mhurhangee/patent-ind-claim-en huggingface dataset:
Combination of a device for cleaning a continuously revolving clothing and of such a clothing for a paper machine for producing and/or processing a paper, cardboard, or tissue web or another fibrous web, said combination comprising at least one cleaning nozzle (3, 3.1) which from a fluid generates at least one cleaning jet that is directed onto the clothing , and a discharge duct for discharging the fluid and the dirt that is released from the clothing by the cleaning jet in a discharging direction , wherein the discharge duct has a first portion (5.1) having a cleaning opening that points toward the revolving clothing and forms a cleaning zone , and the at least one cleaning nozzle (3, 3.1) is disposed in such a manner that the at least one cleaning jet impacts the clothing in the region of the cleaning zone and has a velocity component in the transverse direction (9.1), that is to say transversely to the running direction of the clothing and, when viewed in the running direction of the clothing , the cleaning jet in relation to the clothing plane (2.1) impacts the clothing at an angular range of 20° < B < 80°, in particular at an angular range of 30° < B < 70°, wherein the angle B lies in the plane that is defined by the transverse direction and a perpendicular to the clothing plane, characterized in that the first portion (5.1) of the discharge duct at the beginning of the discharge duct has a receptacle opening which points counter to the running direction of the revolving clothing .
A method for performing interference cancelation comprising: receiving a physical downlink control channel, PDCCH, transmission, wherein the PDCCH transmission is received via a serving cell; decoding downlink control information, DCI, comprised in the PDCCH transmission; determining a data region associated with a downlink transmission in the serving cell, wherein the determination is based on the decoded DCI; receiving one or more enhanced physical downlink control channel, EPDCCH, transmissions via one or more neighbor cells; decoding the one or more EPDCCH transmissions using a zone specific identifier, wherein the one or more decoded EPDCCH transmissions comprise interference information associated with the data region; and decoding the downlink transmission associated with the data region using the interference information comprised in the one or more decoded EPDCCH transmissions. receiving a physical downlink control channel, PDCCH, transmission, wherein the PDCCH transmission is received via a serving cell; decoding downlink control information, DCI, comprised in the PDCCH transmission; determining a data region associated with a downlink transmission in the serving cell, wherein the determination is based on the decoded DCI; receiving one or more enhanced physical downlink control channel, EPDCCH, transmissions via one or more neighbor cells; decoding the one or more EPDCCH transmissions using a zone specific identifier, wherein the one or more decoded EPDCCH transmissions comprise interference information associated with the data region; and decoding the downlink transmission associated with the data region using the interference information comprised in the one or more decoded EPDCCH transmissions.
Handle for a window or a door, with a first part which is attachable to the window or door, and with a second part , which is arranged rotationally with respect to the first part around an axis of rotation (A), with a coupling element for coupling the second part to a window or door mechanism, with a locking element which is electromechanically moveable between a first position and a second position, wherein, in the first position of the locking element , a rotational movement of the second part is transmissible, by means of the coupling element , to the window or door mechanism and wherein, in the second position, an activation of the window or door mechanism by means of the handle is prevented, with a first sensor for detecting the position in space of the second part of the handle , with a second sensor for detecting the position in space of the window or door, and with a third sensor for detecting the position of the locking element , wherein the first sensor and the third sensor are arranged in the second part of the handle .
A method of setting a position of an actuator after interruption of a power supply that supplies the actuator, wherein in the method a parameter value of a component that actuates the actuator is detected, wherein an actuator position is determined from the parameter value, which is referenced and checked for plausibility after the supply voltage has been restored, characterised in that referencing of the actuator position is prevented when the actuator has been switched off correctly after the power supply has been interrupted, i.e. when the de-energised actuator has assumed a predetermined position as a result of a reverse rotation of stored energy of a wrap spring located in the actuator .
A coupling mechanism adapted for a slide rail , the coupling mechanism comprising a coupling base and a cushioning structure , wherein the coupling base is detachably mounted on and in direct contact with the slide rail , wherein the cushioning structure is in indirect contact with the slide rail through the coupling base , and wherein the coupling mechanism is further adapted for a furniture part , and the cushioning structure is configured for compensating for a possible longitudinal gap (K) between the furniture part and the slide rail . characterized by the coupling mechanism further comprising a supporting member and a height adjustment member , wherein the supporting member includes a supporting portion , and the height adjustment member is configured for displacing and thereby adjusting the supporting member with respect to the coupling base in order to change a height of the supporting portion of the supporting member with respect to the slide rail through a guiding feature .
Tire pressure sensor for motor vehicles, comprising a housing , an electronic control circuit which is accommodated in the housing and has an integrated measuring circuit , the measuring circuit having at least one pressure sensor , wherein configuration data for the measuring circuit and/or the control circuit can be stored in an internal memory of the control circuit , wherein means (6, 9; 7, 10) for wireless communication are coupled to the control circuit in order to transmit measured pressure values detected by means of the measuring circuit to a remote receiving device in accordance with the configuration data, wherein the control circuit is coupled to a separate memory device having a non-volatile memory, wherein a plurality of data packets each having different configuration data are stored in the separate memory device , wherein the separate memory module can be activated by the control circuit in order to copy a data packet stored therein into the internal memory of the control circuit in order to configure the measuring circuit and/or the control circuit characterized in that the control circuit is designed to store the measured values recorded by the measuring device in the separate memory module after configuration. a housing , an electronic control circuit which is accommodated in the housing and has an integrated measuring circuit , the measuring circuit having at least one pressure sensor , wherein configuration data for the measuring circuit and/or the control circuit can be stored in an internal memory of the control circuit , wherein means (6, 9; 7, 10) for wireless communication are coupled to the control circuit in order to transmit measured pressure values detected by means of the measuring circuit to a remote receiving device in accordance with the configuration data, wherein the control circuit is coupled to a separate memory device having a non-volatile memory, wherein a plurality of data packets each having different configuration data are stored in the separate memory device , wherein the separate memory module can be activated by the control circuit in order to copy a data packet stored therein into the internal memory of the control circuit in order to configure the measuring circuit and/or the control circuit characterized in that the control circuit is designed to store the measured values recorded by the measuring device in the separate memory module after configuration.
A stair system , comprising: a first connector ; a sliding body operatively connected with the first connector, wherein the sliding body comprises a first end and a second end , wherein the second end is opposite the first end; an upper connector operatively connected with the sliding body; a lower connector , wherein the upper connector is operatively connected with the lower connector; and a second connector operatively connected with the lower connector at a first connection point characterized in that the upper connector is telescopically disposed within the lower connector. a first connector ; a sliding body operatively connected with the first connector, wherein the sliding body comprises a first end and a second end , wherein the second end is opposite the first end; an upper connector operatively connected with the sliding body; a lower connector , wherein the upper connector is operatively connected with the lower connector; and a second connector operatively connected with the lower connector at a first connection point characterized in that the upper connector is telescopically disposed within the lower connector.
A film comprising: a matrix layer formed with a polyimide obtained from pyromellitic dianhydride and m-tolidine; a first adhesive layer formed on one surface of the matrix layer formed with first thermoplastic polyimide; and a second adhesive layer formed on the other surface of the matrix layer formed with second thermoplastic polyimide, wherein a maximum height roughness of a first interface between the matrix layer and the first adhesive layer and a maximum height roughness of a second interface between the matrix layer and the second adhesive layer are 1.0 μm or less, wherein the maximum height roughness is measured according to JIS B 0601. a matrix layer formed with a polyimide obtained from pyromellitic dianhydride and m-tolidine; a first adhesive layer formed on one surface of the matrix layer formed with first thermoplastic polyimide; and a second adhesive layer formed on the other surface of the matrix layer formed with second thermoplastic polyimide, wherein a maximum height roughness of a first interface between the matrix layer and the first adhesive layer and a maximum height roughness of a second interface between the matrix layer and the second adhesive layer are 1.0 μm or less, wherein the maximum height roughness is measured according to JIS B 0601.
A crystalline form of (S)-2-(8-((5-chloropyrimidin-2-yl)(methyl)amino)-2-fluoro-6,7,8,9-tetrahydro-5H-pyrido[3,2-b]indol-5-yl)acetic acid, characterized by the presence of peaks in the X-ray powder diffraction diagram at the following angles of refraction 2θ: 12.6°, 14.0°, and 21.1°, wherein the X-ray powder diffraction diagram is measured at (5±3)%, at (20±3)%, at (50±3)%, or at (95±3)% relative humidity and at a temperature of 25°C±5°C by using combined Cu Kα1 and Kα2 radiation, without Kα2 stripping.
An additive manufacturing machine , comprising: a resin support which has at least a portion which is transparent, wherein the resin support defines a build surface ; a material depositor operable to deposit a resin which is radiant-energy-curable onto the build surface ; at least two build stations , each build station including: a stage positioned adjacent the build surface and configured to hold a stacked arrangement of one or more cured layers of the resin; one or more actuators operable to manipulate a relative position of the stage and the build surface ; and at least one radiant energy apparatus positioned opposite to the stage , and operable to generate and project radiant energy in a predetermined pattern. a resin support which has at least a portion which is transparent, wherein the resin support defines a build surface ; a material depositor operable to deposit a resin which is radiant-energy-curable onto the build surface ; at least two build stations , each build station including: a stage positioned adjacent the build surface and configured to hold a stacked arrangement of one or more cured layers of the resin; one or more actuators operable to manipulate a relative position of the stage and the build surface ; and a stage positioned adjacent the build surface and configured to hold a stacked arrangement of one or more cured layers of the resin; one or more actuators operable to manipulate a relative position of the stage and the build surface ; and at least one radiant energy apparatus positioned opposite to the stage , and operable to generate and project radiant energy in a predetermined pattern.
Method for determining a gas concentration in a measurement gas using a gas sensor , a multiplicity of value pairs (I i , p i ) of respectively a gas concentration signal (I i ) and a pressure signal (p i ) being registered in a first mode of operation of an internal combustion engine, in which the gas concentration in the measurement gas is known, and a compensation parameter (k) and a scaling factor (m adap ) of the gas sensor being determined using these value pairs (I i , p i ) as a starting point, and a gas concentration to be determined subsequently being determined in a second mode of operation of the internal combustion engine, on the basis of a gas concentration signal (I nom ) measured in the second mode of operation of the internal combustion engine and with the compensation parameter (k) and the scaling factor (m adap ) of the gas sensor being taken into account, characterized in that the compensation parameter (k) and the scaling factor (m adap ) are determined in the first mode of operation as the solution of two equations, the gas concentration signals (I i ) and the pressure signals (p i ) only being included indirectly in the equations by way of coefficients (A 1 -A 6 , B 1 -B 3 ) which are formed by the summation of terms that are dependent on the gas concentration signals (I i ) and on the pressure signals (p i ).
A tipper , in particular a transfer cart, for field crops, comprising - a chassis with at least one pair of locomotion elements ; - a loading body pivotable with respect to a rear side of the chassis ; - wherein the tipper at a front side thereof is provided with a tractor coupling for coupling with a tractor vehicle, or wherein the tipper is provided as a self-propelled transfer cart with a drive of its own; characterised in that at the front side of the loading body a coupling device is provided for detachably coupling an extension module , further comprising an adjusting device to adjust the extension module with respect to the loading body , so that the extension module can be set substantially horizontally, regardless of the angle (α) at which the loading body is. - a chassis with at least one pair of locomotion elements ; - a loading body pivotable with respect to a rear side of the chassis ; - wherein the tipper at a front side thereof is provided with a tractor coupling for coupling with a tractor vehicle, or wherein the tipper is provided as a self-propelled transfer cart with a drive of its own; characterised in that at the front side of the loading body a coupling device is provided for detachably coupling an extension module , further comprising an adjusting device to adjust the extension module with respect to the loading body , so that the extension module can be set substantially horizontally, regardless of the angle (α) at which the loading body is.
A process for preparing in situ an aqueous gel ink with fixed color comprising the following steps: (i) preparing a gel-based matrix of aqueous ink comprising reducing agent chosen in the group consisting of citric acid and/or derivatives of citric acid chosen from esters, amides and thioesters of citric acid, salts of citric acid or of said derivatives, solvates of citric acid or of said derivatives, such as hydrates, and mixture thereof, (ii) adding a solution of gold salts (Au 3+ ), (iii) adding iron powder, (iv) adding polyvinylpyrrolidone to obtain an aqueous gel ink with fixed color, wherein the steps (ii) and (iii) can be interchanged. (i) preparing a gel-based matrix of aqueous ink comprising reducing agent chosen in the group consisting of citric acid and/or derivatives of citric acid chosen from esters, amides and thioesters of citric acid, salts of citric acid or of said derivatives, solvates of citric acid or of said derivatives, such as hydrates, and mixture thereof, (ii) adding a solution of gold salts (Au 3+ ), (iii) adding iron powder, (iv) adding polyvinylpyrrolidone to obtain an aqueous gel ink with fixed color,
A device for communicating on unlicensed spectrum, the device comprising at least one processor configured to trigger: receiving a signal in the unlicensed spectrum, the signal including a signature sequence indicating that the unlicensed spectrum is used by a cellular radio-access technology; canceling the signature sequence from the received signal; performing a clear-channel assessment, CCA, based on the received signal wherefrom the signature sequence is cancelled; and when a result of the CCA indicates clearance of the unlicensed spectrum, communicating on the unlicensed spectrum according to the cellular radio-access technology by sharing the unlicensed spectrum with one or more other devices communicating on the unlicensed spectrum according to the cellular radio-access technology. receiving a signal in the unlicensed spectrum, the signal including a signature sequence indicating that the unlicensed spectrum is used by a cellular radio-access technology; canceling the signature sequence from the received signal; performing a clear-channel assessment, CCA, based on the received signal wherefrom the signature sequence is cancelled; and when a result of the CCA indicates clearance of the unlicensed spectrum, communicating on the unlicensed spectrum according to the cellular radio-access technology by sharing the unlicensed spectrum with one or more other devices communicating on the unlicensed spectrum according to the cellular radio-access technology.
A chip package comprising: a first substrate containing first circuitry ; a first contact pad disposed on the first substrate and coupled to the first circuitry; a first pillar electrically disposed over the first contact pad; a first pillar protection layer disposed on a side surface of the first pillar; a second substrate containing second circuitry ; and a solder ball disposed on the first pillar and electrically and mechanically coupling the first substrate to the second substrate; the chip package being characterised in that the material of the first pillar protection layer is copper sulfide. a first substrate containing first circuitry ; a first contact pad disposed on the first substrate and coupled to the first circuitry; a first pillar electrically disposed over the first contact pad; a first pillar protection layer disposed on a side surface of the first pillar; a second substrate containing second circuitry ; and a solder ball disposed on the first pillar and electrically and mechanically coupling the first substrate to the second substrate; the chip package being characterised in that the material of the first pillar protection layer is copper sulfide.
A method for monitoring a joining seam along a joining path, particularly during joining by means of laser radiation, in which: - in processing direction in front of a processing point, a joining point is measured in order to detect its position and geometry, characterized in that - at least from the position of the joining point in front of the processing point, which comprises the position of the joining point along the joining path and laterally thereto, the position of the joining seam behind the processing point along the joining path and laterally thereto is detected, and - in processing direction behind the processing point, the joining seam is measured at the obtained position in order to detect its geometry. - in processing direction in front of a processing point, a joining point is measured in order to detect its position and geometry, characterized in that - at least from the position of the joining point in front of the processing point, which comprises the position of the joining point along the joining path and laterally thereto, the position of the joining seam behind the processing point along the joining path and laterally thereto is detected, and - in processing direction behind the processing point, the joining seam is measured at the obtained position in order to detect its geometry.
A Venturi device for producing vacuum comprising: a housing defining a motive port , a suction port , a discharge port , a first flow passage between the motive port and the discharge port , and a second flow passage into and through the suction port and into fluid communication with the first flow passage ; a first check valve incorporated into the housing and positioned to control fluid flow through the suction port ; and characterised by comprising a sound attenuating material (300, 302, 302", 310) about the outer surface of the housing, wherein the sound attenuating material about the outer surface of the housing includes a first member conformed to the contours of the exterior surface of the housing and a second member surrounding the first member, wherein the first member is interposed between the housing and the second member. a housing defining a motive port , a suction port , a discharge port , a first flow passage between the motive port and the discharge port , and a second flow passage into and through the suction port and into fluid communication with the first flow passage ; a first check valve incorporated into the housing and positioned to control fluid flow through the suction port ; and characterised by comprising a sound attenuating material (300, 302, 302", 310) about the outer surface of the housing, wherein the sound attenuating material about the outer surface of the housing includes a first member conformed to the contours of the exterior surface of the housing and a second member surrounding the first member, wherein the first member is interposed between the housing and the second member.
An interspinous spacer , comprising: a body having a distal portion and a proximal portion , wherein the body comprises a cup and a casing attached to the cup; an actuator at least partially disposed in the body, wherein the actuator comprises a head disposed in the cup and a shaft attached to the head and extending through the casing; and a first arm and a second arm , wherein the first and second arms are rotatably coupled to a distal portion of the body and coupled to the actuator, wherein the actuator, first arm, and second arm are configured, upon rotation of the actuator in a first direction, to move the first and second arms from an undeployed position, in which the first and second arms extend from the distal portion of the body back toward the proximal portion of the body, to a deployed position, in which the first and second arms extend away from the body. a body having a distal portion and a proximal portion , wherein the body comprises a cup and a casing attached to the cup; an actuator at least partially disposed in the body, wherein the actuator comprises a head disposed in the cup and a shaft attached to the head and extending through the casing; and a first arm and a second arm , wherein the first and second arms are rotatably coupled to a distal portion of the body and coupled to the actuator, wherein the actuator, first arm, and second arm are configured, upon rotation of the actuator in a first direction, to move the first and second arms from an undeployed position, in which the first and second arms extend from the distal portion of the body back toward the proximal portion of the body, to a deployed position, in which the first and second arms extend away from the body.