mhurhangee/ep-ind-claims huggingface dataset:
A building door comprising a door frame, a door leaf as well as a door hinge, whereby the door hinge has a first and a second fastening part (4, 6), whereby the first fastening part is fastened to a narrow side of the door leaf and the second fastening part to a soffit side of the door frame, and whereby the door hinge has a pivot arm, which connects the fastening parts (4, 6) to one another in a pivotably movable manner in an axis of rotation, whereby the pivot arm is formed in a rotationally fixed manner with the first fastening part and whereby the second fastening part has a receiving section, which receives the pivot arm during a closing movement, whereby the pivot arm is connected in a pivotably movable manner to the second fastening part via bearing pins (9, 10), whereby the bearing pins (9, 10) are formed as separate components and in each case engage with a cylindrical bearing section with a receptacle of the second fastening part, and whereby the pivot arm has, in a vertical direction running parallel to the axis of rotation, holding lugs (13, 14), which are each arranged in a rotationally fixed manner in a recess of a bearing pin (9, 10), characterized in that, on an underside, the bearing pins (9, 10) have a support surface, via which the bearing pins (9, 10) each abut against a front-side end of the pivot arm, and that, on the underside, the bearing pins (9, 10) have a groove-shaped depression, whereby the support surface is arranged in the groove-shaped depression and whereby side walls of the groove-shaped depression enclose the pivot arm at least in sections.
A method performed by a wireless device for processing data using computing resources of a remote network computing device, comprising: determining a time required to complete each of a plurality of operations involved in completing a computing task; generating first metadata including the determined plurality of times and a latency budget for the computing task, the latency budget being the time for completion of the computing task; sending the first metadata, the data, and an elapsed time since the start of the computing task to the remote network computing device for processing as part of the computing task; receiving from the remote network computing device processed data of the computing task and second metadata including an indication of a remaining time in the latency budget; and adjusting dynamic clock and voltage scaling, DCVS, of one or more processors of the wireless device for post-processing the processed data, based on the second metadata, to complete the post-processing of the processed data within the latency budget, wherein the post-processing comprises one of the plurality of operations. determining a time required to complete each of a plurality of operations involved in completing a computing task; generating first metadata including the determined plurality of times and a latency budget for the computing task, the latency budget being the time for completion of the computing task; sending the first metadata, the data, and an elapsed time since the start of the computing task to the remote network computing device for processing as part of the computing task; receiving from the remote network computing device processed data of the computing task and second metadata including an indication of a remaining time in the latency budget; and adjusting dynamic clock and voltage scaling, DCVS, of one or more processors of the wireless device for post-processing the processed data, based on the second metadata, to complete the post-processing of the processed data within the latency budget, wherein the post-processing comprises one of the plurality of operations.
Thermoplastic, comprising from 0.05% by weight to 20% by weight of an additive, characterized in that the additive involves a poly(meth)acrylate, and that the said poly (meth) acrylate comprises from 10 to 100% by weight of at least one (meth)acrylate having alkyl moieties which are composed of from 9 to 40 carbon atoms.
An agricultural distribution machine, in particular a seeder and/or seed drill, having at least one central supply and conveyor unit for the distribution goods or seeds and having a multitude of sowing coulters, which are fastened next to each other on at least one common share carrier device arranged transverse to a feed or driving direction, and which are coupled in terms of material handling and material flow with the at least one central supply and conveyor unit, which at least one share carrier device is connected to a frame of the distribution machine by way of a height-adjustable suspension, wherein the height-adjustable suspension comprises a linear guide unit, which forms a linearly adjustable connection between the frame of the distribution machine and the at least one share carrier device with the multitude of sowing coulters fastened thereto, characterised in that the linear guide unit, which is formed by two linear actuators, forms the largely only load-bearing connection part between the frame of the distribution machine and the at least one share carrier device, wherein no further load-bearing connection parts between the frame of the distribution machine and the at least one share carrier device are provided.
An inkjet ink composition comprising: a) a liquid vehicle, b) at least one azo pigment comprising a colorant having the formula and c) at least one synergist having the formula wherein R is a C1-C6 alkyl group, P1 - P6 are substituent groups of the colorant of the azo pigment and P1 and P5 are not an alkoxy group, and S1 - S6 are substituent groups of the synergist, with at least one of S2 - S4 comprising an ionic or ionizable group, S5 = P5, and S6 = P6. a) a liquid vehicle, b) at least one azo pigment comprising a colorant having the formula and c) at least one synergist having the formula wherein R is a C1-C6 alkyl group, P1 - P6 are substituent groups of the colorant of the azo pigment and P1 and P5 are not an alkoxy group, and S1 - S6 are substituent groups of the synergist, with at least one of S2 - S4 comprising an ionic or ionizable group, S5 = P5, and S6 = P6.
A method comprising: a) providing a plurality of stannous oxide particles, wherein at least a portion of the plurality of particles comprises a surface coating of stannic oxide; and b) treating the plurality of particles with a reducing agent to reduce at least a portion of the stannic oxide coating to stannous oxide where <1% of the total tin ions are reduced to metallic tin, wherein the reducing agent has a standard reduction potential ( E h) of < 0.15 V.
A trolley wire wear measurement device by image processing, comprising: - a lighting means that illuminates a trolley wire; - a single line sensor that receives a reflected light from a worn portion of the trolley wire; - a line sensor picture image production means that produces a line sensor picture image on the basis of the reflected light received by the line sensor; - a binary operation process means that gets a binary operated line sensor picture image by performing a binary operation for the line sensor picture image; - a noise elimination process means that eliminates noises of the binary operated line sensor picture image; - an edge detection process means that detects an edge of a trolley wire worn portion, as an edge data, from the noise eliminated binary operated line sensor picture image; and - a trolley wire worn portion width calculation process means that calculates a width of the trolley wire worn portion on the basis of the edge data and a trolley wire height data, - wherein the line sensor is configured to be arranged on a roof of an inspection car so that the line sensor looks up to the trolley wire and - wherein the lighting means have a plurality of point light sources using no laser and arranged in a straight line in a direction perpendicular to a travelling direction of the inspection car on the inspection car. - a lighting means that illuminates a trolley wire; - a single line sensor that receives a reflected light from a worn portion of the trolley wire; - a line sensor picture image production means that produces a line sensor picture image on the basis of the reflected light received by the line sensor; - a binary operation process means that gets a binary operated line sensor picture image by performing a binary operation for the line sensor picture image; - a noise elimination process means that eliminates noises of the binary operated line sensor picture image; - an edge detection process means that detects an edge of a trolley wire worn portion, as an edge data, from the noise eliminated binary operated line sensor picture image; and - a trolley wire worn portion width calculation process means that calculates a width of the trolley wire worn portion on the basis of the edge data and a trolley wire height data, - wherein the line sensor is configured to be arranged on a roof of an inspection car so that the line sensor looks up to the trolley wire and - wherein the lighting means have a plurality of point light sources using no laser and arranged in a straight line in a direction perpendicular to a travelling direction of the inspection car on the inspection car.
A lawn mower comprising: a cutting blade provided in a housing; a cut grass receptacle disposed rearward of the housing, and a chute connecting between the housing and the cut grass receptacle, grass cut by the cutting blade being delivered, by cut grass delivering air (Wt), to the cut grass receptacle via the chute, the cut grass receptacle having a bottom plate detachably attached thereto, the cut grass receptacle being constructed to allow the bottom plate detached from the receptacle to be accommodated within the receptacle, characterized in that the bottom plate is a collapsible member, and the chute includes a support section provided on an end portion thereof for supporting the cut grass receptacle, and wherein, with the cut grass receptacle supported by the support section, at least a part of the support section is located within the cut grass receptacle, and the part of the support section includes a placing portion for placing thereon the bottom plate folded in a collapsed position. a cutting blade provided in a housing; a cut grass receptacle disposed rearward of the housing, and a chute connecting between the housing and the cut grass receptacle, grass cut by the cutting blade being delivered, by cut grass delivering air (Wt), to the cut grass receptacle via the chute, the cut grass receptacle having a bottom plate detachably attached thereto, the cut grass receptacle being constructed to allow the bottom plate detached from the receptacle to be accommodated within the receptacle, characterized in that the bottom plate is a collapsible member, and the chute includes a support section provided on an end portion thereof for supporting the cut grass receptacle, and wherein, with the cut grass receptacle supported by the support section, at least a part of the support section is located within the cut grass receptacle, and the part of the support section includes a placing portion for placing thereon the bottom plate folded in a collapsed position.
A method for configuring a reference signal, comprising: acquiring, by a user equipment, UE, a reference signal configuration candidate set from an evolved node B, eNB; determining, by the UE, a reference signal configuration priority set according to the reference signal configuration candidate set; sending, by the UE, information of the reference signal configuration priority set to the eNB, wherein the information of the reference signal configuration priority set is for the eNB to configure a reference signal configuration measurement set; and receiving, by the UE, the reference signal configuration measurement set sent by the eNB, wherein the reference signal configuration measurement set is used for the UE to measure and feed back channel state information. acquiring, by a user equipment, UE, a reference signal configuration candidate set from an evolved node B, eNB; determining, by the UE, a reference signal configuration priority set according to the reference signal configuration candidate set; sending, by the UE, information of the reference signal configuration priority set to the eNB, wherein the information of the reference signal configuration priority set is for the eNB to configure a reference signal configuration measurement set; and receiving, by the UE, the reference signal configuration measurement set sent by the eNB, wherein the reference signal configuration measurement set is used for the UE to measure and feed back channel state information.
A method for dynamic management of security associations in a network, the method comprising: - determining, at a security key management entity, whether to apply a new HA-RK security key as an active HA-RK security key based on an existing active HA-RK security key, each of the new HA-RK security key and the existing active HA-RK security key being associated with a same home agent in different sessions between a same authenticator and the home agent, the existing active HA-RK security key serving as a basis for an existing security association between the home agent and at least one other network element, wherein the determining step comprises: - comparing life expiration times of the new HA-RK security key and the existing active HA-RK security key to determine whether the new HA-RK security key expires after the existing HA-RK active security key; and wherein the existing active HA-RK security key is replaced with the new HA-RK security key if the new HA-RK security key expires after the existing active HA-RK security key, - comparing life expiration times of the new HA-RK security key and a current pending HA-RK security key to determine whether the new HA-RK security key expires after the current pending HA-RK security key if the new HA-RK security key expires after the existing active HA-RK security key; and replacing the current pending HA-RK security key with the new HA-RK security key if the new HA-RK security key expires after the current pending HA-RK security key. - determining, at a security key management entity, whether to apply a new HA-RK security key as an active HA-RK security key based on an existing active HA-RK security key, each of the new HA-RK security key and the existing active HA-RK security key being associated with a same home agent in different sessions between a same authenticator and the home agent, the existing active HA-RK security key serving as a basis for an existing security association between the home agent and at least one other network element, wherein the determining step comprises: - comparing life expiration times of the new HA-RK security key and the existing active HA-RK security key to determine whether the new HA-RK security key expires after the existing HA-RK active security key; and wherein the existing active HA-RK security key is replaced with the new HA-RK security key if the new HA-RK security key expires after the existing active HA-RK security key, - comparing life expiration times of the new HA-RK security key and a current pending HA-RK security key to determine whether the new HA-RK security key expires after the current pending HA-RK security key if the new HA-RK security key expires after the existing active HA-RK security key; and replacing the current pending HA-RK security key with the new HA-RK security key if the new HA-RK security key expires after the current pending HA-RK security key.
A method in a network node for transmitting a combined wireless communication signal, the combined wireless communication signal comprising a primary and a secondary signal component, wherein the primary and secondary signal components belong to respective spectrum resources which are respectively allocated to a primary and a secondary system, the network node being in a Radio network, the method comprising: transmitting to an user equipment the secondary signal component according to a secondary transmission scheme such that the secondary signal component at least partially overlaps with the primary signal component with respect to a signal domain; and characterized by simultaneously, suppressing a portion of the secondary signal component, in the signal domain, that overlaps with a pilot resource of the primary signal component, during a transmission of the primary signal component. transmitting to an user equipment the secondary signal component according to a secondary transmission scheme such that the secondary signal component at least partially overlaps with the primary signal component with respect to a signal domain; and characterized by simultaneously, suppressing a portion of the secondary signal component, in the signal domain, that overlaps with a pilot resource of the primary signal component, during a transmission of the primary signal component.
Hull buoyancy device having two floaters (6, 8), which are connected to each other via connection means and which can be brought into a buoyancy position on a ship's side of an underwater vessel to increase buoyancy, and which can be filled with pressure medium via a pressure medium source (28, 128), wherein a flexible contact of the floaters (6, 8) is designed in such a way that a force resulting from the buoyancy force of the floaters (6, 8) can be transmitted to the ship's side in a frictionally-engaged or form-fitting manner, characterized in that a pressure chamber receptacle is formed on the flexible contact or integrally with the flexible contact, the outer rim of which is approximately circular, and in which an approximately annular pressure chamber is inserted.
A use of cork material in the preparation of dough, especially bread dough, wherein the cork material consists of natural cork granules with a grain size of 0.5 to 5 mm in an amount of 80 to 90% by volume, bounded by a binder in an amount of 10 to 20% by volume with a strength of 700 to 800 kPa and a density of 200 to 370 kg/m3, wherein the cork material is used for dough proofing molds.
A method of characterizing channel quality for a communications channel comprising: constructing a data pattern for generating a reference signal to measure a specific channel characteristic; inserting the data pattern in an Internet Control Message Protocol echo request; transmitting the Internet Control Message Protocol echo request from a first station to a second station; receiving an Internet Control Message Protocol echo reply at the first station in response to the Internet Control Message Protocol echo request; measuring a bit slicer error of the Internet Control Message Protocol echo reply; characterizing the channel quality of the communications channel as a function of the bit slicer error; and determining the channel quality of each of a plurality of communication channels as a function of the bit slicer error of the Internet Control Message Protocol echo reply received from each of the plurality of communication channels; and selecting one of the plurality of channels having a selected relative channel quality for routing a communications signal. constructing a data pattern for generating a reference signal to measure a specific channel characteristic; inserting the data pattern in an Internet Control Message Protocol echo request; transmitting the Internet Control Message Protocol echo request from a first station to a second station; receiving an Internet Control Message Protocol echo reply at the first station in response to the Internet Control Message Protocol echo request; measuring a bit slicer error of the Internet Control Message Protocol echo reply; characterizing the channel quality of the communications channel as a function of the bit slicer error; and determining the channel quality of each of a plurality of communication channels as a function of the bit slicer error of the Internet Control Message Protocol echo reply received from each of the plurality of communication channels; and
A method of wireless communication in a time division duplex multiple input, multiple output (MIMO) system, comprising: receiving an uplink reference signal from a served user equipment on each channel corresponding to one or more transmit antennas of the served UE, wherein the one or more transmit antennas are fewer than a plurality of receive antennas of the served UE; calculating a downlink channel estimate based on the uplink reference signal; receiving an interference report from the served UE, wherein the interference report identifies an interference level associated with one or more receive antennas with transmission capability; selecting a precoder based on the received interference report and the downlink channel estimate; beamforming data using the selected precoder; further including: estimating an adjustment value representing an estimated interference amount associated with one or more unmatched receive antennas of the served UE, wherein the one or more unmatched receive antennas include the plurality of receive antennas minus the one or more receive antennas with transmission capability; and selecting a transmission rate based on a combination of the interference level and the adjustment value. receiving an uplink reference signal from a served user equipment on each channel corresponding to one or more transmit antennas of the served UE, wherein the one or more transmit antennas are fewer than a plurality of receive antennas of the served UE; calculating a downlink channel estimate based on the uplink reference signal; receiving an interference report from the served UE, wherein the interference report identifies an interference level associated with one or more receive antennas with transmission capability; selecting a precoder based on the received interference report and the downlink channel estimate; beamforming data using the selected precoder; further including: estimating an adjustment value representing an estimated interference amount associated with one or more unmatched receive antennas of the served UE, wherein the one or more unmatched receive antennas include the plurality of receive antennas minus the one or more receive antennas with transmission capability; and selecting a transmission rate based on a combination of the interference level and the adjustment value. estimating an adjustment value representing an estimated interference amount associated with one or more unmatched receive antennas of the served UE, wherein the one or more unmatched receive antennas include the plurality of receive antennas minus the one or more receive antennas with transmission capability; and selecting a transmission rate based on a combination of the interference level and the adjustment value.