mhurhangee/patent-ind-claim-en huggingface dataset:
A circulation pump driving apparatus comprising: a circulation pump motor configured to operate a circulation pump for circulating wash water introduced from a washing tub by pumping; a converter configured to output a direct current (DC) voltage; an inverter configured to convert the DC voltage from the converter into an alternating current (AC) voltage by a switching operation and to output the converted AC voltage to the circulation pump motor ; a controller configured to control the circulation pump motor to operate in at least two modes among a first mode in which one of a speed and a power of the circulation pump motor is constant, a second mode in which the one of the speed and the power of the circulation pump motor repeatedly rises and falls, and a third mode in which the one of the speed and the power of the circulation pump motor rises at a first rising slope (Sc1) and a second rising slope (Sc2), and then remains constant, wherein, in the second mode, the controller is configured to increase the speed of the circulation pump motor at a third rising slope (Sb1), to then increase the speed of the circulation pump motor at a fourth rising slope (Sb2), to then decrease the speed of the circulation pump motor at a first falling slope (Sb3), to then repeatedly rise and fall twice at the fourth rising slope (Sb2) and at the first falling slope (Sb3), respectively, and to then decrease the speed of the circulation pump motor at a second falling slope (Sb8), and wherein the third rising slope (Sb1) is larger than the fourth rising slope (Sb2). a circulation pump motor configured to operate a circulation pump for circulating wash water introduced from a washing tub by pumping; a converter configured to output a direct current (DC) voltage; an inverter configured to convert the DC voltage from the converter into an alternating current (AC) voltage by a switching operation and to output the converted AC voltage to the circulation pump motor ; a controller configured to control the circulation pump motor to operate in at least two modes among a first mode in which one of a speed and a power of the circulation pump motor is constant, a second mode in which the one of the speed and the power of the circulation pump motor repeatedly rises and falls, and a third mode in which the one of the speed and the power of the circulation pump motor rises at a first rising slope (Sc1) and a second rising slope (Sc2), and then remains constant, wherein, in the second mode, the controller is configured to increase the speed of the circulation pump motor at a third rising slope (Sb1), to then increase the speed of the circulation pump motor at a fourth rising slope (Sb2), to then decrease the speed of the circulation pump motor at a first falling slope (Sb3), to then repeatedly rise and fall twice at the fourth rising slope (Sb2) and at the first falling slope (Sb3), respectively, and to then decrease the speed of the circulation pump motor at a second falling slope (Sb8), and wherein the third rising slope (Sb1) is larger than the fourth rising slope (Sb2).
Use of the mRNA or protein expression of the four genes : GBP1 gene, HLF gene, CXCL13 gene and SULT1E1 gene, whereby the value of the expression is used for the estimation of prognosis of distant relapse-free survival or overall survival of a patient with triple negative breast cancer (TNBC) having received a neoadjuvant chemotherapy (NACT).
A method for the production of an oxide aerogel optionally comprising a dopant, the method comprising: reacting an oxide wet gel with an electrophile to generate CO 2 , thereby providing a porous solid oxide containing the CO 2 , the porous solid oxide optionally comprising a dopant; wherein the liquid component of the oxide wet gel comprises an alkaline solution; and wherein the alkaline solution comprises carbonate ions, bicarbonate ions or a mixture thereof.
A method for evaluating a semiconductor substrate subjected to a defect removal heat treatment to remove a crystal defect in the semiconductor substrate having the crystal defect, flash lamp annealing being performed as the defect removal heat treatment, the method comprising the steps of: measuring, by a cathode luminescence method, the crystal defect in the semiconductor substrate before effecting the defect removal heat treatment, after a first flash lamp annealing which means while the crystal defect in the semiconductor substrate is removed, and after a second flash lamp annealing which means after removal of the crystal defect, by controlling treatment conditions for the flash lamp annealing; and analyzing a removal mechanism of the crystal defect by observing a change in intensity of an emission line produced due to the crystal defect, the emission line provided by the cathode luminescence method on the basis of a result of the measurement. flash lamp annealing being performed as the defect removal heat treatment, the method comprising the steps of: measuring, by a cathode luminescence method, the crystal defect in the semiconductor substrate before effecting the defect removal heat treatment, after a first flash lamp annealing which means while the crystal defect in the semiconductor substrate is removed, and after a second flash lamp annealing which means after removal of the crystal defect, by controlling treatment conditions for the flash lamp annealing; and analyzing a removal mechanism of the crystal defect by observing a change in intensity of an emission line produced due to the crystal defect, the emission line provided by the cathode luminescence method on the basis of a result of the measurement. measuring, by a cathode luminescence method, the crystal defect in the semiconductor substrate before effecting the defect removal heat treatment, after a first flash lamp annealing which means while the crystal defect in the semiconductor substrate is removed, and after a second flash lamp annealing which means after removal of the crystal defect, by controlling treatment conditions for the flash lamp annealing; and analyzing a removal mechanism of the crystal defect by observing a change in intensity of an emission line produced due to the crystal defect, the emission line provided by the cathode luminescence method on the basis of a result of the measurement.
A pressure reducer for reducing a fluid pressure comprising: a pressure reducer body defining at least one pressure reducer chamber along a central axis ( X-X' ), the pressure reducer chamber including: an inlet section and an outlet section fluidly coupled with the inlet section such that the inlet section and the outlet section allow inlet and outlet of the fluid respectively; a spring-operated piston rod ; a sealing component operatively coupled with the piston rod in the pressure reducer chamber for preventing fluid in the outlet section from leaking back to the pressure reducer chamber ; a valve , wherein the valve opens and closes due to rocking motion of the piston rod , and wherein the valve is coupled to the inlet section of the pressure reducer chamber ; and a sealing element disposed between the valve and the piston rod , wherein the piston rod is configured to stop a supply of fluid by engagement with the sealing element of the valve ; characterized in that: the valve defines a sealing seat for the sealing element , wherein the sealing element rests upon the sealing seat ; and, when the piston rod stops the supply of fluid, the piston rod is sealed radially by the sealing element to prevent the fluid from entering the piston rod . a pressure reducer body defining at least one pressure reducer chamber along a central axis ( X-X' ), the pressure reducer chamber including: an inlet section and an outlet section fluidly coupled with the inlet section such that the inlet section and the outlet section allow inlet and outlet of the fluid respectively; a spring-operated piston rod ; a sealing component operatively coupled with the piston rod in the pressure reducer chamber for preventing fluid in the outlet section from leaking back to the pressure reducer chamber ; a valve , wherein the valve opens and closes due to rocking motion of the piston rod , and wherein the valve is coupled to the inlet section of the pressure reducer chamber ; and a sealing element disposed between the valve and the piston rod , wherein the piston rod is configured to stop a supply of fluid by engagement with the sealing element of the valve ; the valve defines a sealing seat for the sealing element , wherein the sealing element rests upon the sealing seat ; and, when the piston rod stops the supply of fluid, the piston rod is sealed radially by the sealing element to prevent the fluid from entering the piston rod .
Rear axle of a motor vehicle comprising a central crossbeam perpendicular to the longitudinal direction of the vehicle and interposed between lateral arms , situated one on each side of the vehicle and connected by their front end to the structure thereof and carrying at their rear end supports for the stub axles of the vehicle's rear wheels, the rear axle it comprising an aerodynamic fairing covering from below the central crossbeam and the part of the lateral arms which extends between the ends of the central crossbeam and the rear ends of the lateral arms , characterized in that the aerodynamic fairing is a one-piece plastic part with a general U shape, of which at least part of the central branch of the U is shaped to fit and close a downwardly facing opening formed along the central crossbeam , on the central branch of the U, the aerodynamic fairing comprising indexing means formed protruding upward, these indexing means cooperating with a first inner face of the central crossbeam situated in a hollow region of said crossbeam opening downwardly, on the central branch of the U, the aerodynamic fairing also comprising clip means formed protruding upward, these clip means cooperating with recesses formed in a second inner face of the central crossbeam situated in the hollow region of the crossbeam opposite the first inner face .
A cooling device comprising an evaporator tube and a capillary tube , an intermediate member providing the welding of the capillary tube and the evaporator tube to each other at a certain angle and having an inner part which is arranged at the connection point of the capillary tube and the evaporator tube and which has a first channel receiving the capillary tube and a second channel receiving the evaporator tube , and an outer part which is attached onto the inner part so as to completely surround the inner part and which is composed of two interlocking half pieces, characterized by an articulated joint which connects the two half pieces and the intermediate member comprising a lock to keep the outer part at the desired connection angle (A) by means of the joint .
An endodontic instrument for anatomically shaping a root canal of a human tooth, - having a base portion , which can be mounted on a holding device and can be rotated around a reference axis (A), and - having a working part with an abrasive surface, which extends from the base portion and has an axis, wherein - at least a part of the working part is arranged angular with respect to the reference axis (A), wherein the reference axis (A) corresponds to the central axis of the base portion and encloses an angle α with the central axis of the working part , and/or - at least a part of the working part is offset in parallel to the reference axis (A) of the base portion by a distance r; characterised in that the working part is made of a flexible material having an upper yield strength of less than 200 MPa, preferably of 70 to 180 MPa, measured according to EN ISO 6892-1. - having a base portion , which can be mounted on a holding device and can be rotated around a reference axis (A), and - having a working part with an abrasive surface, which extends from the base portion and has an axis, wherein - at least a part of the working part is arranged angular with respect to the reference axis (A), wherein the reference axis (A) corresponds to the central axis of the base portion and encloses an angle α with the central axis of the working part , and/or - at least a part of the working part is offset in parallel to the reference axis (A) of the base portion by a distance r;
An aqueous composition comprising: at least one agent for reducing nitrogen oxides and/or at least one precursor of such an agent, and at least one additive selected from monoesters of fatty acids containing from 12 to 22 carbon atoms and of polyoxyethylenated sorbitans, in a total content of from 10 to 1500 ppm by weight relative to the total weight of the composition, wherein this composition does not contain paraffins of formula C n H 2n+2 with n an integer ranging from 2 to 50, or if such paraffins are present in the composition, their content is less than 80 ppm by weight relative to the total weight of the composition. at least one agent for reducing nitrogen oxides and/or at least one precursor of such an agent, and at least one additive selected from monoesters of fatty acids containing from 12 to 22 carbon atoms and of polyoxyethylenated sorbitans, in a total content of from 10 to 1500 ppm by weight relative to the total weight of the composition,
A dialysis system comprising: at least one dialysis fluid pump configured to pump a dialysis fluid to and from a patient over a treatment; and a logic implementer configured to control the dialysis fluid pumped by the at least one dialysis fluid pump to and from the patient over the treatment and to store a trend of ultrafiltration ("UF") data points for the patient, wherein the logic implementer is further configured to: (i) use at least one of the UF data points to predict the patient's intra-peritoneal volume ("IPV") at the end of at least one dwell and/or use one of the UF data points in a tidal treatment to predict a residual volume of effluent fluid left in the patient's peritoneum after at least one patient drain, and (ii) ensure that a prescribed volume of treatment fluid is used during the treatment and/or that the treatment finishes by a predetermined time by determining whether at least one of (a) at least one treatment cycle is to be added to the treatment, (b) a drain volume is to be changed, or (c) a fill volume is to be changed, and wherein at least one of (a), (b), or (c) is performed using the at least one dialysis fluid pump. at least one dialysis fluid pump configured to pump a dialysis fluid to and from a patient over a treatment; and a logic implementer configured to control the dialysis fluid pumped by the at least one dialysis fluid pump to and from the patient over the treatment and to store a trend of ultrafiltration ("UF") data points for the patient, wherein the logic implementer is further configured to: (i) use at least one of the UF data points to predict the patient's intra-peritoneal volume ("IPV") at the end of at least one dwell and/or use one of the UF data points in a tidal treatment to predict a residual volume of effluent fluid left in the patient's peritoneum after at least one patient drain, and (ii) ensure that a prescribed volume of treatment fluid is used during the treatment and/or that the treatment finishes by a predetermined time by determining whether at least one of (a) at least one treatment cycle is to be added to the treatment, (b) a drain volume is to be changed, or (c) a fill volume is to be changed, and wherein at least one of (a), (b), or (c) is performed using the at least one dialysis fluid pump.
A method of automatically tracing food items transported by a transporting means, comprising: • acquiring at least one first attribute data for said food items at at least one first position and associate the acquired at least one first attribute data to the food items, • acquiring at least one second attribute data of same or comparable type(s) as said at least first attribute data for said food items at at least one second position and associate the acquired at least one second attribute data to the food items, • performing a correlation between said at least one first attribute data and said at least one second attribute data for said food items, where a match between at least one first attribute data and at least one second attribute data indicates that the food item having said associated at least one first attribute data and the food item having said associated at least one second attribute data is one and the same food item, wherein said step of performing said correlation between said at least one first attribute data and said at least one second attribute data for said food items is performed within a pre-defined correlation window around an estimated arrival point at said at least one second position, characterized in that said second attribute data further includes a correction factor correcting for predicted deviations in the attribute data for the food items from said first position until the food items reach said second position. • acquiring at least one first attribute data for said food items at at least one first position and associate the acquired at least one first attribute data to the food items, • acquiring at least one second attribute data of same or comparable type(s) as said at least first attribute data for said food items at at least one second position and associate the acquired at least one second attribute data to the food items, • performing a correlation between said at least one first attribute data and said at least one second attribute data for said food items, where a match between at least one first attribute data and at least one second attribute data indicates that the food item having said associated at least one first attribute data and the food item having said associated at least one second attribute data is one and the same food item, wherein said step of performing said correlation between said at least one first attribute data and said at least one second attribute data for said food items is performed within a pre-defined correlation window around an estimated arrival point at said at least one second position, characterized in that said second attribute data further includes a correction factor correcting for predicted deviations in the attribute data for the food items from said first position until the food items reach said second position.
A device for filling a bucket for a loading and transport device , to the rear part of a frame structure of which are articulated arms (3a and 3b) rotatable around a horizontal shaft by means of power units , to the second arms of which is attached a bucket by pivots such that, when the arms (3a and 3b) have been pulled to a transport position by the power units , the bucket is rotatable by power units around the pivots into an emptying position, characterised in that to the middle part of the bottom of the whole bucket is connected via a pivot a panel to the bottom edge of which are fastened arms which are rotatable by power units such that, the panel being against the bottom of the bucket , material shifts as the bucket is pushed forward without obstructions to the bucket , the bucket being most suitably half-way full, the panel is rotatable by means of the powers units around the pivots substantial to the middle of the bucket , whereby it is arranged to lift and shift material being on top of the panel to the rear part of the bucket , after which, the front part of the bucket bottom is empty, and that the bucket is fillable to be full by pushing forward and rotatable around the horizontal shaft such that the centre of gravity of the bucket transfers onto the wheelbase of the loading and transport device.
Apparatus for the selection of materials, in particular of the type operating with a rotating screen, comprising: - a selection surface , which is rotatably rotating around an X axis which is horizontal or inclined with respect to the horizontal, which has a substantially tubular development and which internally delimits an internal chamber which is separated from said selection surface , from an external zone , said internal chamber being destined to receive the material to be selected and said external zone being destined to receive the selected material following the passage through through holes/meshes of said selection surface , and characterized in that it comprises: - at least one rotating conveyor element , which has a flared annular conformation oriented along the X axis, is integral with said selection surface in its rotation rotatable around the X axis and is mounted around said selection surface to convey outwards the selected material that has crossed the selection surface . - a selection surface , which is rotatably rotating around an X axis which is horizontal or inclined with respect to the horizontal, which has a substantially tubular development and which internally delimits an internal chamber which is separated from said selection surface , from an external zone , said internal chamber being destined to receive the material to be selected and said external zone being destined to receive the selected material following the passage through through holes/meshes of said selection surface , and - at least one rotating conveyor element , which has a flared annular conformation oriented along the X axis, is integral with said selection surface in its rotation rotatable around the X axis and is mounted around said selection surface to convey outwards the selected material that has crossed the selection surface .
Avalanche diode arrangement, comprising: - an avalanche diode that is coupled to a first voltage terminal and to a first node , - an event detector for detecting a trigger event of the avalanche diode and being coupled to the first node , - a quenching circuit that is coupled to the first node , and - a detection circuit coupled to the first node , wherein the detection circuit is configured to provide a detection signal (SVC2) that depends on a value of a node voltage (SVA) at the first node , said detection circuit comprising one circuit of a group comprising a comparator and a Schmitt-trigger circuit having - a first input coupled to the first node and - a second input to which a reference voltage (SVR2) is provided, wherein the avalanche diode arrangement is configured to control a value of a bias voltage (SVB) at the first voltage terminal depending on the detection signal (SVC2). - an avalanche diode that is coupled to a first voltage terminal and to a first node , - an event detector for detecting a trigger event of the avalanche diode and being coupled to the first node , - a quenching circuit that is coupled to the first node , and - a detection circuit coupled to the first node , wherein the detection circuit is configured to provide a detection signal (SVC2) that depends on a value of a node voltage (SVA) at the first node , said detection circuit comprising one circuit of a group comprising a comparator and a Schmitt-trigger circuit having - a first input coupled to the first node and - a second input to which a reference voltage (SVR2) is provided, wherein the avalanche diode arrangement is configured to control a value of a bias voltage (SVB) at the first voltage terminal depending on the detection signal (SVC2).