mhurhangee/ep-ind-claims huggingface dataset:
An industrial robot comprising: a manipulator; a control device for controlling the manipulator; and a connection cable connecting the manipulator to the control device, wherein the manipulator includes: a fixed base section; a plurality of motors for operating the manipulator; a plurality of detecting sections for detecting a state of the plurality of motors; a first movable casing, a second casing and a third casing for storing the plurality of motors and the plurality of detecting sections; one power supply section for supplying electric power to the plurality of detecting sections; and a plurality of power supply cables connecting the plurality of detecting sections to the one power supply section; the one power supply section being disposed in the base section. a manipulator; a control device for controlling the manipulator; and a connection cable connecting the manipulator to the control device, wherein the manipulator includes: a fixed base section; a plurality of motors for operating the manipulator; a plurality of detecting sections for detecting a state of the plurality of motors; a first movable casing, a second casing and a third casing for storing the plurality of motors and the plurality of detecting sections; one power supply section for supplying electric power to the plurality of detecting sections; and a plurality of power supply cables connecting the plurality of detecting sections to the one power supply section; the one power supply section being disposed in the base section. a fixed base section; a plurality of motors for operating the manipulator; a plurality of detecting sections for detecting a state of the plurality of motors; a first movable casing, a second casing and a third casing for storing the plurality of motors and the plurality of detecting sections; one power supply section for supplying electric power to the plurality of detecting sections; and a plurality of power supply cables connecting the plurality of detecting sections to the one power supply section; the one power supply section being disposed in the base section.
A child-resistant closure for a container, the closure comprising outer and inner nested caps (15, 25) each having a top panel (16, 26) and a side skirt (17, 27) depending generally peripherally therefrom, said outer cap loosely generally encompassing said inner cap to allow relative rotary and axial movement there between, the outer and inner caps having corresponding drive formations (19,34) which can be brought into driving engagement wher the caps are moved axially towards one another to a first axial position, the outer cap comprising a plurality of spring members for urging the inner and outer caps axially away from each other to a second axial position, the inner cap comprising a top panel provided with a plurality of ramps, the spring members providing a biasing force to maintain said outer and inner caps in the second axial position and drivingly engaging the ramps in the second axial position so as to drive the outer and inner caps together in an screwing direction, but slipping over the ramps freely in an unscrewing direction, downward pressure on the outer cap overcoming the spring finger bias to move the caps to the first axial position to allow unscrewing of the closure using the inner and outer cap drive formations, in which the external surface of the inner cap side skirt includes a plurality of substantially full height axial ribs for allowing venting when the outer and inner caps are initially assembled together, in which the inner cap drive formations comprise a plurality of castellations, characterised in that the castellations upstand from the inner cap top panel, in that each full height axial rib connects to a castellation, and in that the castellations comprise a first radially extending side wall upstanding from the top panel and a second radially extending side wall upstanding from the top panel, said first and second side walls being located at or towards the periphery of the top panel and being mutually spaced, the first and second side walls are joined at one end by an arcuate cross wall which upstands from the top panel, spaced from the periphery thereof.
Anode clamp assembly for attachment to a submerged structure which is to be corrosion protected and comprising: - an elongate bar shaped or cylindrical anode arranged on a rod having rod ends extending from each end of the anode, - clamps being attached to the rod ends, wherein - each clamp comprises two first legs (11, 11') having an intermediate bore arranged for rotation around a first rotation axis, - each of said first legs (11, 11') at a first end is provided with a gripping jaw, characterised in that - said gripping jaw is intended for attachment to a part connected to the structure, and - each of said first legs (11, 11') at a second end is hinged connected to a second leg (17, 17') via first hinges (18, 18') having a second rotation axis (19, 19'), and - the second legs (17, 17') are hinged to each other via a second hinge having a third rotation axis for forming an over-centre acting knee joint together with the two first legs (11, 11'), and - said first rotation axis is defined by the rod ends, and - said first rotation axis and said third rotation axis are arranged in a common plane being a symmetry plane for the clamp, and wherein a stop is provided at a first of the second legs in form of an end portion extending past the second hinge in direction against the first rotation axis to establish the correct force when the clamp is activated by a force pushing the over-centre acting knee joint towards the first hinges (18, 18'). - an elongate bar shaped or cylindrical anode arranged on a rod having rod ends extending from each end of the anode, - clamps being attached to the rod ends, wherein - each clamp comprises two first legs (11, 11') having an intermediate bore arranged for rotation around a first rotation axis, - each of said first legs (11, 11') at a first end is provided with a gripping jaw, characterised in that - said gripping jaw is intended for attachment to a part connected to the structure, and - each of said first legs (11, 11') at a second end is hinged connected to a second leg (17, 17') via first hinges (18, 18') having a second rotation axis (19, 19'), and - the second legs (17, 17') are hinged to each other via a second hinge having a third rotation axis for forming an over-centre acting knee joint together with the two first legs (11, 11'), and - said first rotation axis is defined by the rod ends, and - said first rotation axis and said third rotation axis are arranged in a common plane being a symmetry plane for the clamp, and wherein a stop is provided at a first of the second legs in form of an end portion extending past the second hinge in direction against the first rotation axis to establish the correct force when the clamp is activated by a force pushing the over-centre acting knee joint towards the first hinges (18, 18').
An opening-and-closing member control apparatus, comprising: a panel drive device moving a movable panel in opening and closing directions; a panel monitoring device monitoring a position of the movable panel between fully closed and opened positions; a sunshade drive device moving a sunshade in opening and closing directions; a sunshade monitoring device monitoring a position of the sunshade between fully closed and opened positions; and a control device (20, 30) controlling driving of the panel drive device and the sunshade drive device on the basis of the position of the movable panel monitored by the panel monitoring device and the position of the sunshade monitored by the sunshade monitoring device, characterised in that the control device controls the driving of the drive devices in such a way that the position of the movable panel precedes the position of the sunshade toward the fully closed position when the movable panel and the sunshade move in the closing direction. a panel drive device moving a movable panel in opening and closing directions; a panel monitoring device monitoring a position of the movable panel between fully closed and opened positions; a sunshade drive device moving a sunshade in opening and closing directions; a sunshade monitoring device monitoring a position of the sunshade between fully closed and opened positions; and a control device (20, 30) controlling driving of the panel drive device and the sunshade drive device on the basis of the position of the movable panel monitored by the panel monitoring device and the position of the sunshade monitored by the sunshade monitoring device, characterised in that the control device controls the driving of the drive devices in such a way that the position of the movable panel precedes the position of the sunshade toward the fully closed position when the movable panel and the sunshade move in the closing direction.
A radio base station, comprising a Radio Equipment Control, REC, and Radio Equipment, RE, at least two Common Public Radio Interface, CPRI, links exist between the REC and the RE; and in-phase/quadrature phase, I/Q, data that needs to transmit in a divided manner between the REC and the RE is transmitted over the at least two CPRI links, characterized in that, the REC is an REC that supports multiple modes, a CPRI link exists between one port of the RE and a port of a module supporting a first mode in the REC, another CPRI link exists between the other port of the RE and a port of a module supporting a second mode in the REC, and a data link exists between the module supporting the first mode and the module supporting the second mode; wherein the I/Q data that needs to transmit in a divided manner is divided into two paths of I/Q data with different content by either of the REC and RE, one path of divided I/Q data is transmitted over the CPRI link between the RE and the module that supports the first mode, and the other path of divided I/Q data is transmitted between the RE and the module that supports the first mode over the data link between the module that supports the first mode and the module that supports the second mode and the CPRI link between the RE and the module that supports the second mode.
An analog front end (200, 300, 400, 450) for a radar system, comprising: a transmitter circuit configured to transmit a radar signal; a receiver circuit configured to receive and process a reflected radar signal and output a received radar signal; a timing circuit arranged to control operation of the transmitter circuit and the receiver circuit and output a valid data signal indicating whether the receiver circuit will be receiving the reflected radar signal; a converter (210, 194) configured to convert the received radar signal and output digital data; and a serialising circuit arranged to receive the digital data from the converter and to supply a serial data stream including the digital data from the converter for a data processing device, wherein the valid data signal is also communicated to the converter; characterised in that the converter is configured to output either a bit pattern corresponding to a code word when the valid data signal indicates that the receiver circuit will not be receiving the reflected radar signal or to output a bit pattern corresponding to a data word including radar data when the valid data signal indicates that the receiver circuit will be receiving the reflected radar signal. a transmitter circuit configured to transmit a radar signal; a receiver circuit configured to receive and process a reflected radar signal and output a received radar signal; a timing circuit arranged to control operation of the transmitter circuit and the receiver circuit and output a valid data signal indicating whether the receiver circuit will be receiving the reflected radar signal; a converter (210, 194) configured to convert the received radar signal and output digital data; and a serialising circuit arranged to receive the digital data from the converter and to supply a serial data stream including the digital data from the converter for a data processing device, wherein the valid data signal is also communicated to the converter; characterised in that the converter is configured to output either a bit pattern corresponding to a code word when the valid data signal indicates that the receiver circuit will not be receiving the reflected radar signal or to output a bit pattern corresponding to a data word including radar data when the valid data signal indicates that the receiver circuit will be receiving the reflected radar signal.
A method in a first wireless device for floor control in an Off-Network mode of Mission Critical Push to Talk, MCPTT, wherein the first wireless device is communicating in a group call with one or more of wireless devices using push to talk communication, the method comprising: prior to transmitting a first message to the one or more wireless devices, determining, at a first wireless device, a priority of the first message; determining, at the first wireless device, whether a floor is available for transmitting the first message based on the determined priority of the first message; and upon the floor being available, transmitting the first message from the first wireless device to the one or more wireless devices, characterised in that the first message is transmitted from the first wireless device without the first wireless device first requesting the floor from a remote floor controller, determining, at the first wireless device, that the floor is held by a second wireless device of the one or more wireless devices; determining, at the first wireless device, that the priority of the first message is greater than a priority of the current floor holder; and overriding the current floor holder and transmitting the first message from the first wireless device to the one or more wireless devices. prior to transmitting a first message to the one or more wireless devices, determining, at a first wireless device, a priority of the first message; determining, at the first wireless device, whether a floor is available for transmitting the first message based on the determined priority of the first message; and upon the floor being available, transmitting the first message from the first wireless device to the one or more wireless devices, characterised in that the first message is transmitted from the first wireless device without the first wireless device first requesting the floor from a remote floor controller, determining, at the first wireless device, that the floor is held by a second wireless device of the one or more wireless devices; determining, at the first wireless device, that the priority of the first message is greater than a priority of the current floor holder; and overriding the current floor holder and transmitting the first message from the first wireless device to the one or more wireless devices.
Smokeless cigarette device comprising one or more capsules, each capsule comprising at least one chamber having an opening at each of its ends with the openings at opposite ends of the chamber, wherein each of the two openings is closed by a lid, wherein the lids at opposite ends of the chamber open upon pressure being applied to the outside of the capsule.
An oven comprising a cooking chamber wherein the cooking process is performed, a heater that provides foodstuffs placed into the cooking chamber to be cooked, a thermostat that controls the operation of the heater and a control unit that provides the cooking process to be performed in at least three phases being the first phase, the second phase and the third phase from the start to end of the cooking, in the first phase at a first temperature defined by the user at the start of cooking process for a first phase duration, in the second phase, at a second temperature lower than the temperature defined by the user for a second phase duration and in the third phase at a third temperature higher than the temperatures in the first or second phase for a third phase duration, characterized by the control unit that determines the decision for passing to the second phase from the first phase and/or to the third phase from the second phase according to the difference (Dt1, Dt2) between the consecutive on-off cycle times of the heater, said control unit providing to pass to the second phase from the first phase and/or to the third phase from the second phase when the difference (Dt1, Dt2) between the consecutive on-off cycle times of the heater becomes at least as much as a critical time (tk1, tk2) predetermined by the producer.
Inductive assembly comprising: - a support including a main face wherein an open channel is formed, the channel having at least one straight portion with a bottom surface of the channel connecting at least two side surfaces (14, 15) of the channel to each other, - a printed circuit board, the printed circuit board being foldable from a plate shape to a folded state such that to cover at least a part of the bottom surface and at least a part of the side surfaces (14, 15) of the straight portion of the channel, the printed circuit board comprising a plurality of tracks, each track being electrically continuous between a pair of connecting spots (28a, 28b), - a magnetic piece having a shape and a size corresponding to the shape and the size of the channel such that the magnetic piece is configured to be accommodated into the channel when the printed circuit board equips the channel, characterized by the printed circuit board being arranged to surround at least partially a portion of the magnetic piece in the folded state in the channel such that at least one connecting spot of a first track is electrically connected to a connecting spot of a second track to form a winding around the magnetic piece and to inductively couple the printed circuit board and the magnetic piece. - a support including a main face wherein an open channel is formed, the channel having at least one straight portion with a bottom surface of the channel connecting at least two side surfaces (14, 15) of the channel to each other, - a printed circuit board, the printed circuit board being foldable from a plate shape to a folded state such that to cover at least a part of the bottom surface and at least a part of the side surfaces (14, 15) of the straight portion of the channel, the printed circuit board comprising a plurality of tracks, each track being electrically continuous between a pair of connecting spots (28a, 28b), - a magnetic piece having a shape and a size corresponding to the shape and the size of the channel such that the magnetic piece is configured to be accommodated into the channel when the printed circuit board equips the channel, characterized by the printed circuit board being arranged to surround at least partially a portion of the magnetic piece in the folded state in the channel such that at least one connecting spot of a first track is electrically connected to a connecting spot of a second track to form a winding around the magnetic piece and to inductively couple the printed circuit board and the magnetic piece.
A device comprising: a processor; a memory storing messages, at least a subset of the messages designated as unread messages; and a touchscreen including a display; the processor configured to: provide, at the display, a graphic user interface comprising a plurality of icons corresponding to one or more applications, detect a sliding touch input at the touchscreen, wherein the sliding touch input includes a change in direction, and wherein a user's finger maintains contact with the touchscreen during the sliding touch input, provide an initial list of the messages at the display when the change in direction in the sliding touch input is detected at the touchscreen, the initial list of the messages including both the unread messages and messages designated as read messages, detect, whether the sliding touch input terminates in a static touch input proximal an edge of the touchscreen; and provide at the display, in response to detecting the static touch input, a list including the unread messages and not the messages designated as read messages. a processor; a memory storing messages, at least a subset of the messages designated as unread messages; and a touchscreen including a display; the processor configured to: provide, at the display, a graphic user interface comprising a plurality of icons corresponding to one or more applications, detect a sliding touch input at the touchscreen, wherein the sliding touch input includes a change in direction, and wherein a user's finger maintains contact with the touchscreen during the sliding touch input, provide an initial list of the messages at the display when the change in direction in the sliding touch input is detected at the touchscreen, the initial list of the messages including both the unread messages and messages designated as read messages, detect, whether the sliding touch input terminates in a static touch input proximal an edge of the touchscreen; and provide at the display, in response to detecting the static touch input, a list including the unread messages and not the messages designated as read messages. provide, at the display, a graphic user interface comprising a plurality of icons corresponding to one or more applications, detect a sliding touch input at the touchscreen, wherein the sliding touch input includes a change in direction, and wherein a user's finger maintains contact with the touchscreen during the sliding touch input, provide an initial list of the messages at the display when the change in direction in the sliding touch input is detected at the touchscreen, the initial list of the messages including both the unread messages and messages designated as read messages, detect, whether the sliding touch input terminates in a static touch input proximal an edge of the touchscreen; and provide at the display, in response to detecting the static touch input, a list including the unread messages and not the messages designated as read messages.
A method of testing and adjusting an RFID reading device that has an internal antenna and/or an external antenna connected via a connection line, wherein at least one RFID signal is transmitted between the RFID reading device and the at least one RFID transponder over the antenna and at least one signal parameter of the transmitted RFID signal is measured, and wherein the RFID reading device recognizes which antenna is connected, wherein the RFID reading device compares the connected antenna and/or the connection line with alternative antennas connectable to the RFID reading device and/or with connection lines of an antenna list to identify an antenna and/or connection line that improves the transmission of the RFID signal; wherein the measured signal parameter serves as a basis for the comparison with alternative antennas and possible improvements and the identified antenna and/or connection line is displayed to a user of the RFID reading device.