mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a charging circuit ; a converter network ; and a voltage regulator that couples the charging circuit to the converter network ; the system being configured to operate in a charging mode and a communication mode, when the system is in the communication mode, the voltage regulator is configured to limit an amount of voltage discharge from the charging circuit , and the charging circuit is configured to power the converter network to (i) receive a serial communication signal (ii) convert the serial communication signal to a second signal having a second type, the second type having a different communication protocol than the serial communication signal, and (iii) transmit the second signal to a remote device ; when the system is in the charging mode, the charging circuit is configured to receive the serial communication signal to charge the charging circuit ; and the charging circuit is implemented by a battery-less circuit. a charging circuit ; a converter network ; and a voltage regulator that couples the charging circuit to the converter network ; the system being configured to operate in a charging mode and a communication mode, when the system is in the communication mode, the voltage regulator is configured to limit an amount of voltage discharge from the charging circuit , and the charging circuit is configured to power the converter network to (i) receive a serial communication signal (ii) convert the serial communication signal to a second signal having a second type, the second type having a different communication protocol than the serial communication signal, and (iii) transmit the second signal to a remote device ; when the system is in the charging mode, the charging circuit is configured to receive the serial communication signal to charge the charging circuit ; and the charging circuit is implemented by a battery-less circuit. when the system is in the communication mode, the voltage regulator is configured to limit an amount of voltage discharge from the charging circuit , and the charging circuit is configured to power the converter network to (i) receive a serial communication signal (ii) convert the serial communication signal to a second signal having a second type, the second type having a different communication protocol than the serial communication signal, and (iii) transmit the second signal to a remote device ; when the system is in the charging mode, the charging circuit is configured to receive the serial communication signal to charge the charging circuit ; and the charging circuit is implemented by a battery-less circuit.
An electromagnetically actuatable brake arrangement for decelerating a rotatably mounted shaft, having a magnet body , a coil , a spring element , an armature disc , a brake lining carrier, a damping plate and a friction disc, characterised in that the damping plate is arranged between armature disc and magnet body , wherein the damping plate [has] protrusions , wherein each of the protrusions extends further in a radial direction than in a circumferential direction, in particular wherein the protrusions each project axially, in particular at least a partial quantity of the protrusions are regularly spaced apart from one another in a circumferential direction.
A polypeptide having the amino acid sequence as shown in SEQ ID NO: 3.
A hydraulic spool valve assembly , comprising: a hydraulic spool valve comprising a first slot ; and a drive lever for actuating the hydraulic spool valve , wherein the drive lever extends along a longitudinal axis (L) to a first end positioned within the first slot , wherein a portion of one or more of the inner surfaces of the first slot is chamfered; and characterised in that : the first end comprises at least two resilient members (14a, 14b; 114a, 114b) spaced radially apart, the distance between the opposed outer surfaces of the at least two resilient members being slightly larger than the width of the first slot when disconnected from the hydraulic spool valve , such that the at least two resilient members (14a, 14b; 114a, 114b) are compressed radially inward when engaged with the one or more inner surfaces of the first slot and each exert a radially outward force (F 1 , F 2 ) on the one or more inner surfaces of the first slot . a hydraulic spool valve comprising a first slot ; and a drive lever for actuating the hydraulic spool valve , wherein the drive lever extends along a longitudinal axis (L) to a first end positioned within the first slot , wherein a portion of one or more of the inner surfaces of the first slot is chamfered; and characterised in that : the first end comprises at least two resilient members (14a, 14b; 114a, 114b) spaced radially apart, the distance between the opposed outer surfaces of the at least two resilient members being slightly larger than the width of the first slot when disconnected from the hydraulic spool valve , such that the at least two resilient members (14a, 14b; 114a, 114b) are compressed radially inward when engaged with the one or more inner surfaces of the first slot and each exert a radially outward force (F 1 , F 2 ) on the one or more inner surfaces of the first slot .
A pharmaceutical composition comprising an oligonucleotide of SEQ ID NO:1, 40-200 mM Na + and 2-20mM Mg 2+ ; wherein the backbone of the oligonucleotide contains 20 phosphorothioate modifications.
A method for managing digital certificates by entities operable to perform computing on digital values and to communicate with each other, each digital certificate comprising a corresponding linkage value linkable to linkage values of one or more other digital certificates to define one or more groups of digital certificates, the method comprising performing the following operations to generate the digital certificates: generating , by a first entity, first pre-linkage values, wherein the first entity is an entity receiving and validating requests for batches of pseudonym certificates from devices; receiving , by the first entity, encrypted second pre-linkage values from a second entity, wherein each encrypted second pre-linkage value is not decryptable by the first entity; for each digital certificate: selecting , by the first entity, a first pre-linkage value among the generated first pre-linkage values and an encrypted second pre-linkage value among the received encrypted second pre-linkage values; combining , by the first entity, the selected first pre-linkage value with the selected encrypted second pre-linkage value without decrypting the second pre-linkage value, to obtain an encrypted combined value, the encrypted combined value being decryptable by the second entity but not the first entity; and sending , by the first entity to the second entity, a certificate generation request comprising the encrypted combined value. generating , by a first entity, first pre-linkage values, wherein the first entity is an entity receiving and validating requests for batches of pseudonym certificates from devices; receiving , by the first entity, encrypted second pre-linkage values from a second entity, wherein each encrypted second pre-linkage value is not decryptable by the first entity; for each digital certificate: selecting , by the first entity, a first pre-linkage value among the generated first pre-linkage values and an encrypted second pre-linkage value among the received encrypted second pre-linkage values; combining , by the first entity, the selected first pre-linkage value with the selected encrypted second pre-linkage value without decrypting the second pre-linkage value, to obtain an encrypted combined value, the encrypted combined value being decryptable by the second entity but not the first entity; and sending , by the first entity to the second entity, a certificate generation request comprising the encrypted combined value.
A catalyst suitable for direct synthesis of hydrogen peroxide, said catalyst comprising catalyst support, tin and one or more of palladium, platinum and nickel, wherein said catalyst is obtainable by a process comprising: (i) preparing, providing or obtaining a catalyst precursor comprising said catalyst support, tin and one or more of palladium, platinum and nickel (ii) heating the catalyst precursor in a first step, forming a heat-treated catalyst, (iii) treating the heat-treated catalyst of step (ii) under reducing conditions, forming a reduced catalyst, and (iv) treating the reduced catalyst of step (iii) under oxidising conditions, wherein the oxidising conditions comprise heating the reduced catalyst in an oxidizing atmosphere at an elevated temperature, wherein the elevated temperature is from 250 °C to 800 °C.
A method of monitoring a parameter of a rocket engine , the method comprising: - an obtaining step (E10) for obtaining a measurement (m') of the monitored parameter as measured by a sensor and corresponding to an operating point of the engine, the operating point being defined by at least one regulation parameter of the engine; - an estimation step (E20) for estimating a value of the monitored parameter for this operating point on the basis of a regulated value (yR) or of a filtered setpoint value (yCf) of said at least one regulation parameter of the engine defining the operating point; - a comparison step (E40) for comparing an error between the measurement of the monitored parameter and its estimate relative to at least one threshold (S1, S2) determined on the basis of an uncertainty on the error evaluated for the operating point; and - a notification step (E60) for sending a notification in the event of said at least one threshold being crossed. - an obtaining step (E10) for obtaining a measurement (m') of the monitored parameter as measured by a sensor and corresponding to an operating point of the engine, the operating point being defined by at least one regulation parameter of the engine; - an estimation step (E20) for estimating a value of the monitored parameter for this operating point on the basis of a regulated value (yR) or of a filtered setpoint value (yCf) of said at least one regulation parameter of the engine defining the operating point; - a comparison step (E40) for comparing an error between the measurement of the monitored parameter and its estimate relative to at least one threshold (S1, S2) determined on the basis of an uncertainty on the error evaluated for the operating point; and - a notification step (E60) for sending a notification in the event of said at least one threshold being crossed.
System for rotational decoupling of shafts, comprising: - a first shaft , - a second shaft , the first shaft extending along a first axis and being mounted rotatably about this axis, the first shaft being capable of axially sliding along the first axis from a position of connection with transmission of rotation to the second shaft to a position of decoupling from the second shaft , and vice versa, characterised in that the system further comprises: - a flange located on the first shaft , - a fixed structure located substantially around the first axis and facing the flange , the fixed structure comprising ramps ascending in the axial direction towards the flange , - a roller ring located around the first axis and axially between the flange and the fixed structure , the roller ring being movable in rotation and comprising rollers , the rollers being interposed between the ramps and the flange , the roller ring being configured to be rotated in such a way that the rollers move, between the flange and the ramps , in the direction of rotation of the flange on the ramps and in such a way as to axially move apart the flange and the fixed structure , such that the first shaft slides from a position of connection to the second shaft to a decoupling position. - a first shaft , - a second shaft , - a flange located on the first shaft , - a fixed structure located substantially around the first axis and facing the flange , the fixed structure comprising ramps ascending in the axial direction towards the flange , - a roller ring located around the first axis and axially between the flange and the fixed structure , the roller ring being movable in rotation and comprising rollers , the rollers being interposed between the ramps and the flange ,
A furniture base comprising a frame structure and an actuator device that is rotatably supported in the frame structure about a rotational axis, which furniture base further comprises a plurality of wheel units that are movably attached to the frame structure between an upper position and lower position relative to the frame structure , which wheel units are connected to the actuator device for movement of the wheel unit between the upper and lower position, wherein the furniture base comprises a locking mechanism for locking of the wheel units in the lower position of the wheel units , which locking mechanism comprises a guide pin that projects out from the actuator device and is attached to the actuator device swingably relative to the actuator device , which furniture base further comprises a guide device that guides the movement of the guide pin when the actuator device is rotated for movement of the wheel units between the upper and lower positions of the wheel units .
Cooking apparatus comprising: - a heat source ; - a supporting device for food; said supporting device being composed of two grills that define a compartment (V) where to place the food to be cooked; said supporting device comprising a lateral edge and a holding handle ; - a supporting frame to support the supporting device ; said supporting frame comprises: - a central wall disposed in a substantial vertical position; said central wall comprising a lower border and an upper border ; - two lateral walls connected to said central wall and disposed orthogonal with respect to said central wall ; each lateral wall comprising: - a lower supporting edge suitable to be placed on a horizontal surface, - a back vertical edge connected to said central wall ; - a front lower border , - a front upper border , and - a front intermediate border connecting said front lower border with said front upper border ; wherein said front upper border of the lateral walls is inclined with respect to the lower supporting edge by an angle (α1) comprised between 64° and 77°; said front upper border of the lateral walls is inclined with respect to the front intermediate border by an angle (α3) comprised between 80° and 90°; said heat source is an electric grill and said cooking apparatus comprising supporting means (M) to support said electric grill between said lateral walls of the supporting frame; said supporting device for food being placed onto the front upper borders of the two lateral walls and the lateral border of the supporting device being in contact with the front intermediate borders of the lateral walls , so that the grills of the supporting device are inclined of an angle comprised between 64° and 77° with respect to an horizontal surface. - a heat source ; - a supporting device for food; said supporting device being composed of two grills that define a compartment (V) where to place the food to be cooked; said supporting device comprising a lateral edge and a holding handle ; - a supporting frame to support the supporting device ; - a central wall disposed in a substantial vertical position; said central wall comprising a lower border and an upper border ; - two lateral walls connected to said central wall and disposed orthogonal with respect to said central wall ; - a lower supporting edge suitable to be placed on a horizontal surface, - a back vertical edge connected to said central wall ; - a front lower border , - a front upper border , and - a front intermediate border connecting said front lower border with said front upper border ;
An integrated circuit, comprising: a first die lying within a first geometric plane and comprising a first circuit and a first switch circuit , and a first signal path between the first circuit and first switch circuit, the first switch circuit and the first signal path electrically coupled to the first circuit; a second die lying within a second geometric plane that is different from the first geometric plane, the second die comprising a second circuit and a second switch circuit , and a second signal path between the second circuit and second switch circuit, the second switch circuit electrically coupled to the second circuit and the second signal path; and a third signal path routed from the first switch circuit to the second switch circuit , and electrically coupling the first switch circuit to the second switch circuit; wherein each of the first switch circuit and second switch circuit comprises a dynamically programmable switch, characterized in that the dynamically programmable switches are configured to dynamically couple the first signal path to - and decouple the first signal path from - the second signal path, the first signal path being a test signal path and the second signal path being a test signal path. a first die lying within a first geometric plane and comprising a first circuit and a first switch circuit , and a first signal path between the first circuit and first switch circuit, the first switch circuit and the first signal path electrically coupled to the first circuit; a second die lying within a second geometric plane that is different from the first geometric plane, the second die comprising a second circuit and a second switch circuit , and a second signal path between the second circuit and second switch circuit, the second switch circuit electrically coupled to the second circuit and the second signal path; and a third signal path routed from the first switch circuit to the second switch circuit , and electrically coupling the first switch circuit to the second switch circuit; wherein each of the first switch circuit and second switch circuit comprises a dynamically programmable switch, characterized in that the dynamically programmable switches are configured to dynamically couple the first signal path to - and decouple the first signal path from - the second signal path, the first signal path being a test signal path and the second signal path being a test signal path.
An assembly made up of a ground level power supply system and an electric vehicle , the ground level power supply system being of the type using conduction and including conductive tracks arranged in a roadway and the electric vehicle being capable of capturing electric energy from said conductive tracks while said electric vehicle is moving on the roadway , the ground level power supply system including a ground level device (50.i) including a ground level antenna (52.i) buried in the roadway , configured so as to have a substantially constant radiation chart along a longitudinal axis (X) of the roadway and capable of emitting a positioning signal, the electric vehicle including an on board device including an on board antenna and an on board transceiver module , which is connected to the on board antenna and is capable of determining a lateral position of a center (C1, C2) of the on board antenna relative to the longitudinal axis (X) of the roadway from the positioning signal captured by the on board antenna, the on board transceiver module being connected to an onboard computer of the electric vehicle and sending said lateral position to said onboard computer , said on board computer using said lateral position as input data to drive the electric vehicle , characterized in that the on board device is an on board device for emitting a presence signal and the ground level power supply system includes a ground level device for receiving the presence signal, in that the on board device is a transceiver device capable of participating both in a lateral positioning function by receiving the positioning signal emitted from the ground, and a function for detecting the presence of a vehicle by emitting the presence signal toward the ground, and in that the ground level device is a transceiver device (50.i) capable of participating both in the lateral positioning function by emitting the positioning signal intended for on board the electric vehicle, and the presence detection function by detecting the suitable presence signal emitted from on board the electric vehicle. The on board antenna being capable of receiving the positioning signal emitted by the ground level antenna (52.i) for the lateral positioning function and transmitting the presence signal to the ground level antenna (52.i) for the vehicle presence detection function, when the electic vehicle 1) is situated above the conductive tracks.
A method of compressing spectral data constituting a representation of a signal from a sensor, comprising the steps of: sampling the sensor signal to produce a series of sets of spectral data to represent the sensor signal; compressing each set by: thresholding the spectral data with respect to a noise floor to leave remaining as non-zero values only values above the noise floor; encoding the spectral data as a first dataword constituting a bitmap in which each bit represents the presence or absence of non-zero value at each position in the spectrum and as a second dataword consisting of the non-zero values, comparing respective first datawords of two successive ones of said sets and, if the compared datawords are the same or similar, setting a re-use flag and discarding the first dataword of the second set of spectral data. sampling the sensor signal to produce a series of sets of spectral data to represent the sensor signal; compressing each set by: thresholding the spectral data with respect to a noise floor to leave remaining as non-zero values only values above the noise floor; encoding the spectral data as a first dataword constituting a bitmap in which each bit represents the presence or absence of non-zero value at each position in the spectrum and as a second dataword consisting of the non-zero values, thresholding the spectral data with respect to a noise floor to leave remaining as non-zero values only values above the noise floor; encoding the spectral data as a first dataword constituting a bitmap in which each bit represents the presence or absence of non-zero value at each position in the spectrum and as a second dataword consisting of the non-zero values, comparing respective first datawords of two successive ones of said sets and, if the compared datawords are the same or similar, setting a re-use flag and discarding the first dataword of the second set of spectral data.
A compound of formula (I) or a salt thereof: wherein X is N; Y is CH; L 1 is ethylene or -methylene-O-; Z is CH; R 1 , the same or different from one another, are -O-C 1-8 alkyl or halogen; p is 4; ring W is an optionally substituted pyrazole; Q is R 3 ; R 0 is C 1-8 alkyl optionally substituted with -OH; and R 3 is C 1-8 alkyl substituted with one or more groups selected from the group consisting of -C(O)OH, carbamoyl optionally substituted with one or two R 0 , -OH, an optionally substituted non-aromatic heterocyclic group, and -C(O)-(an optionally substituted non-aromatic heterocyclic group); or wherein X is N; Y is CH; L 1 is -methylene-O-; Z is CH; R 1 , the same or different from one another, are -O-methyl or F; p is 4; ring W is a benzene ring optionally substituted with -O-methyl; Q is -L 2 -R 2 ; L 2 is piperidine or 4-methylpiperazine; and R 2 is 4-methylpiperazine or 2-hydroxyethylamino. X is N; Y is CH; L 1 is ethylene or -methylene-O-; Z is CH; R 1 , the same or different from one another, are -O-C 1-8 alkyl or halogen; p is 4; ring W is an optionally substituted pyrazole; Q is R 3 ; R 0 is C 1-8 alkyl optionally substituted with -OH; and R 3 is C 1-8 alkyl substituted with one or more groups selected from the group consisting of -C(O)OH, carbamoyl optionally substituted with one or two R 0 , -OH, an optionally substituted non-aromatic heterocyclic group, and -C(O)-(an optionally substituted non-aromatic heterocyclic group); or wherein X is N; Y is CH; L 1 is -methylene-O-; Z is CH; R 1 , the same or different from one another, are -O-methyl or F; p is 4; ring W is a benzene ring optionally substituted with -O-methyl; Q is -L 2 -R 2 ; L 2 is piperidine or 4-methylpiperazine; and R 2 is 4-methylpiperazine or 2-hydroxyethylamino.