mhurhangee/patent-ind-claim-en huggingface dataset:
A dispenser comprising: a syringe having a discharge port ; a plunger being slidably fitted in the syringe , and a controller that supplies pressurized air to the syringe , wherein the plunger is made of an elastic resin material and includes a large diameter body portion provided with a ring-shaped contact surface that contacts an inner wall surface of the syringe , a rear opening formed in a backside of the large diameter body portion , and a small diameter body portion provided with a front opening , and wherein the front opening is formed in a size allowing a liquid material to be directly pressed by pressurized air, and allowing at least the plunger to move following a fall in water head position, which is caused with discharge and consumption of the liquid material ; characterized in that the front opening of the plunger has a larger diameter than the discharge port of the syringe . a syringe having a discharge port ; a plunger being slidably fitted in the syringe , and a controller that supplies pressurized air to the syringe , wherein the plunger is made of an elastic resin material and includes a large diameter body portion provided with a ring-shaped contact surface that contacts an inner wall surface of the syringe , a rear opening formed in a backside of the large diameter body portion , and a small diameter body portion provided with a front opening , and wherein the front opening is formed in a size allowing a liquid material to be directly pressed by pressurized air, and allowing at least the plunger to move following a fall in water head position, which is caused with discharge and consumption of the liquid material ; characterized in that the front opening of the plunger has a larger diameter than the discharge port of the syringe .
Method for accessing a plurality of contents on the basis of at least one information item representative of at least one content, called the reference content (Ci), belonging to a set of available contents (BC), said method being characterized in that it comprises the following steps, implemented by a processor: - rendering (E1) a plurality of metadata (MD) of said reference content, - receiving (E2) a request (R s ) to select, from said plurality of metadata (MD) of said reference content, at least one metadatum, called the sought metadatum, said sought metadatum being associated with a reference intensity level in said reference content, an intensity level(N) being defined in the selection request, said intensity level (N) indicating, relatively to said reference intensity level, in what proportion of said reference intensity level said sought metadatum must be present in at least one other content to be determined from said set (BC) of available contents; - determining (E3) from said set (BC) of available contents, said at least one other content, called the resulting content, having said intensity level (N) of said at least one sought metadatum, and - rendering (E4) said at least one resulting content or at least one information item (I RES ) representative of said at least one resulting content (C RES ). - rendering (E1) a plurality of metadata (MD) of said reference content, - receiving (E2) a request (R s ) to select, from said plurality of metadata (MD) of said reference content, at least one metadatum, called the sought metadatum, said sought metadatum being associated with a reference intensity level in said reference content, an intensity level(N) being defined in the selection request, said intensity level (N) indicating, relatively to said reference intensity level, in what proportion of said reference intensity level said sought metadatum must be present in at least one other content to be determined from said set (BC) of available contents; - determining (E3) from said set (BC) of available contents, said at least one other content, called the resulting content, having said intensity level (N) of said at least one sought metadatum, and - rendering (E4) said at least one resulting content or at least one information item (I RES ) representative of said at least one resulting content (C RES ).
A natriuretic polypeptide characterized in that the polypeptide comprises the amino acid sequence set forth in SEQ ID NO: 4, 5, 6, or 15.
A high strength steel comprising up to 0.25wt% C, up to 2.0wt% Si, up to 2.0wt% Cr, up to 14wt % Mn, less than 0.5wt% Ni; up to 3.25 wt% Al and up to 0.5 wt% Mo, the balance Fe and inevitable impurities; wherein the steel has a tensile strength of at least 1000 MPa and total elongation of at least 25% when measured after hot rolling and annealing; and wherein the M s temperature is less than 50°C when M s is calculated in degrees Celsius according to Equation 1 below: M s = 607.8 − 363.2 ∗ C − 26.7 ∗ Mn − 18.1 ∗ Cr − 38.6 ∗ Si − 962.6 ∗ C − 0.188 2 .
A method comprising: providing a test voltage to an input of an electric testing circuit for a chip-on-glass (COG) bond, the electric testing circuit including a plurality of conductive portions connected in series across the COG bond; accessing a result voltage from an output of the electric testing circuit; identifying a voltage difference between the test voltage and the result voltage; and indicating a low quality of the COG bond in response to the voltage difference exceeding a threshold voltage based on the quantity of the conductive portions in the electric testing circuit. providing a test voltage to an input of an electric testing circuit for a chip-on-glass (COG) bond, the electric testing circuit including a plurality of conductive portions connected in series across the COG bond; accessing a result voltage from an output of the electric testing circuit; identifying a voltage difference between the test voltage and the result voltage; and indicating a low quality of the COG bond in response to the voltage difference exceeding a threshold voltage based on the quantity of the conductive portions in the electric testing circuit.
A device , comprising: a secure microcontroller ; a smart card reader module coupled to the secure microcontroller : and a smart card connector coupled to the smart card reader module through a coupling line, characterized in that the device further comprises a capacitive sensor coupled to the coupling line and the secure micro-controller ; wherein the secure microcontroller (1 02) is configured to receive a value of parasitic capacitance through the capacitive sensor and disable the device if the value is above a prestored value in the secure microcontroller , wherein the coupling line includes an input/output line and a clock line, wherein a discharge rate of the capacitance in the clock line is measured by the capacitive sensor . a secure microcontroller ; a smart card reader module coupled to the secure microcontroller : and a smart card connector coupled to the smart card reader module through a coupling line, characterized in that the device further comprises a capacitive sensor coupled to the coupling line and the secure micro-controller ; wherein the secure microcontroller (1 02) is configured to receive a value of parasitic capacitance through the capacitive sensor and disable the device if the value is above a prestored value in the secure microcontroller ,
A method for producing a TiAl-based intermetallic sintered compact (E), the method comprising: a mixing step of mixing Ti powder, Al powder, and a binder to yield a mixture (B); an injection molding step of molding the mixture (B) into a molded product (C) having a predetermined shape with a metal injection molder ; a preliminary sintering step of placing the molded product (C) in a preliminary sintering die having a storage space inside and performing sintering at a predetermined preliminary sintering temperature to produce a preliminary sintered compact (D); and a sintering step of releasing the preliminary sintered compact (D) from the preliminary sintering die and performing sintering at a sintering temperature higher than the preliminary sintering temperature to form the TiAl-based intermetallic sintered compact (E), wherein the injection molding step includes injecting the mixture (B) into a mold having a molding space inside to mold the molded product (C), the storage space having a shape and size substantially equal to the molding space. a mixing step of mixing Ti powder, Al powder, and a binder to yield a mixture (B); an injection molding step of molding the mixture (B) into a molded product (C) having a predetermined shape with a metal injection molder ; a preliminary sintering step of placing the molded product (C) in a preliminary sintering die having a storage space inside and performing sintering at a predetermined preliminary sintering temperature to produce a preliminary sintered compact (D); and a sintering step of releasing the preliminary sintered compact (D) from the preliminary sintering die and performing sintering at a sintering temperature higher than the preliminary sintering temperature to form the TiAl-based intermetallic sintered compact (E), wherein the injection molding step includes injecting the mixture (B) into a mold having a molding space inside to mold the molded product (C), the storage space having a shape and size substantially equal to the molding space.
A method for checking the quality of an ultrasonic welded connection between a fabric tab and a product , wherein the fabric tab includes a fabric with yarns, wherein the yarns have a fabric spatial frequency in a direction, wherein the product comprises a thermoplastic material at least in one region of overlap with the fabric tab , said region of overlap including the ultrasonic welded connection, wherein the ultrasonic welded connection includes weld points arranged in succession in the direction with a sonotrode spatial frequency different from the fabric spatial frequency, wherein the method includes the steps of: - measuring structural data of the ultrasonic welded connection; - calculating a frequency distribution of the structural data; and - using a value of the frequency distribution to determine a quality characteristic, wherein the value includes at least one value of the frequency distribution in the case of the sonotrode spatial frequency and/or in the case of the fabric spatial frequency, wherein the quality check is passed if the quality characteristic lies within a specified value range. - measuring structural data of the ultrasonic welded connection; - calculating a frequency distribution of the structural data; and - using a value of the frequency distribution to determine a quality characteristic, wherein the value includes at least one value of the frequency distribution in the case of the sonotrode spatial frequency and/or in the case of the fabric spatial frequency,
Method for operating an electric motor having at least two motor terminals (U, V, W) which are actuated via a control device (S), having the steps: a) short circuiting at least two of the motor terminals (U, V, W) of the electric motor by means of the control device (S); b) measuring the motor phase currents (Iu, Iv, Iw) at the short-circuit of the motor terminals (U, V, W); and c) detecting a stationary state of the electric motor if a variable and/or a frequency of the motor phase currents (Iu, Iv, Iw) which is measured in step b) is below a predefined limiting value, characterized in that an enable signal is also generated if a stationary state of the electric motor has been detected in step c), wherein this enable signal is reset when the electric motor and/or its control device (S) are/is reset, and is reset if the electric motor is turned again after the stationary state, insofar as the electric motor is turned again with a rotation speed above a predefined limiting value after the stationary state. a) short circuiting at least two of the motor terminals (U, V, W) of the electric motor by means of the control device (S); b) measuring the motor phase currents (Iu, Iv, Iw) at the short-circuit of the motor terminals (U, V, W); and c) detecting a stationary state of the electric motor if a variable and/or a frequency of the motor phase currents (Iu, Iv, Iw) which is measured in step b) is below a predefined limiting value,
Kitchen appliance, which has a hob and at least one fume extraction device , wherein the fume extraction device has a vent and at least one cover cap for covering the vent , characterised in that the fume extraction device has a guide , which, in the assembled state, runs vertically and is used to vertically move the cover plate in a vertical alignment, wherein the guide is arranged below the vent and the fume extraction device has a carriage , which is mounted displaceably on the guide in order to bring the cover plate into an insertion position, in which the cover flap rests completely below the vent, and to extend the same herefrom, and the cover flap is connected pivotably with the carriage by way of a hinge so that the cover flap can be pivoted out of a rest position, in which the cover plate lies horizontally and covers the vent, upward into an operating position and out from the operating position into the rest position.
An air guide mechanism for an indoor unit of an air conditioner, comprising: a housing for the indoor unit of the air conditioner defining an air outlet ; a swing assembly provided in the air outlet and fixedly connected to a bottom of the air outlet , and a flow guide plate provided above the swing assembly and fixedly connected to a top of the air outlet , characterized in that two side walls of the air outlet are provided with a plurality of connecting plates (2-1) therebetween, the plurality of connecting plates (2-1) is fixedly connected to the top and the bottom of the air outlet , and each connecting plate (2-1) has an upper end provided with a first aperture (2-1-1) and a lower end provided with a second aperture (2-1-2), and in that a plurality of through holes (2-2) is provided in the two side walls of the air outlet and between the first aperture (2-1-1) and the second aperture (2-1-2) of each connecting plate (2-1). a housing for the indoor unit of the air conditioner defining an air outlet ; a swing assembly provided in the air outlet and fixedly connected to a bottom of the air outlet , and a flow guide plate provided above the swing assembly and fixedly connected to a top of the air outlet , characterized in that two side walls of the air outlet are provided with a plurality of connecting plates (2-1) therebetween, the plurality of connecting plates (2-1) is fixedly connected to the top and the bottom of the air outlet , and each connecting plate (2-1) has an upper end provided with a first aperture (2-1-1) and a lower end provided with a second aperture (2-1-2), and in that a plurality of through holes (2-2) is provided in the two side walls of the air outlet and between the first aperture (2-1-1) and the second aperture (2-1-2) of each connecting plate (2-1).
Method for modifying imaging properties of a microlithographic optical system, • wherein the imaging properties are modified by way of control signals (A, B, C) that are coupled into the optical system by way of at least one interface; • wherein the values of said control signals that are in each case coupled in during the controlling for a desired modification of the imaging properties are ascertained on the basis of a model; • wherein said model is created by virtue of performing, in a learning phase in which the modification of the imaging properties that is in each case attained for different values of the control signals is ascertained, a successive individual adaptation of the model to the optical system; and • wherein the learning phase is performed without prior specification of explicit information relating to internal mechanisms of action within the optical system. • wherein the imaging properties are modified by way of control signals (A, B, C) that are coupled into the optical system by way of at least one interface; • wherein the values of said control signals that are in each case coupled in during the controlling for a desired modification of the imaging properties are ascertained on the basis of a model; • wherein said model is created by virtue of performing, in a learning phase in which the modification of the imaging properties that is in each case attained for different values of the control signals is ascertained, a successive individual adaptation of the model to the optical system; and • wherein the learning phase is performed without prior specification of explicit information relating to internal mechanisms of action within the optical system.
An inkjet ink including a) an aqueous medium; and b) capsules composed of a polymeric shell surrounding a core; wherein the capsules are dispersed in the aqueous medium using a dispersing group covalently bonded to the polymeric shell; wherein the dispersing group is selected from the group consisting of a carboxylic acid or salt thereof, a sulfonic acid or salt thereof, a phosphoric acid ester or salt thereof, a phosphonic acid or salt thereof, an ammonium group, a sulfonium group, and a phosphonium group; wherein the core contains one or more chemical reactants capable of forming a reaction product upon application of heat and/or light, the one or more chemical reactants include a thermally curable compound; and wherein the capsules have an average particle size of no more than 4 μm as determined by dynamic laser diffraction. a) an aqueous medium; and b) capsules composed of a polymeric shell surrounding a core;
Proton-conductive electrochemical device, comprising: - a positive electrode able to reduce an oxidising species; - a negative electrode able to oxidise a reducing species; - a proton-conductive electrolyte , occupying a space between the positive electrode and the negative electrode and allowing the conduction of protons between the positive electrode and the negative electrode; the electrochemical device further comprising a layer able to diffuse protons and electrons and forming a protective barrier against contaminants for the proton-conductive electrolyte, said layer being in contact with the proton-conductive electrolyte on the one hand and the negative electrode on the other hand, the layer able to diffuse protons and electrons comprising a material chosen from: a material of the type ABB'O 3 , and a material of the type ABO 3 , in which A is an element chosen from group II of the periodic table, B is an element chosen from cerium or group IVB of the periodic table, B' is an element chosen from lanthanides or group VIIIB of the periodic table, and B' is an element chosen from lanthanides or group VIIIB of the periodic table. - a positive electrode able to reduce an oxidising species; - a negative electrode able to oxidise a reducing species; - a proton-conductive electrolyte , occupying a space between the positive electrode and the negative electrode and allowing the conduction of protons between the positive electrode and the negative electrode;
An apparatus comprising: (a) a body ; (b) a shaft assembly extending distally from the body, wherein the shaft assembly defines a longitudinal axis; (c) an articulation section attached to a distal end of the shaft assembly; (d) an end effector located distally relative to the shaft assembly, wherein the end effector is connected to the articulation section such that the end effector is configured to deflect relative to the longitudinal axis defined by the shaft assembly; (e) an articulation connector slidably disposed within the shaft assembly, wherein the articulation connector is configured to translate relative to the shaft assembly to deflect the end effector relative to the longitudinal axis; and (f) an articulation drive assembly , wherein the articulation drive assembly is configured to translate the articulation connector relative to the shaft assembly, wherein the articulation drive assembly comprises: (i) a rotatable housing configured to rotate relative to the body, and (ii) a first lead screw assembly, characterized by said first lead screw assembly comprising a first half and a second half , wherein the first half is configured to couple with the second half such that the first lead screw assembly is slidably coupled with the shaft assembly. (a) a body ; (b) a shaft assembly extending distally from the body, wherein the shaft assembly defines a longitudinal axis; (c) an articulation section attached to a distal end of the shaft assembly; (d) an end effector located distally relative to the shaft assembly, wherein the end effector is connected to the articulation section such that the end effector is configured to deflect relative to the longitudinal axis defined by the shaft assembly; (e) an articulation connector slidably disposed within the shaft assembly, wherein the articulation connector is configured to translate relative to the shaft assembly to deflect the end effector relative to the longitudinal axis; and (f) an articulation drive assembly , wherein the articulation drive assembly is configured to translate the articulation connector relative to the shaft assembly, wherein the articulation drive assembly comprises: (i) a rotatable housing configured to rotate relative to the body, and (ii) a first lead screw assembly, characterized by said first lead screw assembly comprising a first half and a second half , wherein the first half is configured to couple with the second half such that the first lead screw assembly is slidably coupled with the shaft assembly. (i) a rotatable housing configured to rotate relative to the body, and (ii) a first lead screw assembly, characterized by said first lead screw assembly comprising a first half and a second half , wherein the first half is configured to couple with the second half such that the first lead screw assembly is slidably coupled with the shaft assembly.
A thermoplastic elastomer composition comprising: at least one elastomer component selected from the group consisting of elastomeric polymers (A) each of which has a side chain containing a hydrogen-bond cross-linkable moiety having a carbonyl-containing group and/or a nitrogen-containing heterocycle and has a glass-transition point of 25°C or below, and elastomeric polymers (B) each of which contains a hydrogen-bond cross-linkable moiety and a covalent-bond cross-linking moiety in a side chain and has a glass-transition point of 25°C or below; an organically modified clay, a content ratio of which is 20 parts by mass or less relative to 100 parts by mass of the elastomer component; and a polymer (Z) which is a polymer other than the elastomeric polymers (A) and (B), and wherein (Z) has a solubility parameter, SP, value of 9.0 or more and greater by 0.5 or more than the solubility parameter, SP, value of the elastomer component, wherein the SP value is obtained by the Fedors method. at least one elastomer component selected from the group consisting of elastomeric polymers (A) each of which has a side chain containing a hydrogen-bond cross-linkable moiety having a carbonyl-containing group and/or a nitrogen-containing heterocycle and has a glass-transition point of 25°C or below, and elastomeric polymers (B) each of which contains a hydrogen-bond cross-linkable moiety and a covalent-bond cross-linking moiety in a side chain and has a glass-transition point of 25°C or below; an organically modified clay, a content ratio of which is 20 parts by mass or less relative to 100 parts by mass of the elastomer component; and a polymer (Z) which is a polymer other than the elastomeric polymers (A) and (B), and wherein (Z) has a solubility parameter, SP, value of 9.0 or more and greater by 0.5 or more than the solubility parameter, SP, value of the elastomer component, wherein the SP value is obtained by the Fedors method.