mhurhangee/patent-ind-claim-en huggingface dataset:
A method for adding one additional image frame or a sequence of additional image frames to a stream of encoded image frames, wherein the stream of encoded image frames consists of image frames encoded by an encoder, the method comprising: detecting an event relating to one type out of a change of operation state of a sender of the stream of encoded image frames; and a change of connection state between the sender and a receiver of the stream of encoded image frames; depending on the type of the detected event, providing the one additional image frame or the sequence of additional image frames, wherein the one additional image frame or each additional image frame of the sequence of additional image frames comprises a reference to a preceding image frame and codes a predetermined visual change relative to the preceding image frame, wherein the predetermined visual change is indicative of the type of the detected event; and adding the one additional image frame or the sequence of additional image frames to the stream of encoded image frames to obtain a combined stream of image frames to be decoded by a decoder and displayed on a display thereby displaying the predetermined visual changes indicative of the detected event. detecting an event relating to one type out of a change of operation state of a sender of the stream of encoded image frames; and a change of connection state between the sender and a receiver of the stream of encoded image frames; a change of operation state of a sender of the stream of encoded image frames; and a change of connection state between the sender and a receiver of the stream of encoded image frames; depending on the type of the detected event, providing the one additional image frame or the sequence of additional image frames, wherein the one additional image frame or each additional image frame of the sequence of additional image frames comprises a reference to a preceding image frame and codes a predetermined visual change relative to the preceding image frame, wherein the predetermined visual change is indicative of the type of the detected event; and adding the one additional image frame or the sequence of additional image frames to the stream of encoded image frames to obtain a combined stream of image frames to be decoded by a decoder and displayed on a display thereby displaying the predetermined visual changes indicative of the detected event.
A composition comprising a water-in-oil latex, the water-in-oil latex comprising a water phase and an oil phase, the water phase comprising water, acrylamide, and acrylic acid and having a pH of 3.0 to 5.0; wherein the latex further comprises a surfactant mixture consisting essentially of nonionic surfactants and comprising a block copolymer.
A method , comprising: obtaining a plurality of satellite positioning system, SPS, measurements of a mobile platform from an SPS, wherein the plurality of SPS measurements are with respect to a global reference frame of the SPS , wherein each of the plurality of SPS measurements correspond to a respective one of a plurality of time epochs, and wherein each of the plurality of SPS measurements include at least one of: an SPS velocity measurement of the mobile platform, or a plurality of SPS range-rate measurements of the mobile platform , wherein the number of the SPS range-rate measurements is less than required to calculate an SPS velocity of the mobile platform for the respective one of the plurality of time epochs; obtaining a plurality of visual-inertial odometry, VIO, velocity measurements of the mobile platform from a VIO system , wherein the plurality of VIO velocity measurements are with respect to a local reference frame of the VIO system , and wherein the plurality of VIO velocity measurements correspond to the plurality of time epochs; determining at least one orientation parameter for at least one of the plurality of time epochs to align the local reference frame with the global reference frame based solely on the plurality of VIO velocity measurements and the SPS velocity measurements or the plurality of VIO velocity measurements and the plurality of SPS range-rate measurements; and determining a position of the mobile platform for the at least one time epoch based on a combination of the plurality of VIO velocity measurements and the plurality of SPS measurements . obtaining a plurality of satellite positioning system, SPS, measurements of a mobile platform from an SPS, wherein the plurality of SPS measurements are with respect to a global reference frame of the SPS , wherein each of the plurality of SPS measurements correspond to a respective one of a plurality of time epochs, and wherein each of the plurality of SPS measurements include at least one of: an SPS velocity measurement of the mobile platform, or a plurality of SPS range-rate measurements of the mobile platform , wherein the number of the SPS range-rate measurements is less than required to calculate an SPS velocity of the mobile platform for the respective one of the plurality of time epochs; obtaining a plurality of visual-inertial odometry, VIO, velocity measurements of the mobile platform from a VIO system , wherein the plurality of VIO velocity measurements are with respect to a local reference frame of the VIO system , and wherein the plurality of VIO velocity measurements correspond to the plurality of time epochs; determining at least one orientation parameter for at least one of the plurality of time epochs to align the local reference frame with the global reference frame based solely on the plurality of VIO velocity measurements and the SPS velocity measurements or the plurality of VIO velocity measurements and the plurality of SPS range-rate measurements; and determining a position of the mobile platform for the at least one time epoch based on a combination of the plurality of VIO velocity measurements and the plurality of SPS measurements .
A vibration isolation rubber composition, comprising: a polymer component composed of the following component (A); and the following components (B)-(D), wherein amounts of the component (B), the component (C), and the component (D) are 0.1-5 parts by mass, 10-40 parts by mass, and 10-30 parts by mass, respectively, per 100 parts by mass of the component (A), and the component (C) has a BET specific surface area of 18-40 m 2 /g, (A) a diene-based rubber, (B) a dihydrazide compound, (C) carbon black, and (D) silica. a polymer component composed of the following component (A); and the following components (B)-(D), wherein amounts of the component (B), the component (C), and the component (D) are 0.1-5 parts by mass, 10-40 parts by mass, and 10-30 parts by mass, respectively, per 100 parts by mass of the component (A), and the component (C) has a BET specific surface area of 18-40 m 2 /g, (A) a diene-based rubber, (B) a dihydrazide compound, (C) carbon black, and (D) silica. (A) a diene-based rubber, (B) a dihydrazide compound, (C) carbon black, and (D) silica.
A thermal flow meter which is provided with a heating element and a temperature controlling bridge circuit that is formed of a plurality of resistors and controls the temperature of the heating element to detect a flow rate of a fluid, wherein at least one balance adjusting resistor is part of the temperature controlling bridge circuit, the thermal flow meter further comprising: a tapped adjusting resistor connected in parallel with the least one balance adjusting resistor by two wires drawn from both ends of the at least one balance adjusting resistor , the thermal flow meter characterized by comprising: a voltage detection circuit that detects that the magnitude of voltage produced between the two wires has become smaller than a first predetermined value; and a fault signal output circuit that, when the magnitude of the voltage is detected to become smaller than the first predetermined value at the voltage detection circuit, outputs a signal indicating a fault. a tapped adjusting resistor connected in parallel with the least one balance adjusting resistor by two wires drawn from both ends of the at least one balance adjusting resistor , the thermal flow meter characterized by comprising: a voltage detection circuit that detects that the magnitude of voltage produced between the two wires has become smaller than a first predetermined value; and a fault signal output circuit that, when the magnitude of the voltage is detected to become smaller than the first predetermined value at the voltage detection circuit, outputs a signal indicating a fault. a voltage detection circuit that detects that the magnitude of voltage produced between the two wires has become smaller than a first predetermined value; and a fault signal output circuit that, when the magnitude of the voltage is detected to become smaller than the first predetermined value at the voltage detection circuit, outputs a signal indicating a fault.
An external connection device for connecting an eyepiece to an external functional component, wherein the external connection device comprises a main body part and a locking mechanism , wherein the main body part is a cylindrical structural member, a connecting section and a mounting section , and the main body part is connected to the eyepiece via the mounting section ; a side wall of the connecting section is provided with a notch region extended to an end of the connecting section away from the mounting section , and the connecting section forms a first hold hoop part and a second hold hoop part on two sides of the notch region respectively; the locking mechanism is connected to the first hold hoop part and the second hold hoop part respectively, and is configured for locking the first hold hoop part and the second hold hoop part , so that the connecting section clamps and fixes the functional component characterized in that an inner surface of said main body is provided with a separation portion arranged in a ring shape, which separates said main body part into said connecting section and said mounting section ; in that said side wall of said connecting section is provided with a deformation gap that is arranged in a circumferential direction of the connecting section , and in that said notch region is in connection with said deformation gap . a side wall of the connecting section is provided with a notch region extended to an end of the connecting section away from the mounting section , and the connecting section forms a first hold hoop part and a second hold hoop part on two sides of the notch region respectively; the locking mechanism is connected to the first hold hoop part and the second hold hoop part respectively, and is configured for locking the first hold hoop part and the second hold hoop part , so that the connecting section clamps and fixes the functional component characterized in that an inner surface of said main body is provided with a separation portion arranged in a ring shape, which separates said main body part into said connecting section and said mounting section ; in that said side wall of said connecting section is provided with a deformation gap that is arranged in a circumferential direction of the connecting section , and in that said notch region is in connection with said deformation gap .
A smoke detector for an air duct, comprises a sampling space in fluid communication with the air duct and a photoelectric detection system , wherein the sampling space is enclosed by a removable sampling space enclosure having an optic window , and the photoelectric detection system is located adjacent to the optic window ; characterized in that : at least a portion of the removable sampling space enclosure is removable without removing the photoelectric detection system .
A separator with a rotating system, which has a. a drum with a vertical axis of rotation (D), which drum is rotatable during operation b. and has a drum inner chamber c. which is subdivided into a lower double-conical centrifuging chamber and an upper double-conical centrifuging chamber by means of a conical partitioning plate , d. wherein both centrifuging chambers each have solids discharge openings which are able to be opened up, and closed off, in the lower centrifuging chamber by a piston slide and in the upper centrifuging chamber by an auxiliary slide , characterized in that , e. the mass moment of inertia J Q of the rotating system about a transverse axis Q which extends through the center of gravity S of the rotating system of the drum and which is perpendicular to the vertical axis of rotation D is greater than the mass moment of inertia J D of the rotating system about the vertical axis of rotation D of the rotating system, and in that f. the auxiliary slide is of double-conical form, and in that a sealing ring is formed between the partitioning plate and the auxiliary slide . a. a drum with a vertical axis of rotation (D), which drum is rotatable during operation b. and has a drum inner chamber c. which is subdivided into a lower double-conical centrifuging chamber and an upper double-conical centrifuging chamber by means of a conical partitioning plate , d. wherein both centrifuging chambers each have solids discharge openings which are able to be opened up, and closed off, in the lower centrifuging chamber by a piston slide and in the upper centrifuging chamber by an auxiliary slide , e. the mass moment of inertia J Q of the rotating system about a transverse axis Q which extends through the center of gravity S of the rotating system of the drum and which is perpendicular to the vertical axis of rotation D is greater than the mass moment of inertia J D of the rotating system about the vertical axis of rotation D of the rotating system, and in that f. the auxiliary slide is of double-conical form, and in that a sealing ring is formed between the partitioning plate and the auxiliary slide .
A fabric comprising at least one high loft spunbond nonwoven layer (S H ) having crimped multicomponent fibers, characterized in that a first component of the multicomponent fibers comprises a first thermoplastic polymer A and a second component of the multicomponent fibers comprises a blend of the first thermoplastic polymer A and a second thermoplastic polymer B, wherein the melt flow rate of polymer A is at least 35% higher than the melt flow rate of polymer B when measured according to ISO 1133-1 at 230°C under 2160 g load, wherein the second component comprises at least 15 wt.-% of polymer B and wherein both polymer A and polymer B are polypropylene (PP) homopolymers.
A process comprising: (a) contacting methacrylamide with methanol in an aqueous reaction medium in an esterification reaction zone in the presence of an acidic raw material to produce a first stream comprising methyl methacrylate, water, methanol, acidic raw material and methacrylic acid; (b) phase separating the first stream in a first phase separating apparatus into a first aqueous phase comprising the acidic raw material, and a first organic liquid product phase comprising methyl methacrylate, methanol and methacrylic acid; (c) taking a first organic stream from the first organic liquid product phase, and neutralizing the methacrylic acid of the first organic stream with ammonia to produce a neutralized stream comprising methyl methacrylate, methanol and ammonium methacrylate; (d) optionally adding water to the neutralized stream; (e) phase separating the neutralized stream in a second phase separating apparatus into an organic layer comprising methyl methacrylate and an aqueous layer comprising methanol and ammonium methacrylate, the layers having a common interface; (f) removing a polymer-removing stream from the phase separating apparatus at or below the height of the interface, and (g) removing from the second phase separating apparatus a second aqueous stream comprising a portion of the aqueous layer and from 1 to 500 ppm of a soluble polymer and wherein at least a portion of the second aqueous stream is recycled to the esterification reaction zone wherein the polymer-removing stream has a percentage of the total mass-flow of the second aqueous stream, and the relative percentage of the total mass-flow is from 0.1 to 7% of the percentage of the total mass-flow of the second aqueous stream.
Method for the fault management of a fault on a DC voltage side of a converter assembly having a modular multi-stage converter which incorporates switching modules (SM1, SM2), each of which comprises a plurality of semiconductor switches (H1-4, S1-2) and at least one energy store (C), wherein a number of the switching modules are switching modules of a first type (SM1), and a number of other switching modules are switching modules of a second type (SM2), wherein, in the operation of the converter assembly, a positive switching module voltage, a negative switching module voltage or a zero voltage are respectively generated at terminals (X1, X2) of the switching modules of the first type (SM1), and a positive switching module voltage or a zero voltage are respectively generated at terminals (X1, X2) of the switching modules of the second type (SM2), wherein - the DC voltage side fault is detected, - the switching modules of the first type (SM1) are actuated such that the polarity of their energy store voltages corresponds to the polarity of a fault current, and - the energy stores (C) of the switching modules of the first type (SM1) are charged to a voltage in excess of their rated voltage by a factor of 1.1 to 1.5. - the DC voltage side fault is detected, - the switching modules of the first type (SM1) are actuated such that the polarity of their energy store voltages corresponds to the polarity of a fault current, and - the energy stores (C) of the switching modules of the first type (SM1) are charged to a voltage in excess of their rated voltage by a factor of 1.1 to 1.5.
Optical system for generating a virtual image of a source image provided by an imager arrangement , wherein the optical system comprises the imager arrangement , at least one light guide to be worn in front of an eye and a reflective output coupling arrangement , wherein the light guide is designed to guide, in a light propagation direction, light beams that emanate from the source image and are input coupled into the light guide to the reflective output coupling arrangement which is designed to output couple the light beams from the light guide into an exit pupil of the optical system , wherein the source image is provided in each case by a first imager region and at least one second imager region , adjacent to the first imager region , of the imager arrangement , characterized in that the output coupling arrangement comprises a plurality of individual mirrors (26 1 to 26 7 ), which in each case are arranged at a distance from one another in the light propagation direction, wherein a first group of individual mirrors (26 1 , 26 3 , 26 5 , 26 7 ) output couples first light beams, which emanate from the first imager region , from the light guide into the exit pupil and at least one second group of individual mirrors (26 2 , 26 4 , 26 6 ) output couples second light beams, which emanate from the at least one second imager region , from the light guide into the exit pupil , and in that the individual mirrors (26 1 , 26 3 , 26 5 , 26 7 ) of the first group and the individual mirrors (26 2 , 26 4 , 26 5 ) of the at least one second group are arranged in alternating fashion in the light propagation direction.
A meta -substituted trifunctional benzoxazine monomer represented by the following structure (A): and having a molecular weight (MW) of 699 g/mol as determined by Liquid Chromatography Mass Spectrometry (LCMS).
A method for preparing a platelet-type zirconium phosphate, comprising: preparing a microemulsion by (i) mixing oil with water including zirconium ions, phosphate ions and hydrogen fluoride, to form a mixture, and (ii) adding a non-ionic surfactant to said mixture; and heating said microemulsion at 40 to 60°C for 15 to 30 hours. preparing a microemulsion by (i) mixing oil with water including zirconium ions, phosphate ions and hydrogen fluoride, to form a mixture, and (ii) adding a non-ionic surfactant to said mixture; and heating said microemulsion at 40 to 60°C for 15 to 30 hours.
A method performed by an Application Processor, referred to as a terminal equipment, TE , in a mobile communication network supporting multiple radio access technologies, RATs, comprising any of a 3G system or a 4G system and a wireless local area network, WLAN, the method comprising: establishing a packet data network, PDN, connection in the mobile communication network ; transmitting an ATtention, AT, command to a Modulator/Demodulator, modem, referred to as mobile termination, MT , wherein the TE and the MT are comprised in a user equipment , wherein the AT command is for querying a condition whether data traffic of the PDN connection can be offloaded to the WLAN, said condition being referred to as offloadability of the PDN connection; receiving a response from the MT , wherein the response indicates offloadability of the PDN connection; and determining whether to offload data traffic of the PDN connection to the WLAN, characterized in that the response to the querying AT command comprises a dedicated field indicating whether offloading data traffic from the PDN connection in the 3G system or in the 4G system, the WLAN is acceptable or not. establishing a packet data network, PDN, connection in the mobile communication network ; transmitting an ATtention, AT, command to a Modulator/Demodulator, modem, referred to as mobile termination, MT , wherein the TE and the MT are comprised in a user equipment , wherein the AT command is for querying a condition whether data traffic of the PDN connection can be offloaded to the WLAN, said condition being referred to as offloadability of the PDN connection; receiving a response from the MT , wherein the response indicates offloadability of the PDN connection; and determining whether to offload data traffic of the PDN connection to the WLAN, characterized in that the response to the querying AT command comprises a dedicated field indicating whether offloading data traffic from the PDN connection in the 3G system or in the 4G system, the WLAN is acceptable or not.
A photocurable (meth) acrylate composition comprising: (i) from 9 to 15% of tetrahydrofurfuryl acrylate; (ii) from 26 to 38% of urethane acrylate resin; (iii) from 23 to 28% of isobornyl acrylate; (iv) from 24 to 24.5% of N,N- dimethylacrylamide; and (v) from 0.8 to 4.8% of a photoinitiator component wherein % is by weight based on the total weigh of the composition. (i) from 9 to 15% of tetrahydrofurfuryl acrylate; (ii) from 26 to 38% of urethane acrylate resin; (iii) from 23 to 28% of isobornyl acrylate; (iv) from 24 to 24.5% of N,N- dimethylacrylamide; and (v) from 0.8 to 4.8% of a photoinitiator component wherein % is by weight based on the total weigh of the composition.
Electromechanical cylinder comprising a casing , an actuating rod mounted so as to be able to move longitudinally relative to the casing, an electric motor provided with a rotating rotor shaft , a mechanism for transforming a rotational movement of the rotor shaft of the electric motor into a linear translational movement of the actuating rod, and at least one bearing for guiding the rotor shaft of the electric motor in rotation relative to the casing and for supporting the rotor shaft, wherein the cylinder also comprises a sleeve that is fastened to the casing and inside which is mounted said bearing , and at least one load sensor that is mounted on the sleeve while being offset axially relative to said bearing , characterized in that the casing comprises a tubular main body and a front endplate and a rear endplate that are each mounted at one end of the main body, the actuating rod extending through the front endplate and said bearing being situated axially between the electric motor and the front endplate , wherein the sleeve comprises an axial tubular portion inside which is mounted said bearing and that supports said load sensor , and a radial flange for fastening said sleeve to the casing wherein the flange of the sleeve is gripped axially between the main body and the front endplate of the casing.