mhurhangee/patent-ind-claim-en huggingface dataset:
A hub for a lock device , the hub comprising: - an outer member for rotation about a hub axis , the outer member comprising an outer opening structure ; - an inner member for rotation about the hub axis , the inner member comprising an inner opening structure ; - an intermediate member for rotation about the hub axis , the intermediate member comprising an intermediate opening structure , and being configured to be arranged between the outer member and the inner member ; - an attachment element configured to be attached to the intermediate member , the attachment element being movable between a locking position and an unlocking position ; and - a locking member configured to be inserted into the outer opening structure and the intermediate opening structure from an exterior outer side of the hub to engage the attachment element in the locking position , and rotationally lock the outer member and the intermediate member for common rotation about the hub axis , or into the inner opening structure and the intermediate opening structure from an exterior inner side of the hub to engage the attachment element in the locking position , and rotationally lock the inner member and the intermediate member for common rotation about the hub axis ; wherein the hub is configured such that an engagement between the locking member and the attachment element is released by moving the attachment element from the locking position to the unlocking position . - an outer member for rotation about a hub axis , the outer member comprising an outer opening structure ; - an inner member for rotation about the hub axis , the inner member comprising an inner opening structure ; - an intermediate member for rotation about the hub axis , the intermediate member comprising an intermediate opening structure , and being configured to be arranged between the outer member and the inner member ; - an attachment element configured to be attached to the intermediate member , the attachment element being movable between a locking position and an unlocking position ; and - a locking member configured to be inserted into the outer opening structure and the intermediate opening structure from an exterior outer side of the hub to engage the attachment element in the locking position , and rotationally lock the outer member and the intermediate member for common rotation about the hub axis , or into the inner opening structure and the intermediate opening structure from an exterior inner side of the hub to engage the attachment element in the locking position , and rotationally lock the inner member and the intermediate member for common rotation about the hub axis ; wherein the hub is configured such that an engagement between the locking member and the attachment element is released by moving the attachment element from the locking position to the unlocking position .
In a computing environment, a system comprising a granular partial recall mechanism, wherein the system is configured, via the granular partial recall mechanism, to maintain information in association with an at least partially deduplicated file, which information tracks which range or ranges of file data of the at least partially deduplicated file are dirty relative to clean ranges because of data writes, the clean ranges corresponding to clean data in a chunk store, wherein the system is configured to track the dirty range or ranges at a granularity that is independent of file-system range tracking granularity and more fine-grained than the file-system range tracking granularity, wherein the system is configured, via the granular partial recall mechanism, to maintain the information in association with the at least partially deduplicated file in a plurality of hierarchically arranged bitmap data structures, wherein the plurality of hierarchically arranged bitmap data structures comprises a main recall bitmap tracking the actual dirty ranges and one or more recall bitmap index tables tracking aggregated dirtied ranges at a larger granularity; wherein the one or more recall bitmap index tables tracking aggregated dirtied ranges at a larger granularity comprises a root recall bitmap index table tracking aggregated dirtied ranges at the largest used granularity; wherein the main recall bitmap is stored in an external file while the root recall bitmap index table is stored in the reparse point of the at least partially deduplicated file.
Group of brake assemblies wherein the brake assemblies comprise brake sub-assemblies with the same brake devices and the same force transmitting units , said force transmitting units each comprising a brake lever forming an interface for an actuating pushrod , wherein a) brake assemblies of a first subgroup comprise a pneumatic brake actuator for actuating the pushrod and b) brake assemblies of a second subgroup comprise a brake sub-assembly comprising an electrical drive and a brake force transmission unit wherein a threaded or grooved screw roller and a screw spindle which meshes with the screw roller are arranged in the force flow of the brake force transmission unit . a) brake assemblies of a first subgroup comprise a pneumatic brake actuator for actuating the pushrod and b) brake assemblies of a second subgroup comprise a brake sub-assembly comprising an electrical drive and a brake force transmission unit wherein a threaded or grooved screw roller and a screw spindle which meshes with the screw roller are arranged in the force flow of the brake force transmission unit .
An apparatus, comprising: a processor and a memory communicatively connected to the processor, the processor configured to: execute a first chat application configured to provide a chat-based communication interface for a first entity; dynamically associate a second entity with the first chat application while the first chat application is running based on context information associated with the first entity, wherein the second entity comprises a device or a program; establish a communication channel between the first chat application and a second chat application of the second entity based on a determination that the second entity is associated with the first chat application, wherein the determination is a dynamic detection of association of the second entity with the first chat application while the first chat application is running; and support chat-based communication between the first entity and the second entity via the communication channel; wherein the context information associated with the first entity comprises a location of the first entity and information from a chat-based communication of the first entity. execute a first chat application configured to provide a chat-based communication interface for a first entity; dynamically associate a second entity with the first chat application while the first chat application is running based on context information associated with the first entity, wherein the second entity comprises a device or a program; establish a communication channel between the first chat application and a second chat application of the second entity based on a determination that the second entity is associated with the first chat application, wherein the determination is a dynamic detection of association of the second entity with the first chat application while the first chat application is running; and support chat-based communication between the first entity and the second entity via the communication channel;
Sealed wrist watch case comprising a protective casing surrounded by a middle and a bezel , the protective casing including a glass , a side wall and a bottom and in which a planar peripheral surface extending along the entire edge of the inner face of the glass is in contact with a similar bearing surface on the side wall , at least part of which forms the width of the cross section of a pressure resistant structure having parallel lateral faces (SR) perpendicular to the bearing surface and which extends continuously as far as the bottom of the casing and overlaps at least part of the side wall and of the bottom of the casing, the case including means for securing and sealing the components of the casing, characterized in that the compression of the protective casing does not crush the sealing means between the glass and the side wall.
A method for producing a masterboard alignment film comprising: coating an alignment solution on a masterboard having two or more substrates using a transfer printing plate which has a transfer region simultaneously covering the two or more substrates, so that the alignment solution forms an alignment film on the masterboard ; and removing the alignment film on the masterboard which is located in regions that are out of the display regions of the substrates and where there is no need to retain the alignment film , wherein said alignment film consists of a light processing material; and when said alignment film is removed, an exposure process is conducted using a mask plate followed by a developing process, wherein said alignment solution comprises 25∼35% by weight of a liquid crystal molecule alignment material, 3.5∼6% by weight of a photosensitive material, 0.8∼2.5% by weight of a photosensitizer and a solvent; wherein said liquid crystal molecule alignment material is either or both of main chain polyimide and side chain polyimide; wherein said photosensitive material is 2,3,4,4'-tetrahydroxybenzophenone 1,2-diazidonaphthoquinone-5-sulfonate; and wherein said photosensitizer is diazonaphthalenone sulfonyl chloride. coating an alignment solution on a masterboard having two or more substrates using a transfer printing plate which has a transfer region simultaneously covering the two or more substrates, so that the alignment solution forms an alignment film on the masterboard ; and removing the alignment film on the masterboard which is located in regions that are out of the display regions of the substrates and where there is no need to retain the alignment film , wherein said alignment film consists of a light processing material; and when said alignment film is removed, an exposure process is conducted using a mask plate followed by a developing process, wherein said alignment solution comprises 25∼35% by weight of a liquid crystal molecule alignment material, 3.5∼6% by weight of a photosensitive material, 0.8∼2.5% by weight of a photosensitizer and a solvent; wherein said liquid crystal molecule alignment material is either or both of main chain polyimide and side chain polyimide; wherein said photosensitive material is 2,3,4,4'-tetrahydroxybenzophenone 1,2-diazidonaphthoquinone-5-sulfonate; and wherein said photosensitizer is diazonaphthalenone sulfonyl chloride.
Electric parking brake device , comprising: a) an electronic control unit , b) an electromagnetic valve device controlled by the said electronic control unit , the said valve device having a venting position, c) at least one passive spring-actuated brake cylinder, which releases the parking brake when aerated and applies it when vented, d) a relay valve with a pneumatic control inlet , which is connected to the electromagnetic valve device , which in the venting position vents the pneumatic control inlet of the relay valve , whereby a working outlet of the relay valve which is connected to the at least one spring-actuated brake cylinder is vented, e) a first electrical energy supply which supplies the electronic control unit with electrical energy for actuating the electromagnetic valve device , f) an electrical actuating device which emits to the electronic control unit control signals that represent at least the conditions "Park" and "Drive", wherein g) a second electrical energy supply independent of the first electrical energy supply is provided, characterised in that h) by means of the said second electrical energy supply an electric switching device independent of the electronic control unit can be supplied with electrical energy, and i) at least one electric switch is provided, which in one switch position connects the electric switching device to the second electrical energy supply , wherein j) the electric switching device is designed such that by virtue of the connection to the second electrical energy supply , it switches the electromagnetic valve device to the venting position. a) an electronic control unit , b) an electromagnetic valve device controlled by the said electronic control unit , the said valve device having a venting position, c) at least one passive spring-actuated brake cylinder, which releases the parking brake when aerated and applies it when vented, d) a relay valve with a pneumatic control inlet , which is connected to the electromagnetic valve device , which in the venting position vents the pneumatic control inlet of the relay valve , whereby a working outlet of the relay valve which is connected to the at least one spring-actuated brake cylinder is vented, e) a first electrical energy supply which supplies the electronic control unit with electrical energy for actuating the electromagnetic valve device , f) an electrical actuating device which emits to the electronic control unit control signals that represent at least the conditions "Park" and "Drive", wherein g) a second electrical energy supply independent of the first electrical energy supply is provided, characterised in that h) by means of the said second electrical energy supply an electric switching device independent of the electronic control unit can be supplied with electrical energy, and i) at least one electric switch is provided, which in one switch position connects the electric switching device to the second electrical energy supply , wherein j) the electric switching device is designed such that by virtue of the connection to the second electrical energy supply , it switches the electromagnetic valve device to the venting position.
Semiconductor module comprising at least two semiconductor components which are arranged within a housing in each case between two electrical conduction elements and are electrically conductively connected to the electrical conduction elements , wherein the electrical conduction elements respectively have a contact extension (12.1, 14.2, 22.1, 24.1) that is led out of the housing , characterized in that two contact extensions (12.1, 24.1) arranged in different planes are connected to one another outside the housing via contact element , which forms a current path between the two contact extensions (12.1, 24.1) outside the housing .
A brush holder for receiving at least two contact brushes and holding said brushes in contact with a slip ring in an electrical power device, the brush holder comprising: a holder body adapted for receiving said brushes , said brushes being arranged on opposite sides of a plane in which a central axis (C-C) of the brush holder is located and in which plane an axis of rotation of the electrical power device is situated, and wherein the brushes are arranged at an angle to the central axis (C-C) of the holder, one main biasing device , such as a socket spring, a pneumatic or hydraulic cylinder for biasing the holder body and for providing an even contact pressure towards the slip ring, thus biasing the at least two contact brushes towards the slip ring simultaneously characterized by compensation means being provided between each of said brushes and the one main biasing device, and wherein said compensation means comprises a spring having a higher spring force than the one main biasing device and wherein the one biasing device engages each brush respectively through a pressure finger arrangement , and wherein each pressure finger arrangement is provided with said compensation means and wherein said pressure finger arrangement is connected to a pressure plate , wherein said pressure plate is connected to the one main biasing device such that the one main biasing device acts on all brushes simultaneously, wherein the pressure finger arrangement is arranged to engage a tilting device , which tilting device is arranged in connection with the pressure plate , and which tilting device is connected to said pressure plate such that it is pivotable about an axis of rotation (R-R).
An image processing method for enhancing an image implemented on at least one machine each of which has at least one processor and storage, the method comprising: acquiring a target image, the target image including a plurality of elements, an element corresponding to a pixel or a voxel; and decomposing , based on a first decomposition, the target image into L layers, each layer of the L layers including a low frequency sub-image and a high frequency sub-image, L≥1; the method characterized by further comprising: decomposing , based on a second decomposition, the target image into L'+N layers, each layer of the L'+N layers including a low frequency sub-image and a high frequency sub-image, L'≥1, and N≥1; transforming at least one layer of the L layers generated from the first decomposition or the L' layers generated from the second decomposition; updating , based on the low frequency sub-image of the L'th layer generated from the second decomposition, the low frequency sub-image of the Lth layer generated from the first decomposition; and reconstructing , based on the high frequency sub-images of the L layers generated from the first decomposition and the updated low frequency sub-image of the Lth layer, the composite image. acquiring a target image, the target image including a plurality of elements, an element corresponding to a pixel or a voxel; and decomposing , based on a first decomposition, the target image into L layers, each layer of the L layers including a low frequency sub-image and a high frequency sub-image, L≥1; the method characterized by further comprising: decomposing , based on a second decomposition, the target image into L'+N layers, each layer of the L'+N layers including a low frequency sub-image and a high frequency sub-image, L'≥1, and N≥1; transforming at least one layer of the L layers generated from the first decomposition or the L' layers generated from the second decomposition; updating , based on the low frequency sub-image of the L'th layer generated from the second decomposition, the low frequency sub-image of the Lth layer generated from the first decomposition; and reconstructing , based on the high frequency sub-images of the L layers generated from the first decomposition and the updated low frequency sub-image of the Lth layer, the composite image. decomposing , based on a second decomposition, the target image into L'+N layers, each layer of the L'+N layers including a low frequency sub-image and a high frequency sub-image, L'≥1, and N≥1; transforming at least one layer of the L layers generated from the first decomposition or the L' layers generated from the second decomposition; updating , based on the low frequency sub-image of the L'th layer generated from the second decomposition, the low frequency sub-image of the Lth layer generated from the first decomposition; and reconstructing , based on the high frequency sub-images of the L layers generated from the first decomposition and the updated low frequency sub-image of the Lth layer, the composite image.
Synthetic mineral compound, called synthetic mica, corresponding to the following formula (I): A t (Si x Ge 1-x ) 4 M z O 10 (OH) 2 (I) in which : - A denotes at least one monovalent interfoliary cation of a metal element, A having the formula Li w Na w K W Rb w Cs w ; Li denoting lithium, Na denoting sodium, K denoting potassium, Rb denoting rubidium, Cs denoting cesium and each w(i) representing a real number of the interval [0 ; 1], such that ∑ i = 1 5 w i = 1 , - t is a real number of the interval [0.3 ; 1], - Si denotes silicon, - Ge denotes germanium, - x is a real number of the interval [0 ; 1], - M denotes at least one divalent metal having the formula Mg y Co y Zn y Cu y Mn y Fe y Ni y Cr y ; Mg denoting magnesium, Co denoting cobalt, Zn denoting zinc, Cu denoting copper, Mn denoting manganese, Fe denoting iron, Ni denoting nickel, and Cr denoting chromium; each y(i) representing a real number of the interval [0 ; 1], such that ∑ i = 1 8 y i = 1 , - z is a real number in the range [2.50 ; 2.85], - t + 2z is a real number of the interval [5.3 ; 6.0] - O denotes oxygen, and - H denotes hydrogen. - A denotes at least one monovalent interfoliary cation of a metal element, A having the formula Li w Na w K W Rb w Cs w ; Li denoting lithium, Na denoting sodium, K denoting potassium, Rb denoting rubidium, Cs denoting cesium and each w(i) representing a real number of the interval [0 ; 1], such that ∑ i = 1 5 w i = 1 , - t is a real number of the interval [0.3 ; 1], - Si denotes silicon, - Ge denotes germanium, - x is a real number of the interval [0 ; 1], - M denotes at least one divalent metal having the formula Mg y Co y Zn y Cu y Mn y Fe y Ni y Cr y ; Mg denoting magnesium, Co denoting cobalt, Zn denoting zinc, Cu denoting copper, Mn denoting manganese, Fe denoting iron, Ni denoting nickel, and Cr denoting chromium; each y(i) representing a real number of the interval [0 ; 1], such that ∑ i = 1 8 y i = 1 , - z is a real number in the range [2.50 ; 2.85], - t + 2z is a real number of the interval [5.3 ; 6.0] - O denotes oxygen, and - H denotes hydrogen.