mhurhangee/ep-ind-claims huggingface dataset:
A parking brake device (1; 1') for motor vehicles, having at least one compressed-air port, an inlet bleed solenoid valve unit, a relay valve and at least one first compressed-air output (71; 72), the compressed-air port being connected to the inlet bleed solenoid valve unit and to the relay valve, a control line being provided such that the relay valve is connected or connectable to the inlet bleed solenoid valve unit, the control line having a first branching-off point and a second branching-off point upstream of the relay valve, there being provided an output line that is connected to the at least one first compressed-air output (71; 72) and has an output branching-off point, characterised in that there is provided a spring-brake line, which is connected to the control line via the first branching-off point and to the output line via the output branching-off point, and a trailer valve line, which is connected to the control line via the second branching-off point, the parking brake device (1; 1') having a spring-brake valve that is arranged in the spring-brake line and connected to the relay valve, and a restrictor unit being arranged in the spring-brake line between the output branching-off point of the output line and the first branching-off point of the control line. the compressed-air port being connected to the inlet bleed solenoid valve unit and to the relay valve, a control line being provided such that the relay valve is connected or connectable to the inlet bleed solenoid valve unit, the control line having a first branching-off point and a second branching-off point upstream of the relay valve, there being provided an output line that is connected to the at least one first compressed-air output (71; 72) and has an output branching-off point, characterised in that there is provided a spring-brake line, which is connected to the control line via the first branching-off point and to the output line via the output branching-off point, and a trailer valve line, which is connected to the control line via the second branching-off point, the parking brake device (1; 1') having a spring-brake valve that is arranged in the spring-brake line and connected to the relay valve, and a restrictor unit being arranged in the spring-brake line between the output branching-off point of the output line and the first branching-off point of the control line.
A process of preparing an ethylenically unsaturated amide from the corresponding ethylenically unsaturated nitrile, in which the nitrile is subjected to a hydration reaction in an aqueous medium in the presence of a biocatalyst, which biocatalyst is a microorganism of the Rhodococcus genus that is capable of producing a nitrile hydratase, wherein the nitrile contains above 2 ppm acrolein and up to 500 ppm and the amide contains less than 2 ppm acrolein; and wherein a step of separately removing acrolein from the ethylenically unsaturated nitrile is avoided.
A method for performing resource offloading in a first node, the method comprising: receiving an offloading request message that requests offloading for a source resource; and offloading the source resource to a second node in response to the offloading request message, wherein the offloading includes requesting to generate an offloaded resource using the offloaded source resource, and wherein the offloaded resource includes a plurality of attributes related to a synchronization, wherein the plurality of attributes includes a offload Sync attribute indicating how to synchronize data between original, source resources and correspondingly offloaded resources among a periodic mode, an update mode and a finish mode, a syncTime attribute being configured to set up a timer performing the synchronization, and a syncResponsibility attribute indicating which entity has responsibility to perform the synchronization among an original common service entity, CSE, at the first node and a target CSE at the second node. receiving an offloading request message that requests offloading for a source resource; and offloading the source resource to a second node in response to the offloading request message, wherein the offloading includes requesting to generate an offloaded resource using the offloaded source resource, and wherein the offloaded resource includes a plurality of attributes related to a synchronization, wherein the plurality of attributes includes a offload Sync attribute indicating how to synchronize data between original, source resources and correspondingly offloaded resources among a periodic mode, an update mode and a finish mode, a syncTime attribute being configured to set up a timer performing the synchronization, and a syncResponsibility attribute indicating which entity has responsibility to perform the synchronization among an original common service entity, CSE, at the first node and a target CSE at the second node.
A compound having a structural formula selected from the group consisting of and wherein each position indicated as D has deuterium enrichment of at least 50%.
A pharmaceutical composition, comprising: ibuprofen; butylscopolamine bromide; and a moisture-absorbing polymer, wherein the moisture-absorbing polymer is at least one selected from the group consisting of carmellose, carmellose potassium, carmellose calcium, carmellose sodium and croscarmellose sodium, provided that the pharmaceutical composition does not comprise tablets containing 75 mg of ibuprofen, 5 mg of butylscopolamine bromide, 10 mg of hydroxypropylcellulose, 20 mg of croscarmellose sodium, 10 mg of light anhydrous silicic acid, 70 mg of crystalline cellulose, and 10 mg of talc per tablet of 200 mg, and fine granules containing 150 mg of ibuprofen, 10 mg of butylscopolamine bromide, 610 mg of crystalline cellulose, 200 mg of carmellose calcium, 30 mg of hydroxypropylcellulose, and 200 mg of Eudragit L per packet of 1.2 g. ibuprofen; butylscopolamine bromide; and a moisture-absorbing polymer, wherein the moisture-absorbing polymer is at least one selected from the group consisting of carmellose, carmellose potassium, carmellose calcium, carmellose sodium and croscarmellose sodium, provided that the pharmaceutical composition does not comprise tablets containing 75 mg of ibuprofen, 5 mg of butylscopolamine bromide, 10 mg of hydroxypropylcellulose, 20 mg of croscarmellose sodium, 10 mg of light anhydrous silicic acid, 70 mg of crystalline cellulose, and 10 mg of talc per tablet of 200 mg, and fine granules containing 150 mg of ibuprofen, 10 mg of butylscopolamine bromide, 610 mg of crystalline cellulose, 200 mg of carmellose calcium, 30 mg of hydroxypropylcellulose, and 200 mg of Eudragit L per packet of 1.2 g.
Device (100, 200, 300, 400, 500, 600, 700) for cleaning the optical surface (162, 362, 462, 562, 662, 762) of at least one optical sensor (160, 260, 360, 460, 560, 660, 760) for a motor vehicle, characterized in that it includes a source (110, 210, 310A, 310B, 410, 510, 610, 710) for emitting a laser beam and means for guiding said laser beam onto at least a part of the optical surface (162, 362, 462, 562, 662, 762) so as to clean the optical surface.
A process for the polymerization of one or more addition polymerizable monomers to form a polymer composition, said process comprising contacting an addition polymerizable monomer or mixture of monomers in a reactor or reactor zone with a composition comprising at least one polymerization catalyst and a cocatalyst under polymerization conditions, characterized in that at least a portion of said polymerization is conducted in the presence of a multi-centered shuttling agent having the following formula: (M') m A wherein M' is a chain shuttling moiety; A is a linking group, the linking group being an organic group; and m is an integer from 2 to 6; and forming a polymer mixture, wherein part of the polymers contain said linking group A. M' is a chain shuttling moiety; A is a linking group, the linking group being an organic group; and m is an integer from 2 to 6;
A method at an access authority device (102, 202) for enabling a device manager (110, 208) to securely communicate with a lightweight device (106, 210), the method comprising: before the lightweight device (106, 210) is deployed to the field, creating encrypted data by encrypting access information using a secret key, and transmitting the encrypted data and access information to the lightweight device (106, 210) over a secure channel; after the lightweight device (106, 210) is deployed to the field, receiving encrypted data from the device manager (110, 208), wherein the device manager (110, 208) receives the encrypted data from the lightweight device (106, 210), the encrypted data being the encrypted data received from the access authority device (102, 202); decrypting the encrypted data to produce access information, wherein the access information comprises a set of cryptographic keys or secret information to allow the lightweight device (106, 210) to generate a sequence of cryptographic keys to be used for establishing secure communications between the device manager (110, 208) and the lightweight device (106, 210); and securely transmitting the access information to the device manager (110, 208). before the lightweight device (106, 210) is deployed to the field, creating encrypted data by encrypting access information using a secret key, and transmitting the encrypted data and access information to the lightweight device (106, 210) over a secure channel; after the lightweight device (106, 210) is deployed to the field, receiving encrypted data from the device manager (110, 208), wherein the device manager (110, 208) receives the encrypted data from the lightweight device (106, 210), the encrypted data being the encrypted data received from the access authority device (102, 202); decrypting the encrypted data to produce access information, wherein the access information comprises a set of cryptographic keys or secret information to allow the lightweight device (106, 210) to generate a sequence of cryptographic keys to be used for establishing secure communications between the device manager (110, 208) and the lightweight device (106, 210); and securely transmitting the access information to the device manager (110, 208).
A supercapacitor comprising: a two dimensional array of a series of electrodes, wherein a first electrode and a last electrode in the series of electrodes are anisobilateral electrodes, wherein distal electrodes, different than the first and last electrodes, in each row of the two dimensional array of electrodes, are C-shaped isobilateral electrodes, wherein proximal electrodes in each row of the two dimensional array of electrodes are isobilateral electrodes, and wherein each electrode comprises: a current collector; and an active material directly on a portion of a first surface of the current collector, wherein the active material comprises two or more separated and interconnected carbon layers, wherein at least one of the carbon layers is corrugated and one atom thick, and wherein a portion of the carbon layers is separated by a distance of 25 nm to 150 nm. a current collector; and an active material directly on a portion of a first surface of the current collector, wherein the active material comprises two or more separated and interconnected carbon layers, wherein at least one of the carbon layers is corrugated and one atom thick, and wherein a portion of the carbon layers is separated by a distance of 25 nm to 150 nm.
An intraocular injection system for injecting a substance into an eye globe of an animal or human eye, the system comprising: - an injection device with a piercing member for injection of the substance into the eye globe, the intraocular injection system providing an automated piercing of the eye globe by the piercing member, - a robotic manipulator carrying the injection device, the robotic manipulator adapted and configured to move the injection device to a pre-injection position, and - a detection device adapted and configured to detect a position of a patch placed onto the eye globe and to control the robotic manipulator to move the injection device to the pre-injection position, the pre-injection position being based upon the detected position of the patch on the eye globe. - an injection device with a piercing member for injection of the substance into the eye globe, the intraocular injection system providing an automated piercing of the eye globe by the piercing member, - a robotic manipulator carrying the injection device, the robotic manipulator adapted and configured to move the injection device to a pre-injection position, and - a detection device adapted and configured to detect a position of a patch placed onto the eye globe and to control the robotic manipulator to move the injection device to the pre-injection position, the pre-injection position being based upon the detected position of the patch on the eye globe.
A method of identifying a route in a wireless network between a base station and a specified wireless device for subsequent transmission of a data packet from the base station to the specified wireless device, comprising: - sending an advertisement packet from the base station into the wireless network; - the specified wireless device generating an acknowledgment packet in response to receipt of the advertisement packet, the acknowledgment packet including an identifier of the specified wireless device; - the specified wireless device transmitting the acknowledgement packet to the base station via at least one intermediate wireless device; characterized in that - each of the at least one intermediate wireless devices modifying the acknowledgment packet by adding its identifier to the acknowledgement packet; and - the base station receiving the modified acknowledgment packet, and storing the identifier of the specified wireless device and the identifier of each of the at least one intermediate wireless devices as a route between the base station and the specified wireless device. - sending an advertisement packet from the base station into the wireless network; - the specified wireless device generating an acknowledgment packet in response to receipt of the advertisement packet, the acknowledgment packet including an identifier of the specified wireless device; - the specified wireless device transmitting the acknowledgement packet to the base station via at least one intermediate wireless device; characterized in that - each of the at least one intermediate wireless devices modifying the acknowledgment packet by adding its identifier to the acknowledgement packet; and - the base station receiving the modified acknowledgment packet, and storing the identifier of the specified wireless device and the identifier of each of the at least one intermediate wireless devices as a route between the base station and the specified wireless device.
Platform for steering traffic for placement in stream between an entity (HSS, HLR) of a nominal mobile telephony cellular network including a module for recording the geographic location of users of said network and an equipment (MME, SGSN, MSC) of a network visited by one said user in a roaming situation, said platform comprising: - a module for obtaining updated quality-of-service parameters of said visited network; - a module for intercepting a response transmitted by said entity (HSS, HLR) and destined for an equipment (MME, SGSN, MSC) of said visited network in response to a request to update the location of a user, said response including minimum quality-of-service parameters required for said visited network; - a determining module capable of determining whether said updated quality-of-service parameters of said visited network are at least equivalent to said minimum quality-of-service parameters required for said visited network; and - a module for sending, to said equipment (MME, SGSN, MSC) of said visited network, a positive response to said request to update the location only if said determining operation is successful. - a module for obtaining updated quality-of-service parameters of said visited network; - a module for intercepting a response transmitted by said entity (HSS, HLR) and destined for an equipment (MME, SGSN, MSC) of said visited network in response to a request to update the location of a user, said response including minimum quality-of-service parameters required for said visited network; - a determining module capable of determining whether said updated quality-of-service parameters of said visited network are at least equivalent to said minimum quality-of-service parameters required for said visited network; and - a module for sending, to said equipment (MME, SGSN, MSC) of said visited network, a positive response to said request to update the location only if said determining operation is successful.
A bridge type power converter for converting direct current power into polyphase alternating current power including series connectors of power semiconductor switches (51a,..., 51f) having first and second main terminals and a control terminal, plural stages of the series connectors connected in parallel, whereby a gate drive circuit (31a,..., 31f) for limiting voltage between the first and second main terminals of the power semiconductor switch (51a,..., 51f) to a predetermined value only in turning off the power semiconductor switch is provided between the first main terminal and the control terminal of the power semiconductor switch (51a,..., 51f), whereby the gate drive circuit comprises a voltage regulation diode element connected to the first main terminal of the power semiconductor switch for adjusting the predetermined limitation voltage, a reverse blocking diode element connected to the control terminal of the power semiconductor switch for blocking a flow of a current from the control terminal to the first main terminal of the power semiconductor switch and a semiconductor switch circuit connected between the voltage regulation diode element and the reverse blocking diode element and controlled on the basis of voltage of the control terminal of the power semiconductor switch.
A connector, adapted to be disposed on a circuit board, wherein the connector comprises: a base, comprising a slot, wherein the base is fixed on the circuit board; a transmission interface, comprising a plugboard and a clamping portion, wherein the clamping portion is clamped in the slot and a portion of the plugboard protrudes out of the base; a shielding cover, having an accommodation space, wherein the accommodation space is configured to accommodate the base and the transmission interface; and a shielding layer, electroplated on an inner side surface of the shielding cover, wherein the shielding cover covers the base and the transmission interface and is configured to block electromagnetic waves generated by the transmission interface. a base, comprising a slot, wherein the base is fixed on the circuit board; a transmission interface, comprising a plugboard and a clamping portion, wherein the clamping portion is clamped in the slot and a portion of the plugboard protrudes out of the base; a shielding cover, having an accommodation space, wherein the accommodation space is configured to accommodate the base and the transmission interface; and a shielding layer, electroplated on an inner side surface of the shielding cover, wherein the shielding cover covers the base and the transmission interface and is configured to block electromagnetic waves generated by the transmission interface.
A method comprising: vibrating a cantilevered optical fiber at an initial frequency that is substantially displaced from a resonant frequency of the cantilevered optical fiber; changing the frequency of vibration of the cantilevered optical fiber over a period of time toward the resonant frequency; directing light through an end of the cantilevered optical fiber over the period of time while the cantilevered optical fiber is vibrated and; characterized in that the method includes constructing an image based on the light directed through the end of the cantilevered optical fiber over the period of time while the cantilevered optical fiber is vibrated at the initial frequency that is substantially displaced from the resonant frequency and the frequency of the vibration is changed over the period of time toward the resonant frequency. vibrating a cantilevered optical fiber at an initial frequency that is substantially displaced from a resonant frequency of the cantilevered optical fiber; changing the frequency of vibration of the cantilevered optical fiber over a period of time toward the resonant frequency; directing light through an end of the cantilevered optical fiber over the period of time while the cantilevered optical fiber is vibrated and; characterized in that the method includes constructing an image based on the light directed through the end of the cantilevered optical fiber over the period of time while the cantilevered optical fiber is vibrated at the initial frequency that is substantially displaced from the resonant frequency and the frequency of the vibration is changed over the period of time toward the resonant frequency.
A method for monitoring a communication device (2, 20), comprising: detecting a flow of messages (3, 4, 24) at an interface of the communication device, recording a sequence of message events over time, wherein a message event record comprises a date of a detected message of the flow, computing a modelized rate (p) of the messages over time as a function of the sequence of message events, characterized in that the modelized rate (p) represents a rate at which the messages of the flow are expected to be sent or received, detecting a sequence of rate change events over time, and generating a corresponding sequence of rate change event records, wherein a rate change event record comprises an updated value of the modelized rate of the messages, wherein said steps of computing a modelized rate of the messages over time and detecting a sequence of rate change events over time comprises repeatedly performing the steps of: predicting a time-window (U, L) for the date of a subsequent message event of the sequence of message events as a function of past message events of the sequence of message events and a current modelized rate (p) of the messages, if the date of the subsequent message event of the sequence of message events is out of the predicted time-window, detecting a rate change event and updating the modelized rate as a function of the date of the subsequent message event, wherein the updating of the modelized rate comprises: computing an actual rate of the messages as a function of the date of the subsequent message event and the date of an earlier message event of the sequence of message events, and taking the actual rate as the new current modelized rate. detecting a flow of messages (3, 4, 24) at an interface of the communication device, recording a sequence of message events over time, wherein a message event record comprises a date of a detected message of the flow, computing a modelized rate (p) of the messages over time as a function of the sequence of message events, characterized in that the modelized rate (p) represents a rate at which the messages of the flow are expected to be sent or received, detecting a sequence of rate change events over time, and generating a corresponding sequence of rate change event records, wherein a rate change event record comprises an updated value of the modelized rate of the messages, predicting a time-window (U, L) for the date of a subsequent message event of the sequence of message events as a function of past message events of the sequence of message events and a current modelized rate (p) of the messages, if the date of the subsequent message event of the sequence of message events is out of the predicted time-window, detecting a rate change event and updating the modelized rate as a function of the date of the subsequent message event, computing an actual rate of the messages as a function of the date of the subsequent message event and the date of an earlier message event of the sequence of message events, and taking the actual rate as the new current modelized rate.