mhurhangee/patent-ind-claim-en huggingface dataset:
An inspection system for a drug container for the identification of foreign matter, the system comprising: a camera device including a lens ; a robot having a portion movable along a linear path, the camera device aligned with a longitudinal axis of the drug container, such that the camera device is configured to capture a series of images of an interior surface of a sidewall and/or a bottom wall of the drug container prior to filling the drug container while the robot causes relative movement between the camera device and the drug container along the linear path; and a control circuit in communication with the camera device, the control circuit including a processor, a memory, and logic stored on the memory and executable by the processor to receive the series of images from the camera device and process the series of images to identify foreign matter shown in the images. a camera device including a lens ; a robot having a portion movable along a linear path, the camera device aligned with a longitudinal axis of the drug container, such that the camera device is configured to capture a series of images of an interior surface of a sidewall and/or a bottom wall of the drug container prior to filling the drug container while the robot causes relative movement between the camera device and the drug container along the linear path; and a control circuit in communication with the camera device, the control circuit including a processor, a memory, and logic stored on the memory and executable by the processor to receive the series of images from the camera device and process the series of images to identify foreign matter shown in the images.
A continuous ink jet printer comprising an ink circuit, the ink circuit comprising an ink tank , an ink pump arrangement , an ink supply path from a plurality of ink inlet openings inside the ink tank to the ink pump arrangement and an ink return path from the ink pump arrangement to the interior of the ink tank , the plurality of ink inlet openings being spaced in one or more directions parallel to the floor of the ink tank, the printer further comprising a control system arranged (a) to control the ink pump arrangement to pump ink around the ink circuit in a forward direction, in which the ink flows from the interior of the ink tank through the plurality of ink inlet openings and along the ink supply path to the ink pump arrangement , and from the ink pump arrangement along the ink return path back to the interior of the ink tank , characterised in that the control system is also arranged (b) to control the ink pump arrangement to pump fluid around the ink circuit in a reverse direction, in which the fluid flows from the interior of the ink tank along the ink return path to the ink pump arrangement , and from the ink pump arrangement along the ink supply path and through the plurality of ink inlet openings back to the interior of the ink tank . the printer further comprising a control system arranged (a) to control the ink pump arrangement to pump ink around the ink circuit in a forward direction, in which the ink flows from the interior of the ink tank through the plurality of ink inlet openings and along the ink supply path to the ink pump arrangement , and from the ink pump arrangement along the ink return path back to the interior of the ink tank , characterised in that the control system is also arranged (b) to control the ink pump arrangement to pump fluid around the ink circuit in a reverse direction, in which the fluid flows from the interior of the ink tank along the ink return path to the ink pump arrangement , and from the ink pump arrangement along the ink supply path and through the plurality of ink inlet openings back to the interior of the ink tank .
Portable mechanical password generator having a determined memory, such that a multi-digit password is mechanically generated and displayed after manually setting a multi-digit access code by rotating an adjusting wheel , wherein the mechanical password generator comprises at least one blurring mechanism , a drum mechanism and an interlocking mechanism as mechanical components, and wherein the blurring mechanism comprises an adjusting wheel , characterised in that the drum mechanism comprises cylindrical sign drums which bear signs and/or numbers on them which constitute the password, and which are arranged concentrically on rotational axes in circular orbits or rings, each becoming smaller, on drum paths , wherein the number of cylindrical sign drums decreases inwardly from the outermost ring, six adjusting devices of the adjusting mechanism are mechanically coupled to the adjusting wheel in such a way that one of the drum paths is allocated to each of the six adjusting devices and generate a movement of the sign drums by rotation together with the rotation of the adjusting wheel , wherein, for the mechanical coupling for conveying the rotational movement on the adjusting wheel onto one of the drum paths corresponding to one of the adjusting mechanisms, the housing wall is pressed against from outside, whereby a consistent connection emerges which transfers the rotation on the adjusting wheel to the corresponding coupled drum path . the drum mechanism comprises cylindrical sign drums which bear signs and/or numbers on them which constitute the password, and which are arranged concentrically on rotational axes in circular orbits or rings, each becoming smaller, on drum paths , wherein the number of cylindrical sign drums decreases inwardly from the outermost ring, six adjusting devices of the adjusting mechanism are mechanically coupled to the adjusting wheel in such a way that one of the drum paths is allocated to each of the six adjusting devices and generate a movement of the sign drums by rotation together with the rotation of the adjusting wheel , wherein, for the mechanical coupling for conveying the rotational movement on the adjusting wheel onto one of the drum paths corresponding to one of the adjusting mechanisms, the housing wall is pressed against from outside, whereby a consistent connection emerges which transfers the rotation on the adjusting wheel to the corresponding coupled drum path .
A synthetic nucleic acid molecule encoding a synthetic mini-dystrophin gene or micro-dystrophin gene encoding a synthetic, non-full length dystrophin protein comprising: (i) an N-terminal (NT) domain of the dystrophin protein which includes amino acid residues 1 to 252 of SEQ ID NO: 1 of the dystrophin protein, or a variant thereof that exhibits at least 90% identity to residues 1 to 252 of SEQ ID NO: 1 and that retains substantial function; (ii) at least two membrane binding motifs (MBM) independently selected from the group consisting of an MBM of an R1-R2-R3 membrane binding domain (MBD), an MBM of a CR membrane binding domain, and an MBM of a CT membrane binding domain; (iii) an MBM of an R10-R11-R12 MBD comprising an S-palmitoylation site peptide of SEQ ID NO: 57, or an R10 repeat of SEQ ID NO: 29, an R11 repeat of SEQ ID NO: 30, an R12 repeat of SEQ ID NO: 31, R10-R11 repeats, R11-R12 repeats, or R10 and R12 repeats; and (iv) an nNOS binding domain of R16-R17; wherein the domains and the MBM are arranged from N to C terminus in the order in which they occur in a wild-type dystrophin protein and are operably linked. (i) an N-terminal (NT) domain of the dystrophin protein which includes amino acid residues 1 to 252 of SEQ ID NO: 1 of the dystrophin protein, or a variant thereof that exhibits at least 90% identity to residues 1 to 252 of SEQ ID NO: 1 and that retains substantial function; (ii) at least two membrane binding motifs (MBM) independently selected from the group consisting of an MBM of an R1-R2-R3 membrane binding domain (MBD), an MBM of a CR membrane binding domain, and an MBM of a CT membrane binding domain; (iii) an MBM of an R10-R11-R12 MBD comprising an S-palmitoylation site peptide of SEQ ID NO: 57, or an R10 repeat of SEQ ID NO: 29, an R11 repeat of SEQ ID NO: 30, an R12 repeat of SEQ ID NO: 31, R10-R11 repeats, R11-R12 repeats, or R10 and R12 repeats; and (iv) an nNOS binding domain of R16-R17;
A method for controlling a wind turbine in response to a rotor stop signal, the wind turbine comprises a rotor with one or more pitch adjustable rotor blades; and wherein upon receiving the rotor stop signal, the rotor speed is reduced by a stop controller controlling the pitch adjustable rotor blades towards a feathering position in a stopping process, and wherein the stop controller is arranged to pitch the blades at a number of pre-set pitch rates including a first pitch rate and a second pitch rate, the second pitch rate being lower than the first pitch rate; characterized in that the method comprises the steps: access desired pitch angles of the stopping process; add an envelope band to the desired pitch angles by adding a positive value and a negative value thereby defining an upper band value and a lower band value; and wherein the stop controller is arranged to: move the pitch adjustable rotor blade at a selected pitch rate among the number of pre-set pitch rates until the pitch angle signal is outside a pitch angle value defined by the envelope band, if the pitch angle signal is larger than the upper band value, change the selected pitch rate to a lower pitch rate among the number of pre-set pitch rates, and if the pitch angle signal is smaller than the lower band value, change the selected pitch rate to a higher pitch rate among the number of pre-set pitch rates. access desired pitch angles of the stopping process; add an envelope band to the desired pitch angles by adding a positive value and a negative value thereby defining an upper band value and a lower band value; and wherein the stop controller is arranged to: move the pitch adjustable rotor blade at a selected pitch rate among the number of pre-set pitch rates until the pitch angle signal is outside a pitch angle value defined by the envelope band, if the pitch angle signal is larger than the upper band value, change the selected pitch rate to a lower pitch rate among the number of pre-set pitch rates, and if the pitch angle signal is smaller than the lower band value, change the selected pitch rate to a higher pitch rate among the number of pre-set pitch rates. move the pitch adjustable rotor blade at a selected pitch rate among the number of pre-set pitch rates until the pitch angle signal is outside a pitch angle value defined by the envelope band, if the pitch angle signal is larger than the upper band value, change the selected pitch rate to a lower pitch rate among the number of pre-set pitch rates, and if the pitch angle signal is smaller than the lower band value, change the selected pitch rate to a higher pitch rate among the number of pre-set pitch rates.
The use of a ferrierite zeolite as a catalyst in the isomerisation of a crude unsaturated fatty acid mixture comprising unsaturated C 10 -C 26 fatty acids or alkyl esters thereof to produce a composition having a ratio by weight of C 10 -C 26 monobranched fatty acids or alkyl esters thereof to C 10 -C 26 polybranched fatty acids or alkyl esters thereof of greater than 6 and less than 100, wherein the isomerisation reaction mixture does not comprise a Lewis base, and wherein the isomerisation reaction is carried out at 255 °C to 350 °C.
Tank container , comprising: a tank comprising a cylinder body and two sealing heads configured to seal two end openings of the cylinder body respectively; a heat insulation and reflective layer disposed on the outside of the tank, wherein the heat insulation and reflective layer ) covers at least an upper surface of the cylinder body comprising a top surface of the cylinder body and a part of side surface extending from the top surface, and the heat insulation and reflective layer covers at least one third of total area of the cylinder body ; characterized in that the heat insulation and reflective layer comprises non-metal hollow microspheres with heat insulation and reflective function, the diameter of the non-metal hollow microspheres is between 5μm and 100μm, and the heat insulation and reflective layer further comprises resin matrix, in which the non-metal hollow microspheres are filled. a tank comprising a cylinder body and two sealing heads configured to seal two end openings of the cylinder body respectively; a heat insulation and reflective layer disposed on the outside of the tank, wherein the heat insulation and reflective layer ) covers at least an upper surface of the cylinder body comprising a top surface of the cylinder body and a part of side surface extending from the top surface, and the heat insulation and reflective layer covers at least one third of total area of the cylinder body ; characterized in that the heat insulation and reflective layer comprises non-metal hollow microspheres with heat insulation and reflective function, the diameter of the non-metal hollow microspheres is between 5μm and 100μm, and the heat insulation and reflective layer further comprises resin matrix, in which the non-metal hollow microspheres are filled.
An adjuvant composition comprising, by weight of composition: from 25 wt% to 75 wt% of an alkali metal bicarbonate; from 15 wt% to 50 wt% of potassium sulfate; from 0.01 wt% to 15 wt% of a drift reduction agent comprising at least one polysaccharide or at least one derivatized polysaccharide; and from 0.01 wt% to 10 wt% of a dispersant, wherein the adjuvant composition is dispersed in a liquid medium and wherein the at least one derivatized polysaccharide is hydroxypropyl guar or carboxymethylhydroxypropyl guar; or wherein the at least one derivatized polysaccharide is hydroxypropyl guar, carboxymethyl guar, hydroxypropyl trimethylammonium guar, hydroxypropyl lauryldimethylammonium guar or hydroxypropyl stearyldimethylammonium guar. from 25 wt% to 75 wt% of an alkali metal bicarbonate; from 15 wt% to 50 wt% of potassium sulfate; from 0.01 wt% to 15 wt% of a drift reduction agent comprising at least one polysaccharide or at least one derivatized polysaccharide; and from 0.01 wt% to 10 wt% of a dispersant, wherein the adjuvant composition is dispersed in a liquid medium and wherein the at least one derivatized polysaccharide is hydroxypropyl guar or carboxymethylhydroxypropyl guar; or wherein the at least one derivatized polysaccharide is hydroxypropyl guar, carboxymethyl guar, hydroxypropyl trimethylammonium guar, hydroxypropyl lauryldimethylammonium guar or hydroxypropyl stearyldimethylammonium guar.
Electronic device with - a connection carrier comprising a cover surface , a first electric connection point and a second electric connection point , - an organic, active area on the cover surface , - a first electrode which connects the active area and the first electric connection point with each other in an electrically conductive manner, - an encapsulation layer which protects the active area against humidity and atmospheric gases, wherein - the electronic device is contactable from outside via the electric connection points , and - the connection carrier is formed with at least two electrically conductive solid bodies , which are connected with each other by at least one electrically insulating connecting element , characterized in that - the encapsulation layer is in direct contact with the connection carrier in places, and - the active area is directly adjacent to the connection carrier in places and is directly connected with the connection carrier in an electrically conductive manner. - a connection carrier comprising a cover surface , a first electric connection point and a second electric connection point , - an organic, active area on the cover surface , - a first electrode which connects the active area and the first electric connection point with each other in an electrically conductive manner, - an encapsulation layer which protects the active area against humidity and atmospheric gases, wherein - the electronic device is contactable from outside via the electric connection points , and - the connection carrier is formed with at least two electrically conductive solid bodies , which are connected with each other by at least one electrically insulating connecting element , - the encapsulation layer is in direct contact with the connection carrier in places, and - the active area is directly adjacent to the connection carrier in places and is directly connected with the connection carrier in an electrically conductive manner.
A furnishing element shelf suitable to be positioned in a compartment of a furnishing element , wherein - said shelf comprises), an upper surface and a lower surface , and a shelf edge ; and wherein - a sanitization assembly is connected to said shelf ; and wherein - said sanitization assembly comprises a sanitization device ; and - said sanitization device is a device capable of sanitizing the air crossing it, such as for example a photocatalytic device or ionizer or the like; - a containment element ; wherein - said sanitization device is received in said containment element ; and wherein - said containment element comprises a box-shaped, box-like containment body ; - and wherein said box-like containment body comprises, an upper side surface , a lower side surface and edge side surfaces , at least one inlet opening for the air to be sanitized, and at least a first sanitized air outlet opening placed in said upper side containment body surface ; characterized in that - said shelf comprises a rear shelf edge, adapted to be positioned in the rear part of said compartment of a furnishing element , and said sanitization assembly is connected with its edge side surface to said shelf by connecting to said rear shelf edge; and wherein - said box-like containment body has dimensions in the width and thickness thereof which are the same as those of said furnishing element shelf of said furnishing element ; and wherein said box-like containment body can be assembled on said shelf , thus being continuous with said shelf , wherein the side shelf surfaces substantially continue in said side containment body surfaces . - said shelf comprises), an upper surface and a lower surface , and a shelf edge ; and wherein - a sanitization assembly is connected to said shelf ; and wherein - said sanitization assembly comprises a sanitization device ; and - said sanitization device is a device capable of sanitizing the air crossing it, such as for example a photocatalytic device or ionizer or the like; - a containment element ; wherein - said sanitization device is received in said containment element ; and wherein - said containment element comprises a box-shaped, box-like containment body ; - and wherein said box-like containment body comprises, an upper side surface , a lower side surface and edge side surfaces , at least one inlet opening for the air to be sanitized, and at least a first sanitized air outlet opening placed in said upper side containment body surface ; characterized in that - said shelf comprises a rear shelf edge, adapted to be positioned in the rear part of said compartment of a furnishing element , and said sanitization assembly is connected with its edge side surface to said shelf by connecting to said rear shelf edge; and wherein - said box-like containment body has dimensions in the width and thickness thereof which are the same as those of said furnishing element shelf of said furnishing element ; and
An ice protection system for a component of an aerodynamic system of an aircraft, the component comprising a surface having an airflow facing side and an inwardly facing side that opposes the airflow facing side , the system comprising: a perforated sheet configured for disposal in the surface; a heating source connected to the perforated sheet on the flow facing side of the heating source ; and a suction source disposed to draw ice melted by the heating source through the perforated sheet and heating source , wherein: the heating source includes a drain hole extending between the perforated sheet and the suction source ; the ice protection system comprises a honeycomb support structure on an inward side of the perforated sheet and a water collector on an inwardly facing side of the honeycomb support structure; the ice protection system includes a rigid shell on an inward facing side of the water collector ; and the suction source is a pump fluidly connected to the water collector. a perforated sheet configured for disposal in the surface; a heating source connected to the perforated sheet on the flow facing side of the heating source ; and a suction source disposed to draw ice melted by the heating source through the perforated sheet and heating source , wherein: the heating source includes a drain hole extending between the perforated sheet and the suction source ; the ice protection system comprises a honeycomb support structure on an inward side of the perforated sheet and a water collector on an inwardly facing side of the honeycomb support structure; the ice protection system includes a rigid shell on an inward facing side of the water collector ; and the suction source is a pump fluidly connected to the water collector.
Universal device for transforming a gas-powered device comprising a gas hose , such as an oven or barbecue, into an automated device that regulates the supply of gas flow, comprising: - a valve module housing a variable gas intake valve , the valve module comprising a box provided with an input connector and an output connector configured to be coupled intercalated in the gas hose between respective input and output lengths of said gas hose , the valve module further comprising a connection port to connect an end of a communication cable ; - a control module formed by a shell housing an electronic board and comprising a connection port for another end of the communication cable for connection to the valve , the said control module having means of control and power supply , the electronic board being configured to drive the opening of the gas flow by means of an output signal the control module supplies to said valve , the control module further comprising a dock connector for connection with a probe of room temperature ; and - a probe of room temperature , being configured to be positioned within the chamber of the oven or barbecue and to be connected with said electronic board through the communication cable , the probe of room temperature being further configured to be fastened by means of a fastening clip in a lifted position on the grill of the chamber of the oven . - a valve module housing a variable gas intake valve , the valve module comprising a box provided with an input connector and an output connector configured to be coupled intercalated in the gas hose between respective input and output lengths of said gas hose , the valve module further comprising a connection port to connect an end of a communication cable ; - a control module formed by a shell housing an electronic board and comprising a connection port for another end of the communication cable for connection to the valve , the said control module having means of control and power supply , the electronic board being configured to drive the opening of the gas flow by means of an output signal the control module supplies to said valve , the control module further comprising a dock connector for connection with a probe of room temperature ; and - a probe of room temperature , being configured to be positioned within the chamber of the oven or barbecue and to be connected with said electronic board through the communication cable , the probe of room temperature being further configured to be fastened by means of a fastening clip in a lifted position on the grill of the chamber of the oven .