mhurhangee/ep-ind-claims huggingface dataset:
A remote control system comprising: an acquisition unit that acquires image data indicating an image captured by an image-capturing device and position data indicating a position of the image; a storage unit that stores a condition regarding an analysis result of the image data and a process to be performed by a control target device in association with each other; a determination unit that analyzes the acquired image data and determines whether the analysis result matches the stored condition; and an instruction unit that, when the analysis result matches the stored condition, instructs the control target device to perform the process associated with the condition in an area based on the acquired position data, characterized in that the area based on the acquired position data is an area that does not include the position indicated by the position data, and is an area having a predetermined positional relationship with the position indicated by the position data. an acquisition unit that acquires image data indicating an image captured by an image-capturing device and position data indicating a position of the image; a storage unit that stores a condition regarding an analysis result of the image data and a process to be performed by a control target device in association with each other; a determination unit that analyzes the acquired image data and determines whether the analysis result matches the stored condition; and an instruction unit that, when the analysis result matches the stored condition, instructs the control target device to perform the process associated with the condition in an area based on the acquired position data, characterized in that the area based on the acquired position data is an area that does not include the position indicated by the position data, and is an area having a predetermined positional relationship with the position indicated by the position data.
An underwater vehicle system comprising: a first underwater vehicle configured to perform work in water while moving in a predetermined proceeding direction; and a second underwater vehicle including a propulsion device and being configured to replace the first underwater vehicle and perform work in water, characterized in that said first underwater vehicle includes a transponder, said second underwater vehicle includes an acoustic positioning device configured to measure the position of the second underwater vehicle relative to the first underwater vehicle, based on a sound wave from said acoustic positioning device of the second underwater vehicle to the transponder of the first underwater vehicle and a response wave from said transponder of the first underwater vehicle to said acoustic positioning device of the second underwater vehicle, and the second underwater vehicle is configured to approach the first underwater vehicle based on said response wave transmitted from said transponder of the first underwater vehicle, when the second underwater vehicle replaces the first underwater vehicle. a first underwater vehicle configured to perform work in water while moving in a predetermined proceeding direction; and a second underwater vehicle including a propulsion device and being configured to replace the first underwater vehicle and perform work in water, characterized in that said first underwater vehicle includes a transponder, said second underwater vehicle includes an acoustic positioning device configured to measure the position of the second underwater vehicle relative to the first underwater vehicle, based on a sound wave from said acoustic positioning device of the second underwater vehicle to the transponder of the first underwater vehicle and a response wave from said transponder of the first underwater vehicle to said acoustic positioning device of the second underwater vehicle, and the second underwater vehicle is configured to approach the first underwater vehicle based on said response wave transmitted from said transponder of the first underwater vehicle, when the second underwater vehicle replaces the first underwater vehicle.
Vehicle body panel (9, 10), in particular a quarter window, comprising a transparent or translucent portion, characterized in that it comprises a removable trim element (1a, 1b) having a body (7a, 7b) provided with a structure comprising openings (2a, 2b) able to allow the passage of light across this body (7a, 7b), the said body (7a, 7b) comprising at least one connecting element (8a, 8b) allowing it to be fixed in a reversible manner along the said body panel (9, 10), the trim element (1a, 1b) being mounted in a seat comprised within the passenger compartment of the vehicle, the seat consisting of a wall formed by furnishing elements (15, 16) or structural components (13, 14) of front or rear uprights and of a bottom corresponding to the said portion of the panel (9, 10).
Infeed device for feeding disentangled fibres onto a transport device, wherein the infeed device comprises: an intake roller which is specified for inducting a plurality of strands of a basic material of fibres into the infeed device, said strands in an axial direction of the intake roller being disposed axially beside one another; and an opening roller which for disentangling the strands of the basic material interacts with the intake roller; characterized in that the infeed device comprises a plurality of metering installations which are assigned to the intake roller, wherein each metering installation of the plurality of metering installations is specified for controlling the infeed of at least one strand of the basic material to the intake roller. an intake roller which is specified for inducting a plurality of strands of a basic material of fibres into the infeed device, said strands in an axial direction of the intake roller being disposed axially beside one another; and an opening roller which for disentangling the strands of the basic material interacts with the intake roller; characterized in that the infeed device comprises a plurality of metering installations which are assigned to the intake roller, wherein each metering installation of the plurality of metering installations is specified for controlling the infeed of at least one strand of the basic material to the intake roller.
A mobile station comprising: a receiving section configured to receive first resource information including a list about a resource number of a selected reference signal resource, the receiving section being further configured to receive second resource information about a reference signal indicated by the resource number included in the first resource information, and measurement window information that indicates an allocation of a measurement window; a measuring section configured to measure a reference signal to which precoding is applied, based on the first resource information, the second resource information and the measurement window information; and a transmitting section configured to transmit a measurement result, wherein the receiving section is further configured to receive information that indicates a temporary change in the first resource information and the second resource information. a receiving section configured to receive first resource information including a list about a resource number of a selected reference signal resource, the receiving section being further configured to receive second resource information about a reference signal indicated by the resource number included in the first resource information, and measurement window information that indicates an allocation of a measurement window; a measuring section configured to measure a reference signal to which precoding is applied, based on the first resource information, the second resource information and the measurement window information; and a transmitting section configured to transmit a measurement result, wherein the receiving section is further configured to receive information that indicates a temporary change in the first resource information and the second resource information.
A method for routing data in a computer network cut out into logic network segments, said computer network including: - machines, - a set of pieces of interconnection equipment for the machines, and - a set of controllers each including a database and each associated with at least one respective portion of the network, each controller defining rules including at least routing rules for said respective portion associated with the network, and transmitting said rules to the pieces of interconnection equipment of said respective associated portion of the network, according to which a piece of interconnection equipment is adapted for routing, in the network, according to said rules which have been transmitted to it, exchange data between two machines, said method being characterized in that it comprises the following steps: - a step for storage, by a network controller, in its database, of a set of pieces of information comprising an identifier of a machine matching an associated parameter, said associated parameter including an identifier of the logic network segment associated with said machine; - a step for transmitting with said network controller to another network controller said set of information, and a step for storing with said other network controller, in its database, said set of information. - machines, - a set of pieces of interconnection equipment for the machines, and - a set of controllers each including a database and each associated with at least one respective portion of the network, each controller defining rules including at least routing rules for said respective portion associated with the network, and transmitting said rules to the pieces of interconnection equipment of said respective associated portion of the network, according to which a piece of interconnection equipment is adapted for routing, in the network, according to said rules which have been transmitted to it, exchange data between two machines, said method being characterized in that it comprises the following steps: - a step for storage, by a network controller, in its database, of a set of pieces of information comprising an identifier of a machine matching an associated parameter, said associated parameter including an identifier of the logic network segment associated with said machine; - a step for transmitting with said network controller to another network controller said set of information, and a step for storing with said other network controller, in its database, said set of information. - a step for storage, by a network controller, in its database, of a set of pieces of information comprising an identifier of a machine matching an associated parameter, said associated parameter including an identifier of the logic network segment associated with said machine; - a step for transmitting with said network controller to another network controller said set of information, and a step for storing with said other network controller, in its database, said set of information.
A method of delivering a fluid composition from a thermally-activated microfluidic ejection element, the thermally-activated microfluidic ejection element comprising a plurality of nozzles, a thermal actuator associated with each nozzle and a plurality of memory cells, the method comprising: connecting the thermally-activated microfluidic element to a power source; delivering a first electrical pulse to a first input that selects a thermal actuator from a pre-determined sequence, wherein the first input is in electrical communication with a ripple counter and an address decoder, and wherein the pre-determined sequence is defined by the physical layout of the thermally-activated microfluidic element; supplying a second electrical pulse of a well-defined width to a second input to activate the selected thermal actuator; and ejecting a fluid composition from the nozzle associated with the selected thermal actuator; and reading a memory bit from a sequence of memory bits, wherein the value of the memory bit is presented on an output pin; and writing a memory bit currently selected from a sequence of memory bits, and wherein only two types of signals in an alternating sequence are used and wherein the first electrical pulse is applied to a first signal and the second electrical pulse is applied to a second signal and wherein said first and second signal are used in an alternating sequence. connecting the thermally-activated microfluidic element to a power source; delivering a first electrical pulse to a first input that selects a thermal actuator from a pre-determined sequence, wherein the first input is in electrical communication with a ripple counter and an address decoder, and wherein the pre-determined sequence is defined by the physical layout of the thermally-activated microfluidic element; supplying a second electrical pulse of a well-defined width to a second input to activate the selected thermal actuator; and ejecting a fluid composition from the nozzle associated with the selected thermal actuator; and reading a memory bit from a sequence of memory bits, wherein the value of the memory bit is presented on an output pin; and writing a memory bit currently selected from a sequence of memory bits, and wherein only two types of signals in an alternating sequence are used and wherein the first electrical pulse is applied to a first signal and the second electrical pulse is applied to a second signal and wherein said first and second signal are used in an alternating sequence.
A noise insulation device for a rail, including a first noise insulation member having a sound absorption mat and a sound insulation cover and attached to a necessary part on a rail surface from one side, a second noise insulation member having a sound absorption mat and a sound insulation cover and attached to a necessary part on the rail surface from the other side, and a fastener (7,4) used to fasten the both noise insulation members, wherein the fastener is formed of a first fastening member (8, 5) and a second fastening member (9,6); the first fastening member has a horizontal portion (41,21) inserted beneath a lower surface of a rail bottom and a rising portion (42,22) provided so as to continue from an end of the horizontal portion and fit to the sound insulation cover of one of the noise insulation members (3,2); the second fastening member has a horizontal portion (51,31) inserted beneath the horizontal portion (41,21) of the first fastening member and a rising portion (52,32) provided so as to continue from an end of the horizontal portion and fit to the sound insulation cover of the other one of the noise insulation members (3,2); and at least one convex portion (44,24) is provided to one of the first and second fastening members (8, 5, 9, 6) and a concave portion (54,34) to be fit together with the convex portion is provided to the other one of the fastening members, so that the first fastening member (8, 5) and the second fastening member (9, 6) are fit together in a re-attachable manner with the respective horizontal portions being stacked, the noise insulation device for a rail being characterised in that at feast one of the first and second fastening members is provided with a bent portion (53,23) formed at an end of the horizontal portion on an opposite side to the rising portion (52,22) so as to restrict a movement of the fastening member toward the rising portion (52,22).
Cryogenic-fluid compression apparatus with a compression stage, comprising a casing housing a compression chamber, an intake system that communicates with the compression chamber and is configured to allow the admission of fluid to be compressed into said compression chamber, a mobile piston for ensuring the compression of the fluid in the compression chamber, an actuating member for driving the piston, the apparatus also comprising a discharge orifice configured to allow compressed fluid to leave the compression chamber towards a discharge duct, the compression chamber being delimited by a portion of the body of the piston and a fixed wall of the apparatus, the piston being mobile in a translational movement in a longitudinal direction, the piston comprising a tubular portion mounted around a fixed central guide, a terminal first end of the central guide forming the fixed wall delimiting part of the compression chamber, the apparatus comprising a sealing system formed between the central guide and the piston, wherein, in the longitudinal direction of translation of the piston, the intake system is situated at a first end of the apparatus, the actuating member being situated at a second end of the apparatus, characterized in that the discharge orifice is situated between the intake system and the actuating member.
A method of processing received signals by a multiple input multiple output, MIMO, receiver including a plurality of antennas, the method comprising: selecting a reference resource element, RE, from an RE group including a plurality of REs; generating a common filter to be shared among the plurality of REs of the RE group based on channel information of the reference RE; detecting primary signals, from which channel influence is removed, of the plurality of REs by applying the common filter to received signals of the plurality of REs; generating secondary signals by compensating (840, 850) for primary signals of REs except for the reference RE among the plurality of REs using a conjugate gradient, CG, algorithm, based on channel information of each REs repeatedly until errors between results computed using the channel information of each REs instead of the common filter and the compensated primary signals are less than a threshold; and decoding the primary signal of the reference RE and the secondary signals of the REs except for the reference RE among the plurality of REs. selecting a reference resource element, RE, from an RE group including a plurality of REs; generating a common filter to be shared among the plurality of REs of the RE group based on channel information of the reference RE; detecting primary signals, from which channel influence is removed, of the plurality of REs by applying the common filter to received signals of the plurality of REs; generating secondary signals by compensating (840, 850) for primary signals of REs except for the reference RE among the plurality of REs using a conjugate gradient, CG, algorithm, based on channel information of each REs repeatedly until errors between results computed using the channel information of each REs instead of the common filter and the compensated primary signals are less than a threshold; and decoding the primary signal of the reference RE and the secondary signals of the REs except for the reference RE among the plurality of REs.
An arrangement for the force-locking connection of an adapter shaft to a shaft by means of a clamping ring, wherein the clamping ring is mounted on the adapter shaft, wherein the shaft is inserted into the adapter shaft, wherein the clamping ring has a radially uninterrupted threaded bore into which is screwed a screwing part, in particular grub screw, which presses on the adapter shaft, in particular on a flattened portion, wherein a cylinder bolt is received in a first indentation of the clamping ring, which cylinder bolt extends, in particular extends into, radially inwards into a second indentation which is formed in the adapter shaft, in particular for forming a lossprevention and anti-twist means which acts in the axial direction and in the peripheral direction, characterised in that the cylinder bolt is embodied as a disc. wherein the clamping ring is mounted on the adapter shaft, wherein the shaft is inserted into the adapter shaft, wherein the clamping ring has a radially uninterrupted threaded bore into which is screwed a screwing part, in particular grub screw, which presses on the adapter shaft, in particular on a flattened portion, wherein a cylinder bolt is received in a first indentation of the clamping ring, which cylinder bolt extends, in particular extends into, radially inwards into a second indentation which is formed in the adapter shaft, in particular for forming a lossprevention and anti-twist means which acts in the axial direction and in the peripheral direction, characterised in that the cylinder bolt is embodied as a disc.
A robotic work tool comprising an altitude sensor for providing a current altitude reading and a controller configured to receive the current altitude reading from the altitude sensor; determine an altitude based on the current altitude reading; determine a current position; and generating a map indicating elevations by including the determined altitude for the current position in the map, and wherein a robotic work tool system further comprises a reference altitude sensor for providing a reference altitude reading, wherein the robotic work tool is further configured to receive the reference altitude reading from the reference altitude sensor; and determine the altitude based on the current altitude reading and the reference altitude reading, characterised in that the robotic work tool system further comprises a charging station upon which the reference altitude sensor is arranged and wherein the robotic work tool is further configured to determine that it has docked in the charging station, and in response thereto calibrate the current altitude sensor and/or the reference altitude sensor for providing accurate altitude readings. receive the current altitude reading from the altitude sensor; determine an altitude based on the current altitude reading; determine a current position; and generating a map indicating elevations by including the determined altitude for the current position in the map, and wherein a robotic work tool system further comprises a reference altitude sensor for providing a reference altitude reading, wherein the robotic work tool is further configured to receive the reference altitude reading from the reference altitude sensor; and determine the altitude based on the current altitude reading and the reference altitude reading, characterised in that the robotic work tool system further comprises a charging station upon which the reference altitude sensor is arranged and wherein the robotic work tool is further configured to determine that it has docked in the charging station, and in response thereto calibrate the current altitude sensor and/or the reference altitude sensor for providing accurate altitude readings.