mhurhangee/ep-ind-claims huggingface dataset:
An on-vehicle display system, comprising: - a radiation emitting device for producing at least one beam towards a driver's seat of a vehicle and which is appropriate to be reflected by the driver's body seated in the vehicle, - a sensor device adapted for detecting reflection of the at least one beam produced by the radiation emitting device and reflected by the driver's body, and for generating an output signal responsive to a reflection state of the at least one beam, - a display device having at least one operation mode capable of providing different functions (141, 142, 143), - a control device coupled with the sensor device and adapted for generating a control signal to be provided to the display device, characterized in that the operation mode of the display device includes a multiple view function for displaying multiple views (141, 142) at the same time on the display device, the operation mode of the display device including displaying at least a first view in a first viewing region of a display screen arranged for displaying contents toward the driver's seat of the vehicle, and at least a second view in a second viewing region of the display screen arranged for displaying contents towards a passenger's seat of the vehicle, - the control device further adapted for receiving the output signal from the sensor device, and for determining whether the output signal corresponds with at least a first value detecting a first driver's position, or a second value (19-2, 19-3) which is different from the first value detecting a second driver's position in which the driver is leaning over towards a passenger's seat, - wherein the control device is further adapted for switching off or changing the second view when the control device determines the output signal corresponding with the second value (19-2, 19-3). - a radiation emitting device for producing at least one beam towards a driver's seat of a vehicle and which is appropriate to be reflected by the driver's body seated in the vehicle, - a sensor device adapted for detecting reflection of the at least one beam produced by the radiation emitting device and reflected by the driver's body, and for generating an output signal responsive to a reflection state of the at least one beam, - a display device having at least one operation mode capable of providing different functions (141, 142, 143), - a control device coupled with the sensor device and adapted for generating a control signal to be provided to the display device, - the control device further adapted for receiving the output signal from the sensor device, and for determining whether the output signal corresponds with at least a first value detecting a first driver's position, or a second value (19-2, 19-3) which is different from the first value detecting a second driver's position in which the driver is leaning over towards a passenger's seat, - wherein the control device is further adapted for switching off or changing the second view when the control device determines the output signal corresponding with the second value (19-2, 19-3).
A method for handling cylindrical objects in which on the sides of the cylindrical object frames are set in connection with which there are elastic tensioning and carrier means, and the tensioning and carrier means having been arranged in relation to the cylinder such that, when tensioning them by a sufficient force, the tensioning means pull the frames together, characterised in that at the same time when the tensioning and carrier means pull the frames together the cylinder rises by means of the tensioning and carrier means off the use on which it rests and, when further tensioning the tensioning and carrier means, the frames on the sides of the cylinder are closely tensioned against the housing of the cylinder, thus forming a non-rotatable unit.
A method of converting isobutylene, the method comprising: contacting isobutylene and a skeletal isomerization catalyst to convert the isobutylene to a mixture of C 4 olefins, wherein the mixture of C 4 olefins comprises butene-1, cis -butene-2, trans-butene-2, unreacted isobutylene, or a combination thereof; contacting the mixture of C 4 olefins with a metathesis catalyst to convert the mixture of C 4 olefins to a product mixture, wherein the product mixture comprises ethylene, propylene, unreacted isobutylene, butene-1, cis- butene-2, trans -butene-2, and C 5+ olefins, and the C 5+ olefins are present in the product mixture at an amount of at least 25 %, by weight, based on the weight of the product mixture. contacting isobutylene and a skeletal isomerization catalyst to convert the isobutylene to a mixture of C 4 olefins, wherein the mixture of C 4 olefins comprises butene-1, cis -butene-2, trans-butene-2, unreacted isobutylene, or a combination thereof; contacting the mixture of C 4 olefins with a metathesis catalyst to convert the mixture of C 4 olefins to a product mixture, wherein the product mixture comprises ethylene, propylene, unreacted isobutylene, butene-1, cis- butene-2, trans -butene-2, and C 5+ olefins, and the C 5+ olefins are present in the product mixture at an amount of at least 25 %, by weight, based on the weight of the product mixture.
A microelectromechanical systems (MEMS) device comprising: a substrate; a first structure including a body and fixed fingers (36, 38) extending outwardly from an outer periphery of said body, wherein a central area of said body is coupled to said substrate and a remainder of said first structure is suspended over said substrate; a frame structure surrounding said first structure and suspended over said substrate, said frame structure being movably coupled to said first structure, said frame structure including a movable finger extending inwardly from an inner periphery of said frame structure, said movable finger being disposed between a pair of said fixed fingers (36, 38); an anchor element extending through said body of said first structure proximate said central area and coupled to said substrate; and a signal trace electrically connecting said frame structure to said anchor element, and said frame structure, said signal trace, and said anchor element being electrically isolated from said first structure. a substrate; a first structure including a body and fixed fingers (36, 38) extending outwardly from an outer periphery of said body, wherein a central area of said body is coupled to said substrate and a remainder of said first structure is suspended over said substrate; a frame structure surrounding said first structure and suspended over said substrate, said frame structure being movably coupled to said first structure, said frame structure including a movable finger extending inwardly from an inner periphery of said frame structure, said movable finger being disposed between a pair of said fixed fingers (36, 38); an anchor element extending through said body of said first structure proximate said central area and coupled to said substrate; and a signal trace electrically connecting said frame structure to said anchor element, and said frame structure, said signal trace, and said anchor element being electrically isolated from said first structure.
Ultrasonic measuring arrangement for determining physical properties of a liquid or gaseous measuring medium inside a high-pressure chamber of the ultrasonic measuring arrangement, comprising an ultrasonic sensor for arrangement on the high-pressure chamber via a coupling path of the ultrasonic measuring arrangement, characterized in that the ultrasonic sensor is arranged externally on the high-pressure chamber and the coupling path comprises a layer of plastic on the high-pressure chamber side with an adjoining layer of light metal, which is damped with respect to layer-internal reflections in the longitudinal direction and on which the external ultrasonic sensor is arranged, and in that the damped layer of light metal consists of the combination of a light-metal material with a damping means.
A cyclic carbamate compound, which contains a 5- to 7-membered cyclic carbamate ring system linked via an alkylene or polyether group to a 3-amino propionate group or 3-amino-2-methyl propionate group, wherein the nitrogen atom of the cyclic carbamate is bonded to the alkylene or polyether group, said cyclic carbamate compound being the Michael addition reaction product of an aliphatic amine and a cyclic carbamate having a (meth)acrylate functional group and 5- to 7-membered cyclic carbamate ring system.
An automated beverage brewing apparatus comprising: a controller for identifying a volume of bloom water and a bloom time for preparing a brewed beverage; and a user interface for providing at least one input to the controller, the controller being configured to vary the volume of bloom water based on a type of brewed beverage and a size of brewed beverage input via a button or knob of the user interface. a controller for identifying a volume of bloom water and a bloom time for preparing a brewed beverage; and a user interface for providing at least one input to the controller, the controller being configured to vary the volume of bloom water based on a type of brewed beverage and a size of brewed beverage input via a button or knob of the user interface.
Hydrocyclone arrangement having a, in particular, tangential inlet of the feed slurry, an overflow for the fine-grain discharge, a conically-cylindrically configured underflow for the coarse-grain discharge as well as a sensor system (4; 11) for detecting the jet shape or the jet transition at the coarse-grain discharge, characterized in that means for the directed supply of make-up water are provided in the area of the junction from the conical to the cylindrical portion of the underflow, wherein the make-up water is provided by a regulating valve.
A method for performing handover of a multi-mode mobile terminal in a mobile communication system, the method comprising: receiving a service flow creation request primitive from a media independent handover MIH layer of the mobile terminal at a convergence sublayer CS of the mobile terminal; delivering the service flow creation request primitive from the convergence sublayer CS to a medium access control MAC layer of the mobile terminal; transmitting a request from the MAC layer of the mobile terminal to a MAC layer of a network in response to the service flow creation request primitive, to create a service flow for communicating data between the MIH layer of the mobile terminal and an MIH layer of the network; receiving, by the MAC layer of the mobile terminal, a response from the MAC layer of the network after transmitting the request, wherein the response is associated with the creation of the service flow; transferring a service flow creation response primitive from the MAC layer of the mobile terminal to the CS of the mobile terminal after receiving the response; notifying, by the CS of the mobile terminal, the MIH layer of the mobile terminal, of the response; and transmitting an acknowledgement from the MAC layer of the mobile terminal to the MAC layer of the network for acknowledging successful receipt of the response. receiving a service flow creation request primitive from a media independent handover MIH layer of the mobile terminal at a convergence sublayer CS of the mobile terminal; delivering the service flow creation request primitive from the convergence sublayer CS to a medium access control MAC layer of the mobile terminal; transmitting a request from the MAC layer of the mobile terminal to a MAC layer of a network in response to the service flow creation request primitive, to create a service flow for communicating data between the MIH layer of the mobile terminal and an MIH layer of the network; receiving, by the MAC layer of the mobile terminal, a response from the MAC layer of the network after transmitting the request, wherein the response is associated with the creation of the service flow; transferring a service flow creation response primitive from the MAC layer of the mobile terminal to the CS of the mobile terminal after receiving the response; notifying, by the CS of the mobile terminal, the MIH layer of the mobile terminal, of the response; and transmitting an acknowledgement from the MAC layer of the mobile terminal to the MAC layer of the network for acknowledging successful receipt of the response.
A wireless communication device configured to scan for an access point, comprising: a baseband processor configured to generate a data download command comprising a preferred network list comprising a list of preferred network identifiers associated with access points to be scanned for, and a first scan command; and a WLAN processor configured to receive the data download command and the first scan command, wherein the first scan command triggers the WLAN processor to independently begin scanning a number of channels corresponding to the preferred network identifiers while the baseband processor is in deep sleep mode. a baseband processor configured to generate a data download command comprising a preferred network list comprising a list of preferred network identifiers associated with access points to be scanned for, and a first scan command; and a WLAN processor configured to receive the data download command and the first scan command, wherein the first scan command triggers the WLAN processor to independently begin scanning a number of channels corresponding to the preferred network identifiers while the baseband processor is in deep sleep mode.
An electrically conductive member for an electrophotographic printing apparatus, comprising a substrate of a metal or a resin and characterized by an electrically conductive elastic layer having composite conductivity formed thus with a rubber compound exhibiting both the electronic conductivity and the ionic conductivity to cover the substrate, wherein the electrically conductive elastic layer is formed of a rubber elastic body prepared by dispersing an electrically conductive powder, which has particle diameter not smaller than 0.1 μm into a rubber compound having ionic or electronic conductivity, followed by vulcanizing the rubber compound, said electrically conductive powder being obtained by curing and powdering a rubber compound having the other of electronic or ionic conductivity or a resin mixture having both electronic and ionic conductivity.
Method for producing a PUR/PIR foam body, comprising the steps of: - providing a mold adapted for applying an underpressure to the interior of the mold; - introducing a reaction mixture comprising an isocyanate-reactive component A and an isocyanate B into the mold; - applying an underpressure to the interior of the mold, so the underpressure acts on the introduced reaction mixture; wherein the following consecutive moments are defined in the method: t0: the reaction mixture has started to be introduced into the mold tL: the reaction mixture has started to expand in the mold tA: the reaction mixture has started to set in the mold tF: the expanded reaction mixture has finished filling the mold application of the underpressure is delayed until the reaction mixture has a certain viscosity, so that the underpressure does not cause blowing agent bubbles to be ripped out of the reaction mixture, the underpressure is applied to the interior of the mold no later than tA, and in that the isocyanate index of the reaction mixture is ≥ 300, wherein the isocyanate index of the reaction mixture is defined as the molar ratio of NCO groups of NCO-reactive groups, multiplied by 100. - providing a mold adapted for applying an underpressure to the interior of the mold; - introducing a reaction mixture comprising an isocyanate-reactive component A and an isocyanate B into the mold; - applying an underpressure to the interior of the mold, so the underpressure acts on the introduced reaction mixture; t0: the reaction mixture has started to be introduced into the mold tL: the reaction mixture has started to expand in the mold tA: the reaction mixture has started to set in the mold tF: the expanded reaction mixture has finished filling the mold
A device for storage and delivery of an additive for catalytic denitrification of exhaust gasses on a motor vehicle, comprising a storage container of thermoplastic material, comprising at least one component selected from a group comprising a delivery pump, a heating device, a filter element, a quality sensor and a fill level sensor, wherein the component is arranged inside the storage container above an opening in a container floor, wherein the component is arranged in a module housing via which the component can be inserted exchangeably from the outside through the opening in the container floor, the module housing comprising a cavity, wherein the cavity is arranged above the opening of the container floor and is sealed to the storage container, and wherein the component can be installed and also de-installed from the outside through the opening in the container floor, characterized in that the module housing is connected fluid-tightly with the container floor on the inside of the storage container, the fixing within the storage container being provided above the opening in the container floor such that the opening is sealed at the edge over the module housing.
An acoustic foetal stimulation device comprising a means of emitting acoustic stimulation signals that comprises a capsule enclosing the means of emitting said signals, manufactured in a biocompatible (hygienic) material and with a size and shape suitable for removable insertion in the vagina, in a position adjacent to the foetus, and an extraction cord for removing the device where the means of emitting acoustic stimulation signals comprises a playback system (12, 13) for an acoustic stimulation signal, complete with control software and a speaker, and a means of wireless communication with the exterior using a remote control to give instructions to the playback system via an RF wireless signal, characterized in that said capsule has an ovoid shape which has a convex outer surface all over it, from which only the extractor cord protrudes, said capsule comprises a cap and a lower section removably attached to the cap by screws (7, 8) and to which the extraction cord is connected; and the acoustic stimulation signal for playback is sent via the RF wireless signal from an external memory that is separate from the device's means of emitting acoustic stimulation signals. a means of emitting acoustic stimulation signals that comprises a capsule enclosing the means of emitting said signals, manufactured in a biocompatible (hygienic) material and with a size and shape suitable for removable insertion in the vagina, in a position adjacent to the foetus, and an extraction cord for removing the device where the means of emitting acoustic stimulation signals comprises a playback system (12, 13) for an acoustic stimulation signal, complete with control software and a speaker, and a means of wireless communication with the exterior using a remote control to give instructions to the playback system via an RF wireless signal, characterized in that said capsule has an ovoid shape which has a convex outer surface all over it, from which only the extractor cord protrudes, said capsule comprises a cap and a lower section removably attached to the cap by screws (7, 8) and to which the extraction cord is connected; and the acoustic stimulation signal for playback is sent via the RF wireless signal from an external memory that is separate from the device's means of emitting acoustic stimulation signals.
A process for the preparation of Metaraminol of formula or one of the salts thereof, comprising subjecting a compound of formula wherein PG is a hydrogen atom or a hydroxy protecting group, to a stereoselective Henry reaction with nitroethane, by using a copper complex with the ligand of formula as a catalyst in the ( S, S, S) configuration, reducing and deprotecting the so-obtained compound of formula wherein PG is as defined above, to obtain Metaraminol of formula and optionally converting it to one of its salts.
Method of controlling a wind turbine having a rotor to which at least one rotor blade is connected, the method comprising: operating the rotor according to a first rotational speed reference; and operating the rotor according to a second rotational speed reference above the first rotational speed reference, if a blade pitch angle of the rotor blade increases above a blade pitch angle threshold. operating the rotor according to a first rotational speed reference; and operating the rotor according to a second rotational speed reference above the first rotational speed reference, if a blade pitch angle of the rotor blade increases above a blade pitch angle threshold.
A system for treating tissue, the system comprising: a probe, the probe comprising: a treatment device including a needle; and an imaging transducer configured to produce an image field; and a system controller said system controller comprising: a screen for causing an image field produced by the imaging transducer of the probe to be displayed on the screen, wherein the system controller is configured to cause the image field to be overlaid with projected treatment information, wherein the projected treatment information comprises a projected safety boundary and a projected treatment boundary such that a user can manipulate the probe to place a sensitive anatomical structure outside of the projected safety boundary on the screen, and wherein the system controller is adapted to: receive input identifying the position of the needle; calculate or recalculate the projected safety boundary and the projected treatment boundary based on the needle position; and display the calculated or recalculated projected safety boundary and projected treatment boundary on the screen. a probe, the probe comprising: a treatment device including a needle; and an imaging transducer configured to produce an image field; and a treatment device including a needle; and an imaging transducer configured to produce an image field; and a system controller said system controller comprising: a screen for causing an image field produced by the imaging transducer of the probe to be displayed on the screen, wherein the system controller is configured to cause the image field to be overlaid with projected treatment information, wherein the projected treatment information comprises a projected safety boundary and a projected treatment boundary such that a user can manipulate the probe to place a sensitive anatomical structure outside of the projected safety boundary on the screen, and wherein the system controller is adapted to: receive input identifying the position of the needle; calculate or recalculate the projected safety boundary and the projected treatment boundary based on the needle position; and display the calculated or recalculated projected safety boundary and projected treatment boundary on the screen. receive input identifying the position of the needle; calculate or recalculate the projected safety boundary and the projected treatment boundary based on the needle position; and display the calculated or recalculated projected safety boundary and projected treatment boundary on the screen.