mhurhangee/ep-ind-claims huggingface dataset:
A laminated pole, comprising: a tubular structure comprising one or more layers (102A-F) wherein the layer is formed of one round of a wooden sheet; and one or more longitudinal elements (104A-P) configured to cover at least a part of at least one layer of the tubular structure, wherein the laminated pole is characterized in that the tubular structure comprises a plurality of the layers, wherein each layer is formed of one round of the one wooden sheet. a tubular structure comprising one or more layers (102A-F) wherein the layer is formed of one round of a wooden sheet; and one or more longitudinal elements (104A-P) configured to cover at least a part of at least one layer of the tubular structure, wherein the laminated pole is characterized in that the tubular structure comprises a plurality of the layers, wherein each layer is formed of one round of the one wooden sheet.
A gas circulation system for performing robotically assisted surgical procedures in a surgical cavity of a patient, comprising: a) a multi-lumen tube set including a dual lumen portion having a pressurized gas line and a return gas line for facilitating gas recirculation relative to the surgical cavity of the patient, and a single lumen portion having a gas supply and sensing line for delivering insufflation gas to the abdominal cavity of the patient and for periodically sensing pressure within the surgical cavity of the patient; b) a valve sealed access cap adapted and configured for cooperative reception within a proximal bowl portion of a first robotic cannula and having an inlet path for communicating with the gas supply and sensing line of the tube set; and c) a gas sealed access cap adapted and configured for cooperative reception within a proximal bowl portion of a second robotic cannula and having an inlet path for communicating with the pressurized gas line of the tube set and an outlet path for communicating with the return gas line of the tube set, wherein the valve sealed access cap includes an outer housing portion and an inner body portion, and wherein an annular channel is formed between the outer housing portion and the inner body portion in communication with the inlet path. a) a multi-lumen tube set including a dual lumen portion having a pressurized gas line and a return gas line for facilitating gas recirculation relative to the surgical cavity of the patient, and a single lumen portion having a gas supply and sensing line for delivering insufflation gas to the abdominal cavity of the patient and for periodically sensing pressure within the surgical cavity of the patient; b) a valve sealed access cap adapted and configured for cooperative reception within a proximal bowl portion of a first robotic cannula and having an inlet path for communicating with the gas supply and sensing line of the tube set; and c) a gas sealed access cap adapted and configured for cooperative reception within a proximal bowl portion of a second robotic cannula and having an inlet path for communicating with the pressurized gas line of the tube set and an outlet path for communicating with the return gas line of the tube set,
A terminal for communicating with one or more remote transponders, the terminal comprising: - means for performing wireless communication with the transponder(s) on each of two different frequencies, - means for receiving or accessing data to be transmitted to the transponder(s), - means for determining any first part of the data for transmission on a first of the two frequencies and any remaining, second part of the data for communication on a second of the frequencies, the performing means being adapted to: - communicate the first part, if any, to the transponder(s) using a frequency within the first frequency interval, and - communicate the second part, if any, to the transponder(s) using the second frequency characterized in that: the determining means are adapted to select the first frequency below 9GHz and within a first frequency interval, the second frequency being selected above 10GHz and within a second frequency interval, the first and second frequency intervals being non-overlapping, and the performing means is adapted to receive, from the transponder(s) and on the first frequency, information identifying the second frequency. - means for performing wireless communication with the transponder(s) on each of two different frequencies, - means for receiving or accessing data to be transmitted to the transponder(s), - means for determining any first part of the data for transmission on a first of the two frequencies and any remaining, second part of the data for communication on a second of the frequencies, - communicate the first part, if any, to the transponder(s) using a frequency within the first frequency interval, and - communicate the second part, if any, to the transponder(s) using the second frequency the determining means are adapted to select the first frequency below 9GHz and within a first frequency interval, the second frequency being selected above 10GHz and within a second frequency interval, the first and second frequency intervals being non-overlapping, and the performing means is adapted to receive, from the transponder(s) and on the first frequency, information identifying the second frequency.
An assembly for a drug delivery device, comprising - an actuator which is configured to perform a setting movement in a proximal direction in order to set a dose of a drug, and which is configured to perform a dispense movement in a distal direction in order to dispense a dose of a drug, - a stop mechanism acting after a maximum amount of a drug has been delivered, and which is configured to axially constrain the setting movement of the actuator such that the setting of a dose is inhibited, wherein a limited axial movement of the actuator is allowed, - a piston rod wherein the piston rod comprises a last dose stop, and wherein the stop mechanism comprises a stop element, wherein a movement of the actuator in a proximal direction is inhibited when the stop element abuts the last dose stop, and - a drive member which is configured to be moved along the piston rod in a proximal direction in order to set a dose, wherein the drive member is configured to drive the piston rod towards a dispensing end of the device during the dispensing of a dose, the drive member being coupled to the actuator such that a movement of the drive member causes a movement of the actuator and vice versa, wherein the stop element is arranged at an internal surface of the drive member, wherein - the piston rod comprises a guiding feature, wherein the guiding feature and the stop element are configured to interact such that a rotation of the piston rod is inhibited during the setting of a dose and a rotation of the piston rod is enabled during the dispensing of a dose, and - the guiding feature comprises a plurality of splines. - an actuator which is configured to perform a setting movement in a proximal direction in order to set a dose of a drug, and which is configured to perform a dispense movement in a distal direction in order to dispense a dose of a drug, - a stop mechanism acting after a maximum amount of a drug has been delivered, and which is configured to axially constrain the setting movement of the actuator such that the setting of a dose is inhibited, wherein a limited axial movement of the actuator is allowed, - a piston rod wherein the piston rod comprises a last dose stop, and wherein the stop mechanism comprises a stop element, wherein a movement of the actuator in a proximal direction is inhibited when the stop element abuts the last dose stop, and - a drive member which is configured to be moved along the piston rod in a proximal direction in order to set a dose, wherein the drive member is configured to drive the piston rod towards a dispensing end of the device during the dispensing of a dose, the drive member being coupled to the actuator such that a movement of the drive member causes a movement of the actuator and vice versa, wherein the stop element is arranged at an internal surface of the drive member, wherein - the piston rod comprises a guiding feature, wherein the guiding feature and the stop element are configured to interact such that a rotation of the piston rod is inhibited during the setting of a dose and a rotation of the piston rod is enabled during the dispensing of a dose, and - the guiding feature comprises a plurality of splines.
Waste collection bin comprising a tank open at its upper end and a lid rotatable about a substantially horizontal axis between a closed position in which it closes the upper end of the tank and an open position in which it allows free access to the tank, characterised in that the bin comprises an indication member connected to a wall of the lid or of the tank by a cord, dimensioned such that, when the lid is in closed position, the member can take up a rest position in which it is located inside the volume defined by the tank and the lid and an indication position in which it is located outside this volume.
A battery-powered handheld tool, comprising: a controller; and a multipurpose terminal block coupled to the controller the multipurpose terminal block including at least one multipurpose contact (102c,112c) and the multipurpose terminal block configured to be coupled with external devices that respectively belong to one of a plurality of categories of external devices that are supported by the battery-powered handheld tool, characterized in that the controlle is configured to identify a connected external device as belonging to a particular category of the plurality of categories based on a voltage level at the multipurpose contact (102c,112c), and in that the controller is further configured to communicate with the external device via the multipurpose contact. a controller; and a multipurpose terminal block coupled to the controller the multipurpose terminal block including at least one multipurpose contact (102c,112c) and the multipurpose terminal block configured to be coupled with external devices that respectively belong to one of a plurality of categories of external devices that are supported by the battery-powered handheld tool, characterized in that the controlle is configured to identify a connected external device as belonging to a particular category of the plurality of categories based on a voltage level at the multipurpose contact (102c,112c), and in that the controller is further configured to communicate with the external device via the multipurpose contact.
Blow mould for manufacturing blow moulded or stretch-blow moulded containers from preforms in a blow moulding machine optionally comprising a blow rotor with several blow moulds, the blow mould at least comprising: at least two mould parts (1, 2, 4) defining a mould cavity when the blow mould is closed, mould support shells (6, 8) containing the mould parts (1, 2), a mould support for holding the mould support shells (6, 8), motion drives (12, 13, 5) for opening, closing and locking the blow mould, and a locking means adjustable at least in the direction of the mould cavity axis relative to the mould support shells (6, 8) for locking the closed blow mould and for supporting the mould parts (1, 2, 4) against forces from the blow moulding process, characterized in that the locking means comprises at least one locking sleeve manufactured under the influence of pressure and temperature using carbon fibers and/or aramid fibers and a plastic matrix embedding the fibers with a conical inner wall which locking sleeve can be slid with the inner wall onto conical outer surface areas of the mould support shells (6, 8) and supports the mould parts (1, 2) across essentially the complete height of the mould cavity of the blow mould.
A turbomachine comprising: a geared architecture; and a geared architecture support assembly comprising a compliant member configured to hold the geared architecture within the turbomachine, the compliant member having a compliant section that permits rotation of the geared architecture relative to a fixed portion of the turbomachine, wherein a stop (82; 112) limits rotation of the geared architecture relative to the fixed portion of the turbomachine; characterised in that: the stop (82;112) directly contacts the fixed portion during an extreme event, and the stop (82; 112) is spaced a distance (d) from the fixed portion at times other than an extreme event, the stop (82; 112) comprises at least one cog (82; 112) that is received within a slot; the compliant member comprises axially extending sections and the at least one cog comprises a plurality of circumferentially distributed cogs, each extending radially inwardly from the sections a geared architecture; and a geared architecture support assembly comprising a compliant member configured to hold the geared architecture within the turbomachine, the compliant member having a compliant section that permits rotation of the geared architecture relative to a fixed portion of the turbomachine, wherein a stop (82; 112) limits rotation of the geared architecture relative to the fixed portion of the turbomachine; characterised in that: the stop (82;112) directly contacts the fixed portion during an extreme event, and the stop (82; 112) is spaced a distance (d) from the fixed portion at times other than an extreme event, the stop (82; 112) comprises at least one cog (82; 112) that is received within a slot; the compliant member comprises axially extending sections and the at least one cog comprises a plurality of circumferentially distributed cogs, each extending radially inwardly from the sections the stop (82;112) directly contacts the fixed portion during an extreme event, and the stop (82; 112) is spaced a distance (d) from the fixed portion at times other than an extreme event, the stop (82; 112) comprises at least one cog (82; 112) that is received within a slot; the compliant member comprises axially extending sections and the at least one cog comprises a plurality of circumferentially distributed cogs, each extending radially inwardly from the sections
Valve having a housing, a solenoid arranged in the housing, a pin movable by the solenoid, and a pot-shaped piston which is connected to the pin and which, at the circumference of its base, has an axially projecting annular seal which bears against a valve seat in a closed position, wherein a second housing part is provided which bears against the housing and which partially accommodates the piston, and a seal arranged between the second housing part and the piston, characterized in that the seal arranged between the second housing part and the piston is connected to the second housing part, wherein the seal arranged between the second housing part and the piston surrounds a region of the second housing part such that said region forms at least one undercut (20, 25) for the seal arranged between the second housing part and the piston.
A display body, comprising an embossed layer, wherein the embossed layer includes a geometric optical structure region, and a wave optical structure region, the embossed layer includes a first uneven structure in the geometric optical structure region, the first uneven structure having a height of greater than or equal to 0.5 μm and less than 30 μm, and the embossed layer includes a second uneven structure in the wave optical structure region, the display body being characterised in that the second uneven structure has a height of greater than or equal to 100 nm and less than 500 nm, in that the embossed layer includes a third structure region, the third structure region being located between the geometric optical structure region and the wave optical structure region, in that the embossed layer includes a third uneven structure in the third structure region, the third uneven structure having a height of greater than or equal to half a thickness of the embossed layer and less than or equal to twice the height of the first uneven structure, the height of the third uneven structure being greater than the height of the first uneven structure, and in that the embossed layer is fluorescent. the embossed layer includes a geometric optical structure region, and a wave optical structure region, the embossed layer includes a first uneven structure in the geometric optical structure region, the first uneven structure having a height of greater than or equal to 0.5 μm and less than 30 μm, and the embossed layer includes a second uneven structure in the wave optical structure region, the display body being characterised in that the second uneven structure has a height of greater than or equal to 100 nm and less than 500 nm, in that the embossed layer includes a third structure region, the third structure region being located between the geometric optical structure region and the wave optical structure region, in that the embossed layer includes a third uneven structure in the third structure region, the third uneven structure having a height of greater than or equal to half a thickness of the embossed layer and less than or equal to twice the height of the first uneven structure, the height of the third uneven structure being greater than the height of the first uneven structure, and in that the embossed layer is fluorescent.
Screen printing device for applying an ink, comprising at least: a. a conveyor belt, b. a rotating hollow cylindrical screen stencil arranged above the conveyor belt with a circumferential screen and a rotating ink removal cylinder arranged adjacent the screen stencil, wherein c. inside the screen stencil are an ink supply device, a first doctor blade adjacent the conveyor belt, a second doctor blade adjacent the ink removal cylinder, and a third doctor blade, which is arranged upstream of the first doctor blade in the running direction of the conveyor belt and/or the rotational direction of the screen stencil. a. a conveyor belt, b. a rotating hollow cylindrical screen stencil arranged above the conveyor belt with a circumferential screen and a rotating ink removal cylinder arranged adjacent the screen stencil, wherein c. inside the screen stencil are an ink supply device, a first doctor blade adjacent the conveyor belt, a second doctor blade adjacent the ink removal cylinder, and a third doctor blade, which is arranged upstream of the first doctor blade in the running direction of the conveyor belt and/or the rotational direction of the screen stencil.
A session border controller, SBC, system, comprising an SBC signaling and media processing module, and at least one SBC signaling access module, wherein the SBC signaling access module is configured to: receive signaling sent by a terminal and forward the signaling to the SBC signaling and media processing module; and when the terminal is disconnected from a network during a call, re-register and reconnect the terminal, and after the terminal is reconnected, receive an information request from the terminal during the call and forward the information request to the SBC signaling and media processing module, wherein the signaling comprises the information request; and the SBC signaling and media processing module is configured to: process the signaling and media streams from the terminal, and when the terminal is disconnected from the network during the call, learn, based on the information request, a transmission link for communication with the terminal after the terminal is reconnected upon the disconnection from the network, such that the signaling and media streams of the terminal after the terminal is reconnected upon the disconnection from the network are transmitted through the transmission link. the SBC signaling access module is configured to: receive signaling sent by a terminal and forward the signaling to the SBC signaling and media processing module; and when the terminal is disconnected from a network during a call, re-register and reconnect the terminal, and after the terminal is reconnected, receive an information request from the terminal during the call and forward the information request to the SBC signaling and media processing module, wherein the signaling comprises the information request; and the SBC signaling and media processing module is configured to: process the signaling and media streams from the terminal, and when the terminal is disconnected from the network during the call, learn, based on the information request, a transmission link for communication with the terminal after the terminal is reconnected upon the disconnection from the network, such that the signaling and media streams of the terminal after the terminal is reconnected upon the disconnection from the network are transmitted through the transmission link.
A method implemented by a wireless transmit/receive unit, WTRU, the method comprising: the WTRU receiving configuration information indicating that the WTRU is to use a plurality of sets of modulation and coding scheme, MCS, values for MCS selection, wherein a first set of MCS values of the plurality of sets of MCS values comprises MCS values mapped to a modulation order of QPSK, 16QAM, or 64QAM, and wherein a second set of MCS values of the plurality of sets of MCS values comprises MCS values mapped to a modulation order of 256QAM; the WTRU receiving a physical downlink control channel, PDCCH, transmission comprising scheduling information for a downlink shared channel transmission; the WTRU determining a MCS used for the downlink shared channel transmission based on the first set of MCS values or the second set of MCS values, wherein the WTRU determines which of the first or second set of MCS values is to be used to determine the MCS based on at least a network identifier associated with the receiving the PDCCH transmission; and the WTRU decoding a transmission associated with the downlink shared channel transmission based on the determined MCS. the WTRU receiving configuration information indicating that the WTRU is to use a plurality of sets of modulation and coding scheme, MCS, values for MCS selection, wherein a first set of MCS values of the plurality of sets of MCS values comprises MCS values mapped to a modulation order of QPSK, 16QAM, or 64QAM, and wherein a second set of MCS values of the plurality of sets of MCS values comprises MCS values mapped to a modulation order of 256QAM; the WTRU receiving a physical downlink control channel, PDCCH, transmission comprising scheduling information for a downlink shared channel transmission; the WTRU determining a MCS used for the downlink shared channel transmission based on the first set of MCS values or the second set of MCS values, wherein the WTRU determines which of the first or second set of MCS values is to be used to determine the MCS based on at least a network identifier associated with the receiving the PDCCH transmission; and the WTRU decoding a transmission associated with the downlink shared channel transmission based on the determined MCS.