mhurhangee/patent-ind-claim-en huggingface dataset:
Control assembly of an automation system, having at least two row modules which are arranged one after the other in a row and have an actual order, comprising a control and/or communication module and/or an I/O module , and a test module , wherein the modules are connected to one another via signals and wherein the at least two row modules are each equipped with an indicator element (15, 25. 35, 45) which can assume two distinguishable states, wherein the test module has stored a target order for the row modules arranged in row, characterized in that the test module is designed to send a test signal to each of the row modules one after the other in accordance with the target order, wherein each of the indicator elements is adapted to change its state in response to a test signal received by its hardware module and when the target and the actual order of the row modules match, the state changes of the indicator elements cause a running light effect. an I/O module , and a test module , wherein the modules are connected to one another via signals and wherein the at least two row modules are each equipped with an indicator element (15, 25. 35, 45) which can assume two distinguishable states, wherein the test module has stored a target order for the row modules arranged in row, characterized in that the test module is designed to send a test signal to each of the row modules one after the other in accordance with the target order, wherein each of the indicator elements is adapted to change its state in response to a test signal received by its hardware module and when the target and the actual order of the row modules match, the state changes of the indicator elements cause a running light effect.
An upholstered seating furniture frame comprising a seat frame part and at least a first leg part connectable to the seat frame part , wherein the seat frame part comprises a seat frame structure which is at least partly made from hollow tubes, wherein at least one of the seat frame part and the first leg part comprises a supporting device (72; 172; 272) adapted for alignment and temporary connection of the at least one of the seat frame part and the first leg part to the other of the seat frame part and the first leg part , the supporting device (72; 172; 272) comprising an insertion portion (72; 172; 272) arranged on one of the seat frame part and the first leg part and adapted for insertion into the other of the seat frame part and the first leg part to align and hold the first leg part mounted to the seat frame part in a self-standing intermediate assembly state, wherein at least one of the seat frame part and the first leg part comprises at least portions of a final connecting device (76, 78, 80, 38, 104; 238) comprising: i) a mounting plate comprising a bore being parallel with a sitting plane of the seat frame part , the mounting plate being arranged in one of the seat frame part and the first leg part , ii) an opening arranged in the other of the seat frame part and the first leg part , and iii) a final connection mounting rod arranged to co-operate with the opening and with the bore arranged in the mounting plate , the rod being arranged for tightening to cause a tightening force on the seat frame part and the first leg part acting along the longitudinal direction of the rod for final connection of the first leg part to the seat frame part and transforming the self-standing intermediate assembly state into a self-standing ready-to-use state.
A method for creating a profile for accessing resources across a plurality of nodes in a network, each node associated with a node identifier, at least one resource, the resource having information associated with the node, and at least one capability, the capability enabling the node to respond to certain types of client requests, the method comprising at an entity manager : receiving from a client at least one first request to create the profile, said at least one first request comprising the node identifiers associated with the plurality of nodes; generating the profile, said profile comprising a list of node identifiers associated with the plurality of nodes, wherein the profile is addressable by a profile identifier; transmitting a response to the client , the response indicating that the profile is created and comprising the profile identifier; the method being characterized by : receiving a second request from the client, the second request comprising the profile identifier; transmitting separate requests to each of the plurality of nodes; receiving a response from each of the plurality of nodes; providing a combined response to the client, thereby enabling the client to interact with the plurality of nodes with a single request. receiving from a client at least one first request to create the profile, said at least one first request comprising the node identifiers associated with the plurality of nodes; generating the profile, said profile comprising a list of node identifiers associated with the plurality of nodes, wherein the profile is addressable by a profile identifier; transmitting a response to the client , the response indicating that the profile is created and comprising the profile identifier; the method being characterized by : receiving a second request from the client, the second request comprising the profile identifier; transmitting separate requests to each of the plurality of nodes; receiving a response from each of the plurality of nodes; providing a combined response to the client, thereby enabling the client to interact with the plurality of nodes with a single request. receiving a second request from the client, the second request comprising the profile identifier; transmitting separate requests to each of the plurality of nodes; receiving a response from each of the plurality of nodes; providing a combined response to the client, thereby enabling the client to interact with the plurality of nodes with a single request.
A computer implemented method for generation, deployment and execution of a workflow , the method comprising: forming, via a graphical-user interface , which is included in a processing platform of a user device , a graphical representation of the workflow for generation, deployment and execution of tasks of the workflow , wherein the graphical representation comprises widgets (132 1 -132 N , 136, 138 1 -138 N , 140 1 -140 M ), and wherein the widgets (132 1 -132 N , 136, 138 1 -138 N , 140 1 -140 M ) represent the tasks of the workflow ; forming, from the workflow by means of the processing platform , a record for generation, deployment and execution of the workflow , wherein the record is operable to be dispatched to a host including at least one server for facilitating generation, deployment and execution of the workflow ; dispatching the record by means of the processing platform to the host including at least one server for facilitating generation, deployment and execution of the workflow ; and issuing, via the graphical-user interface , at least one instruction to the host , wherein the host , responsive to the at least one instruction, generates, as a function of the record and at a time prior to execution time, computer-executable instructions for carrying out the workflow , and carries out the tasks of the workflow . forming, via a graphical-user interface , which is included in a processing platform of a user device , a graphical representation of the workflow for generation, deployment and execution of tasks of the workflow , wherein the graphical representation comprises widgets (132 1 -132 N , 136, 138 1 -138 N , 140 1 -140 M ), and wherein the widgets (132 1 -132 N , 136, 138 1 -138 N , 140 1 -140 M ) represent the tasks of the workflow ; forming, from the workflow by means of the processing platform , a record for generation, deployment and execution of the workflow , wherein the record is operable to be dispatched to a host including at least one server for facilitating generation, deployment and execution of the workflow ; dispatching the record by means of the processing platform to the host including at least one server for facilitating generation, deployment and execution of the workflow ; and issuing, via the graphical-user interface , at least one instruction to the host , wherein the host , responsive to the at least one instruction, generates, as a function of the record and at a time prior to execution time, computer-executable instructions for carrying out the workflow , and carries out the tasks of the workflow .
A first device which shares content information with an external device , the first device comprising: a wireless transceiver configured to receive, from the external device , information which relates to at least one content that is being reproduced by the external device using a first service; a controller configured to: determine a content list using the received information which relates to the at least one content; transfer the content list to a server ; receive a play list page determined according to the content list from the server via a second service; and an output unit configured to output the play list page received from the server . a wireless transceiver configured to receive, from the external device , information which relates to at least one content that is being reproduced by the external device using a first service; a controller configured to: determine a content list using the received information which relates to the at least one content; transfer the content list to a server ; receive a play list page determined according to the content list from the server via a second service; and determine a content list using the received information which relates to the at least one content; transfer the content list to a server ; receive a play list page determined according to the content list from the server via a second service; and an output unit configured to output the play list page received from the server .
A gas dispensing device comprising a gas hose (10; 10') with a first end for receiving gas and a second end for dispensing gas; a first sensor , which is arranged at the first end and configured to determine a first measured value relating to an amount of gas received at the first end ; a second sensor , which is arranged at the second end and configured to determine and output a second measured value relating to an amount of gas dispensed at the second end ; and a communication device (30; 71, 72; 81, 82), which is configured to send the second measured value from the second sensor to the first sensor , characterized in that the second measured value, from its output by the second sensor until its reception by the first sensor , is protected from unauthorized and/or unnoticed access by third parties by the fact that the first sensor and the second sensor are connected to each other by a data line , that the connections of the two ends of the data line to the first sensor and to the second sensor are provided with signaling paint, and that the data line is mechanically shielded from external access, wherein the mechanical shielding comprises a pipe and/or a hose extending from the first sensor to the second sensor . a gas hose (10; 10') with a first end for receiving gas and a second end for dispensing gas; a first sensor , which is arranged at the first end and configured to determine a first measured value relating to an amount of gas received at the first end ; a second sensor , which is arranged at the second end and configured to determine and output a second measured value relating to an amount of gas dispensed at the second end ; and a communication device (30; 71, 72; 81, 82), which is configured to send the second measured value from the second sensor to the first sensor , characterized in that the second measured value, from its output by the second sensor until its reception by the first sensor , is protected from unauthorized and/or unnoticed access by third parties by the fact that the first sensor and the second sensor are connected to each other by a data line , that the connections of the two ends of the data line to the first sensor and to the second sensor are provided with signaling paint, and that the data line is mechanically shielded from external access, wherein the mechanical shielding comprises a pipe and/or a hose extending from the first sensor to the second sensor .
A base station apparatus configured to perform communication with a mobile station apparatus that is configured to transmit data using two or more access schemes that are different respectively, the base station apparatus comprising: a mobile station control data generation section configured to generate control information including information specifying an access scheme and Transmit Power Control, TPC, control data; and a transmission apparatus configured to notify the mobile station apparatus of the control information at least at a timing when the transmission apparatus performs instruction that the mobile station apparatus changes the access scheme, wherein the two or more access schemes comprise a Discrete Fourier Transform - Spread - Orthogonal Frequency Division Multiple Access, DFT-S-OFDMA, also called Single Carrier - Frequency Division Multiple Access, SC-FDMA, and a Clustered DFT-S-OFDMA. a mobile station control data generation section configured to generate control information including information specifying an access scheme and Transmit Power Control, TPC, control data; and a transmission apparatus configured to notify the mobile station apparatus of the control information at least at a timing when the transmission apparatus performs instruction that the mobile station apparatus changes the access scheme, wherein the two or more access schemes comprise a Discrete Fourier Transform - Spread - Orthogonal Frequency Division Multiple Access, DFT-S-OFDMA, also called Single Carrier - Frequency Division Multiple Access, SC-FDMA, and a Clustered DFT-S-OFDMA.
A cutoff mechanism for an optical module comprising a housing and a driving motor provided with an armature resistance and being arranged to cause the movement of a light beam cutoff shield , said housing being made of a plastic material, characterized in that said armature resistance is comprised between 25 and 120 Ohms.
A stringed musical instrument comprising: a musical instrument body configured such that a string is attached thereto; a pickup configured to: i) detect vibration of the string and ii) output a string vibration signal according to the vibration; a detection sensor that is: i) attached to the musical instrument body and ii) configured to output a detection signal according to a force applied to the musical instrument body; and a controller that is attached to the musical instrument body, and is configured to output, based on the detection signal, a control signal configured to control an operation of an effect imparting unit configured to impart an effect to the string vibration signal, wherein the musical instrument body includes a hollow part that has a front plate , a back plate and a side plate , and the stringed musical instrument being characterized in that the detection sensor is attached to the inner surface of the front plate inside the hollow part and configured to detect a deflection in the musical instrument body. a musical instrument body configured such that a string is attached thereto; a pickup configured to: i) detect vibration of the string and ii) output a string vibration signal according to the vibration; a detection sensor that is: i) attached to the musical instrument body and ii) configured to output a detection signal according to a force applied to the musical instrument body; and a controller that is attached to the musical instrument body, and is configured to output, based on the detection signal, a control signal configured to control an operation of an effect imparting unit configured to impart an effect to the string vibration signal, wherein the musical instrument body includes a hollow part that has a front plate , a back plate and a side plate , and the stringed musical instrument being characterized in that the detection sensor is attached to the inner surface of the front plate inside the hollow part and configured to detect a deflection in the musical instrument body.
An aroma cartridge, comprising a columnar housing having first and second surfaces each substantially having a shape of a triangle parallel to and congruent with each other and a side surface connecting the first and second surfaces; wherein said housing has a hollow portion to store a scent source, a scent passage opening at said first surface for emitting scent from the scent source in the hollow portion to the outside, connecting said hollow portion to the outside, and an opening for introducing air from outside to said hollow portion; each of said first and second surfaces has a corresponding first vertex; said scent passage is opened at a portion near said first vertex of said first surface; said aroma cartridge further comprising a near field communication tag provided on said second surface or said side surface of said housing for transmitting identification data for identifying type of scent source contained in the aroma cartridge to a near field communication chip by near field communication; wherein said near field communication tag is arranged on the surface of said housing, at a position closer to said second surface than said first surface and closer to an opposite side of said first vertex of said second surface than said first vertex of said second surface, said opening is formed on said side surface, and said near field communication tag is arranged at a position closer to the center of said opposite side than said first vertex on said second surface of said housing. a columnar housing having first and second surfaces each substantially having a shape of a triangle parallel to and congruent with each other and a side surface connecting the first and second surfaces; wherein said housing has a hollow portion to store a scent source, a scent passage opening at said first surface for emitting scent from the scent source in the hollow portion to the outside, connecting said hollow portion to the outside, and an opening for introducing air from outside to said hollow portion; each of said first and second surfaces has a corresponding first vertex; said scent passage is opened at a portion near said first vertex of said first surface; said aroma cartridge further comprising a near field communication tag provided on said second surface or said side surface of said housing for transmitting identification data for identifying type of scent source contained in the aroma cartridge to a near field communication chip by near field communication; wherein said near field communication tag is arranged on the surface of said housing, at a position closer to said second surface than said first surface and closer to an opposite side of said first vertex of said second surface than said first vertex of said second surface, said opening is formed on said side surface, and said near field communication tag is arranged at a position closer to the center of said opposite side than said first vertex on said second surface of said housing.
A range extended plug-in hybrid electric vehicle having a reciprocating piston engine including a crankshaft , a drivetrain including a transmission driving at least one road wheel , a low voltage electrical system including a low voltage electrical storage device and an electronic controller and a high voltage electrical system including a high voltage electrical generator driven via a coupling by the reciprocating piston engine , a high voltage electrical storage device to store electrical energy, a high voltage electric traction motor electrically connected to the high voltage storage device and arranged to selectively drive the transmission characterised in that , when the reciprocating piston combustion engine is running, the electronic controller is operable to use a combustion model to produce an output of expected torque variations from the reciprocating piston engine based upon one or more inputs indicative of the operation of the reciprocating piston engine and use the output of torque variations from the combustion model to control the operation of the high voltage electrical generator to vary the torque required to drive it so as to compensate for the expected variations in engine output torque wherein the electronic controller is arranged to provide an output from the combustion model of expected torque variations to a dynamic system model of the drive path from the reciprocating piston engine to the high voltage electrical generator and use an output from the dynamic system model to control the operation of the high voltage electrical generator wherein the high voltage electrical generator is controlled such that the torque required for driving the high voltage electrical generator is phase shifted with respect to the expected torque variations of the reciprocating piston engine so as to lead the expected torque variations of the reciprocating piston engine .
A method, performed by a base station, of transmitting or receiving data, the method comprising: determining whether to respectively allocate a plurality of transport blocks including a first transport block and a second transport block to different resource regions, based on channel information; determining, based on a result of the determining, a frequency resource region to which the plurality of transport blocks are allocated and a modulation and coding scheme of the plurality of transport blocks; and transmitting, to a terminal, first downlink control information including an indicator of a transmission mode which indicates whether the plurality of transport blocks are allocated to different frequency resource regions and resource allocation information of the frequency resource region to which the plurality of transport blocks are allocated, characterized in that when the indicator of the transmission mode indicates a first value, the resource allocation information includes M bits of first frequency resource information allocated to the first transport block and M bits of second frequency resource information allocated to the second transport block, and a frequency resource allocation unit is identified as 2N, and when the indicator of the transmission mode indicates a second value, the resource allocation information includes 2M bits of third frequency resource information allocated to the first transport block and the second transport block, and the frequency resource allocation unit is identified as N. determining whether to respectively allocate a plurality of transport blocks including a first transport block and a second transport block to different resource regions, based on channel information; determining, based on a result of the determining, a frequency resource region to which the plurality of transport blocks are allocated and a modulation and coding scheme of the plurality of transport blocks; and transmitting, to a terminal, first downlink control information including an indicator of a transmission mode which indicates whether the plurality of transport blocks are allocated to different frequency resource regions and resource allocation information of the frequency resource region to which the plurality of transport blocks are allocated, characterized in that when the indicator of the transmission mode indicates a first value, the resource allocation information includes M bits of first frequency resource information allocated to the first transport block and M bits of second frequency resource information allocated to the second transport block, and a frequency resource allocation unit is identified as 2N, and when the indicator of the transmission mode indicates a second value, the resource allocation information includes 2M bits of third frequency resource information allocated to the first transport block and the second transport block, and the frequency resource allocation unit is identified as N.