mhurhangee/ep-ind-claims huggingface dataset:
A method for secure wireless communication at a wireless local area network, WLAN, apparatus associated with a network, the method comprising: Receiving a wireless local area network, WLAN, termination point addition request from a wireless wide area network, WWAN, node, the WLAN termination point addition request including a cryptographic key and a user equipment identifier identifying a user equipment, wherein a WLAN termination point is a network apparatus associated with a WLAN, and is a part of an access point, AP, or is communicatively coupled to an AP; generating a network-generated first identifier based on the user equipment identifier and the cryptographic key received from the WWAN node; storing the network-generated first identifier at the apparatus and associating the network-generated first identifier with the cryptographic key; receiving an extensible authentication protocol, EAP, identity response from an access point associated with the network, the EAP identity response including a user equipment-generated first identifier; determining that the user equipment-generated first identifier corresponds to the stored network-generated first identifier; generating a master session key, MSK and transmitting an EAP success message and the MSK to the access point. Receiving a wireless local area network, WLAN, termination point addition request from a wireless wide area network, WWAN, node, the WLAN termination point addition request including a cryptographic key and a user equipment identifier identifying a user equipment, wherein a WLAN termination point is a network apparatus associated with a WLAN, and is a part of an access point, AP, or is communicatively coupled to an AP; generating a network-generated first identifier based on the user equipment identifier and the cryptographic key received from the WWAN node; storing the network-generated first identifier at the apparatus and associating the network-generated first identifier with the cryptographic key; receiving an extensible authentication protocol, EAP, identity response from an access point associated with the network, the EAP identity response including a user equipment-generated first identifier; determining that the user equipment-generated first identifier corresponds to the stored network-generated first identifier; generating a master session key, MSK and transmitting an EAP success message and the MSK to the access point.
A method for producing a beverage comprising the following steps: a) providing a fruit or vegetable material, b) adding yeast to ferment said fruit or vegetable material, wherein the yeast is added in frozen form or wherein the frozen yeast is thawed to get yeast in liquid form prior to adding it to the fruit or vegetable material. a) providing a fruit or vegetable material, b) adding yeast to ferment said fruit or vegetable material,
A sealing device comprising a flexible seal, a source of gas, a gas inlet to the seal, and a gas outlet from the seal, characterised in that gas is heated at source before flowing continuously through the seal, wherein the flexible seal comprises a first sealing member and a second sealing member, and wherein the first sealing member comprises a flexible gas chamber and the second sealing member comprises a solid body; the flexible gas chamber being adapted to apply pressure to the solid body with the continuous flow of warm gas (15, 17).
A semiconductor device, comprising: - a substrate of semiconductor material, - a dielectric layer above the substrate, - a waveguide arranged in the dielectric layer, - a mirror support arranged level with the waveguide, the mirror support comprising a surface that is inclined with respect to the waveguide, and - a mirror region (4, 17) arranged on the surface of the mirror support, the mirror region (4, 17) forming a mirror facing the waveguide and being inclined with respect to the waveguide, characterized in that - the mirror support is formed from a high-density plasma deposited oxide layer. - a substrate of semiconductor material, - a dielectric layer above the substrate, - a waveguide arranged in the dielectric layer, - a mirror support arranged level with the waveguide, the mirror support comprising a surface that is inclined with respect to the waveguide, and - a mirror region (4, 17) arranged on the surface of the mirror support, the mirror region (4, 17) forming a mirror facing the waveguide and being inclined with respect to the waveguide, characterized in that - the mirror support is formed from a high-density plasma deposited oxide layer.
A method for controlling the position of a remote controlled vehicle on a track wherein the method comprises the steps of: - taking a first measurement of a lateral position of the vehicle on the track; - comparing the first measured lateral position with a desired lateral position for the vehicle so as to produce an error signal; - generating a first input signal for a steering servo of the vehicle so as to minimise the error signal; - measuring the speed of the vehicle; characterised by - varying the gain of a controller that generates the first input signal for the steering servo with the reciprocal of the square of the speed of the vehicle when the speed of the vehicle is above a predetermined value. - taking a first measurement of a lateral position of the vehicle on the track; - comparing the first measured lateral position with a desired lateral position for the vehicle so as to produce an error signal; - generating a first input signal for a steering servo of the vehicle so as to minimise the error signal; - measuring the speed of the vehicle; - varying the gain of a controller that generates the first input signal for the steering servo with the reciprocal of the square of the speed of the vehicle when the speed of the vehicle is above a predetermined value.
A humanized antibody or antigen-binding fragment thereof that specifically binds human PLVAP (Plasmalemma Vesicle-Associated Protein) comprising an amino acid sequence of SEQ ID NO:23, wherein the antibody comprises: a) at least one heavy chain amino acid sequence selected from the group consisting of SEQ ID NO:74, SEQ ID NO:76, SEQ ID NO:78, SEQ ID NO:80, SEQ ID NO:82, SEQ ID NO:84, and SEQ ID NO:86; and b) at least one kappa light chain amino acid sequence selected from the group consisting of SEQ ID NO:70, SEQ ID NO:72, SEQ ID NO:88, SEQ ID NO:90, and SEQ ID NO:92. a) at least one heavy chain amino acid sequence selected from the group consisting of SEQ ID NO:74, SEQ ID NO:76, SEQ ID NO:78, SEQ ID NO:80, SEQ ID NO:82, SEQ ID NO:84, and SEQ ID NO:86; and b) at least one kappa light chain amino acid sequence selected from the group consisting of SEQ ID NO:70, SEQ ID NO:72, SEQ ID NO:88, SEQ ID NO:90, and SEQ ID NO:92.
A bicycle parking device (10; 10a) with a housing (18; 18a) accommodating a plurality of bicycles and constituted at least essentially closed, with storage elements (30, 30a, 30b; 50) arranged inside the housing (18; 18a) each for one bicycle, with at least one access opening on the housing (18; 18a) for loading or unloading a bicycle into or out of a storage element (30, 30a, 30b; 50), with a conveying device for positioning and/or moving the storage elements (30, 30a, 30b; 50) inside the housing (18; 18a), wherein the housing (18; 18a) comprises, in addition to side walls (19, 19a, 19b) and a top, a bottom which is closed at least in the region of the side walls (19, 19a, 19b) and preferably is at least essentially completely closed, wherein the housing (18; 18a) and the conveying device are rigidly connected to a support structure (12; 12a), and wherein the housing (18; 18a) is constituted at least essentially rectangular, characterised in that the storage element (30, 30a, 30b; 50) comprises roller elements, which cooperate with guide rails (41, 42) running in the longitudinal direction of the housing (18; 18a), in such a way that the storage element (30, 30a, 30b; 50) is constituted movable in a translatory manner between the guide rails (41, 42).
A service traffic processing method, implemented by a home gateway, HG, comprising: establishing a hybrid access aggregation point, HAAP, tunnel between the HG and the HAAP, wherein the HAAP tunnel is a bonded tunnel between the HG and the HAAP formed by bonding a DSL link and a long term evolution, LTE, link; receiving (102, 202) a policy control packet comprising a first rule from the HAAP, wherein the policy control packet instructs the HG to send first service traffic matching the first rule only using the DSL link rather than using the HAAP tunnel; receiving first service traffic matching the first rule; sending (205, 207) the first service traffic to the HAAP, only using a digital subscriber line, DSL, link rather than using the HAAP tunnel,; receiving second service traffic not matching the first rule; sending (206, 207) the second service traffic to the HAAP using the HAAP tunnel; and receiving (104, 208) a policy control update packet, and replacing the first rule in the policy control packet with a second rule in the policy control update packet. establishing a hybrid access aggregation point, HAAP, tunnel between the HG and the HAAP, wherein the HAAP tunnel is a bonded tunnel between the HG and the HAAP formed by bonding a DSL link and a long term evolution, LTE, link; receiving (102, 202) a policy control packet comprising a first rule from the HAAP, wherein the policy control packet instructs the HG to send first service traffic matching the first rule only using the DSL link rather than using the HAAP tunnel; receiving first service traffic matching the first rule; sending (205, 207) the first service traffic to the HAAP, only using a digital subscriber line, DSL, link rather than using the HAAP tunnel,; receiving second service traffic not matching the first rule; sending (206, 207) the second service traffic to the HAAP using the HAAP tunnel; and receiving (104, 208) a policy control update packet, and replacing the first rule in the policy control packet with a second rule in the policy control update packet.
Method for monitoring a first piece of equipment of a technical facility for manufacturing a product, including the following method steps: - routing first input data to a first logic, - carrying out an evaluation of the first input data via the first logic, - outputting first output data, which characterize a first condition of the monitored first piece of equipment, via the first logic, wherein the first input data comprise - first sensor data which are provided by first sensors situated in the facility, first data calculated by means of a first process model, wherein the first process model maps a first process of the facility, or first automation data of a first function of a first automation system of the facility, - first design data which characterize physical variables of the first piece of equipment and/or the facility, - first parameterization data which are variable and predefinable data with respect to the first piece of equipment and/or the facility, and - operating data which characterize the manufacture of the product. - routing first input data to a first logic, - carrying out an evaluation of the first input data via the first logic, - outputting first output data, which characterize a first condition of the monitored first piece of equipment, via the first logic, - first sensor data which are provided by first sensors situated in the facility, first data calculated by means of a first process model, wherein the first process model maps a first process of the facility, or first automation data of a first function of a first automation system of the facility, - first design data which characterize physical variables of the first piece of equipment and/or the facility, - first parameterization data which are variable and predefinable data with respect to the first piece of equipment and/or the facility, and - operating data which characterize the manufacture of the product.
An arrangement for condition monitoring of a hoisting rope, of a hoisting apparatus, which hoisting rope, comprises a non-conductive coating, and a plurality of adjacent conductive load bearing members for bearing the load exerted on the hoisting rope, in longitudinal direction thereof embedded in the coating and extending parallel to each other and to the longitudinal direction of the hoisting rope,, the coating forming the surface of the hoisting rope, and extending between adjacent load bearing members thereby isolating them from each other, which arrangement comprises a control system, said control system comprising an analyzer unit for generating and inserting propagating electromagnetic wave signals to an at least one parallel conductor transmission line formed by said conductive load bearing members and for detecting and analyzing reflected electromagnetic wave signals from said an at least one parallel conductor transmission line formed by said conductive load bearing members, wherein said conductive load bearing members are made of composite material comprising electrically conducting reinforcing fibers in polymer matrix (m), said reinforcing fibers preferably being carbon fibers, characterized in that, upon detecting of a reflected electromagnetic wave signal having defect indicating peaks the analyzer unit provides one or more parameters for the determination that the condition of the hoisting rope is has a fault and for the determination of the types of the defects and condition of the hoisting rope.
A lighting device, comprising: a plurality of source-element sets, each of the source-element sets having a LED light source and a protector element connected in parallel to the LED light source to protect the LED light source; and an LED substrate on which LED light sources and protector elements of the source-element sets are mounted, the lighting device being characterized in that the LED light sources and the protector elements are alternately arranged substantially on one straight line, each of the protector elements being arranged between the straight line and one of lateral surfaces of the LED substrate at the opposite side from a connection portion of the LED light sources adjacent thereto, wherein only one protector element is disposed between every two neighboring LED light sources. a plurality of source-element sets, each of the source-element sets having a LED light source and a protector element connected in parallel to the LED light source to protect the LED light source; and an LED substrate on which LED light sources and protector elements of the source-element sets are mounted, the lighting device being characterized in that the LED light sources and the protector elements are alternately arranged substantially on one straight line, each of the protector elements being arranged between the straight line and one of lateral surfaces of the LED substrate at the opposite side from a connection portion of the LED light sources adjacent thereto, wherein only one protector element is disposed between every two neighboring LED light sources.
A pharmaceutical composition for use in treating diabetes, wherein the composition contains 1-deoxynojirimycin and fagomine, and the weight ratio of the 1-deoxynojirimycin to the fagomine is 0.5-5:1.
An antenna, comprising an antenna array and a first BUTLER network, wherein the antenna array comprises multiple radiating elements arranged vertically; the first BUTLER network implements splitting of beams on a vertical plane and has n input ports (221, 222, 223) and m output ports, wherein m and n are natural numbers, n is greater than or equal to 2, m is greater than or equal to 3, and m is greater than n; the m output ports are respectively connected to at least one radiating element of the antenna array, and the radiating elements connected to the m output ports in the antenna array are arranged on a vertical plane; and the n input ports of the BUTLER network respectively receive a path of signals, the n input ports receive n paths of signals and, after phase adjustment and amplitude adjustment by the first BUTLER network, output signals of n groups of phase distribution combination through the m output ports, each group of phase distribution combination includes m phases, each output port respectively outputs signals of one phase in each group of phase distribution combination, the multiple radiating elements connected to the m output ports radiate n beams, and the n beams are distributed at specific angles on the vertical plane.
A resonant scanner for three-dimensional mapping, the resonant scanner comprising: a laser detection and ranging (LADAR) laser means and sensor means; a scanner platform means, wherein the LADAR laser means and sensor means are mounted on the scanner platform means; a pivot means, wherein the scanner platform means is mounted on the pivot means; a spring means, wherein the spring means is connected to the scanner platform means and causes the scanner platform means to resonate about the pivot means; a position sensor means, wherein the position sensor means is attached to the scanner platform means in order to determine the tilt position and resonance rate of the scanner platform means; an actuator means, wherein the actuator means is attached to the scanner platform means and applies torque to the scanner platform means; and a controller means, wherein the controller means is connected to the position sensor means and the actuator means in a feedback loop configuration and is used to control the resonance of the scanner platform means. a laser detection and ranging (LADAR) laser means and sensor means; a scanner platform means, wherein the LADAR laser means and sensor means are mounted on the scanner platform means; a pivot means, wherein the scanner platform means is mounted on the pivot means; a spring means, wherein the spring means is connected to the scanner platform means and causes the scanner platform means to resonate about the pivot means; a position sensor means, wherein the position sensor means is attached to the scanner platform means in order to determine the tilt position and resonance rate of the scanner platform means; an actuator means, wherein the actuator means is attached to the scanner platform means and applies torque to the scanner platform means; and a controller means, wherein the controller means is connected to the position sensor means and the actuator means in a feedback loop configuration and is used to control the resonance of the scanner platform means.
A device (100; 900) for displacing tissue, the device comprising: a first curved attachment member (120; 940), having a first radius of curvature; a second curved attachment member (140; 920), having a second radius of curvature, wherein the second attachment member (140; 920) includes a first threaded portion (142, 148; 924a, 924b); and a driving member (210; 952) having a second threaded portion (216; 954) and an unthreaded portion, the second threaded portion (216; 954) constructed and arranged to contact the first threaded portion (142, 148; 924a, 924b) of the second attachment member (140; 920), the driving member (210; 952) operatively connected to the first attachment member (120; 940) wherein rotation of the driving member (210; 952) selectively displaces the first attachment member (120; 940) from the second attachment member (140; 920). a first curved attachment member (120; 940), having a first radius of curvature; a second curved attachment member (140; 920), having a second radius of curvature, wherein the second attachment member (140; 920) includes a first threaded portion (142, 148; 924a, 924b); and a driving member (210; 952) having a second threaded portion (216; 954) and an unthreaded portion, the second threaded portion (216; 954) constructed and arranged to contact the first threaded portion (142, 148; 924a, 924b) of the second attachment member (140; 920), the driving member (210; 952) operatively connected to the first attachment member (120; 940) wherein rotation of the driving member (210; 952) selectively displaces the first attachment member (120; 940) from the second attachment member (140; 920).
A method of making a crystalline molecular sieve of MFS framework type, which method comprises: (a) providing a mixture comprising at least one source of ions of tetravalent element, at least one source of ions of trivalent element, at least one hydroxide source (OH -), at least one structure-directing-agent, at least one seed source (Seed), and water (H 2 O), said mixture having the following mole composition (expressed in terms of oxide): YO 2: (n) X 2 O 3: (x)OH -: (y)R: (z)H 2 O + (m) Seed wherein m is in the range of from 10 wtppm to 2 wt.% (based on total weight of the synthesis mixture), n is in the range of from 0.005 to 0.05, x is in the range of from 0.01 to 0.3, y is in the range of from 0.03 to 2; and z is in the range of from 3 to 30; and (b) treating the mixture under crystallization conditions to form the crystalline molecular sieve of MFS framework type, wherein the structure-directing-agent R comprises N,N,N,N',N',N'-hexaethylpentane diammonium salt (R 1), the crystallization conditions comprise a temperature in the range of from 150°C to 250°C and a crystallization time less than 100 hr, and wherein the weight hourly throughput is at least 0.001 hr -1. (a) providing a mixture comprising at least one source of ions of tetravalent element, at least one source of ions of trivalent element, at least one hydroxide source (OH -), at least one structure-directing-agent, at least one seed source (Seed), and water (H 2 O), said mixture having the following mole composition (expressed in terms of oxide): YO 2: (n) X 2 O 3: (x)OH -: (y)R: (z)H 2 O + (m) Seed wherein m is in the range of from 10 wtppm to 2 wt.% (based on total weight of the synthesis mixture), n is in the range of from 0.005 to 0.05, x is in the range of from 0.01 to 0.3, y is in the range of from 0.03 to 2; and z is in the range of from 3 to 30; and (b) treating the mixture under crystallization conditions to form the crystalline molecular sieve of MFS framework type,
An electronic timing system for timing of athletic events comprising: one or more radio-frequency identification antennas; a remote server for collecting and processing timing data; a portable timing controller having one or more radio-frequency identification readers, a computer electrically coupled to said one or more readers to manage data coming from said one or more readers, a plurality of antenna ports for exchanging data with said one or more radio-frequency identification antennas, input/output means for wirelessly exchanging data with the remote server and a power control board for accepting and managing electrical power from multiple sources; and a disposable radio-frequency identification timing tag that is configured for attachment to an athlete, said timing tag and said antenna having means for wirelessly communicating data between one another. one or more radio-frequency identification antennas; a remote server for collecting and processing timing data; a portable timing controller having one or more radio-frequency identification readers, a computer electrically coupled to said one or more readers to manage data coming from said one or more readers, a plurality of antenna ports for exchanging data with said one or more radio-frequency identification antennas, input/output means for wirelessly exchanging data with the remote server and a power control board for accepting and managing electrical power from multiple sources; and a disposable radio-frequency identification timing tag that is configured for attachment to an athlete, said timing tag and said antenna having means for wirelessly communicating data between one another.