mhurhangee/patent-ind-claim-en huggingface dataset:
Inflatable airbag equipped with at least one divided into sectors main inflatable chamber with at least one air inlet (2.6), at least one air outlet (2.6), and an air pressure regulation valve (2.7), wherein the sectors of the main inflatable chamber are arranged by one or more transverse ribs (2.3) with openings (2.8) that connect an upper (2.1) and a lower base (2.4) of the main air chamber , respectively, with a height equal to the height of side parts (2.5) of the main inflatable chamber , the inflatable airbag being further equipped with a plurality of perpendicularly positioned inflatable shock absorbing air chambers , connected flexible or fixed at their base to the main inflatable chamber , , the inflatable airbag being further equipped with at least one protective cover positioned over the shock absorbing air chambers and fastened to the main inflatable chamber , characterized in that, the shock absorbing air chambers have a height of 70-95% of the height of the main inflatable chamber and each shock absorbing air chamber is respectively connected fixedly through a respective bottom side to a respective upper face side of a respective skirt (3.3) which discloses a centrally positioned air channel (3.1) with a diameter from 10 cm to 25 cm, wherein each skirt (3.3) is joined by a flexible or fixed fastening between its back and the surface of the main inflatable chamber , wherein a distance between each pair of the shock absorbing air chambers is substantially the same along their entire height when the shock absorbing air chambers are not being deformed, such distance being not less than 1cm and not more than 15 cm, and wherein the protective cover is fastened to the main inflatable chamber by an elastic connection and by movable or fixed side parts of the protective cover or, alternatively, by an elastic connection and by side skirts of the protective cover , wherein the side parts and the side skirts are respectively connected between themselves by respective angle connections (5.1, 6.1)) to which they are fastened.
An intelligent dripping pill machine for continuous liquid solidification comprising: a feeding device , a material combining device , a homogenizing device , a dripping device and a de-oiling device sequentially connected via a transmission channel, characterized in that the material combining device comprises a solid feeding hole, a liquid feeding hole, a driving device , a twin-screw structure connected with the driving device , a host shell covering the twin-screw structure, a discharging hole formed in one end of the host shell and a plurality of heaters arranged on the outer wall of the host shell; the twin-screw structure is sequentially divided into a solid feeding section , a liquid feeding section , a material combining section , a de-gassing section and a transmission section ; the solid feeding hole is located above the solid feeding section, and a screw of the twin-screw structure on the solid feeding section is a variable-pitch structure; the liquid feeding hole is located above the liquid feeding section, and a screw of the twin-screw structure on the liquid feeding section is a uniform-pitch structure; and the twin-screw structure of the material combining section is an engaged structure. a feeding device , a material combining device , a homogenizing device , a dripping device and a de-oiling device sequentially connected via a transmission channel, characterized in that the material combining device comprises a solid feeding hole, a liquid feeding hole, a driving device , a twin-screw structure connected with the driving device , a host shell covering the twin-screw structure, a discharging hole formed in one end of the host shell and a plurality of heaters arranged on the outer wall of the host shell; the twin-screw structure is sequentially divided into a solid feeding section , a liquid feeding section , a material combining section , a de-gassing section and a transmission section ; the solid feeding hole is located above the solid feeding section, and a screw of the twin-screw structure on the solid feeding section is a variable-pitch structure; the liquid feeding hole is located above the liquid feeding section, and a screw of the twin-screw structure on the liquid feeding section is a uniform-pitch structure; and the twin-screw structure of the material combining section is an engaged structure.
Enclosure for enclosing a cuboid penetration, in particular a chimney, at a passage of the penetration through a roof surface, comprising a first and a second enclosure part , wherein the first enclosure part has first guide profiles on mutually parallel opposite edges of a first cover plate and the second enclosure part has second guide profiles on mutually parallel opposite edges of a second cover plate , wherein the first guide profiles and the second guide profiles are adapted to guide the first enclosure part and the second enclosure part slidingly against one another, wherein the first and second enclosure parts each have lateral wall parts projecting along the first and second guide profiles from the first and second cover plates and adapted to be slidably guided against each other, and wherein at the second enclosure part between the lateral wall parts a rear wall detachably connected to the lateral wall parts projects from the second cover plate , characterized in that at the first enclosure part between the lateral wall parts a movable front wall projects from the first cover plate .
An electrical system for use in or with an agricultural working machine , comprising - an electric motor which can be coupled to an output shaft of the agricultural working machine , an energy storage device which can be at least indirectly coupled to the electric motor , characterized by a second electric motor which can cooperate with the first electric motor and the energy storage device , wherein the second electric motor can be at least indirectly connected to the first electric motor in a torque-transmitting manner by means of a clutch means , and wherein the first electric motor , the second electric motor and the energy storage device are connected in series, wherein the first electric motor can be coupled to the second electric motor in a torque-transmitting manner by means of a first clutch means and the second electric motor can be coupled to the energy storage device in a torque-transmitting manner by means of a second clutch means . - an electric motor which can be coupled to an output shaft of the agricultural working machine , an energy storage device which can be at least indirectly coupled to the electric motor , characterized by a second electric motor which can cooperate with the first electric motor and the energy storage device , wherein the second electric motor can be at least indirectly connected to the first electric motor in a torque-transmitting manner by means of a clutch means , and wherein the first electric motor , the second electric motor and the energy storage device are connected in series, wherein the first electric motor can be coupled to the second electric motor in a torque-transmitting manner by means of a first clutch means and the second electric motor can be coupled to the energy storage device in a torque-transmitting manner by means of a second clutch means . an energy storage device which can be at least indirectly coupled to the electric motor , characterized by a second electric motor which can cooperate with the first electric motor and the energy storage device , wherein the second electric motor can be at least indirectly connected to the first electric motor in a torque-transmitting manner by means of a clutch means , and wherein the first electric motor , the second electric motor and the energy storage device are connected in series, wherein the first electric motor can be coupled to the second electric motor in a torque-transmitting manner by means of a first clutch means and the second electric motor can be coupled to the energy storage device in a torque-transmitting manner by means of a second clutch means .
A method of purifying mRNA molecules, said method comprising (Ia) purifying precipitated mRNA molecules from a suspension comprising precipitated mRNA molecules using a first solution, (Ib) washing and dissolving the purified precipitated mRNA molecules obtained from step (Ia) using a second solution, (Ila) purifying the mRNA molecules from the dissolved mRNA molecules obtained from step (Ib) using a third solution comprising a chelating agent, wherein the chelating agent is a chelating agent with at least four coordinating positions at the cation to be chelated, followed by (IIb) washing the purified mRNA molecules obtained from step (IIa) using a fourth solution, wherein steps (Ia) to (IIb) are performed using tangential flow filtration. (Ia) purifying precipitated mRNA molecules from a suspension comprising precipitated mRNA molecules using a first solution, (Ib) washing and dissolving the purified precipitated mRNA molecules obtained from step (Ia) using a second solution, (Ila) purifying the mRNA molecules from the dissolved mRNA molecules obtained from step (Ib) using a third solution comprising a chelating agent, wherein the chelating agent is a chelating agent with at least four coordinating positions at the cation to be chelated, followed by (IIb) washing the purified mRNA molecules obtained from step (IIa) using a fourth solution, wherein steps (Ia) to (IIb) are performed using tangential flow filtration.
An electrical stimulation device for being inserted into a microplate having a plurality of wells holding a sample (S) including a cell and applying electrical stimulation to the cell, the electrical stimulation device comprising: a plurality of electrode pairs each including a first electrode and a second electrode , both of the first electrode and second electrode extending into the well of the microplate in the depth direction of the well, the plurality of electrode pairs being arranged in a two-dimensional shape corresponding to the two-dimensional array of the plurality of wells of the microplate so as to extend to face the wells of the microplate ; and a position adjusting unit adapted to simultaneously adjust the relative positions of a tip of the first electrode to a tip of the second electrode in the plurality of electrode pairs. a plurality of electrode pairs each including a first electrode and a second electrode , both of the first electrode and second electrode extending into the well of the microplate in the depth direction of the well, the plurality of electrode pairs being arranged in a two-dimensional shape corresponding to the two-dimensional array of the plurality of wells of the microplate so as to extend to face the wells of the microplate ; and a position adjusting unit adapted to simultaneously adjust the relative positions of a tip of the first electrode to a tip of the second electrode in the plurality of electrode pairs.
Lifting mechanism comprising, with reference to the position of use: • a telescopic mast which comprises a fixed segment and a first telescopic segment which is mounted so as to slide in the interior of the fixed segment ; • a rack which has a set width (Lc), is provided with teeth and is fixed to the first telescopic segment; • a gearing system comprising: ∘ a pinion which is in direct engagement with the rack ; ∘ a control shaft (22, 22a-22b) which is in engagement with the pinion and is fixed to a control wheel ; • a means for reversibly locking the control shaft, provided for blocking the rotation of the control shaft in the absence of any action on the part of a user, and allow the mast to collapse due to gravity, in a manner that is gradual and controlled by the user. • a telescopic mast which comprises a fixed segment and a first telescopic segment which is mounted so as to slide in the interior of the fixed segment ; • a rack which has a set width (Lc), is provided with teeth and is fixed to the first telescopic segment; • a gearing system comprising: ∘ a pinion which is in direct engagement with the rack ; ∘ a control shaft (22, 22a-22b) which is in engagement with the pinion and is fixed to a control wheel ; ∘ a pinion which is in direct engagement with the rack ; ∘ a control shaft (22, 22a-22b) which is in engagement with the pinion and is fixed to a control wheel ; • a means for reversibly locking the control shaft, provided for blocking the rotation of the control shaft in the absence of any action on the part of a user, and allow the mast to collapse due to gravity, in a manner that is gradual and controlled by the user.
A medical device including an expandable body member having a cylindrical tubular shape, the expandable body member including at least first and second sides with opposing internal surfaces , at least first and second magnetic elements each located at a respective one of said opposing internal surfaces so as to be disposed in opposing relation to one another, wherein each magnetic element has a north pole and a south pole, characterized in that the magnetic elements are disposed so as to have the same pole facing inwardly towards the central axis of the device and the opposing pole facing outwardly thereby to generate a repulsive force between one another.
An article and document conveyor, comprising: an article merging conveyor including an article conveying surface adapted to convey articles and having a front edge , a document merging conveyor including a document conveying surface adapted to convey documents, the document conveying surface being located below the article conveying surface and extending beyond the front edge, and a conflating conveyor for physically conflating one of the articles and one of the documents, the conflating conveyor including a conveying surface part , and the conflating conveyor being located downstream and adjacent to the article merging conveyor , wherein the conveyor surface part of the conflating conveyor is separate from the document conveying surface of the document merging conveyor , characterized in that : the conveying surface part and the document conveying surface engage into each other at a transition region such as to form a combined conveying surface at this transition region, the combined conveying surface being adapted to convey both the articles and the documents. an article merging conveyor including an article conveying surface adapted to convey articles and having a front edge , a document merging conveyor including a document conveying surface adapted to convey documents, the document conveying surface being located below the article conveying surface and extending beyond the front edge, and a conflating conveyor for physically conflating one of the articles and one of the documents, the conflating conveyor including a conveying surface part , and the conflating conveyor being located downstream and adjacent to the article merging conveyor , wherein the conveyor surface part of the conflating conveyor is separate from the document conveying surface of the document merging conveyor , characterized in that : the conveying surface part and the document conveying surface engage into each other at a transition region such as to form a combined conveying surface at this transition region, the combined conveying surface being adapted to convey both the articles and the documents.
A method to configure a portable computing device to reliably receive monitoring information, comprising: determining, by a monitoring application running on one or more processors of the portable computing device, whether the portable computing device is within a particular range to communicate with a monitoring device ; if the portable computing device is within the particular range , configuring the portable computing device to communicate with the monitoring device via a primary monitoring communication mode ; if the portable computing device is outside the particular range , configuring the portable computing device to communicate with the monitoring device via a secondary monitoring communication mode , wherein the primary monitoring communication mode is configured to receive monitoring information of a higher quality compared to information received via the secondary monitoring communication mode; and receiving , at the portable computing device and from the monitoring device via the primary monitoring communication mode or the secondary monitoring communication mode, monitoring information associated with a monitored subject or associated with an area in which the monitored subject is located, the method further comprising using device positioning techniques to determine whether the portable computing device is within the particular range to communicate with the monitoring device. determining, by a monitoring application running on one or more processors of the portable computing device, whether the portable computing device is within a particular range to communicate with a monitoring device ; if the portable computing device is within the particular range , configuring the portable computing device to communicate with the monitoring device via a primary monitoring communication mode ; if the portable computing device is outside the particular range , configuring the portable computing device to communicate with the monitoring device via a secondary monitoring communication mode , wherein the primary monitoring communication mode is configured to receive monitoring information of a higher quality compared to information received via the secondary monitoring communication mode; and receiving , at the portable computing device and from the monitoring device via the primary monitoring communication mode or the secondary monitoring communication mode, monitoring information associated with a monitored subject or associated with an area in which the monitored subject is located, the method further comprising using device positioning techniques to determine whether the portable computing device is within the particular range to communicate with the monitoring device.
A printer comprising: a printhead assembly comprising nozzles to eject fluid drops, the nozzles divided into a least two groups with each group assigned a burst drop count indicating a number of drops of ink to eject during a burst for the group, a post-burst delay indicating a time after a burst for the group completes that should elapse prior to another burst for another group starting, and a burst order indicating an order in which the group executes a burst among the at least two groups; a service station assembly to receive fluid ejected from the nozzles during spits; and characterised in that the printer comprises a controller configured to control a spit of the printhead assembly by repeatedly ejecting fluid from the nozzles of each group based on the burst drop count, the post-burst delay, and the burst order of each group until a target drop count for the spit is reached. a printhead assembly comprising nozzles to eject fluid drops, the nozzles divided into a least two groups with each group assigned a burst drop count indicating a number of drops of ink to eject during a burst for the group, a post-burst delay indicating a time after a burst for the group completes that should elapse prior to another burst for another group starting, and a burst order indicating an order in which the group executes a burst among the at least two groups; a service station assembly to receive fluid ejected from the nozzles during spits; and characterised in that the printer comprises a controller configured to control a spit of the printhead assembly by repeatedly ejecting fluid from the nozzles of each group based on the burst drop count, the post-burst delay, and the burst order of each group until a target drop count for the spit is reached.
An apparatus for inclusion in a station, STA, configured to operate in a wireless local area network, WLAN, the apparatus, when included in the STA, to cause the STA to perform, as an initiator, a time-of-flight, ToF measurement protocol with a responder , the apparatus comprising: processing circuitry to generate an announcement packet and a first null-data packet, NDP, for transmission to the responder as a first sequence; processing circuitry to initiate transmission by the STA of the first sequence such that the first NDP follows the announcement packet by a short inter-frame space, SIFS; processing circuitry to initiate reception by the STA of a second sequence transmitted by the responder after a SIFS following reception of the first sequence by the responder, the second sequence comprising a second NDP and a measurement response, wherein the measurement response includes channel information determined by the responder using the first NDP, a time of arrival of the first NDP and a time of departure of the second NDP; and processing circuitry to cause the STA to perform, as the initiator, a ToF computation to determine a distance to the responder, the ToF computation based on the measurement response and on channel information determined by the STA, as the initiator, using the second NDP. processing circuitry to generate an announcement packet and a first null-data packet, NDP, for transmission to the responder as a first sequence; processing circuitry to initiate transmission by the STA of the first sequence such that the first NDP follows the announcement packet by a short inter-frame space, SIFS; processing circuitry to initiate reception by the STA of a second sequence transmitted by the responder after a SIFS following reception of the first sequence by the responder, the second sequence comprising a second NDP and a measurement response, wherein the measurement response includes channel information determined by the responder using the first NDP, a time of arrival of the first NDP and a time of departure of the second NDP; and processing circuitry to cause the STA to perform, as the initiator, a ToF computation to determine a distance to the responder, the ToF computation based on the measurement response and on channel information determined by the STA, as the initiator, using the second NDP.
A method of producing a panel of laminated veneer lumber or laminated veneer board for outdoor usage, comprising: providing a plurality of veneers of more than one wood species; impregnating the veneers with a water-based phenol formaldehyde polymer with pH of below 12.0 and density of less than 2 g/cm 3 at 30°C in a high vacuum; drying the impregnated veneers using direct heating with a hot grooved steel platen; joining the dried veneers together by providing a liquid phenol formaldehyde resin adhesive with a molecular formula of [C 7 H 6 O 2 ] n wherein n is greater than 1 between adjacent veneers and hot pressing the veneers, to form a multiple layer panel. providing a plurality of veneers of more than one wood species; impregnating the veneers with a water-based phenol formaldehyde polymer with pH of below 12.0 and density of less than 2 g/cm 3 at 30°C in a high vacuum; drying the impregnated veneers using direct heating with a hot grooved steel platen; joining the dried veneers together by providing a liquid phenol formaldehyde resin adhesive with a molecular formula of [C 7 H 6 O 2 ] n wherein n is greater than 1 between adjacent veneers and hot pressing the veneers, to form a multiple layer panel.
Apparatus for a flat knitting machine for inserting insert parts for a knitted fabric made on the flat knitting machine, comprising a magazine for the insert parts , different types of insert parts being able to be stored in the magazine , and the magazine having a device for separating the insert parts , characterized in that the apparatus also has a gripping device comprising a gripper for receiving insert parts from the magazine .