mhurhangee/ep-ind-claims huggingface dataset:
A method for media play position control in a streaming session, comprising: a client sending to a media player a request for setting up a streaming session; setting up the streaming session between the player and a server over a data transmission channel; setting up a further communication channel between the client and the server; sending, via said further communication channel, an interfacing message from the client to the server for indicating a read position in a media; the method characterized by creating in the server a continuous stream of numbered data packets having each packet an associated play timestamp in accordance with the indicated read position by finding the indicated read position in the media, and updating the sequence numbers of data packets in the stream and their associated timestamps to make the sequence of numbers of data packets and timestamps sent via the streaming session continuous. a client sending to a media player a request for setting up a streaming session; setting up the streaming session between the player and a server over a data transmission channel; setting up a further communication channel between the client and the server; sending, via said further communication channel, an interfacing message from the client to the server for indicating a read position in a media; the method characterized by creating in the server a continuous stream of numbered data packets having each packet an associated play timestamp in accordance with the indicated read position by finding the indicated read position in the media, and updating the sequence numbers of data packets in the stream and their associated timestamps to make the sequence of numbers of data packets and timestamps sent via the streaming session continuous.
A folder type mobile phone, comprising: first and second housings (22, 24) pivotably connected to each other through a hinge, wherein the first housing is provided with a hinge arm and the second housing is provided with a hinge shoulder, the hinge arm and the hinge shoulder are provided at opposite ends of the housings (22, 24), respectively, characterized by a contact means including a contact protrusion made of a viscoelastic material or an elastic and retractable material, wherein the contact means is installed onto an inner side surface of a hinge arm extension portion extending from the hinge arm and having a free inner side surface not covered by the hinge shoulder, wherein in a folded position the contact means contacts an outer side surface of a neck portion of the hinge shoulder, wherein the neck portion extends upwardly from the hinge shoulder, or wherein the contact means is installed onto the outer side surface of the neck portion of the hinge shoulder, wherein the contact means contacts the inner side surface of the hinge arm extension portion in a folded position. first and second housings (22, 24) pivotably connected to each other through a hinge, wherein the first housing is provided with a hinge arm and the second housing is provided with a hinge shoulder, the hinge arm and the hinge shoulder are provided at opposite ends of the housings (22, 24), respectively, characterized by a contact means including a contact protrusion made of a viscoelastic material or an elastic and retractable material, wherein the contact means is installed onto an inner side surface of a hinge arm extension portion extending from the hinge arm and having a free inner side surface not covered by the hinge shoulder, wherein in a folded position the contact means contacts an outer side surface of a neck portion of the hinge shoulder, wherein the neck portion extends upwardly from the hinge shoulder, or wherein the contact means is installed onto the outer side surface of the neck portion of the hinge shoulder, wherein the contact means contacts the inner side surface of the hinge arm extension portion in a folded position.
Automated transport system for a heat carrier comprising at least one transport network, at least one heat carrier which, by means of heat absorption at a heat source and/or heat discharge at a heat sink at defined points in the network, changes its thermodynamic state and/or its physical and/or chemical properties, and also at least one drive device for the heat carrier, wherein the at least one heat carrier is present encapsulated in at least one container, the transport network is constructed from pipes and the drive device is a compressed air and/or vacuum device, characterized in that the at least one container has, for reducing thermal losses, a double-walled configuration of the container wall according to the Dewar principle.
Pneumatic vehicle tyre of radial design, preferably a pneumatic commercial vehicle tyre, having a belt that has at least three belt plies (10, 11, 12), of which two belt plies are configured as "working plies" (10, 11) and of which the radially outermost belt ply is configured as a "cover ply", wherein each of said belt plies (10, 11, 12) consists of reinforcements made of steel cord embedded in elastomer and wherein the steel cords of each of said three belt plies (10, 11, 12) are coated with brass for good elastomer adhesion, characterized in that the brass coating of the reinforcements of the two working plies (10, 11) has a copper content of 60% by weight to 65% by weight and the brass coating of the reinforcements of the cover ply has a copper content of 66% by weight to 70% by weight.
A flow cytometer for scattered light capture comprising: a flow channel defining a region of interest containing blood cells; a light source, which directs light along an optical axis through the region of interest within the flow channel; first, second and third detectors arranged in different lateral positions in a detector array plane; a lens located between the flow channel and the detectors (35, 36, 37) of the detector array plane, wherein the lens has three annular zones (31, 32, 33) extending radially outward from the optical axis of the lens, wherein each angular zone (31, 32, 33) has an associated grating that redirects captured scattered light to a lateral position near an optical axis of the lens, whereby light captured by the first, second and third annular zones is respectively directed to the first, second and third detectors; and a processor, which collects signals from the detectors (35, 36, 37) and outputs information about the flow rate and / or type of blood cells within the flow channel. a flow channel defining a region of interest containing blood cells; a light source, which directs light along an optical axis through the region of interest within the flow channel; first, second and third detectors arranged in different lateral positions in a detector array plane; a lens located between the flow channel and the detectors (35, 36, 37) of the detector array plane, wherein the lens has three annular zones (31, 32, 33) extending radially outward from the optical axis of the lens, wherein each angular zone (31, 32, 33) has an associated grating that redirects captured scattered light to a lateral position near an optical axis of the lens, wherein the lens has three annular zones (31, 32, 33) extending radially outward from the optical axis of the lens, wherein each angular zone (31, 32, 33) has an associated grating that redirects captured scattered light to a lateral position near an optical axis of the lens, whereby light captured by the first, second and third annular zones is respectively directed to the first, second and third detectors; and a processor, which collects signals from the detectors (35, 36, 37) and outputs information about the flow rate and / or type of blood cells within the flow channel.
A system, comprising: a display, one or more input devices (26, 28); and a processor, configured: to position an indicator, in response to a positioning input from a user, over a particular point on a three-dimensional electroanatomical map that is displayed on the display, and over which are displayed a plurality of markers that mark respective data points; to expand a contour from the particular point, subsequently, along a surface of the map, while a selecting input from the user is ongoing, such that all points on the contour remain geodesically equidistant from the particular point, at an increasing geodesic distance (D G) with respect to the surface; and to display, on the display, one or more electrical properties of each of the data points that is marked by a respective one of the markers that is inside the contour. a display, one or more input devices (26, 28); and a processor, configured: to position an indicator, in response to a positioning input from a user, over a particular point on a three-dimensional electroanatomical map that is displayed on the display, and over which are displayed a plurality of markers that mark respective data points; to expand a contour from the particular point, subsequently, along a surface of the map, while a selecting input from the user is ongoing, such that all points on the contour remain geodesically equidistant from the particular point, at an increasing geodesic distance (D G) with respect to the surface; and to display, on the display, one or more electrical properties of each of the data points that is marked by a respective one of the markers that is inside the contour. to position an indicator, in response to a positioning input from a user, over a particular point on a three-dimensional electroanatomical map that is displayed on the display, and over which are displayed a plurality of markers that mark respective data points; to expand a contour from the particular point, subsequently, along a surface of the map, while a selecting input from the user is ongoing, such that all points on the contour remain geodesically equidistant from the particular point, at an increasing geodesic distance (D G) with respect to the surface; and to display, on the display, one or more electrical properties of each of the data points that is marked by a respective one of the markers that is inside the contour.
Connection of a headliner, which comprises a stiffening frame and a support in the region of the opening in the sliding roof, to the vehicle sliding roof, which peripherally has a supporting frame with a rib, wherein the connection is formed by a frame profile which is arranged in the gap between the headliner and the vehicle sliding roof and comprises a lower part, central part and upper part which is T-shaped and has a left branch and a right branch, characterized in that the supporting frame has an additional part arranged below the rib of the supporting frame, and the frame profile has a wedge-shaped bend which is formed in the central part of the profile and is adapted for wedging into the free region between the rib and the additional part of the supporting frame and at the same time for placing on the additional part, and in that the frame profile has a direct connection to the sliding roof and at the same time to the headliner, and in that the lower part of the frame profile is fixedly connected to the stiffening frame of the headliner.
An electrically driven device comprising a housing, an electric motor mounted in the housing and comprising a drive shaft having a first rotary axis, a drive pin connected to the drive shaft eccentrically with respect to the first rotary axis, and at least one driven shaft having a second rotary axis and mounted in the housing for performing a movement relative to the housing, wherein the at least one driven shaft is indirectly coupled to the drive shaft by means of a gear mechanism converting a rotary motion of the drive shaft into a reciprocating motion of the at least one driven shaft, characterized in that the gear mechanism comprises a floating bearing coupled to the drive pin, one intermediate shaft pivotably mounted in the housing, at least one elastically deformable element (14, 16) coupled to the housing and to the floating bearing, and a crank arm coupling the intermediate shaft to the floating bearing thereby converting a rotary motion of the drive shaft into a reciprocating pivoting of the intermediate shaft about a third rotary axis which extends in the longitudinal direction of the intermediate shaft, wherein the intermediate shaft is coupled to the at least one driven shaft by means of a pivotable bridge such that the intermediate shaft is offset with respect to the at least one driven shaft.
Alighting device (10, 10A, 10B) comprising: a light emitter; a linearly-extending light guide body; and a holder (40, 60) configured to hold the light guide body with the light guide body facing the light emitter, wherein the holder (40, 60) includes a holder body to be assembled with the light emitter, two sandwiching portions (44, 45) configured to engage with each other in a state in which a holding target portion of the light guide body held by the holder (40, 60) is sandwiched in a direction crossing an extending direction of the holding target portion, and a reducer provided at a position next to the two sandwiching portions (44, 45) in the extending direction and configured to reduce shift of an engagement portion between the two sandwiching portions (44, 45) toward a position of the holder body in the extending direction, the reducer is a protruding portion protruding from the holder body toward the two sandwiching portions (44, 45) in the extending direction. a light emitter; a linearly-extending light guide body; and a holder (40, 60) configured to hold the light guide body with the light guide body facing the light emitter, wherein the holder (40, 60) includes a holder body to be assembled with the light emitter, two sandwiching portions (44, 45) configured to engage with each other in a state in which a holding target portion of the light guide body held by the holder (40, 60) is sandwiched in a direction crossing an extending direction of the holding target portion, and a reducer provided at a position next to the two sandwiching portions (44, 45) in the extending direction and configured to reduce shift of an engagement portion between the two sandwiching portions (44, 45) toward a position of the holder body in the extending direction, a holder body to be assembled with the light emitter, two sandwiching portions (44, 45) configured to engage with each other in a state in which a holding target portion of the light guide body held by the holder (40, 60) is sandwiched in a direction crossing an extending direction of the holding target portion, and a reducer provided at a position next to the two sandwiching portions (44, 45) in the extending direction and configured to reduce shift of an engagement portion between the two sandwiching portions (44, 45) toward a position of the holder body in the extending direction, the reducer is a protruding portion protruding from the holder body toward the two sandwiching portions (44, 45) in the extending direction.
A computer-implemented method for simulating the effect of snowfall on LiDAR point clouds for a LiDAR system comprising: - obtaining a LiDAR dataset containing LiDAR point cloud data for a clear weather environment that has been collected by a LiDAR system in a real environment, - simulating the effect of snowfall on the LiDAR point cloud data, and - augmenting the LiDAR point cloud data based on the simulated effect of snowfall to generate partially synthetic snowy LiDAR data; wherein simulating the effect of snowfall on the LiDAR point cloud data comprises: - sampling snow particles in 2D space for each LiDAR beam of the dataset, each snow particle reflecting only a fraction of an opening angle of the beam, also letting a fraction of the beam reach a target; and - an analytical calculation of a received power received by a sensor of the LiDAR system, such received power being a superposition of multiple echoes, wherein each echo is associated with one of the snow particles or the target. - obtaining a LiDAR dataset containing LiDAR point cloud data for a clear weather environment that has been collected by a LiDAR system in a real environment, - simulating the effect of snowfall on the LiDAR point cloud data, and - augmenting the LiDAR point cloud data based on the simulated effect of snowfall to generate partially synthetic snowy LiDAR data; - sampling snow particles in 2D space for each LiDAR beam of the dataset, each snow particle reflecting only a fraction of an opening angle of the beam, also letting a fraction of the beam reach a target; and - an analytical calculation of a received power received by a sensor of the LiDAR system, such received power being a superposition of multiple echoes, wherein each echo is associated with one of the snow particles or the target.
Method for spectroscopical in-ovo gender determination of fertilized and incubated bird eggs comprising the steps of: a. providing at least two passages (1a, 1b) in an egg shell of an egg for allowing entrance into an interior of the egg and exit from the interior of the egg of electromagnetic waves suitable for spectroscopy, the step being performed using laser processing, and the at least two passages having a dimension between 0,01 mm to 0,5 mm, b. introducing electromagnetic waves into the interior of the egg egg at one passage (la) of the at least two passages (la, lb), c. detecting electromagnetic waves exiting the egg at the other passage (lb) of the at least two passages (la, lb), d. analyzing by spectroscopy the exiting electromagnetic waves at said other passage of the at least two passages, wherein a detector receives the exiting electromagnetic waves at said other passage to provide data for spectroscopic analyses; and e. determining the gender of a chicken embryo based on step d). a. providing at least two passages (1a, 1b) in an egg shell of an egg for allowing entrance into an interior of the egg and exit from the interior of the egg of electromagnetic waves suitable for spectroscopy, the step being performed using laser processing, and the at least two passages having a dimension between 0,01 mm to 0,5 mm, b. introducing electromagnetic waves into the interior of the egg egg at one passage (la) of the at least two passages (la, lb), c. detecting electromagnetic waves exiting the egg at the other passage (lb) of the at least two passages (la, lb), d. analyzing by spectroscopy the exiting electromagnetic waves at said other passage of the at least two passages, wherein a detector receives the exiting electromagnetic waves at said other passage to provide data for spectroscopic analyses; and e. determining the gender of a chicken embryo based on step d).
A method for use in a flexible Ethernet, Flex Ethernet, based network system, the network system comprising a network management system, NMS, a first network device and a second network device, wherein the first network device and the second network device are connected by using a physical link, and the second network device is configured to exchange with the NMS one or more data communication network, DCN, packets, the method comprising: generating, by the first network device, a first DCN packet, wherein the first DCN packet comprises information to establish a communications connection between the first network device and the NMS; loading, by the first network device, the first DCN packet into a flexible Ethernet overhead multiframe; and sending, by the first network device, the Flex Ethernet overhead multiframe to the second network device by using the physical link, so that the second network device extracts the first DCN packet from the Flex Ethernet overhead multiframe, and forwards the first DCN packet to the NMS. generating, by the first network device, a first DCN packet, wherein the first DCN packet comprises information to establish a communications connection between the first network device and the NMS; loading, by the first network device, the first DCN packet into a flexible Ethernet overhead multiframe; and sending, by the first network device, the Flex Ethernet overhead multiframe to the second network device by using the physical link, so that the second network device extracts the first DCN packet from the Flex Ethernet overhead multiframe, and forwards the first DCN packet to the NMS.
An audio decoder comprising: - means for receiving input data comprising an N-channel signal corresponding to a down-mixed signal of an M-channel audio signal, M>N, having complex valued subband encoding matrices applied in frequency subbands and parametric multi-channel data associated with the down-mixed signal; and characterized by further comprising: - means for generating frequency subbands for the N-channel signal, at least some of the frequency subbands being real-valued frequency subbands; - determining means for determining real-valued subband decoding matrices for compensating the application of the encoding matrices in response to the parametric multi-channel data; and - means for generating down-mix data corresponding to the down-mixed signal by a matrix multiplication of the real-valued subband decoding matrices and data of the N-channel signal in the at least some real-valued frequency subbands. - means for receiving input data comprising an N-channel signal corresponding to a down-mixed signal of an M-channel audio signal, M>N, having complex valued subband encoding matrices applied in frequency subbands and parametric multi-channel data associated with the down-mixed signal; and characterized by further comprising: - means for generating frequency subbands for the N-channel signal, at least some of the frequency subbands being real-valued frequency subbands; - determining means for determining real-valued subband decoding matrices for compensating the application of the encoding matrices in response to the parametric multi-channel data; and - means for generating down-mix data corresponding to the down-mixed signal by a matrix multiplication of the real-valued subband decoding matrices and data of the N-channel signal in the at least some real-valued frequency subbands.
A method for preparing ent-progesterone, the method comprising the step of (a) reacting a compound of the formula U: to form a triketone intermediate of the formula U': via the steps of: i. contacting the compound of formula U with a dihydroxylating reagent which is an osmium reagent or a manganese reagent, thereby forming a vicinal diol, and, ii. oxidatively cleaving the vicinal diol, thereby forming the compound of formula U', and (b) cyclizing the compound of formula U' to form ent-progesterone. of (a) reacting a compound of the formula U: to form a triketone intermediate of the formula U': via the steps of: i. contacting the compound of formula U with a dihydroxylating reagent which is an osmium reagent or a manganese reagent, thereby forming a vicinal diol, and, ii. oxidatively cleaving the vicinal diol, thereby forming the compound of formula U', and i. contacting the compound of formula U with a dihydroxylating reagent which is an osmium reagent or a manganese reagent, thereby forming a vicinal diol, and, ii. oxidatively cleaving the vicinal diol, thereby forming the compound of formula U', and (b) cyclizing the compound of formula U' to form ent-progesterone.