mhurhangee/patent-ind-claim-en huggingface dataset:
A fiber routing insert for an optical junction or distribution box , comprising: - a first floor and a second floor , the second floor being arranged at a raised position relative to the first floor , - first guide elements formed on the first floor , the first guide elements defining a first path configured to receive optical fibers , - second guide elements formed on the second floor , the second guide elements defining a second path configured to receive optical fibers , - a channel inclined to, and joining the first floor and the second floor , the channel defining an inclined path configured to receive and guide optical fibers between the first path and the second path , - one or more splice trays , each splice tray comprising two fiber access openings and third guide elements defining a third path configured to receive and guide optical fibers between said fiber access openings , characterized in that the second floor has a tray opening for accessing to the first floor , at least one splice tray being rotatably connected to the second floor for engaging and clearing the tray opening . - a first floor and a second floor , the second floor being arranged at a raised position relative to the first floor , - first guide elements formed on the first floor , the first guide elements defining a first path configured to receive optical fibers , - second guide elements formed on the second floor , the second guide elements defining a second path configured to receive optical fibers , - a channel inclined to, and joining the first floor and the second floor , the channel defining an inclined path configured to receive and guide optical fibers between the first path and the second path , - one or more splice trays , each splice tray comprising two fiber access openings and third guide elements defining a third path configured to receive and guide optical fibers between said fiber access openings ,
Exterior aircraft lighting device erosion detector which is configured for detecting the state of erosion of an at least partially transparent cover of an exterior aircraft lighting device , the erosion detector comprising: at least one light source configured for radiating light onto the at least partially transparent cover ; at least one light detection element configured for detecting light reflected by the at least partially transparent cover and providing a corresponding detection signal; an evaluation unit configured for evaluating the detection signal for determining the state of erosion of the at least partially transparent cover , wherein the evaluation unit is configured to compare an actual value of the detection signal with a reference value, and wherein the evaluation unit is configured to issue an alarm signal, when the difference between the reference value and the actual value of the detection signal exceeds a predetermined threshold, a counter which is configured for counting the alarm signals, and at least one indicator element , which is configured to indicate erosion of the at least partially transparent cover when the number of alarms counted by the counter exceeds a predetermined value. at least one light source configured for radiating light onto the at least partially transparent cover ; at least one light detection element configured for detecting light reflected by the at least partially transparent cover and providing a corresponding detection signal; an evaluation unit configured for evaluating the detection signal for determining the state of erosion of the at least partially transparent cover , wherein the evaluation unit is configured to compare an actual value of the detection signal with a reference value, and wherein the evaluation unit is configured to issue an alarm signal, when the difference between the reference value and the actual value of the detection signal exceeds a predetermined threshold, a counter which is configured for counting the alarm signals, and at least one indicator element , which is configured to indicate erosion of the at least partially transparent cover when the number of alarms counted by the counter exceeds a predetermined value. wherein the evaluation unit is configured to compare an actual value of the detection signal with a reference value, and wherein the evaluation unit is configured to issue an alarm signal, when the difference between the reference value and the actual value of the detection signal exceeds a predetermined threshold, a counter which is configured for counting the alarm signals, and at least one indicator element , which is configured to indicate erosion of the at least partially transparent cover when the number of alarms counted by the counter exceeds a predetermined value.
Hydraulic arrangement of a motor vehicle (K), with at least one wheel brake which is connected to a brake master cylinder , it being possible for the brake master cylinder to be actuated by way of actuation of a brake pedal and, as a result, for a pressure medium for building up a brake pressure to be transferred into a wheel brake cylinder of the wheel brake , at least one resilient element being arranged in the hydraulic operative connection which exists between the brake master cylinder and the wheel brake (50, 50', 50", 50′′′), which element is in contact with the pressure medium, and there additionally being at least one flow cross-sectional constriction in the hydraulic operative connection which exists between the brake master cylinder and the wheel brake , characterized in that the resilient element and the flow cross-sectional constriction are integrated into a common damping component , the damping component being arranged in a hydraulic operative connection between an electrohydraulic regulating unit and the wheel brake and being arranged in a rigid connector stub which connects a flexible brake line to a hydraulic feed line of the wheel brake cylinder .
A system , comprising: measured electromagnetic (EM) field data from a marine survey; characterised by a transformation engine comprising hardware configured to apply a series of transformations to the measured EM field data to yield a boundary value problem (BVP); and a boundary engine comprising hardware configured to: determine a first boundary condition based on at least one of the series of transformations of the measured EM field data and a measurement point; apply the first boundary condition to the boundary value problem; discretize a second boundary condition in depth and frequency; and solve the BVP according to the first boundary condition and the second discretized boundary condition to generate a resistivity profile as a function of depth for at least one source . measured electromagnetic (EM) field data from a marine survey; characterised by a transformation engine comprising hardware configured to apply a series of transformations to the measured EM field data to yield a boundary value problem (BVP); and a boundary engine comprising hardware configured to: determine a first boundary condition based on at least one of the series of transformations of the measured EM field data and a measurement point; apply the first boundary condition to the boundary value problem; discretize a second boundary condition in depth and frequency; and solve the BVP according to the first boundary condition and the second discretized boundary condition to generate a resistivity profile as a function of depth for at least one source . determine a first boundary condition based on at least one of the series of transformations of the measured EM field data and a measurement point; apply the first boundary condition to the boundary value problem; discretize a second boundary condition in depth and frequency; and solve the BVP according to the first boundary condition and the second discretized boundary condition to generate a resistivity profile as a function of depth for at least one source .
Guided milling device for prosthetic surgery, for making glenoid seatings for shoulder joint prostheses, said device comprising: a milling tool rotating about a milling axis (R); a handling body having a drive rotating rod which develops along a longitudinal axis (Z) of linear rotation, connected to said milling tool in order to make said milling tool rotate about said milling axis (R); wherein said rotating rod is internally hollow and has a guide channel parallel to the longitudinal axis (Z) in which a guide rod is housed coaxially in a slidable manner, able to be positioned to extend beyond said milling tool along said longitudinal axis (Z), wherein said milling axis (R) is inclined with respect to said longitudinal axis (Z), so that said milling tool is disposed inclined with respect to said rotating rod and also to said guide rod , characterized in that a point of intersection of the milling axis (R) and the longitudinal axis (Z) falls outside the milling tool , and in that said rotating rod is provided, in the head or distal position, with a front milling tip which is outside the milling tool . a milling tool rotating about a milling axis (R); a handling body having a drive rotating rod which develops along a longitudinal axis (Z) of linear rotation, connected to said milling tool in order to make said milling tool rotate about said milling axis (R); wherein said rotating rod is internally hollow and has a guide channel parallel to the longitudinal axis (Z) in which a guide rod is housed coaxially in a slidable manner, able to be positioned to extend beyond said milling tool along said longitudinal axis (Z), wherein said milling axis (R) is inclined with respect to said longitudinal axis (Z), so that said milling tool is disposed inclined with respect to said rotating rod and also to said guide rod , characterized in that a point of intersection of the milling axis (R) and the longitudinal axis (Z) falls outside the milling tool , and in that said rotating rod is provided, in the head or distal position, with a front milling tip which is outside the milling tool .
Sprocket assembly component comprising: at least one first toothed wheel configured to be the toothed wheel having the most teeth of the sprocket assembly, said first toothed wheel comprising an axially inner surface ; a second toothed wheel having a smaller number of teeth than the number of teeth of the first toothed wheel , preferably a third toothed wheel having a smaller number of teeth than the number of teeth of the second toothed wheel , and a plurality of connection bodies that mechanically connect the first and the second toothed wheel axially spacing them, each connection body comprising a first connection portion ; a supporting assembly that extends in the axial direction up to a free end arranged axially more internally with respect to the axially inner surface of the first toothed wheel ; wherein said supporting assembly comprises a plurality of axial protuberances circumferentially spaced from one another, characterized in that the first connection portion secured to the first toothed wheel that extends radially towards the second toothed wheel ; and said supporting assembly connected to said connection bodies , and said axial protuberances extending from said first connection portion and wherein the circumferential extension of each axial protuberance is equal to the circumferential extension of the first connection portion on which it is formed. at least one first toothed wheel configured to be the toothed wheel having the most teeth of the sprocket assembly, said first toothed wheel comprising an axially inner surface ; a second toothed wheel having a smaller number of teeth than the number of teeth of the first toothed wheel , preferably a third toothed wheel having a smaller number of teeth than the number of teeth of the second toothed wheel , and a plurality of connection bodies that mechanically connect the first and the second toothed wheel axially spacing them, each connection body comprising a first connection portion ; a supporting assembly that extends in the axial direction up to a free end arranged axially more internally with respect to the axially inner surface of the first toothed wheel ; wherein said supporting assembly comprises a plurality of axial protuberances circumferentially spaced from one another, characterized in that the first connection portion secured to the first toothed wheel that extends radially towards the second toothed wheel ; and said supporting assembly connected to said connection bodies , and said axial protuberances extending from said first connection portion and wherein the circumferential extension of each axial protuberance is equal to the circumferential extension of the first connection portion on which it is formed.
A protection disconnector system comprising: a surge arrestor connectable to a power distribution or transmission grid ; a disconnector device connected in series to the surge arrester between a phase of the power distribution or transmission grid and ground and being configured for disconnecting, upon activation of the disconnector device , the surge arrester in case of an overload condition of the surge arrestor ; and a connection status monitoring device being operatively connected to the disconnector device for monitoring an electrical connection status of the disconnector device and comprising a determining section and a wireless communication section , whereby the determining section is configured to determine whether the disconnector device has been activated and to generate connection status indicator data, indicative of whether the disconnector device has been activated; the wireless communication section is adapted to connect to a wireless communication infrastructure using a wireless communication protocol, and to transmit the connection status indicator data over the wireless communication infrastructure ; and the disconnector device is provided as a consumable fuse element , adapted to change from an unconsumed state to a consumed state in an operating state of the disconnector device and the fuse element is provided as an explosive fuse or as a fuse having a wire as conductor element, whereby the wire has a defined melting temperature that melts upon experiencing an overcurrent. a surge arrestor connectable to a power distribution or transmission grid ; a disconnector device connected in series to the surge arrester between a phase of the power distribution or transmission grid and ground and being configured for disconnecting, upon activation of the disconnector device , the surge arrester in case of an overload condition of the surge arrestor ; and a connection status monitoring device being operatively connected to the disconnector device for monitoring an electrical connection status of the disconnector device and comprising a determining section and a wireless communication section , whereby the determining section is configured to determine whether the disconnector device has been activated and to generate connection status indicator data, indicative of whether the disconnector device has been activated; the wireless communication section is adapted to connect to a wireless communication infrastructure using a wireless communication protocol, and to transmit the connection status indicator data over the wireless communication infrastructure ; and the disconnector device is provided as a consumable fuse element , adapted to change from an unconsumed state to a consumed state in an operating state of the disconnector device and the fuse element is provided as an explosive fuse or as a fuse having a wire as conductor element, whereby the wire has a defined melting temperature that melts upon experiencing an overcurrent.
A switching power supply device , comprising: a) a switching output circuit configured to generate an output voltage from an input voltage; and b) an oscillation circuit configured to generate a clock signal having a predetermined switching period, wherein the switching power supply device further comprises: c) a pulse-by-pulse type overcurrent protection circuit (X) configured to detect an overcurrent flowing through the switching output circuit to generate an overcurrent protection signal forcibly stopping a switching operation of the switching output circuit ; d) a pulse skip circuit (Y) configured to through-output the clock signal as a first control signal, or perform a pulse skip operation on the clock signal in response to the overcurrent protection signal, wherein upon generation of the overcurrent protection signal, the pulse skip circuit (Y) performs the pulse skip operation such that the clock signal is blocked and the first control signal is fixed to be a low logical level over a period that falls within a range between two positive integer multiples of the clock signal switching period (T); e) a control circuit configured to generate a driving control signal, which synchronizes with the clock signal and the first control signal; and f) a switching driving circuit configured to control driving of the switching output circuit based on the driving control signal received from the control circuit. a) a switching output circuit configured to generate an output voltage from an input voltage; and b) an oscillation circuit configured to generate a clock signal having a predetermined switching period, c) a pulse-by-pulse type overcurrent protection circuit (X) configured to detect an overcurrent flowing through the switching output circuit to generate an overcurrent protection signal forcibly stopping a switching operation of the switching output circuit ; d) a pulse skip circuit (Y) configured to through-output the clock signal as a first control signal, or perform a pulse skip operation on the clock signal in response to the overcurrent protection signal, wherein upon generation of the overcurrent protection signal, the pulse skip circuit (Y) performs the pulse skip operation such that the clock signal is blocked and the first control signal is fixed to be a low logical level over a period that falls within a range between two positive integer multiples of the clock signal switching period (T); e) a control circuit configured to generate a driving control signal, which synchronizes with the clock signal and the first control signal; and f) a switching driving circuit configured to control driving of the switching output circuit based on the driving control signal received from the control circuit.
A method of partitioning video data for video coding, the method comprising: receiving a video block including sample values for a luma component of the video data and a chroma component of the video data, wherein the video block is included in an inter prediction slice of the video data; partitioning the sample values for the luma component of the video data and the chroma component of the video data according to a first quad tree binary tree partitioning structure, wherein the first quad tree binary tree partitioning structure is a common partitioning structure in the luma component of the vide data and the chroma component of the video data; and when a prediction type of samples values of the luma component of the video data included in nodes of the first quad tree binary tree partitioning structure is an intra prediction type, further partitioning the sample values having the intra prediction type according to a second quad tree binary tree partitioning structure. receiving a video block including sample values for a luma component of the video data and a chroma component of the video data, wherein the video block is included in an inter prediction slice of the video data; partitioning the sample values for the luma component of the video data and the chroma component of the video data according to a first quad tree binary tree partitioning structure, wherein the first quad tree binary tree partitioning structure is a common partitioning structure in the luma component of the vide data and the chroma component of the video data; and when a prediction type of samples values of the luma component of the video data included in nodes of the first quad tree binary tree partitioning structure is an intra prediction type, further partitioning the sample values having the intra prediction type according to a second quad tree binary tree partitioning structure.
A syringe, especially for delivering flowable dental materials, comprising a syringe housing, at least two adjacent storage chambers (12 and 14) for dental materials, as viewed transversely to the delivery direction, and a mixing device which has two mixing channels (54, 56, 58 and 60) which each are connected to the outlet of a storage chamber (12 and 14), characterized in that the mixing device has a mixing zone adjoining a premixing zone and in that the premixing zone comprises two inlets, one for each of the dental materials to be mixed, and one outlet, the inlets facing each other and the outlet of the premixing zone extending transversally to the inlets, and in that the inlet of the mixing zone adjoins the outlet of the premixing zone and the mixing zone comprises an impact element adapted to deflect the premixed stream of the dental materials to an outlet of the mixing zone .
A protective fabric consisting of: warp yarns having count 200-300 dtex; weft yarns having count 530-630 dtex; and having a woven multilayer weave in which in the weft the number of superimposed weft yarns is 2-4, and in the warp the number of warp yarns within one repeat of the multilayer weave is 10-50; said yarns consisting of 10-250 twisted or parallel filaments; said yarns optionally being elasticized; the composition of said warp yarns is selected from the group consisting of polyester or polyamide optionally being high tenacity (HT), the composition of said weft yarns is selected from the group consisting of polyester or polyamide optionally being high tenacity (HT), high molecular weight polyethylene (UHMWPE), liquid crystal polymer fiber (LCP), para-aramid fiber (AR), fiber of polytetrafluoroethylene (PTFE) or mixtures thereof. warp yarns having count 200-300 dtex; weft yarns having count 530-630 dtex; and having a woven multilayer weave in which in the weft the number of superimposed weft yarns is 2-4, and in the warp the number of warp yarns within one repeat of the multilayer weave is 10-50; said yarns consisting of 10-250 twisted or parallel filaments; said yarns optionally being elasticized; the composition of said warp yarns is selected from the group consisting of polyester or polyamide optionally being high tenacity (HT), the composition of said weft yarns is selected from the group consisting of polyester or polyamide optionally being high tenacity (HT), high molecular weight polyethylene (UHMWPE), liquid crystal polymer fiber (LCP), para-aramid fiber (AR), fiber of polytetrafluoroethylene (PTFE) or mixtures thereof. and having a woven multilayer weave in which in the weft the number of superimposed weft yarns is 2-4, and in the warp the number of warp yarns within one repeat of the multilayer weave is 10-50; said yarns consisting of 10-250 twisted or parallel filaments; said yarns optionally being elasticized; the composition of said warp yarns is selected from the group consisting of polyester or polyamide optionally being high tenacity (HT), the composition of said weft yarns is selected from the group consisting of polyester or polyamide optionally being high tenacity (HT), high molecular weight polyethylene (UHMWPE), liquid crystal polymer fiber (LCP), para-aramid fiber (AR), fiber of polytetrafluoroethylene (PTFE) or mixtures thereof.