mhurhangee/ep-ind-claims huggingface dataset:
Packaging machine for manufacturing products along a production direction, in particular a deep-drawing packaging machine, comprising a machine frame and at least one workstation, in particular a sealing station and/or a shaping station, with a lifting gear for supporting and moving a lower tool part between an open and a closed position (P1, P2), wherein the lower tool part is approached, in the closed position, to an upper tool part arranged thereon for a working operation, and is spaced apart from the upper tool part in the open position, characterized in that a tilting mechanism is provided for a tool changing operation which is configured to bring the lower tool part from its orientation taken in the open position to a tilted position.
A mobile axle press for detaching or pressing an axle stub from or into a hollow axle of a vehicle, such as a caravan or a trailer, comprising a frame that can be moved under the vehicle, with a pull-out unit that can be coupled with the axle stub and that can exert a force onto the axle stub in the longitudinal direction of the hollow axle, in order to press the axle stub into the hollow axle or detach it from it, and with a counter bearing for propping the mobile axle press against the vehicle.
A rubber crawler comprising: an endless rubber body that is trained around a plurality of wheels (100, 102, 104); a main cord layer that is incorporated within the rubber body and includes a main cord extending around a rubber body circumferential direction; a first bias cord layer that is incorporated within the rubber body further to a rubber body circumferential outside than the main cord layer and is configured from first bias cords arranged side-by-side around the rubber body circumferential direction, the first bias cords extending at an angle with respect to the rubber body circumferential direction; a second bias cord layer that is interposed between the first bias cord layer and the main cord layer, and is configured from second bias cords arranged side-by-side around the rubber body circumferential direction and extending at an angle with respect to the rubber body circumferential direction so as to intersect the first bias cords; and a reinforcement cord layer that is interposed between the first bias cord layer and the second bias cord layer, and is configured from reinforcement cords extending in a rubber body width direction, the reinforcement cords arranged side-by-side around the rubber body circumferential direction; CHARACTERISED BY:. another instance of reinforcement cord layer being also interposed between the second bias cord layer and the main cord layer. an endless rubber body that is trained around a plurality of wheels (100, 102, 104); a main cord layer that is incorporated within the rubber body and includes a main cord extending around a rubber body circumferential direction; a first bias cord layer that is incorporated within the rubber body further to a rubber body circumferential outside than the main cord layer and is configured from first bias cords arranged side-by-side around the rubber body circumferential direction, the first bias cords extending at an angle with respect to the rubber body circumferential direction; a second bias cord layer that is interposed between the first bias cord layer and the main cord layer, and is configured from second bias cords arranged side-by-side around the rubber body circumferential direction and extending at an angle with respect to the rubber body circumferential direction so as to intersect the first bias cords; and a reinforcement cord layer that is interposed between the first bias cord layer and the second bias cord layer, and is configured from reinforcement cords extending in a rubber body width direction, the reinforcement cords arranged side-by-side around the rubber body circumferential direction; CHARACTERISED BY:. another instance of reinforcement cord layer being also interposed between the second bias cord layer and the main cord layer.
An implantable medical device for cardiac assistance, the implantable medical device comprising: a main body configured to be disposed within the aorta, the main body including a lumen operable to convey blood through the aorta; the implantable medical device being characterised by an access site in a sidewall of the main body operable to provide access to the lumen of the main body; and by a branch member configured to be disposed within the access site to fluidly connect with the lumen of the main body, the branch member includes one or more anchor elements configured to interface with and secure a pump with the branch member a main body configured to be disposed within the aorta, the main body including a lumen operable to convey blood through the aorta; the implantable medical device being characterised by an access site in a sidewall of the main body operable to provide access to the lumen of the main body; and by a branch member configured to be disposed within the access site to fluidly connect with the lumen of the main body, the branch member includes one or more anchor elements configured to interface with and secure a pump with the branch member
Device for an aircraft engine comprising a first oil tank adjacent to a propulsion engine of the aircraft a second oil tank separate from the engine, a system for supplying the first tank with oil extracted from the second tank, a first sensor of the oil level in the first tank, a unit for controlling the supply system, sensitive to measurements from the first sensor, characterised in that it comprises a unit for estimating and comparing doses of oil extracted from the second tank and doses of oil received by the first tank.
A mobile device equipped with a display surface and a first wireless access capability used to establish communication between the mobile device and a nearby video device, the video device displaying video content received over a first communication path, the display surface of the mobile device displaying information associated with the video content being displayed on the video device, wherein the mobile device further comprises: a second wireless access capability used to establish communication via a second communication path over a wide area network with a server providing the displayed information associated with the video content, the displayed information associated with the video content being synchronized with, and changing with, the video content being displayed on the video device, the first communication path and the second communication path being separate; input capability enabling a user to select a selectable element displayed on the display surface of the mobile device during the display of the information associated with the video content so as to indicate an interest in the information being displayed on the mobile device at the time of the selection; and a system clock, wherein a selection of the selectable element causes the mobile device to generate a timestamp that includes a current channel of the video content and a current time of the system clock, the timestamp sent to the server in order to retrieve additional information related to the video content. a second wireless access capability used to establish communication via a second communication path over a wide area network with a server providing the displayed information associated with the video content, the displayed information associated with the video content being synchronized with, and changing with, the video content being displayed on the video device, the first communication path and the second communication path being separate; input capability enabling a user to select a selectable element displayed on the display surface of the mobile device during the display of the information associated with the video content so as to indicate an interest in the information being displayed on the mobile device at the time of the selection; and a system clock, wherein a selection of the selectable element causes the mobile device to generate a timestamp that includes a current channel of the video content and a current time of the system clock, the timestamp sent to the server in order to retrieve additional information related to the video content.
A voltage monitoring circuit (100; 200; 300; 400; 400'; 500) comprising: an initializing circuit (130; 230; 330; 430; 530) configured to generate an initialization signal by delaying a power supply voltage by a first delay time; a switching circuit (110; 210; 310; 410; 510) configured to generate a switching signal in response to a reset signal; a voltage detecting circuit (120; 220; 320; 420; 520) configured to perform an operation to generate a detection signal when the power supply voltage increases and reaches a particular level, and to stop the operation in response to the switching signal; an output circuit (140; 240; 340; 440; 540) configured to receive the initialization signal at a first input, to receive the detection signal at a second input, and to generate the reset signal in response to the initialization signal and the detection signal. an initializing circuit (130; 230; 330; 430; 530) configured to generate an initialization signal by delaying a power supply voltage by a first delay time; a switching circuit (110; 210; 310; 410; 510) configured to generate a switching signal in response to a reset signal; a voltage detecting circuit (120; 220; 320; 420; 520) configured to perform an operation to generate a detection signal when the power supply voltage increases and reaches a particular level, and to stop the operation in response to the switching signal; an output circuit (140; 240; 340; 440; 540) configured to receive the initialization signal at a first input, to receive the detection signal at a second input, and to generate the reset signal in response to the initialization signal and the detection signal.
A brake caliper unit for disc brakes, comprising a support forming the caliper, a pneumatically operated piston-cylinder arrangement arranged in the caliper, the pistons (10, 12) and cylinder of which have a non-circular cross-section, and a brake lining, wherein the pistons (10, 12) and the cylinder of the piston-cylinder arrangement are designed as a tandem-piston subassembly, characterized in that the tandem-piston subassembly is formed by two pot-shaped piston units which are guided in one another, wherein the inner piston unit forms a cylinder chamber for a first piston and is penetrated by a piston rod which is connected to the first piston, wherein the first piston is designed as a pot-shaped piston which, in its interior, forms a cylinder chamber for a further piston, wherein the further piston is guided in a cylinder which is closed by a cylinder head plate, wherein the piston rod penetrates the cylinder head plate, for which purpose the cylinder head plate comprises an opening.
A benefit agent delivery particle having at the outer surface of the particle one or more delivery aids which are polysaccharides and include hydroxypropyl cellulose with a molecular weight in excess of 40kD, wherein the delivery aid is bound to the particle by a covalent bond or entanglement.
A hydraulic material composition comprising: - cement; - a shrinkage-reducing agent for a hydraulic material including at least one kind of polyoxyalkylene compound as an essential component wherein the polyoxyalkylene compound is a compound obtained by adding an alkyleneoxide to an active hydrogen atom of a monohydric alcohol or a dihydric alcohol; - a water-reducing admixture; - an air entraining admixture; and - an antifoaming agent; wherein a content ratio of the air entraining admixture to the antifoaming agent, the air entraining admixture / the antifoaming agent, is 90/10 to 15/85 as a weight ratio in terms of solid content, wherein the hydraulic material composition has a spacing factor of 350 μm or less, wherein the spacing factor of concrete is measured by the method set out in description of the application as originally filed, and the spacing factor of mortar is measured by the method set out in description section of the application as originally filed. - cement; - a shrinkage-reducing agent for a hydraulic material including at least one kind of polyoxyalkylene compound as an essential component wherein the polyoxyalkylene compound is a compound obtained by adding an alkyleneoxide to an active hydrogen atom of a monohydric alcohol or a dihydric alcohol; - a water-reducing admixture; - an air entraining admixture; and - an antifoaming agent; wherein a content ratio of the air entraining admixture to the antifoaming agent, the air entraining admixture / the antifoaming agent, is 90/10 to 15/85 as a weight ratio in terms of solid content, wherein the hydraulic material composition has a spacing factor of 350 μm or less, wherein the spacing factor of concrete is measured by the method set out in description of the application as originally filed, and the spacing factor of mortar is measured by the method set out in description section of the application as originally filed. wherein a content ratio of the air entraining admixture to the antifoaming agent, the air entraining admixture / the antifoaming agent, is 90/10 to 15/85 as a weight ratio in terms of solid content, wherein the hydraulic material composition has a spacing factor of 350 μm or less, wherein the spacing factor of concrete is measured by the method set out in description of the application as originally filed, and the spacing factor of mortar is measured by the method set out in description section of the application as originally filed.
A front wheel drive vehicle, comprising: a front wheel and a rear wheel; a front fork operable for steering the vehicle by moving the front wheel; a frame to which said front wheel and said rear wheel are operably coupled wherein said front fork connects to a fixed head tube of said frame; and a crank positioned between said front wheel and said rear wheel said crank provides power to said front wheel and wherein a movable linkage conveying the power to said front wheel is at least partially enclosed within said frame between said crank and said front wheel; and characterized by a steering mechanism wherein said front fork couples to the steering mechanism without passing through said fixed head tube, wherein said front fork includes a connector that at least partially surrounds said fixed head tube, wherein further said rigid connector comprises a plurality of fasteners (like 418A, 418B) passing through holes in a plurality of brackets (like 420A, 420B), and each of said plurality of brackets are curved to match an external profile of said fixed head tube. a front wheel and a rear wheel; a front fork operable for steering the vehicle by moving the front wheel; a frame to which said front wheel and said rear wheel are operably coupled wherein said front fork connects to a fixed head tube of said frame; and a crank positioned between said front wheel and said rear wheel said crank provides power to said front wheel and wherein a movable linkage conveying the power to said front wheel is at least partially enclosed within said frame between said crank and said front wheel; and
An appliance apparatus comprising: (a) an appliance comprising a structural wall (51, 53), having a hole, and foam located against the wall; (b) a fastener (25, 325) comprising at least one polymeric barbed leg and a polymeric head (73, 373), the at least one barbed leg operably engaging through the hole in the wall, the head (73, 273) including at least one anti-rotational surface (81, 281) which is held substantially stationary when contacted by the foam, and a metallic thread-engaging surface located adjacent the head and aligned with the hole of the wall; and (c) a flexible polymeric umbrella extending from the fastener (25, 325), the umbrella contacting against a surface of the wall and deterring leakage of the foam through the hole in the wall. (a) an appliance comprising a structural wall (51, 53), having a hole, and foam located against the wall; (b) a fastener (25, 325) comprising at least one polymeric barbed leg and a polymeric head (73, 373), the at least one barbed leg operably engaging through the hole in the wall, the head (73, 273) including at least one anti-rotational surface (81, 281) which is held substantially stationary when contacted by the foam, and a metallic thread-engaging surface located adjacent the head and aligned with the hole of the wall; and (c) a flexible polymeric umbrella extending from the fastener (25, 325), the umbrella contacting against a surface of the wall and deterring leakage of the foam through the hole in the wall.
A Line Replaceable Unit prognostic system, comprising: a first LRU; an aircraft position data source configured to monitor the position of an aircraft carrying the LRU prognostic system; and a controller coupled to the first LRU and to the aircraft position data source, the controller configured to: (i) estimate the degradation of the first LRU based at least in part on the duration of time the aircraft position resides in any one of a plurality of different environmental zones while the aircraft is operational, and (ii) calculate an adaptive Time Between Overhaul value for the first LRU utilizing the estimated LRU degradation; characterized in that the LRU prognostic system further comprises a memory embedded in the first LRU and storing degradation rates for the plurality of different environmental zones; and further characterized in that the controller is configured to estimate the degradation of the first LRU as a function of the duration of time the aircraft position resides in the plurality of different environmental zones and the corresponding degradation rates. a first LRU; an aircraft position data source configured to monitor the position of an aircraft carrying the LRU prognostic system; and a controller coupled to the first LRU and to the aircraft position data source, the controller configured to: (i) estimate the degradation of the first LRU based at least in part on the duration of time the aircraft position resides in any one of a plurality of different environmental zones while the aircraft is operational, and (ii) calculate an adaptive Time Between Overhaul value for the first LRU utilizing the estimated LRU degradation; characterized in that the LRU prognostic system further comprises a memory embedded in the first LRU and storing degradation rates for the plurality of different environmental zones; and further characterized in that the controller is configured to estimate the degradation of the first LRU as a function of the duration of time the aircraft position resides in the plurality of different environmental zones and the corresponding degradation rates.
An openable container, comprising: a main body; a cover; a locking mechanism comprising: a first locking member arranged on the main body of the openable container, which includes a cantilever attached to the main body, whose natural position is a lock position and a second locking member arranged on the cover of the openable container which includes a first holding element to hold the first locking member in a lock position, and a second holding element to hold the first locking member in a release position, and a release mechanism (41, 42) suitable for moving the first locking member from the lock position to the release position and comprising: a) a pressing surface on the cantilever, suitable for making the cantilever deform from the natural position when a pressure is applied; and b) a through hole on the second locking member which faces the pressing surface characterised in that the second holding element of the second locking member of the locking mechanism comprises a holding arm. a main body; a cover; a locking mechanism comprising: a first locking member arranged on the main body of the openable container, which includes a cantilever attached to the main body, whose natural position is a lock position and a second locking member arranged on the cover of the openable container which includes a first holding element to hold the first locking member in a lock position, and a second holding element to hold the first locking member in a release position, and a first locking member arranged on the main body of the openable container, which includes a cantilever attached to the main body, whose natural position is a lock position and a second locking member arranged on the cover of the openable container which includes a first holding element to hold the first locking member in a lock position, and a second holding element to hold the first locking member in a release position, and a release mechanism (41, 42) suitable for moving the first locking member from the lock position to the release position and comprising: a) a pressing surface on the cantilever, suitable for making the cantilever deform from the natural position when a pressure is applied; and b) a through hole on the second locking member which faces the pressing surface a) a pressing surface on the cantilever, suitable for making the cantilever deform from the natural position when a pressure is applied; and b) a through hole on the second locking member which faces the pressing surface characterised in that the second holding element of the second locking member of the locking mechanism comprises a holding arm.
A diamond wire cutter, comprising: a. a diamond wire saw for cutting a structure, comprising: i. a diamond wire rotator; ii. a diamond wire operatively in communication with the diamond wire rotator, the diamond wire comprising a fixed total length and a variable exposed length; iii. a chain comprising a first chain end and a second chain end, the chain being disposable about a predetermined portion of an outer surface of the structure to be cut; and iv. a chain driver operatively connected to the chain; b. a movable pulley cart movable about the predetermined portion of the outer surface of the structure and disposed proximate to the diamond wire saw, the movable pulley cart comprising: i. a diamond wire pulley adapted to receive a portion of the diamond wire; and ii. a chain receiver adapted to receive the first chain end and the second chain end the chain receiver operatively connected to the chain; and c. a chain tensioner adapted to receive a predetermined portion of the chain and maintain tension on the chain. a. a diamond wire saw for cutting a structure, comprising: i. a diamond wire rotator; ii. a diamond wire operatively in communication with the diamond wire rotator, the diamond wire comprising a fixed total length and a variable exposed length; iii. a chain comprising a first chain end and a second chain end, the chain being disposable about a predetermined portion of an outer surface of the structure to be cut; and iv. a chain driver operatively connected to the chain; i. a diamond wire rotator; ii. a diamond wire operatively in communication with the diamond wire rotator, the diamond wire comprising a fixed total length and a variable exposed length; iii. a chain comprising a first chain end and a second chain end, the chain being disposable about a predetermined portion of an outer surface of the structure to be cut; and iv. a chain driver operatively connected to the chain; b. a movable pulley cart movable about the predetermined portion of the outer surface of the structure and disposed proximate to the diamond wire saw, the movable pulley cart comprising: i. a diamond wire pulley adapted to receive a portion of the diamond wire; and ii. a chain receiver adapted to receive the first chain end and the second chain end the chain receiver operatively connected to the chain; and i. a diamond wire pulley adapted to receive a portion of the diamond wire; and ii. a chain receiver adapted to receive the first chain end and the second chain end the chain receiver operatively connected to the chain; and c. a chain tensioner adapted to receive a predetermined portion of the chain and maintain tension on the chain.