mhurhangee/patent-ind-claim-en huggingface dataset:
A monitoring device for a blood treatment system comprising an extracorporeal blood circuit which comprises a blood withdrawal line and a blood return line for connection to a vascular system of subject and a dialyzer intermediate the blood withdrawal and blood return lines , wherein the blood treatment system is configured for regional citrate anticoagulation, RCA, by administration of citrate to the extracorporeal blood circuit upstream of the dialyzer during a treatment session, said monitoring device being configured to, at consecutive time steps during the treatment session: obtain a current measurement value of systemic ionized calcium ( iCa SYS ) or systemic total calcium ( Ca SYS ) , operate a predefined algorithm on the current measurement value to generate a current computation value that represents ionized calcium ( iCa 2 , iCa 3 ) in blood at a selected location (loc2, loc3) downstream or upstream of the dialyzer in the extracorporeal blood circuit , and present and/or evaluate the current computation value for assessment of the regional citrate anticoagulation. obtain a current measurement value of systemic ionized calcium ( iCa SYS ) or systemic total calcium ( Ca SYS ) , operate a predefined algorithm on the current measurement value to generate a current computation value that represents ionized calcium ( iCa 2 , iCa 3 ) in blood at a selected location (loc2, loc3) downstream or upstream of the dialyzer in the extracorporeal blood circuit , and present and/or evaluate the current computation value for assessment of the regional citrate anticoagulation.
A board-to-board connector, comprising: a lead frame including electrical leads configured to bridge from first pads on a surface of a first printed circuit board (PCB) to second pads on a surface of a second PCB when the surface of the first PCB and the surface of the second PCB are substantially co-planar, wherein the connector does not connect to pads on an opposite surface of the second PCB; an alignment frame configured to hold the lead frame , an electrically conductive cover configured to secure over the alignment frame , the cover including openings to receive screws to secure the cover to first screw holes in the first PCB and second screw holes in the second PCB, wherein the electrical leads comprise arch-shaped springs, wherein the electrical leads are configured to flex to push contact points against the first pads and the second pads when the cover receives the screws, characterized in that the alignment frame includes posts configured to mate with first alignment holes of the first PCB and with second alignment holes of the second PCB, the cover is configured to electrically couple via the screws to a first ground plane of the first PCB and to a second ground plane of the second PCB, and the cover includes corrugation features orthogonal to the electrical leads . a lead frame including electrical leads configured to bridge from first pads on a surface of a first printed circuit board (PCB) to second pads on a surface of a second PCB when the surface of the first PCB and the surface of the second PCB are substantially co-planar, wherein the connector does not connect to pads on an opposite surface of the second PCB; an alignment frame configured to hold the lead frame , an electrically conductive cover configured to secure over the alignment frame , the cover including openings to receive screws to secure the cover to first screw holes in the first PCB and second screw holes in the second PCB, wherein the electrical leads comprise arch-shaped springs, wherein the electrical leads are configured to flex to push contact points against the first pads and the second pads when the cover receives the screws, characterized in that the alignment frame includes posts configured to mate with first alignment holes of the first PCB and with second alignment holes of the second PCB, the cover is configured to electrically couple via the screws to a first ground plane of the first PCB and to a second ground plane of the second PCB, and the cover includes corrugation features orthogonal to the electrical leads .
A method for identifying a connection between a reach extender channel termination, RE-CT, and an optical network unit, ONU, the method comprising: transmitting, by an optical line terminal, OLT, a dynamic bandwidth allocation, DBA grant to the ONU via a multi-channel termination reach extender, MCRE; retrieving, by the OLT from the MCRE, recorded optical signal power measurements associated with an upstream transmission by the ONU; and identifying, by the OLT, the RE-CT of the MCRE that is connected to the ONU by correlating the recorded optical signal power measurements associated with the upstream transmission by the ONU with the DBA grant. transmitting, by an optical line terminal, OLT, a dynamic bandwidth allocation, DBA grant to the ONU via a multi-channel termination reach extender, MCRE; retrieving, by the OLT from the MCRE, recorded optical signal power measurements associated with an upstream transmission by the ONU; and identifying, by the OLT, the RE-CT of the MCRE that is connected to the ONU by correlating the recorded optical signal power measurements associated with the upstream transmission by the ONU with the DBA grant.
A computer-implemented method for certifying a shared cache, comprising: retrieving , by a computing system comprising one or more processors, a precompiled shared cache entry corresponding to a shared cache key, the shared cache key being associated with an operation request; obtaining , by the computing system, a directly compiled resource associated with the operation request; and certifying , by the computing system, one or more portions of the shared cache based at least in part on a comparison of the precompiled shared cache entry and the directly compiled resource. retrieving , by a computing system comprising one or more processors, a precompiled shared cache entry corresponding to a shared cache key, the shared cache key being associated with an operation request; obtaining , by the computing system, a directly compiled resource associated with the operation request; and certifying , by the computing system, one or more portions of the shared cache based at least in part on a comparison of the precompiled shared cache entry and the directly compiled resource.
Method for producing a contact element with the aid of a rotary indexing machine, comprising the following manufacturing steps: - loading the blank into the rotary indexing machine, - creating a pin region or a socket region for electrical contact-connection with another contact element, - creating a fixing region for fixing the contact element in an insulating body, - creating or completing a crimping region for electrically connecting a conductor to the contact element, - unloading the complete contact element from the rotary indexing machine, characterized - in that the rotary indexing machine has at least 24 workstations, - in that the contact element is manufactured from a blank (R) which passes through at least 8 workstations (I-VIII, I'-VIII', I''-VIII'') on the rotary indexing machine in one production cycle, - in that the respective workstations (I-VIII, I'-VIII', I''-VIII'') carry out the sum of the said manufacturing steps, and - in that three production cycles (A, B, C) are carried out on the rotary indexing machine at the same time. - loading the blank into the rotary indexing machine, - creating a pin region or a socket region for electrical contact-connection with another contact element, - creating a fixing region for fixing the contact element in an insulating body, - creating or completing a crimping region for electrically connecting a conductor to the contact element, - unloading the complete contact element from the rotary indexing machine, - in that the rotary indexing machine has at least 24 workstations, - in that the contact element is manufactured from a blank (R) which passes through at least 8 workstations (I-VIII, I'-VIII', I''-VIII'') on the rotary indexing machine in one production cycle, - in that the respective workstations (I-VIII, I'-VIII', I''-VIII'') carry out the sum of the said manufacturing steps, and - in that three production cycles (A, B, C) are carried out on the rotary indexing machine at the same time.
A method performed by a user terminal for receiving new moving line information, wherein a moving line represents a course of a user having the user terminal, the method comprising: upon an input of category information from the user, storing the category information, wherein the category information is preset to a specific zone; generating previous moving line information based on a movement path of the user terminal; transmitting the generated previous moving line information to a server; and receiving , from the server, new moving line information generated based on the transmitted previous moving line information; and displaying the new moving line information received from the server, wherein the generation of the previous moving line information comprises: receiving wireless communication signals from signal generators installed in the movement path of the user terminal; extracting identities, IDs, from the received wireless communication signals, respectively, and determining whether each of the extracted IDs corresponds to the stored category information; and if each of the extracted IDs corresponds to the stored category information, generating the previous moving line information based on each of the extracted IDs and information about a time of receiving a wireless communication signal corresponding to each of the extracted IDs. upon an input of category information from the user, storing the category information, wherein the category information is preset to a specific zone; generating previous moving line information based on a movement path of the user terminal; transmitting the generated previous moving line information to a server; and receiving , from the server, new moving line information generated based on the transmitted previous moving line information; and displaying the new moving line information received from the server, wherein the generation of the previous moving line information comprises: receiving wireless communication signals from signal generators installed in the movement path of the user terminal; extracting identities, IDs, from the received wireless communication signals, respectively, and determining whether each of the extracted IDs corresponds to the stored category information; and if each of the extracted IDs corresponds to the stored category information, generating the previous moving line information based on each of the extracted IDs and information about a time of receiving a wireless communication signal corresponding to each of the extracted IDs. receiving wireless communication signals from signal generators installed in the movement path of the user terminal; extracting identities, IDs, from the received wireless communication signals, respectively, and determining whether each of the extracted IDs corresponds to the stored category information; and if each of the extracted IDs corresponds to the stored category information, generating the previous moving line information based on each of the extracted IDs and information about a time of receiving a wireless communication signal corresponding to each of the extracted IDs.
A method for preparing a purified styrene composition, wherein the method comprises providing a crude composition containing 70% by weight or more styrene based on the total weight of the crude composition and subjecting the crude composition to at least one crystallization step, wherein the at least one crystallization step comprises at least one of a static crystallization stage and a dynamic crystallization stage, and wherein the crude composition contains one or more impurities selected from the group consisting color inducing species, oxygenates, sulfur species, alpha-methylstyrene and arbitrary combinations of two or more thereof.
Current sensor , in particular for a vehicle battery in a vehicle, with an electrical conductor which has a first connection and a second connection for contacting a power circuit of a vehicle, and with a first current measurement device and a second current measurement device for detecting at least one measurement value for the current flowing over the electrical conductor , and with a first evaluation circuit which is connected to the first current measurement device and/or the second current measurement device and can receive the measurement values of the first current measurement device and/or the second current measurement device and output a current measurement signal depending on the measurement values, and with a second evaluation circuit , wherein a communications link is provided between the first evaluation circuit and the second evaluation circuit , characterized in that the first evaluation circuit can send a first test signal to the second evaluation circuit and/or the second evaluation circuit can send a second test signal to the first evaluation circuit , wherein the first evaluation circuit can check the second test signal and can send a first correction signal when the second test signal deviates from a second reference value and/or wherein the second evaluation circuit can check the first test signal and can send a second correction signal when the first test signal deviates from a first reference value.
A compressor for a household appliance , comprising a compressor housing , wherein the compressor housing receives a compression chamber for compressing a gaseous phase (GR) of a refrigerant, and an accumulator for storing a liquid phase (LR) of the refrigerant, wherein the accumulator is provided inside the compressor housing , wherein the compressor housing encloses the accumulator and an internal volume which receives the compression chamber , and wherein the accumulator comprises a separation wall which separates the accumulator from the internal volume , wherein the accumulator comprises a backing pipe for holding back the liquid phase (LR) of the refrigerant in the accumulator , characterised in that the backing pipe is connected to a suction port of the compressor , wherein the backing pipe is arranged at least partly outside the compressor housing , wherein the backing pipe is guided through the compressor housing , and wherein the backing pipe is connected to the suction port outside the compressor housing .
A web manufacturing method comprising: defibrating feedstock containing at least fiber by a dry manner, and obtaining defibrated material; forming a web by laying the defibrated material; applying pressure to the web; cutting the web; and defibrating trimmings, resulting from cutting the web, by a dry manner. defibrating feedstock containing at least fiber by a dry manner, and obtaining defibrated material; forming a web by laying the defibrated material; applying pressure to the web; cutting the web; and defibrating trimmings, resulting from cutting the web, by a dry manner.
An flexible printed circuit board FPCB comprising a pattern circuit layer , wherein the pattern circuit layer has a pattern fuse embedded therein, characterised in that the pattern fuse comprises: a first conductive wire made of a metal and having a spiral structure; and a second conductive wire made of a metal and having a spiral structure, wherein the first conductive wire and the second conductive wire have a double helix structure. wherein the pattern circuit layer has a pattern fuse embedded therein, characterised in that the pattern fuse comprises: a first conductive wire made of a metal and having a spiral structure; and a second conductive wire made of a metal and having a spiral structure, wherein the first conductive wire and the second conductive wire have a double helix structure. a first conductive wire made of a metal and having a spiral structure; and a second conductive wire made of a metal and having a spiral structure, wherein the first conductive wire and the second conductive wire have a double helix structure.
Method for carrying out a correction to a direction of travel by a driver assistance system in a motor vehicle independently of an action of a vehicle occupant steering the motor vehicle , wherein the motor vehicle travels in the direction of travel within a currently traveled lane and a control device of the driver assistance system carries out the following steps: detecting a relative position of the motor vehicle in relation to the currently traveled lane (S1); determining a distance of the motor vehicle to at least one of two boundaries of the currently traveled lane on the basis of the detected relative position of the motor vehicle (S2); identifying a need to correct the direction of travel for further operation of the motor vehicle within the currently traveled lane (S3) if the determined distance is less than a minimum distance ; outputting at least one display symbol by means of an output mechanism of the motor vehicle , wherein the at least one display symbol displays the correction to the direction of travel to be carried out before carrying out the correction to the direction of travel (S4); and carrying out the correction to the direction of travel displayed by means of the at least one display symbol without active intervention by the vehicle occupant steering the motor vehicle , wherein a steering of the motor vehicle is controlled by the driver assistance system and the at least one display symbol is output (S5). determining a distance of the motor vehicle to at least one of two boundaries of the currently traveled lane on the basis of the detected relative position of the motor vehicle (S2); identifying a need to correct the direction of travel for further operation of the motor vehicle within the currently traveled lane (S3) if the determined distance is less than a minimum distance ; outputting at least one display symbol by means of an output mechanism of the motor vehicle , wherein the at least one display symbol displays the correction to the direction of travel to be carried out before carrying out the correction to the direction of travel (S4); and carrying out the correction to the direction of travel displayed by means of the at least one display symbol without active intervention by the vehicle occupant steering the motor vehicle , wherein a steering of the motor vehicle is controlled by the driver assistance system and the at least one display symbol is output (S5).
A method for dynamic short dial allocation in emergency systems, wherein the method comprising the steps of: - acquisitioning, by a Public Safety Answering Point, PSAP, element, data from an emergency event; - processing, by the PSAP element, the data; - storing, by the PSAP element, the data into a data storage database; - identifying, by a decision framework located at the PSAP side, an emergency incident by means of the data; - extracting, by the decision framework, one or more emergency services for the identified emergency incident; - gathering, by the PSAP element, geolocation information from the emergency event; - retrieving, by the PSAP element, emergency services from the extracted one or more emergency services at the geolocation area of the emergency event; - providing, by the PSAP element, from the retrieved emergency services at the geolocation area of the emergency event, appropriate emergency services which must be notified according to the emergency incident to a call taker at the PSAP side; - displaying, by the PSAP element, appropriate short dials for the appropriate emergency services which must be notified, to a graphic user interface, GUI, of a PSAP device of the call taker. - acquisitioning, by a Public Safety Answering Point, PSAP, element, data from an emergency event; - processing, by the PSAP element, the data; - storing, by the PSAP element, the data into a data storage database; - identifying, by a decision framework located at the PSAP side, an emergency incident by means of the data; - extracting, by the decision framework, one or more emergency services for the identified emergency incident; - gathering, by the PSAP element, geolocation information from the emergency event; - retrieving, by the PSAP element, emergency services from the extracted one or more emergency services at the geolocation area of the emergency event; - providing, by the PSAP element, from the retrieved emergency services at the geolocation area of the emergency event, appropriate emergency services which must be notified according to the emergency incident to a call taker at the PSAP side; - displaying, by the PSAP element, appropriate short dials for the appropriate emergency services which must be notified, to a graphic user interface, GUI, of a PSAP device of the call taker.
A near-field communication device, the device being configured to transmit a message to another device, the device comprising: a counter configured to increment each time said other device accesses the message to be transmitted and to supply data in ASCII; a memory configured to store, in ASCII, the message to be transmitted including said data constituting a dynamic portion of the message and further including a static portion of the message in ASCII; and a block configured to acquire the massage in ASCII stored in the memory and to transmit the message in ASCII in near field. a counter configured to increment each time said other device accesses the message to be transmitted and to supply data in ASCII; a memory configured to store, in ASCII, the message to be transmitted including said data constituting a dynamic portion of the message and further including a static portion of the message in ASCII; and a block configured to acquire the massage in ASCII stored in the memory and to transmit the message in ASCII in near field.
A method , comprising: determining a quality estimate for a segment of PPG data; in response to determining that the quality estimate exceeds a quality threshold, filtering , using a processor , the segment of the PPG data based upon an estimate of periodicity of the segment of the PPG data; determining , using the processor, a health marker for the segment of the PPG data; validating the health marker based upon a prior determination of the health marker from PPG data; and in response to the validating, outputting the health marker, wherein the health marker is validated by sensing a level of activity and comparing the health marker to an expected range of health markers determined from the level of activity. determining a quality estimate for a segment of PPG data; in response to determining that the quality estimate exceeds a quality threshold, filtering , using a processor , the segment of the PPG data based upon an estimate of periodicity of the segment of the PPG data; determining , using the processor, a health marker for the segment of the PPG data; validating the health marker based upon a prior determination of the health marker from PPG data; and in response to the validating, outputting the health marker, wherein the health marker is validated by sensing a level of activity and comparing the health marker to an expected range of health markers determined from the level of activity.