mhurhangee/ep-ind-claims huggingface dataset:
A medium processing device comprising: a transaction unit including a transaction port and configured to perform at least one of a process of taking in a medium or a process of taking out the medium through the transaction port; a cassette mounting unit including a mounting port which is adjacently disposed on an upper side of the transaction port, wherein a medium cassette inserted to the mounting port is capable of being mounted to the cassette mounting unit; a cassette processing unit configured to perform at least one of a process of carrying in the medium from the medium cassette mounted to the cassette mounting unit or a process of carrying out the medium to the medium cassette; and a closing member configured to selectively close the transaction port or the mounting port, characterized in that the closing member makes up a placing surface where the medium cassette is placed when the closing member closes the transaction port. a transaction unit including a transaction port and configured to perform at least one of a process of taking in a medium or a process of taking out the medium through the transaction port; a cassette mounting unit including a mounting port which is adjacently disposed on an upper side of the transaction port, wherein a medium cassette inserted to the mounting port is capable of being mounted to the cassette mounting unit; a cassette processing unit configured to perform at least one of a process of carrying in the medium from the medium cassette mounted to the cassette mounting unit or a process of carrying out the medium to the medium cassette; and a closing member configured to selectively close the transaction port or the mounting port, characterized in that the closing member makes up a placing surface where the medium cassette is placed when the closing member closes the transaction port.
A method for reducing the viscosity and/or foam of a fermentation broth, comprising; fermenting a feedstock with a fermenting microorganism in a fermentation broth to make a fermentation product, wherein the fermentation broth comprises a transglycosidase. and wherein the fermentation product has a higher yield than a control fermentation lacking the transglycosidase; wherein the transglycosidase has at least 80% amino acid sequence identity to the mature transglucosidase enzyme of SEQ ID NO: 1 and wherein the transglycosidase is produced by expression in a Trichoderma.
Method for operating an internal combustion engine in a hand-guided working implement, wherein the working implement comprises a clutch and at least one tool, wherein the clutch engages at an engagement speed (n K) and wherein the internal combustion engine is in operative connection with the tool at speeds (n) above the engagement speed (n K), wherein the internal combustion engine has a cylinder, in which a piston is mounted for reciprocating movement, wherein the piston drives a crankshaft rotatably mounted in a crankcase to rotate, wherein the internal combustion engine has an ignition control device, which predetermines at least one ignition point for each speed (n) of the internal combustion engine, wherein the ignition control device predetermines for each speed (n) of a first speed range an associated first ignition point (ZZP 1) and for each speed (n) of a second speed range adjoining and above the first speed range an associated second ignition point (ZZP 2), wherein each first ignition point (ZZP 1) is an ignition point of a first ignition point range and each second ignition point (ZZP 2) is an ignition point of a second ignition point range, and wherein each first ignition point (ZZP 1) is retarded by at least 5° crank angle relative to each second ignition point (ZZP 2), characterised in that the first speed range extends at least from the engagement speed (n K) to a limit speed (n G) which is at least approximately 7000 rpm.
A high-pressure fuel supply pump comprising: a plunger configured to be in reciprocating motion; a pressurizing chamber of fuel in which volume varies due to the reciprocating motion of the plunger; a fuel passage (10S, 10P) interconnecting with the pressurizing chamber; and a fluid valve disposed on the fuel passage (10S, 10P), wherein the fluid valve includes a valve seat fixed to the fuel passage (10S, 10P), and a valve member held movable by the fuel passage (10S, 10P), and configured to close or open the fuel passage (10S, 10P) by seating on or separating from the valve seat, the fuel passage (10S, 10P) includes a gap passage portion formed in a gap between the valve seat and the valve member, and a bent passage portion extending in a bent direction with respect to the gap passage portion, on the upstream side of the gap passage portion under normal fuel flow conditions, and in a case where a flow direction is defined as a reference upon a backflow of the fuel, in terms of a passage surface on the side of an inner circumference of a bent fuel passage portion including the gap passage portion and the bent passage portion, a recess portion is formed on an end portion on the upstream side of a passage surface of the bent passage portion, characterized in that the valve member comprises a curved portion at the connection between the gap passage portion and the bent passage portion. a plunger configured to be in reciprocating motion; a pressurizing chamber of fuel in which volume varies due to the reciprocating motion of the plunger; a fuel passage (10S, 10P) interconnecting with the pressurizing chamber; and a fluid valve disposed on the fuel passage (10S, 10P), wherein the fluid valve includes a valve seat fixed to the fuel passage (10S, 10P), and a valve member held movable by the fuel passage (10S, 10P), and configured to close or open the fuel passage (10S, 10P) by seating on or separating from the valve seat, the fuel passage (10S, 10P) includes a gap passage portion formed in a gap between the valve seat and the valve member, and a bent passage portion extending in a bent direction with respect to the gap passage portion, on the upstream side of the gap passage portion under normal fuel flow conditions, and in a case where a flow direction is defined as a reference upon a backflow of the fuel, in terms of a passage surface on the side of an inner circumference of a bent fuel passage portion including the gap passage portion and the bent passage portion, a recess portion is formed on an end portion on the upstream side of a passage surface of the bent passage portion, characterized in that the valve member comprises a curved portion at the connection between the gap passage portion and the bent passage portion.
A process comprising: a) providing a hydrophilic substrate b) depositing a hydrophobic polymer layer on the substrate, the polymer layer comprising: i) an elastomeric polymer containing hydrophobic fluoroalkyl side groups; ii) a photoinitiator; and iii) monomers selected from the group consisting of: and and mixtures thereof; c) imaging a pattern on the polymer layer forming a crosslinked polymer pattern and a non-crosslinked polymer pattern; and d) developing the imaged polymer layer wherein the non-crosslinked polymer pattern is dissolved. a) providing a hydrophilic substrate b) depositing a hydrophobic polymer layer on the substrate, the polymer layer comprising: i) an elastomeric polymer containing hydrophobic fluoroalkyl side groups; ii) a photoinitiator; and iii) monomers selected from the group consisting of: and and mixtures thereof; i) an elastomeric polymer containing hydrophobic fluoroalkyl side groups; ii) a photoinitiator; and iii) monomers selected from the group consisting of: and and mixtures thereof; c) imaging a pattern on the polymer layer forming a crosslinked polymer pattern and a non-crosslinked polymer pattern; and d) developing the imaged polymer layer wherein the non-crosslinked polymer pattern is dissolved.
A hollow rod made from a homogenized tobacco material, said material is self-extinguishing, said hollow rod being made from at least one foil of a homogenized tobacco material, characterized in that the inner space of said hollow rod does not contain anyone of tobacco, a tobacco substitute, an aerosol generating substance, or a combination thereof.
A constant velocity joint boot comprising: a boot-can having an axially extending main cylindrical body; a radially extending transition portion; an axially extending and generally cylindrical mounting portion, wherein the radially extending transition portion intersects the axially extending main cylindrical body and the generally cylindrical mounting portion; characterised in that a flexible boot member is overmoulded to the boot-can along an inner surface of at least two of the cylindrical body, the transition portion and the mounting portion at a coupling region, wherein the coupling region has at least one axially extending surface and at least one radially extending surface intersecting the axially extending surface at an angle. a boot-can having an axially extending main cylindrical body; a radially extending transition portion; an axially extending and generally cylindrical mounting portion, wherein the radially extending transition portion intersects the axially extending main cylindrical body and the generally cylindrical mounting portion; characterised in that a flexible boot member is overmoulded to the boot-can along an inner surface of at least two of the cylindrical body, the transition portion and the mounting portion at a coupling region, wherein the coupling region has at least one axially extending surface and at least one radially extending surface intersecting the axially extending surface at an angle.
A positive electrode active material for a lithium secondary battery comprising a secondary particle composed of a plurality of primary particles, wherein: a crystal structure of the primary particle includes an a-axis; the a-axis of the primary particle is oriented to the center part of the secondary particle; the secondary particle comprises nickel, cobalt, and manganese; and at least two of nickel, cobalt, and manganese have a concentration gradient in the secondary particle. a crystal structure of the primary particle includes an a-axis; the a-axis of the primary particle is oriented to the center part of the secondary particle; the secondary particle comprises nickel, cobalt, and manganese; and at least two of nickel, cobalt, and manganese have a concentration gradient in the secondary particle.
A process for regenerating a temperature swing adsorption unit comprising: sending a heated purge gas stream through an adsorption bed to remove impurities from said adsorption bed and producing a contaminated stream; sending said contaminated stream to a separator to produce a liquid stream and a vapor stream; returning said vapor stream as at least a portion of said heated purge stream until said vapor stream comprises below a predetermined level of impurities; and then further reducing the level of impurities of a portion of said vapor stream until the heated purge stream has a level of impurities below a second predetermined level. sending a heated purge gas stream through an adsorption bed to remove impurities from said adsorption bed and producing a contaminated stream; sending said contaminated stream to a separator to produce a liquid stream and a vapor stream; returning said vapor stream as at least a portion of said heated purge stream until said vapor stream comprises below a predetermined level of impurities; and then further reducing the level of impurities of a portion of said vapor stream until the heated purge stream has a level of impurities below a second predetermined level.
Apparatus for assisting in controlling motion of an invasive probe relative to a sheath enclosing the probe, the apparatus comprising: an outer casing, fixedly connected to the sheath, and configured to be temporarily fixed to a patient by suturing; and a drive mechanism, fixedly connected to the outer casing, the drive mechanism comprising: a first set of components, configured to translate the probe along a direction parallel to an axis of the probe, in order to advance and retract the probe with respect to the sheath in a translational stepwise manner; and a second set of components, configured to rotate the probe around the axis of the probe, in order to rotate the probe clockwise and counter-clockwise, with respect to the sheath, in a rotational stepwise manner. an outer casing, fixedly connected to the sheath, and configured to be temporarily fixed to a patient by suturing; and a drive mechanism, fixedly connected to the outer casing, the drive mechanism comprising: a first set of components, configured to translate the probe along a direction parallel to an axis of the probe, in order to advance and retract the probe with respect to the sheath in a translational stepwise manner; and a second set of components, configured to rotate the probe around the axis of the probe, in order to rotate the probe clockwise and counter-clockwise, with respect to the sheath, in a rotational stepwise manner. a first set of components, configured to translate the probe along a direction parallel to an axis of the probe, in order to advance and retract the probe with respect to the sheath in a translational stepwise manner; and a second set of components, configured to rotate the probe around the axis of the probe, in order to rotate the probe clockwise and counter-clockwise, with respect to the sheath, in a rotational stepwise manner.
Body for a passenger car, comprising two main longitudinal members which extend into a rear vehicle region and are connected to one another via at least one bumper cross-member, and comprising a support arrangement which extends between the two main longitudinal members and is supported, in the event of collision-related application of force, to form an additional load path on a center tunnel provided in a protective zone of the passenger car body, an installation space region being provided above and/or below the support arrangement for accommodating at least one component or assembly in need of protection, and the support arrangement comprising a strut which extends in the region of the vehicle center between the main longitudinal members and is designed as a protective device which passes or forwards the impact forces forward to the center tunnel in the event of collision-related force application, characterized in that the strut has a first longitudinal portion which can be specifically deformed in an energy-absorbing manner in the event of an impact with a collision partner, and a second longitudinal portion which behaves as a rigid beam in the event of impact with a collision partner and passes or forwards the impact forces.
A filter assembly for filtering a fluid such as water, the assembly including a housing defining an inlet port, an outlet port and a chamber therebetween, a filter member operable in use to filter fluid flowing from the inlet port to the outlet port, a valve member having an axis, the assembly being configured such that in use fluid flows from the outside of the filter member towards the axis, the valve member being at least partially receivable in the chamber and movable between an open position in which fluid flow between the inlet and the outlet ports is permitted and a closed position in which fluid flow is substantially prevented through each of the ports (42, 44), wherein the valve member includes a pair of shut-off projections (34, 36), operable in use so that in the closed position, each shut-off projection (34, 36) substantially closes a respective port (42, 44), wherein the valve member includes a pair of first seals, each first seal extending around a respective shut-off projection (34, 36), wherein the valve member defines an inlet channel, which in use, in the open position, is arranged to receive an inlet flow from the inlet port, the valve member defining an outlet channel, which in use, is arranged to direct an outlet flow to the outlet port, the assembly being arranged to provide an intermediate, venting position between the open and closed positions, wherein the assembly includes a venting projection which extends substantially from the first seal extending around the inlet shut-off projection (34, 36) in a direction opposite to a direction of movement towards the open position, characterised in that in which intermediate, venting position the venting projection partially blocks the inlet port such that a reduced inlet flow is permitted.
An imaging microsatellite comprising: a body having an interior cavity and an opening in the body, the body having a volume envelope less than about 125 cm by 125 cm by 175 cm or a mass envelope less than about 500 kg; an imaging system disposed within the interior cavity, the imaging system comprising a primary mirror and a secondary mirror; a door attached to the body, the microsatellite having a non-deployed state in which the opening is covered by the door, and a deployed state in which the opening is unobstructed by the door and the imaging system can image a field of view through the opening; and an antenna system comprising a reflector and a feed, the antenna system coupled to the door, wherein when the microsatellite is in the non-deployed state, the feed is disposed between the primary mirror and the secondary mirror, and wherein while the microsatellite transitions from the non-deployed state to the deployed state, the antenna system moves through the opening without contacting portions of the imaging system or portions of the body of the microsatellite. a body having an interior cavity and an opening in the body, the body having a volume envelope less than about 125 cm by 125 cm by 175 cm or a mass envelope less than about 500 kg; an imaging system disposed within the interior cavity, the imaging system comprising a primary mirror and a secondary mirror; a door attached to the body, the microsatellite having a non-deployed state in which the opening is covered by the door, and a deployed state in which the opening is unobstructed by the door and the imaging system can image a field of view through the opening; and an antenna system comprising a reflector and a feed, the antenna system coupled to the door, wherein when the microsatellite is in the non-deployed state, the feed is disposed between the primary mirror and the secondary mirror, and wherein while the microsatellite transitions from the non-deployed state to the deployed state, the antenna system moves through the opening without contacting portions of the imaging system or portions of the body of the microsatellite.
A toner cartridge detachably mountable to a toner replenishing apparatus, comprising: a container (1; C) for accommodating a toner and including a discharge opening (1c; 21a), the discharge opening being adapted to permit discharging of the toner from the container (1; C); an air flow generating mechanism (2; 1h, 6, 7; 12; 20b; 21f) adapted to alternately generate (i) a first air flow from an outside to an inside of the toner cartridge and (ii) a second air flow from the inside to the outside of the toner cartridge; a driving force receiving portion (3; 20a; 7, 20g) adapted to receive a driving force from the said toner replenishing apparatus, the driving force receiving portion (3; 20a; 7, 20g) being configured to drive the air flow generating mechanism (2; 1h, 6, 7; 12; 20b; 21f), characterized in that the discharge opening (1c; 21a) has an area not more than 12.6 mm 2; wherein the air flow generating mechanism (2; 1h, 6, 7; 12; 20b; 21f) is adapted to generate the second air flow such that the toner is discharged from the discharge opening (1c; 21a) by an air pressure. a container (1; C) for accommodating a toner and including a discharge opening (1c; 21a), the discharge opening being adapted to permit discharging of the toner from the container (1; C); an air flow generating mechanism (2; 1h, 6, 7; 12; 20b; 21f) adapted to alternately generate (i) a first air flow from an outside to an inside of the toner cartridge and (ii) a second air flow from the inside to the outside of the toner cartridge; a driving force receiving portion (3; 20a; 7, 20g) adapted to receive a driving force from the said toner replenishing apparatus, the driving force receiving portion (3; 20a; 7, 20g) being configured to drive the air flow generating mechanism (2; 1h, 6, 7; 12; 20b; 21f),
A method for routing at least one message, this method being implementation-dependent on a trusted operating system of an electronic device comprising an electronic assembly on which said trusted operating system and a Rich-OS system are executed, said method being characterized in that it comprises: a step of consulting a trusted memory (M 200) of said terminal, called first memory; when said first memory (M 200) comprises a message, a step of determining the operating system targeted by said message from among at least said Rich-OS operating system and said trusted operating system; and when said message targets the Rich-OS system, a step of transferring said message from said first memory (M 200) to a memory (M P) accessible to said Rich-OS system, called second memory. a step of consulting a trusted memory (M 200) of said terminal, called first memory; when said first memory (M 200) comprises a message, a step of determining the operating system targeted by said message from among at least said Rich-OS operating system and said trusted operating system; and when said message targets the Rich-OS system, a step of transferring said message from said first memory (M 200) to a memory (M P) accessible to said Rich-OS system, called second memory.
Loudspeaker apparatus for emitting high and low frequency sound waves, comprising: at least one membrane element for generating sound waves, said membrane element being adapted to simultaneously generate sound waves in a first frequency range and in a second frequency range; at least one voice coil/magnet assembly (14, 15) adapted for operatively engaging with the membrane element such that the membrane element is drivable by the voice coil/magnet assembly (14, 15) in the first frequency range to generate sound waves in the first frequency range; and at least one piezoelectric layer or element being arranged at the membrane element in such a way that the membrane element is drivable by the piezoelectric layer or element in the second frequency range in order to generate sound waves in the second frequency range, and the piezoelectric layer or element being formed as a composite structure, comprising at least one epoxy resin matrix and piezo-ceramic fibers embedded therein, characterised in that the piezoelectric layer or element is a full coverage layer of piezo-ceramic adhered to the membrane element. at least one membrane element for generating sound waves, said membrane element being adapted to simultaneously generate sound waves in a first frequency range and in a second frequency range; at least one voice coil/magnet assembly (14, 15) adapted for operatively engaging with the membrane element such that the membrane element is drivable by the voice coil/magnet assembly (14, 15) in the first frequency range to generate sound waves in the first frequency range; and at least one piezoelectric layer or element being arranged at the membrane element in such a way that the membrane element is drivable by the piezoelectric layer or element in the second frequency range in order to generate sound waves in the second frequency range, and the piezoelectric layer or element being formed as a composite structure, comprising at least one epoxy resin matrix and piezo-ceramic fibers embedded therein, characterised in that the piezoelectric layer or element is a full coverage layer of piezo-ceramic adhered to the membrane element.