mhurhangee/ep-ind-claims huggingface dataset:
A method of communication, comprising: receiving a communication having a message class at a mobile communication device conveyed by a vehicle, the message class comprising a parameter that indicates the relative importance of the message; obtaining the message class of the received communication at the mobile communication device; receiving signals from at least one motion sensor of the mobile communication device, the motion sensor being configured to sense vibrations resulting from motion of the mobile communication device in the vehicle; determining, using a processor integrated into the mobile communication device, a state of motion of the vehicle at the mobile communication device based on the signals from the at least one motion sensor upon receiving the communication; comparing the present state of motion to a statistical model indicative of the behavior of a driver for a driving scenario and determining a context of the state of the motion within the driving scenario based on the comparison, wherein the statistical model is derived from at least one log (313, 315, 317) of vibrations recorded during a previous run through the driving scenario; using the determined context of the state of motion to anticipate an event in the driving scenario; and using the message class, and the anticipated event to select an action to relay the communication to a driver of the vehicle, the selected action being a time at which to present the communication. receiving a communication having a message class at a mobile communication device conveyed by a vehicle, the message class comprising a parameter that indicates the relative importance of the message; obtaining the message class of the received communication at the mobile communication device; receiving signals from at least one motion sensor of the mobile communication device, the motion sensor being configured to sense vibrations resulting from motion of the mobile communication device in the vehicle; determining, using a processor integrated into the mobile communication device, a state of motion of the vehicle at the mobile communication device based on the signals from the at least one motion sensor upon receiving the communication; comparing the present state of motion to a statistical model indicative of the behavior of a driver for a driving scenario and determining a context of the state of the motion within the driving scenario based on the comparison, wherein the statistical model is derived from at least one log (313, 315, 317) of vibrations recorded during a previous run through the driving scenario; using the determined context of the state of motion to anticipate an event in the driving scenario; and using the message class, and the anticipated event to select an action to relay the communication to a driver of the vehicle, the selected action being a time at which to present the communication.
A product (1; 21; 31; 41; 51; 61) for preparing a beverage for consumption, the product comprising a tubular casing (2; 42; 52; 62) which is at least partly made of a material permeable to liquid, an internal space (7; 47; 57; 67) provided on the inside of the casing, a first retaining body (5; 22; 46a; 56a; 66a) and a second retaining body (6; 46b; 56b; 66b) which are also provided on the inside of the casing and delimit the internal space on mutually opposite ends thereof, flavoring material (8; 48; 58; 68) for preparing a beverage which flavoring material is provided in the internal space and which, when immersed in the liquid, such as water, releases flavorings into the liquid for the purpose of preparing the beverage, characterized in that the product comprises a gripping body (5; 23; 43; 53; 63) which is provided on the inside of the casing and on the outside of the internal space.
Aqueous conditioning composition for hair characterized in that, it comprises at least one alkyl glyceryl ether of the general formula wherein R 1 is straight or branched, saturated or unsaturated alkyl chain with 4 to 24 C atoms and R 2 is H, or straight or branched, saturated or unsaturated alkyl chain with 4 to 24 C atoms and at least one arylated silicone selected from diphenyl dimethicone, diphenylsiloxyphenyl trimethicone, tetramethyl tetraphenyl trisiloxane, triphenyl trimethicone, and trimethyl pentaphenyl trisiloxane.
A cylinder lock having a cylinder core and a housing in which spring-loaded tumbler pins comprising housing pins and cylinder core pins are provided for sensing milled incisions (17, 18) located on the key, wherein the cylinder core pins are formed on the end protruding into the key way as sensing extensions which are narrower than the diameter of the cylinder core pin and which are oriented in the longitudinal direction of the key way, wherein at least two cylinder core pins have sensing extensions which are different from one another and which are arranged either centrally along the central longitudinal plane of the key way or offset at a distance in parallel thereto on the left or right, said extension projections being provided for sensing milled incisions (17, 18) on the key narrow side (s), characterised in that core pin bores which are arranged approximately parallel on at least one side of the key way are provided, said core pin bores having resiliently pretensioned core pins which are displaceable therein, wherein the core pins have sensing cams protruding into the key way and terminating at a distance from the central longitudinal plane, said sensing cams being provided for sensing milled incisions on the edge(s) of the key narrow side(s), wherein the distance of the sensing cams from the central longitudinal plane is greater than the distance of the sensing extensions of the cylinder core pins arranged offset to the left or right of the central longitudinal plane, wherein in the longitudinal direction of the key way the sensing cams are offset to a minimum relative to the respective adjacent sensing extension.
An artificial blood vessel which is a tubular fabric comprising, a fiber layer containing an ultrafine fiber(s) and an ultrafine fiber layer in the inside of the fiber layer, the ultrafine fiber layer being composed of an ultrafine fiber(s) having a fiber diameter(s) of not less than 10 nm and not more than 3 μm, wherein an antithrombogenic agent having a polymer chain other than heparin is covalently bound to said ultrafine fiber via said polymer chain by a condensation reaction, an addition reaction, or graft polymerisation, and the thrombin activity inhibition rate on the fiber surface at 37°C is not less than 60%.
Method for controlling a charge state of an energy storage of a hybrid vehicle with a recuperative brake and a control device which comprises a non-volatile memory, the method comprising the steps of: determining a position and a driving direction of the hybrid vehicle, identifying a prospective route (501, 701) of the hybrid vehicle considering the position and the driving direction, creating an energy demand profile assigned to the route (501, 701) based on position-dependent energy demand data which exist in the non-volatile memory and were recorded during a preceding drive of another vehicle, determining a target charge state using the energy demand profile, and controlling the charge state according to the target charge state. determining a position and a driving direction of the hybrid vehicle, identifying a prospective route (501, 701) of the hybrid vehicle considering the position and the driving direction, creating an energy demand profile assigned to the route (501, 701) based on position-dependent energy demand data which exist in the non-volatile memory and were recorded during a preceding drive of another vehicle, determining a target charge state using the energy demand profile, and controlling the charge state according to the target charge state.
Direct current output apparatus comprising a direct current source or a device for connecting to a direct current source and a first electrode and a second electrode for connecting to the direct current source, wherein the direct current output apparatus comprises either a means for keeping the current intensity constant when delivering the direct current or the direct current source is a battery, characterised in that the first electrode is formed as a plurality of needles which are electrically conductively connected to one another and comprises 3-12 needles and the second electrode is formed either (i) as a flat electrode or (ii) as needles or a plurality of needles electrically conductively connected to one another.
A replicator of an Internet Protocol voice system, the replicator comprising a replicator-processor, wherein the replicator-processor is configured to: receive a plurality of uplink packets for a session from a participant device and at least one downlink packet for the session from an application controller, the plurality of uplink packets comprising at least a first Real-time Transport Protocol packet and at least a first Real-time Transport Control Protocol (RTCP) packet, the at least one downlink packet comprising a downlink talker arbitration message; replicate the at least first uplink RTP packet and the at least one downlink packet; and send the at least first RTCP packet to the application controller. receive a plurality of uplink packets for a session from a participant device and at least one downlink packet for the session from an application controller, the plurality of uplink packets comprising at least a first Real-time Transport Protocol packet and at least a first Real-time Transport Control Protocol (RTCP) packet, the at least one downlink packet comprising a downlink talker arbitration message; replicate the at least first uplink RTP packet and the at least one downlink packet; and send the at least first RTCP packet to the application controller.
Paint roller comprising a paint roll and a bracket having at its one end a handle and on its other end an end portion where the paint roll can be connected rotatably, wherein a push-push mechanism is provided by which the bracket and the paint roll can be connected and disconnected, characterized in that the push-push mechanism is embodied such that the connection and the disconnection is achieved by pushing the bracket in a pushing direction which is parallel to an extension direction of the end portion and which is directed towards a free end of the paint roll, the free end being the end opposite to another end in which the end portion of the bracket is inserted.
A method for controlling at least one force regulated manipulator, using at least one force compensation device to apply a force to the manipulator, characterized in that the method comprises the method steps of: a) determining the magnitude of the compensation force applied to the manipulator by the force compensation device; b) continuously determining of the direction of the compensation force applied to the manipulator by the force compensation device, wherein the determining (100, 200) of the magnitude and direction of the compensation force applied to the manipulator is performed by means of a multidimensional force transducer, wherein the multidimensional force transducer is arranged between the force compensation device and a stationary holding device, and c) controlling the force regulated manipulator with consideration of the magnitude and the direction of the compensation force applied to the manipulator by the force compensation device, using a manipulator control device. a) determining the magnitude of the compensation force applied to the manipulator by the force compensation device; b) continuously determining of the direction of the compensation force applied to the manipulator by the force compensation device, wherein the determining (100, 200) of the magnitude and direction of the compensation force applied to the manipulator is performed by means of a multidimensional force transducer, wherein the multidimensional force transducer is arranged between the force compensation device and a stationary holding device, and the determining (100, 200) of the magnitude and direction of the compensation force applied to the manipulator is performed by means of a multidimensional force transducer, wherein the multidimensional force transducer is arranged between the force compensation device and a stationary holding device, and c) controlling the force regulated manipulator with consideration of the magnitude and the direction of the compensation force applied to the manipulator by the force compensation device, using a manipulator control device.
A method comprising: locating a version chain of a class for a serialized object in an instance block of an instance chain, wherein the version chain is a first hash chain including an immutable sequence of version blocks for different versions of the class, and wherein the instance chain is a second hash chain including an immutable sequence of instance blocks including the instance block, wherein the instance blocks record instances of serialized objects that are defined by the class of the version chain; comparing a class version of the serialized object to a current version of the class; when the class version of the serialized object matches the current version of the class, loading a runtime object by deserializing the serialized object; when the class version of the serialized object does not match the current version of the class: locating a version block in the version chain that matches the class version of the serialized object; extracting one or more field values from the serialized object; applying a converter function from the version block to the one or more field values to generate one or more converted field values; and loading the runtime object that matches the current version with the one or more converted field values. locating a version chain of a class for a serialized object in an instance block of an instance chain, wherein the version chain is a first hash chain including an immutable sequence of version blocks for different versions of the class, and wherein the instance chain is a second hash chain including an immutable sequence of instance blocks including the instance block, wherein the instance blocks record instances of serialized objects that are defined by the class of the version chain; comparing a class version of the serialized object to a current version of the class; when the class version of the serialized object matches the current version of the class, loading a runtime object by deserializing the serialized object; when the class version of the serialized object does not match the current version of the class: locating a version block in the version chain that matches the class version of the serialized object; extracting one or more field values from the serialized object; applying a converter function from the version block to the one or more field values to generate one or more converted field values; and loading the runtime object that matches the current version with the one or more converted field values. locating a version block in the version chain that matches the class version of the serialized object; extracting one or more field values from the serialized object; applying a converter function from the version block to the one or more field values to generate one or more converted field values; and loading the runtime object that matches the current version with the one or more converted field values.
A method for forming a composite structure, comprising steps of: forming (414A, 414B) a fiber-reinforced polymer paste to a shape of a cavity of a dry fiber preform structure wherein said step of forming (414A, 414B) said fiber-reinforced polymer paste to said shape of said cavity of said dry fiber preform structure includes extruding said fiber-reinforced polymer paste directly into said cavity; compacting said fiber-reinforced polymer paste provided to said cavity of said dry fiber preform structure and applying a pressure to form the fiber-reinforced polymer paste to a final shape wherein walls of said fiber preform are used to help form said fiber-reinforced polymer paste to the final shape of said cavity; heating said dry fiber preform structure having said fiber-reinforced polymer in said cavity to an infusion temperature; infusing resin into said dry fiber preform structure and around said fiber-reinforced polymer; and curing said resin-infused dry fiber preform structure and said fiber-reinforced polymer at a cure temperature higher than said infusion temperature. forming (414A, 414B) a fiber-reinforced polymer paste to a shape of a cavity of a dry fiber preform structure wherein said step of forming (414A, 414B) said fiber-reinforced polymer paste to said shape of said cavity of said dry fiber preform structure includes extruding said fiber-reinforced polymer paste directly into said cavity; compacting said fiber-reinforced polymer paste provided to said cavity of said dry fiber preform structure and applying a pressure to form the fiber-reinforced polymer paste to a final shape wherein walls of said fiber preform are used to help form said fiber-reinforced polymer paste to the final shape of said cavity; heating said dry fiber preform structure having said fiber-reinforced polymer in said cavity to an infusion temperature; infusing resin into said dry fiber preform structure and around said fiber-reinforced polymer; and curing said resin-infused dry fiber preform structure and said fiber-reinforced polymer at a cure temperature higher than said infusion temperature.
A device comprising: at least one sensor for creating sensor data; characterised by means for creating a plurality of sensor data streams from the sensor data; means for filtering each sensor data stream of the plurality of sensor data streams; and means for concurrently outputting the plurality of sensor data streams to at least one processor in response to one or more requests for the plurality of sensor data streams by applications operating on the at least one processor. at least one sensor for creating sensor data; characterised by means for creating a plurality of sensor data streams from the sensor data; means for filtering each sensor data stream of the plurality of sensor data streams; and means for concurrently outputting the plurality of sensor data streams to at least one processor in response to one or more requests for the plurality of sensor data streams by applications operating on the at least one processor.
An electromagnetic acoustic transducer (EMAT) transceiver for inspecting a pipe, the EMAT comprising: a multichannel EMAT transmitter having a plurality of transmitter coils, wherein the EMAT TX is configured to generate forward-propagating ultrasound waves and backward-propagating ultrasound waves circumferentially around the pipe, and wherein the forward-propagating circumferential ultrasound waves have higher amplitude than the backward-propagating circumferential ultrasound waves; and a multichannel EMAT receiver having a plurality of receiver coils, wherein the receiver coils are configured to receive the ultrasound waves transmitted by the EMAT TX through the pipe, wherein the EMAT RX is configured to discriminate among the received ultrasound waves into (i) forward propagating waves comprising forward-propagating waves (140-F) and reflected backward-propagating waves (140-B-R) in a first direction; and (ii) backward-propagating waves comprising backward-propagating waves (140-B) and reflected forward-propagating waves (140-F-R) in a second direction that is circumferentially opposite from the first direction. a multichannel EMAT transmitter having a plurality of transmitter coils, wherein the EMAT TX is configured to generate forward-propagating ultrasound waves and backward-propagating ultrasound waves circumferentially around the pipe, and wherein the forward-propagating circumferential ultrasound waves have higher amplitude than the backward-propagating circumferential ultrasound waves; and a multichannel EMAT receiver having a plurality of receiver coils, wherein the receiver coils are configured to receive the ultrasound waves transmitted by the EMAT TX through the pipe, wherein the EMAT RX is configured to discriminate among the received ultrasound waves into (i) forward propagating waves comprising forward-propagating waves (140-F) and reflected backward-propagating waves (140-B-R) in a first direction; and (ii) backward-propagating waves comprising backward-propagating waves (140-B) and reflected forward-propagating waves (140-F-R) in a second direction that is circumferentially opposite from the first direction.
A sheet-type medium bundling device for a cooperative operation of stacking and bundling of sheet-type mediums, comprising a conveying passage and a bundling mechanism which are mounted on a frame, a stacking position formed at an end of the conveying passage, and a bundling position formed corresponding to the bundling mechanism, wherein the sheet-type medium bundling device further comprises a position switching mechanism, the position switching mechanism comprising a power shaft driven by a motor to rotate characterized by at least two stacking plates evenly provided on the power shaft, and in that, if one of the stacking plates is located at the stacking position, another one of the stacking plates is located at the bundling position.
Method for forming an image having a predetermined gloss, the method providing the steps of: a. Selecting a gloss level; b. Selecting a radiation-curable ink composition; c. Applying the radiation-curable ink composition onto a recording medium, thereby forming the image; d. Curing the radiation-curable ink composition applied onto the recording medium, characterized In that in step b, the radiation-curable ink composition is selected based on the selected gloss level, wherein the radiation-curable ink composition is selected from an ink set comprising a first radiation-curable ink composition and a second radiation-curable ink composition, wherein the first radiation-curable ink composition comprises a first amount of an acrylate compound and a first amount of a methacrylate monomer, wherein the second radiation-curable ink composition comprises a second amount of an acrylate compound and a second amount of a methacrylate monomer, wherein the first amount of acrylate compound is higher than the second amount of acrylate compound, and wherein the first amount of methacrylate compound is lower than the second amount of methacrylate compound. a. Selecting a gloss level; b. Selecting a radiation-curable ink composition; c. Applying the radiation-curable ink composition onto a recording medium, thereby forming the image; d. Curing the radiation-curable ink composition applied onto the recording medium,