mhurhangee/ep-ind-claims huggingface dataset:
A liquid jetting apparatus, comprising: a first pressure chamber; a second pressure chamber located next to the first pressure chamber in a first direction; a first piezoelectric element arranged above the first pressure chamber, a second piezoelectric element arranged above the second pressure chamber, a trace arranged between the first piezoelectric element and the second piezoelectric element in the first direction; and a second insulating film having a part arranged between the trace and a partition wall, the partition wall partitioning the first pressure chamber and the second pressure chamber in the first direction; wherein two ends of the second insulating film in the first direction are located between two ends of the partition wall in the first direction, characterized in that a first insulating film covers the first pressure chamber and the second pressure chamber and is intervened between the first pressure chamber and the first piezoelectric element as well as between the second pressure chamber and the second piezoelectric element. a first pressure chamber; a second pressure chamber located next to the first pressure chamber in a first direction; a first piezoelectric element arranged above the first pressure chamber, a second piezoelectric element arranged above the second pressure chamber, a trace arranged between the first piezoelectric element and the second piezoelectric element in the first direction; and a second insulating film having a part arranged between the trace and a partition wall, the partition wall partitioning the first pressure chamber and the second pressure chamber in the first direction; wherein two ends of the second insulating film in the first direction are located between two ends of the partition wall in the first direction, characterized in that a first insulating film covers the first pressure chamber and the second pressure chamber and is intervened between the first pressure chamber and the first piezoelectric element as well as between the second pressure chamber and the second piezoelectric element.
A block generation method, wherein the method is applied to a block generation device, private key information is built in the block generation device, and the method comprises signing a block generated by the block generation device according to the private key information to obtain a signed block; and issuing the signed block to other node devices through a first node device in a blockchain network; wherein the block generation device comprises a hash processor unit, when the blockchain network is initialized, private key and public key information is only allocated to block generation devices with hash processor units of the same model and specification; before signing the block generated by the block generation device according to the private key information, the method comprises: performing hash calculation according to a specific hash algorithm built in the hash processor unit to obtain the block; particularly, before performing the hash calculation according to the specific hash algorithm built in the first processing unit to obtain the block, the method further comprises: obtaining transaction data through the first node device, wherein the block includes the transaction data. performing hash calculation according to a specific hash algorithm built in the hash processor unit to obtain the block; particularly, before performing the hash calculation according to the specific hash algorithm built in the first processing unit to obtain the block, the method further comprises: obtaining transaction data through the first node device, wherein the block includes the transaction data.
A passenger seat assembly, comprising: a frame configured to attach rigidly to a passenger compartment floor; a seat back pivotally connected with the frame and operable to recline; a seat bottom connected with the frame and comprising an articulating seat pan connected with the seat back below a pivot axis of the seat back, such that the seat bottom moves aft in response to forward tilting of the seat back; and a linkage (132, 150) comprising a recline lock for locking a recline position of the seat back, the linkage connected to the seat bottom by one of a first or second attachment elements (110, 148) and connected to the frame by the other of the first or second attachment elements (110, 148), the linkage comprising an extended portion that extends through the second attachment element; and a crushable energy absorbing element mounted to the extended portion of the linkage between the second attachment element and a second end of the linkage, the crushable energy absorbing element positioned to receive compressive force between the second end of the linkage and the second attachment element in response to forward motion of the seat back. a frame configured to attach rigidly to a passenger compartment floor; a seat back pivotally connected with the frame and operable to recline; a seat bottom connected with the frame and comprising an articulating seat pan connected with the seat back below a pivot axis of the seat back, such that the seat bottom moves aft in response to forward tilting of the seat back; and a linkage (132, 150) comprising a recline lock for locking a recline position of the seat back, the linkage connected to the seat bottom by one of a first or second attachment elements (110, 148) and connected to the frame by the other of the first or second attachment elements (110, 148), the linkage comprising an extended portion that extends through the second attachment element; and a crushable energy absorbing element mounted to the extended portion of the linkage between the second attachment element and a second end of the linkage, the crushable energy absorbing element positioned to receive compressive force between the second end of the linkage and the second attachment element in response to forward motion of the seat back.
A method, characterized by comprising: synchronizing transmitters of a plurality of digital subscriber line, DSL, remote terminals (120, 712, 714, 1530), by a distribution point unit, DPU, comprising a plurality of collocated transceivers, such that signals received at a U-interface of the collocated transceivers arrive at substantially the same time, wherein the synchronization is based on an assumed longest DSL line by which a DSL remote terminal (120, 712, 714, 1530) is connected to the DPU; and each of the signals is from a different DSL remote terminal (120, 712, 714, 1530) and transmitted at different times based on a propagation delay of the assumed longest DSL line and a corresponding propagation delay. synchronizing transmitters of a plurality of digital subscriber line, DSL, remote terminals (120, 712, 714, 1530), by a distribution point unit, DPU, comprising a plurality of collocated transceivers, such that signals received at a U-interface of the collocated transceivers arrive at substantially the same time, wherein the synchronization is based on an assumed longest DSL line by which a DSL remote terminal (120, 712, 714, 1530) is connected to the DPU; and each of the signals is from a different DSL remote terminal (120, 712, 714, 1530) and transmitted at different times based on a propagation delay of the assumed longest DSL line and a corresponding propagation delay.
A method for operating a blood pressure measuring device by means of the following method steps: - executing a blood pressure measurement by means of the blood pressure measuring device composed of a cuff for being placed around an extremity, a pump for inflating the cuff, and a pressure sensor for registering the pressure within the cuff, wherein inflating of the cuff is performed in an inflating phase (Inf), and deflating of the pressure within the cuff is performed in a deflating phase (Def), - registering and storing the temporal pressure course (P meas) within the cuff during the inflating phase and/or during the deflating phase in a control and storage unit, - extracting a pulse-like signal component (P osc) from the temporal pressure course of the measured cuff pressure during the inflating phase and/or the deflating phase by a signal analysis within the control and storage unit, - signal analysis of the extracted pulse-like signal component (P osc) within the control and storage unit by means of the following steps: - decomposing of the pulse-like signal component into data about individual periods for identifying individual pulse waves, - combining the data of the respective individual pulse waves from values of at least one calculation function of a predefined calculation function amount for generating a respective classified individual pulse wave, - transforming the respective classified individual pulse wave, - evaluating the transformed data for ascertaining hemodynamic parameters. - executing a blood pressure measurement by means of the blood pressure measuring device composed of a cuff for being placed around an extremity, a pump for inflating the cuff, and a pressure sensor for registering the pressure within the cuff, wherein inflating of the cuff is performed in an inflating phase (Inf), and deflating of the pressure within the cuff is performed in a deflating phase (Def), - registering and storing the temporal pressure course (P meas) within the cuff during the inflating phase and/or during the deflating phase in a control and storage unit, - extracting a pulse-like signal component (P osc) from the temporal pressure course of the measured cuff pressure during the inflating phase and/or the deflating phase by a signal analysis within the control and storage unit, - signal analysis of the extracted pulse-like signal component (P osc) within the control and storage unit by means of the following steps: - decomposing of the pulse-like signal component into data about individual periods for identifying individual pulse waves, - combining the data of the respective individual pulse waves from values of at least one calculation function of a predefined calculation function amount for generating a respective classified individual pulse wave, - transforming the respective classified individual pulse wave, - evaluating the transformed data for ascertaining hemodynamic parameters.
An apparatus for recovering clock and data from an M-level signal of a receiver in a transmission system, the apparatus having an input, a data output and a clock output and comprising: - an M-level log 2 -bit analog-to-digital converter connected at the input of the apparatus, the M-level log 2 -bit analog-to-digital converter being adapted to convert a first analog data of the M-level signal to a digital data received at the data output; - a first comparator connected at the input of the apparatus, the first comparator being adapted to compare an amplitude difference between the first analog data and a second analog data; and - a logic unit connected at the clock output of the apparatus, the logic unit being adapted to provide through a truth table a digital output signal based on the digital data and the result of comparison of the amplitude difference, wherein: - the first analog data and the second analog data are sampled at a distance of one symbol period with respect to each of the first analog data and the second analog data; - the first analog data and the second analog data have an identical sign, and - the M-level log 2 -bit analog-to-digital converter comprises M-1 comparators and M-1 D-type flip-flops, each one of the M-1 D-type flip-flops being connected to a respective output of each one of the M-1 comparators and each one of the M-1 comparators being connected to a respective reference amplitude threshold and the input, wherein at least the output of the M-1 comparator with the highest reference amplitude threshold is inverted. - an M-level log 2 -bit analog-to-digital converter connected at the input of the apparatus, the M-level log 2 -bit analog-to-digital converter being adapted to convert a first analog data of the M-level signal to a digital data received at the data output; - a first comparator connected at the input of the apparatus, the first comparator being adapted to compare an amplitude difference between the first analog data and a second analog data; and - a logic unit connected at the clock output of the apparatus, the logic unit being adapted to provide through a truth table a digital output signal based on the digital data and the result of comparison of the amplitude difference, - the first analog data and the second analog data are sampled at a distance of one symbol period with respect to each of the first analog data and the second analog data; - the first analog data and the second analog data have an identical sign, and - the M-level log 2 -bit analog-to-digital converter comprises M-1 comparators and M-1 D-type flip-flops, each one of the M-1 D-type flip-flops being connected to a respective output of each one of the M-1 comparators and each one of the M-1 comparators being connected to a respective reference amplitude threshold and the input, wherein at least the output of the M-1 comparator with the highest reference amplitude threshold is inverted.
A single dose vaccine formulation for use in the prevention against typhoid fever caused by Salmonella typhi, comprising a capsular Vi-polysaccharide (ViPs) of Salmonella typhi conjugated to a carrier protein of tetanus toxoid as vaccine antigen without any linker molecule ADH, wherein a single dose of the vaccine formulation is sufficient to elicit required T-dependent immune response against S. typhi including in children below 2 years of age, wherein the vaccine comprises 5 μg to 25 μg of said Salmonella typhi Vi-polysaccharide-carrier protein conjugate vaccine antigen obtained by a method comprising: a. Fed-batch mode of cultivation to obtain purified ViPs with a feed medium, the feed medium comprising feeding a solution containing glucose at a range of 1 to 2 mg/mL concentration at a pH maintained in the range of 6.90 to 7.20 and dissolved oxygen level maintained between 40%-60%, wherein ammonia solution (50%) was supplied as a nitrogen source along with the feed medium; b. size reduction of ViPs, wherein the ViPs at a concentration of 5-7.5 mg/ml is subjected to high pressure homogenization at 1500 bar at 2-8°C and the same activity repeated for at least 45 passes or by a microwave oven so that to a corresponding molecular size of purified ViPs of approximately 250 kDa is obtained; c. treating the purified ViPs of step (b) at a concentration of 5 mg/ml to 7.5 mg/ml of purified ViPs of ~ 250 kDa in the presence of a cross linking agent EDAC to form the Vi-polysaccharide-carrier protein conjugate; d. diafiltering through continuous buffer exchange with phosphate buffered saline of the ViPs-carrier protein conjugate of step (c) with a 1000 kDa membrane to obtain the purified ViPs-carrier protein vaccine antigen; wherein the molecular size of the ViPs-carrier protein conjugate molecule ranges between 0.25 kDa to 0.35 kDa. a. Fed-batch mode of cultivation to obtain purified ViPs with a feed medium, the feed medium comprising feeding a solution containing glucose at a range of 1 to 2 mg/mL concentration at a pH maintained in the range of 6.90 to 7.20 and dissolved oxygen level maintained between 40%-60%, wherein ammonia solution (50%) was supplied as a nitrogen source along with the feed medium; b. size reduction of ViPs, wherein the ViPs at a concentration of 5-7.5 mg/ml is subjected to high pressure homogenization at 1500 bar at 2-8°C and the same activity repeated for at least 45 passes or by a microwave oven so that to a corresponding molecular size of purified ViPs of approximately 250 kDa is obtained; c. treating the purified ViPs of step (b) at a concentration of 5 mg/ml to 7.5 mg/ml of purified ViPs of ~ 250 kDa in the presence of a cross linking agent EDAC to form the Vi-polysaccharide-carrier protein conjugate; d. diafiltering through continuous buffer exchange with phosphate buffered saline of the ViPs-carrier protein conjugate of step (c) with a 1000 kDa membrane to obtain the purified ViPs-carrier protein vaccine antigen;
A composition comprising (a) a plurality of intact, bacterially-derived minicells, wherein each minicell of said plurality encompasses regulatory RNA that is packaged in said minicell, and (b) a pharmaceutically acceptable carrier therefor, wherein there is an absence from said minicells of a construct for in situ expression of said regulatory RNA, wherein said regulatory RNA is selected from the group consisting of siRNA, miRNA and shRNA, and wherein said plurality contains a therapeutically effective amount of said regulatory RNA.
A novel synergistic composition for use in the treatment of at least one condition selected from inflammation, arthritis, joint pain, rheumatoid arthritis, osteoarthritis, chronic non-rheumatoid arthritis, collagen degradation, comprising a combination of therapeutically effective amounts of a) A Tamarindus indica seed extract selected from alcohol or hydroalcohol extract comprising proanthocyanidins either alone or in combination with Tamarindus indica seed water extract comprising polysaccharides, b) A Curcuma longa rhizome extract comprising curcuminoids, and c) optionally containing pharmaceutically or nutraceutically or dietetically acceptable carriers/excipients. a) A Tamarindus indica seed extract selected from alcohol or hydroalcohol extract comprising proanthocyanidins either alone or in combination with Tamarindus indica seed water extract comprising polysaccharides, b) A Curcuma longa rhizome extract comprising curcuminoids, and c) optionally containing pharmaceutically or nutraceutically or dietetically acceptable carriers/excipients.
Method of managing the operation of a wireless communication device including several different communication modules respectively adapted to operate according to several given communication protocols including an UWB protocol based on an OFDM modulation scheme, said method comprising controlling said UWB module for scanning the possible operational range of said multiprotocol device and providing a frequency map of said possible operational range, and managing a communication to be performed by said device on the basis of the said frequency map, said managing comprising selecting one of said module for performing said communication.
A fixing rotating member comprising a base layer, an elastic layer and a surface layer, in this order, the surface layer containing a tetrafluoroethylene-perfluoroalkyl vinyl ether copolymer and a perfluoropolyether; the surface layer having pores with openings at a first surface thereof constituting an outer surface of the fixing rotating member; at least part of the pores containing the perfluoropolyether, characterized in that when a first observation region 8 μm long ×11 μm wide is placed on the first surface of the surface layer after removing the perfluoropolyether in the pores, and a ratio of a total sum of areas of the openings observed in the first observation region relative to an area of the first observation region is defined as P1; and when a second observation region 8 μm long × 11 μm wide is placed in a cross section of the surface layer after removing the perfluoropolyether in the pores, the cross section including an entire thickness portion of the surface layer along a circumferential direction of the fixing rotating member, and a ratio of a total sum of areas of the pores observed in the second observation region relative to an area of the second observation region is defined as P2, P2/P1, as determined according to the description, is 1.3 or higher. the surface layer containing a tetrafluoroethylene-perfluoroalkyl vinyl ether copolymer and a perfluoropolyether; the surface layer having pores with openings at a first surface thereof constituting an outer surface of the fixing rotating member; at least part of the pores containing the perfluoropolyether, characterized in that when a first observation region 8 μm long ×11 μm wide is placed on the first surface of the surface layer after removing the perfluoropolyether in the pores, and a ratio of a total sum of areas of the openings observed in the first observation region relative to an area of the first observation region is defined as P1; and when a second observation region 8 μm long × 11 μm wide is placed in a cross section of the surface layer after removing the perfluoropolyether in the pores, the cross section including an entire thickness portion of the surface layer along a circumferential direction of the fixing rotating member, and a ratio of a total sum of areas of the pores observed in the second observation region relative to an area of the second observation region is defined as P2, P2/P1, as determined according to the description, is 1.3 or higher.
High voltage transformer with a sensor system for monitoring physical characteristic variables, wherein - the sensor system comprises at least one sensor, which comprises an optical fibre with a sensor head carrying a plurality of Bragg gratings (7, 8, 9), and - an evaluating unit connected with the at least one sensor head by way of the optical fibre is associated with the sensor system, characterised in that - the at least one sensor comprises a support and is mechanically connected therewith and - the support is arranged between two successive windings (4, 5) of an electrical coil of the high voltage transformer. - the sensor system comprises at least one sensor, which comprises an optical fibre with a sensor head carrying a plurality of Bragg gratings (7, 8, 9), and - an evaluating unit connected with the at least one sensor head by way of the optical fibre is associated with the sensor system, - the at least one sensor comprises a support and is mechanically connected therewith and - the support is arranged between two successive windings (4, 5) of an electrical coil of the high voltage transformer.
A method for producing a high-temperature sensor for measuring the exhaust gas temperature of motor vehicles, comprising a sensor element and a protective tube which at least partially surrounds the sensor element, wherein the protective tube is closed on the hot side of the hot-temperature sensor by a shaping process by means of press-moulding, characterized in that a filling material in powder form and with good thermal conductivity is arranged before the press-moulding process in the protective tube around a measuring section of the sensor element, wherein a compaction of the filling material arranged in the protective tube is realised via the press-moulding process, and the protective tube is press-moulded in such a way that said tube comprises two peak-shaped sections (11a; 11b) after pressing.
A dialysis supply system - having a central manufacturing unit by means of which dialysis liquid can be manufactured, - having a conducting means by means of which dialysis liquid can be conducted, - having a plurality of dialysis treatment units (320, 320') - having connection means by means of which the dialysis treatment units (320, 320') can be connected to the conducting means, and - having valves (V1, V2, V3, V4) by means of which the inflow of dialysis liquid to the dialysis treatment units (320, 320') can be regulated, wherein hydraulic modules are provided as the only means for the conducting of the dialysis liquid in the dialysis treatment units (320, 320'), characterized in that the hydraulic modules are configured as single-use articles. - having a central manufacturing unit by means of which dialysis liquid can be manufactured, - having a conducting means by means of which dialysis liquid can be conducted, - having a plurality of dialysis treatment units (320, 320') - having connection means by means of which the dialysis treatment units (320, 320') can be connected to the conducting means, and - having valves (V1, V2, V3, V4) by means of which the inflow of dialysis liquid to the dialysis treatment units (320, 320') can be regulated,