mhurhangee/ep-ind-claims huggingface dataset:
A combination comprising a hydro-kinetic turbine device in combination with a redirected flow-inducing arrangement, wherein the hydro-kinetic turbine device comprises a fluid inlet end and a fluid outlet end for fluid flowing therethrough, defining a direction of fluid flow through the device, an accelerator shroud that has a longitudinal central axis and defines within its cross-section a fluid flow area and includes a rotor assembly that is mounted within the accelerator shroud for rotation around the longitudinal central axis, and includes a plurality of rotor blades extending radially outwardly within the accelerator shroud; and the redirected flow-inducing arrangement comprises a rear deflector forming a wildlife and/or debris deflector positioned downstream of the rotor assembly of the turbine device, wherein the deflector comprises an array of deflector rods that have an acceleration-causing hydrofoil cross-section and wherein deflector rods are oriented with respect to one another in such a way as to produce at least the effect on the fluid flowing through the turbine device of imparting a re-direction of the fluid as it passes through the deflector; wherein the hydrofoil cross-section deflector rods of the rear deflector have a pattern of concentric rings to produce a decrease in pressure downstream of the outlet end of the turbine device, by a radial redirection of the fluid with respect to the direction of fluid flow through the rear deflector. the hydro-kinetic turbine device comprises a fluid inlet end and a fluid outlet end for fluid flowing therethrough, defining a direction of fluid flow through the device, an accelerator shroud that has a longitudinal central axis and defines within its cross-section a fluid flow area and includes a rotor assembly that is mounted within the accelerator shroud for rotation around the longitudinal central axis, and includes a plurality of rotor blades extending radially outwardly within the accelerator shroud; and the redirected flow-inducing arrangement comprises a rear deflector forming a wildlife and/or debris deflector positioned downstream of the rotor assembly of the turbine device, wherein the deflector comprises an array of deflector rods that have an acceleration-causing hydrofoil cross-section and wherein deflector rods are oriented with respect to one another in such a way as to produce at least the effect on the fluid flowing through the turbine device of imparting a re-direction of the fluid as it passes through the deflector; wherein the hydrofoil cross-section deflector rods of the rear deflector have a pattern of concentric rings to produce a decrease in pressure downstream of the outlet end of the turbine device, by a radial redirection of the fluid with respect to the direction of fluid flow through the rear deflector.
An absorbent sheet for pets comprising: a liquid-permeable top sheet; a liquid-impermeable back sheet; an absorbent core provided between the top sheet and the back sheet; and a colored area visually recognizable from a top sheet side, characterised in that an antimicrobial and/or a bacteriostat is provided on the top sheet side relative to the absorbent core, an aroma chemical is provided on the top sheet side relative to the absorbent core, the aroma chemical is included in cyclodextrin, and the cyclodextrin is solidified by a binder. a liquid-permeable top sheet; a liquid-impermeable back sheet; an absorbent core provided between the top sheet and the back sheet; and a colored area visually recognizable from a top sheet side, characterised in that an antimicrobial and/or a bacteriostat is provided on the top sheet side relative to the absorbent core, an aroma chemical is provided on the top sheet side relative to the absorbent core, the aroma chemical is included in cyclodextrin, and the cyclodextrin is solidified by a binder.
A method of transmitting a sidelink synchronization signal and a Physical Sidelink Broadcast Channel, PSBCH, in a wireless communication system, the method comprising: mapping the sidelink synchronization signal to a physical resource; mapping the PSBCH to the physical resource; and transmitting, to a user equipment, UE, the sidelink synchronization signal and the PSBCH, characterized in that the sidelink synchronization signal is mapped to fewer subcarriers than the PSBCH. mapping the sidelink synchronization signal to a physical resource; mapping the PSBCH to the physical resource; and transmitting, to a user equipment, UE, the sidelink synchronization signal and the PSBCH, characterized in that the sidelink synchronization signal is mapped to fewer subcarriers than the PSBCH.
A consumer product comprising a detergent product and a container, the container containing the detergent product, the detergent product preferably comprising water soluble unit dose articles, the container comprising a box and a lid, the lid comprising a top panel and flanks, the flanks comprising at least a first flank, the first flank corresponding to a first side of the lid from a first flank corner to a second flank corner, the first flank corner connecting the first flank with a second flank of the flanks, the second flank corner connecting the first flank with a third flank of the flanks, the first flank comprising a first major flap, the first major flap comprising a first flank corrugated fiberboard layer, the first flank corrugated fiberboard layer being connected by a first flank fold line to the top panel, whereby the first flank further comprises an additional first flank corrugated fiberboard layer, the additional first flank corrugated fiberboard layer being superposed to the first flank corrugated fiberboard layer, the first flank corrugated fiberboard layer being between the additional first flank corrugated fiberboard layer and an internal volume of the lid, the additional first flank corrugated fiberboard layer comprising a first first flank minor flap extending from the first flank corner and a second first flank minor flap extending from the second flank corner, the first first flank minor flap covering a first portion of the first side and the second first flank minor flap covering a second portion of the first side, whereby the first first flank minor flap is connected by a first first flank minor flap fold line to the second flank and whereby second first flank minor flap is connected by a second first flank minor flap fold line to the third flank and whereby the additional first flank corrugated fiberboard layer comprises first flank flutes, each first flank flute running along a first flank flute length parallel to both the first first flank minor flap fold line and to the second first flank minor flap fold line, each first flank flute forming a channel in communication with an external environment outside of the lid at a first flute edge and at a second flute edge.
A switch, comprising: one or more ports adapted to receive packets, wherein the switch is a master switch and member switch of a network of interconnected member switches (211, 212, 213); a local session database storing a receive indicator of each of the member switches; a path monitoring apparatus adapted to: in response to a control packet associated with a session received at a member switch from a destination endpoint within a predetermined time interval, set the receive indicator for the member switch to an active state, wherein the session corresponds to a path between the network of interconnected switches and the destination endpoint; in response to absence of the control packet associated with the session to be received at the member switch from the destination endpoint within the predetermined time interval, set the receive indicator for the member switch to an inactive state; and set a path state associated with the session to an active state based on the receive indicators for the member switch and one or more other member switches as long as the receive indicator of one of the member switches is in an active state; and a broadcast apparatus adapted to broadcast at least the receive indicator for the member switch to one or more other member switches. one or more ports adapted to receive packets, wherein the switch is a master switch and member switch of a network of interconnected member switches (211, 212, 213); a local session database storing a receive indicator of each of the member switches; a path monitoring apparatus adapted to: in response to a control packet associated with a session received at a member switch from a destination endpoint within a predetermined time interval, set the receive indicator for the member switch to an active state, wherein the session corresponds to a path between the network of interconnected switches and the destination endpoint; in response to absence of the control packet associated with the session to be received at the member switch from the destination endpoint within the predetermined time interval, set the receive indicator for the member switch to an inactive state; and in response to a control packet associated with a session received at a member switch from a destination endpoint within a predetermined time interval, set the receive indicator for the member switch to an active state, wherein the session corresponds to a path between the network of interconnected switches and the destination endpoint; in response to absence of the control packet associated with the session to be received at the member switch from the destination endpoint within the predetermined time interval, set the receive indicator for the member switch to an inactive state; and set a path state associated with the session to an active state based on the receive indicators for the member switch and one or more other member switches as long as the receive indicator of one of the member switches is in an active state; and a broadcast apparatus adapted to broadcast at least the receive indicator for the member switch to one or more other member switches.
A device for in vivo dosimetry, the device comprising: • a miniature probe comprising at least: • a radioluminescent material that emits a radioluminescence signal of intensity that is a function of the high-energy radiation irradiating said material; and • an optical fiber (4, 16) receiving the luminescence signal and conveying it to a luminescence detector system; and • a luminescence detector system; characterized in that the radioluminescent material is gallium nitride (GaN) specifically doped so that to emit a luminescence signal essentially in the narrow emission band of the material that corresponds to the band gap of the material, and in that the luminescence detector system includes an optical device enabling the narrow emission band BE of gallium nitride to be selected. • a miniature probe comprising at least: • a radioluminescent material that emits a radioluminescence signal of intensity that is a function of the high-energy radiation irradiating said material; and • an optical fiber (4, 16) receiving the luminescence signal and conveying it to a luminescence detector system; and • a luminescence detector system; characterized in that the radioluminescent material is gallium nitride (GaN) specifically doped so that to emit a luminescence signal essentially in the narrow emission band of the material that corresponds to the band gap of the material, and in that the luminescence detector system includes an optical device enabling the narrow emission band BE of gallium nitride to be selected.
Process for making a powder or granule containing in the range of from 80 to 99 % by weight of at least one chelating agent selected from methyl glycine diacetic acid (MGDA) and glutamic acid diacetate (GLDA) and iminodisuccinic acid and their respective alkali metal salts, in the range of from 1 to 20 % by weight of at least one homo- or copolymer of (meth)acrylic acid, partially or fully neutralized with alkali, said homo- or copolymer having an average molecular weight M w in the range of from 1,200 to 30,000 g/mol, determined by gel permeation chromatography and referring to the respective free acid, percentages referring to the solids content of said powder or granule, said process comprising the steps of (a) mixing the at least one chelating agent and the at least one homo- or copolymer in the presence of water, (b) removing most of said water by spray-drying or spray granulation using a gas with an inlet temperature of at least 125°C. in the range of from 80 to 99 % by weight of at least one chelating agent selected from methyl glycine diacetic acid (MGDA) and glutamic acid diacetate (GLDA) and iminodisuccinic acid and their respective alkali metal salts, in the range of from 1 to 20 % by weight of at least one homo- or copolymer of (meth)acrylic acid, partially or fully neutralized with alkali, said homo- or copolymer having an average molecular weight M w in the range of from 1,200 to 30,000 g/mol, determined by gel permeation chromatography and referring to the respective free acid, (a) mixing the at least one chelating agent and the at least one homo- or copolymer in the presence of water, (b) removing most of said water by spray-drying or spray granulation using a gas with an inlet temperature of at least 125°C.
Crane hook with a hook weight assembly for applying a tensile load to a cable which can be reeled onto and off a cable drum on a crane and which raises or lowers the crane hook, wherein the hook weight assembly (1, 1*) comprises a hook weight body (3, 3*) connected to the cable and an auxiliary weight which can be secured thereto, and wherein the crane hook is secured to an underside of the hook weight body (3, 3*), characterised in that the cable is guided into the hook weight body (3, 3*) or through a slot provided therein, and in that the auxiliary weight is formed from at least two parts (27, 27') and the hook weight body (3, 3*) has a substantially cylindrical section in the vertical direction, and the auxiliary weight is formed from casing parts (27, 27') which surround the hook weight body (3, 3*) in an annular arrangement.
An antenna front end, defining with channels within a single material block: a first diplexer, comprising a first coupler, a first transmit band filter and a first receive band filter, adjoined and matched to form a first continuous waveguide channel; and a second diplexer, comprising second coupler, a second transmit band filter and a second receive band filter; adjoined and matched to form a second continuous waveguide channel. a first diplexer, comprising a first coupler, a first transmit band filter and a first receive band filter, adjoined and matched to form a first continuous waveguide channel; and a second diplexer, comprising second coupler, a second transmit band filter and a second receive band filter; adjoined and matched to form a second continuous waveguide channel.
A magnetic field sensor, comprising: a first group comprising a plurality of magnetic tunnel junction devices (1116, 1117), a second group comprising a plurality of magnetic tunnel junction devices (1116, 1117), a third group comprising a plurality of magnetic tunnel junction devices (301, 311) and a fourth group comprising a plurality of magnetic tunnel junction devices (301, 311), each magnetic tunnel junction device capable of sensing an external magnetic field, wherein each magnetic tunnel junction device of the first, second, third and fourth group of magnetic tunnel junction devices comprises: a reference layer; a tunnel barrier formed over the reference layer; a magnetic sense element formed over the tunnel barrier; and one or more conductors (1141,1142, 1151, 1542, 1571) configured to electrically couple (a) in series the first and second groups of magnetic tunnel junction devices, (b) in series the third and fourth groups of magnetic tunnel junction devices, and (c) in parallel the first and second groups with the third and fourth groups of magnetic tunnel junction devices to form a Wheatstone bridge; or electrically couple (a) in parallel the first and second groups of magnetic tunnel junction devices, (b) in parallel the third and fourth groups of magnetic tunnel junction devices, and (c) in series the first and second with the third and fourth groups of magnetic tunnel junction devices, characterised in that the magnetic tunnel junction devices of a respective group share a common reference layer. a reference layer; a tunnel barrier formed over the reference layer; a magnetic sense element formed over the tunnel barrier; and one or more conductors (1141,1142, 1151, 1542, 1571) configured to electrically couple (a) in series the first and second groups of magnetic tunnel junction devices, (b) in series the third and fourth groups of magnetic tunnel junction devices, and (c) in parallel the first and second groups with the third and fourth groups of magnetic tunnel junction devices to form a Wheatstone bridge; or electrically couple (a) in parallel the first and second groups of magnetic tunnel junction devices, (b) in parallel the third and fourth groups of magnetic tunnel junction devices, and (c) in series the first and second with the third and fourth groups of magnetic tunnel junction devices, characterised in that the magnetic tunnel junction devices of a respective group share a common reference layer.
A non-transitory computer-readable recording medium comprising a printing management program, which, when processed by a computer, causes the computer to function as: a scheduling unit configured to schedule a print job in an image forming apparatus, the print job having a printing capability that matches a printing capability set in the image forming apparatus, characterized by causing the computer further to function as: a printing capability change job generator configured to generate a printing capability change job adapted to process an instruction to change a printing capability set in the image forming apparatus, wherein when the printing capability change job generated by the printing capability change job generator is scheduled in the image forming apparatus, the scheduling unit schedules the print job having the printing capability that matches the printing capability changed by the printing capability change job after the printing capability change job; an editing unit configured to allow an operator to edit information on the print job such that a content of a supplementary task accompanying the print job is added to the print job; and a reporting unit configured to report to the operator the content of the supplementary task accompanying the print job, before the print job accompanied by the supplementary task is sent to the image forming apparatus, when the print job accompanied by the supplementary task is ready to be processed. a scheduling unit configured to schedule a print job in an image forming apparatus, the print job having a printing capability that matches a printing capability set in the image forming apparatus, a printing capability change job generator configured to generate a printing capability change job adapted to process an instruction to change a printing capability set in the image forming apparatus, wherein when the printing capability change job generated by the printing capability change job generator is scheduled in the image forming apparatus, the scheduling unit schedules the print job having the printing capability that matches the printing capability changed by the printing capability change job after the printing capability change job; an editing unit configured to allow an operator to edit information on the print job such that a content of a supplementary task accompanying the print job is added to the print job; and a reporting unit configured to report to the operator the content of the supplementary task accompanying the print job, before the print job accompanied by the supplementary task is sent to the image forming apparatus, when the print job accompanied by the supplementary task is ready to be processed.
A process comprising at least the steps: chemical reaction of at least one organic compound in the presence of at least one heterogeneous catalyst in a reaction mixture, wherein adipodinitrile is hydrogenated to hexamethylenediamine or 6-aminocapronitrile (6-ACN) and hexamethylenediamine in step, wherein the at least one heterogeneous catalyst comprises a metal selected from the group consisting of Ni, Fe, Co and mixtures thereof and wherein the at least one heterogeneous catalyst has a particle size distribution of from 0.1 to 5000 μm, preferably from 1000 μm, particularly preferably from 1 to 100 μm, and removal of the at least one heterogeneous catalyst by means of a magnetic filter, the magnetic filter being a magnetic filter which can be backwashed, for example a high-gradient magnetic filter or Automag magnetic filter, or a wet drum separator and the content of at least one heterogeneous catalyst in the reaction mixture which is used in step of the process of the invention being preferably from 6 to 10 000 ppm by weight, particularly preferably from 10 to 1000 ppm by weight, very particularly preferably from about 20 to 500 ppm by weight, in each case based on the reaction mixture to be treated, part of the at least one heterogeneous catalyst being separated off before step and the removal before step being carried out by separation in a centrifugal field. chemical reaction of at least one organic compound in the presence of at least one heterogeneous catalyst in a reaction mixture, wherein adipodinitrile is hydrogenated to hexamethylenediamine or 6-aminocapronitrile (6-ACN) and hexamethylenediamine in step, wherein the at least one heterogeneous catalyst comprises a metal selected from the group consisting of Ni, Fe, Co and mixtures thereof and wherein the at least one heterogeneous catalyst has a particle size distribution of from 0.1 to 5000 μm, preferably from 1000 μm, particularly preferably from 1 to 100 μm, and removal of the at least one heterogeneous catalyst by means of a magnetic filter, the magnetic filter being a magnetic filter which can be backwashed, for example a high-gradient magnetic filter or Automag magnetic filter, or a wet drum separator and the content of at least one heterogeneous catalyst in the reaction mixture which is used in step of the process of the invention being preferably from 6 to 10 000 ppm by weight, particularly preferably from 10 to 1000 ppm by weight, very particularly preferably from about 20 to 500 ppm by weight, in each case based on the reaction mixture to be treated, part of the at least one heterogeneous catalyst being separated off before step and the removal before step being carried out by separation in a centrifugal field.