mhurhangee/ep-ind-claims huggingface dataset:
A nickel (Ni)-catalyst comprising a support and Ni, wherein the Ni content of the catalyst is 24.1-35wt%; and wherein the size distribution of Ni crystallites is bimodal with 30 to 70% of the Ni crystallites having an average diameter in the range of from 1.0 to 2.5 nm, as determined by X-ray diffraction, and the remaining Ni crystallites having an average diameter in the range of from 3.0 to 4.5 nm, as determined by X-ray diffraction from the Ni- line using the Scherrer relationship, and wherein the Ni is distributed in an outer shell region of the catalyst and a remaining centre of the catalyst in a concentration ratio in the range of from 3.0:1 to 1.3:1, wherein the Ni concentration is determined in weight%, the outer shell region of the catalyst having a penetration depth of 3 to 15% of the catalyst diameter; and wherein the percentage ratio of Ni metal by weight to overall Ni content by weight in the Ni-catalyst is 75 to 85%.
A support arm comprising: a first joint part supported by a base; a second joint part arranged away from said first joint part; a first parallel link arranged between said first joint part and said second joint part and coupled pivotally to said first joint part and said second joint part; a self-weight compensation device producing a force that cancels a force of gravity acting on said first parallel link; said first parallel link having a first shaft and a second shaft arranged in parallel to each other with spacing, the spacing being changed with a pivoting movement of said first parallel link, said first shaft and said second shaft being arranged offset with respect to each other in a direction of an axis on which said first parallel link is pivoted, wherein when said first parallel link is positioned to extend laterally from said first joint part, said first shaft being located above said second shaft, and a wiring line extending from said first joint part toward said second joint part; the support arm being characterized in that said second shaft has a thickness greater than the thickness of said first shaft, and the wiring line is fixed to said second shaft. a first joint part supported by a base; a second joint part arranged away from said first joint part; a first parallel link arranged between said first joint part and said second joint part and coupled pivotally to said first joint part and said second joint part; a self-weight compensation device producing a force that cancels a force of gravity acting on said first parallel link; said first parallel link having a first shaft and a second shaft arranged in parallel to each other with spacing, the spacing being changed with a pivoting movement of said first parallel link, said first shaft and said second shaft being arranged offset with respect to each other in a direction of an axis on which said first parallel link is pivoted, wherein when said first parallel link is positioned to extend laterally from said first joint part, said first shaft being located above said second shaft, and a wiring line extending from said first joint part toward said second joint part; the support arm being characterized in that said second shaft has a thickness greater than the thickness of said first shaft, and the wiring line is fixed to said second shaft.
A container comprising: a container body having a sealing lip, the sealing lip comprising an opening end and a seal end spaced from the opening end; a bottom perforated film comprising a first sealant layer and a first substrate layer, the first sealant layer being adhered to the sealing lip at a first adhesion strength; a top film adhered to the bottom perforated film, and comprising a second sealant layer and a second substrate layer, wherein the top film adheres to the bottom perforated film at a second adhesion strength at one or more locations not in vertical alignment with the seal end, and wherein the top film adheres to the bottom perforated film at a third adhesion strength at a location in vertical alignment with the seal end; wherein the third adhesion strength is greater than the first adhesion strength which is greater than the second adhesion strength, such that, upon application of a pull force, the top film is peelable relative to the bottom perforated film at the opening end and the top film is peelable with the bottom perforated film relative to the container body at the seal end, said container being characterized in that: the top film adheres to the bottom perforated film at a second adhesion strength only at locations in vertical alignment with the sealing lip. a container body having a sealing lip, the sealing lip comprising an opening end and a seal end spaced from the opening end; a bottom perforated film comprising a first sealant layer and a first substrate layer, the first sealant layer being adhered to the sealing lip at a first adhesion strength; a top film adhered to the bottom perforated film, and comprising a second sealant layer and a second substrate layer, wherein the top film adheres to the bottom perforated film at a second adhesion strength at one or more locations not in vertical alignment with the seal end, and wherein the top film adheres to the bottom perforated film at a third adhesion strength at a location in vertical alignment with the seal end; wherein the third adhesion strength is greater than the first adhesion strength which is greater than the second adhesion strength, such that, upon application of a pull force, the top film is peelable relative to the bottom perforated film at the opening end and the top film is peelable with the bottom perforated film relative to the container body at the seal end, said container being characterized in that: the top film adheres to the bottom perforated film at a second adhesion strength only at locations in vertical alignment with the sealing lip.
A wireless device for transmitting a signal via at least a first antenna and a second antenna to a receiver, the wireless device comprising: a generator configured to generate at least a short preamble sequence, a first AGC preamble sequence, and a second AGC preamble sequence (105B, 105C, 105D); wherein the short preamble sequence, the first AGC preamble sequence, and the second AGC preamble sequence are used to perform AGC; the short preamble sequence is to be transmitted via the first antenna, the first AGC preamble sequence is to be transmitted via the first antenna, the second AGC preamble sequence is to be transmitted via the second antenna, the first AGC preamble sequence and the second AGC preamble sequence have a relation of cyclic shift in time domain; the first AGC preamble sequence and the second AGC preamble sequence are to be transmitted simultaneously; and the first AGC preamble sequence and the second AGC preamble sequence are transmitted after the short preamble sequence is transmitted a generator configured to generate at least a short preamble sequence, a first AGC preamble sequence, and a second AGC preamble sequence (105B, 105C, 105D); wherein the short preamble sequence, the first AGC preamble sequence, and the second AGC preamble sequence are used to perform AGC; the short preamble sequence is to be transmitted via the first antenna, the first AGC preamble sequence is to be transmitted via the first antenna, the second AGC preamble sequence is to be transmitted via the second antenna, the first AGC preamble sequence and the second AGC preamble sequence have a relation of cyclic shift in time domain; the first AGC preamble sequence and the second AGC preamble sequence are to be transmitted simultaneously; and the first AGC preamble sequence and the second AGC preamble sequence are transmitted after the short preamble sequence is transmitted
An isolated, synthetic or recombinant nucleic acid consisting of: (a) a nucleic acid sequence having at least 98%, 99% or 100% sequence identity to SEQ ID NO:47, wherein the nucleic acid encodes at least one polypeptide having a glucoamylase activity; (b) a nucleic acid sequence encoding a polypeptide having the sequence of SEQ ID NO:48; (c) a nucleic acid sequence fully complementary to (a), or (b); or, (d) a nucleic acid sequence as set forth in SEQ ID NO:47. (a) a nucleic acid sequence having at least 98%, 99% or 100% sequence identity to SEQ ID NO:47, wherein the nucleic acid encodes at least one polypeptide having a glucoamylase activity; (b) a nucleic acid sequence encoding a polypeptide having the sequence of SEQ ID NO:48; (c) a nucleic acid sequence fully complementary to (a), or (b); or, (d) a nucleic acid sequence as set forth in SEQ ID NO:47.
Vacuum pump having at least one Holweck pump stage comprising at least one Holweck stator and at least one Holweck rotor, wherein in the Holweck stator of the at least one Holweck pump stage at least one gas inlet (11, 13, 16, 17) is provided, characterised in that at least two inlets (11, 13) are provided which are arranged distributed in the axial length of the Holweck stator.
Umbrella construction having a foldable umbrella linkage mechanism and a planar umbrella arranged thereon, characterized in that the umbrella has a fabric having warp threads and weft threads of PTFE-yarn, in that the fabric is woven in a double-layered or multi-layered manner with a number of weft threads which substantially corresponds to the number of warp threads, in that the fabric is of identical design on its upper side and on its lower side, and in that the fabric has a weight ranging between 900 g/m2 and 1500 g/m2.
A lock mechanism of a shield connector, comprising: an insulation connector housing; a flexible lock arm having a lock projection projecting outwardly and being arranged at the connector housing; a conductive shield shell in which the connector housing is inserted; a locked member provided at the shield shell so as to be locked with the lock projection, characterized in that a stopper, which controls the deflection value of the lock arm and is provided at an outer surface of the connector housing so as to correspond to the inner surface of the lock arm, is configured such that the lock arm is prevented from bending to unlock the lock arm when the lock projection is half-locked with the locked member, wherein the stopper abuts on an inner surface along a bending direction of the lock arm such that the lock arm is bent inwardly and the lock projection is press-fitted along an inner surface of the shield shell to push the inner surface of the shield shell outwardly and prevent a further inwardly bending of the lock arm while the connector housing is inserted into the shield shell. an insulation connector housing; a flexible lock arm having a lock projection projecting outwardly and being arranged at the connector housing; a conductive shield shell in which the connector housing is inserted; a locked member provided at the shield shell so as to be locked with the lock projection, characterized in that a stopper, which controls the deflection value of the lock arm and is provided at an outer surface of the connector housing so as to correspond to the inner surface of the lock arm, is configured such that the lock arm is prevented from bending to unlock the lock arm when the lock projection is half-locked with the locked member, wherein the stopper abuts on an inner surface along a bending direction of the lock arm such that the lock arm is bent inwardly and the lock projection is press-fitted along an inner surface of the shield shell to push the inner surface of the shield shell outwardly and prevent a further inwardly bending of the lock arm while the connector housing is inserted into the shield shell.
Cooling section for a flat rolled material, - wherein the cooling section has a structural frame in which is arranged a plurality of transport rollers which are one behind another looking in the direction of transport (x) of the flat rolled material, - wherein, looking in the direction of transport (x), immediately neighbouring transport rollers are in each case separated by a gap (a), - wherein each of the transport rollers is mounted in the structural frame so that it can rotate about a roller axis, - wherein the roller axes are aligned orthogonally to the direction of transport (x) and horizontally, so that the transport rollers form a pass-line for the flat rolled material, - wherein at least one lower spray bar is arranged underneath the pass-line, - wherein the at least one spray bar has a base block arranged underneath the transport rollers, into which is fed a liquid coolant, - wherein a number of feeder sections project upwards from the base block into spaces between the transport rollers, - wherein the feeder sections have an upper closing element, on which are arranged spray nozzles, by means of which the coolant fed into the base block is sprayed from below onto the flat rolled material, - wherein each of the feeder sections has a width looking in the direction of transport (x) of the flat rolled material, - wherein, at least in the neighbourhood of the relevant upper closing elements, the widths reduce in the direction towards the upper closing element concerned. - wherein the cooling section has a structural frame in which is arranged a plurality of transport rollers which are one behind another looking in the direction of transport (x) of the flat rolled material, - wherein, looking in the direction of transport (x), immediately neighbouring transport rollers are in each case separated by a gap (a), - wherein each of the transport rollers is mounted in the structural frame so that it can rotate about a roller axis, - wherein the roller axes are aligned orthogonally to the direction of transport (x) and horizontally, so that the transport rollers form a pass-line for the flat rolled material, - wherein at least one lower spray bar is arranged underneath the pass-line, - wherein the at least one spray bar has a base block arranged underneath the transport rollers, into which is fed a liquid coolant, - wherein a number of feeder sections project upwards from the base block into spaces between the transport rollers, - wherein the feeder sections have an upper closing element, on which are arranged spray nozzles, by means of which the coolant fed into the base block is sprayed from below onto the flat rolled material, - wherein each of the feeder sections has a width looking in the direction of transport (x) of the flat rolled material, - wherein, at least in the neighbourhood of the relevant upper closing elements, the widths reduce in the direction towards the upper closing element concerned.
A method for determining the dew point of a vaporised hydrocarbon feedstock, comprising a) providing a hydrocarbon feedstock and a non-hydrocarbonaceous diluent; b) heating the hydrocarbon feedstock and diluent to a first temperature and maintaining the hydrocarbon feedstock and diluent at the first temperature until all hydrocarbon feedstock is vaporized and a homogeneous mixture of the hydrocarbon feedstock and diluent is obtained; c) passing a first flow of the mixture through a first zone maintained at a second temperature, which is lower than the first temperature; d) halting the first flow; e) passing a second flow comprising a non-hydrocarbonaceous sweep gas through the first zone and providing the sweep gas exiting the first zone to a detector suitable for detecting the presence of hydrocarbons; f) decreasing the temperature of the first zone, wherein steps (c) to (f) are repeated at least until a hydrocarbon presence is detected in the sweep gas and further wherein the first zone is a part of the internal volume of an oven. g) after exiting the first zone intermittently directing a quantity of the first &/or second flow through a Deans switch fluidly connected to a second detector. a) providing a hydrocarbon feedstock and a non-hydrocarbonaceous diluent; b) heating the hydrocarbon feedstock and diluent to a first temperature and maintaining the hydrocarbon feedstock and diluent at the first temperature until all hydrocarbon feedstock is vaporized and a homogeneous mixture of the hydrocarbon feedstock and diluent is obtained; c) passing a first flow of the mixture through a first zone maintained at a second temperature, which is lower than the first temperature; d) halting the first flow; e) passing a second flow comprising a non-hydrocarbonaceous sweep gas through the first zone and providing the sweep gas exiting the first zone to a detector suitable for detecting the presence of hydrocarbons; f) decreasing the temperature of the first zone, wherein steps (c) to (f) are repeated at least until a hydrocarbon presence is detected in the sweep gas and further wherein the first zone is a part of the internal volume of an oven. g) after exiting the first zone intermittently directing a quantity of the first &/or second flow through a Deans switch fluidly connected to a second detector.
An inductor component, the inductor component comprising: a plurality of stacked layer structures made of component carrier material and comprising electrically conductive plate structures; a plurality of electrically conductive interconnect structures connecting the electrically conductive plate structures to thereby form an inductance with multiple windings, characterized in that at least one of the electrically conductive plate structures or at least one of the electrically conductive interconnect structures comprises a multi-layer structure in the form of one or more multi-layer blocks with an alternating sequence of a plurality of electrically conductive plate sections and electrically insulating layer sections which are shaped and/or sized to be combined so as to form at least a part of the windings. a plurality of stacked layer structures made of component carrier material and comprising electrically conductive plate structures; a plurality of electrically conductive interconnect structures connecting the electrically conductive plate structures to thereby form an inductance with multiple windings, characterized in that at least one of the electrically conductive plate structures or at least one of the electrically conductive interconnect structures comprises a multi-layer structure in the form of one or more multi-layer blocks with an alternating sequence of a plurality of electrically conductive plate sections and electrically insulating layer sections which are shaped and/or sized to be combined so as to form at least a part of the windings.
A printer comprising: a connection port that connects an external storage device to the printer; a command input unit including a reader that reads coded information and inputs the coded information; a processor that executes a command corresponding to the coded information read by the reader by analyzing data stored in the external storage device connected to the connection port; and a printing unit (52, 53, 54, 55, 56 and 57) that prints the coded information on a printing medium under control of the processor, characterized in that, by insertion the external storage device to the connection port, the processor is adapted to execute the steps of: analyzing the data stored in the external storage device connected to the connection port; creating the coded information and text-form information that are corresponding to the command based on the analyzing result; and printing in an associated manner both the coded information and the text-form information on a printing medium by the printing unit (52, 53, 54, 55, 56 and 57). a connection port that connects an external storage device to the printer; a command input unit including a reader that reads coded information and inputs the coded information; a processor that executes a command corresponding to the coded information read by the reader by analyzing data stored in the external storage device connected to the connection port; and a printing unit (52, 53, 54, 55, 56 and 57) that prints the coded information on a printing medium under control of the processor, by insertion the external storage device to the connection port, the processor is adapted to execute the steps of: analyzing the data stored in the external storage device connected to the connection port; creating the coded information and text-form information that are corresponding to the command based on the analyzing result; and printing in an associated manner both the coded information and the text-form information on a printing medium by the printing unit (52, 53, 54, 55, 56 and 57). analyzing the data stored in the external storage device connected to the connection port; creating the coded information and text-form information that are corresponding to the command based on the analyzing result; and printing in an associated manner both the coded information and the text-form information on a printing medium by the printing unit (52, 53, 54, 55, 56 and 57).
A wireless device comprising: a transceiver for transmitting and receiving messages to and from an access point, the wireless device having a sleep mode from which it occasionally or periodically wakes at wakeup times to listen for beacons from the access point; a processor which is configured to send and/or receive data to and/or from an external device node via the transceiver and the access point; and a scheduling system which is configured to schedule each wakeup time according to historical beacon reception data, wherein the scheduling system is configured to regularly wake the wireless device from the sleep mode at transmission wakeup times to transmit linkup messages to the access point device so as to remain in the network; and each time a linkup message is transmitted, the scheduling system is configured for selecting transmission wakeup times so as not to coincide with beacon transmission times. a transceiver for transmitting and receiving messages to and from an access point, the wireless device having a sleep mode from which it occasionally or periodically wakes at wakeup times to listen for beacons from the access point; a processor which is configured to send and/or receive data to and/or from an external device node via the transceiver and the access point; and a scheduling system which is configured to schedule each wakeup time according to historical beacon reception data, wherein the scheduling system is configured to regularly wake the wireless device from the sleep mode at transmission wakeup times to transmit linkup messages to the access point device so as to remain in the network; and each time a linkup message is transmitted, the scheduling system is configured for selecting transmission wakeup times so as not to coincide with beacon transmission times.