mhurhangee/patent-ind-claim-en huggingface dataset:
Regulating device for a sowing machine intended for supplying seed to a sowing element of a sowing machine and intended for being connected downstream of means for the metering and conveying of the seed, wherein said regulating device comprises a reserve region , supplied with seeds via a supply inlet connected to said metering and conveying means, wherein said device comprising a wheel capable of taking seeds from said reserve region , by means of at least one row of teeth, each tooth being configured to cause the removal of a single seed from said reserve region, and having: - a housing , capable of receiving a seed ; - a portion for guiding a seed, forming a slide and having a groove for guiding a seed, wherein said groove is hollowed out in the tooth and the bottom of said groove is below the level of the outlet region of said housing of the following tooth, such that a seed taken from said reserve region is first held in the housing of a tooth and is then progressively guided into said groove of the preceding tooth. - a housing , capable of receiving a seed ; - a portion for guiding a seed, forming a slide and having a groove for guiding a seed, wherein said groove is hollowed out in the tooth and the bottom of said groove is below the level of the outlet region of said housing of the following tooth,
A process for producing methyl mercaptan, the process comprising reacting an influent gas stream comprising clean hydrogen sulfide and recycled dimethyl sulfide in a reactor at a temperature of about 200°C to less than 300°C to produce an effluent gas stream comprising methyl mercaptan, dimethyl sulfide, and hydrogen sulfide; wherein the influent gas stream comprises clean hydrogen sulfide and recycled dimethyl sulfide at a molar ratio of at least 20:1; wherein the reactor comprises a non-promoted Al 2 O 3 catalyst and operates at a weight hourly space velocity of about 0.01 and 10.0 g dimethyl sulfide/hour/gram Al 2 O 3 ; and wherein the methyl mercaptan is produced at a conversion of recycled dimethyl sulfide to methyl mercaptan of at least about 50 mol% and a selectivity for methyl mercaptan of greater than 90%.
A Pseudomonas spp. protease sensor molecule comprising a target sequence, a chemiluminescent donor domain and an acceptor domain covalently attached to the target sequence, wherein the target sequence comprises SFMKKNQNTEI (SEQ ID NO: 45); and wherein cleavage of the target sequence by a Pseudomonas spp. protease produces a detectable change in resonance energy transfer relative to the resonance energy transfer of the uncleaved sensor. wherein the target sequence comprises SFMKKNQNTEI (SEQ ID NO: 45); and wherein cleavage of the target sequence by a Pseudomonas spp. protease produces a detectable change in resonance energy transfer relative to the resonance energy transfer of the uncleaved sensor.
A device for amplifying a multi-wavelength laser beam, the device comprising: a. a first solid active laser medium (M1) having a first refractive index (n1), the first active laser medium (M1) having at least two plane faces among a front face suitable for receiving the beam to be amplified, called the incident beam (F I ), and a reflective rear face , the front face being inclined with respect to the rear face at a first non-zero inclination (β 1 ), the rear face being suitable for being cooled, and b. a second solid active laser medium (M2) having a second refractive index (n2), the second active laser medium (M2) having at least two plane faces among a front face suitable for receiving the beam (F R1 ) reflected by the rear face and refracted by the front face of the first active laser medium (M1), and a reflective rear face , the front face being inclined with respect to the rear face at a second non-zero inclination (β 2 ), the rear face being suitable for being cooled, the second active laser medium (M2) being arranged along the path of the beam (F R1 ) reflected by the rear face and refracted by the front face of the first active laser medium (M1), characterized in that the first inclination (β 1 ), the second inclination (β 2 ) and the orientation of the second active laser medium (M2) are such that the sub-beams of each wavelength, forming the output beam (F R2 ) of the second active laser medium (M2), are parallel to each other at the output of the second active laser medium (M2). a. a first solid active laser medium (M1) having a first refractive index (n1), the first active laser medium (M1) having at least two plane faces among a front face suitable for receiving the beam to be amplified, called the incident beam (F I ), and a reflective rear face , the front face being inclined with respect to the rear face at a first non-zero inclination (β 1 ), the rear face being suitable for being cooled, and b. a second solid active laser medium (M2) having a second refractive index (n2), the second active laser medium (M2) having at least two plane faces among a front face suitable for receiving the beam (F R1 ) reflected by the rear face and refracted by the front face of the first active laser medium (M1), and a reflective rear face , the front face being inclined with respect to the rear face at a second non-zero inclination (β 2 ), the rear face being suitable for being cooled, the second active laser medium (M2) being arranged along the path of the beam (F R1 ) reflected by the rear face and refracted by the front face of the first active laser medium (M1), characterized in that the first inclination (β 1 ), the second inclination (β 2 ) and the orientation of the second active laser medium (M2) are such that the sub-beams of each wavelength, forming the output beam (F R2 ) of the second active laser medium (M2), are parallel to each other at the output of the second active laser medium (M2).
A twin hull vessel having two parallel buoyant hulls interconnected by a hull cross-structure above the waterline, characterised in that the vessel further comprises a roll damping device comprising one or more mobile solid ballast bodies guided on a track and housed within a compartment of the cross-structure of the vessel, and an associated displacement drive and displacement drive control, said drive control being adapted to cause motion of said one or more solid ballast bodies so as to compensate for sea-state induced vessel roll motion, and in that the vessel further comprises at least one pitch damping device comprising one or more mobile solid ballast bodies guided on a track and an associated displacement drive and displacement drive control, said drive control being adapted to cause motion of said one or more solid ballast bodies of said at least one pitch damping device, so as to compensate for sea-state induced vessel pitch motion, wherein a said at least one pitch damping device is associated with each buoyant hull and housed within a compartment of the respective buoyant hull of the vessel.
A device for applying an adhesive to a longitudinal product , said device comprises: a body comprising a guide member ; wherein said guide member comprises a channel for receiving and guiding a longitudinal product in relation to said guide member, said channel is having a first end and a second end ; wherein said guide member comprises a tape slot for guiding an adhesive tape into said channel ; wherein said channel comprises a guide surface ; and wherein said tape slot extends through at least part of the material of said guide member and into said guide surface of said channel , thereby allowing feeding an adhesive tape through the material of said guide member and into said channel of said guide member wherein said guide member comprises a first guide member part and a second guide member part ; characterised in that said guide member is being divided into said first guide member part and said second guide member part which are separate and can be taking apart at an interphase , said interphase is being arranged along said channel , thereby intersecting said channel along a longitudinal direction thereof. a body comprising a guide member ; wherein said guide member comprises a channel for receiving and guiding a longitudinal product in relation to said guide member, said channel is having a first end and a second end ; wherein said guide member comprises a tape slot for guiding an adhesive tape into said channel ; wherein said channel comprises a guide surface ; and wherein said tape slot extends through at least part of the material of said guide member and into said guide surface of said channel , thereby allowing feeding an adhesive tape through the material of said guide member and into said channel of said guide member wherein said guide member comprises a first guide member part and a second guide member part ; characterised in that said guide member is being divided into said first guide member part and said second guide member part which are separate and can be taking apart at an interphase , said interphase is being arranged along said channel , thereby intersecting said channel along a longitudinal direction thereof.
A method for gathering radio information from target devices connected to a first access point and operating on a first frequency channel, Ch1, in a wireless network, comprising: generating a probing frame at a probing device operating on a second frequency channel, Ch2, wherein: the destination address of the probing frame is the address of a target device , and the BSSID address of the probing frame is the address of the first access point ; injecting , at the probing device , the probing frame into a transmission queue associated to the first frequency channel, Ch1; wherein the source address of the probing frame is a virtual address, STA', that univocally identifies the target device , said virtual address being different to any possible MAC address in the wireless network; and wherein the method further comprises: when an ACK frame is received at the probing device , analyzing the ACK frame to determine that the sender of the ACK frame is the target device if the destination address of the ACK frame is the virtual address, STA', that univocally identifies the target device , and in that case: measuring radio parameters from the received ACK frame ; storing the radio parameters; associating the stored radio parameters to the target device . generating a probing frame at a probing device operating on a second frequency channel, Ch2, wherein: the destination address of the probing frame is the address of a target device , and the BSSID address of the probing frame is the address of the first access point ; the destination address of the probing frame is the address of a target device , and the BSSID address of the probing frame is the address of the first access point ; injecting , at the probing device , the probing frame into a transmission queue associated to the first frequency channel, Ch1; wherein the source address of the probing frame is a virtual address, STA', that univocally identifies the target device , said virtual address being different to any possible MAC address in the wireless network; and wherein the method further comprises: when an ACK frame is received at the probing device , analyzing the ACK frame to determine that the sender of the ACK frame is the target device if the destination address of the ACK frame is the virtual address, STA', that univocally identifies the target device , and in that case: measuring radio parameters from the received ACK frame ; storing the radio parameters; associating the stored radio parameters to the target device . measuring radio parameters from the received ACK frame ; storing the radio parameters; associating the stored radio parameters to the target device .
Luggage rack for the rear wheel of a two-wheeled vehicle, in particular for the rear wheel of a bicycle, comprising - an elongated mounting element with multiple bends, which has a first section , a second section parallel to the first section and only one transverse section connecting the above sections, wherein, when the luggage rack is attached to the two-wheeled vehicle, one section of the mounting element extends on each of the two sides of a wheel in each case, - Means for attaching the luggage rack to the two-wheeled vehicle, which, when the luggage rack is attached to the two-wheeled vehicle, are each arranged at the lower ends of the two sections of the mounting element in the form of drilled holes , wherein the drilled holes can be used to attach the lower ends to the dropouts of the frame of the two-wheeled vehicle, - Connecting means , which connect the two sections of the mounting element to each other, wherein the connecting means are designed such that the two sections of the mounting element are connected to each other in a force-fitting and/or form-fitting manner by the connecting means , wherein the connecting means are designed such that the two sections of the mounting element are connected to each other by the connecting means by means of at least one screw connection, characterised in that , when the luggage rack is attached to the two-wheeled vehicle, the transverse section is arranged further forward and higher on the two-wheeled vehicle than the drilled holes . - an elongated mounting element with multiple bends, which has a first section , a second section parallel to the first section and only one transverse section connecting the above sections, wherein, when the luggage rack is attached to the two-wheeled vehicle, one section of the mounting element extends on each of the two sides of a wheel in each case, - Means for attaching the luggage rack to the two-wheeled vehicle, which, when the luggage rack is attached to the two-wheeled vehicle, are each arranged at the lower ends of the two sections of the mounting element in the form of drilled holes , wherein the drilled holes can be used to attach the lower ends to the dropouts of the frame of the two-wheeled vehicle, - Connecting means , which connect the two sections of the mounting element to each other, wherein the connecting means are designed such that the two sections of the mounting element are connected to each other in a force-fitting and/or form-fitting manner by the connecting means , wherein the connecting means are designed such that the two sections of the mounting element are connected to each other by the connecting means by means of at least one screw connection,
A method for performing a transmission of data in a wireless communication system, the method performed by a user equipment , UE, and comprising, detecting, in a switching layer of the UE via a lower layer of the UE , whether the transmission of the data on a sidelink is successful; and performing the transmission of the data based on whether to keep the transmission of the data on the sidelink or to perform the transmission of the data on an uplink when the transmission of the data is not successful, wherein the lower layer is a first layer in which the sidelink and the uplink are branched and distinguished, wherein the lower layer informs the switching layer whether the transmission of data on the sidelink is successful, and wherein the switching layer stores the data in a transmission buffer of the switching layer until the switching layer identifies that the transmission of the data is successfully complete.
A liquid topical preparation, comprising: water; oxybutynin or a pharmaceutically acceptable salt thereof; and a dicarboxylic acid ester, wherein the dicarboxylic acid ester is one or more compounds selected from the group consisting of diisopropyl adipate, diethyl sebacate, diisopropyl sebacate, diisobutyl adipate, dimethyl succinate and dibutyl phthalate, and wherein a content of oxybutynin or a pharmaceutically acceptable salt thereof ranges from 10 mass% to 20 mass% based on a total mass of the liquid topical preparation. water; oxybutynin or a pharmaceutically acceptable salt thereof; and a dicarboxylic acid ester, wherein the dicarboxylic acid ester is one or more compounds selected from the group consisting of diisopropyl adipate, diethyl sebacate, diisopropyl sebacate, diisobutyl adipate, dimethyl succinate and dibutyl phthalate, and wherein a content of oxybutynin or a pharmaceutically acceptable salt thereof ranges from 10 mass% to 20 mass% based on a total mass of the liquid topical preparation.
An dressing interface for managing fluid in a system for treating a tissue site, the apparatus comprising: a first layer including polymeric film; a second layer including polymeric film coupled to the first layer to form a sealed space between the first layer and the second layer , the sealed space including a port at a proximal end of the sealed space; a first inner layer including a polymeric film disposed between the first layer and the second layer and defining a plurality of closed cells with the first layer , the closed cells including sidewalls having a thickness tapering from the first layer to a distal end within the sealed space; and an applicator having an aperture formed in the second layer at a distal end of the sealed space, wherein the aperture exposes a portion of the plurality of closed cells to define a recessed space adapted to be fluidly coupled to the tissue site. a first layer including polymeric film; a second layer including polymeric film coupled to the first layer to form a sealed space between the first layer and the second layer , the sealed space including a port at a proximal end of the sealed space; a first inner layer including a polymeric film disposed between the first layer and the second layer and defining a plurality of closed cells with the first layer , the closed cells including sidewalls having a thickness tapering from the first layer to a distal end within the sealed space; and an applicator having an aperture formed in the second layer at a distal end of the sealed space, wherein the aperture exposes a portion of the plurality of closed cells to define a recessed space adapted to be fluidly coupled to the tissue site.
A characterization device for non-destructively characterizing a material (2; 2-1; 2-2; 2-3), the device comprising emitter/receiver cells , each cell being configured in an emit mode to emit ultrasound waves towards the material (2; 2-1; 2-2; 2-3) for characterizing, and in a receive mode to receive ultrasound waves that have been transmitted through said material (2; 2-1; 2-2; 2-3), the non-destructive characterization device comprises a ring (500; 500-1; 500-2; 500-3; 500-4) made up of a plurality of adjacent angular sectors , each angular sector comprising ultrasound cells stacked in a radial direction (DR) of the ring (500; 500-1; 500-2; 500-3; 500-4), characterized in that the device further comprises control means comprising: - a first selector module configured to select an angular sector as an emit angular sector; - a second selector module configured to select a set of adjacent angular sectors as receive angular sectors, the second module being configured to select said set over an angular range that is diametrically opposite the emit angular sector; - a first switch module configured to switch all of the cells in the receive angular sectors into receive mode; and - a second switch module configured to switch one cell at a time in alternation in the emit angular sector into emit mode; the control means being configured to actuate the modules for different angular sectors . - a first selector module configured to select an angular sector as an emit angular sector; - a second selector module configured to select a set of adjacent angular sectors as receive angular sectors, the second module being configured to select said set over an angular range that is diametrically opposite the emit angular sector; - a first switch module configured to switch all of the cells in the receive angular sectors into receive mode; and - a second switch module configured to switch one cell at a time in alternation in the emit angular sector into emit mode;
A chromium-iron alloy comprising in weight %: 1 to 3% C; 1 to 3% Si; up to 3% Ni; 25 to 35% Cr; 1.5 to 3% Mo; 0.04 to 2% W; 2.0 to 4.0% Nb; up to 3.0% V; up to 3.0% Ta; up to 1.2% B; up to 1% Mn; balance 43 to 64% Fe; and incidental impurities of one or more of Al, As, Bi, Cu, Ca, Ce, Co, Hf, Mg, N, P, Pb, S, Sn, Ti, Y and Zn with a total content of incidental impurities of 1.5 weight % or less. 1 to 3% C; 1 to 3% Si; up to 3% Ni; 25 to 35% Cr; 1.5 to 3% Mo; 0.04 to 2% W; 2.0 to 4.0% Nb; up to 3.0% V; up to 3.0% Ta; up to 1.2% B; up to 1% Mn; balance 43 to 64% Fe; and incidental impurities of one or more of Al, As, Bi, Cu, Ca, Ce, Co, Hf, Mg, N, P, Pb, S, Sn, Ti, Y and Zn with a total content of incidental impurities of 1.5 weight % or less.
A method for supplying energy, wherein in an operating state for storage, electrical energy is stored as chemical energy and after switching to an operating state for supply, the electrical energy is supplied, wherein in a sorption system with a refrigerant and liquid solvent, having a refrigerant-poor solution and a refrigerant-rich solution, wherein the poor and rich solutions are single-phase mixtures of the solvent and the refrigerant, a. in the operating state for supply, the liquid refrigerant is evaporated at a high-pressure level and expanded to a low-pressure level, thereby driving an expansion machine , the poor solution absorbs the gaseous refrigerant and is collected as the rich solution, and b. in the operating state for storage, the refrigerant is instead driven out of the rich solution at the low-pressure level, the remaining poor solution is collected, and the driven-out refrigerant is compressed to the high-pressure level by means of electrical energy, liquefied, and collected. a. in the operating state for supply, the liquid refrigerant is evaporated at a high-pressure level and expanded to a low-pressure level, thereby driving an expansion machine , the poor solution absorbs the gaseous refrigerant and is collected as the rich solution, and b. in the operating state for storage, the refrigerant is instead driven out of the rich solution at the low-pressure level, the remaining poor solution is collected, and the driven-out refrigerant is compressed to the high-pressure level by means of electrical energy, liquefied, and collected.