mhurhangee/ep-ind-claims huggingface dataset:
Plant, transformed with the Ri plasmid of Agrobacterium rhizogenes by infection with A.rhizogenes, in particular by wild-type A.rhizogenes, harboring the Ri plasmid, or being progeny of such a plant, said plant or progeny comprising, in the genome thereof, 1 to 5 copies of a plurality of genes originating from the said Ri plasmid, and displaying an intermediate height of 25 - 75% of a non-transformed plant, said plant being obtainable by a) transforming tissue of the wild type plant with the Ri plasmid of Agrobacterium rhizogenes, b) allowing the transformed tissue to develop roots having a hairy phenotype, c) selecting, among the roots with hairy phenotype of step (b), a root where the hairy phenotype shows a maximum root hair length of at most half of the maximum root hair length observed in the roots obtained in step (b); d) growing the selected root on a regeneration medium and allowing a transformed rooted plantlet to generate from the said selected root; e) growing said transformed rooted plantlet into a mature transformed mother plant having a height of 25 - 75% of that of the corresponding wild type plant. a) transforming tissue of the wild type plant with the Ri plasmid of Agrobacterium rhizogenes, b) allowing the transformed tissue to develop roots having a hairy phenotype, c) selecting, among the roots with hairy phenotype of step (b), a root where the hairy phenotype shows a maximum root hair length of at most half of the maximum root hair length observed in the roots obtained in step (b); d) growing the selected root on a regeneration medium and allowing a transformed rooted plantlet to generate from the said selected root; e) growing said transformed rooted plantlet into a mature transformed mother plant having a height of 25 - 75% of that of the corresponding wild type plant.
A cleaning device for cleaning a sensing element, comprising: a cleaning element movable between a first position and a second position to contact a surface of the sensing element; a mechanism coupled to said cleaning element to move said cleaning element between the first position and the second position; wherein the sensing element comprises a lens of a camera; characterised in that said cleaning element defines a fluid outlet for delivering a fluid to the sensing element. a cleaning element movable between a first position and a second position to contact a surface of the sensing element; a mechanism coupled to said cleaning element to move said cleaning element between the first position and the second position; wherein the sensing element comprises a lens of a camera;
A data diode device that is installed between a transmitting side network and a receiving side network, and includes a transmitting device, a one-way transmission path and a receiving device, characterized in that the transmitting device comprises a network load prediction function unit that predicts a network load P1 of the receiving side network,and a data control unit that discards IP packets of data sent from the transmitting side network when the network load predicted by the network load prediction function unit is determined to be higher than a predetermined value, wherein the network load prediction function unit uses the amount of communication of TCP communication vt, in bytes per second, and the amount of communication of UDP communication vu, in bytes per second, of data sent from the transmitting side network, and transmission capability sn, in bytes per second, of the receiving side network that is previously measured to calculate the network load P1 of the receiving side network with the following equation: P 1 = vt + vu / sn × 100.
A method for purifying a protein using an activated carbon, comprising: bringing an activated carbon pretreatment solution obtained by adjusting conductivity of a protein-containing aqueous solution into contact with an activated carbon; and separating the protein and impurities in a non-adsorption mode to obtain the protein of interest with a low content of impurities, wherein the conductivity of the activated carbon pretreatment solution is 0 to 2 mS/cm, and wherein the protein is an antibody and the concentration of the antibody is 5.5 to 23 mg/mL. separating the protein and impurities in a non-adsorption mode to obtain the protein of interest with a low content of impurities, wherein the conductivity of the activated carbon pretreatment solution is 0 to 2 mS/cm, and wherein the protein is an antibody and the concentration of the antibody is 5.5 to 23 mg/mL.
Cutting device comprising a head, said head comprising: - a base intended to be fixed to a machine tool; - a cylindrical suction nozzle integral with the base; - a connector integral with the head and intended to receive a suction pipe; wherein said suction nozzle is perforated by at least one oblong hole parallel to an axis of said suction nozzle, the cutting device also comprising: - a mount to which said head is fixed; - a drive system in which a cutting tool is fixed, said drive system being configured to drive said cutting tool in rotation about its axis (YY') and in translation parallel to said axis (YY'); and characterized by; - at least one infrared sensor fixed in a hole that is formed in the wall of said head and opens onto a cutting zone inside said head, said infrared sensor being connected to a module for detecting an outbreak of fire. - a base intended to be fixed to a machine tool; - a cylindrical suction nozzle integral with the base; - a connector integral with the head and intended to receive a suction pipe; wherein said suction nozzle is perforated by at least one oblong hole parallel to an axis of said suction nozzle, the cutting device also comprising: - a mount to which said head is fixed; - a drive system in which a cutting tool is fixed, said drive system being configured to drive said cutting tool in rotation about its axis (YY') and in translation parallel to said axis (YY'); and characterized by; - at least one infrared sensor fixed in a hole that is formed in the wall of said head and opens onto a cutting zone inside said head, said infrared sensor being connected to a module for detecting an outbreak of fire.
An IL-22 dimer for use in a method of preventing and/or treating necrotizing enterocolitis in an individual, wherein the method comprises administering to the individual an effective amount of an IL-22 dimer.
Food concentrate in the form of a semi-solid gel comprising • Water • From 10 wt% to 40 wt% of sodium salt and potassium salt taken together, based on the weight of the total water content of the food concentrate, calculated as ((weight of sodium salt + weight of potassium salt) / (weight of sodium salt + weight of potassium salt + weight of total water content))*100 (in %). • iota-carrageenan, wherein the iota-carrageenan is dissolved in the water, wherein the ratio of (Na + cations/(Na + cations + K + cations)) *100 (in %) is from 40 to 90 wt%. • Water • From 10 wt% to 40 wt% of sodium salt and potassium salt taken together, based on the weight of the total water content of the food concentrate, calculated as ((weight of sodium salt + weight of potassium salt) / (weight of sodium salt + weight of potassium salt + weight of total water content))*100 (in %). • iota-carrageenan, wherein the iota-carrageenan is dissolved in the water,
A method for Internet Protocol 'IP' multimedia system 'IMS' resource reservation, the method comprising: transmitting from a first electronic device, through an IP network, a non-IMS Session Initiation Protocol 'SIP' message to an application server in an IMS network, wherein the non-IMS SIP message comprises at least one of a Hypertext Transfer Protocol 'HTTP' message, a "non-IMS" SIP message as defined by internet engineering task force request for comments IETF RFCs, a REpresentational State Transfer 'REST' message or a point-to-point 'P2P 'protocol message, and the non-IMS SIP message includes a request to initiate an IMS communication session through the IMS network between the application server and a second electronic device; transmitting from the first electronic device, through the IMS network, a SIP message to the application server that initiates a SIP INVITE session between the first electronic device and the application server, wherein the SIP INVITE session is routed through the IMS network; receiving at the first electronic device, from the application server, a SIP response message that identifies a resource reservation for the IMS communication session; and associating the received SIP response message received through the IMS network with the initiated IMS communication session; and completing the resource reservation for the IMS communication session. transmitting from a first electronic device, through an IP network, a non-IMS Session Initiation Protocol 'SIP' message to an application server in an IMS network, wherein the non-IMS SIP message comprises at least one of a Hypertext Transfer Protocol 'HTTP' message, a "non-IMS" SIP message as defined by internet engineering task force request for comments IETF RFCs, a REpresentational State Transfer 'REST' message or a point-to-point 'P2P 'protocol message, and the non-IMS SIP message includes a request to initiate an IMS communication session through the IMS network between the application server and a second electronic device; transmitting from the first electronic device, through the IMS network, a SIP message to the application server that initiates a SIP INVITE session between the first electronic device and the application server, wherein the SIP INVITE session is routed through the IMS network; receiving at the first electronic device, from the application server, a SIP response message that identifies a resource reservation for the IMS communication session; and associating the received SIP response message received through the IMS network with the initiated IMS communication session; and completing the resource reservation for the IMS communication session.
A method of servicing a well bore that has been shut-in, said method comprising: providing a hydrophobic well bore servicing composition comprising a liquid hardenable resin, a hardening agent, and a low-density weighting material having a specific gravity of less than 1.0; introducing the well bore servicing composition into a well bore below a desired location, the well bore comprising a well bore fluid; allowing the well bore servicing composition to migrate through the well bore fluid to the desired location in the well bore; and allowing the liquid hardenable resin to at least partially harden to form a well bore plug at the desired location in the well bore. providing a hydrophobic well bore servicing composition comprising a liquid hardenable resin, a hardening agent, and a low-density weighting material having a specific gravity of less than 1.0; introducing the well bore servicing composition into a well bore below a desired location, the well bore comprising a well bore fluid; allowing the well bore servicing composition to migrate through the well bore fluid to the desired location in the well bore; and allowing the liquid hardenable resin to at least partially harden to form a well bore plug at the desired location in the well bore.
Machine for manufacturing products of the tobacco-processing industry, wherein at least one measuring apparatus is arranged in the machine for detecting electrically conductive elements (34, 44, 51) in a material stream (31, 41) or strand or rod-shaped article of the tobacco-processing industry, comprising at least one transmitter which, in the region of the material stream or strand or in the rod-shaped article, builds up an electromagnetic field, wherein the transmitter (20, 32) produces a high-frequency magnetic field which induces eddy currents in the electrically conductive element (34, 44, 51) in the material stream (31, 41) or strand or rod-shaped article, at least one receiver (24, 33) is also provided which measures the attenuation and/or amplification of the high-frequency magnetic field by the induced eddy currents as well as a device (46, 47) coupled to the receiver (24, 33) for evaluating the measurement results from the receiver (24, 33), wherein at least one transmitter and at least one receiver form a sensor unit (43, S1, S2, S3, S4), wherein the measuring apparatus comprises at least two sensor units (43, S1, S2, S3, S4), characterized in that the sensor units (S1 and S2, S3 and S4) are arranged opposite each other around a material strand, or as a sensor array in the form of a row or a matrix transverse to the transport direction.
A recloseable package comprising (a) a first and second sidewall (26, 28) joined along respective sidewall edges (30, 32) and a bottom to form a package with an open mouth; and (b) a recloseable zipper closure positioned adjacent the mouth, comprising: (i) a first track comprising an interlocking profile, the first track further comprising a grasping flange having a free end positionable both above and below the interlocking profile; and an attachment flange being below the interlocking profile, the first track attached to the first sidewall at an anchored portion on the attachment flange; the grasping flange being unattached to the first sidewall between the sidewall edges; and (ii) a second track comprising a complementary interlocking profile, the second track attached to the second sidewall. (a) a first and second sidewall (26, 28) joined along respective sidewall edges (30, 32) and a bottom to form a package with an open mouth; and (b) a recloseable zipper closure positioned adjacent the mouth, comprising: (i) a first track comprising an interlocking profile, the first track further comprising a grasping flange having a free end positionable both above and below the interlocking profile; and an attachment flange being below the interlocking profile, the first track attached to the first sidewall at an anchored portion on the attachment flange; the grasping flange being unattached to the first sidewall between the sidewall edges; and (ii) a second track comprising a complementary interlocking profile, the second track attached to the second sidewall. (i) a first track comprising an interlocking profile, the first track further comprising a grasping flange having a free end positionable both above and below the interlocking profile; and an attachment flange being below the interlocking profile, the first track attached to the first sidewall at an anchored portion on the attachment flange; the grasping flange being unattached to the first sidewall between the sidewall edges; and (ii) a second track comprising a complementary interlocking profile, the second track attached to the second sidewall.
An electron beam curable inkjet ink composition, comprising in 100 parts by mass thereof the following components a to c: a. 10 to 70 parts by mass of a monofunctional polymerizable compound having a weight average molecular weight of 100 to 400 and having a hydroxyl group; b. 10 to 75 parts by mass of a bifunctional polymerizable compound and a trifunctional polymerizable compound; and c. 0.1 to 10 parts by mass of an unreactive resin, wherein the electron beam curable inkjet ink composition does not comprise any of an organophosphorus compound, a polymerization initiator and a sensitizer, and has a viscosity of 30 mPa·s or less at a temperature of 25°C. a. 10 to 70 parts by mass of a monofunctional polymerizable compound having a weight average molecular weight of 100 to 400 and having a hydroxyl group; b. 10 to 75 parts by mass of a bifunctional polymerizable compound and a trifunctional polymerizable compound; and c. 0.1 to 10 parts by mass of an unreactive resin,
Method for producing an arrangement for a vehicle roof, comprising: - providing a first element as a raising lever with a first end, a second end and a recess at the second end, wherein the raising lever is couplable by means of the first end to a cover for the vehicle roof, - providing a pumpable substance with predetermined material properties, and - applying the provided substance by means of injection moulding at a predetermined position at the second end of the raising lever and thereby forming a second element as a plastic slider with a rotary element, which is arranged in the recess, such the plastic slider is coupled to the raising lever and is pivotable relative to the raising lever about an axis of rotation. - providing a first element as a raising lever with a first end, a second end and a recess at the second end, wherein the raising lever is couplable by means of the first end to a cover for the vehicle roof, - providing a pumpable substance with predetermined material properties, and - applying the provided substance by means of injection moulding at a predetermined position at the second end of the raising lever and thereby forming a second element as a plastic slider with a rotary element, which is arranged in the recess, such the plastic slider is coupled to the raising lever and is pivotable relative to the raising lever about an axis of rotation.
Oxymetazoline and/or xylometazoline for use for the antiviral prophylaxis and/or antiviral treatment of viral diseases selected from the group consisting of acute rhinitis, influenza, parainfluenza, otitis media and sinusitis, where oxymetazoline and/or xylometazoline have antiviral activity.
A system for tracking and analysing display case usage to determine the effectiveness of advertising content, the system comprising: a display case having a door capable of movement between an opened position, whereby a plurality of consumer products stored in the display case may be accessed, and a closed position, whereby the display case is substantially sealed; a transparent electronic display housed within the door and configured to display a variety of advertising content; a sensor configured to detect whether the door is in the opened position; and a CPU electrically connected to the transparent electronic display and the sensor, characterised in that the CPU is configured to receive data from the sensor indicating whether the door is in the opened position and data from the transparent electronic display representing the advertising content displayed on the transparent electronic display when the sensor indicates that the door is in the opened position and store the data from the transparent electronic display as an effective advertisement where the data from the sensor indicates that the door was placed in the opened position while the advertising content was displayed on the transparent electronic display an average number of times during a period of time exceeding a target number by at least a predetermined amount. a display case having a door capable of movement between an opened position, whereby a plurality of consumer products stored in the display case may be accessed, and a closed position, whereby the display case is substantially sealed; a transparent electronic display housed within the door and configured to display a variety of advertising content; a sensor configured to detect whether the door is in the opened position; and a CPU electrically connected to the transparent electronic display and the sensor, characterised in that the CPU is configured to receive data from the sensor indicating whether the door is in the opened position and data from the transparent electronic display representing the advertising content displayed on the transparent electronic display when the sensor indicates that the door is in the opened position and store the data from the transparent electronic display as an effective advertisement where the data from the sensor indicates that the door was placed in the opened position while the advertising content was displayed on the transparent electronic display an average number of times during a period of time exceeding a target number by at least a predetermined amount.
An organic metal compound of general formula: wherein in general formula, R 1 and R 2 are a mutually identical or mutually different, unsubstituted or substituted alkyl group, aryl group, cycloalkyl group, or heterocyclic group, or R 1 and R 2 are bound to form an alicyclic ring, R 3 is a hydrogen atom or an alkyl group, R 4 is an alkyl group that is branched or that does or does not form a ring by itself, an unsubstituted or substituted aryl group, or an unsubstituted or substituted heterocyclic group, Ar is an unsubstituted or substituted cyclopentadienyl group that is bound to M via a π bond, or an unsubstituted or substituted benzene, X is a hydride group or an anionic group, M is ruthenium, rhodium or iridium, L is a solvent molecule or a water molecule, 1 is 1 or 2, m is an integer from 0 to 2, n is 0 or 1, and when n is 0, X does not exist, and * represents asymmetric carbon, wherein R 4 is not a camphor group, a camphor derivative group, an isopropyl group or a phenyl group whenever R 1 and R 2 are both a phenyl group.
Fail-safe switching module having a first switching device and a second switching device, wherein the switching devices (10, 20) are designed to switch a load by means of a switching-on device characterised in that - a first temperature sensor is arranged on the first switching device and - a second temperature sensor is arranged on the second switching device, wherein the first switching device is arranged in series with - a first switching-off device and - a second switching-off device and the second switching device is arranged in series with - a third switching-off device and - a fourth switching-off device, wherein the first switching-off device and the third switching-off device are designed to react to the first temperature sensor and the second switching-off device and the fourth switching-off device are designed to react to the second temperature sensor in order to switch off the switching device (10, 20) in the event of an overtemperature of the first switching device or of the second switching device. - a first temperature sensor is arranged on the first switching device and - a second temperature sensor is arranged on the second switching device, wherein - a first switching-off device and - a second switching-off device - a third switching-off device and - a fourth switching-off device,
A method for detecting rotation of a dishwasher spray arm, the method comprising: (a) detecting vibrations generated during operation of the dishwasher; (b) comparing the level of the detected vibrations with a predetermined threshold, and increasing a count value in dependency of whether the level of the detected vibrations exceeds the predetermined threshold; (c) comparing the count value that is obtained for a predetermined period of time with a predetermined target range; and (d) determining that there is a disturbance in the rotation of the spray arm, when the count value is outside the predetermined target range. (a) detecting vibrations generated during operation of the dishwasher; (b) comparing the level of the detected vibrations with a predetermined threshold, and increasing a count value in dependency of whether the level of the detected vibrations exceeds the predetermined threshold; (c) comparing the count value that is obtained for a predetermined period of time with a predetermined target range; and (d) determining that there is a disturbance in the rotation of the spray arm, when the count value is outside the predetermined target range.