mhurhangee/ep-ind-claims huggingface dataset:
A connection device adapted to connect a pannier to a vehicle, said connection device comprising; a pivotable support member comprising an attachment arrangement for attaching said pannier to said vehicle, a housing defining a void, said pivotable support member is adapted to be pivoted between an attachment position, in which said attachment arrangement is exposed for attachment to said vehicle, and a concealed position, in which said attachment arrangement is in a non-operable position, said pivotable support member is pivotally arranged to said housing so as to form a pivotable lid to said void of said housing, said housing being adapted to substantially encompass said attachment arrangement when said pivotable support member is in said concealed position, characterized in that said attachment arrangement comprises at least one attachment member (21, 22), said at least one attachment members (21, 22) is displaceably attached to said pivotable support member. a pivotable support member comprising an attachment arrangement for attaching said pannier to said vehicle, a housing defining a void, said pivotable support member is adapted to be pivoted between an attachment position, in which said attachment arrangement is exposed for attachment to said vehicle, and a concealed position, in which said attachment arrangement is in a non-operable position, said pivotable support member is pivotally arranged to said housing so as to form a pivotable lid to said void of said housing, said housing being adapted to substantially encompass said attachment arrangement when said pivotable support member is in said concealed position, characterized in that said attachment arrangement comprises at least one attachment member (21, 22), said at least one attachment members (21, 22) is displaceably attached to said pivotable support member.
A peristaltic pumping apparatus for use in blood processing procedures, comprising: a pump rotor rotatable about a rotational axis and a pump raceway circumferentially spaced about the axis; a pump cap disposed atop the pump rotor, the pump cap having a finger configured to engage a tubing loop of a length of tubing at a time of loading the tubing and guide the tubing loop within the raceway along the length of the tubing loop; and wherein the pump cap further comprises a tensioning wall disposed laterally opposite the finger, the tensioning wall configured to engage a length of the tubing loop at a time of unloading the tubing and provide tension to the tubing length as the tubing loop exits the raceway. a pump rotor rotatable about a rotational axis and a pump raceway circumferentially spaced about the axis; a pump cap disposed atop the pump rotor, the pump cap having a finger configured to engage a tubing loop of a length of tubing at a time of loading the tubing and guide the tubing loop within the raceway along the length of the tubing loop; and wherein the pump cap further comprises a tensioning wall disposed laterally opposite the finger, the tensioning wall configured to engage a length of the tubing loop at a time of unloading the tubing and provide tension to the tubing length as the tubing loop exits the raceway.
A chemical-mechanical polishing composition consisting essentially of: (a) a ceria abrasive, (b) one or more nonionic polymers selected from the group consisting of polyalkylene glycols, polyetheramines, polyethylene oxide/polypropylene oxide copolymers, polyacrylamide, polyvinylpyrrolidone, siloxane polyalkyleneoxide copolymers, hydrophobically modified polyacrylate copolymers, hydrophilic nonionic polymers, polysaccharides, and mixtures thereof, (c) picolinic acid, (d) optionally one or more phosphonic acids, (e) optionally one or more sulfonic acid copolymers, (f) optionally one or more anionic copolymers, (g) optionally one or more polymers comprising quaternary amines, (h) optionally one or more compounds that adjust the pH of the polishing composition, and (i) water, and wherein the composition has a pH of 6.5 to 9. (a) a ceria abrasive, (b) one or more nonionic polymers selected from the group consisting of polyalkylene glycols, polyetheramines, polyethylene oxide/polypropylene oxide copolymers, polyacrylamide, polyvinylpyrrolidone, siloxane polyalkyleneoxide copolymers, hydrophobically modified polyacrylate copolymers, hydrophilic nonionic polymers, polysaccharides, and mixtures thereof, (c) picolinic acid, (d) optionally one or more phosphonic acids, (e) optionally one or more sulfonic acid copolymers, (f) optionally one or more anionic copolymers, (g) optionally one or more polymers comprising quaternary amines, (h) optionally one or more compounds that adjust the pH of the polishing composition, and (i) water, and
A laminated composite material having: a. a first skin layer comprising a network of inorganic fibres, said inorganic fibres being mineral fibres; and b. a first core layer comprising a network of natural fibres at least partially impregnated with a resin-based binder component, c. a second core layer, with lower density than the first core layer, wherein the natural fibres of the first core layer are flax or hemp fibres, the first skin layer is bonded to said first core layer via the resin-based binder component and consolidated by needle punching the first core layer and the first skin layer together, and the second core layer is bonded to the first core layer via the resin-based binder component at an opposing side to the first skin layer, thereby bonding the first skin layer and the second core layer, said resin-based binder component being a renewable thermosetting resin chosen in the group consisting of epoxidized plant oil resins, cashew oil resins and furan-based resins, and said second core layer being a cellular layer having a honeycomb structure, comprising a plurality of substantially parallel hollow channels, said cellular layer being made of a cellulosic material, such as paper or card, or of a synthetic material, such as aromatic polyamides (aramid or meta-aramid). a. a first skin layer comprising a network of inorganic fibres, said inorganic fibres being mineral fibres; and b. a first core layer comprising a network of natural fibres at least partially impregnated with a resin-based binder component, c. a second core layer, with lower density than the first core layer,
Adjustable damping system for a vehicle seat for damping vibrations of a seat-part-side upper part relative to a body-side lower part in at least one spatial direction (X, Y, Z), wherein the adjustable damping system comprises an adjustment device, a damping element and a sensor device, wherein at least the damping element, arranged between the seat-part-side upper part and the body-side lower part and adjustable by the adjustment device, is provided for the damping, characterised in that at least one relative movement variable and a change in the relative movement variable of the seat-part-side upper part relative to the body-side lower part can be determined by the sensor device, and a first damping force of the damping element can be adjusted by the adjustment device as a function of the at least one relative movement variable and a frequency of the change in the relative movement variable, wherein the first damping force of the damping element is adjustable by the adjustment device as a function of a speed, an acceleration and the jerk of the seat-part-side upper part relative to the body-side lower part.
A method to produce a glycoside comprising: - contacting the cellodextrin phosphorylase from Clostridium stercorarium with alpha-glucose-1-phosphate and an acceptor, and - glycosylating said acceptor, wherein said acceptor is an alkyl beta-glucoside, an aryl beta-glucoside, a glucolipid, an alkyl beta-sophoroside, an aryl beta-sophoroside or a sophorolipid. - contacting the cellodextrin phosphorylase from Clostridium stercorarium with alpha-glucose-1-phosphate and an acceptor, and - glycosylating said acceptor,
A water wheel assembly for mounting in a water bearing water channel, the water wheel assembly comprising a water wheel having a plurality of paddles and rotating around a rotational axis, and a radial gate shield associated with the water wheel upstream rotatably supported around the rotational axis thereof, wherein the radial gate shield is formed such that it rotates in front of the water wheel depending on the water level, characterized in that the radial gate shield rotates opposite to the direction of the water level variation.
A pneumatic tire for a motorcycle comprising: a tread portion comprising a belt layer, an inner liner layer made of air impermeable rubber and arranged on an inner side of the belt layer in a tire radial direction, and a sealant layer attached to a radially inner surface of the inner liner layer, wherein the sealant layer comprises a crown portion arranged at a center thereof in a tire axial direction and a pair of shoulder portions arranged on both sides of the crown portion in the tire axial direction, and viscosity of the shoulder portions is larger than viscosity of the crown portion, characterized in that the belt layer comprises a crown region (Cr) arranged radially outside the crown portion of the sealant layer, and a distance in the tire radial direction between an axially outer end of the crown region (Cr) and an radially outer end of the crown region (Cr) is not greater than 12 mm. a tread portion comprising a belt layer, an inner liner layer made of air impermeable rubber and arranged on an inner side of the belt layer in a tire radial direction, and a sealant layer attached to a radially inner surface of the inner liner layer, wherein the sealant layer comprises a crown portion arranged at a center thereof in a tire axial direction and a pair of shoulder portions arranged on both sides of the crown portion in the tire axial direction, and viscosity of the shoulder portions is larger than viscosity of the crown portion, a belt layer, an inner liner layer made of air impermeable rubber and arranged on an inner side of the belt layer in a tire radial direction, and a sealant layer attached to a radially inner surface of the inner liner layer, wherein the sealant layer comprises a crown portion arranged at a center thereof in a tire axial direction and a pair of shoulder portions arranged on both sides of the crown portion in the tire axial direction, and viscosity of the shoulder portions is larger than viscosity of the crown portion,
A method for bonding and cooling a protective coating on a substrate, comprising: preparing a protective layer on a surface of a substrate at a first temperature, wherein the first temperature is above a given detrimental phase transformation temperature range of the substrate; cooling the protective layer and the substrate at a first cooling rate from the first temperature to a temperature that is still above the given detrimental phase transformation temperature range of the substrate, wherein the first cooling rate is slow enough to avoid cracking the protective layer; and next cooling the protective layer and the substrate at a second cooling rate greater than the first cooling rate to a temperature below the given detrimental phase transformation temperature range of the substrate, wherein the protective layer comprises a boride or a carbide material, the substrate comprises a steel alloy, and the detrimental phase transformation comprises a ferrite transformation, wherein the first cooling rate comprises a stepped cooling function comprising a plurality of steps of cooling, each step followed by a generally isothermal hold period sufficient to relieve strain in the protective layer caused by the immediately preceding step change in temperature, wherein the first cooling rate averages less than 40 degrees C per hour, and the second cooling rate is above 100 degrees C per hour. preparing a protective layer on a surface of a substrate at a first temperature, wherein the first temperature is above a given detrimental phase transformation temperature range of the substrate; cooling the protective layer and the substrate at a first cooling rate from the first temperature to a temperature that is still above the given detrimental phase transformation temperature range of the substrate, wherein the first cooling rate is slow enough to avoid cracking the protective layer; and next cooling the protective layer and the substrate at a second cooling rate greater than the first cooling rate to a temperature below the given detrimental phase transformation temperature range of the substrate, wherein the protective layer comprises a boride or a carbide material, the substrate comprises a steel alloy, and the detrimental phase transformation comprises a ferrite transformation, wherein the first cooling rate comprises a stepped cooling function comprising a plurality of steps of cooling, each step followed by a generally isothermal hold period sufficient to relieve strain in the protective layer caused by the immediately preceding step change in temperature, wherein the first cooling rate averages less than 40 degrees C per hour, and the second cooling rate is above 100 degrees C per hour.
A secure data processing apparatus operable to securely process user data provided by a user, said secure data processing apparatus comprising: a trusted domain comprising a trusted bus coupled with a trusted data processing apparatus operable to process incoming user data received over said trusted bus and to generate outgoing user data; a trusted domain controller coupling said trusted bus with an untrusted bus of an untrusted domain, said trusted domain controller being operable to ensure that encrypted incoming user data received over said untrusted bus is decrypted and provided over said trusted bus as said incoming user data and to ensure that outgoing user data is encrypted and provided over said untrusted bus as encrypted outgoing data, wherein said trusted domain controller is operable, in response to a request to reconfigure said trusted domain, to delete user data within said trusted domain. a trusted domain comprising a trusted bus coupled with a trusted data processing apparatus operable to process incoming user data received over said trusted bus and to generate outgoing user data; a trusted domain controller coupling said trusted bus with an untrusted bus of an untrusted domain, said trusted domain controller being operable to ensure that encrypted incoming user data received over said untrusted bus is decrypted and provided over said trusted bus as said incoming user data and to ensure that outgoing user data is encrypted and provided over said untrusted bus as encrypted outgoing data, wherein said trusted domain controller is operable, in response to a request to reconfigure said trusted domain, to delete user data within said trusted domain.
A combine harvester provided with a cleaning shoe arrangement, said arrangement comprising a preparation pan and one or more sieves (2,3), said preparation pan and sieves being configured to perform a reciprocating movement with respect to the chassis of the combine harvester, wherein said reciprocating movement is driven by at least one drive mechanism, each of said drive mechanisms comprising on each side of the combine harvester: - at least one pivotable support arm, said support arm being pivotable about a horizontal axis, said support arm carrying said pan or one of said sieves in a rotation point, - a drive arm coupled to a drive means for subjecting said drive arm to a reciprocating movement with a constant stroke, - connection means (30,31), coupled between the drive arm and the support arm so that said reciprocating movement of the drive arm drives a swinging motion of said support arm about said horizontal axis, characterised in that said connection means (30,31) are adjustable during operation of the combine harvester, so as to modify the amplitude of said swinging motion and thereby the stroke of said pan or sieve. - at least one pivotable support arm, said support arm being pivotable about a horizontal axis, said support arm carrying said pan or one of said sieves in a rotation point, - a drive arm coupled to a drive means for subjecting said drive arm to a reciprocating movement with a constant stroke, - connection means (30,31), coupled between the drive arm and the support arm so that said reciprocating movement of the drive arm drives a swinging motion of said support arm about said horizontal axis, characterised in that said connection means (30,31) are adjustable during operation of the combine harvester, so as to modify the amplitude of said swinging motion and thereby the stroke of said pan or sieve.
An association of strains of Pseudomonas putida deposited in Russian National Collection of Industrial Microorganisms (VKPM) under the accession number B-10997, Bacillus subtilis deposited in Russian National Collection of Industrial Microorganisms (VKPM) under the accession number B-10999 and Rhodococcus erythropolis deposited in Russian National Collection of Industrial Microorganisms (VKPM) under the accession number Ac-1882.
A control apparatus for controlling a frequency set-point for a first AC network electrically connected to a first HVDC station, that in-use transmits electrical energy to a second HVDC station over a DC transmission line, to regulate active power, the controller comprising: a frequency controller operable in a first mode of operation to determine a frequency set-point (Fref) for the first AC network based on a measured value of DC voltage (V DC1) at the first HVDC station; and a disturbance detector configured to monitor the measured value of DC voltage at the first HVDC station (V DC1) for a predetermined characteristic indicative that a variation in measured DC voltage corresponds to a known modulation applied to the DC voltage by a second HVDC station; wherein, in the first mode of operation, the frequency controller is configured to determine the frequency set-point (Fref) for the first AC network based on the measured value of DC voltage (V DC1) if said predetermined characteristic is detected, and to control the frequency set-point (Fref) for the first AC network to a predetermined default frequency if said predetermined characteristic is not detected, the control apparatus being characterised in that the disturbance detector is configured to compare a first value based on the present measured value of DC voltage (V DC1) to a second value (V DC_EST) based on the value of the frequency set-point (FRef) for the first AC network and said predetermined characteristic is that the first and second values differ by less than a defined amount (DIFF). a frequency controller operable in a first mode of operation to determine a frequency set-point (Fref) for the first AC network based on a measured value of DC voltage (V DC1) at the first HVDC station; and a disturbance detector configured to monitor the measured value of DC voltage at the first HVDC station (V DC1) for a predetermined characteristic indicative that a variation in measured DC voltage corresponds to a known modulation applied to the DC voltage by a second HVDC station; wherein, in the first mode of operation, the frequency controller is configured to determine the frequency set-point (Fref) for the first AC network based on the measured value of DC voltage (V DC1) if said predetermined characteristic is detected, and to control the frequency set-point (Fref) for the first AC network to a predetermined default frequency if said predetermined characteristic is not detected, the control apparatus being characterised in that the disturbance detector is configured to compare a first value based on the present measured value of DC voltage (V DC1) to a second value (V DC_EST) based on the value of the frequency set-point (FRef) for the first AC network and said predetermined characteristic is that the first and second values differ by less than a defined amount (DIFF).
A method for communications, comprising: receiving a first control message, at an apparatus of one or more apparatuses, the first control message requesting channel state information, CSI, to be computed, based on a sounding frame, at each of the one or more apparatuses; transmitting, in response to the first control message, a first CSI report message with the CSI from the apparatus, if the apparatus is indicated in the first control message as the one responding first with the CSI among the one or more apparatuses, characterised by: receiving a second control message requesting a second CSI report message with the computed CSI to be transmitted from the apparatus of the one or more apparatuses, if the apparatus is not indicated in the first control message as the one responding first with the CSI among the one or more apparatuses; and transmitting the second CSI report message in response to the second control message, wherein the second CSI report message comprises a sequence number that matches a sequence number in the first control message. receiving a first control message, at an apparatus of one or more apparatuses, the first control message requesting channel state information, CSI, to be computed, based on a sounding frame, at each of the one or more apparatuses; transmitting, in response to the first control message, a first CSI report message with the CSI from the apparatus, if the apparatus is indicated in the first control message as the one responding first with the CSI among the one or more apparatuses, characterised by: receiving a second control message requesting a second CSI report message with the computed CSI to be transmitted from the apparatus of the one or more apparatuses, if the apparatus is not indicated in the first control message as the one responding first with the CSI among the one or more apparatuses; and transmitting the second CSI report message in response to the second control message, wherein the second CSI report message comprises a sequence number that matches a sequence number in the first control message. receiving a second control message requesting a second CSI report message with the computed CSI to be transmitted from the apparatus of the one or more apparatuses, if the apparatus is not indicated in the first control message as the one responding first with the CSI among the one or more apparatuses; and transmitting the second CSI report message in response to the second control message, wherein the second CSI report message comprises a sequence number that matches a sequence number in the first control message.