mhurhangee/patent-ind-claim-en huggingface dataset:
Corona shielding system for an electrical machine, comprising a polymeric matrix and particles disposed therein that have a core and a coating, where the core contains mica and the coating a metal oxide, characterized in that the metal oxide coating has surface functionalization for binding to the matrix.
A vehicle control apparatus applied to a hybrid vehicle driving system for railroad including an engine , an engine controller that controls an operation of the engine, a generator coupled to the engine, a converter that converts alternating-current power output from the generator into desired direct-current power, a converter controller that controls an operation of the converter, a load device that receives supply of direct-current power from the converter and operates, a rotational speed detector that detects a rotational speed of the generator, and a battery electrically connected to the load device and the generator, the vehicle control apparatus being configured to be capable of controlling start of the engine, wherein a system controller that overall controls the engine controller, the converter controller, and the converter is provided, and the system controller drives, through the converter controller, the generator with a rotational-speed command value smaller than an idling maintenance rotational speed of the engine, and starts, through the engine controller, fuel injection to the engine after an elapse of a predetermined time, characterized in that the converter controller includes a lower limit torque limiter that limits a lower limit value to zero for a torque command that is based on proportional integration control, an input of which is difference information between a generator-rotational-speed command value to the generator and the generator rotational speed, and the lower limit torque limiter suppresses a regenerative operation during start of the engine. a system controller that overall controls the engine controller, the converter controller, and the converter is provided, and the system controller drives, through the converter controller, the generator with a rotational-speed command value smaller than an idling maintenance rotational speed of the engine, and starts, through the engine controller, fuel injection to the engine after an elapse of a predetermined time, characterized in that the converter controller includes a lower limit torque limiter that limits a lower limit value to zero for a torque command that is based on proportional integration control, an input of which is difference information between a generator-rotational-speed command value to the generator and the generator rotational speed, and the lower limit torque limiter suppresses a regenerative operation during start of the engine.
A method of transmitting data in a storage device, the method comprising: encrypting (S10; S110) original data based on a homomorphic encryption algorithm to generate encrypted data; generating (S20; S120) a parameter for regeneration of a ciphertext having an operation level higher than an operation level of the encrypted data by using the encrypted data and a key value; and transmitting (S30; S130) the encrypted data and the parameter to an external host device (520; 620; 14-2; 1520). encrypting (S10; S110) original data based on a homomorphic encryption algorithm to generate encrypted data; generating (S20; S120) a parameter for regeneration of a ciphertext having an operation level higher than an operation level of the encrypted data by using the encrypted data and a key value; and transmitting (S30; S130) the encrypted data and the parameter to an external host device (520; 620; 14-2; 1520).
A method of manufacturing a liquid discharge head to vibrate a nozzle plate including a substrate formed of silicon and a piezoelectric body to discharge liquid, the method comprising: forming the piezoelectric body on the substrate ; and forming a nozzle orifice penetrating through the substrate and the piezoelectric body , characterised in that forming the piezoelectric body on the substrate is done while the substrate is heated to a temperature in the range of from 450°C to 600°C. forming the piezoelectric body on the substrate ; and forming a nozzle orifice penetrating through the substrate and the piezoelectric body , characterised in that forming the piezoelectric body on the substrate is done while the substrate is heated to a temperature in the range of from 450°C to 600°C.
An implant comprising a shell , a core comprising a gel-fill biomaterial, and a conductive layer between the core and the shell ; wherein the implant additionally comprises a sensor for detecting a change in one or more electrical properties of the conductive layer ; characterised in that the conductive layer comprises a coating adhered to an innermost surface of the shell , wherein the coating is in direct contact with the gel-fill biomaterial.
A process for preparing a modified pigment comprising the steps of: a) combining, in any order, a pigment, an aromatic amine, a base, and an aqueous medium to form a mixture, and b) combining the mixture and a diazotizing agent to form the modified pigment, wherein the aromatic amine comprises at least two carboxylic acid groups. a) combining, in any order, a pigment, an aromatic amine, a base, and an aqueous medium to form a mixture, and b) combining the mixture and a diazotizing agent to form the modified pigment, wherein the aromatic amine comprises at least two carboxylic acid groups.
A method for controlling a wind farm electrical power system, wherein the wind farm electrical power system includes a controller, a plurality of wind turbines electrically connected to an electrical grid through a point of interconnection, and wherein each wind turbine includes a voltage regulator, the method comprising: receiving , via the controller, one or more electrical signals associated with the point of interconnection for a frequency domain; estimating , via an estimator of the controller, a voltage sensitivity of the electrical grid using the one or more electrical signals; and, dynamically controlling a voltage of the wind farm electrical power system at the point of interconnection based on the voltage sensitivity; wherein the one or more electrical signals comprise at least one of phase voltage, phase current, active power and reactive power at the point of interconnection; and wherein estimating the voltage sensitivity of the electrical grid using the one or more electrical signals further comprises: modeling, via the controller, the electrical grid as a linear time-invariant system for the frequency domain; monitoring the frequency domain for perturbations; determining whether the perturbations correspond to the wind farm electrical power system or to neighboring wind farm electrical power systems; and, removing perturbations corresponding to neighboring wind farm electrical power systems to decouple an effect of the perturbations on the voltage sensitivity. receiving , via the controller, one or more electrical signals associated with the point of interconnection for a frequency domain; estimating , via an estimator of the controller, a voltage sensitivity of the electrical grid using the one or more electrical signals; and, dynamically controlling a voltage of the wind farm electrical power system at the point of interconnection based on the voltage sensitivity; wherein the one or more electrical signals comprise at least one of phase voltage, phase current, active power and reactive power at the point of interconnection; and wherein estimating the voltage sensitivity of the electrical grid using the one or more electrical signals further comprises: modeling, via the controller, the electrical grid as a linear time-invariant system for the frequency domain; monitoring the frequency domain for perturbations; determining whether the perturbations correspond to the wind farm electrical power system or to neighboring wind farm electrical power systems; and, removing perturbations corresponding to neighboring wind farm electrical power systems to decouple an effect of the perturbations on the voltage sensitivity. modeling, via the controller, the electrical grid as a linear time-invariant system for the frequency domain; monitoring the frequency domain for perturbations; determining whether the perturbations correspond to the wind farm electrical power system or to neighboring wind farm electrical power systems; and, removing perturbations corresponding to neighboring wind farm electrical power systems to decouple an effect of the perturbations on the voltage sensitivity.
A method of making a cold-set plug for a ceramic honeycomb body, said method comprising: preparing an aqueous composition comprising a refractory filler, an inorganic binder, and an organic binder, wherein the organic binder is present in the composition in an amount ranging from 1.0% to 5.0% by weight of the refractory filler in the composition; and forming a cold-set plug from the composition; wherein the composition is not fired before or after the cold-set plug is formed; wherein the inorganic binder is a colloidal silica; wherein the refractory filler comprises particles; wherein the particles of the refractory filler are particles of cordierite; and wherein 100% of the particles of the refractory filler, measured by a laser diffraction technique using a particle size analyzer, have a d 50 ranging from 10 μm to 40 μm, a d 10 of greater than 2 μm, and a d 90 of less than 110 μm, wherein d 50 is the median particle diameter, d 10 is the particle diameter at which 10% of the particles are finer in diameter, and d 90 is the particle diameter for which 90% of the particles are finer in diameter. preparing an aqueous composition comprising a refractory filler, an inorganic binder, and an organic binder, wherein the organic binder is present in the composition in an amount ranging from 1.0% to 5.0% by weight of the refractory filler in the composition; and forming a cold-set plug from the composition; wherein the composition is not fired before or after the cold-set plug is formed; wherein the inorganic binder is a colloidal silica; wherein the refractory filler comprises particles; wherein the particles of the refractory filler are particles of cordierite; and wherein 100% of the particles of the refractory filler, measured by a laser diffraction technique using a particle size analyzer, have a d 50 ranging from 10 μm to 40 μm, a d 10 of greater than 2 μm, and a d 90 of less than 110 μm, wherein d 50 is the median particle diameter, d 10 is the particle diameter at which 10% of the particles are finer in diameter, and d 90 is the particle diameter for which 90% of the particles are finer in diameter.
A method, in a User Equipment, for performing a random access procedure, the method comprising: receiving a request to switch a Reference Signal, RS, transmission from a first carrier to a second carrier on a secondary serving cell, SCell, without Physical Uplink Shared Channel, PUSCH; determining a first set of reference time resources for performing measurements in a cell belonging to a first carrier frequency, wherein the serving cell operates on a second carrier frequency; and performing a random access procedure over the secondary cell in relation to the RS switch, wherein performing the random access procedure comprises adapting the random access procedure to account for the determined first set of reference time resources by restricting a maximum number of random access preamble re-transmissions to the secondary serving cell during the determined first set of reference time resources. receiving a request to switch a Reference Signal, RS, transmission from a first carrier to a second carrier on a secondary serving cell, SCell, without Physical Uplink Shared Channel, PUSCH; determining a first set of reference time resources for performing measurements in a cell belonging to a first carrier frequency, wherein the serving cell operates on a second carrier frequency; and performing a random access procedure over the secondary cell in relation to the RS switch, wherein performing the random access procedure comprises adapting the random access procedure to account for the determined first set of reference time resources by restricting a maximum number of random access preamble re-transmissions to the secondary serving cell during the determined first set of reference time resources.
A mattress package , comprising: a plurality of core rolls formed by rolling up core segments , wherein a mattress core is formed by assembling the core segments; a covering roll formed by rolling up a cover material configured for covering the mattress core; and a box containing the plurality of core rolls and the covering roll . a plurality of core rolls formed by rolling up core segments , wherein a mattress core is formed by assembling the core segments; a covering roll formed by rolling up a cover material configured for covering the mattress core; and a box containing the plurality of core rolls and the covering roll .
Fastening apparatus for fastening a drive of an elevator system , the elevator system comprising an installation structure for installing the drive , the fastening apparatus comprising: a beam having two feet for fastening the beam to the installation structure ; a drive bracket for receiving the drive , the drive bracket being fastened to the beam ; and a support leg fastened at one end to the drive bracket and designed to additionally support the drive bracket on the installation structure , characterized in that the support leg comprises two or more elements which can be displaced relative to one another and which can be displaced telescopically into one another and latched in relation to one another, and the support leg is thereby adjustable in length. a beam having two feet for fastening the beam to the installation structure ; a drive bracket for receiving the drive , the drive bracket being fastened to the beam ; and a support leg fastened at one end to the drive bracket and designed to additionally support the drive bracket on the installation structure , characterized in that the support leg comprises two or more elements which can be displaced relative to one another and which can be displaced telescopically into one another and latched in relation to one another, and the support leg is thereby adjustable in length.
An opening device for a sliding window, comprising a base , a rotation shaft , a pulling cable , and a locking mechanism, wherein the rotation shaft is rotatably mounted on the base ; the pulling cable is wound on the rotation shaft ; and the locking mechanism is configured to control a rotation of the rotation shaft with respect to the base , characterized in that the opening device further comprises: a lead screw connected to the rotation shaft and rotating with the rotation shaft ; a screw nut threadably engaged with the lead screw ; a guiding member guiding the screw nut to move along an axial direction of the lead screw , thus confining a rotation of the screw nut , wherein the guiding member is fixedly disposed on the base ; a first friction member sleeved on the lead screw , rotating with the lead screw , and being movable along the axial direction of the lead screw ; a second friction member fixedly mounted on the base and in frictional engagement with the first friction member , wherein the second friction member and the screw nut are respectively provided at two opposite sides of the first friction member ; and an elastic member provided between the first friction member and the screw nut , wherein when the rotation shaft rotates in a first direction, the pulling cable is unwound from the rotation shaft , and the screw nut rotates towards the second friction member and presses the elastic member. a lead screw connected to the rotation shaft and rotating with the rotation shaft ; a screw nut threadably engaged with the lead screw ; a guiding member guiding the screw nut to move along an axial direction of the lead screw , thus confining a rotation of the screw nut , wherein the guiding member is fixedly disposed on the base ; a first friction member sleeved on the lead screw , rotating with the lead screw , and being movable along the axial direction of the lead screw ; a second friction member fixedly mounted on the base and in frictional engagement with the first friction member , wherein the second friction member and the screw nut are respectively provided at two opposite sides of the first friction member ; and an elastic member provided between the first friction member and the screw nut , wherein
A method of monitoring the bicarbonate content and the sodium content of a dialysis solution, wherein the dialysis solution is prepared while adding a bicarbonate component and an acidic sodium component, and wherein the method comprises the following steps: a. adding the acidic sodium component and measuring the conductivity (LF ist,Na ); b. adding the bicarbonate component and measuring the increase in conductivity (ΔLF ist,Bic ) caused by adding the bicarbonate component; c. determining the increase in conductivity (ΔLF exp,Bic ) expected due to the addition of the bicarbonate component; d. checking whether the measured increase in conductivity (ΔLF ist,Bic ) lies in an expected range of the increase in conductivity (ΔLF exp,Bic ); e. determining the total conductivity (LF exp,D ) expected after the addition of the bicarbonate component and of the acidic sodium component; f. measuring the total conductivity (LF ist,D ) after the addition of the bicarbonate component and of the acidic sodium component; and g. checking whether the measured total conductivity LF ist,D ) lies in an expected range of the total conductivity (LF exp,D ), wherein the measurement of the conductivity in accordance with step a.; the measurement of the increase in conductivity in accordance with step b.; and the measurement of the total conductivity in accordance with step f. are carried out by one and the same conductivity measurement cell. a. adding the acidic sodium component and measuring the conductivity (LF ist,Na ); b. adding the bicarbonate component and measuring the increase in conductivity (ΔLF ist,Bic ) caused by adding the bicarbonate component; c. determining the increase in conductivity (ΔLF exp,Bic ) expected due to the addition of the bicarbonate component; d. checking whether the measured increase in conductivity (ΔLF ist,Bic ) lies in an expected range of the increase in conductivity (ΔLF exp,Bic ); e. determining the total conductivity (LF exp,D ) expected after the addition of the bicarbonate component and of the acidic sodium component; f. measuring the total conductivity (LF ist,D ) after the addition of the bicarbonate component and of the acidic sodium component; and g. checking whether the measured total conductivity LF ist,D ) lies in an expected range of the total conductivity (LF exp,D ),
A probe , comprising: a rod-shaped plunger including a tip section and an insertion section connected to the tip section ; and a tube-shaped barrel in which the insertion section of the plunger is located inside; characterized in that the probe comprises: a conductive first fixing member which is located in an area where the plunger and the barrel face each other and is configured to fix the plunger to the barrel , the first fixing member having a lower melting point than that of the material of both of the plunger and barrel , wherein the gap between the plunger and the barrel is filled with the first fixing member without any voids, in a cross section of the probe in an area where the plunger and the barrel overlap each other, including the area where the first fixing member is located. a rod-shaped plunger including a tip section and an insertion section connected to the tip section ; and a tube-shaped barrel in which the insertion section of the plunger is located inside; characterized in that the probe comprises: a conductive first fixing member which is located in an area where the plunger and the barrel face each other and is configured to fix the plunger to the barrel , the first fixing member having a lower melting point than that of the material of both of the plunger and barrel , wherein the gap between the plunger and the barrel is filled with the first fixing member without any voids, in a cross section of the probe in an area where the plunger and the barrel overlap each other, including the area where the first fixing member is located. a conductive first fixing member which is located in an area where the plunger and the barrel face each other and is configured to fix the plunger to the barrel , the first fixing member having a lower melting point than that of the material of both of the plunger and barrel , wherein the gap between the plunger and the barrel is filled with the first fixing member without any voids, in a cross section of the probe in an area where the plunger and the barrel overlap each other, including the area where the first fixing member is located.
Structural component for a motor vehicle with a profile segment of at least partially hollow configuration which can be connected to a motor vehicle body via at least two fastening means which are arranged in a fastening section , a reinforcing element being arranged in the fastening section between a lateral impact face and the fastening means , which reinforcing element extends in the longitudinal direction of the profile segment , and which reinforcing element , in the case of an impact from the impact face , bears laterally against the fastening means with absorption of the impact energy at least partially via a displacement of the fastening means , characterized in that the fastening means are configured as sleeves which extend between an upper side and a lower side of the fastening section and are held in the profile segment in a substantially positively locking manner against lateral displacement.
A device for hydro-dynamically entangling nonwovens, woven fabrics or knitted fabrics, comprising an entangling installation including at least one water bar and a drum or an endless belt , between which a fibre web is transported and entangled, wherein, in travelling direction of the fibre web upstream the water bar , is disposed a compacting plate , which condenses the fibre web on the drum or the endless belt , characterized in that , in travelling direction of the fibre web upstream the compacting plate , at least one diverting device is disposed above and/or below the fibre web , by means of which device the air entrained by the fibre web is diverted.
A sole structure for an article of footwear comprising: a sole plate including a medial extremity , a lateral extremity , a midfoot region and at least one of a forefoot region and a heel region ; wherein the sole plate has an undulating profile (P1) at a transverse cross-section of the sole plate , the undulating profile (P1) including multiple waves (W1, W2, W3, W4, W5, W6, W7, W8) each having a crest (C1, C2, C3, C4, C5, C6, C7, C8) and a trough (T1, T2, T3, T4, T5, T6, T7, T8), and the sole plate has ridges (R1, R2, R3, R4, R5, R6, R7, R8) corresponding with the crest and the trough of each wave and extending longitudinally throughout the midfoot region and the at least one of a forefoot region and a heel region , wherein: the wavelengths increase in magnitude in order from the medial extremity to the lateral extremity . a sole plate including a medial extremity , a lateral extremity , a midfoot region and at least one of a forefoot region and a heel region ; wherein the sole plate has an undulating profile (P1) at a transverse cross-section of the sole plate , the undulating profile (P1) including multiple waves (W1, W2, W3, W4, W5, W6, W7, W8) each having a crest (C1, C2, C3, C4, C5, C6, C7, C8) and a trough (T1, T2, T3, T4, T5, T6, T7, T8), and the sole plate has ridges (R1, R2, R3, R4, R5, R6, R7, R8) corresponding with the crest and the trough of each wave and extending longitudinally throughout the midfoot region and the at least one of a forefoot region and a heel region , wherein: the wavelengths increase in magnitude in order from the medial extremity to the lateral extremity .