mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a multi-zone air conditioning device of a vehicle , wherein the multi-zone air conditioning device comprises at least one first temperature adjuster for controlling the temperature in at least one first zone and comprises at least one second temperature adjuster for controlling the temperature in at least one second zone, wherein in a first operating mode of the multi-zone air conditioning device the at least two different zones are controlled in common, wherein the first temperature adjuster acts as the main adjuster and the temperature selection thereof is used for the control of the temperature in the at least two zones, wherein following actuation of the second temperature adjuster the first operating mode is exited and in a second operating mode the at least two different zones are controlled separately, wherein the parameter selection of the second temperature adjuster is used for the control of the temperature in the second zone and the temperature selection of the first temperature adjuster is used for the control of the temperature in the first zone, characterized in that on further actuation of the second temperature adjuster such that the selected temperature is brought into agreement with the temperature value that is selected by the first temperature adjuster , the second operating mode is exited and the at least two different zones are again controlled in common in the first operating mode.
A method for labeling endonuclease-treated cells, comprising the steps of : a) providing cells or a composition comprising cells; b) bringing into contact said cells or said composition with : - at least one Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR)-CRISPR associated (Cas) (CRISPR-Cas) endonuclease suitable for targeting a genomic region of interest in said cells, or a vector suitable for expressing said endonuclease in said cells ; - at least one first nucleic acid suitable for introducing, after sequence-specific cleavage of the genomic region of interest by the endonuclease, one or more silent mutation(s) born by the first nucleic acid in said genomic region by homology-directed repair (HDR), and optionally one or more non-silent mutation(s); and - at least one second nucleic acid suitable for introducing, after sequence-specific cleavage of the genomic region of interest by the endonuclease, one or more silent mutation(s) born by the second nucleic acid in said genomic region by homology-directed repair (HDR), but distinct from the silent mutations of the first nucleic acid; as a control for off-target effects, thereby labeling endonuclease-treated cells. a) providing cells or a composition comprising cells; b) bringing into contact said cells or said composition with : - at least one Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR)-CRISPR associated (Cas) (CRISPR-Cas) endonuclease suitable for targeting a genomic region of interest in said cells, or a vector suitable for expressing said endonuclease in said cells ; - at least one first nucleic acid suitable for introducing, after sequence-specific cleavage of the genomic region of interest by the endonuclease, one or more silent mutation(s) born by the first nucleic acid in said genomic region by homology-directed repair (HDR), and optionally one or more non-silent mutation(s); and - at least one second nucleic acid suitable for introducing, after sequence-specific cleavage of the genomic region of interest by the endonuclease, one or more silent mutation(s) born by the second nucleic acid in said genomic region by homology-directed repair (HDR), but distinct from the silent mutations of the first nucleic acid; - at least one Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR)-CRISPR associated (Cas) (CRISPR-Cas) endonuclease suitable for targeting a genomic region of interest in said cells, or a vector suitable for expressing said endonuclease in said cells ; - at least one first nucleic acid suitable for introducing, after sequence-specific cleavage of the genomic region of interest by the endonuclease, one or more silent mutation(s) born by the first nucleic acid in said genomic region by homology-directed repair (HDR), and optionally one or more non-silent mutation(s); and - at least one second nucleic acid suitable for introducing, after sequence-specific cleavage of the genomic region of interest by the endonuclease, one or more silent mutation(s) born by the second nucleic acid in said genomic region by homology-directed repair (HDR), but distinct from the silent mutations of the first nucleic acid;
Polygonic Zinc oxide prismatic platelets having a size in micron-scale and a median specific surface area of more than 25 square meters per gram, wherein said platelets are composed of primary nanoparticles, and said platelets have a thickness providing a light transmittance of more than 30% at a wavelength of 600 nanometers.
A power supply for powering an LED light source , said power supply comprising: an AC/DC converter arranged to convert an AC voltage into a DC voltage; a power converter adapted to receive said DC voltage and to generate a regulated power to the LED light source, the regulated power including a LED light source voltage and a LED light source current; a voltage sensor (26, Z1) arranged to provide a sensed voltage indicative of a magnitude of the LED light source voltage, a current sensor (25, R1) arranged to provide a sensed current indicative of a magnitude of the LED light source current, and a feedback controller arranged to provide a feedback signal to the power converter based on the sensed voltage and sensed current; wherein the generation of the regulated power is controlled by the feedback signal, characterized in that the power supply further comprises an LED control switch arranged to limit a peak of the LED light source current when the LED light source is connected to the power supply subsequent to an energizing of the power supply, wherein said LED control switch includes: a switch (SW1) operable to establish a current path from the LED light source to said power converter when the LED light source current is below a peak threshold, said switch (SW1) further operable to turn off and thereby limit the current path when the LED light source current is above the peak threshold. an AC/DC converter arranged to convert an AC voltage into a DC voltage; a power converter adapted to receive said DC voltage and to generate a regulated power to the LED light source, the regulated power including a LED light source voltage and a LED light source current; a voltage sensor (26, Z1) arranged to provide a sensed voltage indicative of a magnitude of the LED light source voltage, a current sensor (25, R1) arranged to provide a sensed current indicative of a magnitude of the LED light source current, and a feedback controller arranged to provide a feedback signal to the power converter based on the sensed voltage and sensed current; wherein the generation of the regulated power is controlled by the feedback signal, characterized in that the power supply further comprises an LED control switch arranged to limit a peak of the LED light source current when the LED light source is connected to the power supply subsequent to an energizing of the power supply, wherein said LED control switch includes: a switch (SW1) operable to establish a current path from the LED light source to said power converter when the LED light source current is below a peak threshold, said switch (SW1) further operable to turn off and thereby limit the current path when the LED light source current is above the peak threshold.
Use of a toilet connection system for the wall-side connection of a shower toilet, wherein the shower toilet is connected to the toilet connection system and the toilet connection system comprises a flushing water inlet pipe connection device on the connection system side for a bowl of the shower toilet, a waste water pipe connection device on the connection system side for the bowl of the shower toilet and a shower water line connection device on the connection system side in the form of a separable shower water line interface or a positioning device to determine the shower water line position to a shower device, which leads to a separable shower water line interface located in front of the plane of the wall or of the toilet connection system, wherein the flushing water inlet pipe and the waste water pipe for the shower toilet are connected, wherein a centre of the waste water line at the waste water line connection device and a centre of the flushing water inlet pipe at the flushing water inlet pipe connection device define a vertical reference line and the circular centre of a cross-section of the shower water line at the shower water line connection device or at the positioning device, respectively, is at a horizontal distance from the reference line of more than 15 mm and less than 75 mm, characterised in that the separable shower water line interface is connected between two portions of the shower water line to the shower device of the shower toilet, in the plane of the wall, or, on the bowl side, in front of the wall plane or the plane of the toilet connection system.
Device for processing of spray cans , the device comprising a first space , decomposing means for decomposing spray cans in the first space , a second space , first transport means for transporting gas from the first space to the second space , and compressing means for compressing gas in the second space , characterized in that the device also comprises second transport means comprising a conduit for having a coolant flow therethrough, configured and suitable for transporting heat, released during compressing of the gas , from the second space to the first space so as to use said heat to compensate for cold which is released during expansion of gas and/or evaporation of liquid in the first space.
An air conditioner , comprising an indoor unit , an outdoor unit , and a refrigerant circuit connecting the indoor unit with the outdoor unit, wherein the indoor unit has an indoor heat exchanger provided in the indoor unit so as to oppose a fan , and a radiation panel provided on a surface of the indoor unit, wherein the refrigerant circuit comprises a principal channel in which a decompression structure , an outdoor heat exchanger , and a compressor are provided in this order; a first channel provided with the indoor heat exchanger , which connects a branching section and a merging section that are on the downstream side and on the upstream side of the compressor in the principal channel, respectively, during a heating operation; and a second channel provided with a radiation panel , which connects the branching section and the merging section in parallel to the first channel, during the heating operation, and wherein the second channel is provided with a valve structure , which is an indoor motor-operated valve, and wherein the valve structure is on the downstream side of the radiation panel in the second channel during the heating operation.
Friction adjusting device for adjusting friction on an inner tube sliding in an outer tube of a steering column with motorized adjustment at least of the depth, the said inner and outer tubes sliding on one another along an adjustment axis (X) corresponding substantially to the axes of the inner and outer tubes ; the said friction adjusting device comprising: - an actuator ; and - a clamping screw which is driven in rotation by the said actuator , is mechanically connected to the outer tube and extends along a clamping axis substantially orthogonal to the adjustment axis (X); the said friction adjusting device being characterized in that it moreover comprises: - a first clamping element located on one side of an axial plane (P) including the adjustment axis (X); and - a second clamping element located on the other side of the said axial plane (P); the said first and second clamping elements being mechanically connected to the outer tube and exerting a pressure on the inner tube , and the rotation of the said clamping screw generating a movement of at least one of the said first and second clamping elements in translation along a direction substantially parallel to the clamping axis, in such a way that the friction varies as a function of the distance between the said first clamping element and the said second clamping element; the said distance varying between an operational position and at least one adjusting position in which the friction is less than that in the operational position. - an actuator ; and - a clamping screw which is driven in rotation by the said actuator , is mechanically connected to the outer tube and extends along a clamping axis substantially orthogonal to the adjustment axis (X); the said friction adjusting device being characterized in that it moreover comprises: - a first clamping element located on one side of an axial plane (P) including the adjustment axis (X); and - a second clamping element located on the other side of the said axial plane (P); - a first clamping element located on one side of an axial plane (P) including the adjustment axis (X); and - a second clamping element located on the other side of the said axial plane (P); the said first and second clamping elements being mechanically connected to the outer tube and exerting a pressure on the inner tube , and the rotation of the said clamping screw generating a movement of at least one of the said first and second clamping elements in translation along a direction substantially parallel to the clamping axis, in such a way that the friction varies as a function of the distance between the said first clamping element and the said second clamping element; the said distance varying between an operational position and at least one adjusting position in which the friction is less than that in the operational position.
A method for managing configuration of one or more cells using multiple connectivity in a wireless network, performed by a UE , comprising: establishing a first connection served by at least a first cell; receiving a configuration message to establish a second connection served by at least a second cell; determining a timing difference between at least the first cell and at least the second cell, wherein the timing difference indicates an offset in subframe alignment between at least the first cell and at least the second cell; reporting the timing difference to at least the first cell over the first connection wherein reporting the timing difference is based at least in part on detecting expiration of a prohibit timer; and configuring the second connection served by at least the second cell based at least in part on reporting the timing difference to at least the first cell. establishing a first connection served by at least a first cell; receiving a configuration message to establish a second connection served by at least a second cell; determining a timing difference between at least the first cell and at least the second cell, wherein the timing difference indicates an offset in subframe alignment between at least the first cell and at least the second cell; reporting the timing difference to at least the first cell over the first connection wherein reporting the timing difference is based at least in part on detecting expiration of a prohibit timer; and configuring the second connection served by at least the second cell based at least in part on reporting the timing difference to at least the first cell.
Method for transmitting data relating to a contactless transaction between a mobile terminal (T) and a equipment item (E), said equipment item being capable of transmitting and of receiving data via a contactless near field communication channel (C1), the method comprising the following steps, implemented by a portable device (B) associated with said mobile terminal (T): - reception (E1, E14) of first transaction data (D1, D3) via said communication channel (C1); - transmission (E4, E18) of a first message (M1, M3) containing said first data via a communication link (L) established with said mobile terminal (T); - reception (E12, E26) via said communication link (L), of a response message (M2, M4) to said first message (M1, M3), said response message containing second transaction data (D2, D4) generated by said mobile terminal as a function of said first data; - transmission of said second data (D2, D4) via said communication channel (C1); - obtaining, by said portable device, of a confidential code; and - transmission of said code to the terminal or to the equipment item for validation of said transaction, characterized in that said obtaining step comprises a step of reading of said code prestored in a memory of said portable device, performed following an obtaining of a user agreement via a first user interface of said portable device, or a step of reception of said code via a second user interface of said portable device. - reception (E1, E14) of first transaction data (D1, D3) via said communication channel (C1); - transmission (E4, E18) of a first message (M1, M3) containing said first data via a communication link (L) established with said mobile terminal (T); - reception (E12, E26) via said communication link (L), of a response message (M2, M4) to said first message (M1, M3), said response message containing second transaction data (D2, D4) generated by said mobile terminal as a function of said first data; - transmission of said second data (D2, D4) via said communication channel (C1); - obtaining, by said portable device, of a confidential code; and - transmission of said code to the terminal or to the equipment item for validation of said transaction,
A sensor comprising: a first base material ; a second base material ; a first low-resistance material connected with the first base material ; a second low-resistance material connected with the second base material and separated from the first low-resistance material by a gap for flexing toward the first low-resistance material under a force; and a first high-resistance material positioned within the gap intermediate the first low-resistance material and the second low-resistance material for increasing the resistance of a circuit formed by the first low-resistance material and the second low-resistance material when the sensor is subjected to the force; the sensor being characterised by a force actuator configured as a force concentrator disposed within the first high-resistance material and between the first low-resistance material and the second low-resistance material . a first base material ; a second base material ; a first low-resistance material connected with the first base material ; a second low-resistance material connected with the second base material and separated from the first low-resistance material by a gap for flexing toward the first low-resistance material under a force; and a first high-resistance material positioned within the gap intermediate the first low-resistance material and the second low-resistance material for increasing the resistance of a circuit formed by the first low-resistance material and the second low-resistance material when the sensor is subjected to the force; the sensor being characterised by a force actuator configured as a force concentrator disposed within the first high-resistance material and between the first low-resistance material and the second low-resistance material .
A method of determining, by a computer, an output vector comprising at least an output variable, said output vector defining corrections to be applied to at least a feature of a second process for manufacturing a semiconductor integrated circuit, said method comprising: - obtaining a first series of values of an input vector for a first process for manufacturing the same semiconductor integrated circuit at a first plurality of points of a first layout, said input vector comprising at least an input variable; - obtaining a second series of values of the at least a component of the input vector for the second process at one of the same first plurality of points on the first layout and a second plurality of points on a second layout; characterized in that the method further comprises: - determining values of a state vector comprising at least a state variable, said state vector representative of a state of differences between the first and the second series of values of the input vector; - obtaining by a direct calculation the output vector for the series of values of the state vector, the output vector comprising an edge displacement; - determining from the edge displacement a second dose correction to be applied to the at least a feature of the first process, said at least a feature being a first dose correction . - obtaining a first series of values of an input vector for a first process for manufacturing the same semiconductor integrated circuit at a first plurality of points of a first layout, said input vector comprising at least an input variable; - obtaining a second series of values of the at least a component of the input vector for the second process at one of the same first plurality of points on the first layout and a second plurality of points on a second layout; - determining values of a state vector comprising at least a state variable, said state vector representative of a state of differences between the first and the second series of values of the input vector; - obtaining by a direct calculation the output vector for the series of values of the state vector, the output vector comprising an edge displacement; - determining from the edge displacement a second dose correction to be applied to the at least a feature of the first process, said at least a feature being a first dose correction .
An end effector (40; 90; 110; 130; 150; 170) for use with a programmable motion device, said end effector comprising a pair of rollers (44, 46; 96, 98; 116, 118; 136, 138; 156, 158; 176, 178) mounted to an end effector support structure (42; 92; 112; 132; 152; 172), at least one of said pair of rollers being actuatable to rotate in at least one direction to draw at least a portion of an object to be grasped between mutually opposing surfaces of said pair of rollers, wherein the pair of rollers are mounted to rotate substantially in parallel to each other, characterized in that each roller has one or more radially recessed portions (52; 100, 102; 120, 122; 140, 142; 160, 162; 180, 182) along the length of the roller.
"Oil-in-water" type emulsion comprising an aqueous phase, a fatty phase, and an adsorption layer at the interface of the two phases, wherein the adsorption layer consists of a lignin matrix in which are incorporated metal oxide nanoparticles, characterized in that the lignin is present in an amount of 0.5% to 2% by weight, and that the metal oxide nanoparticles are present in an amount of 0.5% to 1.5% by weight, relative to the total weight of the emulsion.
A dunnage conforming apparatus for applying a dunnage element about contents in a container , the dunnage conforming apparatus characterized by : an array of pushers movable relative to one another and having end faces for engaging the dunnage element to cause the dunnage element to conform to the shape of the contents in the container , wherein the pushers are defaultly biased to an extended state and are movable against the bias in response to engagement of the end faces by the contents, and wherein at least one of the pushers is movable against the bias separately from a remainder of the pushers to enable conformance to the shape of the contents. an array of pushers movable relative to one another and having end faces for engaging the dunnage element to cause the dunnage element to conform to the shape of the contents in the container , wherein the pushers are defaultly biased to an extended state and are movable against the bias in response to engagement of the end faces by the contents, and wherein at least one of the pushers is movable against the bias separately from a remainder of the pushers to enable conformance to the shape of the contents.