mhurhangee/patent-ind-claim-en huggingface dataset:
An acoustical panel, comprising: a substrate; and a non-woven veil having an airflow resistance of greater than 45 kg·s -1. m -2 (mks rayls), the non-woven veil comprising glass fibers, a filler and a coating; characterized in that the non-woven veil comprises: from about 20 wt.% to about 60 wt.% of the glass fibers; and from about 40 wt.% to about 80 wt.% of the filler; and from about 110 dry g/m 2 to about 135 dry g/m 2 of the coating. a substrate; and a non-woven veil having an airflow resistance of greater than 45 kg·s -1. m -2 (mks rayls), the non-woven veil comprising glass fibers, a filler and a coating; characterized in that the non-woven veil comprises: from about 20 wt.% to about 60 wt.% of the glass fibers; and from about 40 wt.% to about 80 wt.% of the filler; and from about 110 dry g/m 2 to about 135 dry g/m 2 of the coating. from about 20 wt.% to about 60 wt.% of the glass fibers; and from about 40 wt.% to about 80 wt.% of the filler; and from about 110 dry g/m 2 to about 135 dry g/m 2 of the coating.
Sole for a sports shoe comprising a base or tread component , a top or midsole component and at least one intermediate or elastic cushioning component placed and packaged between the base component and the top component or arranged on or above the top or midsole component , i.e. opposite to the base or tread component with respect to the top or midsole component , wherein said at least one intermediate or elastic cushioning component is a single piece and includes a rear portion arranged at the level of the heel or rear (R) of the sole and a front portion extending towards the front (F) starting from the rear portion , in order to engage a zone at the waist edge or intermediate part of the sole, wherein said rear portion of said intermediate or elastic cushioning component includes two lateral tubular sections extending each at a respective side of the sole and a bridge connecting central section of said two lateral sections , said connecting central section having a different configuration from said two lateral tubular sections , thereby obtaining a behaviour reacting to pressure or crushing, such as cushioning, elastic yield and stability, during use, different of the sections of said rear portion , wherein said tubular sections delimit a longitudinal opening (LO) extending around a longitudinal extension axis (x-x) transverse or orthogonal to the rear (R)-front (F) direction of said sole, each longitudinal opening (LO) opening externally at a respective side of the sole, and characterized in that said tubular sections have a substantially conical configuration or in any case with a circular or ellipsoidal or polygonal section, if desired, which decreases while approaching the connecting central section , so that the one or each longitudinal opening(s) (LO) tapers while approaching the longitudinal centre or centreline of the sole.
A method for logging a target device onto a network, comprising the steps of: - transmitting an electronic log-on message from a terminal device to a universal communication platform by a user , wherein the log-on message contains information about the identity of the target device and a logon option to said network , and where at the time of transmission of the electronic logon message there is not yet any communication link between the terminal device and the target device active; - integrating the above-mentioned information of the log-on message into a log-on credentials message by the universal communication platform ; - transmitting the aforementioned log-on credentials message from the universal communication platform to the user's terminal device ; - transmitting the information contained in the log-on credentials message in the form of modulated light by the said user's terminal device ; - acquiring said information through a light-sensitive sensor of the target device and extracting the information about the option to log onto said network in form of a password, and - logging onto the network using the above-mentioned logon option in form of a password through the target device . - transmitting an electronic log-on message from a terminal device to a universal communication platform by a user , wherein the log-on message contains information about the identity of the target device and a logon option to said network , and where at the time of transmission of the electronic logon message there is not yet any communication link between the terminal device and the target device active; - integrating the above-mentioned information of the log-on message into a log-on credentials message by the universal communication platform ; - transmitting the aforementioned log-on credentials message from the universal communication platform to the user's terminal device ; - transmitting the information contained in the log-on credentials message in the form of modulated light by the said user's terminal device ; - acquiring said information through a light-sensitive sensor of the target device and extracting the information about the option to log onto said network in form of a password, and - logging onto the network using the above-mentioned logon option in form of a password through the target device .
A variant of a parent lipase, wherein said variant has at least 95% but less than 100% sequence identity with SEQ ID NO: 2; has lipase activity; remains unaltered at the positions corresponding to positions 231, 233 and 254 of SEQ ID NO: 2; comprises or constitutes the substitutions selected from the group consisting of: a. S83T G91A N92D F95Y E96L L97P K98Q; b. E87T G91A N92D N94D D96L K98Q; c. E87K G91A N92D N94D D96L K98Q; d. S83T I86P G91A N92D D96L L97P K98Q; e. S83T I86P G91A N92D D96L K98Q; f. N33K F51V S83T I86P G91T N92D N94D F95A E96L K98Q g. I86P E87T G91A N92D E96L L97P K98Q h. N33K F51V S83T R84H G91A N92D L93F F95A E96L K98E i. N33K F51V S83T I86P I90F G91L N92D L93F E96L L259F; wherein the lipase variant has increased Calcium-independency in comparison with the parent lipase shown as SEQ ID NO: 2. a. S83T G91A N92D F95Y E96L L97P K98Q; b. E87T G91A N92D N94D D96L K98Q; c. E87K G91A N92D N94D D96L K98Q; d. S83T I86P G91A N92D D96L L97P K98Q; e. S83T I86P G91A N92D D96L K98Q; f. N33K F51V S83T I86P G91T N92D N94D F95A E96L K98Q g. I86P E87T G91A N92D E96L L97P K98Q h. N33K F51V S83T R84H G91A N92D L93F F95A E96L K98E i. N33K F51V S83T I86P I90F G91L N92D L93F E96L L259F; wherein the lipase variant has increased Calcium-independency in comparison with the parent lipase shown as SEQ ID NO: 2.
A Direct Current (DC) relay comprising: a fixed contactor ; and a movable contactor brought into contact with or separated from the fixed contactor to be electrically connected to or disconnected from the fixed contactor ; a housing located on one side of the movable contactor such that one side thereof surrounds the movable contactor ; characterised by an upper yoke located on another side of the housing opposite to the one side of the housing to surround the housing ; and a pin member extending in a longitudinal direction and coupled through the upper yoke and the housing . a fixed contactor ; and a movable contactor brought into contact with or separated from the fixed contactor to be electrically connected to or disconnected from the fixed contactor ; a housing located on one side of the movable contactor such that one side thereof surrounds the movable contactor ; characterised by an upper yoke located on another side of the housing opposite to the one side of the housing to surround the housing ; and a pin member extending in a longitudinal direction and coupled through the upper yoke and the housing .
A method, in a multiple-radio access technology, RAT, communications system, for resource allocation between user equipment, UE, and a base station node of the system, wherein the UE is operable to receive data contemporaneously from the node and at least one other source, the method comprising the steps of: generating a measure representing the amount of data received by the UE from the or each other source, the amount of data and a measure thereof being unknown or unavailable a priori; and using the generated measure to regulate a schedule for data communications between the UE and the base station node, characterized in that : the generating a measure includes monitoring at the base station node traffic data representing data received by the UE from the at least one other source, and the traffic data is transmitted to the base station node by the UE or generated using a controller of the base station node operable to infer or determine the amount of data received by the UE from the at least one other source, wherein the schedule for data communications between the UE and the base station node is regulated to provide a predetermined minimum data throughput to the UE. generating a measure representing the amount of data received by the UE from the or each other source, the amount of data and a measure thereof being unknown or unavailable a priori; and using the generated measure to regulate a schedule for data communications between the UE and the base station node, characterized in that : the generating a measure includes monitoring at the base station node traffic data representing data received by the UE from the at least one other source, and the traffic data is transmitted to the base station node by the UE or generated using a controller of the base station node operable to infer or determine the amount of data received by the UE from the at least one other source, wherein the schedule for data communications between the UE and the base station node is regulated to provide a predetermined minimum data throughput to the UE. the generating a measure includes monitoring at the base station node traffic data representing data received by the UE from the at least one other source, and the traffic data is transmitted to the base station node by the UE or generated using a controller of the base station node operable to infer or determine the amount of data received by the UE from the at least one other source, wherein the schedule for data communications between the UE and the base station node is regulated to provide a predetermined minimum data throughput to the UE.
An exhaust gas purification catalyst containing an oxide 1 that is an oxide with an oxygen release capability and contains cerium (Ce) and/or zirconium (Zr) and an oxide 2, and wherein the exhaust gas purification catalyst is obtained by making the oxide 1 support the oxide 2, wherein the exhaust gas purification catalyst has pores P 1-260 with a pore size of from 1 nm to 260 nm, that can be measured by a nitrogen absorption method, and a total sum ΣPV 1-260 of a pore volume PV 1-260 of the pores is equal to or greater than 0.79 cm 3 /g, and wherein an increase ratio (ΔΣPV 100-260 ) of the total sum of the pore volume of pores with a pore size of from 100 nm to 260 nm by the supporting process satisfies ΔΣPV 100-260 ≧ 1, where the increase ratio (ΔΣPV 100-260 ) of the total sum of the pore volume is represented by the following equation : ΔΣPV 100-260 = (Total Sum (σPV 100-260 ) of Pore Volume of Exhaust Gas Purification Catalyst after Supporting Process) / 0.11 wherein the exhaust gas purification catalyst is obtained by making the oxide 1 support the oxide 2, wherein the exhaust gas purification catalyst has pores P 1-260 with a pore size of from 1 nm to 260 nm, that can be measured by a nitrogen absorption method, and a total sum ΣPV 1-260 of a pore volume PV 1-260 of the pores is equal to or greater than 0.79 cm 3 /g, and wherein an increase ratio (ΔΣPV 100-260 ) of the total sum of the pore volume of pores with a pore size of from 100 nm to 260 nm by the supporting process satisfies ΔΣPV 100-260 ≧ 1, where the increase ratio (ΔΣPV 100-260 ) of the total sum of the pore volume is represented by the following equation : ΔΣPV 100-260 = (Total Sum (σPV 100-260 ) of Pore Volume of Exhaust Gas Purification Catalyst after Supporting Process) / 0.11
A system for fluid handling of a patient's blood, comprising: a double lumen cannula including an inner infusion cannula having an infusion cannula inlet at a proximal end of said infusion cannula, an infusion cannula outlet at a distal end of said infusion cannula, and an infusion lumen from the infusion cannula inlet to the infusion cannula outlet , and an outer drainage cannula comprising a port extending into its sidewall, wherein the infusion cannula has an outer diameter sized to allow the infusion cannula to be positioned in and to move within said port , said drainage cannula and a self-expanding cylindrical wire frame , the outer drainage cannula having a drainage cannula inlet at a distal end of said drainage cannula, a drainage cannula outlet at a proximal end of said drainage cannula, and an annular drainage lumen formed between an outer surface of the inner infusion cannula and an inner surface of the outer drainage cannula ; characterised in that the inlet of the outer drainage cannula further comprises the self-expanding cylindrical wire frame having an open distal wire frame end and a proximal wire frame end opposite said distal wire frame end, said proximal wire frame end being attached to said distal end of said drainage cannula , said wire frame being automatically expandable to a maximum diameter when positioned to collect blood from a patient's body, wherein said distal wire frame end is expandable to said maximum diameter of said wire frame , wherein the drainage cannula forms a blood withdrawal lumen radially supported by the self-expanding wire frame . a double lumen cannula including an inner infusion cannula having an infusion cannula inlet at a proximal end of said infusion cannula, an infusion cannula outlet at a distal end of said infusion cannula, and an infusion lumen from the infusion cannula inlet to the infusion cannula outlet , and an outer drainage cannula comprising a port extending into its sidewall, wherein the infusion cannula has an outer diameter sized to allow the infusion cannula to be positioned in and to move within said port , said drainage cannula and a self-expanding cylindrical wire frame , the outer drainage cannula having a drainage cannula inlet at a distal end of said drainage cannula, a drainage cannula outlet at a proximal end of said drainage cannula, and an annular drainage lumen formed between an outer surface of the inner infusion cannula and an inner surface of the outer drainage cannula ; characterised in that the inlet of the outer drainage cannula further comprises the self-expanding cylindrical wire frame having an open distal wire frame end and a proximal wire frame end opposite said distal wire frame end, said proximal wire frame end being attached to said distal end of said drainage cannula , said wire frame being automatically expandable to a maximum diameter when positioned to collect blood from a patient's body, wherein said distal wire frame end is expandable to said maximum diameter of said wire frame , wherein the drainage cannula forms a blood withdrawal lumen radially supported by the self-expanding wire frame .
A battery pack internal short circuit detection method, wherein the method comprises: measuring (S52, S72) voltages of a reference battery and a target battery in a first charging process of a battery pack , wherein a voltage value of the reference battery at a first moment t1 is a first voltage V set1 , a voltage value of the target battery at the first moment t1 is a second voltage V2(t1), and the battery pack comprises the reference battery and the target battery; measuring (S54, S76) voltages of the reference battery and the target battery in a second charging process of the battery pack, wherein a voltage value of the reference battery at a second moment t2 is the first voltage V set1 , and a voltage value of the target battery at the second moment t2 is a third voltage V2(t2); and determining (S56), based on the second voltage V2(t1) and the third voltage V2(t2), whether the target battery has an internal short circuit. measuring (S52, S72) voltages of a reference battery and a target battery in a first charging process of a battery pack , wherein a voltage value of the reference battery at a first moment t1 is a first voltage V set1 , a voltage value of the target battery at the first moment t1 is a second voltage V2(t1), and the battery pack comprises the reference battery and the target battery; measuring (S54, S76) voltages of the reference battery and the target battery in a second charging process of the battery pack, wherein a voltage value of the reference battery at a second moment t2 is the first voltage V set1 , and a voltage value of the target battery at the second moment t2 is a third voltage V2(t2); and determining (S56), based on the second voltage V2(t1) and the third voltage V2(t2), whether the target battery has an internal short circuit.
A method for adding a termination to an end of a tensile strength member including multiple synthetic filaments , said tensile strength member having a central axis, comprising: a. providing an anchor with a proximal end , a distal end , and a cavity in said anchor , with said cavity having an opening in said proximal end ; b. providing a potting compound , with said potting compound being configured to transition from a liquid state to a solid state over time; c. placing a length of said filaments within said cavity with said tensile strength member extending out of said opening in said proximal end ; characterized by d. placing said anchor and said length of filaments in an inverted position whereby said proximal end of said anchor lies above said distal end of said anchor, with said tensile strength member extending upward out of said opening in said proximal end ; e. sealing said distal end of said anchor and further ensuring sealing of said proximal end of said anchor where said tensile strength member extends upward out of said opening in said proximal end . f. injecting said potting compound in said liquid state into the distal region of said cavity until said cavity is substantially filled by said potting compound and said length of filaments ; and g.. maintaining said anchor and said length of filaments in said inverted position until said liquid potting compound has transitioned substantially to a solid. a. providing an anchor with a proximal end , a distal end , and a cavity in said anchor , with said cavity having an opening in said proximal end ; b. providing a potting compound , with said potting compound being configured to transition from a liquid state to a solid state over time; c. placing a length of said filaments within said cavity with said tensile strength member extending out of said opening in said proximal end ; characterized by d. placing said anchor and said length of filaments in an inverted position whereby said proximal end of said anchor lies above said distal end of said anchor, with said tensile strength member extending upward out of said opening in said proximal end ; e. sealing said distal end of said anchor and further ensuring sealing of said proximal end of said anchor where said tensile strength member extends upward out of said opening in said proximal end . f. injecting said potting compound in said liquid state into the distal region of said cavity until said cavity is substantially filled by said potting compound and said length of filaments ; and g.. maintaining said anchor and said length of filaments in said inverted position until said liquid potting compound has transitioned substantially to a solid.
An interdental cleaner with a rod-shaped support , which is made of plastic and, in one end region thereof, is provided with a cleaning part made of a flexible plastic, and with a handle part made of plastic, which support , at its end facing the handle part , is integrally connected to the handle part in a connection region via a web , wherein the connection region is configured as a joint , wherein the web is provided at least partially with a sheath made of a flexible plastic, wherein the web has at least one protruding web rib , and wherein at least one rib is formed on the outer face of the sheath , characterized in that the web has a maximum thickness a in the range of between 0.5 mm and 1.0 mm, in particular 0.7 mm and that the sheath has a thickness c in the range of between 0.3 mm and 0.8 mm, in particular in the range of between 0.5 mm and 0.6 mm.
Signal transduction device comprising at least one piezoceramic sensor supported in a raised arrangement on a flat plate like support element in turn supporting an electrically insulated electric circuit upon which said piezoceramic sensor is mounted, said at least one piezoceramic sensor featuring an integral protective coating having properties of mechanical strength and temperature resistance, characterized in that said integral protective coating : - has electrical and thermal insulation properties; - thermally shields said piezoceramic sensor from external heat; - electrically shields said piezoceramic sensor from external electrical disturbance; - comprises a main body made of electrically insulating material to which an element made of thermally insulating material is applied; - is in direct or indirect contact with said support element perimetrally to said piezoceramic sensor so as to direct a predetermined part of an external compression force acting on said piezoceramic sensor onto an area of the support element surrounding said piezoceramic sensor ; - the material of which the protective coating is made has elastic module smaller than that of the material of which the piezoceramic sensor is made so providing a damping effect lowering said external compression force applied to the piezoceramic sensor; and in that a thermally insulating layer is interposed between said support element and said electrically insulated circuit . - has electrical and thermal insulation properties; - thermally shields said piezoceramic sensor from external heat; - electrically shields said piezoceramic sensor from external electrical disturbance; - comprises a main body made of electrically insulating material to which an element made of thermally insulating material is applied; - is in direct or indirect contact with said support element perimetrally to said piezoceramic sensor so as to direct a predetermined part of an external compression force acting on said piezoceramic sensor onto an area of the support element surrounding said piezoceramic sensor ; - the material of which the protective coating is made has elastic module smaller than that of the material of which the piezoceramic sensor is made so providing a damping effect lowering said external compression force applied to the piezoceramic sensor;
A system comprising a battery pressing device and a battery cell , wherein: - the battery cell has electrode terminals brought out of an external casing from an end of the battery element , and also has an insulating member that prevents short-circuiting of the electrode terminals and is attached to the electrode terminals inside the external casing , and - the battery pressing device has a pressing member (72; 72, 82; 82) for pressing the battery cell in a layering direction of a battery element over a region within which the insulating member inside the external casing is not pressed. - the battery cell has electrode terminals brought out of an external casing from an end of the battery element , and also has an insulating member that prevents short-circuiting of the electrode terminals and is attached to the electrode terminals inside the external casing , and - the battery pressing device has a pressing member (72; 72, 82; 82) for pressing the battery cell in a layering direction of a battery element over a region within which the insulating member inside the external casing is not pressed.