mhurhangee/ep-ind-claims huggingface dataset:
A capacitive logic cell with complementary control comprising a variable capacitance electromechanical device comprising a fixed part and a movable part, the electromechanical device comprising first (g; g1), second (gb; glb), third (d), and fourth (db) electrodes mounted on the fixed part, and a fifth electrode (r; s) mounted on the movable part, wherein the first electrode (g; g1) is connected to a terminal for supplying a first input logic signal (A; A1) of the cell, the second electrode (g; g1b) is connected to a terminal for supplying a second input logic signal (A; A1b) of the cell, complementary to the first input logic signal (A; A1), the third electrode (d) is connected to a terminal for supplying a first output logic signal of the cell, and the fourth electrode (db) is connected to a terminal for supplying a second output logic signal (Sb) of the cell, complementary to the first output logic signal, wherein the third (d) and fifth (r; s) electrodes define a first capacitance (Csd) variable, depending on the position of the movable part in relation to the fixed part, and the fourth (db) and fifth (r; s) electrodes define a second capacitance (Csdb) variable, depending on the position of the movable part in relation to the fixed part, and wherein the position of the movable part in relation to the fixed part depends on the state of the first and second (Ab) complementary input logic signals applied to the first (g) and second (gb) electrodes, respectively. wherein the third (d) and fifth (r; s) electrodes define a first capacitance (Csd) variable, depending on the position of the movable part in relation to the fixed part, and the fourth (db) and fifth (r; s) electrodes define a second capacitance (Csdb) variable, depending on the position of the movable part in relation to the fixed part, and wherein the position of the movable part in relation to the fixed part depends on the state of the first and second (Ab) complementary input logic signals applied to the first (g) and second (gb) electrodes, respectively.
Process for leak detection in a device used for the production of automotive exhaust catalysts, the device comprising a coating chamber in which two sensors (123, 126) for measuring the height of the washcoat are positioned at different levels within the coating chamber and being connected to a controlling unit, comprising the steps of: a) introducing washcoat into the coating chamber up to a fixed level between the lower and the upper sensor; b) waiting at least 5 s but below 30 s; and c) analyzing whether the controlling unit signals that the washcoat level continues to increase and touches the upper sensor or signals if the contact to lower sensor is lost. a) introducing washcoat into the coating chamber up to a fixed level between the lower and the upper sensor; b) waiting at least 5 s but below 30 s; and c) analyzing whether the controlling unit signals that the washcoat level continues to increase and touches the upper sensor or signals if the contact to lower sensor is lost.
A method for determining a positioning error of a CNC machine, wherein the CNC machine is equipped with a calibration element, the calibration element being in a first position, the method comprising the steps of: reading first sensor data output by at least one sensor while the calibration element is at the first position, wherein the sensor data correspond to a distance between a point on the surface of the calibration element and the at least one sensor, or wherein a contact element of the at least one sensor is deflected by the calibration element and the sensor data correspond to a distance by which the contact element is deflected; operating the CNC machine to perform a calibration movement that ideally, according to the CNC control, leaves the calibration element at the first position; reading second sensor data output by the at least one sensor while the calibration element is at a second position, wherein the second position denotes the actual position of the calibration element after the calibration movement has been performed; causing the at least one sensor to move so that the difference between the first and second sensor data decreases until the difference becomes less or equal to a pre-determined threshold value; and determining a positioning error of the CNC machine based on the movement of the at least one sensor. reading first sensor data output by at least one sensor while the calibration element is at the first position, wherein the sensor data correspond to a distance between a point on the surface of the calibration element and the at least one sensor, or wherein a contact element of the at least one sensor is deflected by the calibration element and the sensor data correspond to a distance by which the contact element is deflected; wherein the sensor data correspond to a distance between a point on the surface of the calibration element and the at least one sensor, or wherein a contact element of the at least one sensor is deflected by the calibration element and the sensor data correspond to a distance by which the contact element is deflected; operating the CNC machine to perform a calibration movement that ideally, according to the CNC control, leaves the calibration element at the first position; reading second sensor data output by the at least one sensor while the calibration element is at a second position, wherein the second position denotes the actual position of the calibration element after the calibration movement has been performed; causing the at least one sensor to move so that the difference between the first and second sensor data decreases until the difference becomes less or equal to a pre-determined threshold value; and determining a positioning error of the CNC machine based on the movement of the at least one sensor.
Composition comprising a supported oxide selected from zirconium oxide, titanium oxide and a mixed zirconium titanium oxide on a support based on alumina or on aluminum oxyhydroxide, characterized in that, after calcination for 4 hours at 900°C, the supported oxide is in the form of particles deposited on said support, the size of which is at most 10 nm when the supported oxide is zirconium oxide and at most 15 nm when the supported oxide is titanium oxide or a mixed zirconium titanium oxide.
A method for making a layered dental appliance, the method comprising: providing a dental core; providing a mold comprising a negative of an outer shape of a layered dental appliance; positioning a first slurry in the mold; pressing the dental core into the first slurry in the mold to form a first article comprising the dental core and a first layer formed from the first slurry; removing the first article from the mold; firing the first article to shrink at least a portion of the first article and form a fired first article; positioning a second slurry in the mold; and pressing the fired first article into the second slurry in the mold to form a second article comprising the dental core, the first layer, and a second layer formed from the second slurry. providing a dental core; providing a mold comprising a negative of an outer shape of a layered dental appliance; positioning a first slurry in the mold; pressing the dental core into the first slurry in the mold to form a first article comprising the dental core and a first layer formed from the first slurry; removing the first article from the mold; firing the first article to shrink at least a portion of the first article and form a fired first article; positioning a second slurry in the mold; and pressing the fired first article into the second slurry in the mold to form a second article comprising the dental core, the first layer, and a second layer formed from the second slurry.
Flat steel product with tensile strength R m of at least 950 MPa, yield strength of at least 800 MPa and elongation at break A 50 of at least 8%, wherein the tensile strength, yield strength and elongation at break are determined according to DIN EN ISO 6892, sample form 1 and wherein the flat steel product consists of a steel containing, in addition to iron and inevitable impurities expressed in percentage by weight: C: 0.05-0.20%, Si: 0.2-1.5%, Al: 0.01-1.5%, Mn: 1.0-3.0%, P: up to 0.02%, S: up to 0.005%, N: up to 0.008%, and optionally one or more of the elements of the group "Cr, Mo, Ti, Nb, B" with the respective contents: Cr: 0.05-1.0%, Mo: 0.05-0.2%, Ti: 0.005-0.2%, Nb: 0.001-0.05%, B: 0.0001-0.005%, wherein for ψ = % C + % Mn / 5 + % Cr / 6 / % Al + % Si with %C: respective C content of the steel %Mn: respective Mn content of the steel %Cr: respective Cr content of the steel %Al: respective Al content of the steel %Si: respective Si content of the steel 1.6 ≤ ψ ≤ 3 shall apply and wherein the flat steel product possesses a microstructure consisting of - not more than 5% by area bainite, - not more than 5% by area polygonal ferrite, - not more than 2% by volume retained austenite, and - at least 90% by area martensite, wherein at least half of the martensite is tempered martensite, and wherein for the carbon equivalent CE = % C + % Si + % Mn / 5 + % Cr + % Mo / 6 with %C: respective C content of the steel %Si: respective Si content of the steel %Mn: respective Mn content of the steel %Cr: respective Cr content of the steel %Mo: respective Mo content of the steel, 0.254 ≤ CE ≤ 1.1% by weight shall apply. C: 0.05-0.20%, Si: 0.2-1.5%, Al: 0.01-1.5%, Mn: 1.0-3.0%, P: up to 0.02%, S: up to 0.005%, N: up to 0.008%, Cr: 0.05-1.0%, Mo: 0.05-0.2%, Ti: 0.005-0.2%, Nb: 0.001-0.05%, B: 0.0001-0.005%, with %C: respective C content of the steel %Mn: respective Mn content of the steel %Cr: respective Cr content of the steel %Al: respective Al content of the steel %Si: respective Si content of the steel - not more than 5% by area bainite, - not more than 5% by area polygonal ferrite, - not more than 2% by volume retained austenite, and - at least 90% by area martensite, wherein at least half of the martensite is tempered martensite, and wherein for the carbon equivalent %C: respective C content of the steel %Si: respective Si content of the steel %Mn: respective Mn content of the steel %Cr: respective Cr content of the steel %Mo: respective Mo content of the steel,
A muscle training device comprising a tension element (18, 64) with a handle, the muscle training device further comprising means (8, 58) for generating a traction force, characterized in that the means (8, 58) for generating a traction force are formed as a spring arrangement (8, 58), one end thereof engaging with a first point (4, 62) of a mounted lever arm (6, 53) and wherein the tension element (18, 64) engages with a second point of the mounted lever arm (6, 53), wherein the second point is arranged at a distance from the first point (4, 62), wherein the other end of the spring arrangement (8, 58) is fixed by means of a continuously and electrically length-adjustable arrangement, wherein the spring arrangement (8, 58) is formed as a spring assembly or as a tension spring assembly and the spring arrangement (8, 58) provides the required training resistance.
An organic light emitting device comprising: an anode and a cathode disposed opposite each other; a first stack disposed between the anode and the cathode and the first stack including: an organic light emitting layer; and a hole transport unit provided between the anode and the organic light emitting layer and including two or more pairs of hole injection layers (210a, 210b,...) formed of a single hole injection material and hole transport layers (220a, 220b,...) formed of a single hole transport material, the hole injection layers (210a, 210b,...) and the hole transport layers (220a, 220b,...) being alternately disposed and being adjacent to each other, wherein the LUMO level and the HOMO level of a layer mean the LUMO level and the HOMO level of a material constituting a major weight ratio of the corresponding layer, characterized in that a LUMO level of the hole injection layers (210a, 210b,...) is lower than or equal to a HOMO level of the hole transport layers (220a, 220b,...). an anode and a cathode disposed opposite each other; a first stack disposed between the anode and the cathode and the first stack including: an organic light emitting layer; and a hole transport unit provided between the anode and the organic light emitting layer and including two or more pairs of hole injection layers (210a, 210b,...) formed of a single hole injection material and hole transport layers (220a, 220b,...) formed of a single hole transport material, the hole injection layers (210a, 210b,...) and the hole transport layers (220a, 220b,...) being alternately disposed and being adjacent to each other, wherein the LUMO level and the HOMO level of a layer mean the LUMO level and the HOMO level of a material constituting a major weight ratio of the corresponding layer, characterized in that a LUMO level of the hole injection layers (210a, 210b,...) is lower than or equal to a HOMO level of the hole transport layers (220a, 220b,...). an organic light emitting layer; and a hole transport unit provided between the anode and the organic light emitting layer and including two or more pairs of hole injection layers (210a, 210b,...) formed of a single hole injection material and hole transport layers (220a, 220b,...) formed of a single hole transport material, the hole injection layers (210a, 210b,...) and the hole transport layers (220a, 220b,...) being alternately disposed and being adjacent to each other, wherein the LUMO level and the HOMO level of a layer mean the LUMO level and the HOMO level of a material constituting a major weight ratio of the corresponding layer, characterized in that a LUMO level of the hole injection layers (210a, 210b,...) is lower than or equal to a HOMO level of the hole transport layers (220a, 220b,...).
A plastic model assembled by components, some or all components including a base material and at least an iron-coated layer provided on the base material, the plastic model comprising: one or two or more areas selected from states of being provided with a paint film on a portion where rust is generated on the iron-coated layer, not being provided with a paint film on a portion where rust is generated on the iron-coated layer, being provided with a paint film on a portion where rust is not generated on the iron-coated layer, and not being provided with a paint film on a portion where rust is not generated on the iron-coated layer. one or two or more areas selected from states of being provided with a paint film on a portion where rust is generated on the iron-coated layer, not being provided with a paint film on a portion where rust is generated on the iron-coated layer, being provided with a paint film on a portion where rust is not generated on the iron-coated layer, and not being provided with a paint film on a portion where rust is not generated on the iron-coated layer.
A method of producing L-amino acids, the method comprising 1) culturing a recombinant coryneform microorganism capable of producing L-amino acids, wherein the recombinant coryneform microorganism has an acetate-inducible promoter downstream of a stop codon of a target gene in a chromosome; and 2) adding acetate during the culturing to weaken the expression of the target gene, and to strengthen the L-amino acids production capability of the recombinant coryneform microorganism, wherein the acetate-inducible promoter is in a direction opposite to the target gene transcription. 1) culturing a recombinant coryneform microorganism capable of producing L-amino acids, wherein the recombinant coryneform microorganism has an acetate-inducible promoter downstream of a stop codon of a target gene in a chromosome; and 2) adding acetate during the culturing to weaken the expression of the target gene, and to strengthen the L-amino acids production capability of the recombinant coryneform microorganism,
An aerosol-generating article comprising: an aerosol-generating substrate; a filter in axial alignment with the aerosol-generating substrate, the filter comprising at least one segment of filtration material formed of one or more sheets of a fibrous paper-like material, wherein the fibrous paper-like material comprises a combination of hydrophobic fibres and hydrophilic fibres such that the fibrous paper-like material has a water contact angle as measured in accordance with TAPPI/ANSI T 558 om-15 greater than 90 degrees and wherein the fibrous paper-like material has a biodegradability in aqueous medium as tested in accordance with ISO 14851 of at least 70 percent of the degradation of a cellulose reference within 56 days of testing, wherein the hydrophobic fibres comprise hydrophobic viscose fibres. an aerosol-generating substrate; a filter in axial alignment with the aerosol-generating substrate, the filter comprising at least one segment of filtration material formed of one or more sheets of a fibrous paper-like material, wherein the fibrous paper-like material comprises a combination of hydrophobic fibres and hydrophilic fibres such that the fibrous paper-like material has a water contact angle as measured in accordance with TAPPI/ANSI T 558 om-15 greater than 90 degrees and wherein the fibrous paper-like material has a biodegradability in aqueous medium as tested in accordance with ISO 14851 of at least 70 percent of the degradation of a cellulose reference within 56 days of testing, wherein the hydrophobic fibres comprise hydrophobic viscose fibres.
A display device for electronic equipment comprising an antenna adapted to receive radio waves, said device comprising a touch screen provided with a printed circuit board configured to control display means of the touch screen and emitting in operation electromagnetic waves, characterized in that it further comprises a conductive wire having a first end coupled to a ground of said printed circuit board and a second end free, and defining an auxiliary antenna configured to capture at least part of the energy of said electromagnetic waves generated by the printed circuit board of the display, so as to reduce electromagnetic disturbances caused by said electromagnetic waves, said conductive wire having a diameter of between 1 mm and 4 mm and a length of between 30 cm and 70 cm, said conductive wire being connected to a ground pin of a connector attached to said printed circuit board.
A method for managing the mobility of a mobile network in a Proxy Mobile Internet Protocol, PMIP, environment operating under the Dynamic Host Configuration Protocol, DHCP, protocol, said mobile network comprising a mobile router in communication with at least one user device, the method comprising the following steps: - receiving a message (DHCP Request) requesting a mobile network prefix (MNP/X), the message containing a unique DHCP identifier to identify the requesting mobile router (DUID); - assigning a mobile identifier value (MNID) to the unique DHCP identifier; - generating a message (DHCP Relay-Forward) requesting a mobile network prefix (MNP/X), the message containing the assigned value of the mobile identifier (MNID); - receiving a response message (DHCP Relay-Reply) containing an allocated mobile network prefix (MNP/Y) and the value of the mobile identifier (MNID); - restoring the value of the unique DHCP identifier; and - transmitting a response message (DHCP Reply), the message containing the unique DHCP identifier of the requesting mobile router (DUID) and the allocated mobile network prefix (MNP/Y). - receiving a message (DHCP Request) requesting a mobile network prefix (MNP/X), the message containing a unique DHCP identifier to identify the requesting mobile router (DUID); - assigning a mobile identifier value (MNID) to the unique DHCP identifier; - generating a message (DHCP Relay-Forward) requesting a mobile network prefix (MNP/X), the message containing the assigned value of the mobile identifier (MNID); - receiving a response message (DHCP Relay-Reply) containing an allocated mobile network prefix (MNP/Y) and the value of the mobile identifier (MNID); - restoring the value of the unique DHCP identifier; and - transmitting a response message (DHCP Reply), the message containing the unique DHCP identifier of the requesting mobile router (DUID) and the allocated mobile network prefix (MNP/Y).
An outdoor customer premises equipment, CPE, comprising: a main body, which comprises: a printed circuit board, PCB, contained inside the main body; a heat sink on which the PCB is disposed; a SIM card holder disposed on the PCB; a radio frequency, RF, cable connected to the main body with one end; and a fifth generation, 5G, communication module disposed on the PCB; and an antenna module (10a, 10b) which is detachably connected to the main body and comprises a cable interface connected to an opposite end of the RF cable, wherein the antenna module (10a, 10b) is a high-gain antenna module or a low-gain antenna module. a main body, which comprises: a printed circuit board, PCB, contained inside the main body; a heat sink on which the PCB is disposed; a SIM card holder disposed on the PCB; a radio frequency, RF, cable connected to the main body with one end; and a fifth generation, 5G, communication module disposed on the PCB; and a printed circuit board, PCB, contained inside the main body; a heat sink on which the PCB is disposed; a SIM card holder disposed on the PCB; a radio frequency, RF, cable connected to the main body with one end; and a fifth generation, 5G, communication module disposed on the PCB; an antenna module (10a, 10b) which is detachably connected to the main body and comprises a cable interface connected to an opposite end of the RF cable, wherein the antenna module (10a, 10b) is a high-gain antenna module or a low-gain antenna module.