mhurhangee/ep-ind-claims huggingface dataset:
A method for processing a data request from a watcher for a target at a server comprising: receiving, at the server, a request for presence information of the target from the watcher, via a network; searching, based on the request from the watcher, through authorization rules for rules to be applied based on the watcher; applying at least one rule from the searching step in response to said watcher request, the rule causing a transformation of the information into at least one presence aspect of the target interpretable by the watcher, the applying utilizing a presence information data format transformation; and returning, from the server to the watcher, the at least one presence aspect of the target incorporated in a presence information data format via the network; wherein the at least one aspect is an application-level abstraction relevant to a source or service. receiving, at the server, a request for presence information of the target from the watcher, via a network; searching, based on the request from the watcher, through authorization rules for rules to be applied based on the watcher; applying at least one rule from the searching step in response to said watcher request, the rule causing a transformation of the information into at least one presence aspect of the target interpretable by the watcher, the applying utilizing a presence information data format transformation; and returning, from the server to the watcher, the at least one presence aspect of the target incorporated in a presence information data format via the network; wherein the at least one aspect is an application-level abstraction relevant to a source or service.
Rear part for a utility vehicle, wherein the rear part comprises a coupling module for fixed coupling of the rear part to a front part of the utility vehicle, a floor which extends in a planar manner in the longitudinal and width direction of the rear part, a superstructure which is erected over the floor and which delimits a loading compartment for goods which are intended to be transported, and at least one functional module (13, 14, 15, 16) which is arranged on the lower side of the floor facing away from the superstructure, characterised in that the coupling module and the respective functional module (13, 14, 15, 16) are secured directly to the floor and the floor and the superstructure form a self-supporting unit which bridges the distance between the coupling module and the respective functional module (13, 14, 15, 16) in an unsupported manner.
A wireless mesh network comprising a first node (102, 400) and at least one second node (104, 400) wherein the first node is configured to provide a bi-directional mesh communication to the at least one second node, wherein the first node is configured to broadcast a beacon periodically, wherein the at least one second node is configured to 2. send a data frame to the first node, and wherein the data frame is encrypted by means of an Initialization Vector, IV, 2. wherein the IV is composed from at least a first node-specific Super Frame Counter, SFC, included into the beacon, a Sender-Node-Specific-Frame Counter, SNSC, and an identification of a sender.
An injection molded article comprising: i) 30% to 90% by weight based on the total weight of the components i to iii of a biodegradable polyester comprising: i-a) 90 to 100 mol% based on the components i-a to i-b of succinic acid; i-b) 0 to 10 mol% based on the components i-a to i-b of one or more C 6 -C 20 dicarboxylic acids; i-c) 99 to 100 mol% based on the components i-a to i-b of 1,3-propanediol or 1,4-butanediol; i-d) 0% to 1% by weight based on the components i-a to i-c of a chain extender and/or branching agent; ii) 0% to 35% by weight based on the total weight of the components i to iii of polylactic acid; iii) 10% to 35% by weight based on the total weight of the components i to iii of at least one methacryloylsilane- or vinylsilane-modified silicate selected from the group consisting of: kaolin, muscovite, montmorillonite, talc and wollastonite. i) 30% to 90% by weight based on the total weight of the components i to iii of a biodegradable polyester comprising: i-a) 90 to 100 mol% based on the components i-a to i-b of succinic acid; i-b) 0 to 10 mol% based on the components i-a to i-b of one or more C 6 -C 20 dicarboxylic acids; i-c) 99 to 100 mol% based on the components i-a to i-b of 1,3-propanediol or 1,4-butanediol; i-d) 0% to 1% by weight based on the components i-a to i-c of a chain extender and/or branching agent; i-a) 90 to 100 mol% based on the components i-a to i-b of succinic acid; i-b) 0 to 10 mol% based on the components i-a to i-b of one or more C 6 -C 20 dicarboxylic acids; i-c) 99 to 100 mol% based on the components i-a to i-b of 1,3-propanediol or 1,4-butanediol; i-d) 0% to 1% by weight based on the components i-a to i-c of a chain extender and/or branching agent; ii) 0% to 35% by weight based on the total weight of the components i to iii of polylactic acid; iii) 10% to 35% by weight based on the total weight of the components i to iii of at least one methacryloylsilane- or vinylsilane-modified silicate selected from the group consisting of: kaolin, muscovite, montmorillonite, talc and wollastonite.
Method for operating a headlight of a motor vehicle, which comprises multiple luminescent mediums, which are arranged side by side in at least one extension direction (18, 20) of the headlight, wherein - when switching on the headlight the luminescent mediums along the at least one extension direction (18, 20) of the headlight are switched on in sequence, characterized in that - the luminance of the respective luminescent mediums is continuously increased when switching on and continuously reduced when switching off, and - the switching on and off of the headlight is automatically controlled in response to detected data of at least one environment sensor. - when switching on the headlight the luminescent mediums along the at least one extension direction (18, 20) of the headlight are switched on in sequence, - the luminance of the respective luminescent mediums is continuously increased when switching on and continuously reduced when switching off, and - the switching on and off of the headlight is automatically controlled in response to detected data of at least one environment sensor.
Method for voting using concatenated signatures comprising the following steps: a) providing a plurality M of replicants (R1, R2, RM) for generating M redundant messages (O1, O2, OM), where M≥2; b) providing a plurality N of voter modules (VM1,VM2,VMN), where N≥2, wherein each voter module (VM1,VM2,VMN) has a voter (V1,V2,VN) for voting the redundant messages and a crypto unit (K1,K2,KN) with a partial private key (PR1,PR2,PRN) for signing a message; c) transferring the redundant messages (O1,O2,OM) of the replicants (R1,R2,RM) to each voter module (VM1,VM2,VMN), so that the voter (V1,V2,VN) of each voter module (VM1,VM2,VMN) generates a voted message (M1, M2, MN) on the basis of the redundant messages (O1, O2, OM); d) producing a 1st signature of the 1st voted message by means of the 1st voter module with a 1st partial private key if the 1st voter generates a 1st voted message; e) transferring an n'th signature and an n'th voted message from the n'th voter module to the (n+1)'th voter module; f) comparing the message voted by the (n+1)'th voter with the n'th voted message and producing a (n+1)'th signature on the n'th signature with a (n+1)'th partial private key of the (n+1)'th voter module if the 1st voted message matches the (n+1)'th voted message; g) performing the steps e) and f) in ascending sequence for each n where 1≤n≤(N-1); h) transferring the N'th signature and the N'th voted message to a receiver unit; i) accepting the N'th voted message by a receiver crypto unit if the receiver crypto unit successfully verifies the N'th signature with a public key. a) providing a plurality M of replicants (R1, R2, RM) for generating M redundant messages (O1, O2, OM), where M≥2; b) providing a plurality N of voter modules (VM1,VM2,VMN), where N≥2, wherein each voter module (VM1,VM2,VMN) has a voter (V1,V2,VN) for voting the redundant messages and a crypto unit (K1,K2,KN) with a partial private key (PR1,PR2,PRN) for signing a message; c) transferring the redundant messages (O1,O2,OM) of the replicants (R1,R2,RM) to each voter module (VM1,VM2,VMN), so that the voter (V1,V2,VN) of each voter module (VM1,VM2,VMN) generates a voted message (M1, M2, MN) on the basis of the redundant messages (O1, O2, OM); d) producing a 1st signature of the 1st voted message by means of the 1st voter module with a 1st partial private key if the 1st voter generates a 1st voted message; e) transferring an n'th signature and an n'th voted message from the n'th voter module to the (n+1)'th voter module; f) comparing the message voted by the (n+1)'th voter with the n'th voted message and producing a (n+1)'th signature on the n'th signature with a (n+1)'th partial private key of the (n+1)'th voter module if the 1st voted message matches the (n+1)'th voted message; g) performing the steps e) and f) in ascending sequence for each n where 1≤n≤(N-1); h) transferring the N'th signature and the N'th voted message to a receiver unit; i) accepting the N'th voted message by a receiver crypto unit if the receiver crypto unit successfully verifies the N'th signature with a public key.
An access node (475, 675), comprising: a transceiver module configured to communicate with a first terminal node (455, 655) that is hosting a first user application of a plurality of specific applications (653, 653...653(n)); characterized in that the access node further comprises: an application agent module that is associated with the first user application and that is configured to receive state information about the first user application from the first terminal node via an established first application-agent cooperative communication control path between the application agent module and the first user application; a scheduler parameter calculation module configured to modify at least one scheduler parameter using the received state information about the first user application; and a scheduler module configured to receive downlink packets via a packet inspection module, group the downlink packets into queues, and schedule the downlink packets by queues for transmission by the transceiver module utilizing the modified at least one scheduler parameter. a transceiver module configured to communicate with a first terminal node (455, 655) that is hosting a first user application of a plurality of specific applications (653, 653...653(n)); characterized in that the access node further comprises: an application agent module that is associated with the first user application and that is configured to receive state information about the first user application from the first terminal node via an established first application-agent cooperative communication control path between the application agent module and the first user application; a scheduler parameter calculation module configured to modify at least one scheduler parameter using the received state information about the first user application; and a scheduler module configured to receive downlink packets via a packet inspection module, group the downlink packets into queues, and schedule the downlink packets by queues for transmission by the transceiver module utilizing the modified at least one scheduler parameter. an application agent module that is associated with the first user application and that is configured to receive state information about the first user application from the first terminal node via an established first application-agent cooperative communication control path between the application agent module and the first user application; a scheduler parameter calculation module configured to modify at least one scheduler parameter using the received state information about the first user application; and a scheduler module configured to receive downlink packets via a packet inspection module, group the downlink packets into queues, and schedule the downlink packets by queues for transmission by the transceiver module utilizing the modified at least one scheduler parameter.
A method for manufacturing a hollow molded part, characterized by comprising: a spraying step for forming a resin layer by spraying liquid resin with a differential electrical potential relative to the mold into a mold capable of separation into two or more parts from a spray fixture inserted from an opening portion in said mold; a solidifying step for solidifying the resin layer using a solidifying electromagnetic wave irradiation fixture in place of the spray fixture; a mold parting step for opening the mold relative to the electromagnetic irradiation fixture and parting the solidified resin layer from the mold while it is held in the electromagnetic irradiation fixture; and a removal step for removing the resin layer held in the electromagnetic irradiation fixture from the spray fixture. a spraying step for forming a resin layer by spraying liquid resin with a differential electrical potential relative to the mold into a mold capable of separation into two or more parts from a spray fixture inserted from an opening portion in said mold; a solidifying step for solidifying the resin layer using a solidifying electromagnetic wave irradiation fixture in place of the spray fixture; a mold parting step for opening the mold relative to the electromagnetic irradiation fixture and parting the solidified resin layer from the mold while it is held in the electromagnetic irradiation fixture; and a removal step for removing the resin layer held in the electromagnetic irradiation fixture from the spray fixture.
A laser processing apparatus comprising: a laser light source configured to emit a laser light; a light collector configured to collect the laser light on a workpiece which is a target of surface hardening treatment; a water stream transmitter configured to supply a water stream to a surface to be treated of the workpiece; a sound sensor configured to receive a sound coming from the surface to be treated, characterized in that the sound sensor being provided on an inner wall surface of the water stream transmitter; wherein a timer configured to detect a detected time width from a reference time point to a time point when the sound sensor receives the sound; and a distance calculator configured to calculate, based on the detected time width, a distance from one of the water stream transmitter and the light collector to the surface to be processed, and wherein the detected time width includes a reference time width (Twi) with respect to a predetermined reference distance, and the distance calculator is configured to calculate the propagation distance between the laser light irradiation apparatus and the processing target based on a difference (dTw) of the detected time as compared to the reference time width (Twi). a laser light source configured to emit a laser light; a light collector configured to collect the laser light on a workpiece which is a target of surface hardening treatment; a water stream transmitter configured to supply a water stream to a surface to be treated of the workpiece; a sound sensor configured to receive a sound coming from the surface to be treated, characterized in that the sound sensor being provided on an inner wall surface of the water stream transmitter; wherein a timer configured to detect a detected time width from a reference time point to a time point when the sound sensor receives the sound; and a distance calculator configured to calculate, based on the detected time width, a distance from one of the water stream transmitter and the light collector to the surface to be processed, and wherein the detected time width includes a reference time width (Twi) with respect to a predetermined reference distance, and the distance calculator is configured to calculate the propagation distance between the laser light irradiation apparatus and the processing target based on a difference (dTw) of the detected time as compared to the reference time width (Twi).
Continuous casting nozzle assembly for upward vertical casting of a non-ferrous pipe, which is suitable for uninterrupted casting, which nozzle assembly comprises a nozzle, a mandrel and a cooler, characterized in that surface roughness of at least part of the dwindling area of an inner surface of the nozzle of the nozzle assembly is 3 - 5 Ra.
An apparatus for treating water or purifying wastewater comprising a tank having at least one compartment, the compartment comprising a water inlet and a purified water outlet, the purified water outlet being provided with a filter for retaining residual materials in the compartment, a vertical tube arranged in the compartment, the lower end of the vertical tube having at least one opening close to the bottom of the compartment and the upper end of the vertical tube either being located below a tank access hatch and therefore accessible via the access hatch or being directly accessible from the outside, in which case the vertical tube passes through the ceiling of the tank, the filter being removably accommodated inside the vertical tube and the purified water outlet being connected to the vertical tube, characterised in that the filter comprises an internal cavity surrounded by filter medium, in that the device furthermore comprises, inside the vertical tube, a vertical duct for sampling purified water, the open lower end of which is located inside the internal cavity of the filter and the open upper end of which is located at the level of the upper end of the vertical tube accessible either from outside the tank or via the access hatch.
A smoking article wrapper surrounding a tobacco column, the wrapper comprising a porous structure with a base permeability; wherein the wrapper includes a non-continuous, uniform application of a phase transition substance, the phase transition substance being wax-type hydrocarbons or esters of fatty acids that are insoluble in water but soluble in non-polar organic solvents, wherein the uniform application of the phase transition substance does not have large macro, discrete bands or regions on the wrapper, the phase transition substance, upon being exposed to heat produced by a burning firecone of the tobacco column, at least partially fills the porous structure in proximity to the burning firecone to form an area of the wrapper having a reduced permeability that is lower than the base permeability; wherein the reduced permeability is selected to permit sufficient air flow through the wrapper to sustain free burn; and further wherein the reduced permeability is also selected to impart reduced ignition propensity when the smoking article is placed on a substrate, such that there is insufficient air flow through the wrapper to sustain combustion of the burning firecone or to sustain an intensity of the burning firecone necessary to ignite the substrate.
A weight-based dispensing system comprising: a platform; a plurality of containers, coupled to the platform, each of the containers comprising a lid configured to move between a closed state restricting access to a plurality of items in the respective container and an open state allowing access to the plurality of items in the respective container; at least two weight sensors, wherein each of the weight sensors is in contact with either of at least two ends of the platform, and is configured to determine a change in weight on the platform; and a controller characterized in that the controller is configured to determine a change in the number of the plurality of items in at least one of the plurality of containers based on the state of the lid of the at least one of the plurality of containers and the change in weight on the platform, and in that the controller is configured to move the lid of each container of the plurality of containers from the closed state to the open state and, after a detection that the lid of the at least one of the plurality of containers has been moved, latch the lid of all remaining containers of the plurality of containers closed. a platform; a plurality of containers, coupled to the platform, each of the containers comprising a lid configured to move between a closed state restricting access to a plurality of items in the respective container and an open state allowing access to the plurality of items in the respective container; at least two weight sensors, wherein each of the weight sensors is in contact with either of at least two ends of the platform, and is configured to determine a change in weight on the platform; and a controller characterized in that the controller is configured to determine a change in the number of the plurality of items in at least one of the plurality of containers based on the state of the lid of the at least one of the plurality of containers and the change in weight on the platform, and in that the controller is configured to move the lid of each container of the plurality of containers from the closed state to the open state and, after a detection that the lid of the at least one of the plurality of containers has been moved, latch the lid of all remaining containers of the plurality of containers closed.
A wiper blade comprising: a mounting part which is mounted at a blade mounting means; a single contacting edge; an angle maintaining bendable part continuously formed from the mounting part and connecting the mounting part and the contacting edge, wherein said angle maintaining bendable part has one longitudinal internal cavity; wherein the angle maintaining bendable part and the one internal cavity form a 4-bar linkage structure which is configured to maintain an angle of the mounting part and the contacting edge while the contacting edge being in line contact with a cleaning surface to clean the pollution and the overall shape of the wiper blade is inclined laterally in accordance with the moving direction of the blade mounting means, wherein said one longitudinal internal cavity has a rectangular shape. a mounting part which is mounted at a blade mounting means; a single contacting edge; an angle maintaining bendable part continuously formed from the mounting part and connecting the mounting part and the contacting edge, wherein said angle maintaining bendable part has one longitudinal internal cavity; wherein the angle maintaining bendable part and the one internal cavity form a 4-bar linkage structure which is configured to maintain an angle of the mounting part and the contacting edge while the contacting edge being in line contact with a cleaning surface to clean the pollution and the overall shape of the wiper blade is inclined laterally in accordance with the moving direction of the blade mounting means, wherein said one longitudinal internal cavity has a rectangular shape.
Mount for a weapon, intended for fitting to a manhole of a military vehicle, which mount comprises a fixed ring, a mobile ring, an arm, a pivot link and a bearing, such that said fixed ring can be secured to the vehicle so as to surround the manhole, wherein said fixed ring surrounds said mobile ring, which is mounted so as to pivot with respect to said fixed ring thanks to said bearing, the mobile ring carrying said arm, which is secured to the mobile ring by said horizontal pivot link at a first end of the arm, wherein the arm can thus pivot between a first, so-called folded position, and a second, so-called unfolded position, the second end of the arm comprising a fastening means intended to receive a weapon in a removable manner when the arm is unfolded, the mount being characterised in that the arm in the folded position is contained inside a volume defined by the height of the fixed and mobile rings and the inside diameter of the mobile ring.