mhurhangee/ep-ind-claims huggingface dataset:
A component comprising a first part and a second part, wherein said second part is in contact with said first part, wherein: (i) said first part comprises a first polymer which is semi-crystalline and includes phenylene moieties, carbonyl moieties and ether moieties; (ii) said second part comprises a second polymer which is semi-crystalline and includes a repeat unit of formula -O-Ph-O-Ph-CO-Ph- VI and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- VII wherein Ph represents a phenylene moiety; (iii) the melting temperature (Tm) of the second polymer is less than the melting temperature (Tm) of the first polymer, wherein Tm is obtained by differential scanning calorimetry, by identifying a melting temperature at which a main peak of a melting endotherm reaches a maximum on a DSC trace as described in Example 13. (i) said first part comprises a first polymer which is semi-crystalline and includes phenylene moieties, carbonyl moieties and ether moieties; (ii) said second part comprises a second polymer which is semi-crystalline and includes a repeat unit of formula -O-Ph-O-Ph-CO-Ph- VI and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- VII wherein Ph represents a phenylene moiety; a repeat unit of formula -O-Ph-O-Ph-CO-Ph- VI and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- VII wherein Ph represents a phenylene moiety; (iii) the melting temperature (Tm) of the second polymer is less than the melting temperature (Tm) of the first polymer, wherein Tm is obtained by differential scanning calorimetry, by identifying a melting temperature at which a main peak of a melting endotherm reaches a maximum on a DSC trace as described in Example 13.
A method of processing biomass which comprises the pre-treatment of biomass material in an aqueous solvent system, wherein a slurry of biomass, water, a water miscible solvent and a water immiscible solvent; and including an organic acid; are digested and subjected to ultrasonic waves; and separating the biomass into its constituents of lignin, hemicellulose and cellulose.
A sandwich-type wall, roof or floor structure of a space to be ventilated comprising a ventilation system comprising at least one fan positioned at at least one air inlet aperture (90a,90b) or at at least one air outlet aperture (90c,90d,90e) for sucking air therethrough and providing an air flow; at least one ventilation aperture for guiding air into the space to be ventilated; at least a first and a second air channel; characterized in that the first and the second air channel are formed respectively into a single layer of the sandwich-type wall, roof or floor structure of the space to be ventilated, wherein the first and the second air channel are formed in the plane of the respective layer in which they are formed; and in that the first and the second air channel are joined at one end thereof to form an indirect air path having curves and bends from the air inlet aperture to the ventilation aperture. at least one fan positioned at at least one air inlet aperture (90a,90b) or at at least one air outlet aperture (90c,90d,90e) for sucking air therethrough and providing an air flow; at least one ventilation aperture for guiding air into the space to be ventilated; at least a first and a second air channel; characterized in that the first and the second air channel are formed respectively into a single layer of the sandwich-type wall, roof or floor structure of the space to be ventilated, wherein the first and the second air channel are formed in the plane of the respective layer in which they are formed; and in that the first and the second air channel are joined at one end thereof to form an indirect air path having curves and bends from the air inlet aperture to the ventilation aperture.
A power production system comprising: a fuel cell separation system comprising a molten carbonate fuel cell and configured to receive a flue gas and to produce electrical power therefrom; a flue gas polishing system positioned upstream of the fuel cell separation system and configured to remove contaminants in the flue gas; a flue gas analyzer configured to receive a first sample of the flue gas from a location upstream of the flue gas polishing system, to receive a second sample of the flue gas from a location downstream of the flue gas polishing system, and to measure in real time an amount of the contaminants in the flue gas at the location upstream of the flue gas polishing system and at the location downstream of the flue gas polishing system; and a plant control system operatively coupled to the flue gas polishing system, the flue gas analyzer, and the fuel cell separation system and configured to adjust operational parameters of the flue gas polishing system based on feedback signal sent from the flue gas analyzer. a fuel cell separation system comprising a molten carbonate fuel cell and configured to receive a flue gas and to produce electrical power therefrom; a flue gas polishing system positioned upstream of the fuel cell separation system and configured to remove contaminants in the flue gas; a flue gas analyzer configured to receive a first sample of the flue gas from a location upstream of the flue gas polishing system, to receive a second sample of the flue gas from a location downstream of the flue gas polishing system, and to measure in real time an amount of the contaminants in the flue gas at the location upstream of the flue gas polishing system and at the location downstream of the flue gas polishing system; and a plant control system operatively coupled to the flue gas polishing system, the flue gas analyzer, and the fuel cell separation system and configured to adjust operational parameters of the flue gas polishing system based on feedback signal sent from the flue gas analyzer.
A system for controlling pressure in a CO 2 refrigeration system having a receiving tank, a compressor and a gas cooler or condenser, the system for controlling pressure comprising: a gas bypass valve configured to fluidly connect with an outlet of the receiving tank and be arranged in series with the compressor; a parallel compressor configured to fluidly connect with the outlet of the receiving tank and be arranged in parallel with both the gas bypass valve and the compressor; and a controller, characterised in that the controller is configured to: receive an indication of a CO 2 refrigerant flow rate (pos bypass) through the gas bypass valve; compare the indication of the CO 2 refrigerant flow rate (pos bypass) with a threshold value (pos thresh) indicating a threshold flow rate through the gas bypass valve; and activate the parallel compressor in response to the indication of the CO 2 refrigerant flow rate (pos bypass) exceeding the threshold value (pos thresh). a gas bypass valve configured to fluidly connect with an outlet of the receiving tank and be arranged in series with the compressor; a parallel compressor configured to fluidly connect with the outlet of the receiving tank and be arranged in parallel with both the gas bypass valve and the compressor; and a controller, characterised in that the controller is configured to: receive an indication of a CO 2 refrigerant flow rate (pos bypass) through the gas bypass valve; compare the indication of the CO 2 refrigerant flow rate (pos bypass) with a threshold value (pos thresh) indicating a threshold flow rate through the gas bypass valve; and activate the parallel compressor in response to the indication of the CO 2 refrigerant flow rate (pos bypass) exceeding the threshold value (pos thresh). receive an indication of a CO 2 refrigerant flow rate (pos bypass) through the gas bypass valve; compare the indication of the CO 2 refrigerant flow rate (pos bypass) with a threshold value (pos thresh) indicating a threshold flow rate through the gas bypass valve; and activate the parallel compressor in response to the indication of the CO 2 refrigerant flow rate (pos bypass) exceeding the threshold value (pos thresh).
An IC card comprising: a contact communication interface configured to perform contact communication with a reader/writer (22, 23); a non-contact communication interface configured to perform non-contact communication with the reader/writer (22, 23); a nonvolatile memory including a storage area in which historical bytes are stored, and a processor configured to add the historical bytes in the storage area of the nonvolatile memory to an Answer To Reset in the contact communication and an Answer To Select in the non-contact communication, characterized in that the processor is configured to rewrite the historical bytes in the storage area of the nonvolatile memory based on a predetermined command from the reader/writer (22, 23) to which command historical bytes for rewriting are added. a contact communication interface configured to perform contact communication with a reader/writer (22, 23); a non-contact communication interface configured to perform non-contact communication with the reader/writer (22, 23); a nonvolatile memory including a storage area in which historical bytes are stored, and a processor configured to add the historical bytes in the storage area of the nonvolatile memory to an Answer To Reset in the contact communication and an Answer To Select in the non-contact communication, characterized in that the processor is configured to rewrite the historical bytes in the storage area of the nonvolatile memory based on a predetermined command from the reader/writer (22, 23) to which command historical bytes for rewriting are added.
An adjustable article of furniture having a drive unit, the drive unit comprising • a linear actuator comprising a DC motor which, via a transmission, drives an adjustment means for adjusting an adjustable element in a structure in which the drive unit is incorporated, • a power supply comprising a transformer having a primary side for connection to a mains voltage and a secondary side with rectification and smoothing for connection to the DC motor, and • a control unit comprising a first control to compensate for the loss in the motor, thereby keeping the speed thereof constant for a first period of time, whereby the control unit as means for smoothing in the power supply comprises a second control adapted to remove the ripple in the voltage, thereby keeping the speed of the motor constant for a second period of time, said second period of time being shorter in duration than said first period of time; and that the second control is performed by the following two steps, viz. a forward step in which the duty cycle may be expressed by k and V in, and a power step in which V out may be expressed by V in and the duty cycle, wherein the result of the forward step and the power step is V out = k, and wherein V in is the input voltage from the rectification, V out is the output voltage from the power step, k is a constant given by the actual circuits for the forward step and the power step, and wherein the duty cycle is the proportional time for which the power supply may be loaded during a given period of time. • a linear actuator comprising a DC motor which, via a transmission, drives an adjustment means for adjusting an adjustable element in a structure in which the drive unit is incorporated, • a power supply comprising a transformer having a primary side for connection to a mains voltage and a secondary side with rectification and smoothing for connection to the DC motor, and • a control unit comprising a first control to compensate for the loss in the motor, thereby keeping the speed thereof constant for a first period of time,
A method for controlling circuitry of a softstarter arrangement to operate an electric motor provided for driving a pump comprised in a pump system having unwanted solid objects in the pump system, the circuitry electrically connecting the motor to electric mains, the method comprising the steps of: (i) controlling the circuitry of the softstarter arrangement to accelerate the motor up to full speed in a forward direction for a first period of time, the accelerating being achieved by applying a voltage ramp; (ii) controlling the circuitry of the softstarter arrangement to decelerate the motor when the motor has run at full speed in the forward direction for the first period of time; (iii) controlling the circuitry of the softstarter arrangement to accelerate the motor up to a specified speed in a reverse direction for a second period of time; (iv) controlling the circuitry of the softstarter arrangement to decelerate the motor when the motor has run at the specified speed in the reverse direction for the second period of time; and (v) repeating the steps (i)-(iv) one or more times, thereby effectively cutting the unwanted solid objects in the pump system by pump blades of the pump, wherein effluent residues are flushed away; wherein steps (iii) and (iv) are performed by means of controlling the circuitry of the softstarter arrangement to operate in slow speed mode, thereby enabling the specified speed in the reverse direction to be up to about 1/3 of the full speed in the forward direction, wherein the method is performed with different settings of the ramp at different times or in response to different conditions. (i) controlling the circuitry of the softstarter arrangement to accelerate the motor up to full speed in a forward direction for a first period of time, the accelerating being achieved by applying a voltage ramp; (ii) controlling the circuitry of the softstarter arrangement to decelerate the motor when the motor has run at full speed in the forward direction for the first period of time; (iii) controlling the circuitry of the softstarter arrangement to accelerate the motor up to a specified speed in a reverse direction for a second period of time; (iv) controlling the circuitry of the softstarter arrangement to decelerate the motor when the motor has run at the specified speed in the reverse direction for the second period of time; and (v) repeating the steps (i)-(iv) one or more times, thereby effectively cutting the unwanted solid objects in the pump system by pump blades of the pump, wherein effluent residues are flushed away;
Disengageable lock, in particular for motor vehicle locking system, comprising a fixed stator, an intermediate tubular sleeve which is mounted rotatably about its axis in the stator and which is axially stationary relative to the stator, a rotor which is mounted rotatably in the sleeve, which is axially stationary in the sleeve and which comprises springs radially mobile under the action of a key designed to be introduced axially into the rotor, the rotor and the intermediate sleeve being locked in rotation relative to each other by the springs when the key is not compatible, a driving member coupling the rotor and a control lever, called locking-interlocking lever, when the key is compatible and an indexer which is axially mobile between a rest position and a disengaged position, under the effect of a rotation of the sleeve relative to the stator following the rotation of the rotor of a non-compatible key, to move axially the driving element towards a disengaged position, with the indexer and the driving member being cylindrical parts surrounding the rotor and are mobile in mutual support, with the driving member being linked in disengageable rotation on the rotor, with the indexer being linked in translation in the stator by ribs surrounding the intermediate sleeve, characterised in that the indexer is integral in rotation with the locking-interlocking lever, in said disengaged position.
Effervescent tablet for the extemporaneous preparation of a suspension suitable for inhalatory administration comprising at least one water-insoluble active principle and excipients suitable for inhalatory administration comprising: an acidic compound selected from citric acid, tartaric acid, a basic compound selected from carbonate, bicarbonate, baked carbonate and baked bicarbonate; non-ionic or ionic surfactants, wherein said water-insoluble active principle has been micronized to a particle size between 0.5 to 7 μm and wherein said effervescent tablet, once added to water or to an aqueous solution, disaggregates until obtaining said extemporaneous suspension suitable for inhalatory administration, in which the original particle size distribution of said water insoluble active principle is maintained. an acidic compound selected from citric acid, tartaric acid, a basic compound selected from carbonate, bicarbonate, baked carbonate and baked bicarbonate; non-ionic or ionic surfactants, wherein said water-insoluble active principle has been micronized to a particle size between 0.5 to 7 μm and wherein said effervescent tablet, once added to water or to an aqueous solution, disaggregates until obtaining said extemporaneous suspension suitable for inhalatory administration, in which the original particle size distribution of said water insoluble active principle is maintained.
An actuator system that is configured as a two-channel electropneumatic axle modulator for a braking system of a commercial vehicle, wherein the actuator system has: two fluid-actuated consumers and a pilot unit for controlling the fluid-actuated consumer, wherein the pilot unit has at least two electromagnetic pilot-valves (4, 5, 6) per consumer, each having: - a coil for producing a magnetic flux along a valve axis, - an armature which can be displaced in an axial direction (x) of the valve axis, - a valve seat that can be closed and released by the armature, - a fluid inlet connection (4a, 5a, 6a) for a fluid and a fluid outlet connection (4b, 5b, 6b) for the fluid, wherein in each case at least two of the pilot valves (4, 5, 6) per consumer lie adjacent to one another with parallel valve axes in a transverse direction (y) perpendicular to their axial direction (x), wherein the at least four pilot valves are aligned in axial direction (x), and the pilot valves (4, 5, 6) each have a connection (4b, 5a, 6b) jutting towards a common underside for connection to a pilot chamber of the consumer controlled by the pilot valves (4, 5, 6), wherein the pilot unit is placed on a pilot chamber of the consumer forming the fluid inlet connection in a perpendicular direction (z) vertical to the axial direction (x) of the electromagnetic pilot valves (4, 5, 6, 14, 15, 16). two fluid-actuated consumers and a pilot unit for controlling the fluid-actuated consumer, wherein the pilot unit has at least two electromagnetic pilot-valves (4, 5, 6) per consumer, each having: - a coil for producing a magnetic flux along a valve axis, - an armature which can be displaced in an axial direction (x) of the valve axis, - a valve seat that can be closed and released by the armature, - a fluid inlet connection (4a, 5a, 6a) for a fluid and a fluid outlet connection (4b, 5b, 6b) for the fluid, - a coil for producing a magnetic flux along a valve axis, - an armature which can be displaced in an axial direction (x) of the valve axis, - a valve seat that can be closed and released by the armature, - a fluid inlet connection (4a, 5a, 6a) for a fluid and a fluid outlet connection (4b, 5b, 6b) for the fluid, wherein in each case at least two of the pilot valves (4, 5, 6) per consumer lie adjacent to one another with parallel valve axes in a transverse direction (y) perpendicular to their axial direction (x), wherein the at least four pilot valves are aligned in axial direction (x), and the pilot valves (4, 5, 6) each have a connection (4b, 5a, 6b) jutting towards a common underside for connection to a pilot chamber of the consumer controlled by the pilot valves (4, 5, 6), wherein the pilot unit is placed on a pilot chamber of the consumer forming the fluid inlet connection in a perpendicular direction (z) vertical to the axial direction (x) of the electromagnetic pilot valves (4, 5, 6, 14, 15, 16).
A computer-implemented method of processing signals for making base calls in sequencing-by-synthesis a polynucleotide strand contained in a well of an array having multiple wells, comprising: receiving signal data relating to chemical reactions in a plurality of wells within a region of the array resulting from a flow of nucleotides to the array, wherein the plurality of wells includes the well containing the polynucleotide strand; calculating a set of averaged signal values from the signal data; determining a region-wide signal droop rate by fitting a signal decay function to the set of averaged signal values; performing a base calling analysis of the signal data from the well containing the polynucleotide strand using the region-wide signal droop rate; applying the region-wide signal droop rate to the signal decay function; fitting the signal decay function to the signal data from the well containing the polynucleotide strand to obtain an individual-read signal droop rate; and performing a base calling analysis of the signal data from the well containing the polynucleotide strand using the individual-read signal droop rate. receiving signal data relating to chemical reactions in a plurality of wells within a region of the array resulting from a flow of nucleotides to the array, wherein the plurality of wells includes the well containing the polynucleotide strand; calculating a set of averaged signal values from the signal data; determining a region-wide signal droop rate by fitting a signal decay function to the set of averaged signal values; performing a base calling analysis of the signal data from the well containing the polynucleotide strand using the region-wide signal droop rate; applying the region-wide signal droop rate to the signal decay function; fitting the signal decay function to the signal data from the well containing the polynucleotide strand to obtain an individual-read signal droop rate; and performing a base calling analysis of the signal data from the well containing the polynucleotide strand using the individual-read signal droop rate.
A method for wireless communication at a user equipment, UE, in a shared radio frequency spectrum band, comprising: receiving, at the UE, a feedback trigger for transmission of a hybrid automatic repeat request, HARQ, feedback; determining a HARQ acknowledgement, ACK, codebook size based on a number of configured HARQ processes; and transmitting the HARQ feedback in accordance with the HARQ ACK codebook size, wherein the HARQ feedback trigger is embedded in a downlink control information, DCI, which is separate from a downlink grant and an uplink grant. receiving, at the UE, a feedback trigger for transmission of a hybrid automatic repeat request, HARQ, feedback; determining a HARQ acknowledgement, ACK, codebook size based on a number of configured HARQ processes; and transmitting the HARQ feedback in accordance with the HARQ ACK codebook size, wherein the HARQ feedback trigger is embedded in a downlink control information, DCI, which is separate from a downlink grant and an uplink grant.
Device for bracing a battery module which comprises a multiplicity of battery cells (101,... 10n), characterized by: - a first clamping plate for the positioning of the battery cells (101,... 10n), - a cooler which is between the first clamping plate and the battery cells (101,... 10n), and - a bracing means (205, 206) which is configured so as to brace the first clamping plate (201, 202) and the battery cells (101,... 10n) against one another, characterized in that the first clamping plate is of L-shaped form. - a first clamping plate for the positioning of the battery cells (101,... 10n), - a cooler which is between the first clamping plate and the battery cells (101,... 10n), and - a bracing means (205, 206) which is configured so as to brace the first clamping plate (201, 202) and the battery cells (101,... 10n) against one another, characterized in that the first clamping plate is of L-shaped form.