mhurhangee/ep-ind-claims huggingface dataset:
A safety device for an aerial lift having a basket or cage with controls which permit an operator standing in the basket or cage to manoeuvre the basket or cage to a desired location, the controls additionally including a passive safety switch means which is normally closed to allow the flow of electricity and is operable to cut electrical supply and prevent further movement of the basket or cage, and a foot operable safety switch which must be held closed by an operator to activate the controls, characterised in that the safety device comprises a switch activation device comprising a pressure sensitive safety edge extending across the basket or cage proximate to said controls, a first auxiliary safety switch connected in series with the passive safety switch means, the first auxiliary safety switch having a set of contacts in use held in a closed condition (switch on) unless caused to change to an open condition (switch off) by operation of said switch activation device, cutting off said electrical supply, and a pair of second auxiliary safety switches having a set of contacts in use held in a closed condition (switch on) unless caused to change to an open condition (switch off) by operation of said switch activation device, thereby cutting off said electrical supply, wherein the second auxiliary safety switches are operated by relays (81, 82) controlled by a control box which is connected to the switch activation device.
A device, comprising: a magnetic sensor (210; 610),; a first magnet (220; 620), the first magnet being positioned at a fixed distance from the magnetic sensor (220; 620); a second magnet (230; 630), the second magnet (230; 630) being positioned at an adjustable distance from the first magnet (220; 620); and a third magnet (240; 640), the third magnet being positioned at an adjustable distance from the magnetic sensor (210; 610); wherein a first output of the magnetic sensor (210; 610) is triggered by magnetic fields of the first magnet (220; 620) having a first polarity and a second output of the magnetic sensor (210; 610) is triggered by magnetic fields of the third magnet (240; 640) having a second polarity; characterised in that, when the second magnet (230; 630) is not within a predetermined distance from the first magnet (220; 620), a magnetic field from the first magnet (210; 610) having the first polarity causes the first output and the second output to have a first set of values, and a magnetic field from a pole (222; 622) of the first magnet (210; 610) having the first polarity saturates the magnetic sensor (210; 610); and wherein, when the second magnet (230; 630) is within the predetermined distance from the first magnet (220; 620), a magnetic field from the third magnet (240; 640) having the second polarity causes the first output and the second output to have a second set of values. a magnetic sensor (210; 610),; a first magnet (220; 620), the first magnet being positioned at a fixed distance from the magnetic sensor (220; 620); a second magnet (230; 630), the second magnet (230; 630) being positioned at an adjustable distance from the first magnet (220; 620); and a third magnet (240; 640), the third magnet being positioned at an adjustable distance from the magnetic sensor (210; 610); wherein a first output of the magnetic sensor (210; 610) is triggered by magnetic fields of the first magnet (220; 620) having a first polarity and a second output of the magnetic sensor (210; 610) is triggered by magnetic fields of the third magnet (240; 640) having a second polarity; characterised in that, when the second magnet (230; 630) is not within a predetermined distance from the first magnet (220; 620), a magnetic field from the first magnet (210; 610) having the first polarity causes the first output and the second output to have a first set of values, and a magnetic field from a pole (222; 622) of the first magnet (210; 610) having the first polarity saturates the magnetic sensor (210; 610); and wherein, when the second magnet (230; 630) is within the predetermined distance from the first magnet (220; 620), a magnetic field from the third magnet (240; 640) having the second polarity causes the first output and the second output to have a second set of values.
A receiver module for receiving an electromagnetic signal, comprising an analog frontend and at least a first receiving channel and a second receiving channel, wherein the receiving channels (14, 16) are both connected to the analog frontend, wherein the frontend is configured to receive an input signal comprising a symbol sequence and to forward the input signal to the receiving channels (14, 16), wherein the receiving channels (14, 16) each comprise an analog to digital converter (22, 26), wherein the second receiving channel comprises an attenuator, characterized in that the first receiving channel and the second receiving channel each comprise a soft-input-soft-output-decoder (24, 28), wherein the soft-input-soft-output decoders (24, 28) each are configured to process the symbol sequence, wherein the soft-input-soft-output-decoders each are configured to generate a probability quantity, wherein the probability quantity is indicative of the probability that a received symbol has a certain value, wherein the receiver module comprises further an analysis module, wherein the analysis module is connected to the soft-input-soft-output-decoders and is configured to compare the probability quantities generated by the soft-input-soft-output decoders and to select one of the receiving channels based on the result of the comparison.
A retinoic acid microneedle array comprising: a microneedle array having a microneedle substrate and a plurality of microneedles arranged on the microneedle substrate; and a drug retained on the microneedles and containing a water-swelling polymer and retinoic acid, wherein the microneedle array comprises the water-swelling polymer or a thermoplastic, a tip of the microneedle projects through a discontinuous face, and the drug is retained on the tip, wherein a concentration of the retinoic acid in the drug is 0.01 to 10 wt%, and wherein the retinoic acid is surrounded by the water-swelling polymer to turn into the drug. a microneedle array having a microneedle substrate and a plurality of microneedles arranged on the microneedle substrate; and a drug retained on the microneedles and containing a water-swelling polymer and retinoic acid, wherein the microneedle array comprises the water-swelling polymer or a thermoplastic, a tip of the microneedle projects through a discontinuous face, and the drug is retained on the tip, wherein a concentration of the retinoic acid in the drug is 0.01 to 10 wt%, and wherein the retinoic acid is surrounded by the water-swelling polymer to turn into the drug.
A device for exposure control during photolithographic direct exposure of two-dimensional structures in photosensitive coatings on a substrate, comprising a registration unit for registering target marks located on a substrate surface, a movable table system for supporting and defined one-dimensional movement of the substrate below the registration unit, a processing unit with a controllable linear processing path for photolithographic processing of the substrate by means of a processing beam for imprinting the two-dimensional structures, and a computer unit for controlling the alignment between the processing path and the substrate by means of local adaptation of the photolithographic processing depending on the position of the substrate determined by registered target marks, characterized in that - in the registration unit, a plurality of entocentric cameras are arranged in a linear alignment transverse to the one-dimensional movement of the substrate to form an uninterrupted linear scanning region across a predetermined width of the substrate and have extended view angles in the direction of the linear scanning region, wherein the view angles of adjacent entocentric cameras along the linear scanning region have an overlap region in order to capture redundant images of the substrate of the adjacent cameras in the overlap region, and - the computer unit has means for calculating the position of the target marks from the redundant image recordings in the overlapping region of the adjacent entocentric cameras by additionally using a vertical position of the target marks determined by triangulation of a distance of the substrate surface. - in the registration unit, a plurality of entocentric cameras are arranged in a linear alignment transverse to the one-dimensional movement of the substrate to form an uninterrupted linear scanning region across a predetermined width of the substrate and have extended view angles in the direction of the linear scanning region, wherein the view angles of adjacent entocentric cameras along the linear scanning region have an overlap region in order to capture redundant images of the substrate of the adjacent cameras in the overlap region, and - the computer unit has means for calculating the position of the target marks from the redundant image recordings in the overlapping region of the adjacent entocentric cameras by additionally using a vertical position of the target marks determined by triangulation of a distance of the substrate surface.
A filter for gel shearing and particle filtration of molten polymer; comprising - a first layer of metal fibers of an average equivalent diameter between 8 and 65 μm; wherein the metal fibers of the first layer have a cross-section, wherein the cross section has two neighboring straight sides with an included angle of less than 90° and one or more irregularly shaped curved sides; and wherein the metal fibers of the first layer have an average length of at least 6 mm; wherein the metal fibers of the first layer are bonded to each other by means of metal bonds; whereby the metal of the metal fibers of the first layer is the bonding agent forming the metal bonds; - a second layer of metal fibers; wherein the average equivalent diameter of the metal fibers of the second layer is smaller than the average equivalent diameter of the metal fibers of the first layer. - a first layer of metal fibers of an average equivalent diameter between 8 and 65 μm; wherein the metal fibers of the first layer have a cross-section, wherein the cross section has two neighboring straight sides with an included angle of less than 90° and one or more irregularly shaped curved sides; and wherein the metal fibers of the first layer have an average length of at least 6 mm; wherein the metal fibers of the first layer are bonded to each other by means of metal bonds; whereby the metal of the metal fibers of the first layer is the bonding agent forming the metal bonds; - a second layer of metal fibers; wherein the average equivalent diameter of the metal fibers of the second layer is smaller than the average equivalent diameter of the metal fibers of the first layer.
A vehicle monitoring device mounted on a vehicle, the vehicle monitoring device comprising: an imaging means for capturing images of a vehicle body side surface, a rear side and a diagonally backward of the vehicle; a storage unit that stores a reference image defining a reference state of the vehicle body side surface; characterized by an image comparison unit that detects an abnormal state of the vehicle body by comparing the captured images captured by the imaging means with the reference image read from the storage unit, and by a reference image update unit wherein the reference image is updated by updating the reference image, with unlocking timing as a trigger. an imaging means for capturing images of a vehicle body side surface, a rear side and a diagonally backward of the vehicle; a storage unit that stores a reference image defining a reference state of the vehicle body side surface; characterized by an image comparison unit that detects an abnormal state of the vehicle body by comparing the captured images captured by the imaging means with the reference image read from the storage unit, and by a reference image update unit wherein the reference image is updated by updating the reference image, with unlocking timing as a trigger.
A device adapted to apply a non-excitatory field to a heart, characterized in that: the device is adapted to take an effect of said field on gene expression into account in its functioning; characterised in that said device includes a feedback control loop which modifies an application of said non-excitatory field is response to an indication of a gene expression effect of a previous application of a non-excitatory field. the device is adapted to take an effect of said field on gene expression into account in its functioning; characterised in that said device includes a feedback control loop which modifies an application of said non-excitatory field is response to an indication of a gene expression effect of a previous application of a non-excitatory field.
A refrigerant or heat transfer fluid composition comprising at least one fluoroolefin selected from the group consisting of: 1,1,1,2,4,4,4-heptafluoro-2-butene (CF 3 CF=CHCF 3); 2,3,3,4,4,4-hexafluoro-1-butene (CF 3 CF 2 CF=CH 2); 1,3,3,4,4,4-hexafluoro-1-butene (CHF=CHCF 2 CF 3); 1,1,1,2,4,4,5,5,5-nonafluoro-2-pentene (CF 3 CF=CHCF 2 CF 3); 1,1,1,3,4,4,5,5,5-nonafluoro-2-pentene (CF 3 CH=CFCF 2 CF 3); and 1,3,4,4,4-pentafluoro-3-(trifluoromethyl)-1-butene (CHF=CHCF(CF 3) 2). 1,1,1,2,4,4,4-heptafluoro-2-butene (CF 3 CF=CHCF 3); 2,3,3,4,4,4-hexafluoro-1-butene (CF 3 CF 2 CF=CH 2); 1,3,3,4,4,4-hexafluoro-1-butene (CHF=CHCF 2 CF 3); 1,1,1,2,4,4,5,5,5-nonafluoro-2-pentene (CF 3 CF=CHCF 2 CF 3); 1,1,1,3,4,4,5,5,5-nonafluoro-2-pentene (CF 3 CH=CFCF 2 CF 3); and 1,3,4,4,4-pentafluoro-3-(trifluoromethyl)-1-butene (CHF=CHCF(CF 3) 2).
A mechanism for a switch comprising two swinging mobile contacts (P1, P2) each swinging according to an axis of rotation (ΓP), such that each of the mobile contacts (P1, P2) can swing between two end positions, the mechanism comprising a first actuating lever for the first mobile contact and a second actuating lever for the second mobile contact, the levers (L1, L2) being able to rotate about a common shaft (ΓL) such that positive and negative directions of rotation of the levers (L1, L2) are defined, an actuating end (L1D, L2D) being defined in each lever (L1, L2), the actuating end (L1D, L2D) being intended for directly and/or indirectly pushing the corresponding mobile contact (P1, P2) in a push area for pushing the mobile contacts (P1, P2), characterised in that the first lever comprises a support surface and the second lever comprises a support surface intended for contacting the support surface of the first lever, the surfaces (LS1, LS2) being oriented such that the mutual contact thereof can exert a moment on the levers (L1, L2) with respect to the common shaft (ΓL) and such that: - the first lever causes the rotation of the second lever when rotating according to the positive direction of rotation (+) and when the support surfaces (LS1, LS2) come into contact with one another; and - the first lever constitutes a stop for stopping the rotation of the second lever when the second lever rotates according to the negative direction of rotation (-). - the first lever causes the rotation of the second lever when rotating according to the positive direction of rotation (+) and when the support surfaces (LS1, LS2) come into contact with one another; and - the first lever constitutes a stop for stopping the rotation of the second lever when the second lever rotates according to the negative direction of rotation (-).
A stent insertion apparatus comprising a first stent, an artificial blood vessel surrounding an outer side of the first stent, and a guide member configured to guide movement of the first stent inserted into a human body along a first guide wire inserted into a main area of stenosis to be installed in the main area of stenosis, wherein the guide member includes a fixing part configured to fix leading end portions of guide tubes (100, 200) into which second guide wires (2, 3) for installing second stents are inserted, the second stents being inserted into branched areas of stenosis, which branch from the main area of stenosis, to be installed in the branched area of stenosis, and wherein through holes are formed in the artificial blood vessel and the guide tubes (100, 200) pass through the through holes to be fixed. a first stent, an artificial blood vessel surrounding an outer side of the first stent, and a guide member configured to guide movement of the first stent inserted into a human body along a first guide wire inserted into a main area of stenosis to be installed in the main area of stenosis, wherein the guide member includes a fixing part configured to fix leading end portions of guide tubes (100, 200) into which second guide wires (2, 3) for installing second stents are inserted, the second stents being inserted into branched areas of stenosis, which branch from the main area of stenosis, to be installed in the branched area of stenosis, and wherein through holes are formed in the artificial blood vessel and the guide tubes (100, 200) pass through the through holes to be fixed.
An isolated oligonucleotide donor template which comprises, from 5' to 3', A1-N-UTR-pA-A2, wherein A1 is a homology arm that is substantially identical to a first homology arm of a target CD40L nucleic acid; N is a cargo comprising one or more of exons 2-5 of a CD40L gene; UTR is a CD40L 3' untranslated region; pA is a polyA tail; and A2 is a homology arm that is substantially identical to a second homology arm of the target CD40L nucleic acid, and wherein the cargo does not comprise exon 1 of CD40L. A1 is a homology arm that is substantially identical to a first homology arm of a target CD40L nucleic acid; N is a cargo comprising one or more of exons 2-5 of a CD40L gene; UTR is a CD40L 3' untranslated region; pA is a polyA tail; and A2 is a homology arm that is substantially identical to a second homology arm of the target CD40L nucleic acid,
An implant for improving coaptation of an atrioventricular valve, the atrioventricular valve having a native first leaflet, a native second leaflet and an annulus and controlling blood flow from an upstream side to a downstream side of the valve, the implant comprising a support structure configured to be fixed to the annulus or to the native first leaflet, the implant further comprising a flexible artificial leaflet structure mounted to the support structure and comprising a rim section that is shaped to coapt with the native second leaflet, wherein said rim section comprises pockets that are open towards said downstream side and capable of being filled with blood from the downstream side each time the valve is closed.
A plate heat exchanger arrangement, which comprises - a plate pack formed by heat exchange plates having at least two openings and arranged on top of each other, which plate pack comprises ends in the direction of the heat exchange plates and an outer surface defined by the outer edges of the heat exchange plates, and in which plate pack the heat exchange plates are attached to each other as plate pairs, the inner parts of which plate pairs are arranged in connection with each other via flow passages (10a, 10b) formed by the openings of the heat exchange plates, - an outer casing surrounding the plate pack, which outer casing comprises end plates (4a, 4b) mainly in the direction of the ends of the plate pack and a shell connecting the end plates, - an inlet connection and an outlet connection (6, 7, 7a, 7b) for a heat exchange medium arranged through the outer casing, which are arranged in connection with the spaces between the plate pairs of the plate pack, characterized in that at least one partition plate is arranged between the heat exchange plates of the plate pack, which divides the plate pack to the separate plate pack parts, wherein the plate heat exchanger arrangement comprises an inlet connection and an outlet connection for each plate pack part, which are arranged in connection with the inner parts of the plate pairs of said plate pack part, and at least one inlet or outlet connection of the plate pack parts comprises a connection pipe (8, 9), which is arranged inside a flow passage (10a, 10b) of the plate pack part between the end plate of the outer casing and the partition plate, wherein an end of said connection pipe is attached to said partition plate for forming a connection to the flow passage of said plate pack part and a second end of said connection pipe (8, 9) elongates through an end plate of the outer casing. - a plate pack formed by heat exchange plates having at least two openings and arranged on top of each other, which plate pack comprises ends in the direction of the heat exchange plates and an outer surface defined by the outer edges of the heat exchange plates, and in which plate pack the heat exchange plates are attached to each other as plate pairs, the inner parts of which plate pairs are arranged in connection with each other via flow passages (10a, 10b) formed by the openings of the heat exchange plates, - an outer casing surrounding the plate pack, which outer casing comprises end plates (4a, 4b) mainly in the direction of the ends of the plate pack and a shell connecting the end plates, - an inlet connection and an outlet connection (6, 7, 7a, 7b) for a heat exchange medium arranged through the outer casing, which are arranged in connection with the spaces between the plate pairs of the plate pack,
A filter, comprising: a casing; a transition tube; and a filter screen assembly provided in the casing, fitted with and connected to an inner wall of the casing, the casing being an integrally formed piece, each of two axial ends of the casing has a neck section, and the two neck sections being fixedly connected to the transition tube; wherein the filter screen assembly comprises a cylindrical or conical filter screen, an outer fixing ring, an inner fixing ring and a support; the inner fixing ring is fixedly connected into the outer fixing ring, the cylindrical or conical filter screen has an opening, a circumferential edge of the opening is interposed between the inner fixing ring and the outer fixing ring; the support comprises at least one U-shaped support strip, each U-shaped support strip extends into the cylindrical or conical filter screen through the opening and supports the cylindrical or conical filter screen, and two tail ends of each U-shaped support strip are both fixedly connected to the inner fixing ring, wherein the two tail ends of each U-shaped support strip are bent into edgefolds, and the edgefolds abut against the inner fixing ring and are fixed to the inner fixing ring. a casing; a transition tube; and a filter screen assembly provided in the casing, fitted with and connected to an inner wall of the casing, the casing being an integrally formed piece, each of two axial ends of the casing has a neck section, and the two neck sections being fixedly connected to the transition tube; wherein the filter screen assembly comprises a cylindrical or conical filter screen, an outer fixing ring, an inner fixing ring and a support; the inner fixing ring is fixedly connected into the outer fixing ring, the cylindrical or conical filter screen has an opening, a circumferential edge of the opening is interposed between the inner fixing ring and the outer fixing ring; the support comprises at least one U-shaped support strip, each U-shaped support strip extends into the cylindrical or conical filter screen through the opening and supports the cylindrical or conical filter screen, and two tail ends of each U-shaped support strip are both fixedly connected to the inner fixing ring, wherein the two tail ends of each U-shaped support strip are bent into edgefolds, and the edgefolds abut against the inner fixing ring and are fixed to the inner fixing ring.