mhurhangee/patent-ind-claim-en huggingface dataset:
A stator of a gas dispersion mechanism to be used in a froth flotation tank , the stator comprising: an annular top plate having an inner circumference; an annular array comprising a plurality of radial stator blades , each stator blade having an inner edge and an outer edge, the inner edges of the stator blades defining an interior space for a rotor, inner edges of at least two stator blades of the plurality of stator blades defining an inner circumference of the annular array , the at least two stator blades having innermost inner edges among the plurality of stator blades, the annular array being disposed below the annular top plate and being coaxial with the annular top plate; and an annular bottom plate disposed below the annular array , the annular bottom plate being coaxial with the annular array, the annular bottom plate having an inner circumference , the inner circumference of the annular bottom plate having a radius which is smaller than a radius of the inner circumference of the annular array , the difference (Wb) between the radius of the inner circumference of the annular bottom plate and radius of the inner circumference of the annular array forming a flow guide for guiding a flow of slurry towards an axis of the annular bottom plate; characterized in that the stator comprises a cylindrical member disposed between the annular array and the annular bottom plate , the cylindrical member being coaxial with the annular array, and having a height from 50% to 150% of a height of the annular array. an annular top plate having an inner circumference; an annular array comprising a plurality of radial stator blades , each stator blade having an inner edge and an outer edge, the inner edges of the stator blades defining an interior space for a rotor, inner edges of at least two stator blades of the plurality of stator blades defining an inner circumference of the annular array , the at least two stator blades having innermost inner edges among the plurality of stator blades, the annular array being disposed below the annular top plate and being coaxial with the annular top plate; and an annular bottom plate disposed below the annular array , the annular bottom plate being coaxial with the annular array, the annular bottom plate having an inner circumference , the inner circumference of the annular bottom plate having a radius which is smaller than a radius of the inner circumference of the annular array , the difference (Wb) between the radius of the inner circumference of the annular bottom plate and radius of the inner circumference of the annular array forming a flow guide for guiding a flow of slurry towards an axis of the annular bottom plate; characterized in that the stator comprises a cylindrical member disposed between the annular array and the annular bottom plate , the cylindrical member being coaxial with the annular array, and having a height from 50% to 150% of a height of the annular array.
A method for improving sound quality of a bone conduction speaker , the bone conduction speaker comprising: a housing (210; 311; 620; 920; 1202b; 2101), a transducer (230; 1104; 1203), including at least one vibration board and a second vibration conductive plate , and a first vibration conductive plate (2003; 2106; 2216) functionally connected to walls of the housing and forming a suspended structure on the housing, wherein the transducer suspends from the first vibration conductive plate, the method comprising, transmitting sound through the bone conduction speaker such that the first vibration conductive plate (2003; 2106; 2216) generates a first resonance peak while the transducer (230; 1104; 1203) generates at least two other resonance peaks; characterized in that the first vibration conductive plate is connected to a panel which protrudes out of the housing and is covered by a vibration transfer layer ; wherein the vibration transfer layer includes a contact portion being in contact with the panel, and a portion not being in contact with the panel, the portion not being in contact with the panel on the vibration transfer layer has one or more holes . a housing (210; 311; 620; 920; 1202b; 2101), a transducer (230; 1104; 1203), including at least one vibration board and a second vibration conductive plate , and a first vibration conductive plate (2003; 2106; 2216) functionally connected to walls of the housing and forming a suspended structure on the housing, wherein the transducer suspends from the first vibration conductive plate, the method comprising, transmitting sound through the bone conduction speaker such that the first vibration conductive plate (2003; 2106; 2216) generates a first resonance peak while the transducer (230; 1104; 1203) generates at least two other resonance peaks; characterized in that the first vibration conductive plate is connected to a panel which protrudes out of the housing and is covered by a vibration transfer layer ; wherein the vibration transfer layer includes a contact portion being in contact with the panel, and a portion not being in contact with the panel, the portion not being in contact with the panel on the vibration transfer layer has one or more holes .
A cosmetic receptacle system consisting of a receptacle , which is self-supporting or consists of flexible film over a majority of its volume and one end of which constitutes a withdrawal opening in the form of a tapered neck , and a cap , characterized in that the system also has several concealing sleeves with different outer cross-sectional shapes and several adapter rings , each adapter ring having a socket for the neck of the receptacle , enclosing the latter in the circumference direction, and constituting at least one stop, which prevents the receptacle from being pulled outward through the adapter ring , and each adapter ring , at its end oriented toward the bottom of the receptacle , having an adapter section whose outer cross-section essentially corresponds to the outer cross-section that a concealing sleeve that corresponds to this adapter ring has at its free end oriented toward the neck of the receptacle . a receptacle , which is self-supporting or consists of flexible film over a majority of its volume and one end of which constitutes a withdrawal opening in the form of a tapered neck , and a cap , characterized in that the system also has several concealing sleeves with different outer cross-sectional shapes and several adapter rings , each adapter ring having a socket for the neck of the receptacle , enclosing the latter in the circumference direction, and constituting at least one stop, which prevents the receptacle from being pulled outward through the adapter ring , and each adapter ring , at its end oriented toward the bottom of the receptacle , having an adapter section whose outer cross-section essentially corresponds to the outer cross-section that a concealing sleeve that corresponds to this adapter ring has at its free end oriented toward the neck of the receptacle .
A system comprising a high speed mail sorter and a postal security device, PSD, hub assembly, the PSD hub assembly configured for franking one or more sequential mailpieces, wherein the one or more sequential mail pieces are disposed on the high speed mail sorter , the PSD hub assembly comprising: a plurality of PSDs (321-326) configured to generate a coded digital signature for the one or more sequential mailpieces during a latency period; a PSD host configured to receive the generated coded digital signature, wherein the generated coded digital signature is encoded in a data matrix ; and an indicia printer configured to receive printer control data and to print the printer control data on the one or more sequential mailpieces in an order in which the plurality of PSDs (321-326) are tasked during the latency period, wherein the plurality of PSDs (321-326) are configured to be tasked in a round robin sequence and wherein the printer control data is configured to be formatted using the generated coded digital signature encoded in the data matrix . a plurality of PSDs (321-326) configured to generate a coded digital signature for the one or more sequential mailpieces during a latency period; a PSD host configured to receive the generated coded digital signature, wherein the generated coded digital signature is encoded in a data matrix ; and an indicia printer configured to receive printer control data and to print the printer control data on the one or more sequential mailpieces in an order in which the plurality of PSDs (321-326) are tasked during the latency period, wherein the plurality of PSDs (321-326) are configured to be tasked in a round robin sequence and wherein the printer control data is configured to be formatted using the generated coded digital signature encoded in the data matrix .
A method of controlling a storage system that includes a replication group , the method comprising: adding a virtual volume to the replication group by storing a journal entry for the virtual volume at a source site , the journal entry including: metadata for hooking the virtual volume to a corresponding replica volume at a replica site ; and data indicating a status of the virtual volume ; sending a message to the replica site instructing it to create the corresponding replica volume and store a replica journal entry for the replica volume ; characterized in that the method further comprises determining whether the replica site was able to successfully create the replica volume and store the replica journal entry and if so set the status of the virtual volume to newly admitted by changing the status of the virtual volume in the journal entry to the new admit status and if not set the status of the virtual volume to pending admittance by changing or maintaining the status of the virtual volume to pending admit; and periodically initiating a synchronization operation for the replication group in which all of the newly admitted and already admitted virtual volumes are synchronized to the replica site , whereby upon successful completion of a synchronization operation, the status of the newly admitted virtual volumes is updated in the journal entry at the source site to an admitted status, while pending admittance virtual volumes in the replication group are not synchronized. adding a virtual volume to the replication group by storing a journal entry for the virtual volume at a source site , the journal entry including: metadata for hooking the virtual volume to a corresponding replica volume at a replica site ; and data indicating a status of the virtual volume ; metadata for hooking the virtual volume to a corresponding replica volume at a replica site ; and data indicating a status of the virtual volume ; sending a message to the replica site instructing it to create the corresponding replica volume and store a replica journal entry for the replica volume ; determining whether the replica site was able to successfully create the replica volume and store the replica journal entry and if so set the status of the virtual volume to newly admitted by changing the status of the virtual volume in the journal entry to the new admit status and if not set the status of the virtual volume to pending admittance by changing or maintaining the status of the virtual volume to pending admit; and periodically initiating a synchronization operation for the replication group in which all of the newly admitted and already admitted virtual volumes are synchronized to the replica site , whereby upon successful completion of a synchronization operation, the status of the newly admitted virtual volumes is updated in the journal entry at the source site to an admitted status, while pending admittance virtual volumes in the replication group are not synchronized.
A refrigerator comprising: a cabinet having a storage chamber ; a drawer provided in the storage chamber and having a front panel for opening and closing the storage chamber ; a driving part installed in the storage chamber , the driving part including a pinion ; and a rack gear assembly for moving the drawer into and out of the storage chamber , the rack gear assembly including: a first rack member mounted on the drawer and including a first rack gear configured to be engaged with the pinion ; characterized by a second rack member slidably provided on the first rack member and including a second rack gear configured to be engaged with the pinion ; a confining module provided at the second rack member and configured to prevent an outward movement of the second rack member until the first rack member is moved outward by a predetermined distance; and a linkage part for coupling the first rack member and the second rack member when the first rack member is moved outward by the predetermined distance. a cabinet having a storage chamber ; a drawer provided in the storage chamber and having a front panel for opening and closing the storage chamber ; a driving part installed in the storage chamber , the driving part including a pinion ; and a rack gear assembly for moving the drawer into and out of the storage chamber , the rack gear assembly including: a first rack member mounted on the drawer and including a first rack gear configured to be engaged with the pinion ; characterized by a second rack member slidably provided on the first rack member and including a second rack gear configured to be engaged with the pinion ; a confining module provided at the second rack member and configured to prevent an outward movement of the second rack member until the first rack member is moved outward by a predetermined distance; and a linkage part for coupling the first rack member and the second rack member when the first rack member is moved outward by the predetermined distance. a first rack member mounted on the drawer and including a first rack gear configured to be engaged with the pinion ; characterized by a second rack member slidably provided on the first rack member and including a second rack gear configured to be engaged with the pinion ; a confining module provided at the second rack member and configured to prevent an outward movement of the second rack member until the first rack member is moved outward by a predetermined distance; and a linkage part for coupling the first rack member and the second rack member when the first rack member is moved outward by the predetermined distance.
A method for diagnosis of a disease selected from the group consisting of Sjogren's syndrome, cancer or a degenerative joint disease and comprising the following steps: 1)measuring the expression level of dsRNA including the steps of: i) preparing a merocyanine compound (formula 1), an isomer produced by irradiating UV to the spiropyran compound represented by formula 2; (In formula 1 and formula 2, R is - CH 2 CH 2 CH 2 N+(CH 3 ) 3 ) ii) extracting dsRNA by treating RNase T1 to each total RNA extracted from a test subject; iii) reacting the merocyanine compound of step i) and the dsRNA of step ii); iv) measuring the absorbance of the reaction solution of step iii); and 2) comparing the expression level of dsRNA measured in step 1) with that of the normal control group. 1)measuring the expression level of dsRNA including the steps of: i) preparing a merocyanine compound (formula 1), an isomer produced by irradiating UV to the spiropyran compound represented by formula 2; (In formula 1 and formula 2, R is - CH 2 CH 2 CH 2 N+(CH 3 ) 3 ) ii) extracting dsRNA by treating RNase T1 to each total RNA extracted from a test subject; iii) reacting the merocyanine compound of step i) and the dsRNA of step ii); iv) measuring the absorbance of the reaction solution of step iii); and i) preparing a merocyanine compound (formula 1), an isomer produced by irradiating UV to the spiropyran compound represented by formula 2; (In formula 1 and formula 2, R is - CH 2 CH 2 CH 2 N+(CH 3 ) 3 ) ii) extracting dsRNA by treating RNase T1 to each total RNA extracted from a test subject; iii) reacting the merocyanine compound of step i) and the dsRNA of step ii); iv) measuring the absorbance of the reaction solution of step iii); and 2) comparing the expression level of dsRNA measured in step 1) with that of the normal control group.
A highly concentrated phosphoric or thiophosphoric triamide composition comprising: i). a phosphoric or thiophosphoric triamide with a concentration range from 35 % to 50 % by weight, wherein said phosphoric or thiophosphoric triamide is a compound according to Formula I: (X=P)(NH 2 ) 2 NR 1 R 2 (Formula I) wherein X is oxygen or sulfur, and R 1 and R 2 are independently hydrogen, C 1 -C 12 alkyl, C 3 -C 12 cycloalkyl, C 6 -C 14 aryl, C 2 -C 12 alkenyl, C 2 -C 12 alkynyl, C 5 -C 14 heteroaryl, C 1 -C 14 heteroalkyl, C 2 -C 14 heteroalkenyl, C 2 -C 14 heteroalkynyl, or C 3 -C 12 cycloheteroalkyl; ii). a glycol or glycol derivative with a concentration range from 5 % to 30 % by weight, wherein said glycol is a compound according to C n H 2n (OH) 2 (Formula II), and wherein n is 2-12; and iii). a liquid amide with a concentration range from 20 % to 60 % by weight, wherein said liquid amide is selected from the group consisting of 2-pyrrolidone, N -(C 1 -C 12 alkyl)-2-pyrrolidone, and an amide with the formula R 1 CONR 2 R 3 , wherein R 1 is a hydrogen or C 1 -C 4 alkyl, and R 2 and R 3 are independently hydrogen or C 1 -C 12 alkyl, wherein said highly concentrated phosphoric or thiophosphoric triamide composition is physically stable at a temperature of 0 °C, and there is substantially no freezing of the composition or crystallization of any solid for at least 14 days at 0 °C. i). a phosphoric or thiophosphoric triamide with a concentration range from 35 % to 50 % by weight, wherein said phosphoric or thiophosphoric triamide is a compound according to Formula I: (X=P)(NH 2 ) 2 NR 1 R 2 (Formula I) wherein X is oxygen or sulfur, and R 1 and R 2 are independently hydrogen, C 1 -C 12 alkyl, C 3 -C 12 cycloalkyl, C 6 -C 14 aryl, C 2 -C 12 alkenyl, C 2 -C 12 alkynyl, C 5 -C 14 heteroaryl, C 1 -C 14 heteroalkyl, C 2 -C 14 heteroalkenyl, C 2 -C 14 heteroalkynyl, or C 3 -C 12 cycloheteroalkyl; ii). a glycol or glycol derivative with a concentration range from 5 % to 30 % by weight, wherein said glycol is a compound according to C n H 2n (OH) 2 (Formula II), and wherein n is 2-12; and iii). a liquid amide with a concentration range from 20 % to 60 % by weight, wherein said liquid amide is selected from the group consisting of 2-pyrrolidone, N -(C 1 -C 12 alkyl)-2-pyrrolidone, and an amide with the formula R 1 CONR 2 R 3 , wherein R 1 is a hydrogen or C 1 -C 4 alkyl, and R 2 and R 3 are independently hydrogen or C 1 -C 12 alkyl,
A computer-implemented method performed in a system comprising a first device, a second device distinct from the first device and a network device distinct from both the first and second devices, the computer-implemented method comprising the network device: receiving first authentication data that is based on one or more authentication readings obtained by the first device in a first authentication process performed by the first device when used by a user; generating second authentication data based on the received first authentication data, the second authentication data being configured for use by the second device in a second authentication process to be performed whilst the user is using the second device, wherein: the second authentication process is based on one or more authentication readings obtained by the second device, and the one or more authentication readings obtained by the second device are selected, from a plurality of different types of authentication readings that the second device is capable of obtaining, in dependence on the second authentication data; and outputting the second authentication data for sending to the second device. receiving first authentication data that is based on one or more authentication readings obtained by the first device in a first authentication process performed by the first device when used by a user; generating second authentication data based on the received first authentication data, the second authentication data being configured for use by the second device in a second authentication process to be performed whilst the user is using the second device, wherein: the second authentication process is based on one or more authentication readings obtained by the second device, and the one or more authentication readings obtained by the second device are selected, from a plurality of different types of authentication readings that the second device is capable of obtaining, in dependence on the second authentication data; and the second authentication process is based on one or more authentication readings obtained by the second device, and the one or more authentication readings obtained by the second device are selected, from a plurality of different types of authentication readings that the second device is capable of obtaining, in dependence on the second authentication data; and outputting the second authentication data for sending to the second device.
Wind turbine, comprising a tower and a head mounted at an upper end of said tower , rotational around a head axis (X), wherein a propeller is mounted to said head , rotatable around a propeller axis (Y), wherein a hydraulic pump is provided, driven by said propeller , wherein the hydraulic pump is provided substantially in the propeller , characterised in that the hydraulic pump is provided in the hub of the propeller , such that the pump can be removed from the head together with the propeller .
Temperature sensor module comprising a temperature sensing element , a sensor-interface control integrated circuit , whereas the temperature sensing element is coupled to the sensor-interface control IC , and a lid structure and a sensor packaging both defining a field of view of the temperature sensor module , whereas the lid structure is formed by a substrate comprising a second integrated temperature sensor connected to the sensor-interface control IC or an external connected processing unit, wherein the second integrated temperature sensor forms a lid-ASIC comprising the additional functionalities of emissive heating and temperature control of the lid-ASIC, optical and spectrally selective detection of non-IR emission of a measured object and the signal processing of the second integrated temperature sensor , which are all integrated in one sub-component of the overall sensor module.