mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a sulfur-containing epoxy compound, which comprises dripping a sulfur-containing halohydrin compound into a mixed solvent containing an organic solvent and an aqueous solution of a basic compound; and reacting said sulfur-containing halohydrin compound with said mixed solvent, wherein the sulfur-containing halohydrin compound is a compound represented by formula below, and wherein the sulfur-containing epoxy compound is a sulfur-containing epoxy compound represented by formula below: wherein m represents an integer from 0 to 4, n represents an integer from 0 to 2, with the proviso that when m is 0, n is not 2; wherein m represents an integer from 0 to 4, n represents an integer from 0 to 2, with the proviso that when m is 0, n is not 2.
A method for controlling the dynamic behaviour of a vehicle, the method comprising: - receiving a plurality of input signals, indicative of a behaviour of a plurality of vehicle components operable by a user, - transmitting a plurality of control signals to a plurality of actuators, configured to modify the dynamic behaviour of the vehicle, - calculating (1, 2), as a function of said plurality of input signals, a drive index continuously variable between two end values, indicative of a sport driving style and an ecological driving style, respectively, - modulating said plurality of control signals as a function of said calculated drive index, the method being characterized in that it comprises: - receiving biometric signals from sensors applied to the user, the biometric signals being indicative of a psychophysical state of the user, wherein the psychophysical state of the user comprises at least one of a heartbeat rate of the user, a fatigue level of the user, and a body position of the user, - calculating a biometric corrective factor, if said biometric signals reveal a condition that causes an increase in driving danger, and - varying the drive index, towards the end value indicative of an ecological driving style, by a value equal to the biometric corrective factor. - receiving a plurality of input signals, indicative of a behaviour of a plurality of vehicle components operable by a user, - transmitting a plurality of control signals to a plurality of actuators, configured to modify the dynamic behaviour of the vehicle, - calculating (1, 2), as a function of said plurality of input signals, a drive index continuously variable between two end values, indicative of a sport driving style and an ecological driving style, respectively, - modulating said plurality of control signals as a function of said calculated drive index, - receiving biometric signals from sensors applied to the user, the biometric signals being indicative of a psychophysical state of the user, wherein the psychophysical state of the user comprises at least one of a heartbeat rate of the user, a fatigue level of the user, and a body position of the user, - calculating a biometric corrective factor, if said biometric signals reveal a condition that causes an increase in driving danger, and - varying the drive index, towards the end value indicative of an ecological driving style, by a value equal to the biometric corrective factor.
Magnetic field sensor comprising at least one magnetoresistive bar comprising a stack (28; 72) of at least: - a first magnetic layer, called the "reference layer", the magnetisation direction of which is fixed and perpendicular to the longitudinal direction of the magnetoresistive bar to within plus or minus 10°; - a second magnetic layer, called the "free layer", the axis of easiest magnetisation of which is parallel to the longitudinal direction and the magnetisation of which may turn when it is subjected to the magnetic field to be measured; and - a non-magnetic layer, called the "spacer", interposed between the two preceding layers in order to form a tunnel junction or a spin valve, the length of the bar in its longitudinal direction being at least twenty times larger than its largest width in a transverse direction perpendicular to the longitudinal direction and parallel to the layers of the stack, characterised in that: - the free layer is made of a magnetostrictive material that has a magnetostriction coefficient λ s the absolute value of which is higher than 20 ppm at 25°C, and - the magnetoresistive bar comprises a stress generating layer (44; 78) able to exert a uniaxial mechanical stress σ parallel to the longitudinal direction to within plus or minus 10°, such that the product λ s σ is positive and higher than 500 ppm.MPa at 25°C. - a first magnetic layer, called the "reference layer", the magnetisation direction of which is fixed and perpendicular to the longitudinal direction of the magnetoresistive bar to within plus or minus 10°; - a second magnetic layer, called the "free layer", the axis of easiest magnetisation of which is parallel to the longitudinal direction and the magnetisation of which may turn when it is subjected to the magnetic field to be measured; and - a non-magnetic layer, called the "spacer", interposed between the two preceding layers in order to form a tunnel junction or a spin valve, the length of the bar in its longitudinal direction being at least twenty times larger than its largest width in a transverse direction perpendicular to the longitudinal direction and parallel to the layers of the stack, characterised in that: - the free layer is made of a magnetostrictive material that has a magnetostriction coefficient λ s the absolute value of which is higher than 20 ppm at 25°C, and - the magnetoresistive bar comprises a stress generating layer (44; 78) able to exert a uniaxial mechanical stress σ parallel to the longitudinal direction to within plus or minus 10°, such that the product λ s σ is positive and higher than 500 ppm.MPa at 25°C.
A laser energy delivery device for providing treatment to a subject, the laser energy delivery device comprising: a housing; a coupling carried by the housing and adapted to couple to a laser energy generator; a sheath carried by the housing, the sheath comprising a distal end adapted to be disposed in the subject; a plurality of transport members carried by the sheath, the plurality of transport members adapted to receive laser energy at the coupling, transmit laser energy through the sheath, and deliver laser energy to the subject; a controller carried by the housing; a prime mover carried by the housing and adapted to be actuated by the controller; a drive wire carried by the sheath and eccentrically coupled to the distal end of the sheath, the drive wire adapted to be rotatably driven by the prime mover and rotating to eccentrically rotate the distal end of the sheath; and a plurality of visual indicators carried by the housing, wherein the controller is adapted to energize the plurality of visual indicators based on a rotational position of the prime mover relative to the housing. a housing; a coupling carried by the housing and adapted to couple to a laser energy generator; a sheath carried by the housing, the sheath comprising a distal end adapted to be disposed in the subject; a plurality of transport members carried by the sheath, the plurality of transport members adapted to receive laser energy at the coupling, transmit laser energy through the sheath, and deliver laser energy to the subject; a controller carried by the housing; a prime mover carried by the housing and adapted to be actuated by the controller; a drive wire carried by the sheath and eccentrically coupled to the distal end of the sheath, the drive wire adapted to be rotatably driven by the prime mover and rotating to eccentrically rotate the distal end of the sheath; and a plurality of visual indicators carried by the housing, wherein the controller is adapted to energize the plurality of visual indicators based on a rotational position of the prime mover relative to the housing.
A method for filtering a channel estimation result in orthogonal frequency division multiplexing, OFDM, comprising the following steps: converting time domain synchronous symbols received by a terminal device to frequency domain synchronous symbols; calculating frequency domain impulse response sequences according to the frequency domain synchronous symbols; adjusting minimum mean square adaptive filter coefficients according to the frequency domain impulse response sequences; obtaining a coefficient of a frequency domain filter of a channel estimation result of a data symbol according to the adjusted coefficients; and using the frequency domain filter of the channel estimation result of the data symbol to filter an OFDM channel estimation result; wherein the step of calculating the frequency domain impulse response sequences according to the frequency domain synchronous symbols comprises the following steps: intercepting low frequency points of the frequency domain synchronous symbols according to a pre-setting number to construct a low frequency sequence; multiplying the low frequency sequence by a frequency domain PN sequence of position corresponding to the low frequency sequence to obtain the frequency domain impulse response sequences; wherein low frequency is a spectrum component which is half less than the highest frequency. converting time domain synchronous symbols received by a terminal device to frequency domain synchronous symbols; calculating frequency domain impulse response sequences according to the frequency domain synchronous symbols; adjusting minimum mean square adaptive filter coefficients according to the frequency domain impulse response sequences; obtaining a coefficient of a frequency domain filter of a channel estimation result of a data symbol according to the adjusted coefficients; and using the frequency domain filter of the channel estimation result of the data symbol to filter an OFDM channel estimation result; wherein the step of calculating the frequency domain impulse response sequences according to the frequency domain synchronous symbols comprises the following steps: intercepting low frequency points of the frequency domain synchronous symbols according to a pre-setting number to construct a low frequency sequence; multiplying the low frequency sequence by a frequency domain PN sequence of position corresponding to the low frequency sequence to obtain the frequency domain impulse response sequences; wherein low frequency is a spectrum component which is half less than the highest frequency. intercepting low frequency points of the frequency domain synchronous symbols according to a pre-setting number to construct a low frequency sequence; multiplying the low frequency sequence by a frequency domain PN sequence of position corresponding to the low frequency sequence to obtain the frequency domain impulse response sequences; wherein low frequency is a spectrum component which is half less than the highest frequency.
Facility for parking bicycles and electric bicycles, wherein it consists of at least two towers (1, 2), wherein each of the at least two towers (1, 2) has a door for loading and unloading of the bicycles, wherein before each door there are placed handrails that create a security corridor between the customer and bicycle, wherein between the handrails there is placed a bar adapted to home a bicycle between the hand rails, wherein behind the door there is placed a manipulator to safely intake and release the bicycles, each of the at least two towers (1,2) further comprises a separate elevator and at least six containers for the storage of bicycles, wherein each of the at least two towers (1, 2) has above every door an information screen.
Bar intended for the angular deflection of materials made of continuous films that arrive on the latter according to a well-determined incident angle, which circumvents it and which leaves therefrom according to an angle symmetrical to the incident angle; said deflecting bar being comprised: a) of a drum, driven by a rotating movement, of which the speed of rotation is according to the displacement speed of the film; b) of a plurality of longitudinal conveyor belts, parallel to one another and equally distant, supported by said drum; characterised in that said plurality of longitudinal conveyor belts scroll in the same direction and are driven by the same translation movement, of which the scrolling speed, combined with that of the rotation of the drum, is determined in order to accompany the film in its displacement without the slightest sliding between the portions in contact. a) of a drum, driven by a rotating movement, of which the speed of rotation is according to the displacement speed of the film; b) of a plurality of longitudinal conveyor belts, parallel to one another and equally distant, supported by said drum;
Equipment for the remote control of fire extinguishers and/or hydrants, comprising a plurality of fire extinguishers and/or hydrants which include at least one valve group and at least one dispensing device (12, 13) for spraying a substance, wherein at least one first switch (18, 19, 20) is placed at said dispensing device (12, 13), said first switch (18, 19, 20) being connected to at least one transmitter, which is associated with at least one respective fire extinguisher and/or hydrant and connected, in turn, with at least one pressure switch and/or with at least one manometer and able to send, via radio, data and/or signals received by at least said first switch (18, 19, 20) to a central control unit, that is fully programmable locally or remotely and able to send alarms and/or warnings, which depend on the programming carried out, to operators, persons in charge and/or maintainers of fire extinguishers and/or hydrants, characterized in that said first switch is a first micro-switch (18, 19, 20), and in that said dispensing device (12, 13) includes at least one hose for delivering said substance to be sprayed and at least one cone nozzle or dispenser, at least one second micro-switch (18, 19, 20) being placed near said cone nozzle for detecting the removal of said hose from its seat.
System for cooling an electronic control unit of a motor vehicle, wherein the system comprises a means for extracting air from a driver's cab or cargo space of the motor vehicle and feeding the air that has been extracted to the electronic control unit, wherein the system for cooling has a first cooling operating mode, in which air that has been extracted from the driver's cab or cargo space through the means and fed to the electronic control unit cannot be fed back to the driver's cab or cargo space, wherein the means has an air duct, which has a blower, wherein the means is disposed between the driver's cab and the electronic control unit or between the cargo space and the electronic control unit, characterised in that the air that can be fed to the electronic control unit through the means cannot be partially extracted from an area outside of the driver's cab or the cargo space of the motor vehicle.
A process for preparing a concentrated foaming composition sweetened with honey, CHARACTERIZED by comprising: a) providing and weighing the necessary quantities of raw materials to be used; b) placing pure honey in a mixer and subjecting the honey to beating from 250 rpm to 1,500 rpm for 5 to 30 minutes; c) adding at least one raw material selected from soluble coffee, powdered milk and mixtures thereof to the beat honey from step b) while it is being whipped, and optionally a stabilizer; and d) once the desired consistency is achieved, dividing the composition obtained in step c) into containers for distribution and marketing. a) providing and weighing the necessary quantities of raw materials to be used; b) placing pure honey in a mixer and subjecting the honey to beating from 250 rpm to 1,500 rpm for 5 to 30 minutes; c) adding at least one raw material selected from soluble coffee, powdered milk and mixtures thereof to the beat honey from step b) while it is being whipped, and optionally a stabilizer; and d) once the desired consistency is achieved, dividing the composition obtained in step c) into containers for distribution and marketing.
A polyester composition for a masterbatch, which comprises a polyester, a magnesium compound, an alkali metal compound and a phosphorus compound, wherein 400 to 2700 ppm by mass as magnesium atoms, 40 to 270 ppm by mass as alkali metal atoms and 200 to 1700 ppm by mass as phosphorus atoms are contained in the polyester composition, and satisfies following and. melt resistivity of the polyester composition = 0.005 × 10 8 to 0.05 × 10 8 Ω ⋅ cm IMA ≤ 10 (where IMA is a number of contaminant particles with a particle size of 10 μm or more per 1 mm 2 of a visual field area observed from a sheet consisting of the polyester composition)
Arrangement comprising a plastics expansion dowel (12; 42; 52; 62), the plastics expansion dowel (12; 42; 52; 62) being provided with a non-expandable sleeve portion and an expansion portion extending from the sleeve portion, the sleeve portion and the expansion portion defining a blind hole, the blind hole having a closed wall in the expansion portion and at least one through-opening (24; 54) for sealant being provided in the circumferential wall of the sleeve portion, the at least one through-opening being provided in the first end region of the sleeve portion, the first end region of the sleeve portion adjoining an open end of the plastics expansion dowel (12; 42; 52; 62) and a sealant store, in particular silicone, being arranged in the blind hole, comprising a screw and comprising a borehole in an object, in particular a building wall, the plastics expansion dowel (12; 42; 52; 62) being arranged at least in certain portions in the borehole and the screw being arranged in certain portions in the plastics expansion dowel (12; 42; 52; 62), characterized in that sealant is arranged in the at least one through-opening (24; 54) of the sleeve portion and at least in certain portions between a circumferential wall of the sleeve portion and the borehole, the sealant having propagated directly after it leaves the through-opening between the inner wall of the borehole and the outer wall of the plastics expansion dowel and thus ensuring a reliable seal directly at the beginning of the borehole.
A catheter assembly, comprising: a catheter; a package containing the catheter, the package having a top edge, a bottom edge and opposed side edges (18a, 18b) defining a perimeter of the package; the package having a front panel including a perforation line defining an opening flap; an opening tab having a first portion overlying the opening flap and attached to the front panel; and characterized in the opening tab having a second free portion extending beyond the perimeter of the package wherein the free portion provides a gripping portion for opening the package. a catheter; a package containing the catheter, the package having a top edge, a bottom edge and opposed side edges (18a, 18b) defining a perimeter of the package; the package having a front panel including a perforation line defining an opening flap; an opening tab having a first portion overlying the opening flap and attached to the front panel; and characterized in the opening tab having a second free portion extending beyond the perimeter of the package wherein the free portion provides a gripping portion for opening the package.
A method for updating a binding relationship of an associated bidirectional label switched path (Bidi-LSP), comprising: sending a request packet to a destination node, wherein the request packet carries a parameter for updating the binding relationship and is designed to request updating of the binding relationship, the parameter for updating the binding relationship comprises an operation flag, the operation flag is removing the binding relationship of the associated Bidi-LSP or the operation flag is changing the binding relationship of the associated Bidi-LSP; receiving a reply packet from the destination node, wherein the reply packet carries a binding updating processed result and is designed to respond to the request packet; and updating the binding relationship of the associated Bidi-LSP according to the binding updating processed result carried in the reply packet. sending a request packet to a destination node, wherein the request packet carries a parameter for updating the binding relationship and is designed to request updating of the binding relationship, the parameter for updating the binding relationship comprises an operation flag, the operation flag is removing the binding relationship of the associated Bidi-LSP or the operation flag is changing the binding relationship of the associated Bidi-LSP; receiving a reply packet from the destination node, wherein the reply packet carries a binding updating processed result and is designed to respond to the request packet; and updating the binding relationship of the associated Bidi-LSP according to the binding updating processed result carried in the reply packet.
A method of improving channel utilization in a time slotted channel access structure in a network, the time slotted channel access structure comprising at least one access phase and the network comprising at least one hub for connecting nodes and forming a network segment, the nodes having means for sensing an ongoing transmission in the network, the method comprising: - defining a user priority for an outstanding packet in a node; - based on the user priority defining a priority for the node; - dividing the access phase into number of access slots; - sensing in the beginning of the access phase if a transmission from the highest priority node exist; - if no transmission is sensed a node with a lower user priority may initiate transmission. - defining a user priority for an outstanding packet in a node; - based on the user priority defining a priority for the node; - dividing the access phase into number of access slots; - sensing in the beginning of the access phase if a transmission from the highest priority node exist; - if no transmission is sensed a node with a lower user priority may initiate transmission.
A water bath for humidifying an interior of an incubator, comprising: - a profiled receiver which is open at least on the upper side having receiver surfaces (6.1, 6.2) running in a longitudinal direction, - a prefabricated disposable vessel for liquid which is open on the upper side wherein the vessel walls (8.1, 8.2) lie flush on the receiver surfaces (6.1, 6.2) of the receiver, - fastening means (9, 11) for fixing the disposable vessel on the receiver and - a liquid supply adapted for filling the disposable vessel with liquid. - a profiled receiver which is open at least on the upper side having receiver surfaces (6.1, 6.2) running in a longitudinal direction, - a prefabricated disposable vessel for liquid which is open on the upper side wherein the vessel walls (8.1, 8.2) lie flush on the receiver surfaces (6.1, 6.2) of the receiver, - fastening means (9, 11) for fixing the disposable vessel on the receiver and - a liquid supply adapted for filling the disposable vessel with liquid.
Dashboard structure for a passenger compartment of a motor vehicle, said dashboard structure being designed to extend to the front of a driver's seat and an adjacent passenger seat, and being capable of being mounted transversely at the front of the passenger compartment, said dashboard structure comprising a central part to receive at least one part of a console of the motor vehicle, and two lateral wings (3, 4) extending substantially symmetrically relative to the central part respectively opposite said seats of the driver and passenger, characterized in that the dashboard structure comprises a frangible attachment member which is molded integrally with said dashboard structure, one of said lateral wings (3, 4) comprising a fastening area, said frangible attachment member being detachable from the dashboard structure so as to be fastenable to said fastening area, such that an airbag for protecting the front passenger can be attached to said detached and fastened frangible attachment member.