mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, comprising: determining a transmission of a first instance of control information in a first control region in a subframe of a first higher power class eNodeB using a non-modified power spectral density, PSD, will result in interference above a threshold with a transmission of a second instance of control information in a second control region in a subframe of a second lower power class eNodeB; modifying the PSD for a portion of the first and second control regions of the sub frames for the first higher power class and second lower power class eNodeB (802, 804); wherein the modifying further comprises reducing the PSD for the portion of the first control region of the subframe of the first higher power class eNodeB; wherein the modifying the PSD further comprises increasing the PSD for the portion of the second control region of the subframe of the second lower power class eNodeB; transmitting the first instance of control information during the first control region using the modified PSD for the portion of the first instance of control information; and transmitting the second instance of control information during the second control region using the modified PSD for the portion of the second instance of control information. determining a transmission of a first instance of control information in a first control region in a subframe of a first higher power class eNodeB using a non-modified power spectral density, PSD, will result in interference above a threshold with a transmission of a second instance of control information in a second control region in a subframe of a second lower power class eNodeB; modifying the PSD for a portion of the first and second control regions of the sub frames for the first higher power class and second lower power class eNodeB (802, 804); wherein the modifying further comprises reducing the PSD for the portion of the first control region of the subframe of the first higher power class eNodeB; wherein the modifying the PSD further comprises increasing the PSD for the portion of the second control region of the subframe of the second lower power class eNodeB; transmitting the first instance of control information during the first control region using the modified PSD for the portion of the first instance of control information; and transmitting the second instance of control information during the second control region using the modified PSD for the portion of the second instance of control information.
A shaving cartridge comprising: a housing extending along a longitudinal axis (X-X), the housing having: a top side, a bottom side opposite to the top side, at least one longitudinal wall (102, 103), a first and a second side wall (104, 106), extending from the first longitudinal wall, at least one shaving blade; characterized in that the shaving cartridge further comprises: a guard bar being removably coupled with the housing and a customizing tool that is removably coupled with the housing, the customizing tool comprising: an upper surface, a side surface which extends at an angle from this upper surface, said customizing tool extending from the at least one longitudinal wall or being attached to at least one of the side walls (104, 106), wherein the customizing tool is interchangeable with the guard bar. a housing extending along a longitudinal axis (X-X), the housing having: a top side, a bottom side opposite to the top side, at least one longitudinal wall (102, 103), a first and a second side wall (104, 106), extending from the first longitudinal wall, a top side, a bottom side opposite to the top side, at least one longitudinal wall (102, 103), a first and a second side wall (104, 106), extending from the first longitudinal wall, at least one shaving blade; characterized in that the shaving cartridge further comprises: a guard bar being removably coupled with the housing and a customizing tool that is removably coupled with the housing, the customizing tool comprising: an upper surface, a side surface which extends at an angle from this upper surface, said customizing tool extending from the at least one longitudinal wall or being attached to at least one of the side walls (104, 106), wherein the customizing tool is interchangeable with the guard bar. a guard bar being removably coupled with the housing and a customizing tool that is removably coupled with the housing, the customizing tool comprising: an upper surface, a side surface which extends at an angle from this upper surface, said customizing tool extending from the at least one longitudinal wall or being attached to at least one of the side walls (104, 106), wherein the customizing tool is interchangeable with the guard bar. an upper surface, a side surface which extends at an angle from this upper surface, said customizing tool extending from the at least one longitudinal wall or being attached to at least one of the side walls (104, 106), wherein the customizing tool is interchangeable with the guard bar.
A method of depositing a Co-containing layer on a substrate, the method comprising introducing a vapor of a Co-containing film forming composition comprising a silylamide-containing precursor into a reactor having a substrate disposed therein, and depositing at least part of the silylamide-containing precursor onto the substrate to form the Co-containing layer using a vapor deposition method, characterized in that the Co-containing film forming composition comprises between 95% w/w and 100% w/w of the silylamide-containing precursor, which is selected from Co[N(SiMe 3) 2] 2 (NMe 2 Et), Co[N(SiMe 3) 2] 2 (NMeEt 2), or combinations thereof.
A brush for applying a cosmetic product, in particular a varnish, on nails, which comprises a handle which is adapted to be connected at one end to a head and at an opposite end to one or more tufts of bristles for applying the product, whereby the handle has, at the end that is adapted to be connected to said bristles, a hole which has at least one rib inside it, for coupling with at least one tuft of bristles, characterized in that said at least one rib defines an empty space within said tuft of bristles.
An optical fiber comprising a glass optical fiber consisting of a core and a cladding, a primary coating layer overlaid on said glass optical fiber, and a secondary coating layer provided on said primary coating layer, characterized in that a relaxation modulus of said secondary coating layer is 400 MPa or less, the relaxation modulus being obtained by heating up a sample of the secondary coating layer to 140°C, pulling the sample at a constant tensile strain rate of 0.02%/min while cooling down the sample to room temperature, imposing 2% tensile strain on the sample at room temperature for 300 minutes, and calculating an elasticity modulus as the relaxation modulus from a tensile stress imposed on the sample after the 300 minutes, and a silane coupling agent of 1.0 or more parts per hundred of resin is added to a resin used for the primary coating layer, and a Young's modulus of the secondary coating layer is in a range of 100 to 2000 MPa, and there is no delamination or minute delamination at an interface between the glass optical fiber and the primary coating layer when the interface is observed by using an optical microscope at 100x magnification after immersion in ion-exchanged water having a temperature of 60°C for 30 days, and an increase in a transmission loss is 0.05 dB/km or less with a measurement wavelength of 1550 nm after immersion in ion-exchanged water having a temperature of 60°C for 30 days.
A computerized method of classifying network accessible storage transactions at network accessible storage, wherein the network accessible storage is cloud storage, the method comprising: collecting, by an on-premises storage modeler, logs associated with target data stored in a client computing device; calculating, by the on-premises storage modeler, a client predictive security model for anomaly or malfunctioning detection from features extracted from the logs, wherein the client predictive security model is created based on a baseline for anomaly or malfunctioning detection, wherein the features extracted from the logs comprise one or more of data volume accesses, read transactions data, write transactions data, source internet protocol addresses used for login actions, time of login actions, credentials data, user privilege level data, time of accessing data, and frequency of accessing data; receiving a replica of the target data at the network accessible storage and a copy of the client predictive security model at an off-premises storage modeler monitoring, by the off-premises storage modeler, a plurality of network accessible storage transactions made to access a replica of the target data when the replica is stored in an network accessible storage; and classifying, by an off-premises detection module, at least some of the plurality of network accessible storage transactions based on the client predictive security model. collecting, by an on-premises storage modeler, logs associated with target data stored in a client computing device; calculating, by the on-premises storage modeler, a client predictive security model for anomaly or malfunctioning detection from features extracted from the logs, wherein the client predictive security model is created based on a baseline for anomaly or malfunctioning detection, wherein the features extracted from the logs comprise one or more of data volume accesses, read transactions data, write transactions data, source internet protocol addresses used for login actions, time of login actions, credentials data, user privilege level data, time of accessing data, and frequency of accessing data; receiving a replica of the target data at the network accessible storage and a copy of the client predictive security model at an off-premises storage modeler monitoring, by the off-premises storage modeler, a plurality of network accessible storage transactions made to access a replica of the target data when the replica is stored in an network accessible storage; and classifying, by an off-premises detection module, at least some of the plurality of network accessible storage transactions based on the client predictive security model.
A package integrity feature defined by an inner film layer of a package, the package integrity feature comprising: a first die cut portion extending from a main die cut portion, wherein the main die cut portion at least partially defines an opening of the package; and a second die cut portion extending from the main die cut portion, wherein the first and second die cut portions (52,54) are continuous with each other and with the main die cut portion and define a nominal width (w 2) between the first and second die cut portions (52, 54) proximate a juncture between each of the first and second die cut portions (52, 54) and the main die cut portion, characterized in that the first and second die cut portions (52,54) define: a neck region of the package integrity feature having a reduced width and configured to tear as an opening force is applied to the package by a user, wherein tearing of the neck region provides access, via the opening, to contents stored within the package in a tamper evident manner, and an anchor region having a width (w 3) that is greater than the nominal width (w 2) between the first and second die cut portions, wherein the anchor region is_configured to resist the opening force applied by the user such that the neck region tears in response to application of the opening force. a first die cut portion extending from a main die cut portion, wherein the main die cut portion at least partially defines an opening of the package; and a second die cut portion extending from the main die cut portion, wherein the first and second die cut portions (52,54) are continuous with each other and with the main die cut portion and define a nominal width (w 2) between the first and second die cut portions (52, 54) proximate a juncture between each of the first and second die cut portions (52, 54) and the main die cut portion, characterized in that the first and second die cut portions (52,54) define: a neck region of the package integrity feature having a reduced width and configured to tear as an opening force is applied to the package by a user, wherein tearing of the neck region provides access, via the opening, to contents stored within the package in a tamper evident manner, and an anchor region having a width (w 3) that is greater than the nominal width (w 2) between the first and second die cut portions, wherein the anchor region is_configured to resist the opening force applied by the user such that the neck region tears in response to application of the opening force. a neck region of the package integrity feature having a reduced width and configured to tear as an opening force is applied to the package by a user, wherein tearing of the neck region provides access, via the opening, to contents stored within the package in a tamper evident manner, and an anchor region having a width (w 3) that is greater than the nominal width (w 2) between the first and second die cut portions, wherein the anchor region is_configured to resist the opening force applied by the user such that the neck region tears in response to application of the opening force.
A method for manufacturing a spar cap for a wind turbine blade, the spar cap comprising a stack of pultruded plates, the method comprising: laying the stack of pultruded plates between a first and a second sidewall (222, 221) on a mold; infusing the stack of pultruded plates with resin; and unmolding the infused stack of pultruded plates from the mold, characterized in that at least one of the sidewalls (221, 222) is adjusted along the transverse direction relative to the stack of pultruded plates at least after the laying or prior to unmolding of the stack of pultruded plates. laying the stack of pultruded plates between a first and a second sidewall (222, 221) on a mold; infusing the stack of pultruded plates with resin; and unmolding the infused stack of pultruded plates from the mold, characterized in that at least one of the sidewalls (221, 222) is adjusted along the transverse direction relative to the stack of pultruded plates at least after the laying or prior to unmolding of the stack of pultruded plates.
Cleaning apparatus for cleaning washware, comprising at least two cleaning zones, wherein the washware is transported through the cleaning zones in one transportation direction, wherein the cleaning zones comprise at least one washing zone, wherein at least one cleaning fluid can be applied to the washware in the washing zone in order to remove adhering residues of dirt, wherein the cleaning zones further comprise at least one final-rinse zone which is arranged downstream of the washing zone, wherein at least one final-rinse fluid can be applied to the washware in the final-rinse zone, and wherein the cleaning apparatus is designed in order to heat the final-rinse fluid to a first temperature using at least one first heat exchanger before the said final-rinse fluid is applied to the washware, characterized in that the cleaning apparatus is further designed in order to then cool the final-rinse fluid to a second temperature using at least one second heat exchanger before the said final-rinse fluid is applied to the washware.
Method for cutting an ink sticker in a multilayer structure comprising an ink layer between a protective layer and an ink carrier layer, characterized by the following steps of: - positioning the multilayer structure to be cut in front of a femtosecond pulsed laser device with the protective layer facing said femtosecond pulsed laser device; and - kiss cutting the ink layer through the protective layer by laser irradiation generated by the femtosecond pulsed laser device in order to produce an ink sticker between the protective layer and the uncut ink carrier layer, wherein laser parameters of the femtosecond pulsed laser device are chosen depending on ablation thresholds of the protective layer and the ink layer, the ablation threshold of the ink layer being less than the ablation threshold of the protective layer, such that the protective layer remains uncut. - positioning the multilayer structure to be cut in front of a femtosecond pulsed laser device with the protective layer facing said femtosecond pulsed laser device; and - kiss cutting the ink layer through the protective layer by laser irradiation generated by the femtosecond pulsed laser device in order to produce an ink sticker between the protective layer and the uncut ink carrier layer,
A leadframe for an electrical connecting socket for forming a cable for connecting a plurality of power sources having a plurality of conductors, having a plurality of connections for electrical conductors, a plurality of contacts, and a plurality of current bars, wherein the current bars (34a-d) are the connectors between the connections (32a-e) and the contacts (36a-d), two current bars are arranged as outer current bars (34a, b), the outer current bars (34a, b) each have a first segment, the first segments of the outer current bars (34a, b) run essentially parallel to one another, characterized in that the connections (32a-e) for electrical conductors have a longitudinal shape and in their longitudinal extension run transverse to the longitudinal extension of the first segments of the outer current bars (34a, b), wherein the connections (32a-e) are embodied for contacting the electrical conductors in their longitudinal extension, and the connectors (32a-e) are provided for electrical conductors between the first segments of the outer current bars (34a, b).
Assembly comprising a seat and a management system for an aircraft cabin, said assembly comprising: - a control unit, and - a set of sensors (171-174, 301-307) to be integrated into the seat and capable of establishing a communication connection with the control unit so as to transmit to the control unit at least one signal relating to at least one measurement performed by a sensor (171-174, 301-307) of the set of sensors, - said set of sensors detecting and/or predicting a malfunction and/or an excessive wear of a component and/or structural element of the seat, characterized in that said set of sensors comprises - a load sensor, integrated in the seat, in particular in a component and/or structural element of the seat, for detecting a number of cycles of use. - a control unit, and - a set of sensors (171-174, 301-307) to be integrated into the seat and capable of establishing a communication connection with the control unit so as to transmit to the control unit at least one signal relating to at least one measurement performed by a sensor (171-174, 301-307) of the set of sensors, - said set of sensors detecting and/or predicting a malfunction and/or an excessive wear of a component and/or structural element of the seat, characterized in that said set of sensors comprises - a load sensor, integrated in the seat, in particular in a component and/or structural element of the seat, for detecting a number of cycles of use.
A method performed by a home energy management system, HEMS, in a home area network, HAN, and at least one device in the HAN, the method comprising: the HEMS registering to a smart meter and managing an energy profile of at least one HAN device including the smart meter, wherein the managing of the energy profile comprises: the HEMS receiving, from the at least one HAN device, information regarding the energy profile; the HEMS determining whether a version of the energy profile is supported by the HEMS or not; when the version of the energy profile is not supported by the HEMS, the HEMS transmitting, to the HAN device, an energy profile update request message including an address of a HEMS management server, the address of the HEMS management server being used by the HAN device to download a new energy profile from the HEMS management server and to update the energy profile to the new energy profile, and downloading, by the HAN device, from the HEMS management server, the new energy profile; the HEMS and the HAN device communicating with each other by using the new energy profile. the HEMS registering to a smart meter and managing an energy profile of at least one HAN device including the smart meter, wherein the managing of the energy profile comprises: the HEMS receiving, from the at least one HAN device, information regarding the energy profile; the HEMS determining whether a version of the energy profile is supported by the HEMS or not; when the version of the energy profile is not supported by the HEMS, the HEMS transmitting, to the HAN device, an energy profile update request message including an address of a HEMS management server, the address of the HEMS management server being used by the HAN device to download a new energy profile from the HEMS management server and to update the energy profile to the new energy profile, and downloading, by the HAN device, from the HEMS management server, the new energy profile; the HEMS and the HAN device communicating with each other by using the new energy profile. the HEMS receiving, from the at least one HAN device, information regarding the energy profile; the HEMS determining whether a version of the energy profile is supported by the HEMS or not; when the version of the energy profile is not supported by the HEMS, the HEMS transmitting, to the HAN device, an energy profile update request message including an address of a HEMS management server, the address of the HEMS management server being used by the HAN device to download a new energy profile from the HEMS management server and to update the energy profile to the new energy profile, and downloading, by the HAN device, from the HEMS management server, the new energy profile; the HEMS and the HAN device communicating with each other by using the new energy profile.
A turbocharger wheel housing that includes a shell body having a scroll portion and a base body having an accommodation portion in which a wheel is accommodated, wherein a gas passage formed between the shell body and the base body and wherein the shell body is composed of a first shell body and a second shell body that are formed separately from each other and combined with each other, the second shell body includes the scroll portion, the accommodation portion includes a wheel chamber in which the wheel is arranged, a communication portion that allows a gas to flow from the gas passage to the wheel chamber, and a pillar portion provided adjacent to the communication portion to block flow of the gas from the gas passage to the wheel chamber, the first shell body includes a reinforcement portion superposed on one of an inner peripheral face or an outer peripheral face of a peripheral wall of the scroll portion, characterized in that the reinforcement portion has a slit portion that makes the reinforcement portion partially discontinuous in a circumferential direction, and the pillar portion is so provided as to intersect with that tangential line of the wheel which passes the slit portion.