mhurhangee/ep-ind-claims huggingface dataset:
A compound of formula or a salt thereof: wherein: A 1 is cyclohexyl, or phenyl optionally substituted with one or more F atoms; R 1 is H; R 2 is R 0; R 3 is H; each R 5 is H; R 4 is -Y-A 2 or A 3; Y is C 1-10 alkylene optionally substituted with at least one group selected from Group G 2; Group G 2 is -CO 2 H and -OH; A 2 is H, cycloalkyl, pyridyl, or phenyl optionally substituted with a group selected from C 1-6 alkyl and -CO 2 H; A 3 is cycloalkyl selected from cyclopentyl, indanyl, dihydrocyclopentathienyl, dihydrocyclopentafuranyl, and dihydrocyclopentapyrrolyl, these cycloalkyl groups being optionally substituted with at least one group selected from Group G 1, or A 3 is piperidyl or pyrrolidyl each optionally substituted with at least one group selected from Group G 1; Group G 1 is R 0, halogen, -CO 2 H, -OH, -CO 2 R 0, -NO 2, phenyl, and -SO 2 -NH 2; and each R 0 is independently C 1-6 alkyl. A 1 is cyclohexyl, or phenyl optionally substituted with one or more F atoms; R 1 is H; R 2 is R 0; R 3 is H; each R 5 is H; R 4 is -Y-A 2 or A 3; Y is C 1-10 alkylene optionally substituted with at least one group selected from Group G 2; Group G 2 is -CO 2 H and -OH; A 2 is H, cycloalkyl, pyridyl, or phenyl optionally substituted with a group selected from C 1-6 alkyl and -CO 2 H; A 3 is cycloalkyl selected from cyclopentyl, indanyl, dihydrocyclopentathienyl, dihydrocyclopentafuranyl, and dihydrocyclopentapyrrolyl, these cycloalkyl groups being optionally substituted with at least one group selected from Group G 1, or A 3 is piperidyl or pyrrolidyl each optionally substituted with at least one group selected from Group G 1; Group G 1 is R 0, halogen, -CO 2 H, -OH, -CO 2 R 0, -NO 2, phenyl, and -SO 2 -NH 2; and each R 0 is independently C 1-6 alkyl.
Device for adjusting and clamping a strap, comprising a first ring and a second ring superposed to define a slot for the strap to pass through, the second ring pressing on a top surface of the first ring, the slot for the strap to pass through being bounded by an outer edge of the second ring and an inner edge of the first ring, wherein the first ring and second ring are movable with respect to one another so that the slot for the strap pass through is of variable thickness and the first and second rings (3, 4) are in a clamping position when the strap is tensioned or they are in a releasing position after a relative movement between the first and second rings (3, 4) causing the thickness of the slot for the strap pass through to be increased, wherein a bottom surface of the first ring opposite the top surface of the first ring has a textured area provided with several salient elements designed to form an increased friction area between the strap and the bottom surface of the first ring, the textured area being separated from the outer edge of the second ring by the slot for the strap pass through, the device for adjusting and clamping a strap being characterised in that at least a part of the salient elements is formed on a support added onto the first ring and fitted removable with respect to the first ring. wherein the first ring and second ring are movable with respect to one another so that the slot for the strap pass through is of variable thickness and the first and second rings (3, 4) are in a clamping position when the strap is tensioned or they are in a releasing position after a relative movement between the first and second rings (3, 4) causing the thickness of the slot for the strap pass through to be increased, wherein a bottom surface of the first ring opposite the top surface of the first ring has a textured area provided with several salient elements designed to form an increased friction area between the strap and the bottom surface of the first ring, the textured area being separated from the outer edge of the second ring by the slot for the strap pass through, the device for adjusting and clamping a strap being characterised in that at least a part of the salient elements is formed on a support added onto the first ring and fitted removable with respect to the first ring.
Use of a cured alkyd resin comprising fatty acid residues, which contain at least 6 carbon atoms in the saturated or unsaturated aliphatic chain and no reactive functional group, wherein the cured alkyd resin is free of any biocidal product as defined in Article 3 (a) of the Regulation No. 528-2012 of the European Parliament and the Counsel of 22 May 2012, for providing antibacterial properties to at least part of a surface of a substrate.
A leakage-flux flaw detection device that detects a linear defect of a steel strip, comprising: a plurality of leakage-flux flaw detection units provided at positions not in contact with the steel strip and arranged in a width direction of the steel strip, wherein the leakage-flux flaw detection units each include a rotating disk that faces a surface subjected to flaw detection of the steel strip and that rotates, and a plurality of defect detection heads that are installed at different positions in a circumferential direction on the rotating disk, that perform direct-current magnetization of the steel strip, and that detect leakage flux leaking from a linear defect due to the direct-current magnetization, and characterised in that at least one of the plurality of defect detection heads has an inclination angle different from inclination angles of the other defect detection heads, the inclination angle being defined by a tangent line of a rotation trajectory and the magnetization direction at an installation position of the defect detection head. a plurality of leakage-flux flaw detection units provided at positions not in contact with the steel strip and arranged in a width direction of the steel strip, wherein the leakage-flux flaw detection units each include a rotating disk that faces a surface subjected to flaw detection of the steel strip and that rotates, and a plurality of defect detection heads that are installed at different positions in a circumferential direction on the rotating disk, that perform direct-current magnetization of the steel strip, and that detect leakage flux leaking from a linear defect due to the direct-current magnetization, and characterised in that at least one of the plurality of defect detection heads has an inclination angle different from inclination angles of the other defect detection heads, the inclination angle being defined by a tangent line of a rotation trajectory and the magnetization direction at an installation position of the defect detection head. a rotating disk that faces a surface subjected to flaw detection of the steel strip and that rotates, and a plurality of defect detection heads that are installed at different positions in a circumferential direction on the rotating disk, that perform direct-current magnetization of the steel strip, and that detect leakage flux leaking from a linear defect due to the direct-current magnetization, and characterised in that at least one of the plurality of defect detection heads has an inclination angle different from inclination angles of the other defect detection heads, the inclination angle being defined by a tangent line of a rotation trajectory and the magnetization direction at an installation position of the defect detection head.
Method for the improvement of the line power quality in a system, in which a common feeding, via at least one distribution transformer, feeds at least two non-linear loads drawing non-sinusoidal currents from the common feeding, wherein between the common feeding and the distribution transformer there is at least one primary side transformer line and between the at least one distribution transformer and the loads there is at least one lower voltage secondary side transformer line, wherein at least one active filter attached to at least one lower voltage secondary side transformer line is used for the attenuation or elimination of higher order harmonics experienced by the common feeding, wherein the currents (i L_n) in all lower voltage secondary side transformer lines are measured and used for the control of the active filter, characterized in that, said current (i L_n) is not directly used as an input reference for the active filter but from said current (i L_n), using a computational model of the distribution transformer, the current on the primary side transformer line is calculated, and therefrom, using a computational model of the distribution transformer, the current on the secondary side transformer line is back calculated, and this current (i L_n*, 29) is used as input reference to the active filter.
A terminal apparatus comprising: a reception unit configured to receive a message of terminal capability enquiry; and a transmission unit configured to transmit terminal capability information in a case that the message has been received, wherein in a case that the terminal capability information includes first information indicating that uplink Licensed Assisted Access, LAA, is supported, the reception unit is configured to in a cell that is other than an LAA secondary cell, receive a first Downlink Control information, DCI, format used for scheduling a first Physical Uplink Shared Channel, PUSCH, of a first resource allocation type or a second resource allocation type, and in the LAA secondary cell, receive a second DCI format used for scheduling a second PUSCH of a third resource allocation type, and the transmission unit is configured to in the cell that is other than the LAA secondary cell, transmit the first PUSCH of the first resource allocation type or the second resource allocation type, and in the LAA secondary cell, transmit the second PUSCH of the third resource allocation type. a reception unit configured to receive a message of terminal capability enquiry; and a transmission unit configured to transmit terminal capability information in a case that the message has been received, wherein in a case that the terminal capability information includes first information indicating that uplink Licensed Assisted Access, LAA, is supported, the reception unit is configured to in a cell that is other than an LAA secondary cell, receive a first Downlink Control information, DCI, format used for scheduling a first Physical Uplink Shared Channel, PUSCH, of a first resource allocation type or a second resource allocation type, and in the LAA secondary cell, receive a second DCI format used for scheduling a second PUSCH of a third resource allocation type, and in a cell that is other than an LAA secondary cell, receive a first Downlink Control information, DCI, format used for scheduling a first Physical Uplink Shared Channel, PUSCH, of a first resource allocation type or a second resource allocation type, and in the LAA secondary cell, receive a second DCI format used for scheduling a second PUSCH of a third resource allocation type, and the transmission unit is configured to in the cell that is other than the LAA secondary cell, transmit the first PUSCH of the first resource allocation type or the second resource allocation type, and in the LAA secondary cell, transmit the second PUSCH of the third resource allocation type. in the cell that is other than the LAA secondary cell, transmit the first PUSCH of the first resource allocation type or the second resource allocation type, and in the LAA secondary cell, transmit the second PUSCH of the third resource allocation type.
A method of wireless communication performed by a user equipment, UE capable of millimeter wave, mmW communication, comprising: selecting by the UE a Transmit, Tx-Receive, Rx, beam pair from a plurality of Tx-Rx beam pairs available at the UE for measurement, based in part on a priority of the Tx-Rx beam pair, wherein the plurality of Tx-Rx beam pair comprises a set of Tx beams and a set of Rx beams, said priority representing a likelihood of a pair being selected for measurement; updating the priority of the selected Tx-Rx beam pair based in part on a combination of static information and dynamic information of the selected Tx-Rx beam pair, wherein the static information of Tx-Rx beam pair comprises a spatial relationship of the Tx-Rx beam pair, or a presence or an absence of line of sight between the Tx-Rx beam pair, or a combination thereof; and wherein the dynamic information includes one or more latest beam measurements of the selected Tx-Rx beam pair; ascertaining the selected Tx-Rx beam pair by re-measuring the selected Tx-Rx beam pair and updating the priority value for the selected Tx-Rx beam pair within a predetermined number of synchronization cycles; determining a new serving Tx-Rx beam pair based on priorities of the plurality of Tx-Rx beam pairs by selecting as the new serving Tx-Rx beam pair, the Tx-Rx beam pair of the plurality of pairs with a highest priority value after ascertaining selected candidate beam pairs for the predetermined number of synchronization cycles; and switching to the new serving Tx-Rx beam pair from a current beam pair. selecting by the UE a Transmit, Tx-Receive, Rx, beam pair from a plurality of Tx-Rx beam pairs available at the UE for measurement, based in part on a priority of the Tx-Rx beam pair, wherein the plurality of Tx-Rx beam pair comprises a set of Tx beams and a set of Rx beams, said priority representing a likelihood of a pair being selected for measurement; updating the priority of the selected Tx-Rx beam pair based in part on a combination of static information and dynamic information of the selected Tx-Rx beam pair, wherein the static information of Tx-Rx beam pair comprises a spatial relationship of the Tx-Rx beam pair, or a presence or an absence of line of sight between the Tx-Rx beam pair, or a combination thereof; and wherein the dynamic information includes one or more latest beam measurements of the selected Tx-Rx beam pair; ascertaining the selected Tx-Rx beam pair by re-measuring the selected Tx-Rx beam pair and updating the priority value for the selected Tx-Rx beam pair within a predetermined number of synchronization cycles; determining a new serving Tx-Rx beam pair based on priorities of the plurality of Tx-Rx beam pairs by selecting as the new serving Tx-Rx beam pair, the Tx-Rx beam pair of the plurality of pairs with a highest priority value after ascertaining selected candidate beam pairs for the predetermined number of synchronization cycles; and switching to the new serving Tx-Rx beam pair from a current beam pair.
An active polymer layer, especially for a wound dressing, characterized in that it has a non-fibrous, porous structure obtained by a method of pouring out on the non-absorbing surface dissolved in the solvent at least one of the chitin derivatives obtained in the esterification reaction of chitin in the presence of aliphatic anhydrides of a chain of a length from C2 to C8 straight saturated, and anhydrides preferably, such as acetic-propionic anhydride, butanoic-propionic anhydride, branched unsaturated anhydrides preferably, such as methacrylic anhydride, 2-butenoic anhydride and cyclic anhydrides, preferably, such as glutaric anhydride, maleic anhydride, succinic anhydride, phthalic anhydride and hydroxy acids, preferably lactic acid, glycolic acid.
Apparatus for heat recovery from a heating fluid, having a heat exchanger arrangement with a main flow duct which is surrounded by an auxiliary flow duct, at least one heat exchanger element being arranged within the auxiliary flow duct, by means of which at least one heat exchanger element, during operation of a waste heat source, heat can be transferred from a heating fluid which is produced by the waste heat source into a working fluid which flows through the heat exchanger element, and the heat exchanger element has at least two components (5, 6), characterized in that, in at least one section (7, 8) of the heat exchanger element, the material of a first component of the heat exchanger element, through which first component the working fluid can flow, and the material of a second component of the heat exchanger element, which second component increases the surface area of the heat exchanger element, have material properties which differ from one another, and the duct closure element is arranged downstream of an outlet of the main flow duct and/or an outlet of the auxiliary flow duct of the heat exchanger arrangement.
An infrared reflection glass plate which is a glass plate with an infrared reflection film, wherein the infrared reflection film comprises a stacked coating film and a thin film, the stacked coating film has a coating film made of a high refractive index inorganic material having a refractive index of at least 1.90 and a coating film made of a low refractive index inorganic material having a refractive index of at most 1.56, wherein, from the glass plate side, beginning with coating film, coating film and coating film are alternately stacked, and the total number of the coating film and the coating film in stack is at least 3; coating film has a geometrical thickness of 70 to 150 nm, and coating film has a geometrical thickness of 100 to 200 nm, the thin film has a multilayer structure of an inorganic material on the non-glass plate side of the stacked coating film, the thin film and the coating film of the stacked coating film are in contact with each other, and the thin film is a multilayer thin film having a high refractive index layer (c) made of a high refractive index inorganic material having a refractive index of at least 1.90 and having a geometrical thickness of from 5 to 40 nm and a low refractive index layer (d) made of a low refractive index inorganic material having a refractive index of at most 1.56 and having a geometrical thickness of from 5 to 40 nm alternately stacked in a totally even number of layers, and the layer in contact with the coating film of the stacked coating film is the low refractive index layer (d).
A system for certifying information, comprising a certifying service computing apparatus, comprising a network communications interface enabling network communications from and to the computing apparatus, a processor configured to implement computing processes and a memory (3, 104, 106, 205) configured to store data, an information obtaining process configured to obtain information from one or more trusted entity computing apparatus, the trusted entity computing apparatus configured to store trusted information of subject entities, the information being obtained in a form such that the trusted information cannot be accessed by the certifying service computing apparatus, a selection process configured to select the trusted information from the obtained information, characterised in that the certifying service computing apparatus further comprises a certification process configured to certify that the trusted information is from the trusted entity computing apparatus, and that the trusted information has not been modified.
Industrial scaffold having vertical supports which can be connected to one another by means of horizontally extending bars, wherein decking units, which extend in a horizontal plane, can be hung into the bars to create a walk-on working surface (20, 22), wherein, in the hung-in state, marginal regions of the decking units overhang the base body of the decking units in such a way that a bar extending parallel to such a marginal region is covered regionally by this marginal region, wherein the decking units have a rectangular shape and have, at their end sides, hook elements for hanging into a bar, characterized in that the longitudinal sides of the decking units are provided with the overhanging marginal regions which project laterally beyond the base body, wherein, with the scaffold mounted, the marginal regions are situated above that plane in which the bars extend, and wherein base bars (14a-h, 14o-r) extending between two vertical supports and additional bars (14i-n, 14s-y) extending between base bars (14a-h, 14o-r) and/or vertical supports are provided, wherein the industrial scaffold has separate coupling elements which are provided for fastening an additional bar (14i-n, 14s-y) to a further bar and are suitable for connecting a bar to an end-side coupling portion of an additional bar (14i-n, 14s-y).
A method for identifying at least one electrically powered device by a power supply device via a powerline connection (30, 31, 32), comprising a) Providing a powerline connection (30, 31, 32) between the at least one electrically powered device and a core power supply of the power supply device, b) Sensing that a powerline connection (30, 31, 32) is available by the at least one electrically powered device, c) Generating by the at least one electrically powered device a specific load by modulation of the power according to a unique identifier of the at least one electrically powered device on the powerline connection (30, 31, 32), d) Sensing the generated specific load by the power supply device connected to the powerline connection (30, 31, 32), and e) Extracting the unique identifier information from the specific load by the power supply device, e') Identifying the at least one electrically powered device by the power supply device using the extracted unique identifier information, e") Sending a confirmation signal to the at least one electrically powered device by the power supply device after successful identification of the at least one electrically powered device according to step e'), e'") Switching on a core device of the at least one electrically powered device for regular operation upon recognizing the confirmation signal, h) Measuring by a measuring device at least one specific characteristic of the at least one electrically powered device, preferably energy consumption, using the unique identifier information of the at least one electrically powered device. a) Providing a powerline connection (30, 31, 32) between the at least one electrically powered device and a core power supply of the power supply device, b) Sensing that a powerline connection (30, 31, 32) is available by the at least one electrically powered device, c) Generating by the at least one electrically powered device a specific load by modulation of the power according to a unique identifier of the at least one electrically powered device on the powerline connection (30, 31, 32), d) Sensing the generated specific load by the power supply device connected to the powerline connection (30, 31, 32), and e) Extracting the unique identifier information from the specific load by the power supply device, e') Identifying the at least one electrically powered device by the power supply device using the extracted unique identifier information, e") Sending a confirmation signal to the at least one electrically powered device by the power supply device after successful identification of the at least one electrically powered device according to step e'), e'") Switching on a core device of the at least one electrically powered device for regular operation upon recognizing the confirmation signal, h) Measuring by a measuring device at least one specific characteristic of the at least one electrically powered device, preferably energy consumption, using the unique identifier information of the at least one electrically powered device.
A skating track, in particular of the skateboard ramp type, comprising: - a carrier structure capable of resting on the ground, the carrier structure having mortises; - a skating surface added onto the carrier structure; the skating track having tenons fitted into the mortises, where the self-supporting carrier structure consists only of rigid foam, and where the skating surface is fastened on the tenons, the tenons and the mortises forming means for coupling and holding in position the skating surface on the supporting structure. - a carrier structure capable of resting on the ground, the carrier structure having mortises; - a skating surface added onto the carrier structure; the skating track having tenons fitted into the mortises, where the self-supporting carrier structure consists only of rigid foam, and where the skating surface is fastened on the tenons, the tenons and the mortises forming means for coupling and holding in position the skating surface on the supporting structure.