mhurhangee/patent-ind-claim-en huggingface dataset:
A flow completion system comprising a tubing spool which is positioned at the top of a wellbore, a tubing hanger which is landed in the tubing spool, and an apparatus for communicating signals wirelessly through a wellbore barrier defined by the tubing spool and the tubing hanger , the apparatus comprising: a first wireless node which is in communication with an external device ; and a second wireless node which is in communication with a downhole device ; characterized in that the first wireless node is positioned adjacent an outer surface of the tubing spool, the second wireless node is positioned in the tubing hanger generally opposite the first wireless node, the second wireless node is in communication with the downhole device via a first cable which is positioned in an axial feedthrough bore in the tubing hanger, and the first and second wireless nodes are configured to communicate wirelessly through the tubing spool by means of near field magnetic induction (NFMI) communications using low power, non-propagating magnetic fields. a first wireless node which is in communication with an external device ; and a second wireless node which is in communication with a downhole device ; characterized in that the first wireless node is positioned adjacent an outer surface of the tubing spool, the second wireless node is positioned in the tubing hanger generally opposite the first wireless node, the second wireless node is in communication with the downhole device via a first cable which is positioned in an axial feedthrough bore in the tubing hanger, and the first and second wireless nodes are configured to communicate wirelessly through the tubing spool by means of near field magnetic induction (NFMI) communications using low power, non-propagating magnetic fields.
Work station for monitoring and control of an industrial process , the work station comprising a human-machine interface unit for presenting the industrial process in process graphics for an operator, the human-machine interface being communicatively and operatively connectable to an industrial process, the work station being provided with a shortcut navigator for coupling a key of a physical keyboard to a process graphic or entity of a process graphic (3a-e, 4, 5, 6), wherein the shortcut navigator comprises a presenter , which is adapted to present a virtual keyboard in the process graphic, and an assigner , which is adapted to assign a shortcut to the currently presented process graphic or entity (3a-e, 4, 5, 6) of the process graphic, which shortcut couples a specific key of the physical keyboard to the presented process graphic , or to the entity (3a-e, 4, 5, 6) of the process graphic , respectively, wherein the shortcut navigator comprises an appearance controller , the appearance controller being adapted to modify the graphical representation of a key in the virtual keyboard , when that specific key of the physical keyboard provides a shortcut, wherein the graphical representation of the key (16, W, E) in the virtual keyboard is modified to present a thumbnail picture of the process graphic to which it provides a shortcut.
A device for determining the mass of single nanoparticles, viruses and proteins in suspension or in solution with high-collection efficiency, characterized by comprising; - a first device for creating charged particles of interest in gas phase, wherein the first device is an ionization source, - a second device for determining the mass of the particle by a frequency measurement comprising at least one gravimetric detector produced on a chip, - a third device that is fabricated on the same chip with the second device, wherein the third device is an insulating layer surrounding the second device and contains at least one opening aligned with the second device to focus and guide the majority of the incoming charged particles on the second device, by accumulating part of the incoming charges on itself to act as an electrostatic lens. - a first device for creating charged particles of interest in gas phase, wherein the first device is an ionization source, - a second device for determining the mass of the particle by a frequency measurement comprising at least one gravimetric detector produced on a chip, - a third device that is fabricated on the same chip with the second device, wherein the third device is an insulating layer surrounding the second device and contains at least one opening aligned with the second device to focus and guide the majority of the incoming charged particles on the second device, by accumulating part of the incoming charges on itself to act as an electrostatic lens.
A valve for permitting selective communication therethrough, said valve comprising: a material having I. a first side surface and a second side surface defining between them a thickness of said material; II. at least two self-sealing slits each extending through said thickness of said material from said first side surface to said second side surface ; III. at least one frangible portion extending laterally between said at least two slits for at least part of said thickness of said material; and IV. confronting, openable portions along said at least two slits to define a normally closed orifice to minimize communication through said valve and wherein said openable portions are constrained by said at least one frangible portion from moving away from each other into an open condition for establishing communication through said valve ; and wherein said valve is characterized in that one of said at least two self-sealing slits is a central slit and the other of said at least two self-sealing slits is a radially extending major slit that is separated from said central slit by said at least one frangible portion . I. a first side surface and a second side surface defining between them a thickness of said material; II. at least two self-sealing slits each extending through said thickness of said material from said first side surface to said second side surface ; III. at least one frangible portion extending laterally between said at least two slits for at least part of said thickness of said material; and IV. confronting, openable portions along said at least two slits to define a normally closed orifice to minimize communication through said valve and wherein said openable portions are constrained by said at least one frangible portion from moving away from each other into an open condition for establishing communication through said valve ; and wherein said valve is characterized in that one of said at least two self-sealing slits is a central slit and the other of said at least two self-sealing slits is a radially extending major slit that is separated from said central slit by said at least one frangible portion .
Transmission/reception device (12; 120) for a bus system , having a first driver for driving a first signal (CAN_H) for a first bus wire of a bus of the bus system , which bus system at least intermittently ensures exclusive collision-free access by a subscriber station to the bus of the bus system , a second driver for driving a second signal (CAN_L) for the second bus wire of the bus , and an oscillation reduction unit (15; 150) configured to produce a short between the bus wires at least during a change of state of the signal (CAN_H, CAN_L) on at least one of the bus wires from a dominant bus state to a recessive bus state , characterized in that a controllable current source and a cascode transistor are used to drive a signal (CAN_H) for the first bus wire via a first current mirror and a first output stage transistor , wherein the first current mirror is implemented as a PMOS current mirror, wherein there is provision for a first polarity reversal protection diode for the first current mirror , said polarity reversal protection diode being connected between the first current mirror and a connection to the voltage supply, wherein the anode of the first polarity reversal protection diode is connected to the connection , wherein the controllable current source and the cascode transistor are used to drive a signal (CAN_L) for the second bus wire via a second current mirror and a second output stage transistor , wherein the second current mirror is implemented as an NMOS current mirror, wherein there is provision for a second polarity reversal protection diode for the second current mirror , between a source connection of the second output stage transistor and the connection for the second bus wire .
A method of controlling luminaires (101a-d) of a lighting system based on a current mode of an entertainment device , the method comprising: - whilst the entertainment device is in an active mode: - controlling one or more of the luminaires, within an entertainment region, associated with the entertainment device to render an entertainment effect which accompanies inputs to and/or outputs from the entertainment device, - receiving, while said one or more of the luminaires is rendering said entertainment effect, a lighting instruction identifying a plurality of the luminaires (101a-d) and a lighting effect to be rendered by them, characterized in that the method further comprises: - determining, in response to receiving the lighting instruction, that at least a first luminaire of the plurality of luminaires (101a-d) is one of the luminaires currently rendering the entertainment effect, - controlling, in response to receiving the lighting instruction, at least a second luminaire of the plurality of luminaries (101a-d), which is not currently rendering the entertainment effect, to render the lighting effect whilst the first luminaire continues to render the entertainment effect, and - electronically storing an indication of the lighting effect; and - in response to the entertainment device switching to an inactive mode, controlling the first luminaire to render the lighting effect using the electronically stored indication. - whilst the entertainment device is in an active mode: - controlling one or more of the luminaires, within an entertainment region, associated with the entertainment device to render an entertainment effect which accompanies inputs to and/or outputs from the entertainment device, - receiving, while said one or more of the luminaires is rendering said entertainment effect, a lighting instruction identifying a plurality of the luminaires (101a-d) and a lighting effect to be rendered by them, - determining, in response to receiving the lighting instruction, that at least a first luminaire of the plurality of luminaires (101a-d) is one of the luminaires currently rendering the entertainment effect, - controlling, in response to receiving the lighting instruction, at least a second luminaire of the plurality of luminaries (101a-d), which is not currently rendering the entertainment effect, to render the lighting effect whilst the first luminaire continues to render the entertainment effect, and - electronically storing an indication of the lighting effect; and - in response to the entertainment device switching to an inactive mode, controlling the first luminaire to render the lighting effect using the electronically stored indication.
Water treatment system with a cold water inlet, which opens into a circulation circuit, the circulation circuit comprising at least one heater and at least one cavitation unit, the cold water inlet being arranged upstream of the heater in the direction of flow, characterized in that at least one ultrafiltration unit with an exclusion limit of 0.01-0.05 microns, in particular 0.03 microns, is arranged in the circulation circuit .
Water trolley for a galley , having a fresh-water container and a grey-water container , wherein the fresh-water container has a filling connection and a removal connection , wherein the filling connection is arranged on an upper end of a side wall of the fresh-water container and the removal connection is arranged on a lower end of a side wall of the fresh-water container , wherein the grey-water container has a filling connection and a removal connection , characterized in that the filling connection is arranged on an upper end of one side wall of the grey-water container and the removal connection is arranged on a lower end of another side wall of the grey-water container , further characterized in that the filling connection of the fresh-water container is arranged on a lateral side of the fresh-water container , wherein the filling connection of the grey-water container is arranged on a lateral side of the grey-water container , and wherein the lateral side of the fresh-water container faces in a different direction than the lateral side of the grey-water container , wherein the filling connection is formed with one connection direction (R1, R3) and the removal connection is formed with another connection direction (R2, R4), wherein the one connection direction (R1, R3) differs from the other connection direction (R2, R4), wherein the connection direction (R2) of the removal connection of the fresh-water container and the connection direction (R3) of the filling connection of the grey-water container are identical.
An organic light emitting diode comprising: a rectangular substrate including a light emitting portion having an anode, a cathode, and an organic layer of at least one layer arranged between the anode and the cathode, and a non-light emitting portion positioned on an outer side thereof; a total of four bar-type flexible printed circuit boards , each positioned along an entirety of a respective edge of the rectangular substrate in the non-light emitting portion; each bar-type flexible printed circuit board mounted with anode pads and cathode pads; and at least one of a soldering portion or a wire bonding portion making the bar-type flexible printed circuit boards having neighboring end portions conduct electricity, wherein each of the bar-type flexible printed circuit boards is electrically connected to two other of the bar-type flexible printed circuit boards at the anode pads and cathode pads at the neighboring end portions by the at least one of the soldering portion or the wire bonding portion . a rectangular substrate including a light emitting portion having an anode, a cathode, and an organic layer of at least one layer arranged between the anode and the cathode, and a non-light emitting portion positioned on an outer side thereof; a total of four bar-type flexible printed circuit boards , each positioned along an entirety of a respective edge of the rectangular substrate in the non-light emitting portion; each bar-type flexible printed circuit board mounted with anode pads and cathode pads; and at least one of a soldering portion or a wire bonding portion making the bar-type flexible printed circuit boards having neighboring end portions conduct electricity, wherein each of the bar-type flexible printed circuit boards is electrically connected to two other of the bar-type flexible printed circuit boards at the anode pads and cathode pads at the neighboring end portions by the at least one of the soldering portion or the wire bonding portion .
Apparatus for transmitting data over a physical uplink shared channel in a wireless communication system by using an asynchronous hybrid automatic repeat request, HARQ, the apparatus comprising: a first timer configured to start upon uplink data transmission and expire after a first predetermined time; a second timer configured to start upon expiry of the first timer and to expire after a second predetermined time; a receiver for receiving downlink control information including an explicit positive acknowledgement for uplink new data transmission or retransmission without scheduling a further uplink data transmission or retransmission, the receiver being configured to perform the receiving only when the first timer is expired and the second timer is running, wherein the second timer is further configured to stop upon receiving the positive acknowledgement. a first timer configured to start upon uplink data transmission and expire after a first predetermined time; a second timer configured to start upon expiry of the first timer and to expire after a second predetermined time; a receiver for receiving downlink control information including an explicit positive acknowledgement for uplink new data transmission or retransmission without scheduling a further uplink data transmission or retransmission, the receiver being configured to perform the receiving only when the first timer is expired and the second timer is running, wherein the second timer is further configured to stop upon receiving the positive acknowledgement.
A method comprising: receiving , by a user equipment, UE , a configuration for monitoring a wake up signal, WUS, wherein the configuration comprises information indicative of one or more of: one or more component carriers, CCs, a bandwidth part, BWP, a control resource set, CORESET, and a search space, SS; monitoring , by the UE and based on the configuration, a physical downlink control channel, PDCCH for downlink control information, DCI associated with the WUS; and receiving , by the UE , the WUS in response to detecting the DCI, characterized in that the DCI comprises a common indication block and a plurality of UE-specific indication blocks, wherein the UE-specific indication blocks include a plurality of fields including indication functions, wherein the plurality of fields each include information for different CCs or CC groups, and wherein the information is shared among the different CCs or CC groups. receiving , by a user equipment, UE , a configuration for monitoring a wake up signal, WUS, wherein the configuration comprises information indicative of one or more of: one or more component carriers, CCs, a bandwidth part, BWP, a control resource set, CORESET, and a search space, SS; monitoring , by the UE and based on the configuration, a physical downlink control channel, PDCCH for downlink control information, DCI associated with the WUS; and receiving , by the UE , the WUS in response to detecting the DCI, characterized in that the DCI comprises a common indication block and a plurality of UE-specific indication blocks, wherein the UE-specific indication blocks include a plurality of fields including indication functions, wherein the plurality of fields each include information for different CCs or CC groups, and wherein the information is shared among the different CCs or CC groups.
A vehicle control panel for controlling a function for a vehicle, the vehicle control panel comprising: - a switch cap comprising electrical connection pads arranged on a side of the switch cap, and an electric circuit arranged inside the switch cap associated with selecting a state of the function, the electrical connection pads are each electrically connected to respective portions of the electric circuit, and the electric circuit is connected to external electrical circuitry configured to operate the function, - a panel member to which the switch cap is pivotally and releasably attached such that the electrical connection pads of the switch cap reaches an inner surface of the panel member , wherein the switch cap is rotatable about a rotation axis with respect to the panel member for rotating between at least two positions, the panel member having electrical circuit closing members attached on the inner surface of the panel member, wherein each of the electrical circuit closing members is configured to close a respective portion of the electric circuit printed in the switch cap, each portion of the electric circuit is associated with a corresponding one of the states, wherein, when in a first position of the at least two positions at least two of the electrical connection pads are adapted to coincide and make contact with one of the electrical circuit closing members in the panel member, whereby a respective first electric circuit portion in the switch cap is closed by the electrical circuit closing member such that the external electrical circuitry thereby operates the function to a first state, and when in a second position of the at least two positions at least two other of the electrical connection pads are adapted to coincide and make contact with another one of the electrical circuit closing members in the panel member , whereby a respective second electric circuit portion in the switch cap is closed by the electrical circuit closing member such that the external electrical circuitry thereby operates the function to a second state. - a switch cap comprising electrical connection pads arranged on a side of the switch cap, and an electric circuit arranged inside the switch cap associated with selecting a state of the function, the electrical connection pads are each electrically connected to respective portions of the electric circuit, and the electric circuit is connected to external electrical circuitry configured to operate the function, - a panel member to which the switch cap is pivotally and releasably attached such that the electrical connection pads of the switch cap reaches an inner surface of the panel member , wherein the switch cap is rotatable about a rotation axis with respect to the panel member for rotating between at least two positions,
Beam article including elongated metal sheets each having an elongated body and opposing edges, the bodies arranged and secured together to form an elongated at least partly closed tubular beam, having a length with non-constant transverse cross sections along the length, with some of the edges abutting adjacent ones of the bodies to form non-radiused corners, the body of at least one of the sheets being planar.
A vibrating element, comprising: a conductive first frame including a first beam portion and a first support portion supporting one end of the first beam portion ; a conductive second frame that includes a second beam portion and a second support portion supporting one end of the second beam portion , and is disposed separated from the first frame ; an oscillating body supported by the first frame and the second frame in a manner that enables the oscillating body to vibrate, the oscillating body being disposed between another end of the first beam portion and another end of the second beam portion and connecting the first beam portion and the second beam portion in an insulated state; and a power-consuming member that is installed on the oscillating body and is supplied with power via the first frame and the second frame by providing a potential difference between the first frame and the second frame, enabling a current flowing from the first frame to the second frame or from the second frame to the first frame via the power-consuming member, characterized by further comprising: a drive unit that is disposed straddling the first support portion and the second support portion and subjects the oscillating body to vibrational driving via the first frame and the second frame . a conductive first frame including a first beam portion and a first support portion supporting one end of the first beam portion ; a conductive second frame that includes a second beam portion and a second support portion supporting one end of the second beam portion , and is disposed separated from the first frame ; an oscillating body supported by the first frame and the second frame in a manner that enables the oscillating body to vibrate, the oscillating body being disposed between another end of the first beam portion and another end of the second beam portion and connecting the first beam portion and the second beam portion in an insulated state; and a power-consuming member that is installed on the oscillating body and is supplied with power via the first frame and the second frame by providing a potential difference between the first frame and the second frame, enabling a current flowing from the first frame to the second frame or from the second frame to the first frame via the power-consuming member, characterized by further comprising: a drive unit that is disposed straddling the first support portion and the second support portion and subjects the oscillating body to vibrational driving via the first frame and the second frame .