mhurhangee/patent-ind-claim-en huggingface dataset:
An engine fuel control system including: a fuel metering valve operable to control the flow of fuel between a supply line and a delivery line , a pressure drop control arrangement operable to regulate a pressure drop across the metering valve, the pressure drop control arrangement maintaining in normal use a substantially constant pressure drop across the metering valve, an electro-mechanical backup control system which, in the event of an engine overthrust event, is controllable by an electrical pullback signal to operate the pressure drop control arrangement, such that increasing the pullback signal reduces the flow of fuel between the supply line and the delivery line, and a detector arrangement which detects a start of an engine overthrust event, and detects a time at which an upward runaway caused by the overthrust event is arrested, characterized by a controller which (i) determines, at the time of the overthrust detection, a rate of increase of the pullback signal and an offset of the pullback signal, (ii) sends the pullback signal to the backup control system at the determined rate of increase, and (iii), when the upward runaway is arrested, reduces the pullback signal sent to the backup control system by the determined offset. a fuel metering valve operable to control the flow of fuel between a supply line and a delivery line , a pressure drop control arrangement operable to regulate a pressure drop across the metering valve, the pressure drop control arrangement maintaining in normal use a substantially constant pressure drop across the metering valve, an electro-mechanical backup control system which, in the event of an engine overthrust event, is controllable by an electrical pullback signal to operate the pressure drop control arrangement, such that increasing the pullback signal reduces the flow of fuel between the supply line and the delivery line, and a detector arrangement which detects a start of an engine overthrust event, and detects a time at which an upward runaway caused by the overthrust event is arrested, characterized by a controller which (i) determines, at the time of the overthrust detection, a rate of increase of the pullback signal and an offset of the pullback signal, (ii) sends the pullback signal to the backup control system at the determined rate of increase, and (iii), when the upward runaway is arrested, reduces the pullback signal sent to the backup control system by the determined offset.
Heat exchanger with a number of heating or cooling tubes , each fixed in a tube sheet and protruding beyond the tube sheet , wherein at least one of the heating or cooling tubes is stabilized by an inserted stabilizer , the heating or cooling tube comprising a first tube section fixed within the tube sheet and a second tube section protruding beyond the tube sheet , the stabilizer comprising a lengthy body with a clamping section fixed inside the first tube section and a supporting section resting against the second tube section, wherein the stabilizer is designed to permit a fluid flow through and/or around its body , wherein the stabilizer comprises a rear-end section (III), a front-end section (I) and a middle section (II) in between, wherein the clamping section is arranged within the rear-end section (III), and the supporting section is arranged within the front-end section (I); wherein the rear-end section (III) comprises a central cavity accessible through a rear-end opening , and wherein the cavity is enclosed by a ring-like wall , characterized in that a radial bore reaches through the wall from the cavity to a circular gap between the body and the heating or cooling tube , forming a fluid bypass. the stabilizer comprising a lengthy body with a clamping section fixed inside the first tube section and a supporting section resting against the second tube section, wherein the stabilizer is designed to permit a fluid flow through and/or around its body , wherein the stabilizer comprises a rear-end section (III), a front-end section (I) and a middle section (II) in between, wherein the clamping section is arranged within the rear-end section (III), and the supporting section is arranged within the front-end section (I); wherein the rear-end section (III) comprises a central cavity accessible through a rear-end opening , and wherein the cavity is enclosed by a ring-like wall , characterized in that a radial bore reaches through the wall from the cavity to a circular gap between the body and the heating or cooling tube , forming a fluid bypass.
A crystal composition or inorganic scintillator having the formula: MaI:Tl, Ln, A, X (I); wherein Ma is Na, Cs, or Li, Ln is a lanthanide, or a mixture of lanthanides, A is an alkaline earth metal, and X is Sc, Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Y, Zr, Pd, Ag, Cd, Hf, Ta, W, Pt, Au, Al, Ga, In, Ge, Sn, Pb, N, P, As, Sb, Bi, B, O, S, Se, Te, or a mixture thereof; wherein Tl has a molar percent with the following value: 0.000001mol% < [Tl] < 100 mol % or up to the solubility limit whatever is higher; Ln has a molar percent with the following value: 0.000001 mol % < [Ln] < 100 mol %; A has a molar percent with the following value: 0.000001 mol % < [A] < 100 mol %; X has a molar percent with the following value: 0 mol % ≤ [X] < 100 mol %.
A transmission device comprising: an encoding unit configured to generate a predetermined number of audio streams; and a transmission unit configured to transmit a container of a predetermined format including the predetermined number of audio streams, wherein the audio streams are constituted by an audio frame including a first packet that includes encoded data as payload information and a second packet that includes configuration information representing a configuration of the payload information of the first packet as payload information, and common index information is inserted in payloads of the first packet and the second packet that are related, wherein the common index information is related to the same element in each of the predetermined number of audio streams such that the first packet and the second packet are associated for each element by index information. an encoding unit configured to generate a predetermined number of audio streams; and a transmission unit configured to transmit a container of a predetermined format including the predetermined number of audio streams, wherein the audio streams are constituted by an audio frame including a first packet that includes encoded data as payload information and a second packet that includes configuration information representing a configuration of the payload information of the first packet as payload information, and common index information is inserted in payloads of the first packet and the second packet that are related, wherein the common index information is related to the same element in each of the predetermined number of audio streams such that the first packet and the second packet are associated for each element by index information.
Closing device for a sliding door/window , comprising: a first portion mountable on a jamb of the door/window , a second portion mountable on the door/window , wherein the first portion comprises a male locking element , wherein the second portion comprises a female locking element , wherein the female locking element comprises an element with variable cross section in which the male locking element can be inserted, wherein the female locking element comprises one or more interference elements suited to be positioned between the element with variable cross section and the male locking element , wherein the female locking element comprises a release element configured so as to act on the one or more interference elements , characterized in that the first portion comprises a return element acting on the male locking element and configured so as to apply a force onto the male locking element towards the first portion . a first portion mountable on a jamb of the door/window , a second portion mountable on the door/window , wherein the first portion comprises a male locking element , wherein the second portion comprises a female locking element , wherein the female locking element comprises an element with variable cross section in which the male locking element can be inserted, wherein the female locking element comprises one or more interference elements suited to be positioned between the element with variable cross section and the male locking element , wherein the female locking element comprises a release element configured so as to act on the one or more interference elements , characterized in that the first portion comprises a return element acting on the male locking element and configured so as to apply a force onto the male locking element towards the first portion .
A feederhouse for an agricultural combine , comprising: drive wheels located at the rear of the feederhouse , a front conveyor drum having a longitudinal axis, the front conveyor drum being elongate and hollow and configured to rotate around the longitudinal axis, and an endless belt conveyor with two endless and spaced-apart elastomer embedded fabric belts that are driven by the drive wheels and extend around the front conveyor drum in spaced-apart relation, wherein the front conveyor drum comprises belt retainers fixed to the drum to maintain the belts in a proper operating position on the drum and a plurality of cogs coupled to the front conveyor drum , the cogs configured to engage and be driven by mating cogs extending inwardly from an inner surface of the belts , characterized in that the cogs are semicircular in a cross-section that is taken perpendicular to the longitudinal axis and fixed to the surface of the drum . drive wheels located at the rear of the feederhouse , a front conveyor drum having a longitudinal axis, the front conveyor drum being elongate and hollow and configured to rotate around the longitudinal axis, and an endless belt conveyor with two endless and spaced-apart elastomer embedded fabric belts that are driven by the drive wheels and extend around the front conveyor drum in spaced-apart relation, wherein the front conveyor drum comprises belt retainers fixed to the drum to maintain the belts in a proper operating position on the drum and a plurality of cogs coupled to the front conveyor drum , the cogs configured to engage and be driven by mating cogs extending inwardly from an inner surface of the belts , characterized in that the cogs are semicircular in a cross-section that is taken perpendicular to the longitudinal axis and fixed to the surface of the drum .
A blood concentrator comprising: a main housing defining a centrifuge chamber for holding blood during centrifugation, the centrifugation chamber comprising a first port to extract a portion of the blood after centrifugation; a filter housing connected to the centrifuge chamber and disposed within the centrifugation chamber ; and a filter membrane held by the filter housing for the removal of water and low molecular weight components out of an extracted centrifuged portion of the blood for retention and collection of a centrifuged and concentrated blood substance; characterised in that first port of the centrifuge chamber is adjustably positionable to permit selection of the portion of the blood to be extracted after centrifugation. a main housing defining a centrifuge chamber for holding blood during centrifugation, the centrifugation chamber comprising a first port to extract a portion of the blood after centrifugation; a filter housing connected to the centrifuge chamber and disposed within the centrifugation chamber ; and a filter membrane held by the filter housing for the removal of water and low molecular weight components out of an extracted centrifuged portion of the blood for retention and collection of a centrifuged and concentrated blood substance; characterised in that first port of the centrifuge chamber is adjustably positionable to permit selection of the portion of the blood to be extracted after centrifugation.
A method for detecting switching of video signals comprising: receiving (S11) video signal data output from any one of at least two signal sources in a same format; identifying (S13) a start position and an end position of valid data from the received video signal data; counting (S15) number of rows and number of columns of a complete frame of received data according to the identified start and end positions of the valid data; and determining (S17), when the counted numbers of rows and columns corresponding to two adjacent complete frames of data do not conform with each other, the received video signal data is switched, and sending out the determined result, wherein the identifying (S13) a start position and an end position of valid data from the received video signal data comprises: identifying a start position and an end position of blanking data from the received video signal data; and identifying, beginning from the end position of the blanking data, the start and end positions of the valid data from the received video signal data. receiving (S11) video signal data output from any one of at least two signal sources in a same format; identifying (S13) a start position and an end position of valid data from the received video signal data; counting (S15) number of rows and number of columns of a complete frame of received data according to the identified start and end positions of the valid data; and determining (S17), when the counted numbers of rows and columns corresponding to two adjacent complete frames of data do not conform with each other, the received video signal data is switched, and sending out the determined result, wherein the identifying (S13) a start position and an end position of valid data from the received video signal data comprises: identifying a start position and an end position of blanking data from the received video signal data; and identifying, beginning from the end position of the blanking data, the start and end positions of the valid data from the received video signal data. identifying a start position and an end position of blanking data from the received video signal data; and identifying, beginning from the end position of the blanking data, the start and end positions of the valid data from the received video signal data.
Locking device for locking a functionally essential component , in particular a steering column or a gear shift lever, of a vehicle: a housing , in which a locking cylinder is accommodated, which serves to actuate a locking element of the functionally essential component , a support element for supporting the locking cylinder in the housing , wherein the support element is mounted in the housing in a rotationally fixed manner, and a rotatable coupling , which can be brought into an operative connection with the locking element , wherein the locking cylinder has a rotatable cylinder core which can be connected to the rotatable coupling , and wherein the coupling is axially supported on the support element , characterized in that , a mounting unit (M) is provided in order to fix the locking cylinder in a predetermined mounting position (A) within the housing at least positively to the support element . a housing , in which a locking cylinder is accommodated, which serves to actuate a locking element of the functionally essential component , a support element for supporting the locking cylinder in the housing , wherein the support element is mounted in the housing in a rotationally fixed manner, and a rotatable coupling , which can be brought into an operative connection with the locking element , wherein the locking cylinder has a rotatable cylinder core which can be connected to the rotatable coupling , and wherein the coupling is axially supported on the support element , characterized in that , a mounting unit (M) is provided in order to fix the locking cylinder in a predetermined mounting position (A) within the housing at least positively to the support element .
A precision liquid applicator for dispensing an applicator liquid from a container onto a surface , comprising: a closure secured to the container ; said closure defining a first end and a second end with a through orifice extending therebetween; said closure having an internal closure orifice defining a terminal orifice defined in the second end with a sealing seat adjacent to said terminal orifice ; a valve having a precision applicator tip with a valve seal located adjacent to said precision applicator tip ; a biasing spring urging said valve seal of said valve into engagement with said sealing seat of said closure for inhibiting the flow of the applicator liquid from said terminal orifice ; and a depression of said precision applicator tip upon the surface displacing said valve seal from said sealing seat for providing an annular passageway between said precision applicator tip and said terminal orifice to enable the flow of the applicator liquid in a operative position of the liquid applicator from the container through the terminal orifice onto the surface , characterized in, that the liquid applicator comprises a valve stop located on said valve cooperating with a stop wall for limiting movement of said valve to control a cross-sectional area of said passageway between said precision applicator tip and said terminal orifice and for ensuring said precision applicator tip extends in the operative position beyond said second end of said closure , and that the liquid applicator includes a retainer secured to said closure , said biasing spring being disposed between said valve and said retainer , wherein said retainer includes a retainer cup having a cylindrical sidewall , a bottom wall and an internal diameter , wherein said bottom wall functions as said stop wall .
Supporting structure for connecting two agricultural implements to a tractor three-point power lift, comprising a frame having at least one lower crossmember , and having at least one lateral member , wherein the supporting structure has at least two coupling units for a three-point connection to a first implement , the supporting structure further comprises, directed during operation towards the tractor , at least one lower link coupling means for connecting to the tractor three-point power lift, and has a coupling device , which is arranged on the top of the frame, for fastening the at least one further implement , characterized in that the supporting structure forms a three-point power lift.
A method of wireless communication comprising: receiving beamform data via a network from a scheduling entity , the beamform data corresponding to a mapping of a path between a vehicle user equipment, UE and a base station or another vehicle, the beamform data including data corresponding to a beam direction; selecting a beamform vector based on the beamform data received from the scheduling entity , the beamform vector including a respective phase and amplitude corresponding to each of a plurality of antennas coupled to the vehicle UE, wherein the selecting further comprises adjusting the beamform vector by utilizing a topological map of objects proximate to the vehicle UE to determine an indirect path between the vehicle UE and the base station or another vehicle, the indirect path based on a ray tracing result and comprising at least one reflection off an object included in the topological map; and generating a beam in accordance with the beamform vector, the beam having a direction consistent with the path between the vehicle UE and the base station or another vehicle. receiving beamform data via a network from a scheduling entity , the beamform data corresponding to a mapping of a path between a vehicle user equipment, UE and a base station or another vehicle, the beamform data including data corresponding to a beam direction; selecting a beamform vector based on the beamform data received from the scheduling entity , the beamform vector including a respective phase and amplitude corresponding to each of a plurality of antennas coupled to the vehicle UE, wherein the selecting further comprises adjusting the beamform vector by utilizing a topological map of objects proximate to the vehicle UE to determine an indirect path between the vehicle UE and the base station or another vehicle, the indirect path based on a ray tracing result and comprising at least one reflection off an object included in the topological map; and generating a beam in accordance with the beamform vector, the beam having a direction consistent with the path between the vehicle UE and the base station or another vehicle.
A system for delivering a vascular prosthesis, comprising: an elongate body comprising a proximal end , a distal end , and a plurality of delivery platforms disposed adjacent the distal end, each of the delivery platforms comprising a recess extending distally of a radial protrusion, a sheath having a proximal end , a distal end , and a sheath elongate body extending therebetween, the sheath being moveable relative to the elongate body from a first position in which the distal end of the sheath is disposed distally of a distal-most distal delivery platform to a second position in which the distal end of the sheath is disposed proximally of at least one delivery platform; a plurality of self-expanding vascular prostheses (10, 10', 10", 140), each vascular prosthesis having one or more circumferential members formed with discrete struts which form a plurality of cells, and disposed at a corresponding delivery platform, wherein the system is configured to separately place at least two vascular prostheses, one at a time, at a treatment zone at spaced apart locations such that a gap is provided between the distal end of a proximal vascular prosthesis and a proximal end of a distal vascular prosthesis without requiring movement of the delivery platforms, wherein each self-expanding vascular prosthesis in the plurality of self-expanding vascular prostheses comprises a radiopaque marker. an elongate body comprising a proximal end , a distal end , and a plurality of delivery platforms disposed adjacent the distal end, each of the delivery platforms comprising a recess extending distally of a radial protrusion, a sheath having a proximal end , a distal end , and a sheath elongate body extending therebetween, the sheath being moveable relative to the elongate body from a first position in which the distal end of the sheath is disposed distally of a distal-most distal delivery platform to a second position in which the distal end of the sheath is disposed proximally of at least one delivery platform; a plurality of self-expanding vascular prostheses (10, 10', 10", 140), each vascular prosthesis having one or more circumferential members formed with discrete struts which form a plurality of cells, and disposed at a corresponding delivery platform, wherein the system is configured to separately place at least two vascular prostheses, one at a time, at a treatment zone at spaced apart locations such that a gap is provided between the distal end of a proximal vascular prosthesis and a proximal end of a distal vascular prosthesis without requiring movement of the delivery platforms, wherein each self-expanding vascular prosthesis in the plurality of self-expanding vascular prostheses comprises a radiopaque marker.