mhurhangee/patent-ind-claim-en huggingface dataset:
A retainer (102; 200) for coupling rotating shafts , comprising: a body having a curved section extending in a circumferential direction about an axis and a pair of ends ; and a finger (106; 202) extending from the body and having a least a portion that extends inwardly toward the axis , the finger (106; 202) being flexible and resilient and having an at rest state and a second state wherein the finger (106; 202) is flexed outwardly away from the axis and the finger (106; 202) returns toward its at rest state when a force flexing the finger (106; 202) is reduced or removed from the finger (106; 202), characterized in that the body includes an extension that extends axially from the curved section and interconnects the finger (106; 202) and the curved section . a body having a curved section extending in a circumferential direction about an axis and a pair of ends ; and a finger (106; 202) extending from the body and having a least a portion that extends inwardly toward the axis , the finger (106; 202) being flexible and resilient and having an at rest state and a second state wherein the finger (106; 202) is flexed outwardly away from the axis and the finger (106; 202) returns toward its at rest state when a force flexing the finger (106; 202) is reduced or removed from the finger (106; 202),
A method for controlling the air climate in an insect rearing climate housing with clusters of one or more stacks of crates with immature phases of insects, wherein the stacks of crates comprise at least two ventilation openings associated with each crate , wherein use is made of - an aeration system , comprising - an air control unit with a database , which database comprises a reference table with conditioned air properties in relation to one or more input parameters; - aeration devices connected to the air control unit adjacent to each cluster of crates , the aeration devices comprising a plurality of exit openings , the exit openings being arranged for providing airstreams over the immature phases of insects through the ventilation openings in each individual crate , wherein the method comprises the steps of a) retrieving one or more input parameters for the air control unit per cluster of crates , b) the air control unit determining appropriate conditioned air properties of the airstreams based on the retrieved one or more input parameters, and, c) for each cluster of crates separately, the air control unit setting the determined conditioned air properties of the airstreams . - an aeration system , comprising - an air control unit with a database , which database comprises a reference table with conditioned air properties in relation to one or more input parameters; - aeration devices connected to the air control unit adjacent to each cluster of crates , the aeration devices comprising a plurality of exit openings , the exit openings being arranged for providing airstreams over the immature phases of insects through the ventilation openings in each individual crate , - an air control unit with a database , which database comprises a reference table with conditioned air properties in relation to one or more input parameters; - aeration devices connected to the air control unit adjacent to each cluster of crates , the aeration devices comprising a plurality of exit openings , the exit openings being arranged for providing airstreams over the immature phases of insects through the ventilation openings in each individual crate , a) retrieving one or more input parameters for the air control unit per cluster of crates , b) the air control unit determining appropriate conditioned air properties of the airstreams based on the retrieved one or more input parameters, and, c) for each cluster of crates separately, the air control unit setting the determined conditioned air properties of the airstreams .
An electrically driven device comprising a housing , an electric motor with a drive shaft having a first rotary axis (I) and a drive pin connected to the drive shaft eccentrically with respect to the rotary axis (I), a driven shaft having a second rotary axis (II) and mounted in the housing for performing a pivoting about the second rotary axis (II), wherein the driven shaft is indirectly coupled to the drive pin by a gear mechanism converting a rotary motion of the drive shaft into a reciprocating pivoting of the driven shaft , the gear mechanism comprising an elastically deformable transmission member , characterized in that the gear mechanism comprises a first transmission stage and a second transmission stage, wherein the first transmission stage comprises - a cross slider having a sliding support which extends perpendicular to the first rotary axis (I) and which receives the drive pin either directly or by means of a sliding block having a bearing receiving the drive pin , wherein the cross slider is axially guided in the housing to be movable in an axial direction perpendicular to the first rotary axis (I) and perpendicular to the extension (III) of the sliding support , and - a link located offset with respect to the second rotary axis (II) and connecting the cross slider to the elastically deformable transmission member , and wherein the second transmission stage comprises the elastically deformable transmission member and the elastically deformable transmission member is a yoke which is rotationally constrained to the driven shaft , and which comprises a counter link connected to the link of the first transmission stage and located offset with respect to the second rotary axis (II). - a cross slider having a sliding support which extends perpendicular to the first rotary axis (I) and which receives the drive pin either directly or by means of a sliding block having a bearing receiving the drive pin , wherein the cross slider is axially guided in the housing to be movable in an axial direction perpendicular to the first rotary axis (I) and perpendicular to the extension (III) of the sliding support , and - a link located offset with respect to the second rotary axis (II) and connecting the cross slider to the elastically deformable transmission member ,
A magnetometer system for medical use, comprising: one or more induction coils for detecting a time varying magnetic field, each induction coil having a maximum outer diameter of 10 cm or less, and a configuration such that the ratio of the coil's length to its outer diameter is in the range 0.9 to 3, and the ratio of the coil's inner diameter to its outer diameter is in the range 0.6 to 1, wherein each induction coil comprises a magnetic core ; and a detection circuit coupled to each induction coil and configured to convert a current or voltage generated in the coil by a time varying magnetic field to an output signal for use to analyse the time varying magnetic field. one or more induction coils for detecting a time varying magnetic field, each induction coil having a maximum outer diameter of 10 cm or less, and a configuration such that the ratio of the coil's length to its outer diameter is in the range 0.9 to 3, and the ratio of the coil's inner diameter to its outer diameter is in the range 0.6 to 1, wherein each induction coil comprises a magnetic core ; and a detection circuit coupled to each induction coil and configured to convert a current or voltage generated in the coil by a time varying magnetic field to an output signal for use to analyse the time varying magnetic field.
A method for diagnosing faults in an industrial machine, comprising: identifying a first state associated with the industrial machine, the first state comprising a currently active state of a state machine modelling the functions of the industrial machine; identifying at least one second state associated with the industrial machine based on the first state, the at least one second state comprising a state of the state machine that was active at any point in time before the state machine transitioned to the first state; for each identified second state, determining a state time associated with the second state; determining a fault indicator condition responsive to determining, based on the at least one second state and the respective state times, that the industrial machine spent a time period different to a predetermined time period in at least one of the at least one second states; generating, responsive to determining the fault indication, diagnostic information comprising an indication of the one of the at least one second state; and outputting the diagnostic information in a user interface of the industrial machine. identifying a first state associated with the industrial machine, the first state comprising a currently active state of a state machine modelling the functions of the industrial machine; identifying at least one second state associated with the industrial machine based on the first state, the at least one second state comprising a state of the state machine that was active at any point in time before the state machine transitioned to the first state; for each identified second state, determining a state time associated with the second state; determining a fault indicator condition responsive to determining, based on the at least one second state and the respective state times, that the industrial machine spent a time period different to a predetermined time period in at least one of the at least one second states; generating, responsive to determining the fault indication, diagnostic information comprising an indication of the one of the at least one second state; and outputting the diagnostic information in a user interface of the industrial machine.
A microorganism producing L-tryptophan, wherein the microorganism is modified such that a protein comprising the amino acid sequence of SEQ ID NO: 1 is expressed, wherein the modification comprises the introduction and/or activity enhancement of the protein having L-tryptophan-exporting activity.
An access point, AP, , comprising: a memory ; a processor configured to execute instructions from the memory to: receive an instruction to start a scan on a different wireless communication channel other than an operating channel of the AP; transmit a Clear To Send, CTS,-to-self frame on the operating channel of the AP to notify client devices associated with the AP and at least a neighboring AP that the operating channel is busy, wherein the CTS-to self frame includes a basic service set, BSS, color associated with the AP; scan on the different wireless communication channel subsequent to transmitting the CTS-to-self frame; and during the scan, defer data transmission received from the client devices on the operating channel if data transmission includes the BSS color associated with the AP. a memory ; a processor configured to execute instructions from the memory to: receive an instruction to start a scan on a different wireless communication channel other than an operating channel of the AP; transmit a Clear To Send, CTS,-to-self frame on the operating channel of the AP to notify client devices associated with the AP and at least a neighboring AP that the operating channel is busy, wherein the CTS-to self frame includes a basic service set, BSS, color associated with the AP; scan on the different wireless communication channel subsequent to transmitting the CTS-to-self frame; and during the scan, defer data transmission received from the client devices receive an instruction to start a scan on a different wireless communication channel other than an operating channel of the AP; transmit a Clear To Send, CTS,-to-self frame on the operating channel of the AP to notify client devices associated with the AP and at least a neighboring AP that the operating channel is busy, wherein the CTS-to self frame includes a basic service set, BSS, color associated with the AP; scan on the different wireless communication channel subsequent to transmitting the CTS-to-self frame; and during the scan, defer data transmission received from the client devices on the operating channel if data transmission includes the BSS color associated with the AP.
System for monitoring gases in a battery pack, comprising: - a battery pack (P) comprising metal-ion electrochemical accumulators (A1-A4), - a heat-transfer fluid circuit (C1 and/or C2) for cooling or heating the accumulators, comprising an expansion vessel suitable for collecting and detecting the gases given off by each of the accumulators and having circulated in the heat-transfer fluid, in which each accumulator comprises a rupture membrane permeable to the gases and impermeable to the heat-transfer fluid, the membrane being arranged and fixed in the accumulator to allow the passage of the gases given off by the accumulator to the outside thereof. - a battery pack (P) comprising metal-ion electrochemical accumulators (A1-A4), - a heat-transfer fluid circuit (C1 and/or C2) for cooling or heating the accumulators, comprising an expansion vessel suitable for collecting and detecting the gases given off by each of the accumulators and having circulated in the heat-transfer fluid,
The use of a brine in a resin container for a water softening system , wherein the resin container contains an ion exchange resin , comprising the steps of a) filling (216; 314) the resin container with the brine , b) rinsing (208; 320) the brine from the resin container , wherein the brine is used to preserve the ion exchange resin between steps a) and b), and wherein between steps a) and b) the resin container remains filled (220; 336) with the brine for a preservation time of at least 8 hours, characterized in that a disinfectant is introduced into the resin container before and/or during step a), in that between carrying out step a) and step b) after completion of the assembly of the resin container in a manufacturing plant, wherein the ion exchange resin is placed in the resin container , and before installation in a domestic installation , the resin container is stored for at least 24 hours, in that during the assembly , the resin container is installed in the water softening system , wherein the water softening system also includes a storage container for concentrated salt solution and an electronic control device , and in that during installation the water softening system is installed in the domestic installation. a) filling (216; 314) the resin container with the brine , b) rinsing (208; 320) the brine from the resin container , wherein the brine is used to preserve the ion exchange resin between steps a) and b), and wherein between steps a) and b) the resin container remains filled (220; 336) with the brine for a preservation time of at least 8 hours, characterized in that a disinfectant is introduced into the resin container before and/or during step a), in that between carrying out step a) and step b) after completion of the assembly of the resin container in a manufacturing plant, wherein the ion exchange resin is placed in the resin container , and before installation in a domestic installation , the resin container is stored for at least 24 hours, in that during the assembly , the resin container is installed in the water softening system , wherein the water softening system also includes a storage container for concentrated salt solution and an electronic control device , and in that during installation the water softening system is installed in the domestic installation.
A hair care composition comprising: (i) an anionic surfactant; (ii) an amphoteric or zwitterionic surfactant; (iii) piroctone olamine; (iv) a polyaspartate or its derivative presented by the structure of Formula 1 where the sum of m+n is from 2 to 10000, R1, R2 are independently selected from the group consisting of H, OH, (O) m G, m is 0 or 1, G is independently selected from the group consisting of H and a substituted or unsubstituted C1-C12 organic group, M1, M2 are independently selected from the group consisting of H, metal salt or ammonium salt, wherein non-limiting examples of the metal salts include Na, K, Ca, Mg, Al salts; and (v) a cosmetically acceptable carrier. wherein the weight ratio of said polyaspartate or its derivative to said piroctone olamine in the composition is at least 2:3. (i) an anionic surfactant; (ii) an amphoteric or zwitterionic surfactant; (iii) piroctone olamine; (iv) a polyaspartate or its derivative presented by the structure of Formula 1 where the sum of m+n is from 2 to 10000, R1, R2 are independently selected from the group consisting of H, OH, (O) m G, m is 0 or 1, G is independently selected from the group consisting of H and a substituted or unsubstituted C1-C12 organic group, M1, M2 are independently selected from the group consisting of H, metal salt or ammonium salt, wherein non-limiting examples of the metal salts include Na, K, Ca, Mg, Al salts; and (v) a cosmetically acceptable carrier.
A method for the degradation of single stranded ribonucleic acid (ssRNA) in controllable fashion, the method comprising: contacting a biological sample containing ssRNA with a ribonuclease containing a CRISPR-Associated Rossmann Fold (CARF) domain and a cyclic or linear oligoadenylate; activating and/or regulating the ribonuclease with said cyclic or linear oligoadenylate; incubating under conditions resulting in degradation of the ssRNA. contacting a biological sample containing ssRNA with a ribonuclease containing a CRISPR-Associated Rossmann Fold (CARF) domain and a cyclic or linear oligoadenylate; activating and/or regulating the ribonuclease with said cyclic or linear oligoadenylate; incubating under conditions resulting in degradation of the ssRNA.
Wave energy recovery apparatus with a power-take-off arrangement comprising at least a base , a reciprocating panel capable of rotating in one direction and in an opposite direction, two power-take-off (PTO) units each PTO unit comprising one or more generators to convert kinetic energy of waves or tidal currents to electricity, at least two gear transmissions and at least two one-way clutch mechanisms where the gear transmissions and one-way clutch mechanisms are operatively connected between the panel and the generators , and the panel is arranged to rotate a half of the gear transmissions and generators when the panel is rotating into the one direction and another half of the gear transmissions and generators when the panel is rotating into the opposite direction characterized in that the apparatus comprises one or more tubular shafts that are fastened to a lower edge of the panel and are arranged to rotate along with the panel , and that each PTO unit is inside the one or more tubular shafts .
An access type selection method, comprising: receiving (S801), by a Gateway Mobile Location Centre, GMLC, a second request sent by a Location Service, LCS, client, wherein the second request is a location request used to request location information of a User Equipment, UE; determining (S802), by the GMLC, an access type for transmitting positioning information for the UE; characterized in that , the determining (S802), by the GMLC, the access type for transmitting positioning information for the UE, comprises: acquiring (S8021), by the GMLC, second information, the second information comprises: all access types used by the UE, an Access and Mobility Management Function, AMF, serving the UE, and status information of the UE in each access type, wherein all the access types used by the UE comprise a 3rd Generation Partnership Project, 3GPP, access type and a non-3GPP access type; determining (S8022), by the GMLC, an access type for transmitting positioning information for the UE from all the access types used by the UE according to the second information. receiving (S801), by a Gateway Mobile Location Centre, GMLC, a second request sent by a Location Service, LCS, client, wherein the second request is a location request used to request location information of a User Equipment, UE; determining (S802), by the GMLC, an access type for transmitting positioning information for the UE; characterized in that , the determining (S802), by the GMLC, the access type for transmitting positioning information for the UE, comprises: acquiring (S8021), by the GMLC, second information, the second information comprises: all access types used by the UE, an Access and Mobility Management Function, AMF, serving the UE, and status information of the UE in each access type, wherein all the access types used by the UE comprise a 3rd Generation Partnership Project, 3GPP, access type and a non-3GPP access type; determining (S8022), by the GMLC, an access type for transmitting positioning information for the UE from all the access types used by the UE according to the second information. acquiring (S8021), by the GMLC, second information, the second information comprises: all access types used by the UE, an Access and Mobility Management Function, AMF, serving the UE, and status information of the UE in each access type, wherein all the access types used by the UE comprise a 3rd Generation Partnership Project, 3GPP, access type and a non-3GPP access type; determining (S8022), by the GMLC, an access type for transmitting positioning information for the UE from all the access types used by the UE according to the second information.
A steamer for applying steam to an article, the steamer comprising: a housing ; a power cord configured to be selectively coupled to an external power source; a battery ; a fluid reservoir positioned in the housing ; a reservoir heating element configured to preheat fluid in the fluid reservoir , the reservoir heating element being configured to receive power from the external power source when the power cord is in communication with the external power source; a heating device operable to receive preheated fluid from the fluid reservoir , the heating device being configured to receive power from the battery when the power cord is unplugged from the external power source to heat the preheated fluid; and a nozzle in fluid communication with the heating device , the nozzle configured to receive fluid from the heating device and discharge the fluid through the nozzle , wherein the reservoir heating element is configured to heat the fluid in the reservoir to a predetermined temperature below the boiling point of the fluid using power from the external power source when the power cord is in communication with the external power source. a housing ; a power cord configured to be selectively coupled to an external power source; a battery ; a fluid reservoir positioned in the housing ; a reservoir heating element configured to preheat fluid in the fluid reservoir , the reservoir heating element being configured to receive power from the external power source when the power cord is in communication with the external power source; a heating device operable to receive preheated fluid from the fluid reservoir , the heating device being configured to receive power from the battery when the power cord is unplugged from the external power source to heat the preheated fluid; and a nozzle in fluid communication with the heating device , the nozzle configured to receive fluid from the heating device and discharge the fluid through the nozzle , wherein the reservoir heating element is configured to heat the fluid in the reservoir to a predetermined temperature below the boiling point of the fluid using power from the external power source when the power cord is in communication with the external power source.