mhurhangee/patent-ind-claim-en huggingface dataset:
Method of generating and handling of Digital Subscriber Line, DSL connection-profiles thereby providing an adaptation functionality of a DSL-connection, comprising the steps of: - collecting , each time a service is requested by a user of a DSL-connection. individual service-based-data, wherein the individual service-based-data comprise the start time and end time of use of the requested service and a transmit spectrum routed via the DSL-connection during the use of the requested service; - analyzing the collected individual service-based-data and based thereon assigning to the analyzed collected individual service-based-data a current individual DSL-connection profile comprising individual repetition times of the current individual DSL-connection profile and an individual mean transmit data rate; - comparing the current individual DSL-connection profile with any individual DSL-connection profile already stored in an operations scheduling memory - depending on the result of the step of comparing, updating an already stored individual DSL-connection profile based on the current individual DSL-connection profile or storing the current individual DSL-connection profile as a further individual DSL-connection profile in the operations scheduling memory, - wherein, prior to each time of repetition of any stored individual DSL-connection profile, a start time of correspondingly adjusting a condition of the DSL-connection is set to respectively match a respective imminent stored individual DSL-connection profile with the synchronization thereof already finished. - collecting , each time a service is requested by a user of a DSL-connection. individual service-based-data, wherein the individual service-based-data comprise the start time and end time of use of the requested service and a transmit spectrum routed via the DSL-connection during the use of the requested service; - analyzing the collected individual service-based-data and based thereon assigning to the analyzed collected individual service-based-data a current individual DSL-connection profile comprising individual repetition times of the current individual DSL-connection profile and an individual mean transmit data rate; - comparing the current individual DSL-connection profile with any individual DSL-connection profile already stored in an operations scheduling memory - depending on the result of the step of comparing, updating an already stored individual DSL-connection profile based on the current individual DSL-connection profile or storing the current individual DSL-connection profile as a further individual DSL-connection profile in the operations scheduling memory, - wherein, prior to each time of repetition of any stored individual DSL-connection profile, a start time of correspondingly adjusting a condition of the DSL-connection is set to respectively match a respective imminent stored individual DSL-connection profile with the synchronization thereof already finished.
System for managing at least one sub-assembly of an electric battery , the one or each sub-assembly comprising a plurality of power storage cells , the system including, for each power storage cell , a circuit for managing the state of the cell and a communication circuit , the communication circuit being configured such that it receives and transmits data relative to the cell , characterised in that the communication circuit is configured such that it transposes, over a carrier frequency, the data to be received and to be transmitted, the value of said carrier frequency being greater than or equal to 1 GHz, and in that the management system further includes, for the one or for each sub-assembly , a loss cable connecting the power storage cells of said sub-assembly , and in that said loss cable acts as a waveguide and is coupled, for each power storage cell , by capacitive coupling means electrically connected to the communication circuit of the cell , the power storage cells in the same subassembly being connected to each other in series.
A shut-off valve for being disposed in a suction pipe of a central vacuum system, the shut-off valve having a housing , the housing having a passage opening for the passage of suction air, and the entry cross section of the passage opening being configured to be connected to the suction pipe , and the exit cross section of the passage opening being configured to be connected to the suction pipe , the housing comprising a blocking element, the blocking element being configured to be shifted between a blocking position and an open position, and the passage opening being closed when the blocking element is in the blocking position, and the passage opening being open when the blocking element is in the open position, and the blocking element being configured to be shifted between the open position and the blocking position by a drive, characterized in that the blocking element is a plate-shaped gate valve , the edge of the gate valve being guided in a groove at least partially surrounding the passage opening , the gate valve being mounted in the housing in such a manner that it can be shifted between the open position and the blocking position along a linear travel, the drive being a linear actuator , the linear actuator being driven by an electric drive motor , the linear actuator comprising a gear mechanism translating the rotatory drive movement of the drive motor into a linear drive movement of the linear actuator.
A blade comprising: a blade body , the blade body comprising: a cavity defined, at least partially, by a first interior surface of the blade body and by a second interior surface of the blade body opposite the first interior surface of the blade body ; a first rib extending from the first interior surface of the blade body; a second rib extending from the first interior surface of the blade body; a third rib extending from the second interior surface of the blade body; wherein the third rib is located between the first rib and the second rib; a bulkhead rib traversing the cavity , wherein the bulkhead rib separates a radially inward portion of the cavity from a radially outward portion of the cavity ; and a viscoelastic material disposed in the radially inward portion of the cavity and characterized in that the first rib and the second rib terminate prior to the second interior surface and the third rib terminates prior to the first interior surface . a blade body , the blade body comprising: a cavity defined, at least partially, by a first interior surface of the blade body and by a second interior surface of the blade body opposite the first interior surface of the blade body ; a first rib extending from the first interior surface of the blade body; a second rib extending from the first interior surface of the blade body; a third rib extending from the second interior surface of the blade body; wherein the third rib is located between the first rib and the second rib; a bulkhead rib traversing the cavity , wherein the bulkhead rib separates a radially inward portion of the cavity from a radially outward portion of the cavity ; and a cavity defined, at least partially, by a first interior surface of the blade body and by a second interior surface of the blade body opposite the first interior surface of the blade body ; a first rib extending from the first interior surface of the blade body; a second rib extending from the first interior surface of the blade body; a third rib extending from the second interior surface of the blade body; wherein the third rib is located between the first rib and the second rib; a bulkhead rib traversing the cavity , wherein the bulkhead rib separates a radially inward portion of the cavity from a radially outward portion of the cavity ; and a viscoelastic material disposed in the radially inward portion of the cavity and characterized in that the first rib and the second rib terminate prior to the second interior surface and the third rib terminates prior to the first interior surface .
A token bucket flow rate limiter for data transmission, comprising: • a token counter configured to be incremented at a rate determining the average flow rate of the transmission; • a frequency divider connected to control incrementing of the token counter from a clock (CK), the divider having an integer division factor (N) ; and • a modulator configured to alternate the division factor between two different integers (N, N+1) so that the resulting average flow rate tends to a programmed flow rate comprised between two boundary flow rates respectively corresponding to the two integers. • a token counter configured to be incremented at a rate determining the average flow rate of the transmission; • a frequency divider connected to control incrementing of the token counter from a clock (CK), the divider having an integer division factor (N) ; and • a modulator configured to alternate the division factor between two different integers (N, N+1) so that the resulting average flow rate tends to a programmed flow rate comprised between two boundary flow rates respectively corresponding to the two integers.
Support for a household appliance comprising a fixed part and a moving part, a hollow chamber being formed between the fixed part and the moving part and the hollow chamber being provided with a hydraulic medium; at least two supports for the household appliance are communicated with each other through a high-pressure pipe ; and the hydraulic medium circulates among the supports under action of pressure to drive the moving part to extend and retract to automatic leveling; a liquid outlet nozzle communicating with the hollow chamber is arranged on the fixed part, characterized in that the high-pressure pipe is in sealed connection with the liquid outlet nozzle through a snap-in connecting member having a snap-in connecting part , the snap-in connecting member has a reinforcing apron which is fit with the fixed part and the snap-in connecting part the snap-in connecting member is a snap-in connecting sleeve; and the reinforcing apron is a block which is fixed to one side of the snap-in connecting sleeve or is a block which is fixed to the whole circumferential wall of the snap-in connecting sleeve. at least two supports for the household appliance are communicated with each other through a high-pressure pipe ; and the hydraulic medium circulates among the supports under action of pressure to drive the moving part to extend and retract to automatic leveling; a liquid outlet nozzle communicating with the hollow chamber is arranged on the fixed part, characterized in that the high-pressure pipe is in sealed connection with the liquid outlet nozzle through a snap-in connecting member having a snap-in connecting part , the snap-in connecting member has a reinforcing apron which is fit with the fixed part and the snap-in connecting part the snap-in connecting member is a snap-in connecting sleeve; and the reinforcing apron is a block which is fixed to one side of the snap-in connecting sleeve or is a block which is fixed to the whole circumferential wall of the snap-in connecting sleeve.
Continuous extrusion process for a metal-containing bulk material for producing an extruded body, comprising the following steps: - introducing the metal-containing bulk material into a press channel of a metal powder extrusion plant which is bounded by a rotating extrusion wheel and press tool components which comprise an inlet region having sealing plates and a deflection region with a counterholder and a feed plate , - feeding the metal-containing bulk material via a circumferential groove of the rotating extrusion wheel to the counterholder and deflecting the compacted metal-containing bulk material in the deflection region through the feed plate , which has an opening, to a die , characterized in that three sealing plates arranged in the circumferential direction are used, each of which can be cooled in a graded manner by associated cooling devices, one cooling device comprising cooling channels which are integrated in the sealing plates and through which a cooling medium flows, wherein temperature sensors are integrated in the sealing plates , which are connected to a controller for individual and separate control of the temperature of the sealing plates , wherein each sealing plate is assigned its own control circuit. - introducing the metal-containing bulk material into a press channel of a metal powder extrusion plant which is bounded by a rotating extrusion wheel and press tool components which comprise an inlet region having sealing plates and a deflection region with a counterholder and a feed plate , - feeding the metal-containing bulk material via a circumferential groove of the rotating extrusion wheel to the counterholder and deflecting the compacted metal-containing bulk material in the deflection region through the feed plate , which has an opening, to a die ,
An oral care implement comprising: a handle comprising a first component constructed of a first material and a second component constructed of a second material; the first component comprising: first, second and third depressions formed into an outer surface of the first component ; and a first through-hole extending from a floor of the second depression to a floor of the third depression , the first through-hole extending through sidewalls of the first depression ; and the second component comprising: a first portion disposed within the first depression , a second portion disposed within the second depression , and a third portion disposed within the third depression ; and the first, second and third portions connected together to form an integral mass of the second material. a handle comprising a first component constructed of a first material and a second component constructed of a second material; the first component comprising: first, second and third depressions formed into an outer surface of the first component ; and a first through-hole extending from a floor of the second depression to a floor of the third depression , the first through-hole extending through sidewalls of the first depression ; and the second component comprising: a first portion disposed within the first depression , a second portion disposed within the second depression , and a third portion disposed within the third depression ; and the first, second and third portions connected together to form an integral mass of the second material. first, second and third depressions formed into an outer surface of the first component ; and a first through-hole extending from a floor of the second depression to a floor of the third depression , the first through-hole extending through sidewalls of the first depression ; and the second component comprising: a first portion disposed within the first depression , a second portion disposed within the second depression , and a third portion disposed within the third depression ; and the first, second and third portions connected together to form an integral mass of the second material. a first portion disposed within the first depression , a second portion disposed within the second depression , and a third portion disposed within the third depression ; and the first, second and third portions connected together to form an integral mass of the second material.
A superabsorbent polymer composition comprising superabsorbent polymer particles comprising crosslinked polymer of water-soluble ethylenically unsaturated monomers including acid groups, of which at least a part are neutralized; a chelating agent including EDTA or an alkali metal salt thereof; and a mixture of organic acid and a silicate-based salt.
A medical device configured to: deliver electrical stimulation therapy comprising a first train of electrical stimulation pulses to a patient, wherein the first train of electrical stimulation pulses comprises a first pulse frequency greater than or equal to 500 Hertz; after delivering the first train of electrical stimulation pulses, cease the delivery of the electrical stimulation therapy for a predetermined period of time; during the predetermined period of time, sense an evoked compound action potential (ECAP) signal from a tissue of the patient; determine, based on a characteristic value of the ECAP signal, a value of at least one parameter at least partially defining a second train of electrical stimulation pulses, wherein the second train of electrical stimulation pulses comprises a second pulse frequency greater than or equal to 500 Hertz; and responsive to the predetermined period of time elapsing, deliver the second train of electrical stimulation pulses according to the value of the at least one parameter at least partially defining the second train of pulses. deliver electrical stimulation therapy comprising a first train of electrical stimulation pulses to a patient, wherein the first train of electrical stimulation pulses comprises a first pulse frequency greater than or equal to 500 Hertz; after delivering the first train of electrical stimulation pulses, cease the delivery of the electrical stimulation therapy for a predetermined period of time; during the predetermined period of time, sense an evoked compound action potential (ECAP) signal from a tissue of the patient; determine, based on a characteristic value of the ECAP signal, a value of at least one parameter at least partially defining a second train of electrical stimulation pulses, wherein the second train of electrical stimulation pulses comprises a second pulse frequency greater than or equal to 500 Hertz; and responsive to the predetermined period of time elapsing, deliver the second train of electrical stimulation pulses according to the value of the at least one parameter at least partially defining the second train of pulses.
An optical reformatter for generating an output beam , comprising: a collimator which receives an input light and produces a first collimated beam ; a first optical element which (i) redirects one or more portions of the first collimated beam so they are non-parallel to the first collimated beam and received by the collimator which produces one or more reimaging beams; and (ii) allows one or more portions of the first collimated beam to pass by the first optical element to form part of the output beam; a second optical element which redirects one or more portions of the reimaging beams so they are received by the collimator which produces additional collimated beams; wherein one or more portions of the additional collimated beams also form parts of the output beam . a collimator which receives an input light and produces a first collimated beam ; a first optical element which (i) redirects one or more portions of the first collimated beam so they are non-parallel to the first collimated beam and received by the collimator which produces one or more reimaging beams; and (ii) allows one or more portions of the first collimated beam to pass by the first optical element to form part of the output beam; (i) redirects one or more portions of the first collimated beam so they are non-parallel to the first collimated beam and received by the collimator which produces one or more reimaging beams; and (ii) allows one or more portions of the first collimated beam to pass by the first optical element to form part of the output beam; a second optical element which redirects one or more portions of the reimaging beams so they are received by the collimator which produces additional collimated beams; wherein one or more portions of the additional collimated beams also form parts of the output beam .
A method for producing a protein material having a livestock meat-like texture, comprising performing an addition of an organic acid and a heating and a chopping by agitation at the same time, with respect to a paste of fish meat or chicken meat, wherein the addition amount of the organic acid based on the fish meat or the chicken meat is from 0.1 to 1.0% by weight, and heating is performed in a manner that the core temperature becomes 80 to 100°C in the end. the addition amount of the organic acid based on the fish meat or the chicken meat is from 0.1 to 1.0% by weight, and heating is performed in a manner that the core temperature becomes 80 to 100°C in the end.
An alkyd resin obtainable by polymerization of reaction components comprising: (a) a polybasic acid; (b) a polyhydric alcohol; (c) an unsaturated fatty acid comprising in the range of from 12 to 24 carbon atoms; and (d) optionally a monocarboxylic acid other than an unsaturated fatty acid comprising in the range of from 12 to 24 carbon atoms and other than a polyhydric alcohol, wherein at least part of the polybasic acid (a) and/or of the monocarboxylic acid (d) is a 1-substituted-5-oxopyrrolidine-3-carboxylic acid obtainable by reacting itaconic acid with a primary amine group of an amine, wherein the amine comprises an aromatic or non-aromatic cyclic group. (a) a polybasic acid; (b) a polyhydric alcohol; (c) an unsaturated fatty acid comprising in the range of from 12 to 24 carbon atoms; and (d) optionally a monocarboxylic acid other than an unsaturated fatty acid comprising in the range of from 12 to 24 carbon atoms and other than a polyhydric alcohol,
A multi-pump control system for controlling pumps installed in parallel, comprising - a control module , - a processing module , - a communication interface , and - a storage module , wherein the control module is configured to a) ramp up, following at least one pre-determined model curve, the speed of k pumps in addition to a subset j of i pumps of a multi-pump system comprising N pumps and running at a speed ω j providing a total head Δp, wherein N ≥ 2, 1 ≤ k < N and 1 ≤ i < N, wherein the control module is configured to simultaneously ramp down, following at least one pre-determined model curve, the i pumps of the subset j from the speed ω j to a lower speed ω m , wherein the speed ω m is the speed required for a subset m of i+k pumps to provide the same total head Δp, and/or b) ramp down, following at least one pre-determined model curve, the speed of k pumps of a subset j of i pumps of a multi-pump system comprising N pumps and running at a speed ω j providing a total head Δp, wherein N ≥ 2, 1 ≤ k < i and 1 < i ≤ N, wherein the control module is configured to simultaneously ramp up, following at least one pre-determined model curve, the i-k pumps of a residual subset r from the speed ω j to a higher speed ω r , wherein the speed ω r is the speed required for a residual subset r of i-k pumps to provide the same total head Δp, characterised in that , in each one of the options (a) and (b), the model curves are such that the total head and the total flow are automatically held constant during ramping up/down, such that no feedback-loop for controlling based on monitored measured values is needed. - a control module , - a processing module , - a communication interface , and - a storage module , a) ramp up, following at least one pre-determined model curve, the speed of k pumps in addition to a subset j of i pumps of a multi-pump system comprising N pumps and running at a speed ω j providing a total head Δp, wherein N ≥ 2, 1 ≤ k < N and 1 ≤ i < N, wherein the control module is configured to simultaneously ramp down, following at least one pre-determined model curve, the i pumps of the subset j from the speed ω j to a lower speed ω m , wherein the speed ω m is the speed required for a subset m of i+k pumps to provide the same total head Δp, and/or b) ramp down, following at least one pre-determined model curve, the speed of k pumps of a subset j of i pumps of a multi-pump system comprising N pumps and running at a speed ω j providing a total head Δp, wherein N ≥ 2, 1 ≤ k < i and 1 < i ≤ N, wherein the control module is configured to simultaneously ramp up, following at least one pre-determined model curve, the i-k pumps of a residual subset r from the speed ω j to a higher speed ω r , wherein the speed ω r is the speed required for a residual subset r of i-k pumps to provide the same total head Δp,