mhurhangee/ep-ind-claims huggingface dataset:
Device for locking and unlocking a cover on a frame in particular of a manhole, comprising a lock integral with the cover and having a bolt at its end projecting under the cover that may pivot under the action of the key between a locking position, in which the bolt of the lock is engaged in a keeper of the frame, and an unlocking position, in which the bolt of the lock is disengaged from the keeper, characterised in that the bolt of the lock comprises two radial finger bars, aligned according to a direction substantially parallel to a top flat face of the cover and, when the cover occupies a closed position of the frame, being able to cooperate with two parallel ramps (36, 41) inclined in opposite directions respectively and integral with the cover and the frame under them respectively, so as to exercise a force on the cover for locking to the frame that increases as the finger bars of the bolt move on the ramps (36, 41) under the action of the key until the finger bars of the bolt occupy their position for locking the cover to the frame, in which one of the two finger bars of the bolt is gripped in the keeper of the frame.
Milling machine (100, 100a-100e) having a milling machine width (FMB 1, FMB 2) and a milling machine underside (11, 11a), on which are arranged at least two parallel transverse rails (13a-131) and thereon are arranged carrier slides (14a-14r), being telescopically displaceable and controllable in a translational displacement direction (15a-151) at least on one side beyond the milling machine width (FMB 1, FMB 2) to a working width (AB 1 -AB 3), with milling heads (1a-1t) arranged on the carrier slides (14a-14r), characterized in that the carrier slide (14a-14r) is arranged telescopically displaceably in each transverse rail (13a-131) respectively and in that on each carrier slide (14a-14r) a respectively individual milling head (1a-1t) is arranged displaceable and controllable on the carrier slide (14a-14r) in a second direction of displacement (17, 17a-17c) of the milling head (1a-1t), identical to the translational displacement direction (15a-151) of the carrier slide and in that the carrier slides (14a-14r) are displaceable and controllable on both sides beyond the milling machine width (FMB 1, FMB 2) to the working width (AB 1 -AB 3) in the translational displacement direction (15a-151).
A secondary battery state detecting device detecting a state of charge of a secondary battery mounted on a vehicle, wherein a first operation mode being an initial operation mode when the secondary battery state detecting device is newly connected to the secondary battery, and a second operation mode being a normal operation mode after the first operation mode are included, the secondary battery state detecting device, comprising: an initial state detecting unit which is configured to make the operation mode transit to the first operation mode, and to detect an initial state of charge of the secondary battery with reference to a terminal voltage of the secondary battery in a case connected to the secondary battery; and a normal state detecting unit which is configured to make the operation mode transit to the second operation mode, and to detect the state of charge of the secondary battery at a normal time based on the terminal voltage and a charge/discharge current of the secondary battery at a predetermined timing after the state of charge of the secondary battery is detected by the initial state detecting unit, wherein the normal state detecting unit is configured to make the operation mode transit to the second operation mode when an ignition switch of the vehicle is turned into on state, and the initial state detecting unit is configured to detect the state of charge of the secondary battery in plural times, and detects the state of charge of the secondary battery based on a maximum value of the plural detections or based on an average value of the plural detections. an initial state detecting unit which is configured to make the operation mode transit to the first operation mode, and to detect an initial state of charge of the secondary battery with reference to a terminal voltage of the secondary battery in a case connected to the secondary battery; and a normal state detecting unit which is configured to make the operation mode transit to the second operation mode, and to detect the state of charge of the secondary battery at a normal time based on the terminal voltage and a charge/discharge current of the secondary battery at a predetermined timing after the state of charge of the secondary battery is detected by the initial state detecting unit, wherein the normal state detecting unit is configured to make the operation mode transit to the second operation mode when an ignition switch of the vehicle is turned into on state, and the initial state detecting unit is configured to detect the state of charge of the secondary battery in plural times, and detects the state of charge of the secondary battery based on a maximum value of the plural detections or based on an average value of the plural detections.
A sliding device comprising: - a cylinder (8, 18); - a piston mounted in the cylinder (8, 18) in a sliding manner, - a rod connected to the piston, the rod being axially hollow and comprising a wall; - means for damping a sliding movement of the device, said means comprising a cylindrical ring sliding on the rod and movably connected to the cylinder (8, 18); characterized in that the damping means comprise, furthermore, calibrated openings (26, 28) in the wall of the rod and distributed axially, the openings (26, 28) and the ring being configured such that the fluid displaced by the sliding movement of the device is driven back through the openings, the passage cross-section of said openings being progressively reduced during their covering by said ring. - a cylinder (8, 18); - a piston mounted in the cylinder (8, 18) in a sliding manner, - a rod connected to the piston, the rod being axially hollow and comprising a wall; - means for damping a sliding movement of the device, said means comprising a cylindrical ring sliding on the rod and movably connected to the cylinder (8, 18);
A V-belt continuously variable transmission including a fixed sheave member fixedly mounted on a pulley shaft, a movable sheave member axially movably mounted on the pulley shaft, a V-belt wound between the fixed and movable sheave members (15, 21), and an actuator for axially moving the movable sheave member along the pulley shaft toward or away from the fixed sheave member, wherein the actuator comprises: a motor as a drive source; a nut member having a female screw formed thereon and rotationally drivable by the motor; an output rod having a male screw formed thereon and meshing with the female screw of the nut member, the output rod axially moving in response to rotation of the nut member to thereby axially move the movable sheave member connected to one end portion thereof; an actuator case accommodating and rotatably supporting the nut member and a part of the output rod, the one end portion of the output rod extending through a wall portion of the actuator case outwardly of the actuator case; and a first bearing disposed on the actuator case or the nut member for supporting the one end portion of the output rod while allowing axial movement of the output rod; characterized in that the actuator further comprises a second bearing disposed on the actuator case or the nut member for supporting another end portion of the output rod, opposite from the one end portion, while allowing axial movement of the output rod, with the male screw disposed between the one end portion and the other end portion. a motor as a drive source; a nut member having a female screw formed thereon and rotationally drivable by the motor; an output rod having a male screw formed thereon and meshing with the female screw of the nut member, the output rod axially moving in response to rotation of the nut member to thereby axially move the movable sheave member connected to one end portion thereof; an actuator case accommodating and rotatably supporting the nut member and a part of the output rod, the one end portion of the output rod extending through a wall portion of the actuator case outwardly of the actuator case; and a first bearing disposed on the actuator case or the nut member for supporting the one end portion of the output rod while allowing axial movement of the output rod; characterized in that the actuator further comprises a second bearing disposed on the actuator case or the nut member for supporting another end portion of the output rod, opposite from the one end portion, while allowing axial movement of the output rod, with the male screw disposed between the one end portion and the other end portion.
Actively adjustable wheel suspension for the wheels of an axle of a motor vehicle in which each wheel is articulated via a plurality of wheel guiding elements on the side of the vehicle body and each wheel is in operative connection with a rotary actuator comprising a torsion bar mounted on the side of the vehicle body and in which the two rotary actuators can be actuated via a control device for active adjustment, wherein the rotary actuators and the torsion bars of the rotary actuators are aligned in the longitudinal direction of the motor vehicle and the rotary actuators each comprise at least one strut (16, 16', 32) aligned in the transverse direction of the motor vehicle for torque support, characterised in that the strut of one rotary actuator is designed in the form of a housing and in that the control device is integrated into the strut of the rotary actuator designed in the form of a housing.
A computer-implemented method of generating a routable digital open area map, the method comprising: obtaining an image of a floor plan; using the image to form a grid of contiguous tiles, wherein the grid has a shape that corresponds to a pedestrian-accessible sub-area within the floor plan, and wherein the shape has a boundary that corresponds to borders comprising walls depicted in the floor plan; assigning a cost value to each of the contiguous tiles comprising assigning the cost values in an increasing order while moving farther away from a border; and, thereby, generating, for use by a user device of a person, a routable floor plan as a function of the grid and the assigned cost values and inverting the assigned cost values based on a maximum assigned value. obtaining an image of a floor plan; using the image to form a grid of contiguous tiles, wherein the grid has a shape that corresponds to a pedestrian-accessible sub-area within the floor plan, and wherein the shape has a boundary that corresponds to borders comprising walls depicted in the floor plan; assigning a cost value to each of the contiguous tiles comprising assigning the cost values in an increasing order while moving farther away from a border; and, thereby, generating, for use by a user device of a person, a routable floor plan as a function of the grid and the assigned cost values and inverting the assigned cost values based on a maximum assigned value.
An optical assembly, comprising: - a barrel defining a cavity, the barrel having an inner wall provided with a set of barrel threads; - an optical element mounted in the cavity and having opposite first and second surfaces; - a flexible ring having an outer surface provided with a set of ring threads engaging the barrel threads, wherein the flexible ring having a biased state in which the ring threads press against the barrel threads, said flexible ring being resiliently deformable to a compressed state in which an engagement of the ring threads and barrel threads allows screwing of said flexible ring within the cavity, characterized in that the flexible ring has an abutment peripherally engaging one of: - the first surface of the optical element, said abutment thereby defining a seat for the optical element, the optical assembly further comprising a retaining ring or additional flexible ring engaging the second surface of the optical element, the optical element being thereby secured between the flexible ring and the retaining ring or the additional flexible ring; or - the second surface of the optical element, the optical assembly further comprising a seat provided in said cavity and engaging the first surface of the optical element, the optical element being thereby secured between the seat and the flexible ring. - a barrel defining a cavity, the barrel having an inner wall provided with a set of barrel threads; - an optical element mounted in the cavity and having opposite first and second surfaces; - a flexible ring having an outer surface provided with a set of ring threads engaging the barrel threads, - the first surface of the optical element, said abutment thereby defining a seat for the optical element, the optical assembly further comprising a retaining ring or additional flexible ring engaging the second surface of the optical element, the optical element being thereby secured between the flexible ring and the retaining ring or the additional flexible ring; or - the second surface of the optical element, the optical assembly further comprising a seat provided in said cavity and engaging the first surface of the optical element, the optical element being thereby secured between the seat and the flexible ring.
A controller for a shovel, the shovel including a lower traveling body; an upper turning body turnably mounted on the lower traveling body; a boom attached to the upper turning body; an arm attached to the boom; a bucket attached to the arm; and a pose detection unit configured to output detection information about a pose of a work part of the bucket, characterised in that the controller is configured to control operation of the work part to cause the work part to perform compaction of ground by pressing the work part of the bucket against the ground by a lowering operation of the boom, and the controller is configured to control an operation of the arm and the bucket according to the lowering operation of the boom to cause an end portion of the work part to perform the compaction of the ground on the basis of the detection information of the pose detection unit. a lower traveling body; an upper turning body turnably mounted on the lower traveling body; a boom attached to the upper turning body; an arm attached to the boom; a bucket attached to the arm; and a pose detection unit configured to output detection information about a pose of a work part of the bucket, characterised in that the controller is configured to control operation of the work part to cause the work part to perform compaction of ground by pressing the work part of the bucket against the ground by a lowering operation of the boom, and the controller is configured to control an operation of the arm and the bucket according to the lowering operation of the boom to cause an end portion of the work part to perform the compaction of the ground on the basis of the detection information of the pose detection unit.
A vacuum cleaner filter bag comprising a wall, that encloses an inner space and consists of an air-permeable material, as well as an inlet opening formed in the wall, wherein the air-permeable material comprises at least one layer of a non-woven fabric, that comprises a dust-like and/or fiber-like recycled material from the production of textiles, in particular cotton textiles, wherein the at least one layer of non-woven fabric comprising a dust-like and/or fiber-like recycled material has a density of 0.005 g/cm 3 to 0.03 g/cm 3, in particular of 0.007 g/cm 3 to 0.02 g/cm 3.
A tomato plant exhibiting a facultative parthenocarpy and at least 80 % of the fruit yield being devoid of homeotic aberrations and comprising a loss-of-function mutation in an AGL6 gene.
A hydrocyclone arrangement having a plurality of hydrocyclone modules which in each case form a pre-assemblable unit produced from several hydrocyclones, wherein a. the hydrocyclones have separating spaces b. the hydrocyclones have at least one head or several heads as an apparatus for removing centrifuged material out of the separating spaces, c. the at least one hydrocyclone module additionally has a supply line, an upper line and a lower line and d. the pre-assembled unit composed of the supply line, the upper line and/or the lower line is held together with pretensioning by means of at least one clamping device, characterized in that e. the hydrocyclones of the at least one hydrocyclone module have at least one base block, in which several of the separating spaces are realized directly, f. wherein the base block is a solid block, in which the separating spaces as well as, where applicable, inlets and outlets have been realized or a base block, in which several separating spaces have been realized by means of a casting operation. a. the hydrocyclones have separating spaces b. the hydrocyclones have at least one head or several heads as an apparatus for removing centrifuged material out of the separating spaces, c. the at least one hydrocyclone module additionally has a supply line, an upper line and a lower line and d. the pre-assembled unit composed of the supply line, the upper line and/or the lower line is held together with pretensioning by means of at least one clamping device, e. the hydrocyclones of the at least one hydrocyclone module have at least one base block, in which several of the separating spaces are realized directly, f. wherein the base block is a solid block, in which the separating spaces as well as, where applicable, inlets and outlets have been realized or a base block, in which several separating spaces have been realized by means of a casting operation.
Filter element in particular of a fuel filter for motor vehicles, provided for being replaceably inserted into a filter housing, comprising a filter body with a filter material disposed in folds, characterized in that an individual heating element for the fuel is disposed between two folds with a corresponding passage opening at an end disk of the filter element.
A ram assembly system for a turret machine, comprising: a frame member; a first ram with a first cam follower bracket and a first set of cam followers; an outer die tooling connected to the first ram; a second ram with a second cam follower bracket and second set of cam followers; an inner knockout tooling connected to the second ram; a first cam surface, the first set of cam followers configured to follow the first cam surface; and a second cam surface, the second set of cam followers configured to follow the second cam surface, wherein the first ram is connected to the second ram on the frame member, and wherein as the first set of cam followers follows the first cam surface, the outer die tooling moves toward or away from an article to be worked on, and wherein as the second set of cam followers follows the second cam surface, the inner knockout tooling moves toward or away from the article to be worked on, characterised in that the ram assembly includes an anti-lift device to prevent lifting of the first and second cam follower sets off of the first and second cam surfaces, and wherein the anti-lift device includes at least one anti-lift roller positioned against an adjacent ram bracket. a frame member; a first ram with a first cam follower bracket and a first set of cam followers; an outer die tooling connected to the first ram; a second ram with a second cam follower bracket and second set of cam followers; an inner knockout tooling connected to the second ram; a first cam surface, the first set of cam followers configured to follow the first cam surface; and a second cam surface, the second set of cam followers configured to follow the second cam surface, wherein the first ram is connected to the second ram on the frame member, and wherein as the first set of cam followers follows the first cam surface, the outer die tooling moves toward or away from an article to be worked on, and wherein as the second set of cam followers follows the second cam surface, the inner knockout tooling moves toward or away from the article to be worked on, characterised in that the ram assembly includes an anti-lift device to prevent lifting of the first and second cam follower sets off of the first and second cam surfaces, and wherein the anti-lift device includes at least one anti-lift roller positioned against an adjacent ram bracket.
A pharmaceutical product comprising a) a first component comprising Compound A; and b) a second component comprising capecitabine for use in the simultaneous or sequential treatment of cancer, in particular solid and/or hematological tumors such as breast, colon, colorectal, lung and pancreatic tumors, sarcoma or leukemias such as acute myelocytic leukemia, wherein Compound A is 4-{[(2R,3S,4R,5S)-4-(4-Chloro-2-fluoro phenyl)-3-(3-chloro-2-fluorophenyl)-4-cyano-5-(2,2-dimethyl-propyl)-pyrrolidine-2- carbonyl]-amino}-3-methoxy-benzoic acid.
A shaving blade cartridge comprising a housing and at least one cutting blade mounted in a blade receiving section of the housing between first and second lateral sides (19, 21) of the housing, wherein the at least one cutting blade is movably supported by fingers (49, 51) such that the at least one cutting blade can move from a first position to at least one second position, wherein one or more fingers (49; 51) is designed such that the cutting blade is supported by at least one first contact point or area of the finger (49; 51) when the at least one cutting blade is in the first position, and in that the at least one cutting blade is supported by at least one second contact point or area of the finger (49; 51) when the at least one cutting blade is in the second position, characterized in that the distance between the first contact point or area and the at least one second contact point or area on the finger is between 0.2mm-0.6mm.
A dispensing device for dispensing a liquid foodstuff product from a container (3 or 20) of flexible material by means of hand-operation, wherein the container (3 or 20) and a hose member of elastic and resilient material are connectable with each other such that product can flow from the container (3 or 20) into the hose member; wherein the hose member is compressible in order to dispense product therefrom, wherein the hose member is designed so as to regain, by its own resilience, an original shape after compression thereof, wherein a check valve is arranged to close so as to prevent product, upon compressing the hose member, from flowing back into the container (3 or 20); wherein a discharge valve is arranged to open so as to allow dispensing of product from the hose member and to close when so done, wherein the hose member is disposed in a tube member or the like, and wherein a pressure means is arranged to compress side portions of the hose member in order to dispense product therefrom, the tube member has an oblong slot extending in a longitudinal direction along the tube member; that the pressure means is oblong, extends along the slot, and is insertable therein in order to compress side portions of the hose member in the slot, that the pressure means is pivotally mounted on tube member as a one-arm lever, characterized in that the container (3 or 20) and the hose member can be coupled with each other by pressing a tubular coupling part, which is connected with the hose member, through a wall portion of the container (3 or 20) and pressing the coupling member fixedly onto an inner coupling part disposed in the container (3 or 20), whereby communication is established between the container (3 or 20) and the hose member so that product can flow from the container (3 or 20) into the tube member, that the tube member is disposed on a cup-like member being designed such that the container can be laid down therein, and that the tube member is disposed on the cup-shaped member in such a manner that when the container is laid down therein, the hose member can be passed down into the tube member, and that the cup-shaped member and the tube member are formed as one unit of the same material.