mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a macroporous and mesoporous geopolymer comprising the successive steps consisting of: 1) preparing a composite material comprising a geopolymer matrix and an organic liquid; and then 2) removing said organic liquid by a treatment selected from the group consisting of a heat treatment, oxidation treatment, photodegradation treatment and an extraction via a supercritical fluid or ultrasounds, characterized in that said step comprises the following sub-steps: a) preparing an activation solution comprising said organic liquid, surfactant(s) having been added to said organic liquid prior to its addition in said activation solution, b) adding to the solution obtained in step (a) at least one alumino-silicate source, c) subjecting the mixture obtained in step (b) to conditions allowing hardening of the geopolymer. 1) preparing a composite material comprising a geopolymer matrix and an organic liquid; and then 2) removing said organic liquid by a treatment selected from the group consisting of a heat treatment, oxidation treatment, photodegradation treatment and an extraction via a supercritical fluid or ultrasounds, a) preparing an activation solution comprising said organic liquid, surfactant(s) having been added to said organic liquid prior to its addition in said activation solution, b) adding to the solution obtained in step (a) at least one alumino-silicate source, c) subjecting the mixture obtained in step (b) to conditions allowing hardening of the geopolymer.
A wind turbine rotor blade element (50, 60, 80) comprising a first portion (51, 61, 81) and a second portion (52, 62, 82) which are connected with each other, wherein the first portion (51, 61, 81) comprises a rear surface (53, 63) for facing a surface of a wind turbine rotor blade and the second portion (52, 62, 82) comprises a top surface (56, 66) which includes an angle between 90° and 180° with the rear surface (53, 63) of the first portion (51, 61, 81), characterised in that the wind turbine rotor blade element (50, 60, 80) comprises a plurality of wedges which are connected to the first portion (51, 61, 81) and to the second portion (52, 62, 82) of the wind turbine rotor blade element (50, 60, 80).
Test apparatus for testing security of a device under test, the test apparatus comprising: a radio-frequency, RF, device, adapted to transmit an RF signal to the device under test and to receive an RF signal from the device under test; an Internet protocol, IP, device, adapted to transmit IP data to the device under test by the RF signal transmitted to the device under test by the RF device, and to receive IP data from the device under test by the RF signal received by the RF device, characterized in that the IP device is adapted to generate a security attack to the device under test, wherein the security attack to the device under test comprises at least one of: - providing over the air settings of the device under test, - providing unsolicited messages of a short message service, and - providing status or warning messages of a mobile communication service. a radio-frequency, RF, device, adapted to transmit an RF signal to the device under test and to receive an RF signal from the device under test; an Internet protocol, IP, device, adapted to transmit IP data to the device under test by the RF signal transmitted to the device under test by the RF device, and to receive IP data from the device under test by the RF signal received by the RF device, characterized in that the IP device is adapted to generate a security attack to the device under test, wherein the security attack to the device under test comprises at least one of: - providing over the air settings of the device under test, - providing unsolicited messages of a short message service, and - providing status or warning messages of a mobile communication service. - providing over the air settings of the device under test, - providing unsolicited messages of a short message service, and - providing status or warning messages of a mobile communication service.
A wide-array inkjet printhead assembly with a flexible shroud comprises: a backbone; an array of die in which the die are mounted on die carriers, wherein the die carriers are attached to the backbone and comprise support features (135, 137); the shroud comprising a capping surface with a surface profile that deviates from a reference plane by more than a target deviation prior to an incorporation of the shroud onto the printhead; in which the support features (135, 137) interface with and support an undersurface of the shroud such that the capping surface of the shroud, when biased against the support features (135, 137), deviates from the reference plane by no more than the target deviation. a backbone; an array of die in which the die are mounted on die carriers, wherein the die carriers are attached to the backbone and comprise support features (135, 137); the shroud comprising a capping surface with a surface profile that deviates from a reference plane by more than a target deviation prior to an incorporation of the shroud onto the printhead; in which the support features (135, 137) interface with and support an undersurface of the shroud such that the capping surface of the shroud, when biased against the support features (135, 137), deviates from the reference plane by no more than the target deviation.
An extract comprising Cinnamomum burmannii, and/or its fraction or its group of compound derived therefrom, for use in the treatment of ulcer, in pharmaceutical preparation, as a single active ingredient or in combination, in an amount or dose that is effective as antiulcer.
A lancing device comprising a housing containing a lancet drive mechanism and a lancet holder for receiving in use a disposable lancet, said lancet having an elongate non-circular shaft, said lancet holder having a wall region defining an elongate space for receiving the shaft of said lancet introduced rearwardly, the lancet holder having at least one internally projecting rib for resisting rotation of a lancet when fully home in said lancet holder, and characterised in that the internally projecting rib has at its forward end a forward deflecting region which is pointed in shape to urge said lancet shaft angularly about its longitudinal axis to orient said lancet such that said lancet in use is aligned angularly with said elongate space during insertion.
A graphite-like carbon nitride-doped modified micro-spherical catalyst, wherein active components of the catalyst are CuO and Nd 2 O 3, and a carrier of the catalyst is g-C 3 N 4.
A method for manufacturing a blade outer airseal, the blade outer airseal having: a body comprising: an inner diameter surface; an outer diameter surface; a leading end; a trailing end; a metallic substrate; and a coating system atop the substrate along at least a portion of the inner diameter surface, wherein: at least over a first area of the inner diameter surface, the coating system comprises an abradable layer system comprising a plurality of layers including a relatively erosion-resistant first layer atop a relatively abradable second layer; and the method comprises: thermal spray of the first layer and the second layer, wherein the plurality of layers have a metallic matrix, characterised in that: the first layer has at most 10% porosity; and the second layer has at least 40% porosity. an inner diameter surface; an outer diameter surface; a leading end; a trailing end; a metallic substrate; and a coating system atop the substrate along at least a portion of the inner diameter surface, at least over a first area of the inner diameter surface, the coating system comprises an abradable layer system comprising a plurality of layers including a relatively erosion-resistant first layer atop a relatively abradable second layer; and the method comprises: thermal spray of the first layer and the second layer, wherein the plurality of layers have a metallic matrix, the first layer has at most 10% porosity; and the second layer has at least 40% porosity.
A method for re-establishing a Radio Resource Control, RRC, connection between a User Equipment, UE, and a target evolved NodeB, target eNB, for Control Plane Cellular Internet-of-Things optimization, the method being performed by the UE and comprising: receiving an RRC Connection Reestablishment message from the target eNB, the RRC Connection Reestablishment message including a downlink, DL, authentication token which has been generated by a Mobility Management Entity and has had a Non Access Stratum integrity key and a target cell's identity as input; and authenticating the received DL authentication token. receiving an RRC Connection Reestablishment message from the target eNB, the RRC Connection Reestablishment message including a downlink, DL, authentication token which has been generated by a Mobility Management Entity and has had a Non Access Stratum integrity key and a target cell's identity as input; and authenticating the received DL authentication token.
A computer-implemented method for noise attenuation in seismic data, the method comprising: receiving seismic data associated with at least a first vintage (d i) and a second vintage (d j) collected for a same subsurface, wherein the first and second vintages (d i, d j) are taken at different times; calculating a set of filters (f i, fj) that minimizes an energy function E, wherein the energy function E includes a term representing a 4D difference between the first and second vintages (d i, d j), characterized in that the method further comprises calculating primaries (p i, p j) corresponding to the first and second vintages (d i, d j) based on the set of filters (f i, fj); and calculating a 4D difference (Δ ij) based on the primaries (p i, p j), wherein the 4D difference (Δ ij) is minimized, wherein the energy function E is given, either by: wherein λ and δ are constants, n is the number of vintages, M i is a multiple model in matrix form, and || || 2 is an L2 norm, or by: wherein n is the number of vintages, f ij is a filter corresponding to a pair of vintages, m i is a multiple model in vector form, and || || 2 is an L2 norm. receiving seismic data associated with at least a first vintage (d i) and a second vintage (d j) collected for a same subsurface, wherein the first and second vintages (d i, d j) are taken at different times; calculating a set of filters (f i, fj) that minimizes an energy function E, wherein the energy function E includes a term representing a 4D difference between the first and second vintages (d i, d j), characterized in that the method further comprises calculating primaries (p i, p j) corresponding to the first and second vintages (d i, d j) based on the set of filters (f i, fj); and calculating a 4D difference (Δ ij) based on the primaries (p i, p j), wherein the 4D difference (Δ ij) is minimized, wherein the energy function E is given, either by: wherein λ and δ are constants, n is the number of vintages, M i is a multiple model in matrix form, and || || 2 is an L2 norm, or by: wherein n is the number of vintages, f ij is a filter corresponding to a pair of vintages, m i is a multiple model in vector form, and || || 2 is an L2 norm.
An encoder apparatus comprising a scale comprising a series of incremental or absolute scale features defining at least one incremental or absolute scale track and a readhead for reading the scale's features, the readhead comprising at least one light source for illuminating the scale and at least one detector, in which the configuration of the at least one light source is such that it comprises at least one bond pad and/or current spreader at or near its emission surface which impart a structure in the light projected toward the scale, characterized in that the readhead is configured such that the structure is angled so that it is substantially misaligned with respect to the incremental or absolute scale features so as to reduce measurement error in the signal output by the readhead.
A method of credential recovery using a mobile application on a mobile communication device, the method comprising: i. authenticating a user with the mobile application, whereby the user gains access to the mobile application if authenticated; ii. receiving from the user, after the user gains access to the mobile application, a selection of a credential to be recovered using a credential recovery function of the mobile application; iii. requesting the selected credential from a server; iv. securely establishing a session key between the mobile application and the server; v. recovering (S5, S6) the credential in encrypted form at the server; vi. decrypting the credential, and re-encrypting the credential using the session key, at the server; vii. providing the re-encrypted credential to the mobile application; viii. decrypting the credential at the mobile application; and ix. outputting the decrypted credential from the mobile application to the user. i. authenticating a user with the mobile application, whereby the user gains access to the mobile application if authenticated; ii. receiving from the user, after the user gains access to the mobile application, a selection of a credential to be recovered using a credential recovery function of the mobile application; iii. requesting the selected credential from a server; iv. securely establishing a session key between the mobile application and the server; v. recovering (S5, S6) the credential in encrypted form at the server; vi. decrypting the credential, and re-encrypting the credential using the session key, at the server; vii. providing the re-encrypted credential to the mobile application; viii. decrypting the credential at the mobile application; and ix. outputting the decrypted credential from the mobile application to the user.
A method for combining non-invasive transcranial stimulation navigation with functional data, said method comprising the steps of; - acquiring an anatomical image of a brain, - acquiring functional data of the brain, - coregistering at least a portion of the functional data, said portion being associated with a portion of interest of the brain, with the corresponding location from the anatomical image, and - stereotactically aligning the combined view of the brain with transcranial magnetic stimulation navigation software. - acquiring an anatomical image of a brain, - acquiring functional data of the brain, - coregistering at least a portion of the functional data, said portion being associated with a portion of interest of the brain, with the corresponding location from the anatomical image, and - stereotactically aligning the combined view of the brain with transcranial magnetic stimulation navigation software.
RFID reader, comprising: a transmitter configured to provide a frequency signal for one or more RFID tags (12a to 12d); a receiver configured to receive a response signal resulting from a reflection of the frequency signal on at least one of the RFID tags (12a to 12d) or on an object carrying the at least one of the RFID tags (12a to 12d); a processor configured to evaluate the response signal, wherein the processor comprises a motion determiner configured to detect a Doppler shift within the response signal and to determine a motion parameter and/or velocity of the at least one tag or the object based on a characteristic of the Doppler shift; characterized in that the transmitter is configured to adapt a backscatter link frequency dependent on a reading out strategy and/or wherein the transmitter is configured to select a modulation type out of the group comprising FM0, Miller-2, Miller-4 and/or Miller-8 dependent on a reading out strategy and/or wherein the transmitter is configured to adapt a pause length between readouts dependent on a reading out strategy. a transmitter configured to provide a frequency signal for one or more RFID tags (12a to 12d); a receiver configured to receive a response signal resulting from a reflection of the frequency signal on at least one of the RFID tags (12a to 12d) or on an object carrying the at least one of the RFID tags (12a to 12d); a processor configured to evaluate the response signal, wherein the processor comprises a motion determiner configured to detect a Doppler shift within the response signal and to determine a motion parameter and/or velocity of the at least one tag or the object based on a characteristic of the Doppler shift; characterized in that the transmitter is configured to adapt a backscatter link frequency dependent on a reading out strategy and/or wherein the transmitter is configured to select a modulation type out of the group comprising FM0, Miller-2, Miller-4 and/or Miller-8 dependent on a reading out strategy and/or wherein the transmitter is configured to adapt a pause length between readouts dependent on a reading out strategy.
A plastic pipe flange for being mounted on a plastic pipe and having a plastic flange ring, the flange ring having several recesses through which fastening screws are inserted, and a weld collar being integrally formed on the flange ring and being welded to one end of a plastic pipe, and an annular washer being disposed around the outer circumference of the weld collar, the washer having several recesses which are disposed congruently to the recesses in the flange ring and through which fastening screws are inserted, characterized in that several markings are applied on the front side and/or on the outer circumference of the flange ring and/or several markings are applied on the front side and/or on the outer circumference of the annular washer, the markings each being assigned to a recess (04, 06) in the flange ring or in the annular washer, the markings defining the sequence for tightening the fastening screws in the recesses (04, 06), and an additional marking in the form of a digital code being applied on the flange ring and/or on the washer, and the additional marking being usable to access a databank entry containing additional mounting information.
A bottle comprising: a body defining a chamber therein, a neck extending away from the body and defining an opening to the chamber of the body, wherein: the neck includes threads (84a, 84b) extending around an outside surface of the neck from the opening toward the body, and the neck includes a first stop and a second stop, on the outside surface of the neck, extending from a bottom of a first thread toward the body, the first stop and the second stop defining a first lug retention area, wherein the first lug retention area is configured to engage with a first lug (144, 224) of a closure to secure the closure in place over the opening and around the neck, the bottle being characterized in that the neck includes a first ramped surface, on the outside surface of the neck, extending along the bottom of the first thread to the first stop, the first ramped surface including an angled surface extending increasingly outwardly from the neck from a leading edge of the first ramped surface to the first stop, the first ramped surface configured to lift and guide the first lug over the first stop and into the first lug retention area as the closure is secured over the opening, wherein the leading edge is the first edge of the ramped surface that is encountered by the first lug of the closure when the closure is turned to tighten the closure around the neck. a body defining a chamber therein, a neck extending away from the body and defining an opening to the chamber of the body, wherein: the neck includes threads (84a, 84b) extending around an outside surface of the neck from the opening toward the body, and the neck includes a first stop and a second stop, on the outside surface of the neck, extending from a bottom of a first thread toward the body, the first stop and the second stop defining a first lug retention area, the neck includes threads (84a, 84b) extending around an outside surface of the neck from the opening toward the body, and the neck includes a first stop and a second stop, on the outside surface of the neck, extending from a bottom of a first thread toward the body, the first stop and the second stop defining a first lug retention area, wherein the first lug retention area is configured to engage with a first lug (144, 224) of a closure to secure the closure in place over the opening and around the neck, the bottle being characterized in that the neck includes a first ramped surface, on the outside surface of the neck, extending along the bottom of the first thread to the first stop, the first ramped surface including an angled surface extending increasingly outwardly from the neck from a leading edge of the first ramped surface to the first stop, the first ramped surface configured to lift and guide the first lug over the first stop and into the first lug retention area as the closure is secured over the opening, wherein the leading edge is the first edge of the ramped surface that is encountered by the first lug of the closure when the closure is turned to tighten the closure around the neck.
Parabolic trough collector module comprising an absorber tube having a central axis, a parabolic reflector which focuses solar radiation onto the absorber tube and which comprises a reflector surface, and a stand device, on which the parabolic reflector is pivotally mounted, the stand device having at least one stand post and the absorber tube being mounted on the stand post, wherein the parabolic reflector has a recess in the reflector surface, which recess runs transversely to the longitudinal direction, a support device extending through the recess, characterized in that the support device has an absorber tube mount that forms a linear guide, on which mount the absorber tube is mounted for displacement in a longitudinal direction.
A device for supplying an internal combustion engine, located on a test bench, with at least one fluid, conditioned, in particular cooled, use medium, for example combustion air or charge air, said device comprising at least one radiator for the relevant use medium, which radiator is arranged upstream of the internal combustion engine, the radiator being formed as a heat exchanger operated using a gaseous cooling medium, characterized in that the cooling medium is supplied to the radiator by a conditioning means for the cooling medium, the conditioning means comprising a heat exchanger, a dynamic adjustment mechanism for adjusting the volumetric flow rate or mass flow rate of the cooling medium, and a fan for the cooling medium.
An electric cable, in particular a data transmission cable, comprising - at least one line, in particular several twisted-pair lines (P1 to P4), - a screening sheet (4.1, 4.2) for the at least one line which screening sheet (4.1, 4.2) includes at least one substrate layer (20, 80) of a plastic material and at least one screening layer of an electrically conductive material, in particular metal, which the substrate layer (20, 80) is lined with, wherein the screening layer being provided with spacing gaps for electrical interruption thereof in a longitudinal strip direction, with the spacing gaps extending crosswise of the longitudinal strip direction and recurring at longitudinal intervals (p), and - an external envelope of an insulating material, characterized by - a semi-conductive shielding layer arranged between the screening sheet (4.1, 4.2) and the external envelope. - at least one line, in particular several twisted-pair lines (P1 to P4), - a screening sheet (4.1, 4.2) for the at least one line which screening sheet (4.1, 4.2) includes at least one substrate layer (20, 80) of a plastic material and at least one screening layer of an electrically conductive material, in particular metal, which the substrate layer (20, 80) is lined with, wherein the screening layer being provided with spacing gaps for electrical interruption thereof in a longitudinal strip direction, with the spacing gaps extending crosswise of the longitudinal strip direction and recurring at longitudinal intervals (p), and - an external envelope of an insulating material, - a semi-conductive shielding layer arranged between the screening sheet (4.1, 4.2) and the external envelope.