mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining the state of at least one sensor whose mechanical behaviour is nonlinear as a function of the amplitude of the pressure exerted against said sensor, said sensor and an electromechanical transducer being able to be coupled to a support , the method comprising the steps of - applying an electrical signal (Vin) at a first amplitude to the terminals of the electromechanical transducer , and determining a first set of values (Mod1, Arg1) of a parameter characteristic of the electrical impedance of the electromechanical transducer in response to the application of said electrical signal (Vin) ; - applying said electrical signal at a second amplitude to the terminals of the electromechanical transducer , and determining a second set of values (Mod2, Arg2) of the parameter characteristic of the impedance ; - measuring a deviation between the first set of values (Mod1, Arg1) and the second set of values (Mod2, Arg2) ; - determining a state of the sensor as a function of the deviation between the first set of values (Mod1, Arg1) and the second set of values (Mod2, Arg2) , the measuring of the deviation between the first set of values and the second set of values comprising the measuring of a deviation of frequencies between the passages by one predefined impedance module value or by one predefined impedance argument value of the first set of values and of the second set of values. - applying an electrical signal (Vin) at a first amplitude to the terminals of the electromechanical transducer , and determining a first set of values (Mod1, Arg1) of a parameter characteristic of the electrical impedance of the electromechanical transducer in response to the application of said electrical signal (Vin) ; - applying said electrical signal at a second amplitude to the terminals of the electromechanical transducer , and determining a second set of values (Mod2, Arg2) of the parameter characteristic of the impedance ; - measuring a deviation between the first set of values (Mod1, Arg1) and the second set of values (Mod2, Arg2) ; - determining a state of the sensor as a function of the deviation between the first set of values (Mod1, Arg1) and the second set of values (Mod2, Arg2) ,
A computer-implemented method comprising: receiving implicit functions values, based on data acquired in a geological environment via acquisition equipment, for a mesh that represents a geologic environment that comprises intersecting faults defined by fault patches ; defining a fault network scenario by assigning states to the fault patches , wherein the states comprise an on state and an off state wherein the on state corresponds to existence of a corresponding one of the fault patches and wherein the off state corresponds to non-existence of a corresponding one of the fault patches; revising the implicit function values based at least in part on the assigned states to provide revised implicit function values , without alteration of the mesh; and outputting a structural model of the geologic environment based at least in part on the revised implicit function values . receiving implicit functions values, based on data acquired in a geological environment via acquisition equipment, for a mesh that represents a geologic environment that comprises intersecting faults defined by fault patches ; defining a fault network scenario by assigning states to the fault patches , wherein the states comprise an on state and an off state wherein the on state corresponds to existence of a corresponding one of the fault patches and wherein the off state corresponds to non-existence of a corresponding one of the fault patches; revising the implicit function values based at least in part on the assigned states to provide revised implicit function values , without alteration of the mesh; and outputting a structural model of the geologic environment based at least in part on the revised implicit function values .
A pharmaceutical composition comprising an antibody for use in a method of treating or preventing a cancer disease characterized by cancer cells expressing CLDN18.2, said antibody having the ability of specifically binding to CLDN18.2 on the cell surface and mediating killing of cells expressing CLDN18.2 by ADCC and/or CDC, wherein the method comprises pre-treating the cancer cells with an agent stabilizing or increasing expression of CLDN18.2, said agent being selected from the group consisting of (i) 5-fluorouracil, (ii) oxaliplatin and 5-fluorouracil, (iii) epirubicin, oxaliplatin and 5-fluorouracil, (iv) 5-fluorouracil, folinic acid and oxaliplatin, (v) irinotecan, (vi) docetaxel, (vii) epirubicin, (viii) oxaliplatin, and (ix) cisplatin, and prodrugs of said agents, wherein the cancer is selected from the group consisting of cancer of the stomach, cancer of the esophagus, in particular the lower esophagus, cancer of the eso-gastric junction and gastroesophageal cancer, in particular wherein the cancer is gastric cancer metastasis, preferably Krukenberg tumors, peritoneal metastasis and lymph node metastasis.
An operating method comprising: acquiring detection data; determining numerical information comprising positive information and negative information by analyzing the detection data, wherein the positive information comprises first positive information and second positive information; displaying an information display region comprising a first display region and a further display region consisting of a second display region and a third display region , a first indicator for dividing the information display region into the first display region and the further display region , and a second indicator for dividing the further display region into the second display region and the third display region , moving the first indicator to a location determined according to a first difference value between a value of the positive information and a value of the negative information and moving the second indicator to a location determined according to a second difference value between a value of the first positive information and a value of the second positive information so that sizes of the first display region and the second display region and the third display region change accordingly; and displaying the information display region comprising the first display region with the changed size and the second display region with the changed size and the third display region with the changed size, wherein the indicators are lines. acquiring detection data; determining numerical information comprising positive information and negative information by analyzing the detection data, wherein the positive information comprises first positive information and second positive information; displaying an information display region comprising a first display region and a further display region consisting of a second display region and a third display region , a first indicator for dividing the information display region into the first display region and the further display region , and a second indicator for dividing the further display region into the second display region and the third display region , moving the first indicator to a location determined according to a first difference value between a value of the positive information and a value of the negative information and moving the second indicator to a location determined according to a second difference value between a value of the first positive information and a value of the second positive information so that sizes of the first display region and the second display region and the third display region change accordingly; and displaying the information display region comprising the first display region with the changed size and the second display region with the changed size and the third display region with the changed size, wherein the indicators are lines.
A non-transitory computer-readable medium comprising instructions that, when executed by one or more processors, cause the one or more processors to perform operations comprising: receiving , at a programming language framework, an instance of an Object, wherein a definition of the Object is annotated with a constraint, wherein the constraint causes the programming language framework to use dynamic validation rather than static validation for the instance of the Object; receiving , at the programming language framework, one or more validator functions, wherein each validator function is annotated with at least one annotation, wherein each annotation identifies: an attribute in the definition of the Object; and a value for the attribute; identifying a validator function in the one or more validator functions for which a value of the attribute in the instance of the Object matches the value for the attribute in the at least one annotation of the validator function; and executing the identified validator function using the instance of the Object. receiving , at a programming language framework, an instance of an Object, wherein a definition of the Object is annotated with a constraint, wherein the constraint causes the programming language framework to use dynamic validation rather than static validation for the instance of the Object; receiving , at the programming language framework, one or more validator functions, wherein each validator function is annotated with at least one annotation, wherein each annotation identifies: an attribute in the definition of the Object; and a value for the attribute; an attribute in the definition of the Object; and a value for the attribute; identifying a validator function in the one or more validator functions for which a value of the attribute in the instance of the Object matches the value for the attribute in the at least one annotation of the validator function; and executing the identified validator function using the instance of the Object.
A track for a vehicle having a plurality of wheels for driving the track on a terrain, comprising an endless elastomeric carcass having a wheel-facing side that is mountable onto the plurality of wheels , and a ground-facing side opposite the wheel-facing side ; characterized in that the track further comprises: a plurality of elastomeric traction surfaces positioned on the ground-facing side , each of the traction surfaces having a concave first shape when the wheel-facing side of the carcass is not mounted onto the plurality of wheels ; and a plurality of primary load distribution members , each primary load distribution member having a shape that is substantially flat when the wheel-facing side of the carcass is not mounted onto the plurality of wheels , said primary load distribution members being positioned transversely and distributed longitudinally in the carcass so as to distribute, when the track is being driven, at least parts of downward wheel forces applied by at least one of the wheels down onto the wheel-facing side of the carcass into the traction surfaces via flexion of the primary load distribution members . a plurality of elastomeric traction surfaces positioned on the ground-facing side , each of the traction surfaces having a concave first shape when the wheel-facing side of the carcass is not mounted onto the plurality of wheels ; and a plurality of primary load distribution members , each primary load distribution member having a shape that is substantially flat when the wheel-facing side of the carcass is not mounted onto the plurality of wheels , said primary load distribution members being positioned transversely and distributed longitudinally in the carcass so as to distribute, when the track is being driven, at least parts of downward wheel forces applied by at least one of the wheels down onto the wheel-facing side of the carcass into the traction surfaces via flexion of the primary load distribution members .
A method of installing an air-conditioning apparatus, the air conditioning apparatus comprising an indoor unit provided with an indoor heat exchanger , and using a flammable refrigerant being higher in density than air under the atmospheric pressure, the method including: installing the indoor unit at an installation height of h 0 [m] or more in an installation floor space A[m 2 ], characterized by filling the refrigerant to satisfy a refrigerant amount M [kg] which falls within the following formula; 2.5 × LFL 1.25 × h 0 × A 0.5 ≤ M ≤ α × G −β × h 0 × A where LFL is a lower flammability limit of the refrigerant [kg/m 3 ], G is an assumed maximum leak speed of the refrigerant [kg/h], α is a positive constant of the refrigerant, mainly correlating to the LFL, and β is a positive constant of the refrigerant, mainly correlating to the density, the constant α is taken as 0.2 exp [6× LFL], and the constant β is taken as -0.5Ln [gas density] + 1, the G is 5 [kg/h], and the flammable refrigerant is HFO-1234yf or C 3 H 8 . installing the indoor unit at an installation height of h 0 [m] or more in an installation floor space A[m 2 ], characterized by filling the refrigerant to satisfy a refrigerant amount M [kg] which falls within the following formula; 2.5 × LFL 1.25 × h 0 × A 0.5 ≤ M ≤ α × G −β × h 0 × A where LFL is a lower flammability limit of the refrigerant [kg/m 3 ], G is an assumed maximum leak speed of the refrigerant [kg/h], α is a positive constant of the refrigerant, mainly correlating to the LFL, and β is a positive constant of the refrigerant, mainly correlating to the density, the constant α is taken as 0.2 exp [6× LFL], and the constant β is taken as -0.5Ln [gas density] + 1, the G is 5 [kg/h], and the flammable refrigerant is HFO-1234yf or C 3 H 8 .
A cartridge containing a liquid and configured to be mountable to a mounting portion provided with a liquid receiving tube and a plurality of electrical connecting portions , the liquid being usable for image formation or processing of a recording material (S) by being applied to the recording material (S), the cartridge comprising: a first portion including an outwardly facing surface and provided with an inserting portion into which the liquid receiving tube is capable of being inserted; a second portion opposite from said first portion ; and a third portion connecting said first portion and said second portion with each other and provided with a plurality of pad electrodes configured to be electrically connectable with said electrical connecting portions , wherein said cartridge is configured to be mountable to the mounting portion by being inserted into said mounting portion in an inserting direction (y) with said first portion at a leading side, and wherein said pad electrodes are configured to be electrically connectable with the electrical connecting portions by being moved in a direction (x, z) different from the inserting direction (y); characterized in that the movement in the different direction (x, z) includes a rotation of said cartridge about a rotational axis which is along the inserting direction (y). a first portion including an outwardly facing surface and provided with an inserting portion into which the liquid receiving tube is capable of being inserted; a second portion opposite from said first portion ; and a third portion connecting said first portion and said second portion with each other and provided with a plurality of pad electrodes configured to be electrically connectable with said electrical connecting portions , wherein said cartridge is configured to be mountable to the mounting portion by being inserted into said mounting portion in an inserting direction (y) with said first portion at a leading side, and wherein said pad electrodes are configured to be electrically connectable with the electrical connecting portions by being moved in a direction (x, z) different from the inserting direction (y); characterized in that the movement in the different direction (x, z) includes a rotation of said cartridge about a rotational axis which is along the inserting direction (y).
A system, comprising: a cathode comprising a cathode tube ; a thermionic emitter installed at least partially within the cathode tube; and a heater surrounding the cathode tube and configured to heat the thermionic emitter, characterized in that the heater is a graphite heater being in a shape of a hollow circular cylinder, the graphite heater comprising: a first end ; a second end opposite the first end; a plurality of hollow ceramic insulating tubes that each run from the first end to the second end; and a heater wire that runs through each of the hollow ceramic insulating tubes, the heater wire configured to be resistively heated by an electrical current passed through the heater wire. a cathode comprising a cathode tube ; a thermionic emitter installed at least partially within the cathode tube; and a heater surrounding the cathode tube and configured to heat the thermionic emitter, characterized in that the heater is a graphite heater being in a shape of a hollow circular cylinder, the graphite heater comprising: a first end ; a second end opposite the first end; a plurality of hollow ceramic insulating tubes that each run from the first end to the second end; and a heater wire that runs through each of the hollow ceramic insulating tubes, the heater wire configured to be resistively heated by an electrical current passed through the heater wire. a first end ; a second end opposite the first end; a plurality of hollow ceramic insulating tubes that each run from the first end to the second end; and a heater wire that runs through each of the hollow ceramic insulating tubes, the heater wire configured to be resistively heated by an electrical current passed through the heater wire.
Method for producing an object by means of additive manufacturing, wherein said method comprises the steps of: - receiving , in a process chamber , a bath of powdered material , wherein a surface level (L) of said bath of powdered material defines an object working area; - solidifying , by a solidifying device , a selective layer-part of said bath of powdered material on said surface level (L); - extracting , by an extraction device , powdered material originating from said bath of powdered material ; characterized by - controlling , by a controlling device , at least one of: - said extraction device for realising an extraction rate of extracting powdered material originating from said bath of powdered material ; and - a separating device for realising a separation rate of filtering and/or sieving said powdered material originating from said bath of powdered material ; wherein during said step of controlling, said extraction device is controlled such that said extraction rate is maintained below an upper extraction rate and/or said separation device is controlled such that said separation rate is maintained below an upper separation rate. - receiving , in a process chamber , a bath of powdered material , wherein a surface level (L) of said bath of powdered material defines an object working area; - solidifying , by a solidifying device , a selective layer-part of said bath of powdered material on said surface level (L); - extracting , by an extraction device , powdered material originating from said bath of powdered material ; characterized by - controlling , by a controlling device , at least one of: - said extraction device for realising an extraction rate of extracting powdered material originating from said bath of powdered material ; and - a separating device for realising a separation rate of filtering and/or sieving said powdered material originating from said bath of powdered material ; - said extraction device for realising an extraction rate of extracting powdered material originating from said bath of powdered material ; and - a separating device for realising a separation rate of filtering and/or sieving said powdered material originating from said bath of powdered material ;
A dual lumen coaxial cannula assembly comprising: a first infusion tube having a first elongate body defining a first lumen therethrough, the first infusion tube having a proximal end, a distal end, and a sidewall extending circumferentially therebetween; a second drainage tube co-axially aligned with the first infusion tube and having a second elongate body with a second lumen defined by a space between the first infusion tube and second drainage tube, the second drainage tube having a proximal end, a distal end, and a sidewall extending circumferentially therebetween; and a connector assembly , wherein the connector assembly comprises an inlet portion through which a portion of the first infusion tube is configured to extend, an outlet portion through which a portion of the second drainage tube is configured to extend, and a first valve positioned circumferentially around a portion of the first infusion tube to secure the first infusion tube relative to the connector assembly; wherein the connector assembly is configured to enable selective axial displacement of the first infusion tube through the second drainage tube. a first infusion tube having a first elongate body defining a first lumen therethrough, the first infusion tube having a proximal end, a distal end, and a sidewall extending circumferentially therebetween; a second drainage tube co-axially aligned with the first infusion tube and having a second elongate body with a second lumen defined by a space between the first infusion tube and second drainage tube, the second drainage tube having a proximal end, a distal end, and a sidewall extending circumferentially therebetween; and a connector assembly , wherein the connector assembly comprises an inlet portion through which a portion of the first infusion tube is configured to extend, an outlet portion through which a portion of the second drainage tube is configured to extend, and a first valve positioned circumferentially around a portion of the first infusion tube to secure the first infusion tube relative to the connector assembly; wherein the connector assembly is configured to enable selective axial displacement of the first infusion tube through the second drainage tube.
Sensor module for an ESP control system in a vehicle, characterized by a first plurality, in particular two or three, of sensor elements , a second plurality, in particular two or three, of sensor elements , one interface element per plurality of sensor elements , configured for communicative connection of the sensor elements to a controller in a vehicle; wherein the first plurality of sensor elements is jointly connected to a first interface element and communicatively coupled to the controller via a first bus inside the sensor module ; wherein the second plurality of sensor elements is jointly connected to a second interface element and communicatively coupled to the controller via a second bus inside the sensor module ; wherein the interface element is in the form of a two-contact interface element, and wherein the first plurality of sensor elements and the second plurality of sensor elements are connected to the controller via a central interface.