with a respective access value that characterizes a number of users that satisfy a node-specific selection criterion based on accessing the digital resource; selecting, for each node in the tree model, a respective private access value for the node that: (i) is an approximation of the access value for the node, and (ii) is selected from a finite set of possible private access values; receiving a request to determine a number of users that accessed the digital resource at least a predefined number of times within a time window; and in response to the request: generating an estimate for the number of users that accessed the digital resource at least the predefined number of times within the time window based on private access values associated with one or more nodes in the tree model.
An emergency brake assistant for automatically braking a vehicle to prevent a collision or to reduce the consequences of a collision with a detected collision object, wherein at an established intervention point in time, a brake system of the vehicle is automatically activated such that a collision with the detected collision object can be prevented or at least the consequences of the collision can be reduced, wherein the intervention point in time (tEing) can be determined subject to the end point in time of a determined driver reaction time (tRea) and to the determined last possible braking point in time (tBr) and while bearing in mind a determined last possible swerve point in time (tAusw), characterised in that provided that the last possible braking point in time (tBr) occurs before the last possible swerve point in time (tAusw), a preliminary intervention point in time (tEing_v) is determined.
A device (21, 121) for inserting a mechanical, surgically implantable prosthetic heart valve into an annulus of a heart of a patient, which device comprises: a main body (33, 133) proportioned for releasable engagement with the valve, said main body having means for connection to a handle for moving and positioning the main body and the valve engaged therewith; and said main body also having two sloping guide members (47, 49, 81, 147, 149) extending longitudinally from said main body in a distal direction generally opposite that in which said handle extends, which guide members have tips (55, 155) which are diametrically spaced apart a distance less than a diameter of an outer edge of a distal rim of the valve that would be releasably carried thereon, with outward-facing surfaces (53, 83, 153) of said guide members sloping from said tips outward to about the diameter of the outer edge of the distal rim, whereby passage of the outer edge of distal rim into an annulus, from which the patient's defective valve leaflets have been excised, is facilitated, wherein said main body has a longitudinal axis that substantially coincides with a longitudinal axis of the valve and wherein said outward-facing surfaces (53, 83, 153) are smoothly curved in a plane perpendicular to said longitudinal axis, and wherein said guide member outward-facing surfaces (53, 153) are also curved in a plane parallel to said longitudinal axis, and are sections of a surface of revolution, such as a sphere, an ovoid, or an ellipsoid. a main body (33, 133) proportioned for releasable engagement with the valve, said main body having means for connection to a handle for moving and positioning the main body and the valve engaged therewith; and said main body also having two sloping guide members (47, 49, 81, 147, 149) extending longitudinally from said main body in a distal direction generally opposite that in which said handle extends, which guide members have tips (55, 155) which are diametrically spaced apart a distance less than a diameter of an outer edge of a distal rim of the valve that would be releasably carried thereon, with outward-facing surfaces (53, 83, 153) of said guide members sloping from said tips outward to about the diameter of the outer edge of the distal rim, whereby passage of the outer edge of distal rim into an annulus, from which the patient's defective valve leaflets have been excised, is facilitated, wherein said main body has a longitudinal axis that substantially coincides with a longitudinal axis of the valve and wherein said outward-facing surfaces (53, 83, 153) are smoothly curved in a plane perpendicular to said longitudinal axis, and wherein said guide member outward-facing surfaces (53, 153) are also curved in a plane parallel to said longitudinal axis, and are sections of a surface of revolution, such as a sphere, an ovoid, or an ellipsoid.
A data transmission method, comprising: receiving (301, 402, 505), by a terminal device in an idle state or an inactive state, a first message sent by a network device; activating (302, 403, 506), by the terminal device in the idle state or the inactive state, one or more resources in a first resource based on the first message, to obtain an activated second resource, wherein the first resource comprises a bandwidth part, BWP. resource and/or a semi-persistent scheduling, SPS, resource; and communicating (303, 404, 507), by the terminal device in the idle state or the inactive state, with the network device based on the activated second resource; the method characterised in that the activating one or more resources in a first resource based on the first message, to obtain an activated second resource, further comprises: the first message comprises first indication information including a field, and the first indication information is used to activate the one or more resources in the first resource, wherein the field indicates that one or more resources that are in the first resource and that correspond to an identifier of the activated second resource are in the active state; and activating the one or more resources in the first resource based on the first indication information, to obtain the activated second resource. receiving (301, 402, 505), by a terminal device in an idle state or an inactive state, a first message sent by a network device; activating (302, 403, 506), by the terminal device in the idle state or the inactive state, one or more resources in a first resource based on the first message, to obtain an activated second resource, wherein the first resource comprises a bandwidth part, BWP. resource and/or a semi-persistent scheduling, SPS, resource; and communicating (303, 404, 507), by the terminal device in the idle state or the inactive state, with the network device based on the activated second resource; the method characterised in that the activating one or more resources in a first resource based on the first message, to obtain an activated second resource, further comprises: the first message comprises first indication information including a field, and the first indication information is used to activate the one or more resources in the first resource, wherein the field indicates that one or more resources that are in the first resource and that correspond to an identifier of the activated second resource are in the active state; and activating the one or more resources in the first resource based on the first indication information, to obtain the activated second resource. the first message comprises first indication information including a field, and the first indication information is used to activate the one or more resources in the first resource, wherein the field indicates that one or more resources that are in the first resource and that correspond to an identifier of the activated second resource are in the active state; and activating the one or more resources in the first resource based on the first indication information, to obtain the activated second resource.
Method to determine a dry-out period of a converter of a wind turbine, - wherein a time dependent chronology of data is measured in the converter, - wherein the measured data-chronology reflects the actual humidity and the humidity-history in the converter cabinet, - wherein the measured data-chronology is used to determine a dry-out period of time, which is needed to reduce the humidity inside the converter below a given value by circulating heat inside the converter. - wherein a time dependent chronology of data is measured in the converter, - wherein the measured data-chronology reflects the actual humidity and the humidity-history in the converter cabinet, - wherein the measured data-chronology is used to determine a dry-out period of time, which is needed to reduce the humidity inside the converter below a given value by circulating heat inside the converter.
A method for processing physical downlink control channel data, comprising: generating a scrambling sequence corresponding to a control channel element according to an index number of the control channel element and/or a modulation mode used by the control channel element; performing scrambling on physical downlink control channel data by using the scrambling sequence; and sending the scrambled physical downlink control channel data to a user equipment; characterized in that the generating a scrambling sequence corresponding to a control channel element according to an index number of the control channel element and/or a modulation mode used by the control channel element comprises: generating a specific long sequence for the user equipment according to a UE_Specific parameter; and extracting, according to a data length corresponding to the modulation mode used by the control channel element of the user equipment, a scrambling sequence corresponding to the control channel element in the specific long sequence. generating a scrambling sequence corresponding to a control channel element according to an index number of the control channel element and/or a modulation mode used by the control channel element; performing scrambling on physical downlink control channel data by using the scrambling sequence; and sending the scrambled physical downlink control channel data to a user equipment; generating a specific long sequence for the user equipment according to a UE_Specific parameter; and extracting, according to a data length corresponding to the modulation mode used by the control channel element of the user equipment, a scrambling sequence corresponding to the control channel element in the specific long sequence.
A communication apparatus (10, 100) for wireless communication in a wireless local area network, said communication apparatus comprising a communication unit configured to: transmit a trigger frame, to a plurality of stations, including wireless communication resource information specifying uplink resources and frame attribute information related to transmission of response uplink frames; wherein the wireless communication resource information includes information related to a frequency resource, time and spatial streams; receive the response uplink frames transmitted as responses to the trigger frame, one of the response uplink frames including buffered data information; and the response uplink frame being transmitted using at least one resource unit selected from a group of resource units specified in the wireless communication resource information; transmit an uplink transmission permission frame including resource allocation information indicating allocated uplink transmission resources in response to the uplink resource frames including the buffered data information; and receive data frames being transmitted using the allocated uplink data transmission resources in accordance with the uplink transmission permission frame. transmit a trigger frame, to a plurality of stations, including wireless communication resource information specifying uplink resources and frame attribute information related to transmission of response uplink frames; wherein the wireless communication resource information includes information related to a frequency resource, time and spatial streams; receive the response uplink frames transmitted as responses to the trigger frame, one of the response uplink frames including buffered data information; and the response uplink frame being transmitted using at least one resource unit selected from a group of resource units specified in the wireless communication resource information; transmit an uplink transmission permission frame including resource allocation information indicating allocated uplink transmission resources in response to the uplink resource frames including the buffered data information; and receive data frames being transmitted using the allocated uplink data transmission resources in accordance with the uplink transmission permission frame.
Decorative and covering element, especially for use associated with an instrument panel of a motor vehicle, the decorative and covering element comprising a first portion and a second portion, the first portion of the decorative and covering element being produced from a first transparent material, the second portion of the decorative and covering element being produced from a second material, the first portion of the decorative and covering element and the second portion of the decorative and covering element being produced from a single part, characterized in that the decorative and covering element comprises, in the second portion thereof, a region in which the decorative and covering element is intended to cover a display element or a display module.
A security server for use in a telecommunications network, arranged to receive a message from outside the telecommunications network, characterized in that the security server is further arranged to: - determine whether the message has been through a security check by determining whether the message has been received via a secure interface; and - forward the message within the communications network regardless of the result of the determination but in a manner dependent on the result of the determination, wherein the security server is arranged to modify the message if the result of the determination is that the message has not been through a security check, and wherein forwarding the message comprises forwarding the modified message, if the result of the determination is that the message has not been through a security check. - determine whether the message has been through a security check by determining whether the message has been received via a secure interface; and - forward the message within the communications network regardless of the result of the determination but in a manner dependent on the result of the determination,
A method for controlling a ventilation system of at least one room (1, 1', 1", 1"'), wherein the ventilation system comprises two or more ventilation elements (4, 4'), at least one control unit, at least one sensor for measuring the indoor temperature and sensors for measuring the outdoor temperature, wherein the ventilation elements (4, 4') and the sensors are in communication with the control unit, each ventilation element (4, 4') has assigned to it a sensor for measuring the outdoor temperature and the sensor for measuring the outdoor temperature assigned to the respective ventilation element (4, 4') measures the outdoor temperature prevailing in the vicinity of the assigned ventilation element (4, 4') in each case, characterised in that the control unit, as a function of the measured outdoor temperatures, sets those ventilation elements (4, 4') of which the assigned sensors for measuring the outdoor temperature are measuring an outdoor temperature which is favourable for the temperature change to be achieved by the ventilation process in the at least one room (1, 1', 1", 1"') to operate with increased power compared with the other ventilation elements.
A system for automatic managing of charging process of electric vehicles, said system comprising: - a plurality of street light poles connected to a supply line, each of the plurality of street light poles comprising a lamp and a lamp ballast or a driver; and an electric socket for charging electric vehicles; - a feeder pillar located in a street for providing power to the plurality of street light poles and communicative with said plurality of street light poles; - an operation control center OCC comprising a main server, communicative with said feeder pillar; said system is characterized in that: - each of the plurality of street light poles comprises a communication and control device or electronic node having a CPU for controlling the power consumption of said lamp ballast or said driver and power consumption through the electric socket; - the feeder pillar comprises a controller, the feeder pillar being in communication with the electronic node of each of the plurality of street light poles; - each electronic node communicates with said controller through a first communication network and the feeder pillar communicates with the OCC through a second communication network, which is different than the first communication network; - the controller being configured for controlling power consumption of each street light pole through the electronic node; - said OCC being configured for controlling power consumption of the supply line and of each street light pole utilizing the controller of the feeder pillar, based on optimizing power consumption of the plurality of street light poles. - a plurality of street light poles connected to a supply line, each of the plurality of street light poles comprising a lamp and a lamp ballast or a driver; and an electric socket for charging electric vehicles; - a feeder pillar located in a street for providing power to the plurality of street light poles and communicative with said plurality of street light poles; - an operation control center OCC comprising a main server, communicative with said feeder pillar; - each of the plurality of street light poles comprises a communication and control device or electronic node having a CPU for controlling the power consumption of said lamp ballast or said driver and power consumption through the electric socket; - the feeder pillar comprises a controller, the feeder pillar being in communication with the electronic node of each of the plurality of street light poles; - each electronic node communicates with said controller through a first communication network and the feeder pillar communicates with the OCC through a second communication network, which is different than the first communication network; - the controller being configured for controlling power consumption of each street light pole through the electronic node; - said OCC being configured for controlling power consumption of the supply line and of each street light pole utilizing the controller of the feeder pillar, based on optimizing power consumption of the plurality of street light poles.