mhurhangee/ep-ind-claims huggingface dataset:
A switch, provided with at least two physical ports on its main panel, and each physical port comprising N channels, where N ≥ 2, characterized in that: the main panel is provided with port indicators one-to-one corresponding to the physical ports and N channel indicators, the N channel indicators being respectively corresponding to the N channels of each physical port; wherein the switch further comprises a main chip and a control component, wherein the main chip is provided with logical ports corresponding to each of the channels, and the control component comprises a signal parsing module, an enable signal controlling module, and an indicator controlling module, wherein: the signal parsing module is configured to receive a port state indication signal from the main chip and parse the port state indication signal to obtain usage state information of each logical port; the enable signal controlling module is configured to generate N enable signals and control at most one enable signal to be valid at any time point; and the indicator controlling module is configured to control the states of the N channel indicators by using the N enable signals sent from the enable signal controlling module, and control the state of each port indicator according to the N enable signals and the usage state information of each logical port. the main panel is provided with port indicators one-to-one corresponding to the physical ports and N channel indicators, the N channel indicators being respectively corresponding to the N channels of each physical port; wherein the switch further comprises a main chip and a control component, wherein the main chip is provided with logical ports corresponding to each of the channels, and the control component comprises a signal parsing module, an enable signal controlling module, and an indicator controlling module, wherein: the signal parsing module is configured to receive a port state indication signal from the main chip and parse the port state indication signal to obtain usage state information of each logical port; the enable signal controlling module is configured to generate N enable signals and control at most one enable signal to be valid at any time point; and the indicator controlling module is configured to control the states of the N channel indicators by using the N enable signals sent from the enable signal controlling module, and control the state of each port indicator according to the N enable signals and the usage state information of each logical port. the signal parsing module is configured to receive a port state indication signal from the main chip and parse the port state indication signal to obtain usage state information of each logical port; the enable signal controlling module is configured to generate N enable signals and control at most one enable signal to be valid at any time point; and the indicator controlling module is configured to control the states of the N channel indicators by using the N enable signals sent from the enable signal controlling module, and control the state of each port indicator according to the N enable signals and the usage state information of each logical port.
A powder coating booth, - wherein booth walls (13 - 18) and a roof, which can be lowered between the booth walls (13 - 18), are provided, - wherein a gap is present between the roof and the booth walls (13 - 18), - wherein compressed air nozzles for spraying the booth walls (13 - 18) are provided on the roof, - wherein a support device (33 - 36) is provided, which supports the roof, - wherein, in at least one of the booth walls (13 - 18) a vertical slot is provided, through which the support device (33 - 36) protrudes into the booth and in which the support device (33 - 36) is movable, - wherein a bottom comprising a suction (5, 6) is provided, and - wherein the suction (5, 6) is connectable to the suction inlet (2.1) of a cyclone separator via a suction pipe. - wherein booth walls (13 - 18) and a roof, which can be lowered between the booth walls (13 - 18), are provided, - wherein a gap is present between the roof and the booth walls (13 - 18), - wherein compressed air nozzles for spraying the booth walls (13 - 18) are provided on the roof, - wherein a support device (33 - 36) is provided, which supports the roof, - wherein, in at least one of the booth walls (13 - 18) a vertical slot is provided, through which the support device (33 - 36) protrudes into the booth and in which the support device (33 - 36) is movable, - wherein a bottom comprising a suction (5, 6) is provided, and - wherein the suction (5, 6) is connectable to the suction inlet (2.1) of a cyclone separator via a suction pipe.
A drawer comprising: at least a first and a second container, each container comprising a receptacle; a first and a second lid each coupled to the respective receptacle, the first and second lids each configured for movement between an open position allowing access to the respective receptacle and a closed position restricting access to the respective receptacle; a first and a second fastener each coupled to the respective lid, the first and second fasteners each configured to fasten the lid to the respective receptacle when the lid is in the closed position; an activation member configured to rotate in a first direction about the longest axis and in a second direction opposite the first direction and to move along the longest axis between a first and a second axial position; and a first and a second actuator coupled to the activation member, wherein, when the activation member is rotated in the first direction, the Actuators are placed into a first orientation relative to the fastener whereby the first and second actuators are configured to not actuate the respective fasteners, and wherein, only when the activation member is in the first axial position and rotated in the second direction opposite the first direction, the first actuator is placed into a second orientation relative to the fastener such that the actuator actuates the first fastener so as to allow the first lid to move into the open position, and wherein, only when the activation member is in the second axial position and rotated in the second direction, the second actuator actuates the second fastener so as to allow the second lid to move into the open position. at least a first and a second container, each container comprising a receptacle; a first and a second lid each coupled to the respective receptacle, the first and second lids each configured for movement between an open position allowing access to the respective receptacle and a closed position restricting access to the respective receptacle; a first and a second fastener each coupled to the respective lid, the first and second fasteners each configured to fasten the lid to the respective receptacle when the lid is in the closed position; an activation member configured to rotate in a first direction about the longest axis and in a second direction opposite the first direction and to move along the longest axis between a first and a second axial position; and a first and a second actuator coupled to the activation member,
A peripherally inserted central catheter (2, 102) for a neonatal patient, comprising: a catheter tube (4, 104) including a tapered portion (16, 116), the tapered portion (16, 116): extending from a proximal end of the catheter tube (4, 104) to a medial portion of the catheter tube (4, 104), and including a first outer diameter with a first wall thickness at the proximal end of the catheter tube (4, 104) and a second, smaller outer diameter with a second, thinner wall thickness at the medial portion of the catheter tube (4, 104); one or more extension legs (10, 110); a junction (6, 106) coupling the proximal end of the catheter tube (4, 104) to the one or more extension legs (10, 110), the junction (6, 106) including a circumferentially recessed portion (5, 105) about an outer diameter of the junction (6, 106) configured to interlock with a securement device (8, 9, 108, 109) to inhibit movement of the junction (6, 106) when the peripherally inserted central catheter (2, 102) is inserted in a neonatal patient; and markings (18, 118) on the tapered portion (16, 116) indicating where the tapered portion (16, 116) begins and where the tapered portion (16, 116) ends. a catheter tube (4, 104) including a tapered portion (16, 116), the tapered portion (16, 116): extending from a proximal end of the catheter tube (4, 104) to a medial portion of the catheter tube (4, 104), and including a first outer diameter with a first wall thickness at the proximal end of the catheter tube (4, 104) and a second, smaller outer diameter with a second, thinner wall thickness at the medial portion of the catheter tube (4, 104); extending from a proximal end of the catheter tube (4, 104) to a medial portion of the catheter tube (4, 104), and including a first outer diameter with a first wall thickness at the proximal end of the catheter tube (4, 104) and a second, smaller outer diameter with a second, thinner wall thickness at the medial portion of the catheter tube (4, 104); one or more extension legs (10, 110); a junction (6, 106) coupling the proximal end of the catheter tube (4, 104) to the one or more extension legs (10, 110), the junction (6, 106) including a circumferentially recessed portion (5, 105) about an outer diameter of the junction (6, 106) configured to interlock with a securement device (8, 9, 108, 109) to inhibit movement of the junction (6, 106) when the peripherally inserted central catheter (2, 102) is inserted in a neonatal patient; and markings (18, 118) on the tapered portion (16, 116) indicating where the tapered portion (16, 116) begins and where the tapered portion (16, 116) ends.
Domestic appliance with a housing, a base support which is embodied to support the housing on the floor and a communication module which is designed to send and/or receive data wirelessly, wherein the communication module is disposed within the base support, and wherein the communication module is disposed in the area of a front wall of the base support, characterised in that the base support is embodied as made of plastic, at least in the area adjacent to the communication module, the communication module is disposed between the front wall and a reinforcing rib of the base support and the communication module is inserted into a gap formed between the front wall and the reinforcing rib.
An electrochemical device comprising a first substrate and a second substrate disposed face-to-face and each including an opposing electrode (12, 22) disposed on an opposing surface, and an electrolytic solution provided between the first substrate and a second substrate containing a solvent, a supporting electrolyte, a mediator, and an electrodeposition material containing Ag wherein the mediator is a material that oxidises / reduces with electrochemically lower energy than Ag, and contains one or more of Mo, Sn, Nb, Sb, and Ti.
A method of translating from: a first message waiting indicator, MWI, in a first protocol being H.323 protocol, to a second message waiting indicator, MWI, in a second protocol being Session Initiation Protocol, SIP, the method comprising, at a controller (204, 304, 404), the controller including a router configured to operate as a Session Border Controller, SBC, and being coupled to a first gateway (202, 302, 402; 206, 306, 406) and a second gateway (206, 306, 406; 202, 302, 402): receiving the first indicator from the first gateway (202, 302, 402; 206, 306, 406), the first indicator being a H.323 compatible Notify message including a destination number, a number of messages and an activation and/or a deactivation status, the first indicator being passed from a first server (314, 414; 318, 418) to the first gateway (202, 302, 402; 206, 306, 406), the first server (314, 414; 318, 418) and the first gateway (202, 302, 402; 206, 306, 406) being configured to operate in the first protocol; placing the first indicator on a first protocol stack being a H.323 stack; receiving the first indicator once the first indicator has passed through the first protocol stack; converting the first indicator into the second indicator, the second indicator being a SIP compatible Notify message being an Unsolicited Notify message; placing the second indicator on a second protocol stack being a SIP stack; and when the second indicator has passed through the second protocol stack, forwarding the second indicator to the second gateway (206, 306, 406; 202, 302, 402), the second indicator being passed to a second server (318, 418; 314, 414) coupled to the second gateway, the second server and the second gateway being configured to operate in the second protocol, wherein MWI information is sent without establishing a call between any of the first and second servers and the first and second gateways. a first message waiting indicator, MWI, in a first protocol being H.323 protocol, to a second message waiting indicator, MWI, in a second protocol being Session Initiation Protocol, SIP, the method comprising, at a controller (204, 304, 404), the controller including a router configured to operate as a Session Border Controller, SBC, and being coupled to a first gateway (202, 302, 402; 206, 306, 406) and a second gateway (206, 306, 406; 202, 302, 402): the first indicator being passed from a first server (314, 414; 318, 418) to the first gateway (202, 302, 402; 206, 306, 406), the first server (314, 414; 318, 418) and the first gateway (202, 302, 402; 206, 306, 406) being configured to operate in the first protocol; the second indicator being passed to a second server (318, 418; 314, 414) coupled to the second gateway, the second server and the second gateway being configured to operate in the second protocol,
An analysis system of the balance of circadian heart rhythm autonomic nervous system, comprising: means for collecting a RR interval; means for removing artifact and arrhythmias from RR interval series; means for identifying of circadian period and for analyzing sympathetic and parasympathetic nervous system balance of RR interval series data, wherein the analysis system has tools which are designed to perform the following steps after removing of artifact and arrhythmias from RR interval series: identifying of the chaotic part of the RR interval series and analyzing of the chaotic part; separating of the chaotic part from RR interval series and obtaining of the clean circadian RR series; preparing of the normalized RR interval series using interpolation, resampling and normalization; analyzing of the heart rate bimodal distribution and modes of the normalized RR interval series; identifying of the heart rate circadian period in the normalized RR data series; analyzing of the heart rhythm variable part SNS and PNS regulation indicators in the normalized RR data series; generating of the report on obtained results in graph and tabular form. means for collecting a RR interval; means for removing artifact and arrhythmias from RR interval series; means for identifying of circadian period and for analyzing sympathetic and parasympathetic nervous system balance of RR interval series data, wherein the analysis system has tools which are designed to perform the following steps after removing of artifact and arrhythmias from RR interval series: identifying of the chaotic part of the RR interval series and analyzing of the chaotic part; separating of the chaotic part from RR interval series and obtaining of the clean circadian RR series; preparing of the normalized RR interval series using interpolation, resampling and normalization; analyzing of the heart rate bimodal distribution and modes of the normalized RR interval series; identifying of the heart rate circadian period in the normalized RR data series; analyzing of the heart rhythm variable part SNS and PNS regulation indicators in the normalized RR data series; generating of the report on obtained results in graph and tabular form. identifying of the chaotic part of the RR interval series and analyzing of the chaotic part; separating of the chaotic part from RR interval series and obtaining of the clean circadian RR series; preparing of the normalized RR interval series using interpolation, resampling and normalization; analyzing of the heart rate bimodal distribution and modes of the normalized RR interval series; identifying of the heart rate circadian period in the normalized RR data series; analyzing of the heart rhythm variable part SNS and PNS regulation indicators in the normalized RR data series; generating of the report on obtained results in graph and tabular form.
A wind turbine tower with a guide system for guiding an internal installation unit displaced relative to the inside of said tower to a final mounting position inside said tower, said tower having a first end and an opposite second end, said first end defining an entry opening for receiving said unit, at least two parallel stays for said guiding being mounted to the inside of the wall of said tower and extending from said first end towards said second end, said tower having an inwardly directed peripheral flange at said first end, said stays extending from about the level of said flange, spaced from said flange inwardly towards a centre line (CL 10) of said tower, and at least one of said stays being a cable that is mounted under tension.
A method for providing monitoring data pertaining to the monitoring of a vehicle suitable for operating in an automated driving mode and having a first screen suitable for displaying said monitoring data in order to inform a driver who has a portable communication device suitable for exchanging data with said vehicle via radio waves, and comprising a second display screen, characterized in that it includes a step in which a communication is automatically set up between said vehicle and said device when the latter is used and said vehicle is in said mode, then at least a part of the monitoring data displayed on said first screen is transmitted to said device, so that it is displayed substantially simultaneously on a selected portion of said second screen, and in that in said step monitoring data displayed on said first screen is transmitted consecutively to a detection of the use of said device so that said data is displayed substantially simultaneously on a selected portion of said second screen.
A method performed by a Local Bundle Assistant, LBA, included in a terminal in a wireless communication system, the method comprising: receiving, from a server, a remote bundle management command; verifying a first bundle policy stored in the terminal based on the remote bundle management command; transmitting, to a Secondary Platform Bundle Loader, SPBL (820, 760), included in the terminal, the remote bundle management command; and receiving, from the SPBL (820, 760), an execution result of a second bundle policy verified based on the remote bundle management command, the remote bundle management command being executed after the first bundle policy and the second bundle policy are verified. receiving, from a server, a remote bundle management command; verifying a first bundle policy stored in the terminal based on the remote bundle management command; transmitting, to a Secondary Platform Bundle Loader, SPBL (820, 760), included in the terminal, the remote bundle management command; and receiving, from the SPBL (820, 760), an execution result of a second bundle policy verified based on the remote bundle management command, the remote bundle management command being executed after the first bundle policy and the second bundle policy are verified.
An ink set comprising an orange ink composition comprising a compound expressed by the following Formula; the ink set being characterized by further comprising: a yellow ink composition; a magenta ink composition; and a cyan ink composition, wherein the yellow ink composition, the magenta ink composition, and the cyan ink composition each independently contain a disperse dye. a yellow ink composition; a magenta ink composition; and a cyan ink composition,
A device for preparing an implanted medical apparatus for extraction from the body of a patient, comprising: a wire member having a first end and a second end, said wire member being sized and arranged to enable the wire member to be wound around a length of said implanted medical apparatus, and characterized by: a first handle having a surface for receiving said implanted medical apparatus therealong; a second handle; wherein said second handle includes a surface for receiving the implanted apparatus therealong; and said wire member positioned to span a distance between said first handle surface and said second handle surface, said wire member first end removably engaged with said first handle, and said wire member second end removably engaged with said second handle. a wire member having a first end and a second end, said wire member being sized and arranged to enable the wire member to be wound around a length of said implanted medical apparatus, and a first handle having a surface for receiving said implanted medical apparatus therealong; a second handle; wherein said second handle includes a surface for receiving the implanted apparatus therealong; and said wire member positioned to span a distance between said first handle surface and said second handle surface, said wire member first end removably engaged with said first handle, and said wire member second end removably engaged with said second handle.
Driving in tool, comprising a rotating motor, particularly an electric motor, a gas spring with an elastically compressible gas volume and a setting piston, in which the gas spring may be tensioned through the motor via a tensioning mechanism (15, 16) in order to accelerate the setting piston in a driving in direction after release from the tensioned state, in which the gas spring comprises a piston head made gas tight, to which a piston rod is attached as a separate component in the driving in direction, characterised in that the piston rod is connected to the piston head via a thrust bearing that may be swivelled in several planes.
Use of at least one oil-soluble olefin copolymer B), composed of ethylene and 3 to 40 mol % of olefins having 3 to 30 carbon atoms, which acts as a nucleator for paraffin crystallization for improving the response behavior with regard to lowering of pour point and CFPP value and to improvement of paraffin dispersancy of mineral oil cold flow improvers C) different than B) in middle distillates which comprise at least one ashless nitrogen-containing detergent additive A) which is an oil-soluble amphiphilic compound which comprises at least one alkyl or alkenyl radical which is bonded to a polar group, where the alkyl or alkenyl radical comprises 10 to 500 carbon atoms and the polar group 2 or more nitrogen atoms wherein the ashless nitrogen-containing detergent additive A) comprises a polar component which is derived from polyamines of the formula (R 9) 2 N-[A-N(R 9)] q -(R 9) in which each R 9 is independently hydrogen, an alkyl or hydroxyalkyl radical having up to 24 carbon atoms, a polyoxyalkylene radical -(A-O) r - or polyiminoalkylene radical -[A-N(R 9)] s -(R 9), but at least one R 9 is hydrogen, q is an integer from 1 to 19, A is an alkylene radical having 1 to 6 carbon atoms, and r and s are each independently integers from 1 to 50 wherein the cold flow improvers C) employed are oil-soluble polar nitrogen compounds which are reaction products of compounds of the formula NR 6 R 7 R 8 in which R 6, R 7 and R 8 may be the same or different, and at least one of these groups is C 8 -C 36 -alkyl, C 6 -C 36 -cycloalkyl, C 8 -C 36 -alkenyl, especially C 12 -C 24 -alkyl, C 12 -C 24 -alkenyl or cyclohexyl, and the remaining groups are hydrogen, C 1 -C 36 -alkyl, C 2 -C 36 -alkenyl, cyclohexyl or a group of the formula -(A-O) x -E or -(CH 2) n -NYZ in which A is an ethyl or propyl group, x is from 1 to 50, E = H, C 1 -C 30 -alkyl, C 5 -C 12 -cycloalkyl or C 6 -C 30 -aryl, and n = 2, 3 or 4, and Y and Z are each independently H, C 1 -C 30 -alkyl or -(A-O) x, with compounds which contain at least one acyl group.