mhurhangee/patent-ind-claim-en huggingface dataset:
A crop forming shield system, comprising: a first forming shield that is pivotal about a first forming shield axis; a second forming shield that is pivotal about a second forming shield axis; a first motor configured to selectively reposition the first forming shield ; a second motor configured to selectively reposition the second forming shield ; and a user control in communication with the first and second motor ; wherein, the user control selectively engages the first and second motor to reposition the corresponding forming shield , characterized in that , the crop forming shield system further comprising: a first rack gear coupled to the first forming shield ; a second rack gear coupled to the second forming shield ; a first pinion gear coupled to the first motor ; and a second pinion gear coupled to the second motor ; wherein, the first pinion gear selectively meshes with first rack gear and the second pinion gear selectively meshes with the second rack gear to reposition the corresponding first and second forming shield . a first forming shield that is pivotal about a first forming shield axis; a second forming shield that is pivotal about a second forming shield axis; a first motor configured to selectively reposition the first forming shield ; a second motor configured to selectively reposition the second forming shield ; and a user control in communication with the first and second motor ; wherein, the user control selectively engages the first and second motor to reposition the corresponding forming shield , characterized in that , the crop forming shield system further comprising: a first rack gear coupled to the first forming shield ; a second rack gear coupled to the second forming shield ; a first pinion gear coupled to the first motor ; and a second pinion gear coupled to the second motor ; wherein, the first pinion gear selectively meshes with first rack gear and the second pinion gear selectively meshes with the second rack gear to reposition the corresponding first and second forming shield . a first rack gear coupled to the first forming shield ; a second rack gear coupled to the second forming shield ; a first pinion gear coupled to the first motor ; and a second pinion gear coupled to the second motor ; wherein, the first pinion gear selectively meshes with first rack gear and the second pinion gear selectively meshes with the second rack gear to reposition the corresponding first and second forming shield .
Connector , in particular for electrically connecting a first component , in particular a ribbon cable, to a second component , in particular a printed circuit board, comprising: - an insulating housing body which comprises a contact receptacle for receiving a contact region (KB) of the first component along a receiving direction (AR), and - a plurality of resilient contact brackets arranged side by side and electrically insulated from one another by the housing body , which plurality is designed to electrically contact the contact region (KB) of the first component and to electrically connect the second component to the first component , wherein the plurality of contact brackets is arranged in a first arrangement (A1) relative to the receiving direction (AR) and/or in a second arrangement (A2) relative to the receiving direction (AR), and wherein the contact receptacle is positioned on the housing body such that, in the case of the housing body being identical, each of the plurality of contact brackets in the first arrangement (A1) can exert a predeterminable first contact force (F1) on the contact region (KB) of the first component , and each the plurality of contact brackets in the second arrangement (A2) can exert a predeterminable second contact force (F2) on the contact region (KB) of the first component , wherein the first contact force (F1) is different from the second contact force (F2), characterized in that the contact brackets are identical. - an insulating housing body which comprises a contact receptacle for receiving a contact region (KB) of the first component along a receiving direction (AR), and - a plurality of resilient contact brackets arranged side by side and electrically insulated from one another by the housing body , which plurality is designed to electrically contact the contact region (KB) of the first component and to electrically connect the second component to the first component , wherein the plurality of contact brackets is arranged in a first arrangement (A1) relative to the receiving direction (AR) and/or in a second arrangement (A2) relative to the receiving direction (AR), and wherein the contact receptacle is positioned on the housing body such that, in the case of the housing body being identical, each of the plurality of contact brackets in the first arrangement (A1) can exert a predeterminable first contact force (F1) on the contact region (KB) of the first component , and each the plurality of contact brackets in the second arrangement (A2) can exert a predeterminable second contact force (F2) on the contact region (KB) of the first component , each of the plurality of contact brackets in the first arrangement (A1) can exert a predeterminable first contact force (F1) on the contact region (KB) of the first component , and each the plurality of contact brackets in the second arrangement (A2) can exert a predeterminable second contact force (F2) on the contact region (KB) of the first component , wherein the first contact force (F1) is different from the second contact force (F2), characterized in that the contact brackets are identical.
A method comprising: receiving , at a data processing system , a request for a query of data or a CRUD operation on the data, wherein the data is part of a target application ; obtaining , by the data processing system, a schema of objects associated with the target application, wherein the schema models a relationship between the objects, and the objects represent the data of the target application; executing , by the data processing system, the query or CRUD operation on the objects based on the schema; executing , by the data processing system, the query or CRUD operation on the data based on the schema; and reporting , by the data processing system, results of the query or CRUD operation on the data; wherein the reporting the results of the query or CRUD operation includes reporting all object mutations performed on the data associated with the objects over a lifecycle of the objects. receiving , at a data processing system , a request for a query of data or a CRUD operation on the data, wherein the data is part of a target application ; obtaining , by the data processing system, a schema of objects associated with the target application, wherein the schema models a relationship between the objects, and the objects represent the data of the target application; executing , by the data processing system, the query or CRUD operation on the objects based on the schema; executing , by the data processing system, the query or CRUD operation on the data based on the schema; and reporting , by the data processing system, results of the query or CRUD operation on the data; wherein the reporting the results of the query or CRUD operation includes reporting all object mutations performed on the data associated with the objects over a lifecycle of the objects.
A movable apparatus for collecting and analyzing specimens, the apparatus comprising: a transport means configured to be moved independently and to maintain negative pressure therein by a negative pressure module ; a specimen collecting device arranged in the transport means and configured to collect a specimen under remote control by inserting a specimen collecting member (C) into a nasal cavity of a testee who enters the transport means; a specimen transport device arranged in the transport means and configured to transport the specimen collecting member under remote control that has collected the specimen in one direction; and a specimen analysis device arranged in the transport means and configured to extract the specimen from the specimen collecting member that has been transported by the specimen transport device under remote control and to analyze the specimen. a transport means configured to be moved independently and to maintain negative pressure therein by a negative pressure module ; a specimen collecting device arranged in the transport means and configured to collect a specimen under remote control by inserting a specimen collecting member (C) into a nasal cavity of a testee who enters the transport means; a specimen transport device arranged in the transport means and configured to transport the specimen collecting member under remote control that has collected the specimen in one direction; and a specimen analysis device arranged in the transport means and configured to extract the specimen from the specimen collecting member that has been transported by the specimen transport device under remote control and to analyze the specimen.
A display component for head mounted displays, comprising: two optical units ; a first adjustment mechanism connected to the two optical units and configured to adjust a distance between the two optical units ; two image generation devices , each of the two image generation devices movably connecting to one of the two optical units corresponding to the image generation device , and an image generated by each of the two image generation devices being projected by the corresponding optical unit in a predetermined direction; and two second adjustment mechanisms , each of the two second adjustment mechanisms connecting to one of the two image generation devices corresponding to the second adjustment mechanism and configured to adjust a distance between the corresponding image generation device and the optical unit corresponding to the image generation device , characterized in that the two optical units and the two image generation devices connect to a guiding rail , the two optical units are configured to move along the guiding rail under an adjustment of the first adjustment mechanism so as to adjust the distance between the two optical units , and each of the two image generation devices is configured to move along the same guiding rail under an adjustment of the second adjustment mechanism corresponding to the image generation device so as to adjust the distance between the image generation device and the optical unit corresponding to the image generation device . two optical units ; a first adjustment mechanism connected to the two optical units and configured to adjust a distance between the two optical units ; two image generation devices , each of the two image generation devices movably connecting to one of the two optical units corresponding to the image generation device , and an image generated by each of the two image generation devices being projected by the corresponding optical unit in a predetermined direction; and two second adjustment mechanisms , each of the two second adjustment mechanisms connecting to one of the two image generation devices corresponding to the second adjustment mechanism and configured to adjust a distance between the corresponding image generation device and the optical unit corresponding to the image generation device , characterized in that the two optical units and the two image generation devices connect to a guiding rail , the two optical units are configured to move along the guiding rail under an adjustment of the first adjustment mechanism so as to adjust the distance between the two optical units , and each of the two image generation devices is configured to move along the same guiding rail under an adjustment of the second adjustment mechanism corresponding to the image generation device so as to adjust the distance between the image generation device and the optical unit corresponding to the image generation device .
An illuminated microsurgical instrument comprising: a vitrectomy cutter having a tubular member arranged to treat patient tissue at a surgical site, the tubular member comprising an outer cutting tube having a distal tip and an outer surface ; and an optical fiber arranged to deliver light to the surgical site, the optical fiber including a proximal end arranged to receive a light beam from a light source and also including a distal end with a fiber distal tip that includes a beveled end arranged to refract light away from the tubular member outer surface; wherein the outer cutting tube is arranged to remove vitreous from an eye of a patient, the outer cutting tube having a lumen extending in the distal tip, the lumen being defined by an inner surface of a wall of the outer cutting tube, the distal tip comprising a port extending through the wall of the outer cutting tube to receive the vitreous into the lumen; characterized in that the optical fiber distal end is positioned proximate the tissue receiving port ; and the outer surface of the outer cutting tube comprises a notch therein; and the optical fiber is seated in the notch. a vitrectomy cutter having a tubular member arranged to treat patient tissue at a surgical site, the tubular member comprising an outer cutting tube having a distal tip and an outer surface ; and an optical fiber arranged to deliver light to the surgical site, the optical fiber including a proximal end arranged to receive a light beam from a light source and also including a distal end with a fiber distal tip that includes a beveled end arranged to refract light away from the tubular member outer surface; wherein the outer cutting tube is arranged to remove vitreous from an eye of a patient, the outer cutting tube having a lumen extending in the distal tip, the lumen being defined by an inner surface of a wall of the outer cutting tube, the distal tip comprising a port extending through the wall of the outer cutting tube to receive the vitreous into the lumen; characterized in that the optical fiber distal end is positioned proximate the tissue receiving port ; and the outer surface of the outer cutting tube comprises a notch therein; and the optical fiber is seated in the notch.
A method for producing a corrosion resistant metal substrate by providing: i. a nickel or nickel-based layer on a steel or aluminium substrate, or ii. a nickel or nickel-based layer on a steel or aluminium substrate followed by providing a cobalt layer on the nickel or nickel-based layer, to form a plated substrate followed by electrodepositing a molybdenum oxide layer from an aqueous solution onto the plated substrate, wherein the plated substrate acts as a cathode, wherein the aqueous solution comprises a molybdenum salt and an alkali metal phosphate and wherein the pH of the aqueous solution is adjusted to between 4.0 and 6.5, wherein the plated substrate provided with the molybdenum oxide layer is subjected to an annealing step in a reducing atmosphere to, at least partly and preferably fully, reduce the molybdenum oxide in the molybdenum oxide layer to molybdenum metal in a reduction annealing step and to form, simultaneously or subsequently, in the annealing step a diffusion layer which contains nickel and molybdenum, and optionally cobalt, wherein the nickel originates from the nickel or nickel-based layer, the cobalt originates from the optional cobalt layer, and the molybdenum originates from the molybdenum oxide layer. i. a nickel or nickel-based layer on a steel or aluminium substrate, or ii. a nickel or nickel-based layer on a steel or aluminium substrate followed by providing a cobalt layer on the nickel or nickel-based layer,
A method for determining validity of a facial feature, comprising: obtaining, by an electronic device, a first video image and a second video image in a video stream, and a facial feature of the first video image; wherein the second video image is a frame of image preceding the first video image and a quantity of video images between the second video image and the first video image is within a preset quantity range; determining, by the electronic device, posture information based on the facial feature of the first video image and facial change information based on the first video image and the second video image, wherein the posture information is used to represent deflection of a character's head indicated by the facial feature in the first video image, the facial change information is used to represent a position change status of the character's head in the first video image and the second video image, wherein the facial change information comprises an image similarity between a facial image of the first video image and a facial image of the second video image; and determining, by the electronic device, whether the facial feature is an invalid feature based on the posture information and the facial change information. obtaining, by an electronic device, a first video image and a second video image in a video stream, and a facial feature of the first video image; wherein the second video image is a frame of image preceding the first video image and a quantity of video images between the second video image and the first video image is within a preset quantity range; determining, by the electronic device, posture information based on the facial feature of the first video image and facial change information based on the first video image and the second video image, wherein the posture information is used to represent deflection of a character's head indicated by the facial feature in the first video image, the facial change information is used to represent a position change status of the character's head in the first video image and the second video image, wherein the facial change information comprises an image similarity between a facial image of the first video image and a facial image of the second video image; and determining, by the electronic device, whether the facial feature is an invalid feature based on the posture information and the facial change information.
A stretch hooding machine for packaging pallets , comprising a warehouse configured to hold at least one first spool of first tubular film and at least one second spool of second tubular film , a film positioning cart , arranged to grasp a portion of first or second tubular film at an end and to fit said portion of first or second tubular film on the pallet , a film preparation cart comprising a supplying head arranged to withdraw the portion of first or second tubular film from the warehouse and to carry out the cutting and welding thereof at a certain section of said first or second tubular film , characterized in that said supplying head comprises a motorized roller , a first idle roller and at least second idle roller that are free to rotate about their axis and suitable to be put in rotation by the contact with the motorized roller , said first idle roller being configured to withdraw and hold a portion of first tubular film interposed between the first idle roller and the motorized roller and said at least second idle roller configured to withdraw and hold a portion of second tubular film interposed between the second idle roller and the motorized roller , the supplying head further comprises an approaching device configured to put said first and said at least second idle roller in contact with the motorized roller passing from a contact position (C) to a detached position (D) with respect to the motorized roller .
A coated glass pane comprising at least the following layers: a glass substrate; and at least one absorbing layer based on at least one nickel silicide and/or nickel silicide nitride, wherein the coated glass pane further comprises one or more silver based functional layer; and wherein when the coated glass pane comprises one silver based functional layer, the coated glass pane further comprises a lower anti-reflection layer located between the glass substrate and the silver-based functional layer, and an upper anti-reflection layer located above the silver-based functional layer, and wherein when the coated glass pane comprises more than one silver based functional layer, each silver-based functional layer is spaced apart from an adjacent silver-based functional layer by a central anti-reflection layer, and wherein the at least one absorbing layer is located in the upper anti-reflection layer and/or a central anti-reflection layer, and wherein the at least one absorbing layer is embedded between and contacts two layers based on an (oxi)nitride of Si and/or an (oxi)nitride of A1 and/or alloys thereof. a glass substrate; and at least one absorbing layer based on at least one nickel silicide and/or nickel silicide nitride, wherein the coated glass pane further comprises one or more silver based functional layer; and wherein when the coated glass pane comprises one silver based functional layer, the coated glass pane further comprises a lower anti-reflection layer located between the glass substrate and the silver-based functional layer, and an upper anti-reflection layer located above the silver-based functional layer, and wherein when the coated glass pane comprises more than one silver based functional layer, each silver-based functional layer is spaced apart from an adjacent silver-based functional layer by a central anti-reflection layer, and wherein the at least one absorbing layer is located in the upper anti-reflection layer and/or a central anti-reflection layer, and wherein the at least one absorbing layer is embedded between and contacts two layers based on an (oxi)nitride of Si and/or an (oxi)nitride of A1 and/or alloys thereof.
A valve for controlling the flow of fluid, said valve being suitable to operate at frequencies of 20 kHz or higher, comprising: a first plate having apertures extending generally perpendicular through said first plate, wherein the apertures in the first plate are less than 500 μm in diameter; a second plate having first apertures extending generally perpendicular through said second plate, the first apertures being substantially offset from the apertures of said first plate ; a spacer disposed between said first plate and said second plate to form a cavity therebetween in fluid communication with the apertures of said first plate and the first apertures of said second plate ; and a flap disposed and moveable between said first plate and said second plate , said flap having apertures substantially offset from the apertures of said first plate and substantially aligned with the first apertures of said second plate ; wherein the flap has a thickness of less than 45 μm, whereby said flap is operable to be motivated between said first and second plates in response to a change in direction of the differential pressure of the fluid across said valve. a first plate having apertures extending generally perpendicular through said first plate, wherein the apertures in the first plate are less than 500 μm in diameter; a second plate having first apertures extending generally perpendicular through said second plate, the first apertures being substantially offset from the apertures of said first plate ; a spacer disposed between said first plate and said second plate to form a cavity therebetween in fluid communication with the apertures of said first plate and the first apertures of said second plate ; and a flap disposed and moveable between said first plate and said second plate , said flap having apertures substantially offset from the apertures of said first plate and substantially aligned with the first apertures of said second plate ; wherein the flap has a thickness of less than 45 μm, whereby said flap is operable to be motivated between said first and second plates in response to a change in direction of the differential pressure of the fluid across said valve.