mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a driver assistance system for a vehicle on a road , in which surroundings data about the road and about the surroundings of the vehicle are recorded; wherein the recorded surroundings data comprise road data about the course of the portion of the road that is located in front of the vehicle in the direction of travel (F), about one or more lanes (10.1, 10.2, 10.3, 10.4, 10.5) of the road and about traffic control devices ; at least one traffic control for a road portion located in front of the vehicle in the direction of travel (F) is detected and assigned to the vehicle on the basis of the recorded surroundings data; and a passability assessment is generated and output for the road portion on the basis of the traffic control assigned to the vehicle ; characterized in that the passability assessment is further generated on the basis of a confidence parameter (γ j , θ i ) which is determined on the basis of the recorded surroundings data and comprises a measure of the complexity of a control situation for the road portion; wherein the confidence parameter is determined without the concrete determination of an assignment of the traffic control to the vehicle; wherein the confidence parameter (γ j , θ i ) decreases with an increasing number of possible combinations in which the traffic control devices can be assigned to the lanes (10.1, 10.2, 10.3, 10.4, 10.5) of the road . surroundings data about the road and about the surroundings of the vehicle are recorded; wherein the recorded surroundings data comprise road data about the course of the portion of the road that is located in front of the vehicle in the direction of travel (F), about one or more lanes (10.1, 10.2, 10.3, 10.4, 10.5) of the road and about traffic control devices ; at least one traffic control for a road portion located in front of the vehicle in the direction of travel (F) is detected and assigned to the vehicle on the basis of the recorded surroundings data; and a passability assessment is generated and output for the road portion on the basis of the traffic control assigned to the vehicle ; characterized in that the passability assessment is further generated on the basis of a confidence parameter (γ j , θ i ) which is determined on the basis of the recorded surroundings data and comprises a measure of the complexity of a control situation for the road portion; wherein the confidence parameter is determined without the concrete determination of an assignment of the traffic control to the vehicle; wherein the confidence parameter (γ j , θ i ) decreases with an increasing number of possible combinations in which the traffic control devices can be assigned to the lanes (10.1, 10.2, 10.3, 10.4, 10.5) of the road .
A tube cleaning system, comprising: a housing ; a barbed insert coupled to the housing ; a yoke comprising an outer flange , the yoke being selectively coupled to the barbed insert ; a latch arm assembly coupled to the housing , the latch arm assembly , comprising: two opposing and cooperating latch arms coupled at a pivot point on the housing by an assembly sleeve , each latch arm comprising (i) at a first end disposed on a first side of the pivot point , an integral actuating tab ; and (ii) at a second end disposed on a second side of the pivot point , an integral latch bar wherein the integral latch bars , in the case that the latch arms are disposed in a first orientation, are configured to each engage with the outer flange and thereby retain the yoke on the barbed insert , wherein the integral latch bars , in the case that the latch arms are actuated to a second orientation by the respective integral actuating tabs to coerce the integral actuating tabs toward each other, are configured to pivot away from each other and thereby disengage with the outer flange of the yoke thereby releasing or uncoupling the yoke ; and a locking mechanism disposed between the actuating tabs , wherein the locking mechanism , when disposed in a first position, is configured to prevent the latch arms from acquiring the second orientation. a housing ; a barbed insert coupled to the housing ; a yoke comprising an outer flange , the yoke being selectively coupled to the barbed insert ; a latch arm assembly coupled to the housing , the latch arm assembly , comprising: two opposing and cooperating latch arms coupled at a pivot point on the housing by an assembly sleeve , each latch arm comprising (i) at a first end disposed on a first side of the pivot point , an integral actuating tab ; and (ii) at a second end disposed on a second side of the pivot point , an integral latch bar (i) at a first end disposed on a first side of the pivot point , an integral actuating tab ; and (ii) at a second end disposed on a second side of the pivot point , an integral latch bar wherein the integral latch bars , in the case that the latch arms are disposed in a first orientation, are configured to each engage with the outer flange and thereby retain the yoke on the barbed insert , wherein the integral latch bars , in the case that the latch arms are actuated to a second orientation by the respective integral actuating tabs to coerce the integral actuating tabs toward each other, are configured to pivot away from each other and thereby disengage with the outer flange of the yoke thereby releasing or uncoupling the yoke ; and a locking mechanism disposed between the actuating tabs , wherein the locking mechanism , when disposed in a first position, is configured to prevent the latch arms from acquiring the second orientation.
A method for calculating a voice quality estimate in a packet based voice communication system, comprising the steps of: receiving (S602) data comprising a sequence of encoded voice packets transmitted from one or more end-points in the voice communication system, using a voice quality estimating algorithm to calculate (S608) the voice quality estimate based on an input which is switchable between a first and a second input mode, wherein, in the first input mode, the input is a statistical metric relating to the sequence of encoded voice packets, wherein, in the second input mode, the input is a pre-processed version of the statistical metric relating to the sequence of encoded voice packets, and wherein a prediction error of the voice quality estimate based on the pre-processed version of the statistical metric is reduced compared with the prediction error of the voice quality estimate based on the statistical metric. receiving (S602) data comprising a sequence of encoded voice packets transmitted from one or more end-points in the voice communication system, using a voice quality estimating algorithm to calculate (S608) the voice quality estimate based on an input which is switchable between a first and a second input mode, wherein, in the first input mode, the input is a statistical metric relating to the sequence of encoded voice packets, wherein, in the second input mode, the input is a pre-processed version of the statistical metric relating to the sequence of encoded voice packets, and wherein a prediction error of the voice quality estimate based on the pre-processed version of the statistical metric is reduced compared with the prediction error of the voice quality estimate based on the statistical metric.
A vascular access port for providing subcutaneous access to a patient, the vascular access port comprising a septum and a housing , the septum being configured to be repeatedly punctured with a suitable access mechanism, wherein the housing defines an aperture for capturing the septum , and the housing and the septum define a reservoir , the access port is configured to accommodate a fluid flow rate of at least 1 ml/s, and the access port includes at least one identification attribute comprising a radiographic marker configured to indicate that the access port is configured for accommodating a particular fluid flow rate.
Container for storing food, having an upper horizontal lid , the outer edge of which has all around a sealing profile which lies against the upper edge of the container when the container is closed, wherein the lid has an opening with a valve, via which opening air can be sucked out of the closed container in order to obtain a negative pressure, which is lower than the atmospheric pressure, within the container, characterized in that the lid has an inner region which is surrounded all around by a lid edge , wherein the lid inner region is fastened to the lid edge via the flexible sealing profile which runs all around and forms a height-variable mounting of the lid inner region , wherein, when negative pressure is not present, the sealing profile keeps the lid inner region in an upper position and, when negative pressure is present, the sealing profile permits the lid inner region to move into a lower position.
Method for depositing a decorative and/or protective coating on a substrate for the formation of a clockwork component , making it possible to colour said substrate , said deposition method comprising a first step of depositing a first opaque layer on the substrate , said method being characterised in that it comprises a second step of depositing by an ALD (Atomic Layer Deposition) method a stack of at least two semi-transparent layers covering said first layer ; the thickness (e2) of the stack being selected in such a way as to obtain a colour with an interference phenomenon.
A computing device comprising: a plurality of computing nodes ; an interconnection network operatively coupled to the plurality of computing nodes, the interconnection network providing interconnections among the plurality of computing nodes; and a control node coupled to the plurality of nodes via the interconnection network which allows the control node to manage the operations of one or more of the plurality of computing nodes, the computing device being characterized in that the operations managed by the control node are based on object module instances compiled from source module instances of a stream code program including stream domain code and thread domain code and involving multi-source streams, wherein to adapt the stream code program to the capabilities of the target architecture multi-source streams are converted to multiple point-to-point streams by inserting a module instance at each destination of a multi-source stream wherein said module instance has a separate point-to-point input stream for each source of a multi-source stream and a single output stream, and wherein each of the object module instances are matched to one of the plurality of computing nodes, and tasks representing each object module instance, wherein the control node configures the matched nodes to execute the respective task. a plurality of computing nodes ; an interconnection network operatively coupled to the plurality of computing nodes, the interconnection network providing interconnections among the plurality of computing nodes; and a control node coupled to the plurality of nodes via the interconnection network which allows the control node to manage the operations of one or more of the plurality of computing nodes, the computing device being characterized in that the operations managed by the control node are based on object module instances compiled from source module instances of a stream code program including stream domain code and thread domain code and involving multi-source streams, wherein to adapt the stream code program to the capabilities of the target architecture multi-source streams are converted to multiple point-to-point streams by inserting a module instance at each destination of a multi-source stream wherein said module instance has a separate point-to-point input stream for each source of a multi-source stream and a single output stream, and wherein each of the object module instances are matched to one of the plurality of computing nodes, and tasks representing each object module instance, wherein the control node configures the matched nodes to execute the respective task.
An apparatus comprising a drill pipe and a drilling assembly connected to the drill pipe for drilling a wellbore, the drill pipe configured to be rotated from the surface to rotate the drilling assembly , the drilling assembly comprising: an upper section , and a lower section (290; 790) separate from the upper section ; a downhole drive for rotating a drill bit relative to the drill pipe ; a deflection device (120; 700) comprising a housing and a pivot member (210; 710) that couples the upper section to the lower section (290; 790) to allow the lower section (290; 790) to tilt relative to the upper section about an axis (212; 714) of the pivot member (210; 710) when the drill pipe is substantially rotationally stationary to allow drilling of a curved section of the wellbore when the drill bit is rotated by the downhole drive , and wherein rotating the drill pipe reduces the tilt between the upper section and the lower section (290; 790) to allow drilling of a straighter section of the wellbore; and a tilt sensor that provides measurements relating to tilt of the lower section (290; 790), characterized by : the pivot member (210; 710) comprising a first pin through a wall of the housing and a second pin through the wall of the housing. an upper section , and a lower section (290; 790) separate from the upper section ; a downhole drive for rotating a drill bit relative to the drill pipe ; a deflection device (120; 700) comprising a housing and a pivot member (210; 710) that couples the upper section to the lower section (290; 790) to allow the lower section (290; 790) to tilt relative to the upper section about an axis (212; 714) of the pivot member (210; 710) when the drill pipe is substantially rotationally stationary to allow drilling of a curved section of the wellbore when the drill bit is rotated by the downhole drive , and wherein rotating the drill pipe reduces the tilt between the upper section and the lower section (290; 790) to allow drilling of a straighter section of the wellbore; and a tilt sensor that provides measurements relating to tilt of the lower section (290; 790), characterized by : the pivot member (210; 710) comprising a first pin through a wall of the housing and a second pin through the wall of the housing.
A method for assessing quality of a longitudinal sealing in a roll fed packaging machine comprising a packaging material receiver arranged to receive a web of packaging material , wherein the packaging material comprises an outer protective layer , an inner protective layer and an intermediate strengthening layer , and wherein the web has a first and second longitudinal side section, a strip receiver arranged to receive a protective strip , wherein the protective strip has a first and a second longitudinal side section, a strip applicator arranged to form a longitudinal strip sealing by applying the protective strip on the web by heating the web and the protective strip and pressing the web and protective strip together, a strip application camera arranged to capture strip application image data from a strip application area , said method comprising, receiving strip application image data of the strip application area , extracting features from the strip application image data, wherein the features are related to effects of the heating provided by the strip applicator , determining a strip application status by evaluating the features, wherein the strip application status relates to the quality of the longitudinal strip sealing , transmitting the strip application status, thereby providing a quality assessment of the longitudinal strip sealing . a packaging material receiver arranged to receive a web of packaging material , wherein the packaging material comprises an outer protective layer , an inner protective layer and an intermediate strengthening layer , and wherein the web has a first and second longitudinal side section, a strip receiver arranged to receive a protective strip , wherein the protective strip has a first and a second longitudinal side section, a strip applicator arranged to form a longitudinal strip sealing by applying the protective strip on the web by heating the web and the protective strip and pressing the web and protective strip together, a strip application camera arranged to capture strip application image data from a strip application area , said method comprising, receiving strip application image data of the strip application area , extracting features from the strip application image data, wherein the features are related to effects of the heating provided by the strip applicator , determining a strip application status by evaluating the features, wherein the strip application status relates to the quality of the longitudinal strip sealing , transmitting the strip application status, thereby providing a quality assessment of the longitudinal strip sealing .
Apparatus for control and/or regulation of a combustion apparatus , the control and/or regulation apparatus comprising a non-volatile memory in which at least one limit value and at least one factor and/or a correction value are stored, wherein the apparatus is able to be communicatively coupled with at least one first sensor and to at least one first actuator , wherein the at least one first actuator is selected from a fan , an air flap with setting drive and a fuel actuator with setting drive for changing a fuel supply, and wherein the apparatus is configured to: receive a first input signal from the at least one first sensor ; process the first input signal to form a first measured value, which specifies a fuel air ratio and/or an air ratio λ and/or an oxygen content; load the at least one limit value from the non-volatile memory and compare the first measured value with the at least one limit value; if the first measured value is less than the at least one limit value or is greater than the at least one limit value, produce a produced correction value by precisely one of the following ways i or ii: i. load the at least one factor from the memory and determine the produced correction value computationally as a function of the at least one limit value and as a function of the at least one factor and as a function of the first measured value; ii. load the stored correction value from the non-volatile memory; create a first output signal as a function of the stored correction value and send the first output signal to the at least one first actuator . receive a first input signal from the at least one first sensor ; process the first input signal to form a first measured value, which specifies a fuel air ratio and/or an air ratio λ and/or an oxygen content; load the at least one limit value from the non-volatile memory and compare the first measured value with the at least one limit value; if the first measured value is less than the at least one limit value or is greater than the at least one limit value, produce a produced correction value by precisely one of the following ways i or ii: i. load the at least one factor from the memory and determine the produced correction value computationally as a function of the at least one limit value and as a function of the at least one factor and as a function of the first measured value; ii. load the stored correction value from the non-volatile memory; i. load the at least one factor from the memory and determine the produced correction value computationally as a function of the at least one limit value and as a function of the at least one factor and as a function of the first measured value; ii. load the stored correction value from the non-volatile memory; create a first output signal as a function of the stored correction value and send the first output signal to the at least one first actuator .
A triazole silane compound represented by the chemical formula (I): in the formula, X 1 and X 2 are the same as or different from each other and each represents a hydrogen atom, a linear or branched alkyl group having a carbon number of 1 to 12, a phenyl group, a benzyl group, an amino group, or an alkylthio group having a carbon number of 1 to 6; m represents an integer of 1 to 12; R represents a methyl group or an ethyl group; provided that the case where X 1 and X 2 are simultaneously hydrogen atoms is excluded.
An axial blower (1, 21, and 22) comprising: a housing including a wind tunnel ; an impeller that is disposed in the wind tunnel and includes a plurality of blades ; and a motor that includes a rotation shaft and is secured to the housing , the impeller being secured to the rotation shaft , wherein when an angle between a chord of the blade at a cross-sectional surface of the blade cut by a virtual cylindrical surface centering the rotation shaft , and a surface perpendicular to the rotation shaft is defined as a mounting angle, the blade includes an intermediate part between an inside diameter side part and an outside diameter side part of the blade , and this intermediate part has a mounting angle equal to or larger than a mounting angle of the inside diameter side part, and larger than a mounting angle of the outside diameter side part, wherein the blade includes a rear edge having a cutout shape formed by cutting out the rear edge in the rotation direction, and characterized in that the intermediate part includes a part where a length of the chord is 75% or less than a length of the chord of the outside diameter side part. a housing including a wind tunnel ; an impeller that is disposed in the wind tunnel and includes a plurality of blades ; and a motor that includes a rotation shaft and is secured to the housing , the impeller being secured to the rotation shaft , wherein when an angle between a chord of the blade at a cross-sectional surface of the blade cut by a virtual cylindrical surface centering the rotation shaft , and a surface perpendicular to the rotation shaft is defined as a mounting angle, the blade includes an intermediate part between an inside diameter side part and an outside diameter side part of the blade , and this intermediate part has a mounting angle equal to or larger than a mounting angle of the inside diameter side part, and larger than a mounting angle of the outside diameter side part, wherein the blade includes a rear edge having a cutout shape formed by cutting out the rear edge in the rotation direction, and characterized in that the intermediate part includes a part where a length of the chord is 75% or less than a length of the chord of the outside diameter side part.
An X-ray detection apparatus comprising: a mirror unit having a reflective surface which applies light collection on an X-ray from an observation point on a sample; a spectroscopic device that applies spectral dispersion on an X-ray from the mirror unit , to thereby generate a dispersed X-ray which is spatially spread; an X-ray detector that detects the dispersed X-ray; and a mask member that is provided between the observation point and the mirror unit, and that partially covers the reflective surface, to thereby limit a reflective X-ray which is reflected by the reflective surface and reaches the spectroscopic device. a mirror unit having a reflective surface which applies light collection on an X-ray from an observation point on a sample; a spectroscopic device that applies spectral dispersion on an X-ray from the mirror unit , to thereby generate a dispersed X-ray which is spatially spread; an X-ray detector that detects the dispersed X-ray; and a mask member that is provided between the observation point and the mirror unit, and that partially covers the reflective surface, to thereby limit a reflective X-ray which is reflected by the reflective surface and reaches the spectroscopic device.