mhurhangee/ep-ind-claims huggingface dataset:
Double clutch transmission as a change-speed transmission for motor vehicles, having two coaxially arranged input shafts (14, 16) which are able to be activated in each case via one coupling (K1, K2), having an output shaft and having gearwheel sets arranged on the shafts (14, 16, 18) which are switchable by means of clutch couplings for forming several forward gears and a reverse gear, wherein the gearwheel sets are divided into a sub-transmission A having the one input shaft and into a sub-transmission B having the other input shaft, characterised in that a switch unit, in particular a planetary gear mechanism, able to be switched over into two transmission stages, is connected upstream or downstream of only one of the two sub-transmissions A and B, specifically the sub-transmission A, which switch unit has an input element, an output element and a transmission element and that in particular the transmission element is able to be fixed for switching the first transmission stage via a brake, and the transmission element for switching the second transmission stage is connectable via a separate coupling with one of the other elements (62, 64) of the switch unit.
A method for initialization of a group of customer premises equipment devices (304, 308; 201, 202, 203), CPEs, during a training that in part registers capabilities of the CPEs (304, 308; 201, 202, 203), wherein at least one CPE (304, 308; 201, 202, 203) registers late to the training and cannot be registered; the method comprising: determining capabilities of the CPEs (304, 308; 201, 202, 203) during a joining phase of the training, wherein it is determined whether a CPE (304, 308; 201, 202, 203) is capable of employing vectoring; characterized by placing in a hold status the at least one CPE (304, 308; 201, 202, 203) that registers late by keeping a line (L1, L2, L3) active that is coupled to the at least one CPE (304, 308; 201, 202, 203); and providing another joining phase after the joining phase to register the at least one CPE (304, 308; 201, 202, 203) that registers late. determining capabilities of the CPEs (304, 308; 201, 202, 203) during a joining phase of the training, wherein it is determined whether a CPE (304, 308; 201, 202, 203) is capable of employing vectoring; characterized by placing in a hold status the at least one CPE (304, 308; 201, 202, 203) that registers late by keeping a line (L1, L2, L3) active that is coupled to the at least one CPE (304, 308; 201, 202, 203); and providing another joining phase after the joining phase to register the at least one CPE (304, 308; 201, 202, 203) that registers late.
Needle for the puncturing of an implantable port, consisting at least of a needle tube with a ground surface, which is formed at least from a ground cut inclined with respect to a center axis of the needle tube by a ground-cut angle (β) and from two facet cuts lying at an angle (γ) to each other, and of a needle tip which is provided by the ground surface and which is oriented via a first bend in the direction of the center axis of the needle tube, characterized in that the ground-cut angle (β) lies in a range of β = 13° to 22°, and the angle (γ) between the two facet cuts lies in a range of γ = 90° to 120°.
A method of making power tool motor packs (10, 110 210) for different power tool applications, the method comprising: providing a power tool motor pack with at least one common component adapted to couple to a first fan baffle customized for a first power tool application and to couple to a second fan baffle (116, 216) customized for a second power tool application; coupling the common component to the first fan baffle when the power tool motor pack is intended for the first power tool application; and coupling the common component to the second fan baffle when the power tool motor pack is intended for the second power tool application. providing a power tool motor pack with at least one common component adapted to couple to a first fan baffle customized for a first power tool application and to couple to a second fan baffle (116, 216) customized for a second power tool application; coupling the common component to the first fan baffle when the power tool motor pack is intended for the first power tool application; and coupling the common component to the second fan baffle when the power tool motor pack is intended for the second power tool application.
A method for adapting a downlink transmit power of a first base station adapted for serving a closed subscriber group, the method comprising • scanning by the first base station a neighborhood of the first base station by the first base station for a second base station adapted for serving an open subscriber group, wherein the first base station and the second base station use the same carrier frequency, wherein the scanning is carried out on the first base station's own frequency during idle periods of the first base station, • detecting whether the second base station is present within the neighborhood of the first base station, and • adapting the downlink transmit power of the first base station depending on the presence of the second base station. • scanning by the first base station a neighborhood of the first base station by the first base station for a second base station adapted for serving an open subscriber group, wherein the first base station and the second base station use the same carrier frequency, wherein the scanning is carried out on the first base station's own frequency during idle periods of the first base station, • detecting whether the second base station is present within the neighborhood of the first base station, and • adapting the downlink transmit power of the first base station depending on the presence of the second base station.
A driving assistance method including a controller which controls a host vehicle such that the host vehicle automatically travels following a preceding vehicle which is in front of the host vehicle, wherein the controller sets a detection range of a sensor for detecting an object in front of the host vehicle, characterized in that when the host vehicle is stopped, the controller extends the detection range in a vehicle width direction as compared with when the host vehicle is traveling following the preceding vehicle, and when an object other than vehicles is detected in the detection range extended in the vehicle width direction, the controller cancels a system in which the host vehicle departs following the preceding vehicle. the controller sets a detection range of a sensor for detecting an object in front of the host vehicle, characterized in that when the host vehicle is stopped, the controller extends the detection range in a vehicle width direction as compared with when the host vehicle is traveling following the preceding vehicle, and when an object other than vehicles is detected in the detection range extended in the vehicle width direction, the controller cancels a system in which the host vehicle departs following the preceding vehicle.
A method of emulsifying fuel oil and a desulfurization agent, the method comprising the steps of: (a) supplying a desulfurization agent to fuel oil for line mixing thereof; (b) generating droplets of the resulting mixture of step (a); (c) magnetizing the mixture by causing the resulting mixture of step (b) to pass through a magnetic field; (d) subjecting the magnetized mixture prepared in step (c) to vortex mixing; and (e) causing collision of the resulting mixture of step (d). (a) supplying a desulfurization agent to fuel oil for line mixing thereof; (b) generating droplets of the resulting mixture of step (a); (c) magnetizing the mixture by causing the resulting mixture of step (b) to pass through a magnetic field; (d) subjecting the magnetized mixture prepared in step (c) to vortex mixing; and (e) causing collision of the resulting mixture of step (d).
A method for routing communication calls via Voice or Video over IP, VoIP, and via Public Switched Telephone Network, PSTN, to at least one communication device, wherein a user having at least one communication device with a mobile communication application receives a communication call, said at least one communication device having dual interfaces, a VoIP interface and a PSTN interface, said mobile communication application managing the VoIP interface, and said communication call being routed via a communication call control service, the method comprising the user deciding, for a given data network, and before the communication call being received, which one of said interfaces be preferred for receiving this communication call, wherein: a) if the VoIP interface is preferred comprising routing the communication call by the communication call control service to the mobile communication application as a VoIP call, and delaying the routing of the communication call over the PSTN interface to allow the user to answer the call in VoIP; or b) if the PSTN interface is preferred comprising routing the communication call via the PSTN interface as a PSTN call, and if the result of the PSTN call indicates that said communication device is not registered in the PSTN network further routing the communication call via the VoIP interface, wherein, after the mobile communication application having received the communication call via the VoIP interface, the method further comprises checking, by the mobile communication application, whether there is an incoming call from the same origin on the PSTN interface, wherein if the result of said checking indicates that the call is also being routed in the PSTN interface, the mobile communication application stops and rejects the communication call via the VoIP interface avoiding the redundant alert of the VoIP call and further reports to the communication call control service, if haven't done it before, that the at least one communication device has dual interfaces, the communication call control service storing the reported information in a database of the communication device. a) if the VoIP interface is preferred comprising routing the communication call by the communication call control service to the mobile communication application as a VoIP call, and delaying the routing of the communication call over the PSTN interface to allow the user to answer the call in VoIP; or b) if the PSTN interface is preferred comprising routing the communication call via the PSTN interface as a PSTN call, and if the result of the PSTN call indicates that said communication device is not registered in the PSTN network further routing the communication call via the VoIP interface,
Traction-sheave lift with a car which is guided at least on two car guide rails in a vertical direction, with a counterweight which is guided at least on two counterweight guide rails (20, 22) in the vertical direction, with at least one suspension means (72, 74) which couples the car and the counterweight to one another, and with a traction-sheave drive having a traction sheave over which the at least one suspension means (72, 74) is guided and wherein the traction-sheave drive is arranged on a crossmember, wherein the crossmember is fastened to at least one of the car guide rails (16, 18) and has, furthermore, at least one wall fastening (46, 48) for fastening the crossmember to a wall of a lift shaft, wherein the at least one wall fastening (46, 48) is in each case formed positively in a horizontal direction perpendicular to the vertical direction and to the wall and allows a relative movement between the crossmember and the wall in the vertical direction, characterized in that the traction-sheave lift has a plurality of suspension means (72, 74), wherein the suspension means (72, 74) are routed centrally into the counterweight and are deflected about the counterweight while being divided into two suspension-means strands (76, 78), and counterweight-side ends of the suspension means (72, 74) are in each case mounted on the crossmember.
A computer-implemented method adapted to facilitate running dynamic code programs on a target device having a computing environment that restricts modification of executable images, the method comprising: using a process virtual machine to generate a first executable image from software code; selectively caching the first executable image generated by the virtual machine from software code; selectively running the first executable image, and; employing the process virtual machine and the first executable image to selectively modify the process virtual machine and first executable image, resulting in an updated process virtual machine and a second executable image, wherein the second executable image represents an updated version of the first executable image with a modification, and wherein the first and second executable images act as native code for a target device. using a process virtual machine to generate a first executable image from software code; selectively caching the first executable image generated by the virtual machine from software code; selectively running the first executable image, and; employing the process virtual machine and the first executable image to selectively modify the process virtual machine and first executable image, resulting in an updated process virtual machine and a second executable image, wherein the second executable image represents an updated version of the first executable image with a modification, and wherein the first and second executable images act as native code for a target device.
A program play control method, comprising: reading section data from received transport stream, TS, data packets, and saving the section data in a nonvolatile memory without parsing the section data, wherein the section data carries program specific information, PSI, to which audio/video data carried in the TS data packets correspond, and system information, SI; storing section data index information in the nonvolatile memory, wherein the section data index information comprises a data type of the section data and data length information of the section data, and the data length information of the section data comprises start byte information of the section data and a length of the section data; if audio/video data carried in a TS packet needs to be played, reading the section data index information and reading the section data by using the section data index information, and parsing the section data to obtain the PSI and the SI, and saving the PSI and the SI by using a dynamically allocated memory (903; 202); and reading the PSI from the dynamically allocated memory, playing, according to the PSI, the audio/video data carried in the TS packet corresponding to the PSI, reading the SI from the dynamically allocated memory, and displaying the SI. reading section data from received transport stream, TS, data packets, and saving the section data in a nonvolatile memory without parsing the section data, wherein the section data carries program specific information, PSI, to which audio/video data carried in the TS data packets correspond, and system information, SI; storing section data index information in the nonvolatile memory, wherein the section data index information comprises a data type of the section data and data length information of the section data, and the data length information of the section data comprises start byte information of the section data and a length of the section data; if audio/video data carried in a TS packet needs to be played, reading the section data index information and reading the section data by using the section data index information, and parsing the section data to obtain the PSI and the SI, and saving the PSI and the SI by using a dynamically allocated memory (903; 202); and reading the PSI from the dynamically allocated memory, playing, according to the PSI, the audio/video data carried in the TS packet corresponding to the PSI, reading the SI from the dynamically allocated memory, and displaying the SI.
A method for producing granules containing N 1 -(5-chloropyridin-2-yl)-N 2 -((1S,2R,4S)-4-[(dimethylamino)carbonyl]-2-{[(5-methyl-4,5,6,7-tetrahydrothiazolo[5,4-c]pyridin-2-yl)carbonyl]amino}cyclohexyl)ethanediamide represented by the following formula: or a pharmaceutically acceptable salt thereof, or a solvate thereof, the method comprising the step of granulating a compound represented by formula or a pharmaceutically acceptable salt thereof, or a solvate thereof, one or more excipients selected from the group consisting of a sugar alcohol and a water-swelling additive, a disintegrant, and a binder under conditions for keeping the maximum water content of the granules during granulation at 10% or less. a compound represented by formula or a pharmaceutically acceptable salt thereof, or a solvate thereof, one or more excipients selected from the group consisting of a sugar alcohol and a water-swelling additive, a disintegrant, and a binder
Method for providing a patterned structure on a substrate, the method comprising - providing a donor substrate arranged between a light source and an acceptor substrate, wherein the donor substrate comprises a donor material; - providing a mask arranged between the light source and the donor substrate, wherein the mask comprises a mask pattern for patterning light from the light source impinging the donor substrate, wherein the patterned light matches the patterned structure to be created, wherein the patterned light impinging the donor substrate causes the donor material to be released from the donor substrate and transfer to the acceptor substrate to form the patterned structure thereon; characterized in that - the patterned light is divided by the mask pattern or by a second mask into a plurality of separate homogeneously sized beams simultaneously impinging the donor substrate for causing the donor material to be released from the donor substrate in the form of separate homogeneously sized droplets. - providing a donor substrate arranged between a light source and an acceptor substrate, wherein the donor substrate comprises a donor material; - providing a mask arranged between the light source and the donor substrate, wherein the mask comprises a mask pattern for patterning light from the light source impinging the donor substrate, wherein the patterned light matches the patterned structure to be created, wherein the patterned light impinging the donor substrate causes the donor material to be released from the donor substrate and transfer to the acceptor substrate to form the patterned structure thereon; characterized in that - the patterned light is divided by the mask pattern or by a second mask into a plurality of separate homogeneously sized beams simultaneously impinging the donor substrate for causing the donor material to be released from the donor substrate in the form of separate homogeneously sized droplets.
A method of controlling connection between devices, the method comprising: detecting a first device; determining whether the first device is included in a device list; when the first device is not included in the device list, requesting a second device for authentication information related to the first device; obtaining the authentication information related to the first device from the second device; and establishing a connection with the first device based on the authentication information related to the first device obtained from the second device, wherein the second device stores another device list, the another device list comprising the authentication information and identification information for identifying the first device. detecting a first device; determining whether the first device is included in a device list; when the first device is not included in the device list, requesting a second device for authentication information related to the first device; obtaining the authentication information related to the first device from the second device; and establishing a connection with the first device based on the authentication information related to the first device obtained from the second device, wherein the second device stores another device list, the another device list comprising the authentication information and identification information for identifying the first device.
A crystal of hydrochloride of a compound represented by Formula wherein the hydrochloride is monohydrochloride, and which exhibits X-ray powder diffraction spectrum having peaks at diffraction angles 2θ: 8.0°±0.2°, 14.1°±0.2°, 20.6°±0.2°, 21.0°±0.2°, and 25.8°±0.2°. wherein the hydrochloride is monohydrochloride, and which exhibits X-ray powder diffraction spectrum having peaks at diffraction angles 2θ: 8.0°±0.2°, 14.1°±0.2°, 20.6°±0.2°, 21.0°±0.2°, and 25.8°±0.2°.
Recessed lock with an operating mechanism for the closing laths of a window, a door or the like, wherein the mechanism comprises a housing with a pronounced longitudinal direction X-X' and an operating bar which can slide in an axial direction with respect to the housing and a gear transmission for driving the operating bar and the closing laths connected thereto, wherein said gear transmission comprises a gear wheel which can be rotated about its axis Y-Y' by a handle or another drive, wherein the operating bar comprises a carriage provided with a gear rack cooperating with the gear wheel for sliding the carriage in the housing, wherein the gear ratio between the gear wheel and the carriage is variable, characterised in that the axis of the gear wheel is off-centre, wherein the gear wheel has two identical radii at 0° and 180°, a shortest radius between 180° and 360° and a largest radius between 0° and 180° rotation of the gear wheel, wherein the gear wheel undergoes a rotation of maximum 180° +/- 5°, and the gear rack has a shape which is complementary to the 180° rotation of the gear wheel.
An isoprene copolymer having a styrene block at a terminal thereof, wherein styrene monomers account for less than 5 mol% of all monomers forming the isoprene copolymer having the styrene block; and cis-1,4 bond content of a portion derived from isoprene accounts for at least 95% in total.
The use of at least one polyelectrolyte complex for providing an oxygen barrier for packaging materials made of polymer foils, where polymeric components of the polyelectrolyte complex are applied in polymerized form to the polymer foil, and where at least one side of at least one polymer foil is coated with a composition comprising a polyelectrolyte complex previously produced from anionic polymer and from cationic surfactant, or where at least one side of a polymer foil is coated with at least three alternating layers, where respectively one of two adjacent layers comprises at least one anionic polyelectrolyte component and the other of two adjacent layers comprises at least one cationic polyelectrolyte component, and polyelectrolyte complexes can form at the opposite, adjacent interfaces of the at least three alternating layers, wherein the cationic polyelectrolyte component used comprises a cationic polymer selected from the group consisting of polymers comprising vinylimidazolium units, polydiallyldimethylammonium halides, polymers comprising vinylamine units, polymers comprising ethyleneimine units, polymers comprising dialkylaminoalkyl acrylate units, polymers comprising dialkylaminoalkyl methacrylate units, polymers comprising dialkylaminoalkylacrylamide units, and polymers comprising dialkylaminoalkyl methacrylamide units; or wherein the cationic polyelectrolyte component used comprises a cationic surfactant.