mhurhangee/patent-ind-claim-en huggingface dataset:
A flow control device, comprising a shell being a hollow cylinder that has one end connected to an inlet device through an inlet passage and a second end provided with a press shell ; a sealing element, a movable rod capable of reciprocating to drive the sealing element to reciprocate to switch water into a first or a second outlet passages , wherein a flow control part circumferentially extends and protrudes out of the movable rod , and the movable rod rotates to drive the flow control part to rotate to control a flow in the first outlet passage , the first outlet passage leading to a first outlet characterized in that - the flow control part comprises a control knob circumferentially extending and protruding out of the movable rod , and a circumferential surface of the control knob is formed with a notch , - a hollow cylindrical valve seat is disposed around the flow control part to fix the flow control part and a through hole corresponding to the radial direction of a first outlet is formed in the valve seat , a gap between the control knob and the through hole being controlled to control the first outlet flow. - the flow control part comprises a control knob circumferentially extending and protruding out of the movable rod , and a circumferential surface of the control knob is formed with a notch , - a hollow cylindrical valve seat is disposed around the flow control part to fix the flow control part and a through hole corresponding to the radial direction of a first outlet is formed in the valve seat , a gap between the control knob and the through hole being controlled to control the first outlet flow.
A method of performing a financial transaction via an unsecured public telecommunication infrastructure, the method being performed by a communications device and comprising the steps of: obtaining a user-specified financial transaction type through a user interface of the communications device, the user-specified financial transaction type being a transaction request, a transaction repeat request or a transaction reversal request; then collecting data relating to the obtained user-specified financial transaction type; wherein the collected data includes at least a personal identification number, PIN; encrypting the PIN using a PIN key; constructing a transaction token including at least the financial transaction type and the encrypted PIN; encrypting the constructed transaction token using a session key, wherein the session key is different from the PIN key; creating a financial transaction protocol message comprising the encrypted transaction token as dependent on a selected transport channel through which the message is to be conveyed; and conveying the financial transaction protocol message using the selected transport channel and by way of the unsecured public telecommunication infrastructure to a destination where the financial transaction protocol message will be further processed. obtaining a user-specified financial transaction type through a user interface of the communications device, the user-specified financial transaction type being a transaction request, a transaction repeat request or a transaction reversal request; then collecting data relating to the obtained user-specified financial transaction type; wherein the collected data includes at least a personal identification number, PIN; encrypting the PIN using a PIN key; constructing a transaction token including at least the financial transaction type and the encrypted PIN; encrypting the constructed transaction token using a session key, wherein the session key is different from the PIN key; creating a financial transaction protocol message comprising the encrypted transaction token as dependent on a selected transport channel through which the message is to be conveyed; and conveying the financial transaction protocol message using the selected transport channel and by way of the unsecured public telecommunication infrastructure to a destination where the financial transaction protocol message will be further processed.
A process for recovering aroma from tea leaf comprising the steps of: a. incubating fresh tea leaf at a temperature in the range 4°C to 80°C under anaerobic conditions for a period of 4 to 72 hours; b. subjecting the incubated leaf to comminution to produce dhool; c. fermenting the comminuted dhool; and d. recovering aroma from the dhool while partially drying the dhool in a low-convection dryer; wherein the fermentation is carried out by keeping the dhool at a temperature in the range of 10°C to 60°C for 15 minutes to 5 hours. a. incubating fresh tea leaf at a temperature in the range 4°C to 80°C under anaerobic conditions for a period of 4 to 72 hours; b. subjecting the incubated leaf to comminution to produce dhool; c. fermenting the comminuted dhool; and d. recovering aroma from the dhool while partially drying the dhool in a low-convection dryer;
A base station for cancelling transmitter noise present in a reception band, the base station comprising: a transceiver configured to transmit and receive a signal; an uplink signal detector configured to check a first signal extracted from a reception path of the base station and a second signal extracted by filtering a signal being transmitted by the base station from a transmission path based on the reception band and determine whether a power of an uplink signal transmitted, by a terminal , included in the first signal is less than a predetermined value based on a checking result; and a processor configured to determine whether to update one or more coefficients of a filter to cancel the transmitter noise depending on whether the power of the uplink signal is less than the predetermined value; wherein the processor is configured to control: i) if the power of the uplink signal is not less than the predetermined value, to not update the one or more coefficients of the filter; and ii) if the power of the uplink signal is less than the predetermined value, to update the one or more coefficients of the filter. a transceiver configured to transmit and receive a signal; an uplink signal detector configured to check a first signal extracted from a reception path of the base station and a second signal extracted by filtering a signal being transmitted by the base station from a transmission path based on the reception band and determine whether a power of an uplink signal transmitted, by a terminal , included in the first signal is less than a predetermined value based on a checking result; and a processor configured to determine whether to update one or more coefficients of a filter to cancel the transmitter noise depending on whether the power of the uplink signal is less than the predetermined value; wherein the processor is configured to control: i) if the power of the uplink signal is not less than the predetermined value, to not update the one or more coefficients of the filter; and ii) if the power of the uplink signal is less than the predetermined value, to update the one or more coefficients of the filter. i) if the power of the uplink signal is not less than the predetermined value, to not update the one or more coefficients of the filter; and ii) if the power of the uplink signal is less than the predetermined value, to update the one or more coefficients of the filter.
A method of incorporating labeled nucleotides, comprising: a) providing; i) a plurality of nucleic acid primers and template molecules, ii) a polymerase, iii) an imaging reagent comprising a photoprotective mixture of compounds comprising trolox and an antioxidant selected from the group consisting of gentisic acid and protocatechuate ethyl ester, and iv) a plurality of nucleotide analogues wherein at least a portion of said nucleotide analogues is labeled with a label attached through a cleavable linker to the base; b) hybridizing at least a portion of said primers to at least a portion of said template molecules so as to create hybridized primers; c) incorporating a first labeled nucleotide analogue with said polymerase into at least a portion of said hybridized primers so as to create extended primers comprising an incorporated labeled nucleotide analogue; and d) imaging said incorporated labeled nucleotide analogue in the presence of said imaging reagent. a) providing; i) a plurality of nucleic acid primers and template molecules, ii) a polymerase, iii) an imaging reagent comprising a photoprotective mixture of compounds comprising trolox and an antioxidant selected from the group consisting of gentisic acid and protocatechuate ethyl ester, and iv) a plurality of nucleotide analogues wherein at least a portion of said nucleotide analogues is labeled with a label attached through a cleavable linker to the base; i) a plurality of nucleic acid primers and template molecules, ii) a polymerase, iii) an imaging reagent comprising a photoprotective mixture of compounds comprising trolox and an antioxidant selected from the group consisting of gentisic acid and protocatechuate ethyl ester, and iv) a plurality of nucleotide analogues wherein at least a portion of said nucleotide analogues is labeled with a label attached through a cleavable linker to the base; b) hybridizing at least a portion of said primers to at least a portion of said template molecules so as to create hybridized primers; c) incorporating a first labeled nucleotide analogue with said polymerase into at least a portion of said hybridized primers so as to create extended primers comprising an incorporated labeled nucleotide analogue; and d) imaging said incorporated labeled nucleotide analogue in the presence of said imaging reagent.
Implement coupling device on a working machine ; the device comprising - a coupling means provided with a first shaft ; - an engagement means provided with a second shaft arranged parallel to the first shaft ; - at least one linkage comprising a first portion connected to the first shaft and a second portion connected to the second shaft , which first and second portions are connected by a pivot joint ; and - a wedge means (28; 28') arranged to be removably mounted between the first and second portions (23, 24; 25, 26), which wedge means is fixed in position to prevent relative movement of the first and second portions when an implement is attached to the coupling device ; wherein the coupling means and the engagement means are displaceable relative to each other in a direction at right angles to the first and second shaft axes to attach or release the implement; characterized in that at least one of the first and second portions (23, 24; 25, 26) making up the linkage is detachably fixable to its respective shaft by a locking means receivable in a longitudinal recess (41, 42, 43, 44; 45) at right angles to the shaft axis and having both ends extending into the linkage portion, wherein the locking means is engagable with a tangential recess (51, 51', 51") in the outer surface of the shaft ; and that the locking means provides a datum point determining an axial projection (x) of the end of the shaft relative to the linkage portion (23, 24; 25, 26), which projecting end is arranged to be attached to the implement. - a coupling means provided with a first shaft ; - an engagement means provided with a second shaft arranged parallel to the first shaft ; - at least one linkage comprising a first portion connected to the first shaft and a second portion connected to the second shaft , which first and second portions are connected by a pivot joint ; and - a wedge means (28; 28') arranged to be removably mounted between the first and second portions (23, 24; 25, 26), which wedge means is fixed in position to prevent relative movement of the first and second portions when an implement is attached to the coupling device ;
A yarn recovery device, comprising a support and a motorized yarn winding spool which is entrained in rotation with respect to the support and is delimited axially between a front end face and a rear end face , characterized in that said support carries integrally a first yarn guiding bush and a second yarn guiding bush which define a straight path that passes obliquely through the spool with respect to the axis (A) thereof, and in that said spool has at least one radial recess that opens on said front end face and is adapted to be passed through by the yarn inserted through said first yarn guiding bush and said second yarn guiding bush , said radial recess cooperating with said first yarn guiding bush and second yarn guiding bush in order to allow the yarn to be recovered by winding on said yarn winding spool as the latter is made to rotate in one direction.
A method of isolating post-natal hemogenic endothelial cells (HECs), the method comprising isolating CD144+CD45+ cells from a sample, wherein said HECs are capable of generating hematopoietic cells following transplantation into a recipient.
A method for measuring a water content of a leaf by means of terahertz waves, comprising subjecting a leaf (LS) to terahertz radiation, detecting the terahertz radiation (TTB) transmitted through the leaf (LS) in a plurality of predetermined points (P1, P2, P3, P4) of the leaf (LS), and determining a water content of the leaf (LS) from the detected transmitted terahertz radiation (TTB), characterized by further comprising determining a total projected area of the leaf (LS), wherein determining the total projected area (A) of the leaf (LS) comprises - capturing visible spectrum images of the leaf (LS), and - determining the total projected area of the leaf (LS) from said visible spectrum images, wherein determining the water content of the leaf (LS) comprises determining an absorbance of the leaf (LS) by: - determining the absorbance in the plurality of predetermined points (P1, P2, P3, P4) of the leaf (LS) from the detected transmitted terahertz radiation transmitted (TTB) in these points (P1, P2, P3, P4), and - calculating a mean absorbance of the leaf (LS) from values of the absorbance determined at the predetermined points (P1, P2, P3, P4) of the leaf (LS), determining a product of the mean absorbance and the total projected area of the leaf (LS), and determining an absolute water content of the leaf (LS) by means of comparison of said product with a calibration curve associating water content data with data of product of absorbance and projected area of leaves of the same variety. - capturing visible spectrum images of the leaf (LS), and - determining the total projected area of the leaf (LS) from said visible spectrum images, - determining the absorbance in the plurality of predetermined points (P1, P2, P3, P4) of the leaf (LS) from the detected transmitted terahertz radiation transmitted (TTB) in these points (P1, P2, P3, P4), and - calculating a mean absorbance of the leaf (LS) from values of the absorbance determined at the predetermined points (P1, P2, P3, P4) of the leaf (LS),
An electronic device , comprising: a passive infrared sensor to detect a thermal signature of a subject at a first location and a thermal signature of the subject at a second location; a distance sensor to determine a distance of the subject at the first location from the electronic device; and a controller to: determine a physical size based on the determined distance and the thermal signature of the subject at the first location; and determine a distance of the subject at a second location based on the physical size and a thermal signature of the subject at the second location. a passive infrared sensor to detect a thermal signature of a subject at a first location and a thermal signature of the subject at a second location; a distance sensor to determine a distance of the subject at the first location from the electronic device; and a controller to: determine a physical size based on the determined distance and the thermal signature of the subject at the first location; and determine a distance of the subject at a second location based on the physical size and a thermal signature of the subject at the second location. determine a physical size based on the determined distance and the thermal signature of the subject at the first location; and determine a distance of the subject at a second location based on the physical size and a thermal signature of the subject at the second location.
Tyre tread comprising a rubber composition based on at least: - from 50 to 100 phr of a first diene elastomer, the first diene elastomer being a polybutadiene-based elastomer, modified with a functional group capable of interacting with silica as reinforcing filler, said polybutadiene-based elastomer being an elastomer comprising at least several butadiene units, - optionally from 0 to 50 phr of a second diene elastomer which is different from the first diene elastomer, - at least 20 phr of carbon black, - from more than 0 to less than 40 phr of silica as reinforcing filler, - a coupling agent, - a plasticizing system comprising a plasticizing resin exhibiting a glass transition temperature of greater than 20°C, - a crosslinking system based on organic peroxide, the total content of the first diene elastomer and of the second diene elastomer in the composition being within a range extending from 80 to 100 phr. - from 50 to 100 phr of a first diene elastomer, the first diene elastomer being a polybutadiene-based elastomer, modified with a functional group capable of interacting with silica as reinforcing filler, said polybutadiene-based elastomer being an elastomer comprising at least several butadiene units, - optionally from 0 to 50 phr of a second diene elastomer which is different from the first diene elastomer, - at least 20 phr of carbon black, - from more than 0 to less than 40 phr of silica as reinforcing filler, - a coupling agent, - a plasticizing system comprising a plasticizing resin exhibiting a glass transition temperature of greater than 20°C, - a crosslinking system based on organic peroxide,
Light element for a bodywork component of a motor vehicle, comprising at least one light source and a light guide , the light guide forming a profile of open cross-section, and comprising: - a first element made of injection-molded transparent polycarbonate, defining, along substantially the entire length of the profile, a zone (ZT) that is transparent to the light emitted by the light source ; - at least one second element made of injection-molded black polycarbonate, defining, along substantially the entire length of the profile, a zone (ZO) that is opaque to the light emitted by the light source ; the light source emitting light from inside the profile toward the transparent (ZT) and opaque (ZO) zones, characterized in that the light source is integrated into the first element , at one end of the profile. - a first element made of injection-molded transparent polycarbonate, defining, along substantially the entire length of the profile, a zone (ZT) that is transparent to the light emitted by the light source ; - at least one second element made of injection-molded black polycarbonate, defining, along substantially the entire length of the profile, a zone (ZO) that is opaque to the light emitted by the light source ;
A damping unit for damping a movable element of a home appliance comprising at least two dampers positioned in a housing , wherein the dampers are positioned side-by-side to guarantee a defined series of damping the energy of the movable element , characterized in that the damping unit has an individual piston for each of the dampers located between the damper and the movable element for contacting the movable element , wherein the damping unit has a guide on at least one of the piston and the housing and a slider on at least one of the piston and the housing being slidable in the corresponding guide to guide the piston , characterised in that the slider is limited in the guide to move only along a line substantially parallel to a damping direction and rotation of the piston around its own central axis is avoided, and wherein there is a distance between center lines of the pistons along a line substantially vertical to the damping direction .
A method for preparing a biogenic guanidine complex, the method comprising: mixing dimethyl sulfoxide (DMSO) with water in a volume ratio thereof of 1: 1 to yield a solvent DMSO-H 2 O; adding a biogenic organic guanidine (G) and a compound MX 2 in a molar ratio G/ MX 2 = 1: 1 or 2: 1 to the solvent DMSO-H 2 O, wherein the organic guanidine (G) is selected from arginine (Arg), guanidinoacetic acid (Gaa), creatine (Cra), creatinine (Cran), guanine (Gua), and agmatine (Agm); M represents Fe 2+ , Mg 2+ , or Zn 2+ ; and X represents Cl - , CH 3 COO - , or CH 3 CH(OH)COO - ; under nitrogen protection, stirring the solvent DMSO-H 2 O containing the organic guanidine (G) and the compound MX 2 at a temperature of 25-95°C for 8-12 hours; recycling the solvent DMSO-H 2 O through vacuum distillation and obtaining a solid; transferring the solid to a Buchner funnel, and washing the solid with deionized water and ethanol consecutively; and removing the deionized water and ethanol through vacuum filtration, and drying the solid at 60°C for 12-14 hours, to yield a guanidine complex GMX 2 /G 2 MX 2 , with a yield of ≥ 98%; a process chart of the method being as follows: mixing dimethyl sulfoxide (DMSO) with water in a volume ratio thereof of 1: 1 to yield a solvent DMSO-H 2 O; adding a biogenic organic guanidine (G) and a compound MX 2 in a molar ratio G/ MX 2 = 1: 1 or 2: 1 to the solvent DMSO-H 2 O, wherein the organic guanidine (G) is selected from arginine (Arg), guanidinoacetic acid (Gaa), creatine (Cra), creatinine (Cran), guanine (Gua), and agmatine (Agm); M represents Fe 2+ , Mg 2+ , or Zn 2+ ; and X represents Cl - , CH 3 COO - , or CH 3 CH(OH)COO - ; under nitrogen protection, stirring the solvent DMSO-H 2 O containing the organic guanidine (G) and the compound MX 2 at a temperature of 25-95°C for 8-12 hours; recycling the solvent DMSO-H 2 O through vacuum distillation and obtaining a solid; transferring the solid to a Buchner funnel, and washing the solid with deionized water and ethanol consecutively; and removing the deionized water and ethanol through vacuum filtration, and drying the solid at 60°C for 12-14 hours, to yield a guanidine complex GMX 2 /G 2 MX 2 , with a yield of ≥ 98%; a process chart of the method being as follows: