mhurhangee/ep-ind-claims huggingface dataset:
Agricultural machine moving along a direction of advance in use and comprising a chassis and two side units (G1, G2), each side unit (G1, G2) being articulated on either side of the chassis so as to be able to pivot about a first travel axis substantially parallel to the direction of advance and comprising several rotors (R1, R2, R3, R4, R5), each rotor (R1, R2, R3, R4, R5) being driven in rotation about a rotation axis (AR1, AR2, AR3, AR4, AR5) and supported by a support, the rotors (R1, R2, R3, R4, R5) of each side unit (G1, G2) being articulated to each other about at least a second travel axis and a third travel axis substantially parallel to the direction of advance, and about a substantially vertical orientation axis, each side unit (G1, G2) being able to adopt a deployed configuration of use in which the rotation axes (AR1, AR2, AR3, AR4, AR5) of its rotors (R1, R2, R3, R4, R5) lie in a same plane, and a transport configuration in which these rotation axes (AR1, AR2, AR3, AR4, AR5) are substantially horizontal, each side unit (G1, G2) comprising at least four rotors (R1, R2, R3, R4, R5), the orientation axis being located between the second rotation axis and the fourth rotation axis from the chassis, so-called adjustable rotors (R3, R4, R5) being able to pivot relative to the chassis about the orientation axis at an angle between 20° and 60°, and each side unit (G1, G2) comprising an inner part comprising the first rotor and second rotor from the chassis and an outer part comprising at least the last two rotors (R3, R4, R5) from the chassis, machine characterized in that the outer part can pivot between a position alongside and a position above the inner part seen in the direction of advance.
A differential encoder for carrying out a precoding with respect to input binary data signals, to obtain encoded signals in which an output logical value is maintained for a first input logical value while an output logical value is inverted for a second input logical value, comprising: an EXOR circuit having one input to which the input binary data signals are entered; and a D-type flip-flop connected to an output of the EXOR circuit and formed by a master latch and a slave latch, characterised in that an output of the master latch is fed back to another input of the EXOR circuit while also entered into the slave latch, and an output of the slave latch is outputted as an output of the differential encoder. an EXOR circuit having one input to which the input binary data signals are entered; and a D-type flip-flop connected to an output of the EXOR circuit and formed by a master latch and a slave latch, characterised in that an output of the master latch is fed back to another input of the EXOR circuit while also entered into the slave latch, and an output of the slave latch is outputted as an output of the differential encoder.
A method implemented in a network controller used in a mobile backhaul network, the method comprising: receiving one or more physical layer parameters from MBH transceivers (300, 400, 500, 600, 700) in the MBH network; computing an admissible set of rate matrices; computing a capacity region C based on the admissible set of rate matrices, defined as C = ∑ i = 1 k a i R i: a i ≥ 0, ∑ i = 1 k a i = 1; wherein a i is a fractional length of a time slot and R i is a rate matrix; deciding MBH transmission topology which enables the highest backhaul data rate in the network; and transmitting the decision to the MBH transceivers; wherein rate matrix entry r ij, which denote a data rate between source node i and destination node j, is expressed as a function of signal-to-noise ratio ξ ij on a source-destination link: r ij = f ξ ij wherein the SNR is calculated according to a formula that can be expressed as ξ ij = G ij P ηW 2 π 2 θ ij θ ji d 0 d ij α for direction radio frequency or free-space optical transmission, where η denotes an Additive White Gaussian Noise (AWGN) power spectral density, W is a bandwidth, P is transmitted power, θ ij is a one-dimensional beam width of a signal, d ij is a Euclidean distance between source node i and destination node j, d 0 is a reference distance based on which an effect of path loss parameter α is computed, and channel gain coefficient G ij accounts for a fading or shadowing effect. receiving one or more physical layer parameters from MBH transceivers (300, 400, 500, 600, 700) in the MBH network; computing an admissible set of rate matrices; computing a capacity region C based on the admissible set of rate matrices, defined as C = ∑ i = 1 k a i R i: a i ≥ 0, ∑ i = 1 k a i = 1; wherein a i is a fractional length of a time slot and R i is a rate matrix; deciding MBH transmission topology which enables the highest backhaul data rate in the network; and transmitting the decision to the MBH transceivers; wherein rate matrix entry r ij, which denote a data rate between source node i and destination node j, is expressed as a function of signal-to-noise ratio ξ ij on a source-destination link: r ij = f ξ ij wherein the SNR is calculated according to a formula that can be expressed as ξ ij = G ij P ηW 2 π 2 θ ij θ ji d 0 d ij α for direction radio frequency or free-space optical transmission, where η denotes an Additive White Gaussian Noise (AWGN) power spectral density, W is a bandwidth, P is transmitted power, θ ij is a one-dimensional beam width of a signal, d ij is a Euclidean distance between source node i and destination node j, d 0 is a reference distance based on which an effect of path loss parameter α is computed, and channel gain coefficient G ij accounts for a fading or shadowing effect.
Hydrostatic drive system of a mobile machine, in particular an industrial truck, having working hydraulics and a hydraulic pump for supplying the working hydraulics, wherein the pump is driven by a drive machine, in particular an internal combustion engine and is embodied as an adjustment pump with an adjustable delivery volume, characterized in that a pressure balance, which is embodied as an input pressure balance of the working hydraulics and is arranged in a return line which branches off from the feed line to a container and is embodied as a control valve which settles in the intermediate position and has a closed position and an open position is assigned to a feed line from the pump to the working hydraulics, wherein the pressure balance is acted on in the direction of the open position by the feed pressure of the pump which is present in the feed line, and is acted on in the direction of the closed position by a spring and by the maximum load pressure of the actuated consumers of the working hydraulics, wherein a heat exchanger device for cooling the pressure medium of the drive system is arranged in the return line, wherein the pressure medium volume flow flowing via the heat exchanger device can be adapted to the required cooling performance of the drive system by changing the delivery volume of the adjustment pump.
A fastener cartridge (3 800), comprising: a cartridge body, comprising: a deck configured to support tissue, wherein said deck comprises: a first longitudinal deck portion comprising a first height; and a second longitudinal deck portion (2711") comprising a second height which is different than said first height; a first longitudinal row of fastener cavities defined in said first longitudinal deck portion; a second longitudinal row of fastener cavities defined in said second longitudinal deck portion; and a plurality of fasteners removably stored in said fastener cavities; characterized by a projection extending from said first longitudinal deck portion and said second longitudinal deck portion (2711"). a deck configured to support tissue, wherein said deck comprises: a first longitudinal deck portion comprising a first height; and a second longitudinal deck portion (2711") comprising a second height which is different than said first height; a first longitudinal deck portion comprising a first height; and a second longitudinal deck portion (2711") comprising a second height which is different than said first height; a first longitudinal row of fastener cavities defined in said first longitudinal deck portion; a second longitudinal row of fastener cavities defined in said second longitudinal deck portion; and a plurality of fasteners removably stored in said fastener cavities; characterized by a projection extending from said first longitudinal deck portion and said second longitudinal deck portion (2711").
An optical module comprising at least one set of: conductive cover block an optical port; an optical processing circuit optically connected to the optical port; an electro-optical transducer optically connected to the optical processing circuit; two or more high-frequency transmission lines connected to the electro-optical transducer, wherein a ground electrode is inserted between adjacent high-frequency transmission lines out of the two or more high-frequency transmission lines; and electrical ports connected to the high-frequency transmission lines, the optical module comprising a conductive cover block which is provided above the high-frequency transmission lines so as to cover at least a part of each of the high-frequency transmission lines, and the conductive cover block is connected to ground. conductive cover block an optical port; an optical processing circuit optically connected to the optical port; an electro-optical transducer optically connected to the optical processing circuit; two or more high-frequency transmission lines connected to the electro-optical transducer, wherein a ground electrode is inserted between adjacent high-frequency transmission lines out of the two or more high-frequency transmission lines; and electrical ports connected to the high-frequency transmission lines, the optical module comprising a conductive cover block which is provided above the high-frequency transmission lines so as to cover at least a part of each of the high-frequency transmission lines, and the conductive cover block is connected to ground.
A method for downloading conditional access system, CAS, information by a broadcast reception device, the method comprising: acquiring, from a broadcast provider list server, broadcast provider information including a list of broadcast providers available to the broadcast reception device and at least one payment plan supported by the broadcast providers; selecting a broadcast provider among the list of broadcast providers and a payment plan of the broadcast service provider among the at least one payment plan supported by the broadcast providers; transmitting, to a broadcast provider server of the selected broadcast provider, a subscription request including identity information of the broadcast reception device and the selected payment plan, wherein the subscription request triggers a transmission of a CAS installation request from the broadcast provider server of the selected broadcast provider to a CAS server; receiving, from the CAS server, CAS information including key information for broadcast information to be received from the broadcast provider server of the selected broadcast provider; and installing the CAS information on a security domain of the broadcast reception device. acquiring, from a broadcast provider list server, broadcast provider information including a list of broadcast providers available to the broadcast reception device and at least one payment plan supported by the broadcast providers; selecting a broadcast provider among the list of broadcast providers and a payment plan of the broadcast service provider among the at least one payment plan supported by the broadcast providers; transmitting, to a broadcast provider server of the selected broadcast provider, a subscription request including identity information of the broadcast reception device and the selected payment plan, wherein the subscription request triggers a transmission of a CAS installation request from the broadcast provider server of the selected broadcast provider to a CAS server; receiving, from the CAS server, CAS information including key information for broadcast information to be received from the broadcast provider server of the selected broadcast provider; and installing the CAS information on a security domain of the broadcast reception device.
A display mirror assembly for a vehicle, comprising: a housing; a glass element operably coupled with the housing; a display module mounted to the housing operably coupled to a printed circuit board and configured to be turned to an on state and an off state; and an actuator device operably coupled with the glass element; characterized in that the display module includes a display that has a shape which corresponds to the shape of the glass element, and the display is an LCD, LED, OLED, plasma, or DLP display element; and the actuator device is adjustable to tilt the glass element in one direction, thereby moving the glass element to an off-axis position which changes the on/off state of the display module; and the actuator device is also adjustable to tilt the glass element in another direction, thereby moving the glass element to an on-axis position which changes the on/off state of the display module. a housing; a glass element operably coupled with the housing; a display module mounted to the housing operably coupled to a printed circuit board and configured to be turned to an on state and an off state; and an actuator device operably coupled with the glass element; the display module includes a display that has a shape which corresponds to the shape of the glass element, and the display is an LCD, LED, OLED, plasma, or DLP display element; and the actuator device is adjustable to tilt the glass element in one direction, thereby moving the glass element to an off-axis position which changes the on/off state of the display module;
A mixing valve having a cartridge unit having respective inlets (4,5) for hot and cold water and an outlet for temperature controlled water, valve means for varying the relative proportions of hot and cold water supplied to a mixing chamber, the valve means having hot and cold seating faces (30, 29) at opposite ends for co-operating with hot and cold seats (14, 15) to control the ratio of hot and cold water admitted into the mixing chamber, thermostatic means responsive to temperature of the water in the mixing chamber for adjusting the valve means to control movement of the valve means in accordance with user selection of the outlet water temperature, wherein the cold water flows into the mixing chamber in an axial direction through an array of holes that form a series of axial jets, and the hot water flows into the mixing chamber as a thin film wherein the holes are spaced apart in a circumferential direction around the thermostatic means and the thin film jets radially inwards towards the thermostatic means between the hot seat and the hot seating face, wherein the array of holes are adjacent to the hot seating face, whereby the water flowing through the holes intersects the thin film flowing radially inwards towards the thermostatic means, whereby means is provided for diverting a portion of the water in the mixing chamber away from the thermostatic means and the hot seat is part of a hot seat housing that screws into the cartridge unit and is axially adjustable to vary the spacing between the seats (14, 15) for setting the travel of the valve means for different operating/performance requirements, characterised in that the hot water flow into the mixing chamber is in a direction substantially perpendicular to the jets of cold water.
An apparatus for receiving an expanded program guide, the apparatus comprising: means for receiving a specific broadcast service and a service description table including information on the specific broadcast service from a broadcast network; means for parsing an event information table, EIT, query descriptor from the service description table, the EIT query descriptor including a first address for a server providing program guide data related to the specific broadcast service; extracting the first address for the server from the EIT query descriptor; generating a second address by adding query information to the first address, the query information being generated from date and time information inputted by a user, the date and time information indicating a time period for which the user desires to access an electronic program guide, EPG, the EPG for the time period being related to the specific broadcast service, wherein the first address and the second address are in a format of a URL; means for receiving the date and time information from the user; and means for receiving program guide data corresponding to the EPG for the time period by accessing the second address through an interactive network. means for receiving a specific broadcast service and a service description table including information on the specific broadcast service from a broadcast network; means for parsing an event information table, EIT, query descriptor from the service description table, the EIT query descriptor including a first address for a server providing program guide data related to the specific broadcast service; extracting the first address for the server from the EIT query descriptor; generating a second address by adding query information to the first address, the query information being generated from date and time information inputted by a user, the date and time information indicating a time period for which the user desires to access an electronic program guide, EPG, the EPG for the time period being related to the specific broadcast service, wherein the first address and the second address are in a format of a URL; means for receiving the date and time information from the user; and means for receiving program guide data corresponding to the EPG for the time period by accessing the second address through an interactive network.
A method for transmitting information bits by using a plurality of resources by a transmitting apparatus in a wireless communication system, the method comprising the steps of: segmenting the information bits to be transmitted into a plurality of code blocks, with at least one code block at the beginning of the plurality of code blocks containing a smaller number of information bits; encoding the information bits in each code block; modulating the plurality of coded bits in the code blocks to generate a sequence of modulation symbols; assigning a number of resources to each of the plurality of code blocks, wherein a number of resources assigned to at least one code block at the beginning of the plurality of code blocks is less than a number of resources assigned to at least one code block at the end of the plurality of code blocks if N 1 cannot be divided without a remainder by N seg, where N 1 is the number of resources available for data transmission and N seg is the number of code blocks; and transmitting the modulation symbols to a receiver via one or more antennas based on the assigned resources, wherein the number of the resources assigned to a code block (j) is defined by: M j, 1 = { ⌊ N 1 N seg ⌋, 0 ≤ j < N seg − N 1 mod N seg ⌈ N 1 N seg ⌉, N seg − N 1 mod N seg ≤ j < N seg where ┌x┐ denotes the smallest integer that is larger than or equal to x, └x┘ denotes the largest integer that is smaller than or equal to x, and x mod y denotes the remainder of x y. segmenting the information bits to be transmitted into a plurality of code blocks, with at least one code block at the beginning of the plurality of code blocks containing a smaller number of information bits; encoding the information bits in each code block; modulating the plurality of coded bits in the code blocks to generate a sequence of modulation symbols; assigning a number of resources to each of the plurality of code blocks, wherein a number of resources assigned to at least one code block at the beginning of the plurality of code blocks is less than a number of resources assigned to at least one code block at the end of the plurality of code blocks if N 1 cannot be divided without a remainder by N seg, where N 1 is the number of resources available for data transmission and N seg is the number of code blocks; and transmitting the modulation symbols to a receiver via one or more antennas based on the assigned resources, wherein the number of the resources assigned to a code block (j) is defined by: M j, 1 = { ⌊ N 1 N seg ⌋, 0 ≤ j < N seg − N 1 mod N seg ⌈ N 1 N seg ⌉, N seg − N 1 mod N seg ≤ j < N seg where ┌x┐ denotes the smallest integer that is larger than or equal to x, └x┘ denotes the largest integer that is smaller than or equal to x, and x mod y denotes the remainder of x y.
A tree cap for a subsea well assembly, comprising: a locking mechanism for locking a tree cap to vertical Christmas tree equipment of a subsea fossil fuel well assembly, said vertical Christmas tree equipment for controlling a plurality of functions of said subsea well assembly; and an Electrical Feed-through System configured to provide one or more of power, signal, and hydraulic function connections to an Electric Submersible Pump (ESP, 110) within said subsea well assembly, said ESP for pumping said fossil fuel, wherein said Electrical Feed-through System includes a stinger configured to provide one or more of power, signal, and hydraulic function connections between said Electric Submersible Pump (ESP, 110) and a control system of said well assembly for controlling said ESP, characterized in that said stinger is an electro-hydraulic stinger, and is extendable to engage a wet-mate connection at an ESP hanger plug of said Electrical Submersible Pump (ESP, 110) for controlling said ESP. a locking mechanism for locking a tree cap to vertical Christmas tree equipment of a subsea fossil fuel well assembly, said vertical Christmas tree equipment for controlling a plurality of functions of said subsea well assembly; and an Electrical Feed-through System configured to provide one or more of power, signal, and hydraulic function connections to an Electric Submersible Pump (ESP, 110) within said subsea well assembly, said ESP for pumping said fossil fuel, wherein said Electrical Feed-through System includes a stinger configured to provide one or more of power, signal, and hydraulic function connections between said Electric Submersible Pump (ESP, 110) and a control system of said well assembly for controlling said ESP, characterized in that
An interface arrangement for data, signal and/or voice transmission between two adjacent railcar bodies (A, B) of a multi-member vehicle, in particular a track-guided vehicle, wherein the interface arrangement comprises an electrical contact coupling allocated to a first railcar body which has at least one coupling plane-side coupling contact (2.1,..., 2.4) for data, signal and/or voice transmission with a mating electrical contact coupling of a second railcar body adjacent to the first railcar body, characterized in that the at least one coupling plane-side coupling contact (2.1,..., 2.4) is solely connected to a railcar body-side coupling contact of an electrical coupling/train interface by a data bus cabling. characterized in that the at least one coupling plane-side coupling contact (2.1,..., 2.4) is solely connected to a railcar body-side coupling contact of an electrical coupling/train interface by a data bus cabling.