mhurhangee/ep-ind-claims huggingface dataset:
Two-part mould (1a, 1b) for forming hollow articles, especially containers, from preforms by means of a gaseous or liquid pressure medium introduced into the preform under pressure, with at least one part of the mould (1a, 1b) being rotatably mounted about a rotational axis, such that both parts (1a, 1b) can be moved from an open position to a closed position, and wherein each part of the mould (1a, 1b) is connected to the one end of a toggle lever (4a, 4b) rotatably about an axis (5a, 5b) parallel to the rotational axis and both of the other ends of the two toggle levers (4a, 4b) are connected to each other rotatably about an axis parallel to the rotational axis and to an actuating mechanism (7, 8, 9), characterised in that in the closed position of the mould (1a, 1b), the toggle levers (4a, 4b) are close to their dead center and in that the actuating mechanism (7, 8, 9) exerts an elastic force on the connecting axis of the toggle levers (4a, 4b) in the direction of their dead center.
A two-part dispensing device for floating in a body of water such as a pool comprising: a dispenser for underwater delivery of a first dispersant with the dispenser having a housing with an open hold located in the dispenser; a float for buoyantly supporting said housing in a body of water; a ballast for affecting a flotation orientation of the dispenser; and a dispensing pod having dispensing ports (21, 22) with the dispensing pod containing a nonbuoyant dispersant (90, 91, 93, 94), said dispensing pod located in said open hold and secured to the dispenser to maintain the two-part dispensing device in a first orientation when the nonbuoyant dispersant is in an unspent condition and in a second orientation, which is visually different from the first orientation, when the nonbuoyant dispersant is in a spent condition, said dispensing pod removably secured to the housing for replacement of a spent dispensing pod with a fresh dispensing pod, characterized in that the dispenser has a top hemispherical like shape and a peripheral band that separates a top portion of the dispenser from the bottom portion of the dispenser with the bottom portion of the dispenser including a first bottom housing extension and a second bottom housing extension with both the first bottom housing extension and the second bottom housing extension extending from an underside of the dispenser to form the open hold into an open bottom belly hold therein with the first extension and the second extension comprising spaced apart sidewalls for supporting the dispensing pod therebetween. a dispenser for underwater delivery of a first dispersant with the dispenser having a housing with an open hold located in the dispenser; a float for buoyantly supporting said housing in a body of water; a ballast for affecting a flotation orientation of the dispenser; and a dispensing pod having dispensing ports (21, 22) with the dispensing pod containing a nonbuoyant dispersant (90, 91, 93, 94), said dispensing pod located in said open hold and secured to the dispenser to maintain the two-part dispensing device in a first orientation when the nonbuoyant dispersant is in an unspent condition and in a second orientation, which is visually different from the first orientation, when the nonbuoyant dispersant is in a spent condition, said dispensing pod removably secured to the housing for replacement of a spent dispensing pod with a fresh dispensing pod, characterized in that the dispenser has a top hemispherical like shape and a peripheral band that separates a top portion of the dispenser from the bottom portion of the dispenser with the bottom portion of the dispenser including a first bottom housing extension and a second bottom housing extension with both the first bottom housing extension and the second bottom housing extension extending from an underside of the dispenser to form the open hold into an open bottom belly hold therein with the first extension and the second extension comprising spaced apart sidewalls for supporting the dispensing pod therebetween.
A multistage centrifugal pump for conveying a fluid, comprising a pump housing with an inlet and an outlet for the fluid, two first stage impellers and a last stage impeller for conveying the fluid from the inlet to the outlet, and a shaft for rotating each impeller (5, 6) about an axial direction, wherein each impeller (5, 6) comprises a suction side (S, S1, S2) for receiving the fluid and a discharge side for discharging the fluid, wherein the last stage impeller is configured as a double suction impeller, having a first suction side and a second suction side, wherein the last stage impeller is arranged between the two first stage impellers with respect to the axial direction, and wherein each first stage impeller is arranged with the suction side of the first stage impeller facing one of the first and the second suction side (S1, S2) of the last stage impeller, characterized in that the first stage impellers are each configured as single suction impellers.
A cleaning head for a cleaning implement having in its in-use configuration an essentially flat cleaning surface extending in the x-y direction and exhibiting a z-directional thickness, further having a second surface opposite of said cleaning surface, said cleaning head comprising a main body comprising - load receiving regions adapted to allow squeezing of a substrate releasably attached to said cleaning surface, - and a mechanical fastener element comprising mechanical fastener engagement members positioned on and extending from the cleaning surface, which are adapted to engage with said cleaning substrate, said cleaning head being adapted for squeezing said cleaning substrate attached to said cleaning surface, wherein said load receiving regions of said main body and said mechanical fastener engagement member of said main body are essentially unitary and essentially of the same main body material, characterized in that said mechanical engagement members comprise a stem and a head, said members exhibiting - a rounded head shape; - an asymmetric shape with regard to any plane with a z-directional extension; and - an essentially flat side wall opposite of an essentially non-flat side wall, and in that said members are positioned in at least two rows, wherein the orientation of said essentially flat side walls is essentially parallel and the orientation of said asymmetric heads alternates in each row. - load receiving regions adapted to allow squeezing of a substrate releasably attached to said cleaning surface, - and a mechanical fastener element comprising mechanical fastener engagement members positioned on and extending from the cleaning surface, which are adapted to engage with said cleaning substrate, - a rounded head shape; - an asymmetric shape with regard to any plane with a z-directional extension; and - an essentially flat side wall opposite of an essentially non-flat side wall,
A fingerprint recognition device, comprising a plurality of fingerprint recognition areas with a rectangle shape arranged in a matrix, wherein each of the fingerprint recognition areas comprising a plurality of mutually independent fingerprint recognition electrodes (110, 1101, 1102, 1103, 1104, 1105) arranged along a single diagonal direction of the fingerprint recognition area; wherein arrangement directions of the fingerprint recognition electrodes (110, 1101, 1102, 1103, 1104, 1105) in the respective fingerprint recognition areas are same; and numbers of the fingerprint recognition electrodes (110, 1101, 1102, 1103, 1104, 1105) in the respective fingerprint recognition areas are same; and either the fingerprint recognition electrodes (110, 1101, 1102, 1103, 1104, 1105) located at a same position in the respective fingerprint recognition areas being adjacent in a row direction are electrically connected with each other and the row of the respective fingerprint recognition areas is controlled by a same data processing chip; or the fingerprint recognition electrodes (110, 1101, 1102, 1103, 1104, 1105) located at a same position in the respective fingerprint recognition areas being adjacent in a column direction are electrically connected with each other and the column of the respective fingerprint recognition areas is controlled by a same data processing chip. each of the fingerprint recognition areas comprising a plurality of mutually independent fingerprint recognition electrodes (110, 1101, 1102, 1103, 1104, 1105) arranged along a single diagonal direction of the fingerprint recognition area; wherein arrangement directions of the fingerprint recognition electrodes (110, 1101, 1102, 1103, 1104, 1105) in the respective fingerprint recognition areas are same; and numbers of the fingerprint recognition electrodes (110, 1101, 1102, 1103, 1104, 1105) in the respective fingerprint recognition areas are same; and either the fingerprint recognition electrodes (110, 1101, 1102, 1103, 1104, 1105) located at a same position in the respective fingerprint recognition areas being adjacent in a row direction are electrically connected with each other and the row of the respective fingerprint recognition areas is controlled by a same data processing chip; or the fingerprint recognition electrodes (110, 1101, 1102, 1103, 1104, 1105) located at a same position in the respective fingerprint recognition areas being adjacent in a column direction are electrically connected with each other and the column of the respective fingerprint recognition areas is controlled by a same data processing chip.
A recording apparatus comprising: a transport mechanism that can intermittently move a movable belt capable of supporting a recording medium; a feeding unit for feeding the recording medium left in a stretched state to the movable belt by receiving tension from the recording medium in response to the intermittent movement of the movable belt; and a recording mechanism for performing recording by causing a recording head to reciprocate in a direction which intersects a transport direction of the recording medium, wherein the feeding unit has a feeding motor serving as a drive source and a load sensor of the feeding motor which can detect a load based on the tension, and wherein, when the load sensor detects the load which is equal to or greater than a predetermined threshold value, the recording apparatus is adapted to perform a load reduction mode for reducing an acceleration during the intermittent movement of the movable belt. a transport mechanism that can intermittently move a movable belt capable of supporting a recording medium; a feeding unit for feeding the recording medium left in a stretched state to the movable belt by receiving tension from the recording medium in response to the intermittent movement of the movable belt; and a recording mechanism for performing recording by causing a recording head to reciprocate in a direction which intersects a transport direction of the recording medium, wherein the feeding unit has a feeding motor serving as a drive source and a load sensor of the feeding motor which can detect a load based on the tension, and wherein, when the load sensor detects the load which is equal to or greater than a predetermined threshold value, the recording apparatus is adapted to perform a load reduction mode for reducing an acceleration during the intermittent movement of the movable belt.
A powder-free glove, comprising: an elastomeric layer having an interior surface and an exterior surface; a therapeutic fluid coating disposed on the interior surface of the elastomeric layer; and an anti-blocking film coating disposed on the therapeutic fluid coating. an elastomeric layer having an interior surface and an exterior surface; a therapeutic fluid coating disposed on the interior surface of the elastomeric layer; and an anti-blocking film coating disposed on the therapeutic fluid coating.
Device for controlling the discharge of logs outgoing from a rewinding machine, comprising a body placed downstream of a surface along which the logs move in a output direction, wherein said body rotates with a predetermined angular speed about an axis (a) parallel to the logs and perpendicular to said output direction followed by the logs, wherein said body has at least one pocket adapted to receive and temporarily housing a log that enters in the same pocket while moving along the said output direction, characterized in that the said body rotates about the said axis (a) in a direction opposite to the output direction followed by the logs.
A scratch-resistant chemically tempered glass element, comprising a chemically tempered glass substrate having a potassium-rich surface, and a layer system comprising a plurality of successive layers including an oxygen-rich layer adjacent to the potassium-rich surface of the glass, which comprises predominantly silicon oxide and/or aluminium oxide, wherein said oxygen-rich layer is an adhesion promoting layer for a nitridic hard material layer which is the lowermost component of a multi-layered, in particular four-layered anti-reflective coating that is composed of layers having different refractive indices, alternating higher refractive indices (30, 50) and lower refractive indices (40, 60); wherein the layers having a higher refractive index (30, 50) comprise a lower nitridic hard material layer and an upper nitridic hard material layer.
A method for producing a layer containing aluminum oxide and/or aluminum nitride (Al 2 O 3, or AlN) on a substrate, said method comprising a sequence of consecutive steps a) and b) according to which: a) an elemental layer of aluminum (2 1, 2 2) having a thickness between 5 and 25nm is deposited onto the substrate in a deposition chamber, b) the substrate is moved into a treatment chamber separate from the deposition chamber, wherein the elemental layer of aluminum (2 1, 2 2) is oxidized, respectively nitrided to produce an elemental layer of aluminum oxide, respectively aluminum nitride (2 1 ', 2 2 '), is repeated in a loop until said layer of aluminum oxide and/or aluminum nitride is obtained by stacking the successive elemental layers (2 1 ', 2 2 ') of aluminum oxide, respectively aluminum nitride. a) an elemental layer of aluminum (2 1, 2 2) having a thickness between 5 and 25nm is deposited onto the substrate in a deposition chamber, b) the substrate is moved into a treatment chamber separate from the deposition chamber, wherein the elemental layer of aluminum (2 1, 2 2) is oxidized, respectively nitrided to produce an elemental layer of aluminum oxide, respectively aluminum nitride (2 1 ', 2 2 '),
A printer including: a housing including a receptacle; a printer circuit positioned in the housing, the printer circuit including an RF transceiver coupled to the receptacle through a switch; and a removable spindle, the removable spindle including an antenna assembly comprising a first planar antenna and a second planar antenna intersecting the first planar antenna at an angle substantially orthogonal to the first planar antenna to provide a communication link to the RF transceiver and an antenna connector receivable in the receptacle for connection to the printer circuit, the antenna assembly being sized and dimensioned to be received in the interior of a core of a roll of media including at least one RFID tag; wherein the printer circuit further includes a controller for selectively coupling the RF transceiver to one of the first and second planar antennas (21, 23) to allow the printer circuit to communicate to an RFID tag on said roll of media configured to rotate on the antenna assembly, wherein the first antenna is configured to provide communications with the RF transceiver when the second planar antenna is in a null area where the RFID tag cannot communicate with the second planar antenna, and the second antenna is configured to provide communication with the RF transceiver when the first planar antenna is in a null area where the RFID tag cannot communicate with the first planar antenna. a housing including a receptacle; a printer circuit positioned in the housing, the printer circuit including an RF transceiver coupled to the receptacle through a switch; and a removable spindle, the removable spindle including an antenna assembly comprising a first planar antenna and a second planar antenna intersecting the first planar antenna at an angle substantially orthogonal to the first planar antenna to provide a communication link to the RF transceiver and an antenna connector receivable in the receptacle for connection to the printer circuit, the antenna assembly being sized and dimensioned to be received in the interior of a core of a roll of media including at least one RFID tag; wherein the printer circuit further includes a controller for selectively coupling the RF transceiver to one of the first and second planar antennas (21, 23) to allow the printer circuit to communicate to an RFID tag on said roll of media configured to rotate on the antenna assembly, wherein the first antenna is configured to provide communications with the RF transceiver when the second planar antenna is in a null area where the RFID tag cannot communicate with the second planar antenna, and the second antenna is configured to provide communication with the RF transceiver when the first planar antenna is in a null area where the RFID tag cannot communicate with the first planar antenna.
Liquid dispenser, in particular a soap dispenser, comprising a pump mechanism provided in a dispenser housing and a cover panel that can be placed on at least part of the dispenser housing and disconnects a dispenser input in an open position such that a storage container for the fluid can be accessed, and the cover panel covering the dispenser input in a closed position, a counter device which counts the actuation of the pump mechanism being arranged on the cover panel, characterised in that the pump mechanism can be triggered when the cover panel is in the open position and when it is in the closed position (24, 23) such that liquid can be pumped out of the storage container.
A method for biosynthesis of one or more chemical species in E. coli, comprising: expressing one or more biosynthetic pathways in E. coli, the one or more biosynthetic pathways comprising at least one membrane-anchored P450 enzyme, wherein the P450 enzyme is a plant-derived P450 enzyme having an N-terminal truncation of 10 to 55 amino acids with respect to the wildtype enzyme, and comprises a transmembrane domain that is derived from an E. coli inner membrane cytoplasmic C-terminus protein gene selected from waaA (SEQ ID NO:16), ypfN (SEQ ID NO:17), yhcB (SEQ ID NO:18), yhhm (SEQ ID NO:20), zipA (SEQ ID NO:21), ycgG (SEQ ID NO:22), djlA (SEQ ID NO: 23), sohB (SEQ ID NO:24), IpxK (SEQ ID NO:25), F11O (SEQ ID NO: 26), motA (SEQ ID NO: 27), htpx (SEQ ID NO: 28), hemr (SEQ ID NO: 31), and ycls (SEQ ID NO: 32), and culturing the E. coli to produce the one or more chemical species from the biosynthetic pathway(s). expressing one or more biosynthetic pathways in E. coli, the one or more biosynthetic pathways comprising at least one membrane-anchored P450 enzyme, wherein the P450 enzyme is a plant-derived P450 enzyme having an N-terminal truncation of 10 to 55 amino acids with respect to the wildtype enzyme, and comprises a transmembrane domain that is derived from an E. coli inner membrane cytoplasmic C-terminus protein gene selected from waaA (SEQ ID NO:16), ypfN (SEQ ID NO:17), yhcB (SEQ ID NO:18), yhhm (SEQ ID NO:20), zipA (SEQ ID NO:21), ycgG (SEQ ID NO:22), djlA (SEQ ID NO: 23), sohB (SEQ ID NO:24), IpxK (SEQ ID NO:25), F11O (SEQ ID NO: 26), motA (SEQ ID NO: 27), htpx (SEQ ID NO: 28), hemr (SEQ ID NO: 31), and ycls (SEQ ID NO: 32), and culturing the E. coli to produce the one or more chemical species from the biosynthetic pathway(s).
A method for digitizing and subsequent processing an intermediate frequency signal for the fill level measurement for a pulse running time fill level sensor, the method comprising the following steps: pair sampling the IF signal at discrete pairs of points in time; converting the sampled IF signal into digital sampling values; wherein the subsequent processing of the digital sampling values calculates respectively from exactly one of the pairs of the digital sampling values (703, 704 and 705, 706) at least one new value characterizing the IF curve, wherein the IF signal consists of an amplitude modulated carrier wave having the IF frenquency, wherein respective time intervals between consecutive pairs of points in time are greater than the reciprocal value of a double IF frequency. pair sampling the IF signal at discrete pairs of points in time; converting the sampled IF signal into digital sampling values; wherein the subsequent processing of the digital sampling values calculates respectively from exactly one of the pairs of the digital sampling values (703, 704 and 705, 706) at least one new value characterizing the IF curve, wherein the IF signal consists of an amplitude modulated carrier wave having the IF frenquency, wherein respective time intervals between consecutive pairs of points in time are greater than the reciprocal value of a double IF frequency.
Crash structure for a motor vehicle, comprising a carrier body, from the carrier surface of which at least one deformation unit (4, 4a, 4b) formed integrally with the carrier body protrudes, which deformation unit is formed by at least two deformation elements (6, 6a, 6b, 6c), which are arranged one above the other and are connected to one another, and by an impact surface, wherein a longitudinal section of each deformation element (6, 6a, 6b, 6c) has two longitudinal sectional surfaces (15, 16) lying opposite one another and following respective non-straight curves (17, 18), wherein the impact surface is spaced apart from the carrier surface by the deformation elements (6, 6a, 6b, 6c), characterised in that each non-straight curve (17, 18) is a branch of a hyperbola.