mhurhangee/ep-ind-claims huggingface dataset:
A system for regulation of vehicles in a vehicle train which are adapted to communicating via wireless communication, which system comprises a processor unit adapted to - receiving wirelessly from vehicles in the train data which comprise vehicle parameters for the vehicles and identification data which indicate the vehicle or vehicles from which said parameters come, - estimating one or more states for at least one vehicle k i +1 in the train on the basis of at least a model of the vehicle and said parameters received, further being characterised in that the processor unit is adapted to - calculating for said estimated states one or more check values which indicate how reliable the estimation of the state or states is, depending on the transmission of the wireless data signals, - determining a distance d between a vehicle k i behind and vehicle k i +1 in the train on the basis of said check value or values, and generating a control signal for regulating said vehicle k i according to said distance d, - sending said control signal to a control unit of vehicle k i, which vehicle is then regulated so that the distance between the two vehicles k i and k i +1 becomes d such that a safe distance from the vehicle in front k i +1 is continually maintained. - receiving wirelessly from vehicles in the train data which comprise vehicle parameters for the vehicles and identification data which indicate the vehicle or vehicles from which said parameters come, - estimating one or more states for at least one vehicle k i +1 in the train on the basis of at least a model of the vehicle and said parameters received, further being characterised in that the processor unit is adapted to - calculating for said estimated states one or more check values which indicate how reliable the estimation of the state or states is, depending on the transmission of the wireless data signals, - determining a distance d between a vehicle k i behind and vehicle k i +1 in the train on the basis of said check value or values, and generating a control signal for regulating said vehicle k i according to said distance d, - sending said control signal to a control unit of vehicle k i, which vehicle is then regulated so that the distance between the two vehicles k i and k i +1 becomes d such that a safe distance from the vehicle in front k i +1 is continually maintained.
A balloon, comprising: a first balloon wall layer disposed about a longitudinal balloon axis; a second balloon wall layer disposed on an exterior of the first balloon wall layer; an adhesive disposed between the first balloon wall layer and the second balloon wall layer, characterized in that the adhesive has a radiopaque property. a first balloon wall layer disposed about a longitudinal balloon axis; a second balloon wall layer disposed on an exterior of the first balloon wall layer; an adhesive disposed between the first balloon wall layer and the second balloon wall layer, characterized in that the adhesive has a radiopaque property.
A data transmission method, wherein the method comprises: sending (S101, S301, S401, S501, S601), by a terminal device, first information to a network device, wherein the first information is used to indicate a first channel quality indicator, CQI, corresponding to a first block error rate; and sending (S103, S303, S403, S503, S603), by the terminal device, second information to the network device by using radio resource control, RRC, signaling or media access control, MAC, signaling, wherein the second information is used to indicate a difference between the first CQI and a second CQI, the second CQI is a CQI corresponding to a second block error rate, and the first block error rate is greater than the second block error rate. sending (S101, S301, S401, S501, S601), by a terminal device, first information to a network device, wherein the first information is used to indicate a first channel quality indicator, CQI, corresponding to a first block error rate; and sending (S103, S303, S403, S503, S603), by the terminal device, second information to the network device by using radio resource control, RRC, signaling or media access control, MAC, signaling, wherein the second information is used to indicate a difference between the first CQI and a second CQI, the second CQI is a CQI corresponding to a second block error rate, and the first block error rate is greater than the second block error rate.
A vaccine containing one or more antigens and at least one adjuvant selected from a recombinant mistletoe lectin with the amino acid sequences SEQ ID No. 1 and SEQ ID No. 4, wherein the recombinant mistletoe lectin does not have any glycosylation.
A liposome within which RNA encoding an immunogen of interest is encapsulated, wherein the liposome comprises at least one lipid which includes a polyethylene glycol moiety, such that polyethylene glycol is present on the liposome's exterior, wherein the average molecular mass of the polyethylene glycol is between 1kDa and 3kDa; wherein the immunogen elicits an immune response against a coronavirus, and wherein the immunogen is a coronavirus spike polypeptide.
A process for producing polymerized films with line texture or fingerprint texture or for producing substrates coated with polymerized films with line texture or fingerprint texture, comprising the following steps: (i) providing an optionally coated carrier film or an optionally coated substrate and optionally cleaning the carrier film or the substrate and/or generating a preferential direction on the film or substrate surface or on part of the film or substrate surface; (ii) applying a composition comprising at least one achiral nematic polymerizable monomer and optionally at least one dispersion medium to the film or substrate surface; where the composition comprises at least one achiral nematic polymerizable monomer which is polymerizable with UV light, the composition comprising the at least one achiral nematic polymerizable monomer which is polymerizable with UV light in an amount of at least 25% by weight, based on the total weight of the achiral nematic polymerizable monomers present in the composition; and where the composition, in the case that a film with fingerprint texture is to be obtained, also comprises at least one chiral polymerizable monomer; (iii) optionally aligning the composition applied in step (ii) or part of the composition applied in step (ii); (iv) at least partly removing the dispersion medium optionally present; (v) polymerizing the at least one monomer present in the composition under the action of UV light; (vi) optionally thermally aftertreating the product obtained in step (v); and (vii) optionally post-curing the product obtained in step (v) or (vi) under the action of UV light; with the proviso that step (vi) is carried out if step (v) is carried out at a temperature of below 60°C. (i) providing an optionally coated carrier film or an optionally coated substrate and optionally cleaning the carrier film or the substrate and/or generating a preferential direction on the film or substrate surface or on part of the film or substrate surface; (ii) applying a composition comprising at least one achiral nematic polymerizable monomer and optionally at least one dispersion medium to the film or substrate surface; where the composition comprises at least one achiral nematic polymerizable monomer which is polymerizable with UV light, the composition comprising the at least one achiral nematic polymerizable monomer which is polymerizable with UV light in an amount of at least 25% by weight, based on the total weight of the achiral nematic polymerizable monomers present in the composition; and where the composition, in the case that a film with fingerprint texture is to be obtained, also comprises at least one chiral polymerizable monomer; (iii) optionally aligning the composition applied in step (ii) or part of the composition applied in step (ii); (iv) at least partly removing the dispersion medium optionally present; (v) polymerizing the at least one monomer present in the composition under the action of UV light; (vi) optionally thermally aftertreating the product obtained in step (v); and (vii) optionally post-curing the product obtained in step (v) or (vi) under the action of UV light;
A method for an electronic device to receive a fingerprint data, the electronic device comprising a touch unit, a display unit and a sensing unit, wherein the display unit is disposed on the sensing unit, and the touch unit is disposed on the display unit, and wherein the display unit comprises at least a plurality of blue pixels, a plurality of green pixels and a plurality of red pixels, the method comprising: receiving a finger touch signal through the touch unit; determining a finger touch region in the touch unit according to the finger touch signal; determining a first region in the display unit according to the finger touch region; turning off the plurality of blue pixels in the first region and turning on at least one of the red pixels or the green pixels in the first region; and receiving the fingerprint data through the sensing unit after turning off the plurality of blue pixels in the first region, wherein an area of the first region is greater than an area of the finger touch region and the first region overlaps the finger touch region; generating a second region in the display unit adjacent to the first region; and turning off the plurality of blue pixels, the plurality of green pixels and the plurality of red pixels in the second region. receiving a finger touch signal through the touch unit; determining a finger touch region in the touch unit according to the finger touch signal; determining a first region in the display unit according to the finger touch region; turning off the plurality of blue pixels in the first region and turning on at least one of the red pixels or the green pixels in the first region; and receiving the fingerprint data through the sensing unit after turning off the plurality of blue pixels in the first region, wherein an area of the first region is greater than an area of the finger touch region and the first region overlaps the finger touch region; generating a second region in the display unit adjacent to the first region; and turning off the plurality of blue pixels, the plurality of green pixels and the plurality of red pixels in the second region.
A press-forming mold comprising: a protective film for preventing seizing during press-forming, which is formed on at least a forming surface that comes into contact with a formed body, wherein: said protective film is formed by arc ion plating; an arbitrary selection section extracted from the surface of the protective film is divided into a plurality of individual sections; and, when the n th division point from an end of said selected section is defined as being located a distance of dXn in the direction of extension of said selected section and dZn in the height direction from the (n-1) th division point, and the gradient of the surface at said n th division point is represented by (dZn/dXn), taking N to represent the number of divisions, the root-mean-square RΔq calculated by the following expression according to the stipulations in JIS B0601 and JIS B0031 is no greater than 0.032. R Δ q = 1 N ∑ n = 1 N dZ n dX n 2
A brake for a vehicle, comprising a first caliper body and a second caliper body, wherein the first caliper body and the second caliper body are provided with a first friction disc and a second friction disc respectively, a brake disc is arranged between the first friction disc and the second friction disc, and the first friction disc and the second friction disc are each further provided with at least one mass block, wherein the brake further comprises an active return device, wherein the active return device comprises a fixedly-arranged active return device body and two return springs symmetrically attached on the active return device body, and two ends of each of the two return springs abut against the first friction disc and the second friction disc respectively; wherein the two return springs each comprise a return beam and two resilient pieces symmetrically arranged on two sides of the return beam, and the return beam is fixedly connected to the active return device body; wherein the two resilient pieces each comprise a first bent portion, a second bent portion and a third bent portion which are connected in sequence, the first bent portion is connected to the return beam, and the third bent portion abuts against the first friction disc or the second friction disc; and wherein an arc-shaped bend is further arranged between the return beam and each resilient piece; and that the return spring is detachably connected to the active return device body, characterized in that the active return device body is further provided with a bridge-shaped structure for preventing the first friction disc and the second friction disc from jumping upwards in a braking and returning process, and the bridge-shaped structure is fixedly connected to the active return device body. wherein the brake further comprises an active return device, wherein the active return device comprises a fixedly-arranged active return device body and two return springs symmetrically attached on the active return device body, and two ends of each of the two return springs abut against the first friction disc and the second friction disc respectively; wherein the two return springs each comprise a return beam and two resilient pieces symmetrically arranged on two sides of the return beam, and the return beam is fixedly connected to the active return device body; wherein the two resilient pieces each comprise a first bent portion, a second bent portion and a third bent portion which are connected in sequence, the first bent portion is connected to the return beam, and the third bent portion abuts against the first friction disc or the second friction disc; and wherein an arc-shaped bend is further arranged between the return beam and each resilient piece; and that the return spring is detachably connected to the active return device body, characterized in that the active return device body is further provided with a bridge-shaped structure for preventing the first friction disc and the second friction disc from jumping upwards in a braking and returning process, and the bridge-shaped structure is fixedly connected to the active return device body.
An anti-ALK3 antibody for use in a method for promoting bone growth, increasing bone density or increasing bone strength, or for use in a method of treating or preventing a bone-related disorder, wherein the antibody binds to ALK3 and disrupts BMP binding; wherein the antibody is specifically reactive with an ALK3 polypeptide.
A semiconductor data processing apparatus comprising a CPU to execute programs and a timer part connected to the CPU, the timer part including a first counter to make counting operation for each of pulse intervals of a predetermined event pulse train from an initial value, a first count register to which a first reference value is set, a second counter to make counting operation from an initial value so that a count value thereof is equal to plural times of the count value of the first counter for each of pulse intervals of the predetermined event pulse train, a second count register to hold the count value of the first counter for each of pulse intervals of the predetermined event pulse train and a detection circuit (106, 107 and 108) which is arranged to detect a first state in which the count value for each of the pulse intervals by the first counter is equal to or larger than the first reference value set in the first count register and a second state in which the count value for each of the pulse intervals by the second counter is equal to or smaller than the value held in the second count register; wherein the pulse interval is a period between a leading edge of a first event pulse of the predetermined event pulse train and the leading edge of a second event pulse being the next event pulse in said predetermined event pulse train after the first event pulse, wherein the predetermined event pulse train incudes a toothless part, wherein when the detection circuit (106, 107 and 108) detects the first state, the detection circuits (106, 107 and 108) determines that there is the toothless part in the predetermined event pulse train at a current pulse interval, and wherein when the detection circuit (106, 107 and 108) detects the second state, the detection circuit (106, 107 and 108) determines that there is the toothless part in the predetermined event pulse train at the preceding pulse interval to said current pulse interval.
Method for treating in continuous the surface of a laminate made of stainless steel comprising at least the following steps: (a) subjecting said laminate to an electrolytic pickling treatment in alternating current in an aqueous electrolytic solution of HCl comprising at least Fe 3+ ions, the concentration of HCl being comprised in the range 0.5-200 g/l and the concentration of Fe 3+ ions being comprised in the range 5-60 g/l; (b) subjecting said electrolytically pickled laminate to a chemical pickling treatment in an aqueous solution of HCl comprising at least Fe 3+ ions (chemical pickling solution), the concentration of HCl being comprised in the range 0.5-200 g/l and the concentration of Fe 3+ ions being comprised in the range 5-60 g/l; (c) subjecting said chemically pickled laminate to a surface finishing and a surface passivation treatment. (a) subjecting said laminate to an electrolytic pickling treatment in alternating current in an aqueous electrolytic solution of HCl comprising at least Fe 3+ ions, the concentration of HCl being comprised in the range 0.5-200 g/l and the concentration of Fe 3+ ions being comprised in the range 5-60 g/l; (b) subjecting said electrolytically pickled laminate to a chemical pickling treatment in an aqueous solution of HCl comprising at least Fe 3+ ions (chemical pickling solution), the concentration of HCl being comprised in the range 0.5-200 g/l and the concentration of Fe 3+ ions being comprised in the range 5-60 g/l; (c) subjecting said chemically pickled laminate to a surface finishing and a surface passivation treatment.
A user equipment, UE, configured to receive a resource over a multimedia broadcast multicast service, MBMS, the UE comprising: a transceiver; and a processor configured to: detect a multimedia broadcast multicast service uniform resource identifier, MBMS URI; transmit a domain name server, DNS, query to a DNS based on the MBMS URI; receive a response including an A resource record, a SRV resource record, and a TXT resource record from the DNS or including the A resource record, wherein the SRV resource record indicates a multicast internet protocol, IP, address, a port number, a Temporary Mobile Group Identity, TMGI, and a File Delivery over Unidirectional Transport protocol, FLUTE, session transport session identifier, TSI; determine that a resource is available over unicast when the response includes only the A resource record; determine that the resource is available over multicast when the response includes the A resource record, the SRV resource record, and the TXT resource record; join, if the resource is available over multicast, an MBMS session; and receive the resource over MBMS from a broadcast multicast service center, BM-SC. a transceiver; and a processor configured to: detect a multimedia broadcast multicast service uniform resource identifier, MBMS URI; transmit a domain name server, DNS, query to a DNS based on the MBMS URI; receive a response including an A resource record, a SRV resource record, and a TXT resource record from the DNS or including the A resource record, wherein the SRV resource record indicates a multicast internet protocol, IP, address, a port number, a Temporary Mobile Group Identity, TMGI, and a File Delivery over Unidirectional Transport protocol, FLUTE, session transport session identifier, TSI; determine that a resource is available over unicast when the response includes only the A resource record; determine that the resource is available over multicast when the response includes the A resource record, the SRV resource record, and the TXT resource record; join, if the resource is available over multicast, an MBMS session; and receive the resource over MBMS from a broadcast multicast service center, BM-SC. detect a multimedia broadcast multicast service uniform resource identifier, MBMS URI; transmit a domain name server, DNS, query to a DNS based on the MBMS URI; receive a response including an A resource record, a SRV resource record, and a TXT resource record from the DNS or including the A resource record, wherein the SRV resource record indicates a multicast internet protocol, IP, address, a port number, a Temporary Mobile Group Identity, TMGI, and a File Delivery over Unidirectional Transport protocol, FLUTE, session transport session identifier, TSI; determine that a resource is available over unicast when the response includes only the A resource record; determine that the resource is available over multicast when the response includes the A resource record, the SRV resource record, and the TXT resource record; join, if the resource is available over multicast, an MBMS session; and receive the resource over MBMS from a broadcast multicast service center, BM-SC.
Device for protection of an external probe of an aircraft that projects through an opening made in the outside surface of the aircraft, whereby said protective device comprises a rigid flange for attachment to the outside surface of the aircraft and a flexible envelope for protection of the probe.