mhurhangee/patent-ind-claim-en huggingface dataset:
A combustor for a gas turbine engine comprising: a combustor shell (330; 430; 530; 630; 730; 830; 930; 1030) having a first end (342; 942) and a second end (344; 1044) opposite the first end; a first securing element (346; 946) positioned at the first end (342; 942) of the combustor shell; a second securing element (348; 1048) positioned at the second end (344; 1044) of the combustor shell; a plurality of high temperature material panels (340; 440; 540; 640; 740; 840; 940; 1040) fixedly secured by the first securing element (346; 946) at the first end (342; 942) and the second securing element (348; 1048) at the second end (344; 1044), wherein a panel gap (454; 554; 654) is formed between edges of adjacent high temperature material panels (440a, 440b; 540a, 540b; 640a, 640b) of the plurality of high temperature material panels (340; 440; 540; 640; 740; 840; 940; 1040); and a seal divider (350; 450; 550; 650) extending from the first end (342; 942) to the second end (344; 1044) and positioned on the combustor shell (330; 430; 530; 630; 730; 830; 930; 1030) and arranged to seal the panel gap (454; 554; 654) between adjacent first and second high temperature material panels; characterized in that the seal divider (350; 450; 550; 650) biases the first and second high temperature material panels (340; 440a, 440b; 540a, 540b; 640a, 640b) into secure engagement with the first and second securing elements . a combustor shell (330; 430; 530; 630; 730; 830; 930; 1030) having a first end (342; 942) and a second end (344; 1044) opposite the first end; a first securing element (346; 946) positioned at the first end (342; 942) of the combustor shell; a second securing element (348; 1048) positioned at the second end (344; 1044) of the combustor shell; a plurality of high temperature material panels (340; 440; 540; 640; 740; 840; 940; 1040) fixedly secured by the first securing element (346; 946) at the first end (342; 942) and the second securing element (348; 1048) at the second end (344; 1044), wherein a panel gap (454; 554; 654) is formed between edges of adjacent high temperature material panels (440a, 440b; 540a, 540b; 640a, 640b) of the plurality of high temperature material panels (340; 440; 540; 640; 740; 840; 940; 1040); and a seal divider (350; 450; 550; 650) extending from the first end (342; 942) to the second end (344; 1044) and positioned on the combustor shell (330; 430; 530; 630; 730; 830; 930; 1030) and arranged to seal the panel gap (454; 554; 654) between adjacent first and second high temperature material panels; characterized in that the seal divider (350; 450; 550; 650) biases the first and second high temperature material panels (340; 440a, 440b; 540a, 540b; 640a, 640b) into secure engagement with the first and second securing elements .
A wireless communication method, comprising: sending , by an access point, a first trigger frame, wherein the first trigger frame includes uplink data that needs to be transmitted and carries a preset condition to request a station that meets the preset condition to send an uplink access signal in a specified time after receiving the first trigger frame, receiving , by the access point, an uplink access signal from a station, based on the first trigger frame; sending, by the access point, a first acknowledgment frame when determining that the station successfully performs uplink access; sending, by the access point, a second trigger frame to the station that successfully performs uplink access; receiving, by the access point, a buffer size report from the triggered station that successfully performs uplink access; sending a second acknowledgment frame after successfully receiving the buffer size report, wherein the first acknowledgment frame comprises an acknowledgment bitmap including a quantity of STAs whose uplink access succeeds, a start STA ID, and M bits wherein each bit corresponds to the STA ID of a station, wherein the value of the bit indicates that the station performs successful uplink access. sending , by an access point, a first trigger frame, wherein the first trigger frame includes uplink data that needs to be transmitted and carries a preset condition to request a station that meets the preset condition to send an uplink access signal in a specified time after receiving the first trigger frame, receiving , by the access point, an uplink access signal from a station, based on the first trigger frame; sending, by the access point, a first acknowledgment frame when determining that the station successfully performs uplink access; sending, by the access point, a second trigger frame to the station that successfully performs uplink access; receiving, by the access point, a buffer size report from the triggered station that successfully performs uplink access; sending a second acknowledgment frame after successfully receiving the buffer size report, wherein the first acknowledgment frame comprises an acknowledgment bitmap including a quantity of STAs whose uplink access succeeds, a start STA ID, and M bits wherein each bit corresponds to the STA ID of a station, wherein the value of the bit indicates that the station performs successful uplink access.
Roof antenna for mounting on a roof of a vehicle, wherein the roof antenna has a base plate and an antenna hood that can be connected to the base plate and, under the antenna hood , there is arranged a circuit board with antenna elements and at least one plug-in connection , wherein the base plate has fastening means for final mounting, wherein the fastening means are formed as a central dome with a screw thread and a rotary cross interacting with the dome , characterized in that at least two resilient elements formed as a first O-ring and a further O-ring are arranged and fixed on the dome , wherein the dome is formed as a screw , wherein the screw has a circumferential groove for receiving the first O-ring at the end facing away from a screw head , and has a further circumferential groove for receiving the further O-ring at the end facing towards the screw head , wherein these elements fix the dome movably to the rotary cross and the base plate .
Solenoid valve having a magnet assembly which comprises a solenoid and a magnetic core , the magnet assembly being arranged in a carrier element , and having a movably arranged magnetic armature , of which one end position is determined by a stop element which is designed to adjust a residual air gap and in which the magnetic armature rests, the carrier element comprising an inner pole ring and an outer pole ring , which are arranged concentrically relative to each other and which are connected to each other by a nonmagnetic intermediate element (28; 28a; 28b) in such a way that, on the side facing away from the magnetic armature , the carrier element forms a receiving space for the magnet assembly , which is separated hydraulically from a magnetic armature space , characterized in that the carrier element forms the stop element on which the magnetic armature rests with an end face in an end position corresponding to an open position of the magnetic armature , wherein the carrier element has an annular first region on the outer pole ring and a second region arranged on the inner pole ring , radially inside the first region , and either a depression is formed on the carrier element on the end of the inner pole ring that faces the magnetic armature and/or the intermediate element or a depression is formed in the region of the outer pole ring and of the intermediate element , so that, in its open position, the magnetic armature rests on the outer pole ring or on the inner pole ring .
A device for a wireless power transfer system for a vehicle , the device comprising a coil formed by at least a first conductor wire forming a first sub coil with a plurality of windings and a second conductor wire forming a second sub coil with a plurality of windings , the coil having a first loop and a second loop positioned next to each other, the first and second loop having a central portion of the coil in common where said at least first and second conductor wires extend from the first loop to the second loop and vice versa, said at least first and second conductor wires being arranged next to each other in the central portion , characterized in that said at least first and second conductor wires are arranged above each other in an outer portion of the first loop and in an outer portion of the second loop , each of said at least first and second conductor wires being twisted around its own longitudinal axis at a position between the central portion and the first loop outer portion and at a position between the central portion and the second loop outer portion , said at least first and second conductor wires being twisted in the same rotation direction such that a lateral surface of the second conductor wire facing away from the corresponding first conductor wire in the central portion , constitutes a top surface of the second conductor wire in the first loop outer portion and the second loop outer portion , and a lateral surface of the first conductor wire facing away from the corresponding second conductor wire in the central portion , constitutes a bottom surface of the first conductor wire in the first loop outer portion and the second loop outer portion , and the second conductor wire being arranged above the first conductor wire in the first loop outer portion and the second loop outer portion .
A flexible coupling for attaching a collet to a draw bar , the flexible coupling comprising: a draw bar having a first longitudinal axis (L1) and a first coupling portion proximate one end of the draw bar and a mounting portion proximate an opposite end of the draw bar, the mounting portion being configured to removably secure the draw bar to a pulling device of a machine tool; a collet having a second longitudinal axis (L2) and a clamping portion proximate one end of the collet and a second coupling portion proximate a second end of the collet, the second coupling portion having a second coupling surface formed thereon, the second coupling surface being configured in a shape complementary to the first coupling surface ; a collet adaptor with a guiding surface and an angled surface being configured to contribute to the coaxial alignment of the collet , characterised in that the first coupling portion comprises at least two elastically resilient legs spaced apart from one another, each of the at least two legs having a first coupling surface formed thereon so that the first coupling surface moveably engages the second coupling surface such that the first longitudinal axis (L1) and the second longitudinal axis (L2) are coaxial when an axial force is applied to the draw bar and the collet . a draw bar having a first longitudinal axis (L1) and a first coupling portion proximate one end of the draw bar and a mounting portion proximate an opposite end of the draw bar, the mounting portion being configured to removably secure the draw bar to a pulling device of a machine tool; a collet having a second longitudinal axis (L2) and a clamping portion proximate one end of the collet and a second coupling portion proximate a second end of the collet, the second coupling portion having a second coupling surface formed thereon, the second coupling surface being configured in a shape complementary to the first coupling surface ; a collet adaptor with a guiding surface and an angled surface being configured to contribute to the coaxial alignment of the collet , characterised in that the first coupling portion comprises at least two elastically resilient legs spaced apart from one another, each of the at least two legs having a first coupling surface formed thereon so that the first coupling surface moveably engages the second coupling surface such that the first longitudinal axis (L1) and the second longitudinal axis (L2) are coaxial when an axial force is applied to the draw bar and the collet .
A composition for use as a medicament, the composition comprising 5-cholesten-3, 25-diol, 3-sulfate (25HC3S) or a pharmaceutically acceptable salt thereof; and at least one cyclic oligosaccharide, wherein the cyclic oligosaccharide comprises a cyclodextrin or a cyclodextrin derivative, wherein the cyclodextrin or the cyclodextrin derivative comprises at least one of cyclodextrin, alkyl substituted cyclodextrin wherein the alkyl group comprises 1 to 8 carbons, hydroxyalkyl substituted cyclodextrin wherein the alkyl group comprises 1 to 8 carbons, sulfoalkyl ether substituted cyclodextrin wherein the alkyl group comprises 1 to 8 carbons, and alkyl ether substituted cyclodextrin wherein the alkyl group comprises 1 to 8 carbons. 5-cholesten-3, 25-diol, 3-sulfate (25HC3S) or a pharmaceutically acceptable salt thereof; and at least one cyclic oligosaccharide, wherein the cyclic oligosaccharide comprises a cyclodextrin or a cyclodextrin derivative, wherein the cyclodextrin or the cyclodextrin derivative comprises at least one of cyclodextrin, alkyl substituted cyclodextrin wherein the alkyl group comprises 1 to 8 carbons, hydroxyalkyl substituted cyclodextrin wherein the alkyl group comprises 1 to 8 carbons, sulfoalkyl ether substituted cyclodextrin wherein the alkyl group comprises 1 to 8 carbons, and alkyl ether substituted cyclodextrin wherein the alkyl group comprises 1 to 8 carbons.
Inflatable system for emergency evacuation from structure (S) comprising a rescue unit , having a supporting structure or support frame , at least one chute , fixed to said supporting structure , and a container , in which said supporting structure and said chutes are foldable, and an inflating pneumatic system connected with said supporting structure , said system being capable of assuming a closed position, wherein said supporting structure and said chutes are folded into said container , and an open position, wherein said inflation pneumatic system inflates said supporting structure , so that said supporting structure comes out from said container together with said chutes , and they are unfolded, characterized in that said supporting structure comprises an inflatable central column , an inflatable pneumatic outer wall , preferably made by a plurality of cylindrical rings, said outer wall being provided with one or more access apertures and at least one lower exit aperture , and a plurality of inflatable tubular structures or bars , each connected with said central column and said outer pneumatic wall , suitable to tighten said inflatable supporting structure . a rescue unit , having a supporting structure or support frame , at least one chute , fixed to said supporting structure , and a container , in which said supporting structure and said chutes are foldable, and an inflating pneumatic system connected with said supporting structure , said system being capable of assuming a closed position, wherein said supporting structure and said chutes are folded into said container , and an open position, wherein said inflation pneumatic system inflates said supporting structure , so that said supporting structure comes out from said container together with said chutes , and they are unfolded, characterized in that said supporting structure comprises an inflatable central column , an inflatable pneumatic outer wall , preferably made by a plurality of cylindrical rings, said outer wall being provided with one or more access apertures and at least one lower exit aperture , and a plurality of inflatable tubular structures or bars , each connected with said central column and said outer pneumatic wall , suitable to tighten said inflatable supporting structure .
A hot glue gun for strand-like hot glue sticks with a melting chamber , which can be heated by a heating element , for heating the hot glue stick , which has an entry opening on one side - entry side - through which the solid hot glue stick can be introduced into an elongated cavity of the melting chamber , as well as one or more exit openings through which a liquefied part of the hot glue adhesive is able to flow out of the cavity of the melting chamber after heating, and with, in particular, one outlet opening which is arranged on a nozzle head of the hot glue gun and through which the hot glue adhesive that has flowed out of the melting chamber can exit from the hot glue gun , characterized in that at least one exit opening of the melting chamber is arranged in such a way that the liquid hot glue adhesive can flow laterally out of the cavity , namely substantially perpendicular to the longitudinal extent of the cavity , wherein the or each exit opening is formed in an elongated manner and extends as far as the end thereof opposite the entry end of the melting chamber in such a way that the hot glue adhesive can also exit from the cavity of the melting chamber parallel to the longitudinal extent of the melting chamber and the adhesive can flow out of the cavity even at the front in the longitudinal direction of said cavity as a result of the extent of the exit opening up to a front end wall of the melting chamber , which front end wall runs transversely to the longitudinal extension of the cavity .
An accumulator comprising: an accumulator housing which is provided with an oil port connectable to a pressure piping; a bellows and a bellows cap which are arranged within said housing and compart a space within said housing into a liquid chamber communicating with said oil port and a gas chamber encapsulating gas therein; a seal holder which is provided in said bellows cap ; and a plate-like seal which is retained by said seal holder , wherein said seal holder is provided with an attaching portion to said bellows cap , and an inward flange-like outer peripheral side engagement portion , wherein said seal is provided with a seal main body which has a smaller diameter than an inner diameter of said outer peripheral side engagement portion , and an outer peripheral projection portion which is arranged in an outer peripheral surface of said seal main body and is made of a rubber-like elastic body engaging with said outer peripheral side engagement portion , said seal holder is provided with an inward flange-like second outer peripheral side engagement portion in the same manner in a bellows cap side of said outer peripheral side engagement portion , wherein said seal is structured such that said outer peripheral projection portion is arranged between said outer peripheral side engagement portion and said second outer peripheral side engagement portion , and wherein an initial gap (c2) is set between said seal and said bellows cap . an accumulator housing which is provided with an oil port connectable to a pressure piping; a bellows and a bellows cap which are arranged within said housing and compart a space within said housing into a liquid chamber communicating with said oil port and a gas chamber encapsulating gas therein; a seal holder which is provided in said bellows cap ; and a plate-like seal which is retained by said seal holder , wherein said seal holder is provided with an attaching portion to said bellows cap , and an inward flange-like outer peripheral side engagement portion , wherein said seal is provided with a seal main body which has a smaller diameter than an inner diameter of said outer peripheral side engagement portion , and an outer peripheral projection portion which is arranged in an outer peripheral surface of said seal main body and is made of a rubber-like elastic body engaging with said outer peripheral side engagement portion , said seal holder is provided with an inward flange-like second outer peripheral side engagement portion in the same manner in a bellows cap side of said outer peripheral side engagement portion , wherein said seal is structured such that said outer peripheral projection portion is arranged between said outer peripheral side engagement portion and said second outer peripheral side engagement portion , and wherein an initial gap (c2) is set between said seal and said bellows cap .
An engine harmonic cancellation system , comprising: an accelerometer adapted to be disposed within a vehicle to detect a harmonic produced by an engine of the vehicle and to produce a harmonic reference signal representative of the harmonic; a controller configured to produce a harmonic cancellation signal that, when transduced into an acoustic signal, cancels the harmonic within at least one cancellation zone within a cabin of the vehicle; and a speaker adapted to be disposed within the cabin and configured to receive the harmonic cancellation signal and to transduce the harmonic cancellation signal into an acoustic harmonic cancellation signal, such that the harmonic is cancelled within the cancellation zone; and characterized in that the controller is configured to produce the harmonic cancellation signal, wherein the harmonic cancellation signal is based, at least in part, on mixing the harmonic reference signal converted to baseband with a baseband signal output from a look up table . an accelerometer adapted to be disposed within a vehicle to detect a harmonic produced by an engine of the vehicle and to produce a harmonic reference signal representative of the harmonic; a controller configured to produce a harmonic cancellation signal that, when transduced into an acoustic signal, cancels the harmonic within at least one cancellation zone within a cabin of the vehicle; and a speaker adapted to be disposed within the cabin and configured to receive the harmonic cancellation signal and to transduce the harmonic cancellation signal into an acoustic harmonic cancellation signal, such that the harmonic is cancelled within the cancellation zone;
A user apparatus for performing transmission of a discovery signal by radio, characterized by comprising: determining means arranged to determine a resource group pattern to be used by the user apparatus based on information transmitted from a base station, and to determine a resource group including one discovery resource or a plurality of discovery resources that can be used for transmitting the discovery signal from among a plurality of resource groups included in the resource group pattern; and selecting means arranged to select a discovery resource to be used for transmitting the discovery signal from among the determined resource group, wherein the determining means is arranged to determine the resource group based on information indicating a hopping pattern of a resource group transmitted from the base station. determining means arranged to determine a resource group pattern to be used by the user apparatus based on information transmitted from a base station, and to determine a resource group including one discovery resource or a plurality of discovery resources that can be used for transmitting the discovery signal from among a plurality of resource groups included in the resource group pattern; and selecting means arranged to select a discovery resource to be used for transmitting the discovery signal from among the determined resource group, wherein the determining means is arranged to determine the resource group based on information indicating a hopping pattern of a resource group transmitted from the base station.