mhurhangee/ep-ind-claims huggingface dataset:
A print ordering system for combining individual label-printing jobs into an aggregated label-printing job, comprising: a processor; and a memory, characterised in that the memory comprises code configured to direct the processor to: identify individual label-printing jobs that can be combined on a single roll of substrate; calculate a length of each of the individual label-printing jobs; and impose the individual label-printing jobs on the roll of substrate by imposing a longest job along one side of the roll of substrate, then imposing shorter jobs (302-310, 314) along the roll of substrate until a shortest job is imposed at the other side of the roll of substrate such that when the roll of substrate is cut to form respective master rolls comprising the individual label-printing jobs, each master roll is a continuous roll formed without splicing. a processor; and a memory, characterised in that the memory comprises code configured to direct the processor to: identify individual label-printing jobs that can be combined on a single roll of substrate; calculate a length of each of the individual label-printing jobs; and impose the individual label-printing jobs on the roll of substrate by imposing a longest job along one side of the roll of substrate, then imposing shorter jobs (302-310, 314) along the roll of substrate until a shortest job is imposed at the other side of the roll of substrate such that when the roll of substrate is cut to form respective master rolls comprising the individual label-printing jobs, each master roll is a continuous roll formed without splicing. identify individual label-printing jobs that can be combined on a single roll of substrate; calculate a length of each of the individual label-printing jobs; and impose the individual label-printing jobs on the roll of substrate by imposing a longest job along one side of the roll of substrate, then imposing shorter jobs (302-310, 314) along the roll of substrate until a shortest job is imposed at the other side of the roll of substrate such that when the roll of substrate is cut to form respective master rolls comprising the individual label-printing jobs, each master roll is a continuous roll formed without splicing.
An assembly for nondestructive material testing with which shear waves are emitted and detected in elastic surfaces of components or workpieces, with an assembly of piezoelectric transducer elements and one component or workpiece, in which piezoelectric transducer elements are arranged above one another in multiple planes and the piezoelectric transducer elements are piezoelectric fibers and/or piezoelectric plate-like elements that are connected to or embedded in an elastically deformable material; and piezoelectric fibers are respectively aligned in a plane in parallel with one another and piezoelectric fibers are aligned in an adjacent plane inclined at an angle to the piezoelectric fibers that are arranged in the respective other plane, or plate-like piezoelectric transducer elements have a thickness with which a stretching or shortening can be achieved in at least one axial direction with an applied electric voltage and/or on formation of at least one electrical field, and the piezoelectric transducer elements arranged in adjacent planes can each be operated oppositely to one another such that in one plane extension of and in the adjacent plane simultaneously shortening of the length of one or more piezoelectric transducer elements is caused in at least one axial direction and the assembly is permanently connected to a workpiece or component with material continuity and/or with shape matching.
An apparatus for measuring the angle of rotation of two objects rotating relative to one another, having a transmitter associated with a first object; having a polarizer associated with a second object and influencing the polarization property of a transmitted light, with the transmitter and the polarizer rotating relative to one another in dependence on the angle of rotation; and having a receiver (20', 20", 20"') which is associated with the first object and which analyzes the polarization property of the transmitted light modulated by the polarizer to generate a signal dependent on the angle of rotation, wherein the receiver (20', 20", 20'") has at least one two-dimensional array which comprises rows (21, 21", 21'") and on which reception elements having respective polarization filter elements of a polarization filter structure arranged before them are arranged such that the reception elements having respective polarization filter elements of the polarization filter structure arranged before them form respective analyzer elements (25', 25", 25"', 26), with the respective analyzer elements (25', 25", 25"', 26) being arranged with polarization planes respectively rotated with respect to one another such that at least two groups (A, B, C, D, E, F, G, H) of analyzer elements (25', 25", 25"', 26) result with a respective defined angular offset of the polarization planes, and with the groups (A, B, C, D, E, F, G, H) being provided in a defined arrangement with respect to one another in the rows (21', 21", 21"') of the array such that analyzer elements (25', 25", 25"', 26) having the same polarization planes are spaced apart from one another by at least one analyzer element (25', 25", 25"', 26) having a different polarization plane, characterized in that the array of the receiver (20', 20", 20"') has at least two rows (21', 21 ", 21"') having a respective plurality of analyzer elements (25', 25", 25"', 26), with adjacent rows (21', 21", 21"') each being arranged offset from one another in the longitudinal direction of the row (21, 21", 21'") by half a length of a spacing between the centers of two neighboring analyzer elements (25', 25", 25"', 26).
A Phase Locked Loop, PLL, circuit for generating multiphase output signals comprising: a digitally controlled oscillator for generating the multiphase output signals; a sample circuit configured to sample the multiphase output signals from the digital controlled oscillator; an analog to digital converter for converting the sampled multiphase output signals to digital samples; a digital processing unit comprising: a phase estimator configured to estimate a phase of the multiphase output signals from the digital samples; a differentiator configured to calculate a phase difference between a current phase and a previous phase; and an accumulator configured to accumulate the phase differences generated by the differentiator; the PLL circuit further comprises: a loop filter configured to receive an output from the accumulator and generate a control signal to the digitally controlled oscillator to adjust frequency of the digitally controlled oscillator generating the multiphase output signals. a digitally controlled oscillator for generating the multiphase output signals; a sample circuit configured to sample the multiphase output signals from the digital controlled oscillator; an analog to digital converter for converting the sampled multiphase output signals to digital samples; a digital processing unit comprising: a phase estimator configured to estimate a phase of the multiphase output signals from the digital samples; a differentiator configured to calculate a phase difference between a current phase and a previous phase; and an accumulator configured to accumulate the phase differences generated by the differentiator; the PLL circuit further comprises: a phase estimator configured to estimate a phase of the multiphase output signals from the digital samples; a differentiator configured to calculate a phase difference between a current phase and a previous phase; and an accumulator configured to accumulate the phase differences generated by the differentiator; the PLL circuit further comprises: a loop filter configured to receive an output from the accumulator and generate a control signal to the digitally controlled oscillator to adjust frequency of the digitally controlled oscillator generating the multiphase output signals.
A thermal spray coating method, comprising: positioning a covering on a cooling channel of a component, the covering having a plurality of openings through the covering and the plurality of openings have dimensions less than 50 μm; and thermal spraying a feedstock directly onto the covering, the feedstock being unable to pass through the openings; wherein the covering prohibits the feedstock from entering the cooling channel in the component. positioning a covering on a cooling channel of a component, the covering having a plurality of openings through the covering and the plurality of openings have dimensions less than 50 μm; and thermal spraying a feedstock directly onto the covering, the feedstock being unable to pass through the openings; wherein the covering prohibits the feedstock from entering the cooling channel in the component.
A method for voice control of a mobile device, the method comprising: establishing a connection between the mobile device and a voice-control module; and monitoring at the voice-control module for verbal input comprising a verbal command from among a set of predetermined verbal commands; the method further comprising: monitoring for verbal input comprising arguments associated with the verbal command; in response to receiving (340, 410) a verbal input, determining if all required arguments have been received for a received verbal command; if any of the required arguments associated with the verbal command have not been received, issuing a prompt for further verbal input; sending instructions based on the received verbal command and the further verbal input from the voice-control module to the mobile device; and acting on the received instructions at the mobile device; wherein the method further comprises, responsive to establishing the connection, disabling at least some predetermined functionality of the mobile device to reduce power consumption while still allowing the mobile device to process commands from the voice-control module. establishing a connection between the mobile device and a voice-control module; and monitoring at the voice-control module for verbal input comprising a verbal command from among a set of predetermined verbal commands; monitoring for verbal input comprising arguments associated with the verbal command; in response to receiving (340, 410) a verbal input, determining if all required arguments have been received for a received verbal command; if any of the required arguments associated with the verbal command have not been received, issuing a prompt for further verbal input; sending instructions based on the received verbal command and the further verbal input from the voice-control module to the mobile device; and acting on the received instructions at the mobile device;
Use of an agent that reduces the activity of tim-1 or tim-4, by reducing binding of tim-1 to tim-4, wherein the agent comprises a soluble tim-1 polypeptide comprising a tim-1 IgV domain, for the manufacture of a medicament for treating or preventing a Th1-mediated disorder in a subject, or for increasing transplantation tolerance in a subject.
A roof window comprising a frame having a plurality of frame members including a top member, two side members and a bottom member (11, 12, 13, 14), a sash having a plurality of sash members including a top member, two side members and a bottom member (21, 22, 23, 24), of which at least the sash top member includes a separate sash top unit forming part of or constituting the sash top member, and at least one ventilation device including a plurality of ventilation openings to provide ventilation between an exterior side and an interior side of the window, wherein said at least one ventilation device is accommodated in the sash top unit, wherein said at least one ventilation device is releasably connected to the sash top unit by non-positive engagement means, wherein the at least one ventilation device has a longitudinal configuration extending between a first end and a second end, a length dimension being defined between the first and second ends (6a, 6b) substantially in parallel with a length direction of the sash top member, a height dimension perpendicular to the length dimension substantially in parallel with a width direction of the sash top member, and a thickness dimension perpendicular to the length dimension substantially in parallel with a thickness direction of the sash top member, wherein said non-positive engagement means is positioned at one or both of said first and second end (6a, 6b) and comprises at least one biasing device connected to the ventilation device and contacting the top sash unit of the sash top member in frictional engagement, and wherein the top sash unit is provided with a track to accommodate the ventilation device, and the top sash unit is provided with a plurality of ventilation openings to match the ventilation openings of the ventilation device, characterised in that, the at least one biasing device of the i 2. non-positive engagement means of the at least one ventilation device comprises a spring lever having at least one engagement portion (691, 692) to contact a corresponding flange portion (791, 792) on the top sash unit in frictional engagement, and at least one fastening portion (693, 694) for fastening the spring lever to the remaining parts of the at least one ventilation device.
A method for wireless communication at a user equipment UE, comprising: establishing an application layer connection between the UE and a server; receiving (515, 1105, 1210), from the server and over the application layer connection, network search information comprising sector-sweep timing information for a radio access network, the sector-sweep timing information indicating a timing when a directional transmission of the radio access network is sweeping toward the UE, and the network search information based at least in part on a location of the UE; determining, based at least in part on the network search information, a set of available frequencies associated with available radio access networks; selecting (520, 1110, 1215) one or more frequencies from the set of available frequencies for the UE to scan based at least in part on the determining; scanning (525, 1115, 1220) the selected one or more frequencies to perform a network search; and connecting (530, 1120, 1225) to the radio access network based at least in part on the network search. establishing an application layer connection between the UE and a server; receiving (515, 1105, 1210), from the server and over the application layer connection, network search information comprising sector-sweep timing information for a radio access network, the sector-sweep timing information indicating a timing when a directional transmission of the radio access network is sweeping toward the UE, and the network search information based at least in part on a location of the UE; determining, based at least in part on the network search information, a set of available frequencies associated with available radio access networks; selecting (520, 1110, 1215) one or more frequencies from the set of available frequencies for the UE to scan based at least in part on the determining; scanning (525, 1115, 1220) the selected one or more frequencies to perform a network search; and connecting (530, 1120, 1225) to the radio access network based at least in part on the network search.
A method performed at a non PCP/non AP station, STA, comprising: detecting a first cluster capable Personal Basic Service Set Central Point, PCP, Access Point, PCP/ AP that is within range of a non-PCP/non-AP STA by receiving data from the first cluster capable PCP/AP containing a data element indicating clustering being used by the first cluster capable PCP/AP; and transmitting a message to a second cluster capable PCP/AP that controls communications with the non-PCP/non-AP STA, wherein the message is requesting that the second cluster capable PCP/AP starts or continues use of clustering in a basic service set, BSS, of the second cluster capable PCP/AP by including in the message a data element that indicates a request to start or continue use of clustering in the BSS, wherein the second PCP/AP operates separate from a basic service set, BSS, of the first PCP/AP that is operating in the vicinity of the basic service set, BSS, of the second PCP/AP. detecting a first cluster capable Personal Basic Service Set Central Point, PCP, Access Point, PCP/ AP that is within range of a non-PCP/non-AP STA by receiving data from the first cluster capable PCP/AP containing a data element indicating clustering being used by the first cluster capable PCP/AP; and transmitting a message to a second cluster capable PCP/AP that controls communications with the non-PCP/non-AP STA, wherein the message is requesting that the second cluster capable PCP/AP starts or continues use of clustering in a basic service set, BSS, of the second cluster capable PCP/AP by including in the message a data element that indicates a request to start or continue use of clustering in the BSS, wherein the second PCP/AP operates separate from a basic service set, BSS, of the first PCP/AP that is operating in the vicinity of the basic service set, BSS, of the second PCP/AP.
A tricuspid insufficiency treatment device comprising: a tubular member configured for implantation within a vena cava of a patient, the tubular member formed with a sidewall, and at least two valves arranged circumferentially along the sidewall, each valve comprising: an opening formed in the sidewall, and a blocking member arranged to block and unblock a respective opening of the plurality of openings. wherein: each blocking member comprises a flap or cover pivotally attached at or proximate a portion of a respective opening and arranged to block and unblock the opening during ventricular systole and ventricular diastole, respectively, such that the opening is unblocked in a direction opposite to the attachment of the flap or cover, the at least two valves are arranged along a first circumference at a first location between the ends of the tubular member, and the tubular member includes an expandable stent having a plurality of cells, wherein each of the plurality of valves corresponds to a specific cell of the stent. a tubular member configured for implantation within a vena cava of a patient, the tubular member formed with a sidewall, and at least two valves arranged circumferentially along the sidewall, each valve comprising: an opening formed in the sidewall, and a blocking member arranged to block and unblock a respective opening of the plurality of openings. an opening formed in the sidewall, and a blocking member arranged to block and unblock a respective opening of the plurality of openings. wherein: each blocking member comprises a flap or cover pivotally attached at or proximate a portion of a respective opening and arranged to block and unblock the opening during ventricular systole and ventricular diastole, respectively, such that the opening is unblocked in a direction opposite to the attachment of the flap or cover, the at least two valves are arranged along a first circumference at a first location between the ends of the tubular member, and the tubular member includes an expandable stent having a plurality of cells, wherein each of the plurality of valves corresponds to a specific cell of the stent. each blocking member comprises a flap or cover pivotally attached at or proximate a portion of a respective opening and arranged to block and unblock the opening during ventricular systole and ventricular diastole, respectively, such that the opening is unblocked in a direction opposite to the attachment of the flap or cover, the at least two valves are arranged along a first circumference at a first location between the ends of the tubular member, and the tubular member includes an expandable stent having a plurality of cells, wherein each of the plurality of valves corresponds to a specific cell of the stent.
A communication system for performing packet data communication between a first communication unit and a plurality of second communication units via an Intermediate communication unit, wherein the first communication unit includes an identification code in a data signal and then transmits the data signal to the Intermediate communication unit, the Intermediate communication unit distributes and transfers the received data signal to the second communication unit or another Intermediate communication unit, the Intermediate communication unit and the second communication unit are configured to return an ACK signal including the same identification code as the identification code included in the received data signal to a transmission source of the data signal, characterized in that the first communication unit repeatedly transmits the transmitted data signal at a time interval shorter than a preset failure determination time, the Intermediate communication unit likewise repeatedly transfers the transferred data signal at a time interval shorter than the preset failure determination time, and the failure determination time is longer than a time in which the ACK signal is returned without any failure from each of the Intermediate communication unit and the second communication unit. the first communication unit includes an identification code in a data signal and then transmits the data signal to the Intermediate communication unit, the Intermediate communication unit distributes and transfers the received data signal to the second communication unit or another Intermediate communication unit, the Intermediate communication unit and the second communication unit are configured to return an ACK signal including the same identification code as the identification code included in the received data signal to a transmission source of the data signal, characterized in that the first communication unit repeatedly transmits the transmitted data signal at a time interval shorter than a preset failure determination time, the Intermediate communication unit likewise repeatedly transfers the transferred data signal at a time interval shorter than the preset failure determination time, and the failure determination time is longer than a time in which the ACK signal is returned without any failure from each of the Intermediate communication unit and the second communication unit.
Water-heating device for use of solar energy, wherein the water-heating device consists of two flexible elastomer foil layers, wherein water guiding passages are created by fastening together the two foil layers along fastening lines at a permanent distance from each other, wherein the passages have connection elements serving to input and output the water at the two most distant points of the passages from the point of view of water flow, wherein bundles are formed from the neighbouring passages, wherein a single bundle contains two to twelve passages, preferably three to eight passages, wherein the ends of the passages of neighbouring bundles are connected to each other with several connection passages arranged in parallel in such a way that one end of the passages of a given bundle is connected to the ends of the passages of the neighbouring bundle on one side of the given bundle and the other end of the passages of the given bundle is connected to the ends of the passages of the neighbouring bundle on the other side of the given bundle, and the parallel passages of two neighbouring bundles are connected to each other in reverse order as compared to each other, characterised in that fastening lines bordering the neighbouring connection passages are created at a distance from each other and optionally fastening lines bordering the neighbouring passages are also created at a distance from each other, whereby a gap remains between the neighbouring connection passages and optionally between the neighbouring passages.