mhurhangee/ep-ind-claims huggingface dataset:
Process for the preparation of a polymerization mixture comprising a copolymer, in which a vinyloxyalkylpolyether derivative is reacted with an acid monomer ester with formation of the copolymer in the presence of a free radical polymerization initiator by free radical polymerization, the free radical polymerization taking place in a medium which contains less than 25% by weight of water and in totality more than 60% by weight of copolymer, vinyloxyalkylpolyether derivative and acid monomer ester, the molar ratio of acid monomer ester used to vinyloxyalkylpolyether derivative used being 20:1 to 1:1 and the vinyloxyalkylpolyether derivative being present according to the general formula H 2 C=CH-O- a -R A where R A is identical or different and is represented by -CH 2 -C(CH 3) 2 -OH, a linear or branched C 1 -C 12 alkyl group, C 1 -C 8 cycloalkyl group, phenyl group or C 7 -C 12 arylalkyl group, A is identical or different and is represented by C x H 2x where x = 2, 3, 4 and/or 5 and a is identical or different and is represented by an integer from 5 to 350, the molar ratio of the vinyloxyalkylpolyether derivative used to the free radical polymerization initiator used being 2 to 100 and the vinyloxyalkylpolyether derivative used being provided in the form such that 0.1 ppm to 10 000 ppm of a stabilizer which is present as an organic compound and is suitable for inhibiting the oxidative decomposition of alkoxy groups present in polyethers is added to the vinyloxyalkylpolyether derivative used and/or the vinyloxyalkylpolyether derivative used being enriched with dissolved nitrogen with depletion of dissolved oxygen. where R A is identical or different and is represented by -CH 2 -C(CH 3) 2 -OH, a linear or branched C 1 -C 12 alkyl group, C 1 -C 8 cycloalkyl group, phenyl group or C 7 -C 12 arylalkyl group, A is identical or different and is represented by C x H 2x where x = 2, 3, 4 and/or 5 and a is identical or different and is represented by an integer from 5 to 350, the molar ratio of the vinyloxyalkylpolyether derivative used to the free radical polymerization initiator used being 2 to 100 and the vinyloxyalkylpolyether derivative used being provided in the form such that 0.1 ppm to 10 000 ppm of a stabilizer which is present as an organic compound and is suitable for inhibiting the oxidative decomposition of alkoxy groups present in polyethers is added to the vinyloxyalkylpolyether derivative used and/or the vinyloxyalkylpolyether derivative used being enriched with dissolved nitrogen with depletion of dissolved oxygen.
An o/w emulsion comprising hydrophobin and oil wherein the oil phase has an iodine value of greater than 40 characterised in that the ratio of hydrophobin to oil is greater than 30g/litre and less than 140g/litre, the oil-in-water emulsion having a ratio of oil to water of at least 1 v/v%..
A method for managing power consumption of a user equipment, UE, while providing location services, comprising: determining whether a given sensor configuration of a plurality of sensor configurations minimizes power consumption of the UE, wherein a sensor configuration comprises a set of values for a set of one or more sensor parameters controllable by the UE; based upon the determining, setting the set of one or more sensor parameters to the given sensor configuration; the method being further characterized in that it comprises determining whether or not the UE can receive sensor data from a vehicle, and wherein the setting comprises disabling motion sensors resident on the UE and using the sensor data received from the vehicle to perform inertial navigation positioning techniques based on the UE being able to receive the sensor data from the vehicle. determining whether a given sensor configuration of a plurality of sensor configurations minimizes power consumption of the UE, wherein a sensor configuration comprises a set of values for a set of one or more sensor parameters controllable by the UE; based upon the determining, setting the set of one or more sensor parameters to the given sensor configuration; the method being further characterized in that it comprises determining whether or not the UE can receive sensor data from a vehicle, and wherein the setting comprises disabling motion sensors resident on the UE and using the sensor data received from the vehicle to perform inertial navigation positioning techniques based on the UE being able to receive the sensor data from the vehicle.
A user equipment comprising - communication means adapted to attempt to access a mobile telecommunications network and to receive from said network information about the presence of access restrictions to the network, - an access management module configured to determine, in the presence of access restrictions to the network, a wait time Tbarring, that must elapse, at the least, between successive verifications of the possibility of accessing said network, characterized in that the value of said wait time Tbarring is varied depending on the fact that at least one previous attempt to access the network by said user equipment has been successful or unsuccessful. - communication means adapted to attempt to access a mobile telecommunications network and to receive from said network information about the presence of access restrictions to the network, - an access management module configured to determine, in the presence of access restrictions to the network, a wait time Tbarring, that must elapse, at the least, between successive verifications of the possibility of accessing said network,
A system comprising: a head mounted display, HMD having a display and a sensing unit; and a mobile terminal configured to be coupled to the HMD for controlling the HMD, wherein the mobile terminal comprises: a terminal body; an interface unit configured to couple with the HMD; and a sensing unit configured to sense movement of the terminal body; characterized in that the system further comprises: a controller configured to: cause output of a preset first region of a virtual space on the display of the HMD; cause output of a second region of the virtual space on the display, different from the preset first region, based on movement of the HMD sensed through the sensing unit of the HMD; and cause output of the preset first region, instead of the second region, on the display of the HMD based upon movement of the terminal body that corresponds to a preset movement. a head mounted display, HMD having a display and a sensing unit; and a mobile terminal configured to be coupled to the HMD for controlling the HMD, wherein the mobile terminal comprises: a terminal body; an interface unit configured to couple with the HMD; and a sensing unit configured to sense movement of the terminal body; a terminal body; an interface unit configured to couple with the HMD; and a sensing unit configured to sense movement of the terminal body; characterized in that the system further comprises: a controller configured to: cause output of a preset first region of a virtual space on the display of the HMD; cause output of a second region of the virtual space on the display, different from the preset first region, based on movement of the HMD sensed through the sensing unit of the HMD; and cause output of the preset first region, instead of the second region, on the display of the HMD based upon movement of the terminal body that corresponds to a preset movement. cause output of a preset first region of a virtual space on the display of the HMD; cause output of a second region of the virtual space on the display, different from the preset first region, based on movement of the HMD sensed through the sensing unit of the HMD; and cause output of the preset first region, instead of the second region, on the display of the HMD based upon movement of the terminal body that corresponds to a preset movement.
A device for displaying grey scale X-ray images, the device comprising: a display for displaying a grey scale X-ray image; a workstation for processing image data; and a user interface for receiving commands from a user of the device; wherein the user interface is adapted for allowing the user to select a master image and a slave image from a plurality of images; wherein the master image and slave image are grey scale images; wherein the workstation is adapted for transforming the slave image by: generating a grey scale transformation based on the master image and the slave image for optically adapting the slave image to the master image; applying the grey scale transformation to the slave image; wherein the display is adapted for displaying the transformed slave image; wherein the workstation is adapted for generating at least two types of grey scale transformation; and wherein the user interface is adapted to allow the user to toggle between the at least two grey scale transformations. a display for displaying a grey scale X-ray image; a workstation for processing image data; and a user interface for receiving commands from a user of the device; wherein the user interface is adapted for allowing the user to select a master image and a slave image from a plurality of images; wherein the master image and slave image are grey scale images; wherein the workstation is adapted for transforming the slave image by: generating a grey scale transformation based on the master image and the slave image for optically adapting the slave image to the master image; applying the grey scale transformation to the slave image; wherein the display is adapted for displaying the transformed slave image; wherein the workstation is adapted for generating at least two types of grey scale transformation; and wherein the user interface is adapted to allow the user to toggle between the at least two grey scale transformations. generating a grey scale transformation based on the master image and the slave image for optically adapting the slave image to the master image; applying the grey scale transformation to the slave image; wherein the display is adapted for displaying the transformed slave image; wherein the workstation is adapted for generating at least two types of grey scale transformation; and wherein the user interface is adapted to allow the user to toggle between the at least two grey scale transformations.
A service optimization method, comprising: receiving, by a transport controller, TC, an optimization request from a client controller, CC, wherein the optimization request carries identification information of a service and information about a route that the service needs to pass through; sending, by the TC, an answer message to the CC when determining that an idle resource in a resource pool can meet an optimization requirement of the CC, wherein the answer message carries the identification information of the service and an optimization policy that meets the optimization requirement of the CC; receiving, by the TC, an optimization instruction of the CC, wherein the optimization instruction carries the identification information of the service and a corresponding optimization policy that meets the optimization requirement of the CC; and optimizing, by the TC according to the optimization policy in the optimization instruction, the service identified in the optimization instruction, characterized in that the optimization policy that meets the optimization requirement of the CC is used to indicate establishment-before-disconnection, meaning that when an optimized service connection is successfully established, an original service path of the service is disconnected. receiving, by a transport controller, TC, an optimization request from a client controller, CC, wherein the optimization request carries identification information of a service and information about a route that the service needs to pass through; sending, by the TC, an answer message to the CC when determining that an idle resource in a resource pool can meet an optimization requirement of the CC, wherein the answer message carries the identification information of the service and an optimization policy that meets the optimization requirement of the CC; receiving, by the TC, an optimization instruction of the CC, wherein the optimization instruction carries the identification information of the service and a corresponding optimization policy that meets the optimization requirement of the CC; and optimizing, by the TC according to the optimization policy in the optimization instruction, the service identified in the optimization instruction, characterized in that the optimization policy that meets the optimization requirement of the CC is used to indicate establishment-before-disconnection, meaning that when an optimized service connection is successfully established, an original service path of the service is disconnected.
A medical device, comprising: a display device (122, 318); a computer-readable medium comprising computer-executable instructions; one or more processors configured to execute the computer-executable instructions; an alert module configured to be communicatively coupled to the one or more processors and produce an alert; and a user interface (123, 318) configured to be communicatively coupled to the one or more processors; wherein, when the one or more processors are executing the computer-executable instructions, the one or more processors are configured to carry out operations to: cause the display device to display the user interface, receive, through the user interface, one or more values associated with a user of the medical device, determine an estimated post-treatment ultrafiltration rate based on the one or more values, compare the estimated post-treatment ultrafiltration rate to an ultrafiltration rate threshold value, and cause the alert module to produce an alert if the estimated post-treatment ultrafiltration rate exceeds the ultrafiltration rate threshold value. a display device (122, 318); a computer-readable medium comprising computer-executable instructions; one or more processors configured to execute the computer-executable instructions; an alert module configured to be communicatively coupled to the one or more processors and produce an alert; and a user interface (123, 318) configured to be communicatively coupled to the one or more processors; wherein, when the one or more processors are executing the computer-executable instructions, the one or more processors are configured to carry out operations to: cause the display device to display the user interface, receive, through the user interface, one or more values associated with a user of the medical device, determine an estimated post-treatment ultrafiltration rate based on the one or more values, compare the estimated post-treatment ultrafiltration rate to an ultrafiltration rate threshold value, and cause the alert module to produce an alert if the estimated post-treatment ultrafiltration rate exceeds the ultrafiltration rate threshold value. cause the display device to display the user interface, receive, through the user interface, one or more values associated with a user of the medical device, determine an estimated post-treatment ultrafiltration rate based on the one or more values, compare the estimated post-treatment ultrafiltration rate to an ultrafiltration rate threshold value, and cause the alert module to produce an alert if the estimated post-treatment ultrafiltration rate exceeds the ultrafiltration rate threshold value.
Suction device for a portable electric power tool having a pistol-type construction on account of a handle part and a motor part which extends at an angle to the handle part, has an electric motor having a motor axis of rotation and has a tool mount having a tool axis of rotation, wherein the tool axis of rotation extends in the same direction as the motor axis of rotation, having a removable suction module, which has at least one suction head for applying to a work surface, at least one suction channel and a dust container, and also has an end on the work - surface side and an end on the machine side, wherein - as seen in the direction of the tool axis of rotation - the dust container is arranged next to the motor part and at the end on the machine side, wherein an emptying opening in the dust container is closable by way of a flap, characterized in that the suction module has a play-compensating element for connecting to the portable electric power tool, and in that the element forms a chimney which is resilient with respect to a sealing frame of a corrugated filter arranged in the dust container and is resilient with respect to a modular intermediate piece arranged between a motor housing and a transmission housing of the portable electric power tool, wherein the intermediate piece comprises at least one suction inlet, a suction fan space, an exhaust outlet and at least one detachable fastening element for fastening the suction module.
A dental splint as an training tool for dentistry and dental technology, having a first, concave surface adapted to the teeth and adjacent gingival topography of a wearer, and a second, convex surface having formed therein at least portions of a tooth surface configuration having predetermined defects for the purpose of diagnosis, planning and restoration.
Laser machining device for machining workpieces by means of a laser, comprising a laser machining unit, a housing, a working chamber provided inside the housing, and an air conveying device, • a workpiece support for a workpiece to be machined being arranged in the working chamber, the workpiece support forming a main support plane and being air-permeable perpendicular to the main support plane, • it being possible for supply air to be directed onto an upper face of the workpiece support by means of the air conveying device, in a flow direction extending perpendicularly to the main support plane of the workpiece support, and • it being possible for supply air contaminated by machining to be discharged as exhaust air from the upper face of the workpiece support through the workpiece support to the lower face of the workpiece support, which lower face is remote from the upper face of the workpiece support, by means of the air conveying device, characterized in that a supply air duct (6, 10), through which the supply air flows toward the workpiece support, is provided upstream of the workpiece support and has a flow cross-section perpendicular to the flow direction of the supply air, a duct inlet remote from the workpiece support, and a workpiece support-side duct outlet that is spaced apart from the upper face of the workpiece support and at least partially covers the workpiece support, and in that, by means of the supply air duct (6, 10), the supply air can be directed as a laminar supply air flow in the flow direction extending perpendicularly to the main support plane of the workpiece support onto the upper face of the workpiece support, by the flow cross section of the supply air duct (6, 10) being divided into partial cross sections, and by partial cross-section walls, which delimit the partial cross-sections, extending in the flow direction so as to have a mutual wall spacing transverse to the flow direction of the supply air and being oriented with outlet-side end lengths, that end toward the duct outlet of the supply air duct (6, 10), in parallel with one another, and therefore perpendicularly to the main support plane of the workpiece support. • a workpiece support for a workpiece to be machined being arranged in the working chamber, the workpiece support forming a main support plane and being air-permeable perpendicular to the main support plane, • it being possible for supply air to be directed onto an upper face of the workpiece support by means of the air conveying device, in a flow direction extending perpendicularly to the main support plane of the workpiece support, and • it being possible for supply air contaminated by machining to be discharged as exhaust air from the upper face of the workpiece support through the workpiece support to the lower face of the workpiece support, which lower face is remote from the upper face of the workpiece support, by means of the air conveying device,
A process for preparing a hydrophobized gypsum fiber board, comprising the steps of: - providing plaster of Paris; - providing fibers; - introducing the plaster of Paris together with fibers into a main mixer; - scattering the mixture of plaster of Paris and fibers onto a moving screen belt; - moistening the mixture of plaster of Paris and fibers with moisturizing water; - pressing the moistened mixture to obtain a gypsum fiber board strand; characterized in that at least said plaster of Paris is admixed with a hydrophobizing agent in a liquid form. - providing plaster of Paris; - providing fibers; - introducing the plaster of Paris together with fibers into a main mixer; - scattering the mixture of plaster of Paris and fibers onto a moving screen belt; - moistening the mixture of plaster of Paris and fibers with moisturizing water; - pressing the moistened mixture to obtain a gypsum fiber board strand;
An audio decoding apparatus comprising: a parser configured to parse a representative bitstream and extract a SACC, spatial audio object coding, bitstream, a SAC, spatial audio coding, bitstream and scene information related to a plurality of objects extracted from rendering information, wherein the parser is configured to extract location information of audio objects, which are controllable objects, as scene information; a signal processor configured to output a modified downmixed signal by removing among audio objects an audio object, which is a controllable object, from a downmixed signal, which is outputted from a SAOC encoder; a SAC decoder configured to decode the modified downmixed signal outputted from the signal processor to a multichannel signal using the SAC bit stream and output the multichannel signal; a mixer configured to mix the removed audio object with the multichannel signal based on location information of the removed audio object. a parser configured to parse a representative bitstream and extract a SACC, spatial audio object coding, bitstream, a SAC, spatial audio coding, bitstream and scene information related to a plurality of objects extracted from rendering information, wherein the parser is configured to extract location information of audio objects, which are controllable objects, as scene information; a signal processor configured to output a modified downmixed signal by removing among audio objects an audio object, which is a controllable object, from a downmixed signal, which is outputted from a SAOC encoder; a SAC decoder configured to decode the modified downmixed signal outputted from the signal processor to a multichannel signal using the SAC bit stream and output the multichannel signal; a mixer configured to mix the removed audio object with the multichannel signal based on location information of the removed audio object.