mhurhangee/patent-ind-claim-en huggingface dataset:
A component supply device comprising: a storage section configured to store multiple components ; an attachment section to which the storage section is detachably attached; a locking mechanism configured to lock the storage section in a state attached to the attachment section ; a component support section configured to support multiple components , which have been discharged from an opening of the storage section that is attached to the attachment section , in a scattered state; a closing member capable of movement to and from an open position in which the opening of the storage section is open such that a component can be discharged from the opening, and a closed position in which at least a portion of the opening of the storage section is covered such that falling of components from the entrance is prevented; characterized in that the storage section includes a storage box configured to store multiple components and a housing configured to hold the storage box in a swingable manner, the locking mechanism is configured to release the locking of the storage section to the attachment section by the storage box being swung in a specified direction, and a moving mechanism configured to move the closing member to the closed position by the storage box being swung in the specified direction in accordance with releasing of the locking of the storage section to the attachment section by the locking mechanism . a storage section configured to store multiple components ; an attachment section to which the storage section is detachably attached; a locking mechanism configured to lock the storage section in a state attached to the attachment section ; a component support section configured to support multiple components , which have been discharged from an opening of the storage section that is attached to the attachment section , in a scattered state; a closing member capable of movement to and from an open position in which the opening of the storage section is open such that a component can be discharged from the opening, and a closed position in which at least a portion of the opening of the storage section is covered such that falling of components from the entrance is prevented; characterized in that the storage section includes a storage box configured to store multiple components and a housing configured to hold the storage box in a swingable manner, the locking mechanism is configured to release the locking of the storage section to the attachment section by the storage box being swung in a specified direction, and a moving mechanism configured to move the closing member to the closed position by the storage box being swung in the specified direction in accordance with releasing of the locking of the storage section to the attachment section by the locking mechanism .
A system comprising a toilet bowl having at least one chamber, wherein a self-adhesive gel-like sanitizing agent is present in the chamber of the toilet bowl and adheres to the chamber shell, and wherein the chamber shell is completely closed on at least one side and the agent adheres to the completely closed side of the chamber shell and wherein the sanitizing agent comprises at least one non-ionic adhesion promoter and wherein the non-ionic adhesion promoter comprises at least one hydrophobic moiety and further comprises a hydrophilic group, wherein the sanitizing agent is acidic.
A mould for climbing shoes comprising a sole forming a supporting portion of the sole of the wearer's foot and comprising zones of convexity with a greater thickness configured to maintain the position of the foot being gripped; characterised in that the mould comprises side bands having different thicknesses designed to fill a space of the mould for forming a lateral support for a wearer's foot.
A weighing apparatus comprising: adjacent hoppers; and a sorting mechanism disposed between the adjacent hoppers, the sorting mechanism sorting an article given from outside into one of the adjacent hoppers, wherein the sorting mechanism includes a rotator rotatable around a rotation shaft , characterized in that the rotation shaft and a central axis of the rotator are not parallel, the rotator is adapted to rotate when the article abuts on the rotator , and the rotator is adapted not to rotate when the article does not abut on the rotator . adjacent hoppers; and a sorting mechanism disposed between the adjacent hoppers, the sorting mechanism sorting an article given from outside into one of the adjacent hoppers, wherein the sorting mechanism includes a rotator rotatable around a rotation shaft , characterized in that the rotation shaft and a central axis of the rotator are not parallel, the rotator is adapted to rotate when the article abuts on the rotator , and the rotator is adapted not to rotate when the article does not abut on the rotator .
An apparatus for cutting human or animal tissue, such as a cornea, or a lens, said apparatus including a femtosecond laser capable of emitting a laser beam in the form of pulses and a processing device for producing a pattern in a focusing plane from the laser beam generated by the femtosecond laser, the processing device being positioned downstream of said femtosecond laser, the processing device comprising: - a spatial light modulator (SLM) between the source and the focusing plane , said spatial light modulator (SLM) being programmed using at least one phase mask for modulating the phase of the wavefront of the laser beam from the femtosecond laser so as to obtain a modulated laser beam, - a focusing optical system for focusing the modulated laser beam in a cutting plane, and - a control unit capable of controlling the movement of the focusing optical system along an optical path of the laser beam to displace the focusing plane into at least three respective cutting planes so as to form a stack of tissue cutting surfaces. - a spatial light modulator (SLM) between the source and the focusing plane , said spatial light modulator (SLM) being programmed using at least one phase mask for modulating the phase of the wavefront of the laser beam from the femtosecond laser so as to obtain a modulated laser beam, - a focusing optical system for focusing the modulated laser beam in a cutting plane, and - a control unit capable of controlling the movement of the focusing optical system along an optical path of the laser beam to displace the focusing plane into at least three respective cutting planes so as to form a stack of tissue cutting surfaces.
A method for supplying additional hydrogen to a hydrogen pipeline from a salt cavern to assist in meeting customer demand for hydrogen, said method comprising: removing a crude hydrogen stream from the salt cavern at a first flow rate that will assist in meeting the customer demand, the crude hydrogen stream containing contaminants imparted by the salt cavern such that the crude hydrogen stream contains at least one of the contaminants at a level higher than that allowed by a product purity specification of the hydrogen in the pipeline ; characterised in that the method further comprises withdrawing a portion of hydrogen from the hydrogen contained in the pipeline to form a hydrogen dilution stream when supply is less than demand, the hydrogen dilution stream containing each of the contaminants at a concentration less than that of the product purity specification; mixing the hydrogen dilution stream with the crude hydrogen stream to dilute the crude hydrogen stream and thereby form a hydrogen product stream having lower levels of the contaminants than the crude hydrogen stream ; controlling a second flow rate of the hydrogen dilution stream such that the contaminants are present in the hydrogen product stream at or below the product purity specification; and introducing at least part of the hydrogen product stream into the pipeline to supply the additional hydrogen to the pipeline . removing a crude hydrogen stream from the salt cavern at a first flow rate that will assist in meeting the customer demand, the crude hydrogen stream containing contaminants imparted by the salt cavern such that the crude hydrogen stream contains at least one of the contaminants at a level higher than that allowed by a product purity specification of the hydrogen in the pipeline ; characterised in that the method further comprises withdrawing a portion of hydrogen from the hydrogen contained in the pipeline to form a hydrogen dilution stream when supply is less than demand, the hydrogen dilution stream containing each of the contaminants at a concentration less than that of the product purity specification; mixing the hydrogen dilution stream with the crude hydrogen stream to dilute the crude hydrogen stream and thereby form a hydrogen product stream having lower levels of the contaminants than the crude hydrogen stream ; controlling a second flow rate of the hydrogen dilution stream such that the contaminants are present in the hydrogen product stream at or below the product purity specification; and introducing at least part of the hydrogen product stream into the pipeline to supply the additional hydrogen to the pipeline .
A hydraulic system for circulating hydraulic fluid via a pump and a hydraulic motor , said hydraulic system being arranged for propelling a vehicle, wherein said hydraulic system comprises a main control valve located between said pump and said hydraulic motor as seen in a direction of flow from said pump to said hydraulic motor , and an anticavitation valve located between said main control valve and said hydraulic motor as seen in a direction of flow from said pump to said hydraulic motor , said anticavitation valve being arranged such that when said main control valve assumes a condition preventing fluid communication between said pump and said hydraulic motor , hydraulic fluid may flow from a first side to a second side of said hydraulic motor via said anticavitation valve , characterized in that said anticavitation valve comprises a variable valve assembly comprising an electronically controlled pressure relief valve for variably controlling the hydraulic fluid flow from said first side to said second side of said hydraulic motor .
A monitor for an inhaler , the inhaler including: an inhaler housing having a cap ; a mouthpiece configured to be removably covered by the cap ; a perforation means; and a medicament chamber coupled to the mouthpiece, the cap configured to move between a cap on and a cap off position; the monitor being configured to releasably attach to the inhaler , the monitor being characterised by including: a monitor housing , releasably attachable to the inhaler , and comprising an inner shell and an outer shell ; at least one retaining catch ; and a cap detection means configured to detect when the cap is covering and not covering the mouthpiece , characterised in that a gap is provided between at least part of the inner shell and the outer shell such that: the outer shell is adapted to flex and/or move outwardly and inwardly with respect to the inner shell to receive the inhaler in the monitor housing ; and/or the inner shell is configured to operatively flex into the gap to permit the insertion and retention of the inhaler . an inhaler housing having a cap ; a mouthpiece configured to be removably covered by the cap ; a perforation means; and a medicament chamber coupled to the mouthpiece, the cap configured to move between a cap on and a cap off position; a monitor housing , releasably attachable to the inhaler , and comprising an inner shell and an outer shell ; at least one retaining catch ; and a cap detection means configured to detect when the cap is covering and not covering the mouthpiece , the outer shell is adapted to flex and/or move outwardly and inwardly with respect to the inner shell to receive the inhaler in the monitor housing ; and/or the inner shell is configured to operatively flex into the gap to permit the insertion and retention of the inhaler .
A window/door securing device for securing a leaf , in particular an outwardly opening leaf, of a window or door in a closed position in which the leaf contacts a frame of the window or door, wherein the window/door securing device comprises a base body and a counter-piece which is selectively latchable to the base body so that, on a fastening of the base body to the frame and of the counter-piece to the leaf , the leaf can be secured in the closed position by latching the counter-piece to the base body ; wherein the base body has two installation surfaces so that one of the installation surfaces of the base body can be selectively placed on and fastened to the frame ; and wherein the two installation surfaces are aligned perpendicular to one another, characterized in that the base body has a receiver for receiving a latch section of the counter-piece ; and in that the two installation surfaces each have a receiver opening through which the latch section of the counter-piece can penetrate into the receiver .
A method of providing a variable-resolution visual display in a pipe inspection system , comprising: capturing a first image at a first resolution, covering a first field of view, in an electronic imaging element of a camera head inserted in a pipe or other cavity, the electronic imaging element including an image sensor and imaging optics; converting the first image to a first analog signal; providing the first analog signal to a camera control unit, CCU ; sensing one or more of the conditions associated with movement of the camera head through the pipe or other cavity, wherein the one or more conditions comprise a stop motion, a speed threshold, and a start motion of the camera head within the pipe or other cavity; generating, responsive to the one or more sensed conditions, ones of a plurality of tiled images corresponding to tiled subsets of the first field of view, wherein the plurality of tiled images can be combined into a second image and the second image has a second resolution different from the first resolution; converting the plurality of tiled images to a second analog signal; and providing the second analog signal to the CCU. capturing a first image at a first resolution, covering a first field of view, in an electronic imaging element of a camera head inserted in a pipe or other cavity, the electronic imaging element including an image sensor and imaging optics; converting the first image to a first analog signal; providing the first analog signal to a camera control unit, CCU ; sensing one or more of the conditions associated with movement of the camera head through the pipe or other cavity, wherein the one or more conditions comprise a stop motion, a speed threshold, and a start motion of the camera head within the pipe or other cavity; generating, responsive to the one or more sensed conditions, ones of a plurality of tiled images corresponding to tiled subsets of the first field of view, wherein the plurality of tiled images can be combined into a second image and the second image has a second resolution different from the first resolution; converting the plurality of tiled images to a second analog signal; and providing the second analog signal to the CCU.
An electrical connector comprising - an inner housing and an outer housing , - inner shielding means and outer shielding means , the inner shielding means being in electrical contact with the outer shielding means , - annular sealing means , characterized in that the outer shielding means is formed as a single annular band, the sealing means are in sealing contact, on the one hand, with both the outer housing and the outer shielding means , and on the other hand with both the inner housing and the outer shielding means . - an inner housing and an outer housing , - inner shielding means and outer shielding means , the inner shielding means being in electrical contact with the outer shielding means , - annular sealing means ,
A compound of formula (I) or a pharmaceutically acceptable salt thereof, wherein, ring A is selected from R 1 -L- is selected from: R 2 is selected from H, methyl, ethyl or cyclopropyl; optionally, the structural unit can be replaced by ring A is selected from R 1 -L- is selected from: R 2 is selected from H, methyl, ethyl or cyclopropyl; optionally, the structural unit can be replaced by
Trailer coupling for a motor vehicle with a coupling arm , at the free longitudinal end section of which there is provided a coupling body , in particular a coupling ball , for attaching a trailer or load carrier , with its other longitudinal end section forming a holding end for holding and/or movable mounting on a support structure of the motor vehicle , wherein the coupling arm has support ties which extend at a lateral distance from one another between the two longitudinal end sections along the longitudinal course of the coupling arm , wherein the support ties are linked together by a multiplicity of connecting struts (26-31) in the manner of a framework structure or rib structure , and wherein the coupling arm has at least one location for a contact unit and/or optical connections between an electrical system of the motor vehicle and a trailer or load carrier , characterised in that the coupling arm has at least one connecting strut at a distance from the location for the contact unit , with respect to the longitudinal course of the coupling arm .
A hydraulic actuator comprising a hydraulic drive cylinder , in particular having a drive piston guided therein, a first hydraulic output cylinder , which is hydraulically coupled to the drive cylinder , as well as a pressure limiting valve , which limits the pressure in the first output cylinder depending on an action time of a force on the drive cylinder and/or the drive piston , wherein the pressure limiting valve is arranged for pressure limitation with respect to and/or for pressure relief in a second output cylinder , and wherein the second output cylinder is hydraulically coupled to the drive cylinder , characterized in that the first output cylinder and the second output cylinder are mutually hydraulically coupled by means of a multi-port valve .
A cutting insert for a tool for machining a workpiece, comprising a first cutting edge and a first cutting insert bore , wherein the cutting insert has a substantially elongate shape and extends substantially along a cutting insert longitudinal direction , wherein the first cutting insert bore extends along a first bore axis , which runs orthogonally, with a deviation of ± 3°, to the cutting insert longitudinal direction , wherein the cutting insert comprises a laterally protruding elevation , which is arranged on a side of the cutting insert that is oriented transversely to the first bore axis , and wherein on the elevation are arranged a first lateral holder contact surface , an axial holder contact surface and a first horizontal holder contact surface for a bearing contact of the cutting insert against a tool holder , wherein the first lateral holder contact surface runs orthogonally, with a deviation of ± 3°, to the first bore axis , and wherein the axial holder contact surface and the first horizontal holder contact surface run orthogonally, with a deviation of ± 3°, to the first lateral holder contact surface and transversely to each other, wherein the cutting insert further comprises a second cutting insert bore , which extends along a second bore axis oriented parallel to the first bore axis , and wherein both the first and the second cutting insert bore pass through the elevation orthogonally to the first lateral holder contact surface , characterized in that on the elevation is further arranged a second lateral holder contact surface , which lies in a same plane with the first lateral holder contact surface and is distanced therefrom in the cutting insert longitudinal direction , wherein the first lateral holder contact surface at least partially surrounds the first cutting insert bore , and wherein the second lateral holder contact surface at least partially surrounds the second cutting insert bore .
A system (100; 200; 300) for tracking bubbles in a medication fluid line (106; 206; 306), comprising: a light source (104; 204) positioned adjacent the fluid line (106; 206; 306) for directing light to a part of the fluid line (106; 206; 306); an image capturing device (102; 202; 302) positioned adjacent the fluid line (106; 206; 306) and configured to capture a first and a second image of the part of the fluid line (106; 206; 306); and a processing system (108; 208; 308) configured to process the first image for detecting a secondary substance (109; 209; 309; 409; 509) within a primary substance (107; 207; 307; 407; 507), wherein the secondary substance (109; 209; 309; 409; 509) is in the form of a bubble (111; 211; 311; 411; 511), wherein the processing system is further configured to identify a first location of the bubble (111; 211; 311; 411; 511) within the first image and to analyze the second image and identify a second location of the bubble (111; 211; 311; 411; 511) within the second image and wherein the processing system (108; 208;308) is further configured to calculate a distance between the first location and the second location characterized in that the processing system (108; 208; 308) is further configured to determine if the distance is within a predetermined range, wherein the predetermined range is dependent upon a fluid flow rate within the fluid line (106; 206; 306), and to adjust the frame rate of the image capturing device (102; 202) based on whether the calculated distance is within the predetermined range. a light source (104; 204) positioned adjacent the fluid line (106; 206; 306) for directing light to a part of the fluid line (106; 206; 306); an image capturing device (102; 202; 302) positioned adjacent the fluid line (106; 206; 306) and configured to capture a first and a second image of the part of the fluid line (106; 206; 306); and a processing system (108; 208; 308) configured to process the first image for detecting a secondary substance (109; 209; 309; 409; 509) within a primary substance (107; 207; 307; 407; 507), wherein the secondary substance (109; 209; 309; 409; 509) is in the form of a bubble (111; 211; 311; 411; 511), wherein the processing system is further configured to identify a first location of the bubble (111; 211; 311; 411; 511) within the first image and to analyze the second image and identify a second location of the bubble (111; 211; 311; 411; 511) within the second image and wherein the processing system (108; 208;308) is further configured to calculate a distance between the first location and the second location characterized in that the processing system (108; 208; 308) is further configured to determine if the distance is within a predetermined range, wherein the predetermined range is dependent upon a fluid flow rate within the fluid line (106; 206; 306), and to adjust the frame rate of the image capturing device (102; 202) based on whether the calculated distance is within the predetermined range.