mhurhangee/ep-ind-claims huggingface dataset:
A data communication method, comprising: obtaining downlink control information, DCI, from a base station, wherein the DCI comprises information about modulation order, and information about a quantity of scheduled resource blocks; determining whether a phase noise reference signal is carried in the scheduled resource blocks based on at least one of the information about modulation order or the information about a quantity of scheduled resource blocks, characterized in that no phase noise reference signal is carried in the scheduled resource blocks when the quantity of scheduled resource blocks is less than a preset quantity; or no phase noise reference signal is carried in the scheduled resource blocks when the modulation order is less than a preset modulation order. obtaining downlink control information, DCI, from a base station, wherein the DCI comprises information about modulation order, and information about a quantity of scheduled resource blocks; determining whether a phase noise reference signal is carried in the scheduled resource blocks based on at least one of the information about modulation order or the information about a quantity of scheduled resource blocks, characterized in that no phase noise reference signal is carried in the scheduled resource blocks when the quantity of scheduled resource blocks is less than a preset quantity; or no phase noise reference signal is carried in the scheduled resource blocks when the modulation order is less than a preset modulation order.
A control assembly for a roller blind, the assembly including a chain wheel adapted to be driven by an operating chain; a chain wheel support configured to rotationally support the chain wheel; a drive bush including a cylindrical body and a flange provided at one end thereof; and a locking pin, wherein at least one of the chain wheel and drive bush includes a coupling element which in use couples the chain wheel to the drive bush such that axial displacement of the drive bush results in a corresponding axial displacement of the chain wheel, but that relative rotational displacement between the chain wheel and the drive bush is permitted through an arc defined between a pair of opposed stops which are carried by the other of the chain wheel and the drive bush; the locking pin passes axially through the chain wheel and the drive bush, the locking pin including at one end thereof a pair of opposed legs (56, 58) and at least one leg includes a locking lug (60, 62) adapted to engage a stop surface of the drive bush; the chain wheel support includes a flange which acts as an end plate for the control assembly and which is spaced from the drive bush flange to define therebetween an operating chain channel, the chain wheel support flange including a chain cover element, the drive bush flange further includes a chain cover element; the chain wheel support flange chain cover element and the drive bush flange chain cover element together bridge a portion of the operating chain channel to form an enclosed portion of the channel; and wherein the drive bush flange is angled away from the body and defines a convex flange surface.
A system comprising a video communication transmission terminal and an external input apparatus connected to the video communication transmission terminal in a data-communicative manner, the video communication transmission terminal being characterized by: a transmitter configured to transmit display data stored in the external input apparatus and to be shared with another video communication transmission terminal to the another video communication transmission terminal, after being authenticated by a transmission managing system which manages data transmission carried out between the video communication transmission terminal and the another video communication transmission terminal, wherein the video communication transmission terminal participates in two-way video communication with the another video communication transmission terminal after said authentication. a transmitter configured to transmit display data stored in the external input apparatus and to be shared with another video communication transmission terminal to the another video communication transmission terminal, after being authenticated by a transmission managing system which manages data transmission carried out between the video communication transmission terminal and the another video communication transmission terminal, wherein the video communication transmission terminal participates in two-way video communication with the another video communication transmission terminal after said authentication.
A process for preparing recycled pulp fractions, comprising fractionating a pulp slurry having a solids content of 2.2% by weight or more containing waste paper pulp into a long fiber fraction and a short fiber fraction using an outward flow slit screen having openings with a slit width of 0.1 mm to 0.3 mm and an agitator within the screen, wherein the solids content ratio of the long fiber fraction to the short fiber fraction is 10:90 to 60:40, wherein the difference in Canadian standard freeness between the long fiber fraction and the short fiber fraction is 100 ml to 300 ml, wherein the fractionation is operated such that the passing flow rate through the outward flow slit screen is from 0.6 to 1.2 m/s, and wherein the circumferential speed of the agitator within the screen is from 14 to 20 m/s.
An infant care apparatus comprising: a base; a drive mechanism coupled to the base, the drive mechanism comprising: a horizontal reciprocating assembly comprising a sliding rigid platform; and a vertical reciprocating assembly disposed on the horizontal reciprocating assembly; a controller electronically coupled to the drive mechanism; a support platform coupled to the drive mechanism, the support platform configured to be moved in both a horizontal direction relative to the base by the horizontal reciprocating assembly and a vertical direction relative to the base by the vertical reciprocating assembly, a double scissor mechanism (95,97) between the support platform and the sliding rigid platform configured to support the support platform wherein the drive mechanism is controlled by the controller to move the support platform in a plurality of motion profiles relative to the base, wherein movement of the support platform in the horizontal and vertical directions is independently controlled by the controller and coordinated to obtain at least one motion profile. a base; a drive mechanism coupled to the base, the drive mechanism comprising: a horizontal reciprocating assembly comprising a sliding rigid platform; and a vertical reciprocating assembly disposed on the horizontal reciprocating assembly; a controller electronically coupled to the drive mechanism; a support platform coupled to the drive mechanism, the support platform configured to be moved in both a horizontal direction relative to the base by the horizontal reciprocating assembly and a vertical direction relative to the base by the vertical reciprocating assembly, a double scissor mechanism (95,97) between the support platform and the sliding rigid platform configured to support the support platform wherein the drive mechanism is controlled by the controller to move the support platform in a plurality of motion profiles relative to the base, wherein movement of the support platform in the horizontal and vertical directions is independently controlled by the controller and coordinated to obtain at least one motion profile. a horizontal reciprocating assembly comprising a sliding rigid platform; and a vertical reciprocating assembly disposed on the horizontal reciprocating assembly; a controller electronically coupled to the drive mechanism; a support platform coupled to the drive mechanism, the support platform configured to be moved in both a horizontal direction relative to the base by the horizontal reciprocating assembly and a vertical direction relative to the base by the vertical reciprocating assembly, a double scissor mechanism (95,97) between the support platform and the sliding rigid platform configured to support the support platform wherein the drive mechanism is controlled by the controller to move the support platform in a plurality of motion profiles relative to the base, wherein movement of the support platform in the horizontal and vertical directions is independently controlled by the controller and coordinated to obtain at least one motion profile.
A non-coding DNA construct comprising at least one sequence motif N 1 N 2 CGN 3 N 4, wherein N 1 N 2 and N 3 N 4 is any combination of A, C, T, and G, and C is deoxycytidine, G is deoxyguanosine, A is deoxyadenosine and T is deoxythymidine and wherein at least one nucleotide of the terminal five nucleotides located at the 5'- and/or the 3'-end of a DNA single strand is in L-conformation.
Method for cleaning pipes of pipe bundles which have ends which are open at the end face, wherein - at least one cleaning apparatus is positioned adjacent to the open ends of the pipe bundle, wherein the cleaning apparatus has a cleaning device having a cleaning lance, - subsequently, the cleaning lance is arranged along a travel path in alignment one after the other with respect to the respective pipe of the pipe bundle, - the cleaning lance is rotated and inserted into the respective pipe and acted on with fluid under high pressure, characterised in that the insertion depth E of the rotating cleaning lance is measured and monitored during the insertion of the cleaning lance in the respective pipes of the pipe bundle, and in that the insertion depths E are stored, processed and documented in a storage and documentation device, wherein, for each cleaning operation of a pipe bundle, at least the insertion depths E are associated with the respective pipes and a three-dimensional cleaning profile of the pipe bundle is produced. - at least one cleaning apparatus is positioned adjacent to the open ends of the pipe bundle, wherein the cleaning apparatus has a cleaning device having a cleaning lance, - subsequently, the cleaning lance is arranged along a travel path in alignment one after the other with respect to the respective pipe of the pipe bundle, - the cleaning lance is rotated and inserted into the respective pipe and acted on with fluid under high pressure, the insertion depth E of the rotating cleaning lance is measured and monitored during the insertion of the cleaning lance in the respective pipes of the pipe bundle, and in that the insertion depths E are stored, processed and documented in a storage and documentation device, wherein, for each cleaning operation of a pipe bundle, at least the insertion depths E are associated with the respective pipes and a three-dimensional cleaning profile of the pipe bundle is produced.
Communication method for transmitting and receiving information in a time division duplex communication system, comprising the steps of: • allocating a changeable number of receiving time slots and a number of transmitting time slots (1, 8) in a time frame (F1 - F9) having a predetermined number of time slots (1 - 8), the allocation of time slots (1 - 8) being changed when the amount of information to be transferred is changed and using each time slot for data communication, wherein allocating the changeable number of receiving time slots and the number of transmitting time slots (1,8) comprises: allocating a first time slot as a first transmitting time slot and a second time slot immediately following the first transmitting time slot as a first receiving time slot, and allocating a third time slot as a second receiving time slot and a fourth time slot immediately following the second receiving time slot as a second transmitting time slot; • allocating a guard period in at least one of the second receiving time slot or the second transmitting time slot, and • transmitting information by using said time slots (1 - 8) dependent on the amount of information to be transferred • allocating a changeable number of receiving time slots and a number of transmitting time slots (1, 8) in a time frame (F1 - F9) having a predetermined number of time slots (1 - 8), the allocation of time slots (1 - 8) being changed when the amount of information to be transferred is changed and using each time slot for data communication, wherein allocating the changeable number of receiving time slots and the number of transmitting time slots (1,8) comprises: allocating a first time slot as a first transmitting time slot and a second time slot immediately following the first transmitting time slot as a first receiving time slot, and allocating a third time slot as a second receiving time slot and a fourth time slot immediately following the second receiving time slot as a second transmitting time slot; allocating a first time slot as a first transmitting time slot and a second time slot immediately following the first transmitting time slot as a first receiving time slot, and allocating a third time slot as a second receiving time slot and a fourth time slot immediately following the second receiving time slot as a second transmitting time slot; • allocating a guard period in at least one of the second receiving time slot or the second transmitting time slot, and • transmitting information by using said time slots (1 - 8) dependent on the amount of information to be transferred
A vacuum coating chamber comprising at least one cathodic arc evaporation source and a macroparticle filter device for cathodic arc evaporation, said device being placed between the at least one cathodic arc evaporation source and at least one substrate exhibiting at least one surface to be coated with material evaporated, in use, from a cathode of the at least one cathodic arc evaporation source, wherein the macroparticle filter device comprises at least one filter component arranged to prevent macroparticles emitted, in use, by the cathode during cathodic arc evaporation to arrive to the substrate surface to be coated, and wherein the at least one filter component is provided as a frame construction with one or more flexible sheets, which are flexible in the sense that they can be planar or bent, and which are arranged to block the lineal way of the macroparticles from the cathode to the substrate surface to be coated, in use, characterized in that the at least one filter component is provided in a manner that it surrounds the at least one substrate.
A monovalent antigen binding protein comprising a) a modified heavy chain of an antibody which specifically binds to an antigen, wherein the VH domain is replaced by the VL domain of said antibody; and b) a modified heavy chain of said antibody, wherein the CH1 domain is replaced by the CL domain of said antibody. a) a modified heavy chain of an antibody which specifically binds to an antigen, wherein the VH domain is replaced by the VL domain of said antibody; and b) a modified heavy chain of said antibody, wherein the CH1 domain is replaced by the CL domain of said antibody.
A system for determining a quota, comprising; one or more processors (204, 300, 302, 350, 352) for: receiving from an input interface a quota request for an activity, wherein the quota comprises an amount of service that may be used; receiving an estimation or an actual measurement of one or more operating parameters comprising a quota consumption rate for the activity; and a candidate quota determiner for: determining a candidate quota amount based at least in part on candidate quota parameters comprising a candidate quota amount and a candidate quota validity time; one or more quota modification determiners for: determining one or more quota modifications based on the estimation or the actual measurement of the one or more operating parameters and comprising; determining a new target quota amount based at least in part on the quota consumption rate for the activity; in the event that the new target quota amount exceeds a quota limit, setting a final quota amount as the quota limit; and in the event that the new target quota amount does not exceed the quota limit, setting the final quota amount as the new target quota amount; and providing (308, 604) at an output interface a final quota amount based at least in part on the candidate quota amount and the one or more quota modifications, wherein the final quota comprises the final quota amount and a final quota validity time. receiving from an input interface a quota request for an activity, wherein the quota comprises an amount of service that may be used; receiving an estimation or an actual measurement of one or more operating parameters comprising a quota consumption rate for the activity; and determining a new target quota amount based at least in part on the quota consumption rate for the activity; in the event that the new target quota amount exceeds a quota limit, setting a final quota amount as the quota limit; and in the event that the new target quota amount does not exceed the quota limit, setting the final quota amount as the new target quota amount; and
A medical device (70; 80), comprising: a housing (203; 203'; 203") including: an outer wall (76; 82; 94; 205; 205'; 205") having a distal end (229; 229'; 229; 229"), an inner wall (78; 84; 90; 96; 207; 207'; 207") spaced from the outer wall (76; 82; 94; 205; 205'; 205"), the inner wall (78; 84; 90; 96; 207; 207'; 207") having a distal end (227; 227'; 227; 227"), wherein the distal end (229; 229'; 229; 229") of the outer wall (76; 82; 94; 205; 205'; 205") is disposed proximally from the distal end (227; 227'; 227; 227") of the inner wall (78; 84; 90; 96; 207; 207'; 207"), and a cavity (211; 211'; 211") between the outer wall (76; 82; 94; 205; 205'; 205") and the inner wall (78; 84; 90; 96; 207; 207'; 207"), wherein the cavity (211; 211'; 211") is in fluid communication with a lumen (209; 209'; 209") configured to adjust pressure within the cavity (211; 211'; 211 "); and a cutting tool (72; 98; 221) configured to move from extending around an outer surface of the housing (203; 203'; 203 ") to exerting a radially inwardly directed force against the inner wall (78; 84; 90; 96; 207; 207'; 207") of the housing (203; 203'; 203"). a housing (203; 203'; 203") including: an outer wall (76; 82; 94; 205; 205'; 205") having a distal end (229; 229'; 229; 229"), an inner wall (78; 84; 90; 96; 207; 207'; 207") spaced from the outer wall (76; 82; 94; 205; 205'; 205"), the inner wall (78; 84; 90; 96; 207; 207'; 207") having a distal end (227; 227'; 227; 227"), wherein the distal end (229; 229'; 229; 229") of the outer wall (76; 82; 94; 205; 205'; 205") is disposed proximally from the distal end (227; 227'; 227; 227") of the inner wall (78; 84; 90; 96; 207; 207'; 207"), and a cavity (211; 211'; 211") between the outer wall (76; 82; 94; 205; 205'; 205") and the inner wall (78; 84; 90; 96; 207; 207'; 207"), wherein the cavity (211; 211'; 211") is in fluid communication with a lumen (209; 209'; 209") configured to adjust pressure within the cavity (211; 211'; 211 "); and an outer wall (76; 82; 94; 205; 205'; 205") having a distal end (229; 229'; 229; 229"), an inner wall (78; 84; 90; 96; 207; 207'; 207") spaced from the outer wall (76; 82; 94; 205; 205'; 205"), the inner wall (78; 84; 90; 96; 207; 207'; 207") having a distal end (227; 227'; 227; 227"), wherein the distal end (229; 229'; 229; 229") of the outer wall (76; 82; 94; 205; 205'; 205") is disposed proximally from the distal end (227; 227'; 227; 227") of the inner wall (78; 84; 90; 96; 207; 207'; 207"), and a cavity (211; 211'; 211") between the outer wall (76; 82; 94; 205; 205'; 205") and the inner wall (78; 84; 90; 96; 207; 207'; 207"), wherein the cavity (211; 211'; 211") is in fluid communication with a lumen (209; 209'; 209") configured to adjust pressure within the cavity (211; 211'; 211 "); and a cutting tool (72; 98; 221) configured to move from extending around an outer surface of the housing (203; 203'; 203 ") to exerting a radially inwardly directed force against the inner wall (78; 84; 90; 96; 207; 207'; 207") of the housing (203; 203'; 203").
Data processing apparatus for processing series of intensity values provided by a coherence scanning interferometer, the data processing apparatus being operable to receive a first series of intensity values resulting from a measurement operation on a first sample surface area having a layer structure and a second series of intensity values resulting from a measurement operation on a characterised second sample surface area and the data processor comprising: a frequency transform ratio determiner (106, 110) operable to provide in frequency space a ratio related to the ratio between a frequency transform of first intensity data comprising or derived from first series of intensity values and a frequency transform of second intensity data comprising or derived from the second series of intensity values; and a data fitter operable to fit variable model parameters related to characteristics of a layer structure of a layer structure model to the determined ratio to obtain for the model parameters values representing the characteristics of the sample layer structure. a frequency transform ratio determiner (106, 110) operable to provide in frequency space a ratio related to the ratio between a frequency transform of first intensity data comprising or derived from first series of intensity values and a frequency transform of second intensity data comprising or derived from the second series of intensity values; and a data fitter operable to fit variable model parameters related to characteristics of a layer structure of a layer structure model to the determined ratio to obtain for the model parameters values representing the characteristics of the sample layer structure.
A method for providing communications, comprising: receiving, at an interworking gateway coupled between a first network and a second network, a first set of media generated at a first data rate, wherein the first set of media includes an explicit congestion notification congestion encountered, ECN-CE, marking generated within the first network; providing, in response to the ECN-CE marking, a data rate adjustment request for requesting a lower data rate from a first user equipment, UE, in the first network; receiving, at the interworking gateway, a second set of media sent from the first UE at a second date rate responsive to the data rate adjustment request, wherein the second set of media includes an explicit congestion notification, ECN, marking; modifying by the interworking gateway, the second set of media to remove the ECN marking; and sending, from the interworking gateway to the second network, the modified second set of media. receiving, at an interworking gateway coupled between a first network and a second network, a first set of media generated at a first data rate, wherein the first set of media includes an explicit congestion notification congestion encountered, ECN-CE, marking generated within the first network; providing, in response to the ECN-CE marking, a data rate adjustment request for requesting a lower data rate from a first user equipment, UE, in the first network; receiving, at the interworking gateway, a second set of media sent from the first UE at a second date rate responsive to the data rate adjustment request, wherein the second set of media includes an explicit congestion notification, ECN, marking; modifying by the interworking gateway, the second set of media to remove the ECN marking; and sending, from the interworking gateway to the second network, the modified second set of media.