mhurhangee/ep-ind-claims huggingface dataset:
Sound-insulating covering provided with resonators, said covering comprising a lattice provided with at least two resonators and at least one stud for fastening at least two resonators to a panel that is to be treated, each resonator including a blade extending longitudinally in a plane from one end of the resonator fastened to a stud towards another end of the resonator, said blade having at least one transverse protrusion, each stud extending in elevation from one face to be secured to the panel that is to be treated towards each resonator fastened to said stud, characterised in that: at least one stud includes a damping means arranged between said face and each resonator fastened to said stud, at least one stud comprising a base provided with a face to be secured to a panel that is to be treated and a rod passing through one end (32, 33) of at least one resonator, radial clearance separating each rod from the resonator, said stud comprising an attachment means (57, 58) that clamps one end (32, 33) of at least one resonator against the base; and said transverse protrusion is designed to oscillate in an elevation direction perpendicular to said plane. at least one stud includes a damping means arranged between said face and each resonator fastened to said stud, at least one stud comprising a base provided with a face to be secured to a panel that is to be treated and a rod passing through one end (32, 33) of at least one resonator, radial clearance separating each rod from the resonator, said stud comprising an attachment means (57, 58) that clamps one end (32, 33) of at least one resonator against the base; and said transverse protrusion is designed to oscillate in an elevation direction perpendicular to said plane.
A compound of Formula 1 or pharmaceutically acceptable salts thereof, wherein R 1 is independently selected from groups referred to as follows: wherein R 2 is independently selected from groups referred to as follows: wherein R 3 is independently selected from groups referred to as follows: R 1 is independently selected from groups referred to as follows: wherein R 2 is independently selected from groups referred to as follows: wherein R 3 is independently selected from groups referred to as follows:
A connection system operable to secure a surface panel of a structure to a support, the system including a male connector and a female connector, each of which is to be engaged with either of the surface panel or the support respectively, the male connector defining an engagement projection extending from an engagement surface of the male connector, and the female connector defining a receiving cavity with a form complementary to the engagement projection, wherein: - the receiving cavity is movable in two dimensions substantially perpendicular to a longitudinal axis of the received engagement projection said movement being relative to an engagement surface of the female connector; - the engagement projection and complementary receiving cavity are operable to secure a portion of the engagement projection in a positioning zone of the receiving cavity and alternatively in a locking zone of the receiving cavity, wherein: - when the portion of the engagement projection is secured in the positioning zone the male connector is secured to the female connector but movable with the receiving cavity to allow movement of the male connector relative engagement surface of the female connector in said two dimensions; and - when the portion of the engagement projection is secured in the locking zone the engagement surfaces (5, 10) of the male and female part engage with each other to prevent said two dimensional movement to lock the male connector in position. - the receiving cavity is movable in two dimensions substantially perpendicular to a longitudinal axis of the received engagement projection said movement being relative to an engagement surface of the female connector; - the engagement projection and complementary receiving cavity are operable to secure a portion of the engagement projection in a positioning zone of the receiving cavity and alternatively in a locking zone of the receiving cavity, wherein: - when the portion of the engagement projection is secured in the positioning zone the male connector is secured to the female connector but movable with the receiving cavity to allow movement of the male connector relative engagement surface of the female connector in said two dimensions; and - when the portion of the engagement projection is secured in the locking zone the engagement surfaces (5, 10) of the male and female part engage with each other to prevent said two dimensional movement to lock the male connector in position. - when the portion of the engagement projection is secured in the positioning zone the male connector is secured to the female connector but movable with the receiving cavity to allow movement of the male connector relative engagement surface of the female connector in said two dimensions; and - when the portion of the engagement projection is secured in the locking zone the engagement surfaces (5, 10) of the male and female part engage with each other to prevent said two dimensional movement to lock the male connector in position.
A machine-accessible medium having instructions stored thereon that, when executed, cause a machine to: receive a control signal and a feedback signal; calculate from the control signal and the feedback signal a drive value; calculate a slew limit based on at least one or more of the drive value and a noise level of the feedback signal, whereby the slew limit can change according to the state of the drive value and/or the noise level; determine if a difference between the drive value and a previous drive value is greater than the calculated slew limit of an electro-pneumatic controller; and change the calculated drive value based on the slew limit. receive a control signal and a feedback signal; calculate from the control signal and the feedback signal a drive value; calculate a slew limit based on at least one or more of the drive value and a noise level of the feedback signal, whereby the slew limit can change according to the state of the drive value and/or the noise level; determine if a difference between the drive value and a previous drive value is greater than the calculated slew limit of an electro-pneumatic controller; and change the calculated drive value based on the slew limit.
Apparatus for controlling a pressure of a fluid in a tyre of a vehicle, comprising: - a first assembly and a second assembly, the first assembly being mounted such that it can be rotated relative to the second assembly; - a cavity which extends both within the first assembly and within the second assembly; - at least one source connector for connecting the cavity to a pressurized fluid source; - at least one tyre connector for connecting the cavity to the tyre; - a first valve which is arranged within the cavity; - at least one pressure sensor; - control means; - at least one second pneumatically unlockable check valve which is arranged within the cavity and can be controlled by way of the control means; the first valve being arranged in the first assembly and the second valve being arranged in the second assembly, characterized in that the first valve is a pneumatically unlockable check valve, in that the control means are configured to control the first valve in a manner which is dependent on a signal which is received from the pressure sensor, and in that the first valve is configured to control the flow of the fluid from the cavity through the tyre connector and vice versa, and in that the second valve is configured to control the flow of the fluid through the source connector into the cavity. - a first assembly and a second assembly, the first assembly being mounted such that it can be rotated relative to the second assembly; - a cavity which extends both within the first assembly and within the second assembly; - at least one source connector for connecting the cavity to a pressurized fluid source; - at least one tyre connector for connecting the cavity to the tyre; - a first valve which is arranged within the cavity; - at least one pressure sensor; - control means; - at least one second pneumatically unlockable check valve which is arranged within the cavity and can be controlled by way of the control means; the first valve being arranged in the first assembly and the second valve being arranged in the second assembly,
A compound of formula I and pharmaceutically acceptable salts thereof: wherein R 1, and R 2 are each independently selected from the group consisting of H, halogen, C 1-6 alkyl, C 1-6 alkoxy, cyclopropyl, cyclobutyl, cyclopentyl, cyclohexyl, haloC 1-6 alkyl, haloC 1-6 alkoxy, or -OC 1 -C 4 alkyl, optionally substituted with fluoro; R 3 is selected from the group consisting of unsubstituted mono- or polycyclic aryl or heteroaryl, H, halogen, amide, OCF 3, C 1-6 alkyl, cyclopropyl, cyclobutyl, cyclopentyl, cyclohexyl, or C 1-6 alkoxy; R 4 and R 5 are H, OH, or F, with the proviso that when R 4 is OH, then R 5 is H; and R A is selected from the group consisting of 3-pyridyl; wherein R 6 and R 7 are each independently selected from the group consisting of H, C 1-6 alkyl, cyclopropyl, cyclobutyl, cyclopentyl, cyclohexyl, hydroxymethyl, and carboxymethyl and R 8 is independently selected from N or CH; wherein R 6 is H or C 1-6 alkyl, preferably methyl; and wherein R 9 is H, F, C 1-6 alkyl, OH or NH 2.
A needle assembly comprising: a housing comprising a wall having an interior wall surface defining a cavity having a tip protector disposed therein; a needle, which has a shaft having a first side and a second side defined by a centerline and a needle tip, passing through the housing and the tip protector; the tip protector comprising: a proximal wall having an opening for receiving the needle; a first arm extending from the proximal wall; and a distal wall at an end of the first arm for blocking the needle tip; characterized in that the tip protector further comprises: a second arm, which is shorter than the first arm, extending from the proximal wall; and a wall opposite the second arm; wherein the wall opposite the second arm and the second arm are both biased against the interior wall surface of the housing. a housing comprising a wall having an interior wall surface defining a cavity having a tip protector disposed therein; a needle, which has a shaft having a first side and a second side defined by a centerline and a needle tip, passing through the housing and the tip protector; the tip protector comprising: a proximal wall having an opening for receiving the needle; a first arm extending from the proximal wall; and a distal wall at an end of the first arm for blocking the needle tip; characterized in that the tip protector further comprises: a second arm, which is shorter than the first arm, extending from the proximal wall; and a wall opposite the second arm; wherein the wall opposite the second arm and the second arm are both biased against the interior wall surface of the housing. a proximal wall having an opening for receiving the needle; a first arm extending from the proximal wall; and a distal wall at an end of the first arm for blocking the needle tip; characterized in that the tip protector further comprises: a second arm, which is shorter than the first arm, extending from the proximal wall; and a wall opposite the second arm; wherein the wall opposite the second arm and the second arm are both biased against the interior wall surface of the housing. a second arm, which is shorter than the first arm, extending from the proximal wall; and a wall opposite the second arm; wherein the wall opposite the second arm and the second arm are both biased against the interior wall surface of the housing.
A method for evaluating the antioxidant activity of a substance or a mixture of substances; said method being characterized in that it comprises a step of measuring and comparing the electrical conductivity comprising the operations of: - detecting a first electrical conductivity value and a first pH value of a first solution comprising a solvent and an active substance in the production of free radicals; - detecting a second electrical conductivity value and a second pH value of a second solution comprising said solvent, said active substance in the production of free radicals and a substance or a mixture of substances whose antioxidant activity is to be evaluated; characterised by calculating a mathematical relationship between said first electrical conductivity value and said second electrical conductivity value; said first solution and said second solution having the same temperature, the same volume of solvent, the same composition of solvent and the same concentration of active substance in the production of free radicals. - detecting a first electrical conductivity value and a first pH value of a first solution comprising a solvent and an active substance in the production of free radicals; - detecting a second electrical conductivity value and a second pH value of a second solution comprising said solvent, said active substance in the production of free radicals and a substance or a mixture of substances whose antioxidant activity is to be evaluated; characterised by calculating a mathematical relationship between said first electrical conductivity value and said second electrical conductivity value; said first solution and said second solution having the same temperature, the same volume of solvent, the same composition of solvent and the same concentration of active substance in the production of free radicals.
A kit of parts comprising Paste, Paste and Paste for conducting a dental impression and retraction process, the pastes being characterized as follows: Paste comprising: at least one polyorganosiloxane with at least two olefinically unsaturated groups, and at least one organohydrogenpolysiloxane, at least one alkylsiloxane having at least one carbinol, silanol, alkoxy, carboxyl or amino group, optionally filler(s) and optionally additive(s), Paste comprising: at least one polyorganosiloxane optionally with olefinically unsaturated groups, at least one addition cure catalyst, optionally at least one alkylsiloxane having at least one carbinol, silanol, alkoxy, carboxyl or amino group, optionally filler(s), and optionally additive(s); Paste comprising: a softener, a condensation cure catalyst, optionally filler(s), and optionally additive(s), optionally at least one polyorganosiloxane optionally with olefinically unsaturated groups. Paste comprising: at least one polyorganosiloxane with at least two olefinically unsaturated groups, and at least one organohydrogenpolysiloxane, at least one alkylsiloxane having at least one carbinol, silanol, alkoxy, carboxyl or amino group, optionally filler(s) and optionally additive(s), at least one organohydrogenpolysiloxane, at least one alkylsiloxane having at least one carbinol, silanol, alkoxy, carboxyl or amino group, optionally filler(s) and optionally additive(s), Paste comprising: at least one polyorganosiloxane optionally with olefinically unsaturated groups, at least one addition cure catalyst, optionally at least one alkylsiloxane having at least one carbinol, silanol, alkoxy, carboxyl or amino group, optionally filler(s), and optionally additive(s); at least one addition cure catalyst, optionally at least one alkylsiloxane having at least one carbinol, silanol, alkoxy, carboxyl or amino group, optionally filler(s), and optionally additive(s); Paste comprising: a softener, a condensation cure catalyst, optionally filler(s), and optionally additive(s), optionally at least one polyorganosiloxane optionally with olefinically unsaturated groups. a softener, a condensation cure catalyst, optionally filler(s), and optionally additive(s), optionally at least one polyorganosiloxane optionally with olefinically unsaturated groups.
A signal communication method of a transmitter in a mobile communication system, the method comprising: transmitting, to a receiver, system information including mapping information between a frequency resource region and a plurality of transmission array antennas for transmitting a signal to the receiver; transmitting, based on the system information, a reference signal to the receiver; and receiving, from the receiver, feedback information including beam information on an analog beam selected by the receiver for each of the plurality of transmission array antennas, the feedback information being identified based on the system information and by performing channel measurement on the frequency resource region allocated for each of the plurality of transmission array antennas based on the reference signal, wherein the frequency resource region includes a plurality of resource blocks, RBs, one transmission array antenna from among the plurality of transmission array antennas is used to transmit in each of the RBs, and the transmission array antenna used to transmit in each of the RBs is cyclically changed every predetermined number of frequency-consecutive RBs such that the plurality of transmission array antennas are cycled through across the frequency resource region, wherein the mapping information indicates the number of frequency-consecutive RBs, and wherein the number of frequency-consecutive RBs is at least two. transmitting, to a receiver, system information including mapping information between a frequency resource region and a plurality of transmission array antennas for transmitting a signal to the receiver; transmitting, based on the system information, a reference signal to the receiver; and receiving, from the receiver, feedback information including beam information on an analog beam selected by the receiver for each of the plurality of transmission array antennas, the feedback information being identified based on the system information and by performing channel measurement on the frequency resource region allocated for each of the plurality of transmission array antennas based on the reference signal, wherein the frequency resource region includes a plurality of resource blocks, RBs, one transmission array antenna from among the plurality of transmission array antennas is used to transmit in each of the RBs, and the transmission array antenna used to transmit in each of the RBs is cyclically changed every predetermined number of frequency-consecutive RBs such that the plurality of transmission array antennas are cycled through across the frequency resource region, wherein the mapping information indicates the number of frequency-consecutive RBs, and wherein the number of frequency-consecutive RBs is at least two.
An assembled implant comprising at least one bone block assembly for securing soft tissue, and a segment of soft tissue of sufficient length to extend beyond said bone block assembly, said bone block assembly comprising two to ten components of cortical bone, cancellous bone, artificial bone or a combination thereof, wherein said soft tissue is sandwiched between at least two of said components, and said components being connected by one to ten biocompatible connectors, at least two of said components having opposing faces that contact opposing sides of said soft tissue, said opposing faces being a first opposing face and a second opposing face, said first opposing face comprising compression surfaces and one to ten cavities, said compression surfaces for compressing said soft tissue against the opposing face, and said cavities for receiving overflow soft tissue from said compression surfaces, characterised in that said one to ten cavities comprise one to ten channels.
A system for communication of data information, e.g. multimedia content, over a wireless network connecting a plurality of end user stations and supporting broadcast/multicast transmission, characterized in that it comprises central server means with at least one central cache arrangement for storing at least selected parts of data information relevant for at least a segment of the wireless network, transmission scheduling means for transmission scheduling, central cache arrangement control means for, by using scheduling information, controlling a central cache arrangement push engine for multicast/broadcast pushing of information to end user stations within said at least one segment of the wireless network, and in that the end user stations comprise or are associated with proprietary, local push content caching means for holding the pushed data information, and in that upon request by the respective end user, selected data information may be presented to the end user in a customized manner via a user client from said local caching means.
Anchoring system of counterweights for washers and washer/dryer combos, comprising: - a plastic moulded tub comprising a cylindrical body and/or a closing flange, - at least one counterweight mounted on said cylindrical body and/or closing flange; said counterweight being provided with a truncated-conical hole (21 a) obtained in such a way that the end with lower cross-section of the hole (21 a) faces the centre of the tub, - one or more tubular cylindrical pins (41, 42) with elastic divarication capability, externally provided on said cylindrical body and/or closing flange; each of the pins (41, 42) being dimensioned in such a way that it can penetrate from down up inside the corresponding truncated-conical hole (21 a) obtained on said counterweight, in such a way that the free end of the pin can be accessed from the upper opening of the hole (21 a) of the counterweight, and - a divaricating insert (41 b, 42b) with truncated-conical shape, inserted inside each pin (41, 42) to give truncated-conical shape to the pin (41, 42) that allows the external walls of the pin (41, 42) to interfere exactly and energetically against the internal walls of the hole (21 a) of the counterweight, characterised in that said divaricating insert (41 b, 42b) is an elastic means. - a plastic moulded tub comprising a cylindrical body and/or a closing flange, - at least one counterweight mounted on said cylindrical body and/or closing flange; said counterweight being provided with a truncated-conical hole (21 a) obtained in such a way that the end with lower cross-section of the hole (21 a) faces the centre of the tub, - one or more tubular cylindrical pins (41, 42) with elastic divarication capability, externally provided on said cylindrical body and/or closing flange; each of the pins (41, 42) being dimensioned in such a way that it can penetrate from down up inside the corresponding truncated-conical hole (21 a) obtained on said counterweight, in such a way that the free end of the pin can be accessed from the upper opening of the hole (21 a) of the counterweight, and - a divaricating insert (41 b, 42b) with truncated-conical shape, inserted inside each pin (41, 42) to give truncated-conical shape to the pin (41, 42) that allows the external walls of the pin (41, 42) to interfere exactly and energetically against the internal walls of the hole (21 a) of the counterweight,