mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the degradation of persistent organic impurities from biologically purified waste water or from grey water or precipitation water, characterised in that the water which is to be purified is introduced into a reaction vessel, that the water to be purified in the reaction vessel, the height of which is greater than the diameter, is subjected to a treatment with air bubbles, in that compressed air is delivered to an air outlet arranged beneath a reaction region provided in the reaction vessel in relation to the static rising movement of the air bubbles, and the emitted air bubbles passing through the reaction region located above the air outlet cause, as a result of their upwards rising force, an intensive intermixing and an oxygen enrichment, in that at least one oxidator is introduced into the reaction region of the reaction vessel, and the reaction region is irradiated by UV radiation from a longitudinally-extended UV radiation source, the longitudinal extension of which is parallel to the upwards rising movement path of the air bubbles emerging from the air outlet, with a first wavelength, with which ozone is formed from the oxygen dissolved in the water and/or from the oxygen contained in the air bubbles, and with a second wavelength, with which hydroxyl radicals are formed from the at least one oxidator, wherein the water throughput through the reaction vessel is subject to inflow control.
A security verification method performed by a virtual smart card application running on an intelligent terminal, the method comprising: receiving and storing, by the virtual smart card application, one or more security parameters, wherein the one or more security parameters i) comprise a combination of a location limitation and a transaction amount threshold and ii) are generated by a remote server through analysis of historical data comprising payment transaction habits, daily payment transaction amounts, locations, times and commodity categories of a user; obtaining , by the virtual smart card application and when the virtual smart card application performs external service processing, data related to a current service, wherein the data related to the current service comprises i) current location information of the intelligent terminal, ii) current time information, and iii) transaction information; determining , by the virtual smart card application, whether the data related to the current service complies with the one or more security parameters generated by the remote server; and terminating , by the virtual smart card application, the current service if the data related to the current service does not comply with the one or more security parameters generated by the remote server. receiving and storing, by the virtual smart card application, one or more security parameters, wherein the one or more security parameters i) comprise a combination of a location limitation and a transaction amount threshold and ii) are generated by a remote server through analysis of historical data comprising payment transaction habits, daily payment transaction amounts, locations, times and commodity categories of a user; obtaining , by the virtual smart card application and when the virtual smart card application performs external service processing, data related to a current service, wherein the data related to the current service comprises i) current location information of the intelligent terminal, ii) current time information, and iii) transaction information; determining , by the virtual smart card application, whether the data related to the current service complies with the one or more security parameters generated by the remote server; and terminating , by the virtual smart card application, the current service if the data related to the current service does not comply with the one or more security parameters generated by the remote server.
A medical set for treating aneurysms , with a main catheter , a covering device movable through the main catheter to a treatment site in order to cover an aneurysm , wherein the covering device is connected to connectable to a transport wire and comprises a self-expandable mesh structure formed by struts which are connected to one another in one piece and delimit inner cells and edge cells , wherein, at a longitudinal end of the mesh structure , the edge cells form a closed edge cell ring which is connected to the inner cells on only one side, characterized in that the mesh structure is provided with a covering formed from a fabric which has pores of irregular sizes, wherein at least one inner cell of the mesh structure is at least partially, in particular mainly, free of the covering.
Reshaping station for reshaping plastic parisons into plastic containers with a blow mould for reshaping plastic parisons into plastic containers, this blow mould having a base part, a first side part and a second side part , wherein, in an assembled state of the blow mould, this base part with the side parts form a hollow space within which the plastic parisons can be expanded to form the plastic containers and a carrier device for carrying the blow mould, wherein the carrier device has a first side part carrier and a second side part carrier and wherein the first side part is arranged on the first side part carrier and the second side part is arranged on the second side part carrier , and at least one side part is arranged on the side part carrier associated with it by means of a fastening mechanism , and this fastening mechanism has a tensioning element which is movable in a tensioning direction (S) for tensioning the fastening mechanism, wherein this tensioning direction (S) deviates from a radial direction (R) of the blow mould part , characterised in that wherein the radial direction (R) is defined with respect to a circular cross-section of the blow mould parts and intersects a central axis (M), which is also a central axis (M) of the expandable plastic parison and the tensioning direction (S) is inclined relative to the central axis (M) and does not intersect the same and wherein the fastening mechanism has a projection which can be engaged behind and is fastened on the blow mould part as well as an engagement element which engages behind this projection at least in sections, wherein this engagement element is moveable in the tensioning direction (S), wherein the tensioning element has a piston to which pressure can be applied and the engagement element is a wedge element with a wedge surface and the fastening mechanism has a spring element which forces the fastening mechanism into a closed position.
An aircraft power plant comprising: a high-pressure spool including a high-pressure compressor , a high-pressure turbine , and a high-pressure shaft drivingly engaging the high-pressure turbine to the high-pressure compressor ; a low-pressure spool including a low-pressure compressor , a low-pressure turbine , and a low-pressure shaft drivingly engaging the low-pressure turbine to the low-pressure compressor ; an electrical machine operable as a generator; and a transmission having a first input drivingly engaged by the high-pressure shaft , a second input drivingly engaged by the low-pressure shaft , and an output drivingly engaging the electrical machine , the transmission having a coupling system selectively interconnecting the output with one of: the first input , with the second input disconnected from the output ; the second input , with the first input disconnected from the output ; and both of the first input and the second input . a high-pressure spool including a high-pressure compressor , a high-pressure turbine , and a high-pressure shaft drivingly engaging the high-pressure turbine to the high-pressure compressor ; a low-pressure spool including a low-pressure compressor , a low-pressure turbine , and a low-pressure shaft drivingly engaging the low-pressure turbine to the low-pressure compressor ; an electrical machine operable as a generator; and a transmission having a first input drivingly engaged by the high-pressure shaft , a second input drivingly engaged by the low-pressure shaft , and an output drivingly engaging the electrical machine , the transmission having a coupling system selectively interconnecting the output with one of: the first input , with the second input disconnected from the output ; the second input , with the first input disconnected from the output ; and both of the first input and the second input . the first input , with the second input disconnected from the output ; the second input , with the first input disconnected from the output ; and both of the first input and the second input .
An actuating ring for a tire mold , the actuating ring having a plurality of axially upper slots and a plurality of axially lower slots that are axially offset from the axially upper slots , wherein the axially upper slots include first upper slots and second upper slots , the second upper slots being circumferentially shorter than the first upper slots ; and wherein the axially lower slots include first lower slots and second upper slots , the second lower slots being circumferentially shorter than the first lower slots .
A packaging for a cosmetic defining a main axis and comprising: - a first body defining a base and an opening and suitable for supporting a compacted powder cosmetic , - a compacted powder cosmetic comprising an upper face facing said opening in use, - pulverizing means movably constrained to said first body , suitable for pulverizing said cosmetic and comprising a movable portion and an abrasive surface , arranged at said opening , - said movable portion being movably constrained to said first body and suitable for rotating along said main axis with respect to said first body , - said abrasive surface being integrally constrained to said movable portion and suitable for pulverizing said cosmetic when said movable portion rotates, - said abrasive surface entirely covering said opening , - lacking an outer container integral with said compacted powder cosmetic , - said movable portion being a ring or cylindrical surface constrained to the outer surface of said first body and only arranged externally to the same outer surface of said first body . - a first body defining a base and an opening and suitable for supporting a compacted powder cosmetic , - a compacted powder cosmetic comprising an upper face facing said opening in use, - pulverizing means movably constrained to said first body , suitable for pulverizing said cosmetic and comprising a movable portion and an abrasive surface , arranged at said opening , - said movable portion being movably constrained to said first body and suitable for rotating along said main axis with respect to said first body , - said abrasive surface being integrally constrained to said movable portion and suitable for pulverizing said cosmetic when said movable portion rotates, - said abrasive surface entirely covering said opening , - lacking an outer container integral with said compacted powder cosmetic , - said movable portion being a ring or cylindrical surface constrained to the outer surface of said first body and only arranged externally to the same outer surface of said first body .
A balloon catheter , comprising: an outer cylinder shaft having flexibility; a holding member for an operator to hold during operation, said holding member being connected to the proximal end portion of said outer cylinder shaft ; a sealing member which maintains liquid tightness, said sealing member being incorporated in said holding member ; an inner cylinder shaft having flexibility; a tube having a Rockwell hardness of R 115 or more, a flexural modulus of from 3.0 to 4.5 GPa, and a thickness of from 0.06 to 0.12 mm; a push-in member connected to the proximal end portion of said inner cylinder shaft ; a pull-out prevention member connected to said push-in member ; and a balloon composed of an elastic material and connected to each of the distal end portion of said outer cylinder shaft and the distal end portion of said inner cylinder shaft ; wherein said tube is inserted over said inner cylinder shaft over the area thereof except for the connecting portion between said balloon and said inner cylinder shaft . an outer cylinder shaft having flexibility; a holding member for an operator to hold during operation, said holding member being connected to the proximal end portion of said outer cylinder shaft ; a sealing member which maintains liquid tightness, said sealing member being incorporated in said holding member ; an inner cylinder shaft having flexibility; a tube having a Rockwell hardness of R 115 or more, a flexural modulus of from 3.0 to 4.5 GPa, and a thickness of from 0.06 to 0.12 mm; a push-in member connected to the proximal end portion of said inner cylinder shaft ; a pull-out prevention member connected to said push-in member ; and a balloon composed of an elastic material and connected to each of the distal end portion of said outer cylinder shaft and the distal end portion of said inner cylinder shaft ; wherein said tube is inserted over said inner cylinder shaft over the area thereof except for the connecting portion between said balloon and said inner cylinder shaft .
Amop system , comprising a flat mop holder , which is adapted and arranged to hold a mop cover in a first state and to release the mop cover in a second state, and which comprises an actuating kinematic system for causing a change from the first state to the second state, a mop handle , which is connected or connectable to the flat mop holder at a first end , wherein an actuating member arranged opposite the first end on the mop handle , in particular at a second end of the mop handle , adapted and arranged to activate the actuating kinematic system , at least one cable pull , which is adapted and arranged to transmit an activation force and/or movement from the actuating member to the actuating kinematic system , characterized in that the mop handle comprises a plurality of mop handle sections which are telescopically adjustable relative to one another, wherein the cable pull comprises at least one length compensation device , which is adapted and arranged to variably adjust the at least one cable pull corresponding to a telescopic position of the mop handle sections . a flat mop holder , which is adapted and arranged to hold a mop cover in a first state and to release the mop cover in a second state, and which comprises an actuating kinematic system for causing a change from the first state to the second state, a mop handle , which is connected or connectable to the flat mop holder at a first end , wherein an actuating member arranged opposite the first end on the mop handle , in particular at a second end of the mop handle , adapted and arranged to activate the actuating kinematic system , at least one cable pull , which is adapted and arranged to transmit an activation force and/or movement from the actuating member to the actuating kinematic system , characterized in that the mop handle comprises a plurality of mop handle sections which are telescopically adjustable relative to one another, wherein the cable pull comprises at least one length compensation device , which is adapted and arranged to variably adjust the at least one cable pull corresponding to a telescopic position of the mop handle sections .
A moisture absorbent composition comprising: a first thermoplastic resin having moisture permeability at 40°C and at a relative humidity RH of 90% of 0.1 to 50 g/m 2 · 24hr · atm or a second thermoplastic resin having moisture permeability at 40°C and at RH of 90% of 80 to 10000 g/m 2 · 24hr · atm; a moisture absorbent having a primary particle size in the range of 1 to 30 μm and an equilibrium vapor pressure, kneaded into the thermoplastic resin, the moisture absorbent consisting of magnesium sulfate represented by the formula MgSO 4 · nH 2 O (0 ≤ n ≤ 3); and a fatty acid metal salt coated on a surface of the moisture absorbent so that the moisture absorbent kneaded and dispersed in the thermoplastic resin has a secondary particle size of 1 to 40 μm, wherein a ratio of the particle size of the secondary particles of the moisture absorbent kneaded and dispersed in the thermoplastic resin to a thickness of the thermoplastic resin is 0.0003 to 4. a first thermoplastic resin having moisture permeability at 40°C and at a relative humidity RH of 90% of 0.1 to 50 g/m 2 · 24hr · atm or a second thermoplastic resin having moisture permeability at 40°C and at RH of 90% of 80 to 10000 g/m 2 · 24hr · atm; a moisture absorbent having a primary particle size in the range of 1 to 30 μm and an equilibrium vapor pressure, kneaded into the thermoplastic resin, the moisture absorbent consisting of magnesium sulfate represented by the formula MgSO 4 · nH 2 O (0 ≤ n ≤ 3); and a fatty acid metal salt coated on a surface of the moisture absorbent so that the moisture absorbent kneaded and dispersed in the thermoplastic resin has a secondary particle size of 1 to 40 μm, wherein a ratio of the particle size of the secondary particles of the moisture absorbent kneaded and dispersed in the thermoplastic resin to a thickness of the thermoplastic resin is 0.0003 to 4.
A tire deterioration state prediction method for predicting, by a computer, the deterioration state of a tire by using a tire model (M) configured from multiple elements, comprising: an information acquisition step for acquiring information relating to a use environment, which includes the pressure history and the temperature history in an air chamber during tire use and the history of a load acting on the tire (R), and information relating to the tire characteristics, including the material characteristics of members configuring the tire (R); a temperature history calculation step for calculating, for each element, the temperature history of the tire (R) on the basis of each information acquired in the information acquisition step; an oxygen concentration history calculation step for calculating, for each element, the oxygen concentration history on the basis of each information and the temperature history of each element; and a tire deterioration state evaluation step for evaluating the deterioration state of the tire (R) on the basis of the oxygen concentration history of each element. an information acquisition step for acquiring information relating to a use environment, which includes the pressure history and the temperature history in an air chamber during tire use and the history of a load acting on the tire (R), and information relating to the tire characteristics, including the material characteristics of members configuring the tire (R); a temperature history calculation step for calculating, for each element, the temperature history of the tire (R) on the basis of each information acquired in the information acquisition step; an oxygen concentration history calculation step for calculating, for each element, the oxygen concentration history on the basis of each information and the temperature history of each element; and a tire deterioration state evaluation step for evaluating the deterioration state of the tire (R) on the basis of the oxygen concentration history of each element.
A radio interface for communicating with a plurality of measurement probe devices (4a-4e), the radio interface comprising a primary modem for communicating with a first measurement probe device over a first frequency hopping spread spectrum radio link, the primary modem being configured to allow frequency hopping synchronisation to be maintained with the first measurement probe device and to receive time critical measurement data from the first measurement probe device over the first frequency hopping spread spectrum radio link, characterised in that the interface also comprises a secondary modem configured to communicate with a plurality of further measurement probe devices (4b-4e) when said further measuring probe devices are in a standby state using a plurality of further frequency hopping spread spectrum radio links, the secondary modem being configured to allow frequency hopping synchronisation to be maintained with each of said plurality of further measurement probe devices (4b-4e) but not to allow measurement data to be received from any of the plurality of further measurement probe devices (4b-4e).
A mounting element for mounting a supporting beam and a rod to each other, such as in a roof of a greenhouse, such that in a mounted condition the rod is supported by the supporting beam and extends transversely with respect to the supporting beam , the mounting element being attachable to the rod in a predefined mutual position of the rod and the mounting element , the mounting element comprising a retaining portion for retaining a rod with respect to the mounting element in longitudinal direction of the supporting beam when the mounting element is locked to the supporting beam and the mounting element and the rod are in a non-attached condition in a predefined mutual position and a hook which is engageable behind an edge of the supporting beam so as to lock the mounting element to the supporting beam in transverse direction of the supporting beam in a direction away therefrom, wherein the hook is an elongated member extending in longitudinal direction of the supporting beam when the mounting element is locked to the supporting beam , wherein the hook has two opposite ends in its longitudinal direction, characterized in that the retaining portion extends from one end of the hook in transverse direction of the longitudinal direction of the hook , whereas the other end is a free end, and in that the mounting element is provided with a projection which fits in a complementary hole in the supporting beam so as to lock the mounting element to the supporting beam in longitudinal direction of the supporting beam .