mhurhangee/patent-ind-claim-en huggingface dataset:
Vacuum cleaner having at least two filters arranged in a vacuum cleaner housing and a valve control for filter cleaning of at least one filter , in which during the cleaning process, at least one valve located in the suction opening of a filter to be cleaned is closed and at least one valve serving for cleaning a filter is opened, wherein the valve control for each filter has respectively a lifting magnet , a valve rod actuated by the lifting magnet and two valve discs , characterised in that the valve discs are firmly connected to the respective valve rod of the respective lifting magnet , wherein when the lifting magnet is not actuated, the one valve disc is held in spring-loaded manner in a closed position by means of a spring and rests on a valve seat , while the other valve disc is in an open position, and the suction air generated by a fan is sucked into the interior of the vacuum cleaner housing via a suction connection and acts upon the assigned filter from the outer side, and when the lifting magnet is actuated, the one valve disc is in its open position, wherein the purging air flows from an excess pressure chamber through an inlet channel into a filter chamber of the filter and the filter is cleaned, while the other valve disc is in the closed position and rests on a valve seat .
A method comprising: receiving information regarding a traffic pattern of at least one cell in a cluster of cells , the traffic pattern comprising traffic communicated between user equipments, UEs, and the at least one cell, and the information regarding the traffic pattern comprising uplink and downlink buffer status information, and uplink and downlink packet delay information relating to delays in sending uplink and downlink packets between the UEs and the at least one cell; and in response to the received information regarding the traffic pattern, selecting, by a coordinating network node for the cluster of cells, an uplink-downlink configuration for use by the cells in the cluster. receiving information regarding a traffic pattern of at least one cell in a cluster of cells , the traffic pattern comprising traffic communicated between user equipments, UEs, and the at least one cell, and the information regarding the traffic pattern comprising uplink and downlink buffer status information, and uplink and downlink packet delay information relating to delays in sending uplink and downlink packets between the UEs and the at least one cell; and in response to the received information regarding the traffic pattern, selecting, by a coordinating network node for the cluster of cells, an uplink-downlink configuration for use by the cells in the cluster.
Plug contact for making electrical contact with a circuit board by plugging the plug contact into a contact hole of the circuit board , with two contact legs which are resilient relative to one another, one terminal region and one connecting region , wherein the connecting region connects the two contact legs to one another and to the terminal region and wherein the plug contact is made from a metallic flat material, wherein the two contact legs each have one contact-making region which make contact with the contact hole in the plugged-in state, wherein the outside contour of the two contact legs in the contact-making region is made circular segment-shaped in cross section, wherein the radius of the outside contour is smaller than the radius of the corresponding contact hole of the circuit board , wherein the outside contour of the two contact legs in the contact-making region is made circular segment-shaped in the longitudinal direction so that the contact-making regions are made crowned, characterized in that the two contact legs have different lengths, wherein, on the free end of the longer contact leg , a guide segment is made which is located in the plug-in direction (E) of the plug contact upstream of the free end of the shorter contact leg , and that the terminal region is made as a crimp terminal (6") or as an insulation piercing terminal (6"'). wherein the two contact legs each have one contact-making region which make contact with the contact hole in the plugged-in state, wherein the outside contour of the two contact legs in the contact-making region is made circular segment-shaped in cross section, wherein the radius of the outside contour is smaller than the radius of the corresponding contact hole of the circuit board , wherein the outside contour of the two contact legs in the contact-making region is made circular segment-shaped in the longitudinal direction so that the contact-making regions are made crowned, characterized in that the two contact legs have different lengths, wherein, on the free end of the longer contact leg , a guide segment is made which is located in the plug-in direction (E) of the plug contact upstream of the free end of the shorter contact leg , and that the terminal region is made as a crimp terminal (6") or as an insulation piercing terminal (6"').
Method for adjusting the transmission power, in a wireless cellular telecommunication network, of signals transferred by plural mobile terminals (MT1, MT2, MT3) through a wireless interface, the mobile terminals being served by at least one base station (BS1) or by home base stations (HBS1, HBS2, HBS3, HBS4), the home base stations being located in the cell (CE1) of the at least one base station, wherein the method comprises the steps of: - obtaining (S500) the path gains between the mobile terminals and the at least one base station and the path gains between the mobile terminals and at least one home base station, or said path gains and noise measured at the at least one base station and/or at the home base stations, - determining (S501) statistics from the obtained path gains or from the obtained path gains and noise, - obtaining (S602) at least one coefficient of a function according to at least a part of the statistics determined from the obtained path gains or from the obtained path gains and noise, a same set of at least one coefficient is determined for all the home base stations ; - transferring (S701) an information representative of the at least one obtained coefficient to the mobile terminals in order to enable the mobile terminals to transfer signals at a transmission power derived from information representative of the at least one obtained coefficient. - obtaining (S500) the path gains between the mobile terminals and the at least one base station and the path gains between the mobile terminals and at least one home base station, or said path gains and noise measured at the at least one base station and/or at the home base stations, - determining (S501) statistics from the obtained path gains or from the obtained path gains and noise, - obtaining (S602) at least one coefficient of a function according to at least a part of the statistics determined from the obtained path gains or from the obtained path gains and noise, a same set of at least one coefficient is determined for all the home base stations ; - transferring (S701) an information representative of the at least one obtained coefficient to the mobile terminals in order to enable the mobile terminals to transfer signals at a transmission power derived from information representative of the at least one obtained coefficient.
A multi-strain composite starter for flour products, comprising: Lactobacillus plantarum, Lactobacillus bulgaricus, Streptococcus thermophilus, Saccharomyces cerevisiae powder, and Wickerhamomyces anomalus powder; wherein, the weight ratio of Lactobacillus plantarum, Lactobacillus bulgaricus, Streptococcus thermophilus, Saccharomyces cerevisiae powder, and Wickerhamomyces anomalus powder is (1-3):(0.1-3):(0.1-3):(3-9):(0.1-6).
A computer implemented method for 3D planning of a root canal treatment of a tooth to be treated comprising the steps of: • generating and visualizing a 3D model of the tooth to be treated by combining at least one piece of tooth specific digital information with a statistical, parametrised shape model of each tooth type wherein the 3D model includes the root canals and pulp chamber; • planning and/or simulating the cleaning of a root canal on the generated 3D model by applying a file sequence to the respective root canal and removing from the 3D tooth model material removed by the file creating a post-treatment model with a reamed root canal ; • providing tools for manually creating a core build-up to replace missing tooth material and allowing to perform an analysis for verifying the resulting tooth strength and chance of successful crown restoration; • generating and visualizing simulated tooth restorations which can be integrated in the 3D model by importing a wax-up or by selecting, positioning, and - if needed - adapting a crown from a library of crowns, or by mirroring the patient's contra-lateral crown, or by using a statistical model for fitting a crown in between the neighbouring teeth; • providing quantitative feedback on the available thickness for the restorative crown and on any other relevant anatomical feature in order to estimate the risk of fracture of the crown or possibly crown perforation and optimize the core build-up prior to the root canal treatment of the tooth to be treated. • generating and visualizing a 3D model of the tooth to be treated by combining at least one piece of tooth specific digital information with a statistical, parametrised shape model of each tooth type wherein the 3D model includes the root canals and pulp chamber; • planning and/or simulating the cleaning of a root canal on the generated 3D model by applying a file sequence to the respective root canal and removing from the 3D tooth model material removed by the file creating a post-treatment model with a reamed root canal ; • providing tools for manually creating a core build-up to replace missing tooth material and allowing to perform an analysis for verifying the resulting tooth strength and chance of successful crown restoration; • generating and visualizing simulated tooth restorations which can be integrated in the 3D model by importing a wax-up or by selecting, positioning, and - if needed - adapting a crown from a library of crowns, or by mirroring the patient's contra-lateral crown, or by using a statistical model for fitting a crown in between the neighbouring teeth; • providing quantitative feedback on the available thickness for the restorative crown and on any other relevant anatomical feature in order to estimate the risk of fracture of the crown or possibly crown perforation and optimize the core build-up prior to the root canal treatment of the tooth to be treated.
Apparatus configured to assist a user in correctly positioning the apparatus on a drug delivery device , the apparatus comprising: attachment means (20-1, 20-2) for attaching the apparatus to the drug delivery device; an imaging arrangement for capturing at least one image of a portion of a drug delivery device; a processor for processing the captured at least one image to determine a position of the apparatus relative to the drug delivery device and to determine a manner in which the apparatus should be moved in order to correctly position the apparatus on the drug delivery device; and a display for displaying an indication of the manner in which the apparatus should be moved in order to correctly position the apparatus on the drug delivery device. attachment means (20-1, 20-2) for attaching the apparatus to the drug delivery device; an imaging arrangement for capturing at least one image of a portion of a drug delivery device; a processor for processing the captured at least one image to determine a position of the apparatus relative to the drug delivery device and to determine a manner in which the apparatus should be moved in order to correctly position the apparatus on the drug delivery device; and a display for displaying an indication of the manner in which the apparatus should be moved in order to correctly position the apparatus on the drug delivery device.
A semiconductor package assembly , comprising: a base comprising: a core substrate having a first surface and a second surface opposite to the first surface ; a first pad disposed on the first surface of the core substrate ; a solder mask layer covering the first surface of the core substrate ; and a conductive plug structure having a top portion on the first surface of the core substrate and a bottom portion between the first surface and the second surface of the core substrate ; wherein the core substrate comprises a trench formed extended into a portion of the core substrate from the second surface of the core substrate , and the bottom portion of the conductive plug structure is exposed to a bottom of the trench ; wherein the semiconductor package assembly further comprises a semiconductor device arranged on the first surface of the core substrate , wherein the solder mask layer is the only solder mask layer of the base and is arranged between the semiconductor device and the core substrate of the base ; and solder bump structures arranged on the second surface of the core substrate ; characterised in that the core substrate and the solder mask layer are formed of the same material. a base comprising: a core substrate having a first surface and a second surface opposite to the first surface ; a first pad disposed on the first surface of the core substrate ; a solder mask layer covering the first surface of the core substrate ; and a conductive plug structure having a top portion on the first surface of the core substrate and a bottom portion between the first surface and the second surface of the core substrate ; wherein the core substrate comprises a trench formed extended into a portion of the core substrate from the second surface of the core substrate , and the bottom portion of the conductive plug structure is exposed to a bottom of the trench ; a core substrate having a first surface and a second surface opposite to the first surface ; a first pad disposed on the first surface of the core substrate ; a solder mask layer covering the first surface of the core substrate ; and a conductive plug structure having a top portion on the first surface of the core substrate and a bottom portion between the first surface and the second surface of the core substrate ; wherein the core substrate comprises a trench formed extended into a portion of the core substrate from the second surface of the core substrate , and the bottom portion of the conductive plug structure is exposed to a bottom of the trench ; wherein the semiconductor package assembly further comprises a semiconductor device arranged on the first surface of the core substrate , wherein the solder mask layer is the only solder mask layer of the base and is arranged between the semiconductor device and the core substrate of the base ; and solder bump structures arranged on the second surface of the core substrate ; characterised in that the core substrate and the solder mask layer are formed of the same material.
A method implemented by a receiving radio node , the method comprising: receiving a data block from a transmitting radio node ; determining how many repetitions of the data block the receiving radio node needed or will need to combine in order to successfully decode the data block ; based on said determining, generating feedback indicating how many repetitions of a data block transmission the receiving radio node needs to combine for successful data block decoding; and transmitting the feedback to the transmitting radio node , wherein the feedback is transmitted from the receiving radio node to the transmitting radio node only when the receiving radio node successfully decodes the data block either within a defined window of time since initial transmission of the data block or by combining a number of repetitions less than a defined threshold, wherein the threshold corresponds to a number of repetitions less than the number of repetitions that the transmitting radio node used to transmit a previous data block. receiving a data block from a transmitting radio node ; determining how many repetitions of the data block the receiving radio node needed or will need to combine in order to successfully decode the data block ; based on said determining, generating feedback indicating how many repetitions of a data block transmission the receiving radio node needs to combine for successful data block decoding; and transmitting the feedback to the transmitting radio node , wherein the feedback is transmitted from the receiving radio node to the transmitting radio node only when the receiving radio node successfully decodes the data block either within a defined window of time since initial transmission of the data block or by combining a number of repetitions less than a defined threshold, wherein the threshold corresponds to a number of repetitions less than the number of repetitions that the transmitting radio node used to transmit a previous data block.
Fluxgate current transducer including a control circuit and a fluxgate device comprising a saturable soft magnetic core surrounded by an excitation coil , the control circuit comprising an excitation coil drive circuit connected to the excitation coil configured to generate an alternating magnetic field to alternatingly saturate the soft magnetic core, the excitation coil comprising a first winding and a second winding connected together at a common point forming an input of the first winding and an output of the second winding, the first winding connected in series to a first switch (S1) and the second winding connected in series to a second switch (S2), the first and second switches controlled by the control circuit to provide an excitation coil current in the first winding generating a magnetic field in the magnetic core in a first direction, and an excitation coil current in the second winding generating a magnetic field in the magnetic core in a second direction opposite to the first direction, characterized in that , the fluxgate transducer is connected to a user system to form together a current measurement system having at least three measurement channels, a first PWM channel M1, a second analog channel M2 and a third channel M3 provided by the test winding , the user system configured to compute a comparison of the measurement signals from the three measurement channels in order to determine correct or faulty operation.
A method of transmitting a data stream from a first location to a second location through an optical network, comprising the following steps: • Transmitting said data stream from said first location to said second location along a working path established in said optical network, wherein said data stream is transmitted in the form of a super channel comprising a number of n wavelengths within a predefined reserved wavelength range, • Monitoring the performance of the transmission based on the super channel signal received at said second location, and in case the performance is observed to drop below a predetermined performance threshold, unburdening the super channel from a part of said data stream while maintaining the reserved wavelength range for said super channel, by - redirecting said part of the data stream for transmittal along at least one restoration path connecting said first and second locations, said at least one restoration path being different from said working path, and - transmitting the remainder of said data stream within the super channel on a number of wavelengths that is less than n, and/or with a reduced transmission rate for at least some of the wavelengths in said super channel. • Transmitting said data stream from said first location to said second location along a working path established in said optical network, wherein said data stream is transmitted in the form of a super channel comprising a number of n wavelengths within a predefined reserved wavelength range, • Monitoring the performance of the transmission based on the super channel signal received at said second location, and in case the performance is observed to drop below a predetermined performance threshold, unburdening the super channel from a part of said data stream while maintaining the reserved wavelength range for said super channel, by - redirecting said part of the data stream for transmittal along at least one restoration path connecting said first and second locations, said at least one restoration path being different from said working path, and - transmitting the remainder of said data stream within the super channel on a number of wavelengths that is less than n, and/or with a reduced transmission rate for at least some of the wavelengths in said super channel. - redirecting said part of the data stream for transmittal along at least one restoration path connecting said first and second locations, said at least one restoration path being different from said working path, and - transmitting the remainder of said data stream within the super channel on a number of wavelengths that is less than n, and/or with a reduced transmission rate for at least some of the wavelengths in said super channel.
A method for reporting channel quality information in a communication system comprising the following steps performed by a transmitting entity: determining channel quality values for a channel to a receiving entity, each channel quality value corresponding to a frequency unit, partitioning the determined channel quality values, based on a number of partitions, into at least two partitions, the at least two partitions corresponding to different frequency bands in the system bandwidth, selecting channel quality values out of the channel quality values from each of the at least two partitions as signalling information on a channel quality, the signalling information including first channel quality values from a first of the partitions and second channel quality values from a second of the partitions, and transmitting, to the receiving entity the first channel quality values and the second channel quality values, as the signalling information on the channel quality, at different reporting frequencies such that the first channel quality values are sent less frequently than the second channel quality values, wherein the different reporting frequencies are based on the number of partitions. determining channel quality values for a channel to a receiving entity, each channel quality value corresponding to a frequency unit, partitioning the determined channel quality values, based on a number of partitions, into at least two partitions, the at least two partitions corresponding to different frequency bands in the system bandwidth, selecting channel quality values out of the channel quality values from each of the at least two partitions as signalling information on a channel quality, the signalling information including first channel quality values from a first of the partitions and second channel quality values from a second of the partitions, and transmitting, to the receiving entity the first channel quality values and the second channel quality values, as the signalling information on the channel quality, at different reporting frequencies such that the first channel quality values are sent less frequently than the second channel quality values, wherein the different reporting frequencies are based on the number of partitions.