mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising: a first wireless communication device configured to perform communication for a keyless access or keyless go functionality of the vehicle; a separate second wireless communication device configured to perform communication for a hands-free functionality, a media playback functionality, or a video projection functionality of the vehicle; and control circuitry configured to: Perform a first pairing procedure between the first wireless communication device and a mobile device to establish a communication channel between the first wireless communication device and the mobile device, Perform a second pairing procedure between the second wireless communication device and the mobile device by exchanging pairing information for pairing the second wireless communication device and the mobile device with the mobile device via the communication channel between the first wireless communication device and the mobile device. a first wireless communication device configured to perform communication for a keyless access or keyless go functionality of the vehicle; a separate second wireless communication device configured to perform communication for a hands-free functionality, a media playback functionality, or a video projection functionality of the vehicle; and control circuitry configured to: Perform a first pairing procedure between the first wireless communication device and a mobile device to establish a communication channel between the first wireless communication device and the mobile device, Perform a second pairing procedure between the second wireless communication device and the mobile device by exchanging pairing information for pairing the second wireless communication device and the mobile device with the mobile device via the communication channel between the first wireless communication device and the mobile device. Perform a first pairing procedure between the first wireless communication device and a mobile device to establish a communication channel between the first wireless communication device and the mobile device, Perform a second pairing procedure between the second wireless communication device and the mobile device by exchanging pairing information for pairing the second wireless communication device and the mobile device with the mobile device via the communication channel between the first wireless communication device and the mobile device.
A king pin coupling for locking a king pin of a semitrailer to a railway wagon to which said king pin coupling is mounted, said coupling comprising: a slide having an aperture configured to receive the king pin, said slide being movable back and forth in a longitudinal direction of said railway wagon by means of a drive assembly (9, 30) connected to the slide; a locking assembly (17, 18, 25) arranged on said slide, said locking assembly defining an open state and a closed state, and said locking assembly comprising pivotable locking jaws (17a, 17b) which in said closed state are configured to grip and lock said king pin in said aperture of said slide, wherein said locking jaws (17a, 17b) are each pivotally arranged on one side of said aperture, respectively; and a jaw locking clamp movable between an unlocking state and a locking state and configured to lock said locking jaws (17a, 17b) in its locking state, wherein said jaw locking clamp at least partly surrounds said locking jaws (17a, 17b) in its locking state. a slide having an aperture configured to receive the king pin, said slide being movable back and forth in a longitudinal direction of said railway wagon by means of a drive assembly (9, 30) connected to the slide; a locking assembly (17, 18, 25) arranged on said slide, said locking assembly defining an open state and a closed state, and said locking assembly comprising pivotable locking jaws (17a, 17b) which in said closed state are configured to grip and lock said king pin in said aperture of said slide, wherein said locking jaws (17a, 17b) are each pivotally arranged on one side of said aperture, respectively; and a jaw locking clamp movable between an unlocking state and a locking state and configured to lock said locking jaws (17a, 17b) in its locking state, wherein said jaw locking clamp at least partly surrounds said locking jaws (17a, 17b) in its locking state.
Sealing arrangement for sealing cables and hoses to a housing, comprising a feedthrough in the housing and a pressure element, wherein the pressure element can be screwed onto the housing or can be screwed into the housing at one end of the feedthrough, wherein a first pressure surface is embodied on the feedthrough and an opposite-lying, second pressure surface is embodied on the pressure element, wherein a pressure region is embodied between the first pressure surface and the second pressure surface, wherein a first sealing ring and a second sealing ring are arranged between the first pressure surface and the second pressure surface in the pressure region, wherein the sealing rings (10, 11) are embodied as a rotation torus, characterized in that a sealing arrangement is provided between the sealing rings (10, 11) by virtue of the first sealing ring and the second sealing ring being pressed onto one another by way of the first pressure surface and the second pressure surface when the pressure element is screwed onto the housing or screwed into the housing, wherein the first sealing ring comprises a larger inner diameter than the second sealing ring, wherein the inner diameter of the first sealing ring is smaller than the outer diameter of the second sealing ring, wherein the outer diameter of the first sealing ring is larger than the outer diameter of the second sealing ring.
A tubular section bar for a biphasic radiator comprising a tubular body having a perimeter surface and defining a longitudinal axis, several surface lugs (11 - 21) radially protruding at a height H from at least one portion of said perimeter surface and extending in an axial direction, two consecutive lugs being arranged at a reciprocal distance D, the section bar being characterised in that the ratio between said reciprocal distance D and said height H is greater or equal to 1.4 D H ≥ 1, 4. a tubular body having a perimeter surface and defining a longitudinal axis, having a perimeter surface and defining a longitudinal axis, several surface lugs (11 - 21) radially protruding at a height H from at least one portion of said perimeter surface and extending in an axial direction, two consecutive lugs being arranged at a reciprocal distance D,
A device for partly isolating a target biological structure in a patient, the device comprising: a main body comprising a front face and a rear face, the main body having a proximal end and a distal end, wherein the distal end is arcuate in a first state and is substantially planar in a second state, wherein, in the first state, the distal end is arcuate by a curvature transverse to a longitudinal axis of the proximal end; one or more balloons (114, 115), each balloon of the one or more balloons being disposed on the distal end of the main body; and an additional balloon disposed on the rear face of the main body, wherein each of the one or more balloons is deflated in the first state, wherein each of the one or more balloons is inflated in the second state, wherein the distal end of the main body is configured to deform to be substantially planar when each of the one or more balloons are inflated in the second state. a main body comprising a front face and a rear face, the main body having a proximal end and a distal end, wherein the distal end is arcuate in a first state and is substantially planar in a second state, wherein, in the first state, the distal end is arcuate by a curvature transverse to a longitudinal axis of the proximal end; one or more balloons (114, 115), each balloon of the one or more balloons being disposed on the distal end of the main body; and an additional balloon disposed on the rear face of the main body, wherein each of the one or more balloons is deflated in the first state, wherein each of the one or more balloons is inflated in the second state, wherein the distal end of the main body is configured to deform to be substantially planar when each of the one or more balloons are inflated in the second state.
A mass flow meter/controller, comprising: a flow tube configured to direct a fluid from an inlet of the flow tube to an outlet of the flow tube; an actuator configured to cause a vibration in the flow tube; a light source configured to emit light; at least one beam splitter configured to split the light emitted by the light source into a first light beam and a second light beam; a first optical sensor configured to output first measurements of a first position of a first location on the flow tube based on detecting the first light beam; a second optical sensor configured to output second measurements of a second position of a second location on the flow tube based on detecting the second light beam; and control circuitry configured to determine at least one of a mass flow rate through the flow tube or a density of the fluid in the flow tube based on the first measurements and the second measurements; characterised in that the at least one beam splitter is configured to direct the first light beam and the second light beam in opposite directions, and the first optical sensor and the second optical sensor are positioned on opposite sides of the at least one beam splitter to receive the first light beam and the second light beam, respectively, from the at least one beam splitter. a flow tube configured to direct a fluid from an inlet of the flow tube to an outlet of the flow tube; an actuator configured to cause a vibration in the flow tube; a light source configured to emit light; at least one beam splitter configured to split the light emitted by the light source into a first light beam and a second light beam; a first optical sensor configured to output first measurements of a first position of a first location on the flow tube based on detecting the first light beam; a second optical sensor configured to output second measurements of a second position of a second location on the flow tube based on detecting the second light beam; and control circuitry configured to determine at least one of a mass flow rate through the flow tube or a density of the fluid in the flow tube based on the first measurements and the second measurements; characterised in that
A method for a first user equipment, UE, to perform device-to-device, D2D, communication, the method comprising: transmitting, to an evolved NodeB, eNB, a scheduling request; receiving an uplink grant in response to the scheduling request; transmitting, to the eNB, predetermined information including an identifier of a D2D communication destination and a size of D2D communication data in a buffer of the first UE, based on the uplink grant received after transmitting the scheduling request; receiving, from the eNB, scheduling information indicating an uplink resource allocated for the D2D communication; and transmitting a signal to a second UE on the basis of the scheduling information, wherein the predetermined information is used for estimating an amount of the uplink resource allocated for the D2D communication, wherein the first UE has a UE identifier, UE ID, for the D2D communication, and a UE ID for UE-to-eNB communication, and wherein the scheduling information is masked by the UE ID for the D2D communication. transmitting, to an evolved NodeB, eNB, a scheduling request; receiving an uplink grant in response to the scheduling request; transmitting, to the eNB, predetermined information including an identifier of a D2D communication destination and a size of D2D communication data in a buffer of the first UE, based on the uplink grant received after transmitting the scheduling request; receiving, from the eNB, scheduling information indicating an uplink resource allocated for the D2D communication; and transmitting a signal to a second UE on the basis of the scheduling information, wherein the predetermined information is used for estimating an amount of the uplink resource allocated for the D2D communication, wherein the first UE has a UE identifier, UE ID, for the D2D communication, and a UE ID for UE-to-eNB communication, and wherein the scheduling information is masked by the UE ID for the D2D communication.
An annular valve comprising: a valve seat formed in a plate-like shape, the valve seat having a plurality of passage flow channels, the passage flow channels each having an opening cross section formed in an arcuate shape and arranged on a concentric circle with the center axis of the valve seat as the center, and a plurality of annular grooves, the annular grooves each extending over the passage flow channels located on the same concentric circle; a receiving plate formed in a plate-like shape, the receiving plate having a plurality of discharge flow channels and arranged to face the valve seat by way of an intermediate chamber; a valve body formed in an annular shape corresponding to the arcuate shape of the opening cross section of the passage flow channel, the valve body being arranged in the intermediate chamber, the valve body being brought into contact with/separated from the valve seat so as to open/close the passage flow channels; and a plurality of spring members supported by the receiving plate, the spring members each biasing elastically the valve body toward the valve seat; characterized in that a sealing surface of the valve body facing the passage flow channel is formed in a torus shape with the valve body being formed in a semicircular shape as viewed in a longitudinal sectional view, the arcuate portion of the semicircular shape facing the inflow side, and a surface of the valve seat facing the sealing surface is formed in a convex torus shape that does not have an edge-shaped ridgeline part. a valve seat formed in a plate-like shape, the valve seat having a plurality of passage flow channels, the passage flow channels each having an opening cross section formed in an arcuate shape and arranged on a concentric circle with the center axis of the valve seat as the center, and a plurality of annular grooves, the annular grooves each extending over the passage flow channels located on the same concentric circle; a receiving plate formed in a plate-like shape, the receiving plate having a plurality of discharge flow channels and arranged to face the valve seat by way of an intermediate chamber; a valve body formed in an annular shape corresponding to the arcuate shape of the opening cross section of the passage flow channel, the valve body being arranged in the intermediate chamber, the valve body being brought into contact with/separated from the valve seat so as to open/close the passage flow channels; and a plurality of spring members supported by the receiving plate, the spring members each biasing elastically the valve body toward the valve seat; characterized in that a sealing surface of the valve body facing the passage flow channel is formed in a torus shape with the valve body being formed in a semicircular shape as viewed in a longitudinal sectional view, the arcuate portion of the semicircular shape facing the inflow side, and a surface of the valve seat facing the sealing surface is formed in a convex torus shape that does not have an edge-shaped ridgeline part.
Process for continuously preparing an alcohol mixture, in which an input mixture which comprises olefins and has a composition that changes over time is subjected to an oligomerization to obtain an oligomerizate and at least a portion of the olefin oligomers present in the oligomerizate are hydroformylated with carbon monoxide and hydrogen in a hydroformylation in the presence of a homogeneous catalyst system to give aldehydes, at least some of which are converted to the alcohol mixture by subsequent hydrogenation, characterized in that the composition of the oligomerizate and the composition of the aldehydes are determined, the temperature and/or the conversion of the oligomerization are controlled as a function of the current composition of the oligomerizate, and the composition of the catalyst system and/or the pressure in the hydroformylation are controlled as a function of the current composition of the aldehydes, wherein at least the hydroformylation is controlled in such a way that a first scalar controlled variable calculated from the composition of the aldehydes is kept constant, wherein the first scalar controlled variable is an approximation of the viscosity of an ester mixture obtainable by esterification of the alcohol mixture or by transesterification with the aid of the alcohol mixture, wherein the oligomerization is controlled in such a way that a second scalar controlled variable calculated from the composition of the olefin oligomers is kept constant, and wherein the second scalar controlled variable is an approximation of the iso index of the oligomerizate.
A headlight control system for a motor vehicle, comprising: a controllable headlight adapted to generate variable illumination of the vehicle environment; an imaging apparatus adapted to capture images from a region in front of the motor vehicle; and a data processing device adapted to perform image processing of images captured by said imaging apparatus and to vary the light characteristics of said controllable headlight depending on said image processing, wherein a machine learning model is implemented in said data processing device which is trained to estimate and output an output signal representing a desired illumination of the vehicle environment from one or more images received as input from the imaging apparatus, said output signal comprises a desired illumination profile; characterized in that the machine learning model is trained using a ground truth data set comprising one or more images and manual annotations on each of the one or more images in the form of a curve delimiting the desired area of illumination, and the output signal representing said desired illumination profile is defined as a curve delimiting a desired area of illumination in an image wherein the region below the curve is well illuminated and the region above the curve is not, or only sparsely, illuminated. a controllable headlight adapted to generate variable illumination of the vehicle environment; an imaging apparatus adapted to capture images from a region in front of the motor vehicle; and a data processing device adapted to perform image processing of images captured by said imaging apparatus and to vary the light characteristics of said controllable headlight depending on said image processing, wherein a machine learning model is implemented in said data processing device which is trained to estimate and output an output signal representing a desired illumination of the vehicle environment from one or more images received as input from the imaging apparatus, said output signal comprises a desired illumination profile; characterized in that the machine learning model is trained using a ground truth data set comprising one or more images and manual annotations on each of the one or more images in the form of a curve delimiting the desired area of illumination, and the output signal representing said desired illumination profile is defined as a curve delimiting a desired area of illumination in an image wherein the region below the curve is well illuminated and the region above the curve is not, or only sparsely, illuminated.
A method for managing windows (110, 120, 130) representing independent applications on a desktop of a computing device, the method comprising: storing a plurality of window (110, 120, 130) statuses that each include information about a respective window (110, 120, 130) configuration; monitoring the window (110, 120, 130) statuses; determining that two or more windows (110, 120, 130) should be associated as a unified group in accordance with the monitored window (110, 120, 130) statuses; and associating the two or more windows (110, 120, 130) as a unified group upon making the determination; characterized in detecting an operation being applied to at least one window (110, 120, 130) in a group of windows (110, 120, 130); and applying the operation to at least another window (110, 120, 130) in the group of windows (110, 120, 130). storing a plurality of window (110, 120, 130) statuses that each include information about a respective window (110, 120, 130) configuration; monitoring the window (110, 120, 130) statuses; determining that two or more windows (110, 120, 130) should be associated as a unified group in accordance with the monitored window (110, 120, 130) statuses; and associating the two or more windows (110, 120, 130) as a unified group upon making the determination; characterized in detecting an operation being applied to at least one window (110, 120, 130) in a group of windows (110, 120, 130); and applying the operation to at least another window (110, 120, 130) in the group of windows (110, 120, 130).
Apparatus for infusing a fiber preform with at least two differing resins (28, 32), comprising: a first resin delivery assembly capable of delivering a first resin to a first location on the preform, including a first flow media; and, a second resin delivery assembly capable of supplying a second resin to a second location on the preform, including a second flow media overlapping the first flow media; a barrier film between an area of overlap between the first and second resin flow media (54, 46). a first resin delivery assembly capable of delivering a first resin to a first location on the preform, including a first flow media; and, a second resin delivery assembly capable of supplying a second resin to a second location on the preform, including a second flow media overlapping the first flow media; a barrier film between an area of overlap between the first and second resin flow media (54, 46).
A flexible shoe for a mannequin, comprising: a front guide member configured to receive and cover a toe portion of a mannequin's foot; a rear guide member configured to receive and cover a heel portion of the mannequin's foot; and a cover member configured to cover the mannequin's foot which is inserted into the front guide member and the rear guide member. a front guide member configured to receive and cover a toe portion of a mannequin's foot; a rear guide member configured to receive and cover a heel portion of the mannequin's foot; and a cover member configured to cover the mannequin's foot which is inserted into the front guide member and the rear guide member.