mhurhangee/ep-ind-claims huggingface dataset:
A method of cleaning a vessel having deposits on an interior surface thereof, comprising: removably bonding an ultrasonic transducer to an external wall of the vessel by use of a bonding material; using the ultrasonic transducer to produce ultrasonic energy coupled into the vessel wall such that at least a portion of the ultrasonic energy is transmitted to the interior surface, wherein the bonding material is a removable bonding material, formed from a material that is structurally weaker than the vessel wall, making it selectively frangible such that it is removable without significant damage to the vessel wall. removably bonding an ultrasonic transducer to an external wall of the vessel by use of a bonding material; using the ultrasonic transducer to produce ultrasonic energy coupled into the vessel wall such that at least a portion of the ultrasonic energy is transmitted to the interior surface, wherein the bonding material is a removable bonding material, formed from a material that is structurally weaker than the vessel wall, making it selectively frangible such that it is removable without significant damage to the vessel wall.
An apparatus for detecting movement of a target, the apparatus comprising: a flux concentrator comprising a material of high magnetic permeability, the flux concentrator shaped to provide a magnetic gap comprising a region of high magnetic reluctance; a magnetic flux source coupled to the flux concentrator and configured to establish a magnetic field across the magnetic gap; a magnetic sensor positioned to measure the magnetic flux across the magnetic gap; and a target having a cross-section that varies at least in one section monotonically with position in a direction of travel of the target, wherein the target is configured to travel through the magnetic gap and modulate the reluctance across the magnetic gap in response to a change in travel distance of the target along the direction of travel. a flux concentrator comprising a material of high magnetic permeability, the flux concentrator shaped to provide a magnetic gap comprising a region of high magnetic reluctance; a magnetic flux source coupled to the flux concentrator and configured to establish a magnetic field across the magnetic gap; a magnetic sensor positioned to measure the magnetic flux across the magnetic gap; and a target having a cross-section that varies at least in one section monotonically with position in a direction of travel of the target, wherein the target is configured to travel through the magnetic gap and modulate the reluctance across the magnetic gap in response to a change in travel distance of the target along the direction of travel.
Locking device, in particular for a vehicle seat, having a holding region for receiving a mating element and a pawl which is pivotable between a locking position for locking the mating element in the holding region and an unlocking position, wherein the locking device furthermore has a compensation element which is pivotable between a contact position for clamping the mating element in the direction of the holding region and a release position for releasing the mating element, wherein the pawl is prestressed in a spring-elastic manner in the direction of the locking position by means of a first spring, and wherein the compensation element is prestressed in a spring-elastic manner from the release position in the direction of the contact position by means of a second spring, wherein a coupling mechanism between the pawl and the compensation element is designed in such a manner that a movement of the pawl from the locking position into the unlocking position brings about a transfer of the compensation element from the contact position into the release position, wherein the coupling mechanism comprises a driver which is formed on the compensation element and interacts with a radial cam formed on the pawl, characterized in that a first axis of rotation of the compensation element is arranged offset in relation to a second axis of rotation of the pawl, wherein the first and the second axis of rotation (100, 102) are oriented parallel to each other.
Storage case comprising a locking and fastening device for a motorcycle case, comprising a mechanism for opening and closing the lid of the storage case, a handle articulated in such a way that it can be rotated from a retracted position to an extended final position for transporting the storage case, said handle being operationally connected to at least one fastening element arranged to fasten the storage case to the motorcycle chassis in a removable manner when the handle is in a retracted position, the storage case susceptible to being released from the motorcycle when the handle is actuated to the extended final position for transporting, said device comprising means for locking the opening and closing lid mechanism by means of the handle when said handle is in the retracted position, characterised in that it comprises a handle actuation mechanism operationally connected to the fastening element and configured to provide an extended intermediate position of the handle capable of releasing the actuation of the opening and closing lid mechanism while the fastening element of the storage case remains coupled to the motorcycle chassis.
Luminous device for a motor vehicle, said lighting device comprising: - a housing - at least one optical module arranged in said housing and comprising: - at least one light source; - optical means adapted to cooperate with light rays from said at least one light source; - said luminous device comprising a support and said at least one light source being removably mounted on said support, said support being rotatable relative to said optical means; said luminous device comprising a plurality of light sources characterized in that said support comprises at least one recess so as to place said light sources on different planes. - a housing - at least one optical module arranged in said housing and comprising: - at least one light source; - optical means adapted to cooperate with light rays from said at least one light source; - at least one light source; - optical means adapted to cooperate with light rays from said at least one light source; - said luminous device comprising a support and said at least one light source being removably mounted on said support, said support being rotatable relative to said optical means;
A method for determining a soil roughness measure comprising: transmitting, by a transducer, an ultrasonic signal towards a soil surface; receiving, by the transducer, 1) a first echo signal as a direct reflection of the ultrasonic signal from a first point on the soil surface, and 2) a second echo signal as a direct reflection of the ultrasonic signal from a second point on the soil surface, wherein the first echo signal is a first received echo signal of the ultrasonic signal within a time window and the second echo signal is a last received echo signal of the ultrasonic signal within the time window; calculating a first distance between the transducer and the first point on the soil surface based on the first echo signal; calculating a second distance between the transducer and the second point on the soil surface based on the second echo signal; and determining a soil roughness measure of the soil surface based on a difference between the first distance and the second distance. transmitting, by a transducer, an ultrasonic signal towards a soil surface; receiving, by the transducer, 1) a first echo signal as a direct reflection of the ultrasonic signal from a first point on the soil surface, and 2) a second echo signal as a direct reflection of the ultrasonic signal from a second point on the soil surface, wherein the first echo signal is a first received echo signal of the ultrasonic signal within a time window and the second echo signal is a last received echo signal of the ultrasonic signal within the time window; calculating a first distance between the transducer and the first point on the soil surface based on the first echo signal; calculating a second distance between the transducer and the second point on the soil surface based on the second echo signal; and determining a soil roughness measure of the soil surface based on a difference between the first distance and the second distance.
A brake arrangement for a vehicle, the brake arrangement comprising a braking system arranged to vary hydraulic or pneumatic pressure for varying a pressure to a brake calliper or accumulator; an electric motor arranged to generate a braking torque that is applied to a first wheel when the electric motor is placed in a braking mode of operation, wherein the electric motor is arranged to vary brake torque generated when the electric motor is in the braking mode dependent upon the amount of hydraulic or pneumatic pressure that is being provided by the braking system, characterized in that the brake torque generated by the electric motor when the electric motor is in the braking mode is arranged to provide a substantially constant ratio of regenerative braking to hydraulic pressure or pneumatic pressure provided by the braking system.
An insulating element for facade insulation that is delimited by two substantially level main surfaces (12, 14) running approximately parallel to one another and an edge connecting the main surfaces (12, 14) to one another and running around the insulating element, comprising at least one channel disposed between the main surfaces (12, 14) and passing through the insulating element, the width of which channel in a direction running perpendicular to its longitudinal axis (a) and parallel to the main surfaces (12, 14) is greater than its height (h) in a direction running perpendicular to the main surfaces (12, 14), two inner wall regions (20a, 20b) of the channel spaced apart in a direction running perpendicular to the main surfaces (12, 14) and lying opposite one another being connected to one another by a stabilisation arrangement, characterised in that the channel opens out on the one hand into an outlet region of the edge that has a recess and on the other hand into an outlet region of the edge that has a protrusion.
A turbine bucket, comprising: a shank and a multi-wall blade coupled to and extending radially outward from the shank to a tip area, wherein the multi-wall blade comprises near-wall cooling channels and at least one central plenum, wherein the near-wall cooling channels comprise pressure side near-wall cooling channels, each pressure side near-wall cooling channel being arranged spanwise near a pressure side outside wall of the blade, and suction side near-wall cooling channels, each suction side near-wall cooling channel being arranged spanwise near a suction side outside wall of the blade, wherein the at least one central plenum is arranged between the pressure side near-wall cooling channels and the suction side near-wall cooling channels, the or each central plenum being arranged spanwise and being arranged to be adjacent the near-wall cooling channels but not adjacent an outside wall of the blade, characterized in that the multi-wall blade comprises a pin fin bank cooling circuit (40, 140, 240) comprising an opening (44, 144, 244) and a plurality of pins (42, 142, 242) located within the opening (44, 144, 244), wherein the pin fin bank cooling circuit (40, 140, 240) extends radially outward from and at least partially covers the at least one central plenum of the multi-wall blade and a first set of the near wall cooling channels of the multi-wall blade, and further in that the multi-wall blade comprises an air feed cavity (46, 146) for supplying cooling air to the pin fin bank cooling circuit (40, 140, 240). a shank and a multi-wall blade coupled to and extending radially outward from the shank to a tip area, wherein the multi-wall blade comprises near-wall cooling channels and at least one central plenum, wherein the near-wall cooling channels comprise pressure side near-wall cooling channels, each pressure side near-wall cooling channel being arranged spanwise near a pressure side outside wall of the blade, and suction side near-wall cooling channels, each suction side near-wall cooling channel being arranged spanwise near a suction side outside wall of the blade, wherein the at least one central plenum is arranged between the pressure side near-wall cooling channels and the suction side near-wall cooling channels, the or each central plenum being arranged spanwise and being arranged to be adjacent the near-wall cooling channels but not adjacent an outside wall of the blade, characterized in that the multi-wall blade comprises a pin fin bank cooling circuit (40, 140, 240) comprising an opening (44, 144, 244) and a plurality of pins (42, 142, 242) located within the opening (44, 144, 244), wherein the pin fin bank cooling circuit (40, 140, 240) extends radially outward from and at least partially covers the at least one central plenum of the multi-wall blade and a first set of the near wall cooling channels of the multi-wall blade, and further in that the multi-wall blade comprises an air feed cavity (46, 146) for supplying cooling air to the pin fin bank cooling circuit (40, 140, 240).
A method for manufacturing a semiconductor device comprising: a step of preparing a structure including an adhesive laminate film having a heat-resistant resin layer, a flexible resin layer and an adhesive resin layer in this order, and one or two or more semiconductor chips adhered to the adhesive resin layer; a step of confirming an operation of the semiconductor chips in a state of being adhered to the adhesive resin layer; a step of, after the step, peeling the heat-resistant resin layer from the adhesive laminate film; and a step of, after the step, picking up the semiconductor chips from the adhesive resin layer, wherein a melting point of the heat-resistant resin layer is equal to or more than 200°C, or a decomposition temperature of the heat-resistant resin layer is equal to or more than 200°C. a step of preparing a structure including an adhesive laminate film having a heat-resistant resin layer, a flexible resin layer and an adhesive resin layer in this order, and one or two or more semiconductor chips adhered to the adhesive resin layer; a step of confirming an operation of the semiconductor chips in a state of being adhered to the adhesive resin layer; a step of, after the step, peeling the heat-resistant resin layer from the adhesive laminate film; and a step of, after the step, picking up the semiconductor chips from the adhesive resin layer,
A removable lid for use with a food-storage container, the lid having a user-actuable vacuum-release button comprising: at a first level, a raised surface for contact with a user's finger; at a second level, lower than the first level, a curved score line adjacent to said raised surface; and at a third level, being intermediate between said first and second levels, a surface on the other side from said raised surface characterised in that the surface at the third level is positioned to prevent the user's finger from coming into contact with the curved score line during actuation of the button and the surface is adjacent to said curved score line. at a first level, a raised surface for contact with a user's finger; at a second level, lower than the first level, a curved score line adjacent to said raised surface; and at a third level, being intermediate between said first and second levels, a surface on the other side from said raised surface characterised in that the surface at the third level is positioned to prevent the user's finger from coming into contact with the curved score line during actuation of the button and the surface is adjacent to said curved score line.
An immunogenic composition comprising staphylococcal PNAG which is less than 40% N-acetylated wherein the PNAG is conjugated to a carrier protein by a linker bonded to an amine group on PNAG to form a PNAG conjugate wherein the PNAG conjugate has the structure wherein R1 is C1-C6 alkyl and R2 is C2-C6 alkyl.
Seal for a splicing device, the seal comprising a first wall defining a first groove and a second wall defining a second groove, wherein: - the first wall and the second wall are adapted to be positioned against each other in an abutting position in which the first groove and the second groove together form an opening extending about a passage axis, - the first wall comprises two deformable projections (38, 40) delimiting between them the first groove, the two projections being suitable for approaching a cable inserted through the opening under the action of a compressive force exerted by the second wall on the projections (38, 40) in a compressive direction perpendicular to the passage axis when the two walls (12, 12') are in the abutting position, characterized in that the first wall comprises a portion defining a bottom of the first groove and separating the first groove from a cavity, the portion being adapted to flex with respect to the protrusions under the action of the compressive force exerted on the protrusions to cause a reduction in the size of the cavity. - the first wall and the second wall are adapted to be positioned against each other in an abutting position in which the first groove and the second groove together form an opening extending about a passage axis, - the first wall comprises two deformable projections (38, 40) delimiting between them the first groove, the two projections being suitable for approaching a cable inserted through the opening under the action of a compressive force exerted by the second wall on the projections (38, 40) in a compressive direction perpendicular to the passage axis when the two walls (12, 12') are in the abutting position,
A method of obtaining paired-end sequencing information in a sequencing reaction comprising the steps of: providing a target nucleic acid immobilized on a solid support; determining the sequence of the target nucleic acid by generating a complementary nucleic acid strand, the complementary nucleic acid strand comprising at least one linkable moiety suitable for immobilization; determining the sequence of the complementary nucleic acid strand; and comparing the sequences of the target nucleic acid and the complementary nucleic acid strand to provide the paired-end sequencing information.
A method, comprising: receiving a read command to access a code word stored at a memory medium (130; 295) included in a memory device; receiving, based at least in part on the read command, a first portion of the code word stored at the memory medium (130; 295), the code word comprising a set of bit fields indicative of a plurality of data bursts across a plurality of channels (125; 291; 310; 440); identifying a spare bit in the first portion of the code word stored at the memory medium (130; 295) to replace a bit field of the set based at least in part on receiving the first portion of the code word; determining, based at least in part on identifying the spare bit, the bit field of the set (D1/310-d/320-3) to be replaced by the spare bit; receiving, based at least in part on the read command, a second portion (320-2,..., 320-16) of the code word stored at the memory medium (130; 295) based at least in part on determining the bit field of the set to be replaced by the spare bit; and replacing the bit field of the set (D1/310-d/320-3) in the second portion (320-2,..., 320-16) of the code word with the spare bit (A4/3 10-a/320-1) concurrently with receiving the second portion of the code word. receiving a read command to access a code word stored at a memory medium (130; 295) included in a memory device; receiving, based at least in part on the read command, a first portion of the code word stored at the memory medium (130; 295), the code word comprising a set of bit fields indicative of a plurality of data bursts across a plurality of channels (125; 291; 310; 440); identifying a spare bit in the first portion of the code word stored at the memory medium (130; 295) to replace a bit field of the set based at least in part on receiving the first portion of the code word; determining, based at least in part on identifying the spare bit, the bit field of the set (D1/310-d/320-3) to be replaced by the spare bit; receiving, based at least in part on the read command, a second portion (320-2,..., 320-16) of the code word stored at the memory medium (130; 295) based at least in part on determining the bit field of the set to be replaced by the spare bit; and replacing the bit field of the set (D1/310-d/320-3) in the second portion (320-2,..., 320-16) of the code word with the spare bit (A4/3 10-a/320-1) concurrently with receiving the second portion of the code word.
Electric machine, in particular three-phase current generator for vehicles, having a stator and a rotor which comprises a first and a second claw pole (22, 23), from which in each case claw pole fingers (24, 25) extend in the axial direction from claw pole roots, characterized in that a centering means for a tool is formed on a back radius of the claw pole roots.
An ophthalmic lens obtainable by a process comprising the steps of: forming an ophthalmic Lens Precursor with a first surface and a second surface via exposure of a reactive mixture to a first actinic radiation through a substrate; wherein the ophthalmic Lens Precursor is a composite object consisting of a Lens Precursor Form and a fluent lens reactive mixture in contact with the Lens Precursor Form, wherein the Lens Precursor Form is a non-fluent object comprising the first surface which is an optical quality surface, and wherein the fluent lens reactive mixture comprises the second surface of the Lens Precursor; flowing a first portion of the fluent lens reactive mixture during a dwelling period, wherein the flowing step comprises allowing the fluent lens reactive mixture to spread under the force of gravity and surface forces to achieve a stable entity while the Lens Precursor is placed upright; and exposing the Lens Precursor to an exposure to a second actinic radiation to fix the fluent lens reactive mixture and form the ophthalmic lens. forming an ophthalmic Lens Precursor with a first surface and a second surface via exposure of a reactive mixture to a first actinic radiation through a substrate; wherein the ophthalmic Lens Precursor is a composite object consisting of a Lens Precursor Form and a fluent lens reactive mixture in contact with the Lens Precursor Form, wherein the Lens Precursor Form is a non-fluent object comprising the first surface which is an optical quality surface, and wherein the fluent lens reactive mixture comprises the second surface of the Lens Precursor; flowing a first portion of the fluent lens reactive mixture during a dwelling period, wherein the flowing step comprises allowing the fluent lens reactive mixture to spread under the force of gravity and surface forces to achieve a stable entity while the Lens Precursor is placed upright; and exposing the Lens Precursor to an exposure to a second actinic radiation to fix the fluent lens reactive mixture and form the ophthalmic lens.