mhurhangee/ep-ind-claims huggingface dataset:
A lighting-control processor (100, 300) for controlling operation of an external lighting unit, the lighting-control processor, comprising - an exchange control unit, which is configured - to control exchange of lighting-control information with the lighting unit via a lighting-control interface in accordance with an exchange protocol; and - to generate and provide exchange monitoring information indicative of an operational status of the exchange control unit; - a reset unit, which is configured to receive a soft-reset command and to cause a soft reset of the lighting-control processor upon receiving the soft-reset command, the soft reset being a reset process under maintained provision of supply power to the lighting control processor and any device connected to the lighting-control processor; and - an exchange watchdog unit, which is configured to receive the exchange monitoring information, determine validity of the exchange monitoring information in accordance with a predefined validity criterion, and to provide the soft-reset command upon detecting that the received exchange monitoring information is not valid. - an exchange control unit, which is configured - to control exchange of lighting-control information with the lighting unit via a lighting-control interface in accordance with an exchange protocol; and - to generate and provide exchange monitoring information indicative of an operational status of the exchange control unit; - a reset unit, which is configured to receive a soft-reset command and to cause a soft reset of the lighting-control processor upon receiving the soft-reset command, the soft reset being a reset process under maintained provision of supply power to the lighting control processor and any device connected to the lighting-control processor; and - an exchange watchdog unit, which is configured to receive the exchange monitoring information, determine validity of the exchange monitoring information in accordance with a predefined validity criterion, and to provide the soft-reset command upon detecting that the received exchange monitoring information is not valid.
Method of producing knitted items on a flat bed knitting machine with at least two knitting systems (S1, S2, S3) arranged on a slide and with at least one thread guide (1, 2) wherein, in a knitting row ahead of a needle area in which it is intended that other knitting than before is to be performed with another knitting system (S1, S2, S3), the thread guide (1, 2), which previously supplied thread to the needles, is placed in a non-active position (1,V; 2,V) opposite the knitting direction while the slide continues to move in the original knitting direction, characterised in that the thread guide (1, 2) then a) is placed again in an active position opposite the knitting direction (Figure 2.2-R4) while the slide continues to move without changing the knitting direction and without pausing, or b), in order to produce intarsias, the thread guide is placed in an active position after a change in knitting direction opposite this latter knitting direction (Figure 3.2-R4) while the slide continues to move without changing the knitting direction and without pausing,
A method of controlling a motorized opening element of a vehicle comprising a motor which is provided for driving the opening element so as to move it between its two extreme open and closed positions, the motor being controlled to control the opening element in one of three states: - stop state, - state of opening, in which the opening element moves toward its extreme open position, and - state of closing, in which the opening element moves towards its extreme closed position, the opening element further comprising an anti-pinch sensor which is provided to trigger an anti-pinch operation when it detects an obstacle when the opening element is in the state of closing, wherein the anti-pinch operation corresponds to a change of the state of closing into one of the other states, the control method further comprising the following steps: - a step of opening (Oouv) which corresponds to a change of the stop state into the state of opening, - a step of closing (Ofer) which corresponds to a change of the stop state into the state of closing, wherein at least one of the two steps opening and closing is provided to be triggered by a voluntary manual action which is predetermined in the detection area of the anti-pinch sensor, characterized in that the predetermined voluntary manual action is constituted by a sliding of the hand of the user on the panel of the car body, in the detection area of the sensor, wherein the sliding of the hand of the user constitutes a control code which triggers a step of opening (Oouv) or closing (Ofer) during which the opening element moves in the sliding direction of the hand, and which comprises the mode of autonomous displacement of the opening element during which the manual action initiates the movement of the opening element in a selected direction and the movement of the opening element continues when the hand is no longer in contact with the detection area of the sensor. - stop state, - state of opening, in which the opening element moves toward its extreme open position, and - state of closing, in which the opening element moves towards its extreme closed position, - a step of opening (Oouv) which corresponds to a change of the stop state into the state of opening, - a step of closing (Ofer) which corresponds to a change of the stop state into the state of closing,
A direct bonding method between a first substrate comprising a first layer of a first material and a second substrate comprising a second layer of a second material, the first material and the second material being of different natures and selected from alloys of elements from columns III and V, the method comprising the steps of: a) Providing the first substrate and the second substrate, b) Bringing the first substrate into contact with the second substrate so as to form a bonding interface between the first layer and the second layer, c) Performing a first heat treatment at a first predefined temperature over a first predetermined period, d) Thinning one of the substrates among the first substrate and the second substrate, e) depositing, at a temperature lower than or equal to the first predefined temperature, a barrier layer, on the thinned first substrate or on the thinned second substrate, and f) Carrying out a second heat treatment at a second predefined temperature, higher than the first predefined temperature, over a second predetermined period. a) Providing the first substrate and the second substrate, b) Bringing the first substrate into contact with the second substrate so as to form a bonding interface between the first layer and the second layer, c) Performing a first heat treatment at a first predefined temperature over a first predetermined period, d) Thinning one of the substrates among the first substrate and the second substrate, e) depositing, at a temperature lower than or equal to the first predefined temperature, a barrier layer, on the thinned first substrate or on the thinned second substrate, and f) Carrying out a second heat treatment at a second predefined temperature, higher than the first predefined temperature, over a second predetermined period.
A method for selecting a beam, performed by a data receiving terminal, comprising: determining receiving positions in time domain for monitoring data to be transmitted within a set transmission period; monitoring, at the receiving positions in time domain, data to be transmitted sent by a data sending terminal using different beams, wherein the data to be transmitted is able to indicate a transmission beam corresponding to the data; and determining an optimal transmission beam based on monitoring results, characterized in that determining the receiving positions in time domain for monitoring the data to be transmitted within the set transmission period comprises: receiving a position parameter sent by a base station through radio resource control, RRC, signaling, a media access control control element, MAC CE, or physical layer signaling; and determining receiving positions in time domain based on the position parameter, or determining a receiving window containing a plurality of receiving positions in time domain based on the position parameter. determining receiving positions in time domain for monitoring data to be transmitted within a set transmission period; monitoring, at the receiving positions in time domain, data to be transmitted sent by a data sending terminal using different beams, wherein the data to be transmitted is able to indicate a transmission beam corresponding to the data; and determining an optimal transmission beam based on monitoring results, characterized in that determining the receiving positions in time domain for monitoring the data to be transmitted within the set transmission period comprises: receiving a position parameter sent by a base station through radio resource control, RRC, signaling, a media access control control element, MAC CE, or physical layer signaling; and determining receiving positions in time domain based on the position parameter, or determining a receiving window containing a plurality of receiving positions in time domain based on the position parameter. receiving a position parameter sent by a base station through radio resource control, RRC, signaling, a media access control control element, MAC CE, or physical layer signaling; and determining receiving positions in time domain based on the position parameter, or determining a receiving window containing a plurality of receiving positions in time domain based on the position parameter.
A test stand, comprising: a carrier (19, 25) which is movably connected to a wall (18, 18', 18"), to a ground, to a frame of the test stand or to another part of the test stand and is movable on a predefined path; an actuator which is connected to the carrier and by way of which the carrier (19, 25) can be moved on the predefined path, two clamping devices which each comprise a ball joint, wherein a first of the two clamping devices is fastened to the carrier (19, 25) and a second of the two clamping devices is arranged in an axis with the first of the two clamping devices, so that between the two clamping devices a test body can be clamped at test body outer surfaces and be held by the clamping devices and a test force which is exerted onto a test body by the first of the two clamping devices by way of moving the carrier (19, 25) acts along the axis, characterized in that the test body is fixed by an elastic element in order to limit a rotation of the test body about the axis. a carrier (19, 25) which is movably connected to a wall (18, 18', 18"), to a ground, to a frame of the test stand or to another part of the test stand and is movable on a predefined path; an actuator which is connected to the carrier and by way of which the carrier (19, 25) can be moved on the predefined path, two clamping devices which each comprise a ball joint, wherein a first of the two clamping devices is fastened to the carrier (19, 25) and a second of the two clamping devices is arranged in an axis with the first of the two clamping devices, so that between the two clamping devices a test body can be clamped at test body outer surfaces and be held by the clamping devices and a test force which is exerted onto a test body by the first of the two clamping devices by way of moving the carrier (19, 25) acts along the axis, characterized in that the test body is fixed by an elastic element in order to limit a rotation of the test body about the axis.
A linear counterbalance apparatus comprising: an x-ray source mechanism configured to move an x-ray source assembly along a linear imaging trajectory in a first direction; and a counterweight configured to move in a second direction opposite the first direction simultaneously with the x-ray source assembly to counterbalance the x-ray source assembly as the x-ray source assembly moves along the imaging trajectory; characterized in that the counterweight comprises at least two masses spaced apart; and the counterweight is configured to move such that the center of mass of the counterweight is located along a line between the at least two masses and moves collinearly with a movement of the center of mass of the x-ray source assembly as the x-ray source assembly moves along the imaging trajectory. an x-ray source mechanism configured to move an x-ray source assembly along a linear imaging trajectory in a first direction; and a counterweight configured to move in a second direction opposite the first direction simultaneously with the x-ray source assembly to counterbalance the x-ray source assembly as the x-ray source assembly moves along the imaging trajectory; characterized in that the counterweight comprises at least two masses spaced apart; and the counterweight is configured to move such that the center of mass of the counterweight is located along a line between the at least two masses and moves collinearly with a movement of the center of mass of the x-ray source assembly as the x-ray source assembly moves along the imaging trajectory.
A medical container (1, 1C) provided by joining together rims of a set of sheet-shaped members (50,50) disposed facing each other, the medical container (1, 1C) comprising: an accommodation part (10, 10C) disposed at a central part in a width direction; and a pair of extending parts that is disposed on one end side in a height direction of the accommodation part (10, 10C), and extends outward in the width direction from the accommodation part (10, 10C), and characterized in that: partition joining parts that extend from the other end side to the one end side in the height direction, and partition the accommodation part (10, 10C) and the extending parts at boundary portions between the accommodation part (10, 10C) and a pair of the extending parts, wherein the accommodation part (10, 10C) and the extending parts have communicating portions on the one end side in the height direction of the accommodation part (10, 10C). an accommodation part (10, 10C) disposed at a central part in a width direction; and a pair of extending parts that is disposed on one end side in a height direction of the accommodation part (10, 10C), and extends outward in the width direction from the accommodation part (10, 10C), and characterized in that: partition joining parts that extend from the other end side to the one end side in the height direction, and partition the accommodation part (10, 10C) and the extending parts at boundary portions between the accommodation part (10, 10C) and a pair of the extending parts, wherein the accommodation part (10, 10C) and the extending parts have communicating portions on the one end side in the height direction of the accommodation part (10, 10C). partition joining parts that extend from the other end side to the one end side in the height direction, and partition the accommodation part (10, 10C) and the extending parts at boundary portions between the accommodation part (10, 10C) and a pair of the extending parts, wherein the accommodation part (10, 10C) and the extending parts have communicating portions on the one end side in the height direction of the accommodation part (10, 10C).
Drive system for a weaving machine comprising a first drive gear wheel for driving a first group of elements, a second drive gear wheel for driving a second group of elements, a switching gearwheel, wherein the switching gearwheel is displaceable between a first position, in which the switching gear wheel is in drive connection with the first drive gear wheel and the second drive gear wheel, and a second position, in which the switching gear wheel is not in drive connection with the first drive gear wheel, a holding element, which is displaceable with the switching gear wheel, wherein in the second position of the switching gear wheel, the holding element engages with the first drive gear wheel for holding the first drive gear wheel against rotation, and wherein in the first position of the switching gear wheel, the holding element is disengaged from the first drive gear wheel, and a displacement device for displacing the switching gear wheel and the holding element between the first position and the second position, characterized in that the displacement device comprises a stationary rod extending in parallel to a rotation axis of the first drive gear wheel and a slider element slideably mounted to the stationary rod, wherein the holding element is arranged at the slider element.
A multi-level machine for manufacturing disposable products, the machine comprising a main processing, lower floor level for manufacturing a disposable product and a material unwinding, upper floor level arranged above the main processing, lower floor level, said material unwinding, upper floor level carrying unmanned, auto-fed material unwinding systems carrying materials for manufacturing the disposable product, said auto-fed material unwinding systems operatively connected to and feeding the materials vertically through material supply openings in the floor of the material unwinding, upper floor level to the main processing, lower floor level where they are used to manufacture the disposable product.
Hydraulic damper, in particular for a motor vehicle suspension, comprising: - a damping cylinder that delimits a damping chamber filled with a damping liquid; - a damping piston that is mounted to slide axially inside the damping chamber that it divides into a compression chamber and an expansion chamber; - a damper rod connected to the damping piston that extends axially inside the expansion chamber and traverses a radial end wall of the damping cylinder with interposition of a first dynamic liquid/air seal; and - an external control chamber supplied by a pressurized-air source in order to increase the pressure of the damping liquid in the compression chamber, characterized in that, axially beyond the radial end wall, the damping cylinder is extended by a sealing cylinder that delimits a sealing chamber that is supplied by the pressurized-air source and that is traversed axially by the damper rod with interposition of a second dynamic air/air seal. - a damping cylinder that delimits a damping chamber filled with a damping liquid; - a damping piston that is mounted to slide axially inside the damping chamber that it divides into a compression chamber and an expansion chamber; - a damper rod connected to the damping piston that extends axially inside the expansion chamber and traverses a radial end wall of the damping cylinder with interposition of a first dynamic liquid/air seal; and - an external control chamber supplied by a pressurized-air source in order to increase the pressure of the damping liquid in the compression chamber,
A method for producing a multilayered container, the method comprising biaxially stretching and blow molding a preform having a layer containing a polyester resin as a main component and a layer containing a polyamide resin as a main component, a storage elastic modulus G' based on dynamic viscoelasticity measurement at a frequency of 1 Hz and a temperature of the preform at the time of the biaxially stretching and blow molding of the polyamide resin being 1 MPa or more and less than 100 MPa, a moisture content of the layer containing the polyamide resin as the main component in the preform immediately before the biaxially stretching and blow molding being 0.5% or less, and the polyamide resin containing a xylylenediamine-based polyamide resin containing structural units derived from diamine and structural units derived from dicarboxylic acid, 70 mol% or more of the structural units derived from diamine being derived from meta-xylylenediamine, and from 80 to 97 mol% of the structural units derived from dicarboxylic acid being derived from an α,ω)-straight chain aliphatic dicarboxylic acid having from 4 to 8 carbons and from 20 to 3 mol% being derived from aromatic dicarboxylic acid (provided that a total of the structural units derived from α,ω-straight chain aliphatic dicarboxylic acid having from 4 to 8 carbons and the structural units derived from aromatic dicarboxylic acid does not exceed 100 mol%). a storage elastic modulus G' based on dynamic viscoelasticity measurement at a frequency of 1 Hz and a temperature of the preform at the time of the biaxially stretching and blow molding of the polyamide resin being 1 MPa or more and less than 100 MPa, a moisture content of the layer containing the polyamide resin as the main component in the preform immediately before the biaxially stretching and blow molding being 0.5% or less, and the polyamide resin containing a xylylenediamine-based polyamide resin containing structural units derived from diamine and structural units derived from dicarboxylic acid, 70 mol% or more of the structural units derived from diamine being derived from meta-xylylenediamine, and from 80 to 97 mol% of the structural units derived from dicarboxylic acid being derived from an α,ω)-straight chain aliphatic dicarboxylic acid having from 4 to 8 carbons and from 20 to 3 mol% being derived from aromatic dicarboxylic acid (provided that a total of the structural units derived from α,ω-straight chain aliphatic dicarboxylic acid having from 4 to 8 carbons and the structural units derived from aromatic dicarboxylic acid does not exceed 100 mol%).