mhurhangee/ep-ind-claims huggingface dataset:
An automated assembly system for a transport structure, comprising: a plurality of automated constructors to manufacture and assemble the transport structure; a control system to control the automated constructors during the assembly of the transport structure including the transfer of the component from a first one of the automated constructors to a second one of the automated constructors, wherein the first one of the automated constructors is configured to comprise or support a three-dimensional (3-D) printer to print at least a portion of a component and transfer the component to the second one of the automated constructors for installation during the assembly of the transport structure, and wherein at least some of the plurality of automated constructors are configured to move in an automated fashion between stations under the guidance of the control system; wherein each station comprises one or more automated constructors. a plurality of automated constructors to manufacture and assemble the transport structure; a control system to control the automated constructors during the assembly of the transport structure including the transfer of the component from a first one of the automated constructors to a second one of the automated constructors, wherein the first one of the automated constructors is configured to comprise or support a three-dimensional (3-D) printer to print at least a portion of a component and transfer the component to the second one of the automated constructors for installation during the assembly of the transport structure, and wherein at least some of the plurality of automated constructors are configured to move in an automated fashion between stations under the guidance of the control system; wherein each station comprises one or more automated constructors.
A vehicle including one or more on-board storage vessels for the storage of a gas fuel under high pressure, and comprising: interconnection means for operatively interconnecting said one or more vessels to a high pressure fuel depot refilling line; a refuel line for conducting fuel from the interconnecting means to said one or more vessels; a turbine characterised in that the turbine is interposed in the refuel line between said interconnection means and said one or more vessels for capturing mechanical energy from the gas flow in the refuel line during refuelling; and in that it further comprises: a circulation system comprising a heat absorbing means within the vessel and containing a heat absorbent medium for absorbing the heat of compression during refuelling of said one or more vessels, and for conducting the heat absorbed away from the interior of said one or more vessels; a pump driven by the captured mechanical energy for circulating the heat absorbent medium around the circulation system; and radiator means connected to said circulation system externally of said one or more vessels for exhausting the absorbed heat from the heat absorbent medium to an environment external to the vehicle. interconnection means for operatively interconnecting said one or more vessels to a high pressure fuel depot refilling line; a refuel line for conducting fuel from the interconnecting means to said one or more vessels; a turbine characterised in that the turbine is interposed in the refuel line between said interconnection means and said one or more vessels for capturing mechanical energy from the gas flow in the refuel line during refuelling; and in that it further comprises: a circulation system comprising a heat absorbing means within the vessel and containing a heat absorbent medium for absorbing the heat of compression during refuelling of said one or more vessels, and for conducting the heat absorbed away from the interior of said one or more vessels; a pump driven by the captured mechanical energy for circulating the heat absorbent medium around the circulation system; and radiator means connected to said circulation system externally of said one or more vessels for exhausting the absorbed heat from the heat absorbent medium to an environment external to the vehicle. a circulation system comprising a heat absorbing means within the vessel and containing a heat absorbent medium for absorbing the heat of compression during refuelling of said one or more vessels, and for conducting the heat absorbed away from the interior of said one or more vessels; a pump driven by the captured mechanical energy for circulating the heat absorbent medium around the circulation system; and radiator means connected to said circulation system externally of said one or more vessels for exhausting the absorbed heat from the heat absorbent medium to an environment external to the vehicle.
Bucket which has a longitudinal direction and a transverse direction, and a first extent in the longitudinal direction and a second extent in the transverse direction, wherein the first extent is greater than the second extent, comprising two longitudinal sides (5, 6) and also a front transverse side and a rear transverse side and at least one essentially bail-form handle (9, 9.1, 9.2), wherein the at least one handle (9, 9.1, 9.2) extends in the longitudinal direction and can be pivoted in the transverse direction, characterized in that a spout of the bucket is designed in the form of a self-contained through-passage and is arranged in the front transverse side.
A mobile floor cleaning machine having a chassis and having at least one rotatably drivable brush roller which at least at one of its end faces projects laterally beyond the contour of the chassis and has a roller part in the form of a truncated cone, characterized in that the truncated-cone-shaped roller part has a cone axis, directed obliquely to the horizontal, which forms the rotational axis of the truncated-cone-shaped roller part.
A wiper arm device for cleaning a vehicle window, with a wiper arm head that can be at least indirectly connected by means of a wiper arm rod with a wiper blade at a first end region and with a drive shaft at a second end region lying opposite the first end region, wherein the wiper arm rod is pivotably mounted on the side facing the wiper arm head in a first pivoting axis, wherein a spacer device is arranged on the wiper arm rod, and is designed to hold the wiper arm rod a constant distance (a) away from the vehicle window, the wiper arm rod consisting of two elements (26, 28), a first element connected with the wiper arm head and a second element that can be connected at least indirectly with the wiper blade, the two elements (26, 28) being arranged so that they can pivot relative to each other in a second pivoting axis, wherein the second pivoting axis is arranged essentially perpendicular to the first pivoting axis, and that the spacer device is arranged on the first element, characterized in that the wiper arm rod is curved in design, wherein the second element of the wiper arm rod facing the wiper blade is straight in design, and aligned at least essentially parallel with a wiper blade longitudinal direction, and wherein a section of the first element of the wiper arm rod connected with the wiper arm head is essentially arranged perpendicular to the second element of the wiper arm rod.
A method comprising: receiving, by a wireless device, a system information block, SIB, comprising a value of a scheduling request, SR, delay timer; receiving, in a radio resource control, RRC, connected state, an RRC message comprising a parameter indicating the SR delay timer is applied to a logical channel; initiating a small data transmission, SDT, procedure in an RRC inactive state, wherein at least one radio bearer, associated with the logical channel, is configured for the SDT procedure; and in response to triggering, during the SDT procedure, buffer status reporting, BSR, for the logical channel, starting the SR delay timer based on: the parameter indicating the SR delay timer is applied to the logical channel; and the value of the SIB. receiving, by a wireless device, a system information block, SIB, comprising a value of a scheduling request, SR, delay timer; receiving, in a radio resource control, RRC, connected state, an RRC message comprising a parameter indicating the SR delay timer is applied to a logical channel; initiating a small data transmission, SDT, procedure in an RRC inactive state, wherein at least one radio bearer, associated with the logical channel, is configured for the SDT procedure; and in response to triggering, during the SDT procedure, buffer status reporting, BSR, for the logical channel, starting the SR delay timer based on: the parameter indicating the SR delay timer is applied to the logical channel; and the value of the SIB. the parameter indicating the SR delay timer is applied to the logical channel; and the value of the SIB.
A hearing protection device comprising: - a first microphone for provision of a first microphone input signal; - a sub-band splitting module for dividing the first microphone input signal into a plurality of sub-band signals, - an estimator module for estimating a signal strength parameter of respective sub-band signals including a first signal strength parameter of a first sub-band signal and a second signal strength parameter of a second sub-band signal; - a limiter controller connected to a multiband limiter; and - a receiver for converting an electrical output signal to an audio signal; wherein the first sub-band signal is the sub-band signal with the lowest signal strength parameter; and wherein the limiter controller is configured to determine gain reductions for the sub-band signals of the first microphone input signal, wherein a second gain reduction for the second sub-band signal is based on the first signal strength parameter for the first sub-band signal, wherein the multiband limiter is configured for applying a filter transfer function to the first microphone input signal or the gain reductions to each of the sub-band signals and for forming the electrical output signal, and wherein the limiter controller is configured to control the multiband limiter to apply the filter transfer function based on the second gain reduction to the first microphone input signal or to apply the second gain reduction to the second sub-band signal. - a first microphone for provision of a first microphone input signal; - a sub-band splitting module for dividing the first microphone input signal into a plurality of sub-band signals, - an estimator module for estimating a signal strength parameter of respective sub-band signals including a first signal strength parameter of a first sub-band signal and a second signal strength parameter of a second sub-band signal; - a limiter controller connected to a multiband limiter; and - a receiver for converting an electrical output signal to an audio signal; wherein the first sub-band signal is the sub-band signal with the lowest signal strength parameter; and wherein the limiter controller is configured to determine gain reductions for the sub-band signals of the first microphone input signal, wherein a second gain reduction for the second sub-band signal is based on the first signal strength parameter for the first sub-band signal, wherein the multiband limiter is configured for applying a filter transfer function to the first microphone input signal or the gain reductions to each of the sub-band signals and for forming the electrical output signal, and wherein the limiter controller is configured to control the multiband limiter to apply the filter transfer function based on the second gain reduction to the first microphone input signal or to apply the second gain reduction to the second sub-band signal.
Artificial turf arranged for use as a sports field, the artificial turf comprising at least one substrate, wherein at least first artificial turf fibers (11, 11', 11") are attached to the substrate, and wherein the substrate is further provided with a coating for providing a tuft withdrawal force of the first artificial turf fibers (11, 11', 11") of at least 30 Newton, characterized in that the first artificial turf fibers (11, 11', 11") are made of polyester and/or co-polyester, and wherein the coating concerns a polyether sulfone adhesive or a thermoplastic co-polyester adhesive for completely recycling the artificial turf into polyester granules.
Circuit for reaspiration of blow-by gas of an internal combustion engine, comprising an oil separation device, a first branch and a second branch, said reaspiration circuit, comprising a coupling (30, 130, 230) formed by a main pipe (31, 131, 231) dividing in the area of a fork (32, 132, 232) into a first secondary pipe (33, 133, 233) and a second secondary pipe (34, 134, 234), said coupling comprising an internal tube (35, 135, 235) extending at least partly inside the main pipe (31, 131, 231) and having an external cross section less than the internal cross section of the main pipe, said internal tube (35, 135, 235) being secured by one of its ends (35a, 135a, 235a) to the first secondary pipe (33, 133, 233) and being in fluidic communication with it, said internal tube (35, 135, 235) having another free end (35b, 135b, 235b) having an orifice (36, 136, 236) of predetermined cross section, said internal tube (35, 135, 235) being adapted such that the orifice (36, 136, 236) of predetermined cross section is disposed inside the main pipe between a free end (31a, 131a, 231a) of the main pipe and said fork (32, 132, 232), or it projects from said main pipe at its free end, characterized in that the free end (31a, 131a, 231a) of the main pipe (31, 131, 231) of the coupling is connected to said oil separation device, the first secondary pipe (33, 133, 233) of the coupling being connected to the first branch and the second secondary pipe (34, 134, 234) of the coupling being connected to the second branch.
A method, comprising performing one or more minimizing drive test, MDT, measurements; defining a validity time threshold for each kind of MDT measurement; starting a timer at each MDT measurement; verifying, prior to reporting one of the MDT measurement results, whether the validity time threshold defined for the respective MDT measurement result to be reported, is exceeded, by comparing the timer and the validity time threshold; and, if the validity time threshold is not exceeded, reporting the MDT measurement result. performing one or more minimizing drive test, MDT, measurements; defining a validity time threshold for each kind of MDT measurement; starting a timer at each MDT measurement; verifying, prior to reporting one of the MDT measurement results, whether the validity time threshold defined for the respective MDT measurement result to be reported, is exceeded, by comparing the timer and the validity time threshold; and, if the validity time threshold is not exceeded, reporting the MDT measurement result.
Auser equipment comprising a network control domain and a user domain, said user equipment being operable to receive and transmit data via multiple communication paths, said user equipment comprising: conversion logic within said user domain operable to convert between a single data stream and multiple data streams formed from said single data stream, such that at least two of said multiple communication paths may be used for transmission of said multiple data streams formed from said single data stream; wherein said single data stream comprises header information compliant with a first transport protocol; characterized in that und said conversion logic is operable to add header information compliant with a further transport protocol to said multiple data streams, said added header information containing information for routing said multiple data streams to an intermediate proxy node. conversion logic within said user domain operable to convert between a single data stream and multiple data streams formed from said single data stream, such that at least two of said multiple communication paths may be used for transmission of said multiple data streams formed from said single data stream; wherein said single data stream comprises header information compliant with a first transport protocol; characterized in that und said conversion logic is operable to add header information compliant with a further transport protocol to said multiple data streams, said added header information containing information for routing said multiple data streams to an intermediate proxy node.
An apparatus comprising: an input operable to receive an input signal; a dynamic common mode adjustor configured to: i) derive a differential signal from the received input signal, and ii) vary a common mode setting of the differential signal as a function of the received input signal to produce an offset differential signal (118-1, 118-2); and an output (108-1, 108-2) configured to output the offset differential signal, wherein the dynamic common mode adjustor includes an offset adjustor configured to generate the offset, wherein the offset adjustor is configured to generate the common mode setting as a fixed value during operating conditions in which a magnitude of the received input signal is less than a first threshold value, vary the common mode setting such that the magnitude of the common mode setting linearly decreases from the fixed value to zero during operating conditions in which the magnitude of the received input signal is greater than the first threshold value and less than a second threshold value, and generate the common mode setting to be zero during operating conditions in which the magnitude of the received input signal is greater than the second threshold value. an input operable to receive an input signal; a dynamic common mode adjustor configured to: i) derive a differential signal from the received input signal, and ii) vary a common mode setting of the differential signal as a function of the received input signal to produce an offset differential signal (118-1, 118-2); and an output (108-1, 108-2) configured to output the offset differential signal, wherein the dynamic common mode adjustor includes an offset adjustor configured to generate the offset, wherein the offset adjustor is configured to generate the common mode setting as a fixed value during operating conditions in which a magnitude of the received input signal is less than a first threshold value, vary the common mode setting such that the magnitude of the common mode setting linearly decreases from the fixed value to zero during operating conditions in which the magnitude of the received input signal is greater than the first threshold value and less than a second threshold value, and generate the common mode setting to be zero during operating conditions in which the magnitude of the received input signal is greater than the second threshold value.
An arrangement of a T-shaped connector comprising a line input, a line output and a measuring socket, wherein a measuring device, in particular an electrical voltage sensor, is arranged in the measuring socket, wherein the measuring socket has a receiving area with a receiving area depth, characterised in that - the measuring device is configured according to claim 11, wherein - the receiving area depth is smaller than or equal to the insertion area length of the measuring device, and - the second electrode of the measuring device extends into the receiving area of the measuring socket. - the measuring device is configured according to claim 11, wherein - the receiving area depth is smaller than or equal to the insertion area length of the measuring device, and - the second electrode of the measuring device extends into the receiving area of the measuring socket.
Coupling system for connecting a pressure tube to a valve body, comprising a coupling member insertable at one end of the pressure tube and engageable with an opening in the valve body, the opening comprising an outer enlarged portion, an intermediate enlarged portion with a smaller free diameter than the outer enlarged portion, and a reduced diameter portion with a reduced inner diameter compared to the intermediate enlarged portion, the intermediate enlarged portion and the reduced diameter portion being divided by a step in the wall of the opening, wherein the coupling member comprises an outer retainer ring into which the pressure tube is suitable to be inserted and an engaging portion at the retainer ring facing towards the reduced diameter portion, said coupling system further comprising an inner support sleeve insertable into the end of the pressure tube and extending axially at least up to the engaging portion, wherein the engaging portion comprises engaging elements that are elastically compressible in a radial inward direction and provided to engage behind a circumferential ridge protruding from the wall of the opening and a sealing ring completely insertable into the intermediate enlarged portion of the opening and adapted to abut against the step characterized in that the coupling member is pushable into the opening until the outer retainer ring is received completely by the outer enlarged portion, without the engaging elements being in contact with the sealing ring when the outer retainer ring axially abuts inside the outer enlarged portion and in that there is a radial clearance of the engaging portion inside the intermediate enlarged portion when the engaging portion elastically restores after compression behind the circumferential ridge.
A method of manufacturing a light emitting device package including a phosphor film, the method comprising: attaching a phosphor film green sheet on a first surface of a support substrate; attaching a glass film green sheet on the phosphor film green sheet; patterning the glass film green sheet sintering the phosphor film green sheet and the glass film green sheet to form a phosphor film and a glass film wherein patterning the glass film green sheet is performed by mold pressing so as to form a first pattern on the glass film green sheet such that a top of the phosphor film green sheet is also patterned so as to form a second pattern on the phosphor film green sheet. attaching a phosphor film green sheet on a first surface of a support substrate; attaching a glass film green sheet on the phosphor film green sheet; patterning the glass film green sheet sintering the phosphor film green sheet and the glass film green sheet to form a phosphor film and a glass film wherein patterning the glass film green sheet is performed by mold pressing so as to form a first pattern on the glass film green sheet such that a top of the phosphor film green sheet is also patterned so as to form a second pattern on the phosphor film green sheet.