mhurhangee/patent-ind-claim-en huggingface dataset:
An additive consisting of: an active, the active consisting of one or both of tetraacetylethylenediamine or triacetylethylenediamine; and the interfacial polymerization reaction product of a (poly)isocyanate and a polyamine. an active, the active consisting of one or both of tetraacetylethylenediamine or triacetylethylenediamine; and the interfacial polymerization reaction product of a (poly)isocyanate and a polyamine.
A substrate panel for greening a roof, which is formed from renewable raw materials, characterized in that with respect to its total weight, a panel body of the substrate panel has a hemp fraction in a range between 40 % by weight and 90 % by weight as well as a flax fraction in a range between 1 % by weight and 40 % by weight, wherein the hemp fraction and/or the flax fraction contains shives , wherein the shives contribute to the substrate panel as a whole obtaining a rigid structure and as such of not being capable of being rolled up, but of having an inherent rigidity which enables it to be manipulated as a self-supporting panel. with respect to its total weight, a panel body of the substrate panel has a hemp fraction in a range between 40 % by weight and 90 % by weight as well as a flax fraction in a range between 1 % by weight and 40 % by weight, wherein the hemp fraction and/or the flax fraction contains shives , wherein the shives contribute to the substrate panel as a whole obtaining a rigid structure and as such of not being capable of being rolled up, but of having an inherent rigidity which enables it to be manipulated as a self-supporting panel.
An effective amount of A20 for use in treating a condition selected from the group consisting of hyperglycemia, diabetes, pre-diabetes, insulin resistance and metabolic syndrome, wherein the A20 is delivered to the liver.
Switched telephone network (STN) wherein: - a first switch (C 1 ) is connected to a first subscriber line (L A ) suitable for being linked to a first landline telephone set (T A ) installed on a premises of a first subscriber (A), said first subscriber line being associated with a telephone number assigned to said first telephone set, - a second switch (C 2 ) comprising a database in which a telephone number assigned to a second landline telephone set (T C ) of a second subscriber (C) is stored, characterized in that said network furthermore comprises: - a removable module (B) connected to the first subscriber line (L A ), on the premises where the first telephone set (T A ) is installed, the second telephone set (T C ) being connected to said module, - a means (B, S) for transmitting to the first switch (C 1 ) a presence request containing the telephone number assigned to the second telephone set (T C ), - the receiving of the presence request by the first switch (C 1 ) brings about the automatic implementation of a logical computing process involving the second switch (C 2 ) and resulting in the sharing of the first subscriber line (L A ), through the module (B), between the telephone number assigned to the first telephone set (T A ) and the telephone number assigned to the second telephone set (T C ). - a first switch (C 1 ) is connected to a first subscriber line (L A ) suitable for being linked to a first landline telephone set (T A ) installed on a premises of a first subscriber (A), said first subscriber line being associated with a telephone number assigned to said first telephone set, - a second switch (C 2 ) comprising a database in which a telephone number assigned to a second landline telephone set (T C ) of a second subscriber (C) is stored, - a removable module (B) connected to the first subscriber line (L A ), on the premises where the first telephone set (T A ) is installed, the second telephone set (T C ) being connected to said module, - a means (B, S) for transmitting to the first switch (C 1 ) a presence request containing the telephone number assigned to the second telephone set (T C ), - the receiving of the presence request by the first switch (C 1 ) brings about the automatic implementation of a logical computing process involving the second switch (C 2 ) and resulting in the sharing of the first subscriber line (L A ), through the module (B), between the telephone number assigned to the first telephone set (T A ) and the telephone number assigned to the second telephone set (T C ).
A method for manufacturing a spline telescopic shaft, the spline telescopic shaft including an inner shaft provided with an external spline on an outer peripheral surface of the inner shaft , and an outer shaft provided with an internal spline on an inner peripheral surface of the outer shaft and configured such that the external spline of the inner shaft slides in an axial direction relative to the internal spline , the method comprising: a toothless portion forming step (S2) of forming a toothless portion in one of an external tooth provided on an outer peripheral surface of a shaft body included in the inner shaft to extend in the axial direction and an internal tooth provided on an inner peripheral surface of a tubular body included in the outer shaft to extend in the axial direction; a resin layer forming step (S3) of forming a resin layer , which covers one of the external tooth and the internal tooth and fills the toothless portion, by arranging one of the shaft body including the toothless portion and the tubular body including the toothless portion in a mold including a cavity and injecting a resin into the cavity, the cavity being included in a flat receiving surface that faces tooth flanks of one of the external tooth of the shaft body including the toothless portion and the internal tooth of the tubular body including the toothless portion; characterized by a cooling step (S4) of cooling one of the shaft body including the resin layer and the tubular body including the resin layer to form a lubricant reservoir such that a portion of the resin layer corresponding to the toothless portion is recessed as compared to other portions. a toothless portion forming step (S2) of forming a toothless portion in one of an external tooth provided on an outer peripheral surface of a shaft body included in the inner shaft to extend in the axial direction and an internal tooth provided on an inner peripheral surface of a tubular body included in the outer shaft to extend in the axial direction; a resin layer forming step (S3) of forming a resin layer , which covers one of the external tooth and the internal tooth and fills the toothless portion, by arranging one of the shaft body including the toothless portion and the tubular body including the toothless portion in a mold including a cavity and injecting a resin into the cavity, the cavity being included in a flat receiving surface that faces tooth flanks of one of the external tooth of the shaft body including the toothless portion and the internal tooth of the tubular body including the toothless portion; characterized by a cooling step (S4) of cooling one of the shaft body including the resin layer and the tubular body including the resin layer to form a lubricant reservoir such that a portion of the resin layer corresponding to the toothless portion is recessed as compared to other portions.
A process of preparing a liquid foodstuff, comprising: treating at least one juice and/or one extract having a Brix of more than 10°, with carbohydrate oxidase and catalase at a temperature between -10 °C and +15 °C to obtain a substrate mixture, and dispersing oxygen or an oxygen-containing gas in the substrate mixture, without keeping the pH > 3.5 before or during the treatment by addition of buffering substances or basic substances; to obtain a liquid foodstuff, wherein the final pH is lower than 3.5; wherein the flow rate of the gas is adjusted according to the following equation: 0.001 / x to 0.02 / x L gas / L substrate mixture / min , with x being the content of oxygen by volume in the gas. treating at least one juice and/or one extract having a Brix of more than 10°, with carbohydrate oxidase and catalase at a temperature between -10 °C and +15 °C to obtain a substrate mixture, and dispersing oxygen or an oxygen-containing gas in the substrate mixture, without keeping the pH > 3.5 before or during the treatment by addition of buffering substances or basic substances; to obtain a liquid foodstuff, wherein the final pH is lower than 3.5; wherein the flow rate of the gas is adjusted according to the following equation: 0.001 / x to 0.02 / x L gas / L substrate mixture / min , with x being the content of oxygen by volume in the gas.
Method for communication between a portable device comprising a touch-sensitive surface and a peripheral device selected from among at least one peripheral device , comprising: a preliminary calibration phase comprising the steps, for each peripheral device , of: - detecting the said peripheral device ; - acquiring a position (Pk) of the said peripheral device; - requesting to position the portable device in a calibration position (Tk); - requesting to carry out a calibration slide with the finger or with the any object, on the touch-sensitive surface of the portable device , in such a way that a direction of the calibration slide (Dk) aims at the said peripheral device; - acquiring and saving a calibration slide angle (θk) between the reference direction (N) and the direction of the calibration slide, as well as the calibration position, the method for communication comprising moreover the steps of: - determining a current position (T') of the portable device, and a current orientation of the portable device relative to a reference direction (N); - determining a direction of a selection slide (D') on the touch-sensitive surface of the portable device, carried out by an individual's finger or by any object, the direction of the selection slide being relative to the reference direction (N) ; - defining, from among the at least one peripheral device , using the calibration slide angles, the calibration positions, the present position (T'), as well as the direction of the selection slide (D'), the selected peripheral device whose position (Pk) corresponds to the direction of the selection slide; - starting a communication between the portable device and the selected peripheral device . - detecting the said peripheral device ; - acquiring a position (Pk) of the said peripheral device; - requesting to position the portable device in a calibration position (Tk); - requesting to carry out a calibration slide with the finger or with the any object, on the touch-sensitive surface of the portable device , in such a way that a direction of the calibration slide (Dk) aims at the said peripheral device; - acquiring and saving a calibration slide angle (θk) between the reference direction (N) and the direction of the calibration slide, as well as the calibration position, the method for communication comprising moreover the steps of: - determining a current position (T') of the portable device, and a current orientation of the portable device relative to a reference direction (N); - determining a direction of a selection slide (D') on the touch-sensitive surface of the portable device, carried out by an individual's finger or by any object, the direction of the selection slide being relative to the reference direction (N) ; - defining, from among the at least one peripheral device , using the calibration slide angles, the calibration positions, the present position (T'), as well as the direction of the selection slide (D'), the selected peripheral device whose position (Pk) corresponds to the direction of the selection slide; - starting a communication between the portable device and the selected peripheral device .
A three dimensional display system comprising: a display arranged to present a plurality of views of a scene, each view corresponding to a viewing direction for the scene; a rendering unit arranged to generate an image for each of the plurality of views, the rendering unit arranged to generate differentiated images for neighbouring views containing differentiated image data providing a three dimensional depth effect when neighbouring views are viewed by different eyes of a viewer; means for generating a user presence estimate in response to an attempted detection of a user in a viewing area for the display system; and modifying means for modifying the differentiated images for the neighbouring views to adapt the three dimensional effect in response to the user presence estimate, wherein the three dimensional display system is further arranged to present a plurality of adjacent groups of views, each group of views comprising at least some of the plurality of views, characterised in that the three dimensional display system is arranged to reduce a luminosity of at least a first view relative to a second view of a first group of views, the second view being more central in the first group of views than the first view. a display arranged to present a plurality of views of a scene, each view corresponding to a viewing direction for the scene; a rendering unit arranged to generate an image for each of the plurality of views, the rendering unit arranged to generate differentiated images for neighbouring views containing differentiated image data providing a three dimensional depth effect when neighbouring views are viewed by different eyes of a viewer; means for generating a user presence estimate in response to an attempted detection of a user in a viewing area for the display system; and modifying means for modifying the differentiated images for the neighbouring views to adapt the three dimensional effect in response to the user presence estimate, wherein the three dimensional display system is further arranged to present a plurality of adjacent groups of views, each group of views comprising at least some of the plurality of views, characterised in that the three dimensional display system is arranged to reduce a luminosity of at least a first view relative to a second view of a first group of views, the second view being more central in the first group of views than the first view.
A method for controlling a wind turbine, the wind turbine comprising a set of wind turbine blades , each wind turbine blade being provided with at least one air deflector being movable between an activated position in which it protrudes from a surface of the wind turbine blade and a de-activated position, the wind turbine being operated in a first operating state, the method comprising the steps of: - registering the occurrence of an event causing a change in operational conditions, - determining a new operating state for the wind turbine, the new operating state meeting requirements of the changed operational conditions, and - controlling the air deflectors of the wind turbine blades and pitch angles of the wind turbines blades in order to reach the new operating state for the wind turbine, wherein the control of the pitch angles of the wind turbine blades is performed while taking information regarding the control of the air deflectors into account, characterized in that the step of controlling the air deflectors and the pitch angles of the wind turbine blades comprises the steps of: - determining a load impact on the wind turbine and a transition time of reaching the new operating state in a situation where only air deflectors are deployed, - determining that the load impact is larger than a target load impact and/or that the transition time is larger than a target transition time, - determining a pitch response required in order to reach the target load impact and/or the target transition time, and - controlling the pitch angles of the wind turbine blades in accordance with the determined pitch response. - registering the occurrence of an event causing a change in operational conditions, - determining a new operating state for the wind turbine, the new operating state meeting requirements of the changed operational conditions, and - controlling the air deflectors of the wind turbine blades and pitch angles of the wind turbines blades in order to reach the new operating state for the wind turbine, - determining a load impact on the wind turbine and a transition time of reaching the new operating state in a situation where only air deflectors are deployed, - determining that the load impact is larger than a target load impact and/or that the transition time is larger than a target transition time, - determining a pitch response required in order to reach the target load impact and/or the target transition time, and - controlling the pitch angles of the wind turbine blades in accordance with the determined pitch response.
A method for transmitting a channel state information reference signal, CSI-RS, by a base station using a plurality of CSI-RS ports in a wireless communication system, the method comprising: transmitting, to a user equipment, UE, at least one CSI-RS configuration information; transmitting, to the UE, at least one CSI-RS on at least one CSI-RS resource determined based on the at least one CSI-RS configuration information; and receiving, from the UE, channel state information, CSI, corresponding to the at least one CSI-RS, wherein the at least one CSI-RS configuration information comprises first information indicating a number of CSI-RS ports and second information on a CSI-RS density for the CSI-RS ports, the CSI-RS density indicating a density of the at least one CSI-RS resource in a frequency domain for the CSI-RS ports, wherein the frequency domain comprises one of a resource element, RE, an antenna port, or a physical resource block, PRB, wherein in case that the number of CSI-RS ports is a first value, 0.5 density is supported for the CSI-RS ports, wherein in case that the number of CSI-RS ports is a second value, 0.5 density is not supported for the CSI-RS ports, and wherein the first value and the second value are different. transmitting, to a user equipment, UE, at least one CSI-RS configuration information; transmitting, to the UE, at least one CSI-RS on at least one CSI-RS resource determined based on the at least one CSI-RS configuration information; and receiving, from the UE, channel state information, CSI, corresponding to the at least one CSI-RS, wherein the at least one CSI-RS configuration information comprises first information indicating a number of CSI-RS ports and second information on a CSI-RS density for the CSI-RS ports, the CSI-RS density indicating a density of the at least one CSI-RS resource in a frequency domain for the CSI-RS ports, wherein the frequency domain comprises one of a resource element, RE, an antenna port, or a physical resource block, PRB, wherein in case that the number of CSI-RS ports is a first value, 0.5 density is supported for the CSI-RS ports, wherein in case that the number of CSI-RS ports is a second value, 0.5 density is not supported for the CSI-RS ports, and wherein the first value and the second value are different.
A nacelle for a wind turbine, the nacelle comprising a self-carrying rear structure extending in a length direction between a front end defining an interface towards a hub mounted rotatably on the nacelle, and a rear end arranged opposite to the front end , the nacelle further defining an interface towards a tower of the wind turbine, wherein the nacelle further comprises at least one pre-tensioned brace cable attached to the rear structure at a first position at or near the interface towards the tower along the length direction and at a second position at or near the rear end of the rear structure , characterized in that the at least one pre-tensioned brace cable is also attached at at least one intermediate position between the first position and the second position along the length direction , where a direction defined by the pre-tensioned brace cable is changed at each intermediate position .
A method comprising: storing a first portion of an application in a computer memory of an electronic device, wherein the application further includes a second portion required for execution of the application; storing a second portion of the application in a secure isolated region of the computer memory of the electronic device, the second portion of the application including an encrypted portion and a plaintext portion, wherein the encrypted portion prevents the first portion and the second portion of the application from functioning correctly until the encrypted portion is accurately decrypted; establishing , using the plaintext portion, a secure encrypted communication channel with a server; sending , using the secure encrypted communication channel, data to the server; based at least in part on sending the data, receiving , using the secure encrypted communication channel, a decryption key from the server; decrypting the encrypted portion using the decryption key; and executing the first portion of the application from the computer memory of the electronic device and both of the encrypted portion and the plaintext portion of the second portion of the application from the secure isolated region of the computer memory in response to decrypting the encrypted portion. storing a first portion of an application in a computer memory of an electronic device, wherein the application further includes a second portion required for execution of the application; storing a second portion of the application in a secure isolated region of the computer memory of the electronic device, the second portion of the application including an encrypted portion and a plaintext portion, wherein the encrypted portion prevents the first portion and the second portion of the application from functioning correctly until the encrypted portion is accurately decrypted; establishing , using the plaintext portion, a secure encrypted communication channel with a server; sending , using the secure encrypted communication channel, data to the server; based at least in part on sending the data, receiving , using the secure encrypted communication channel, a decryption key from the server; decrypting the encrypted portion using the decryption key; and executing the first portion of the application from the computer memory of the electronic device and both of the encrypted portion and the plaintext portion of the second portion of the application from the secure isolated region of the computer memory in response to decrypting the encrypted portion.