mhurhangee/patent-ind-claim-en huggingface dataset:
An oral care composition, comprising: a soluble zinc polyphosphate complex in a saturated solution in a solvent, wherein the ingredients comprise: zinc citrate, and sodium hexametaphosphate, and a solvent; wherein the relative amount of zinc citrate and sodium hexametaphosphate provides a phosphorus to zinc mole ratio of 6:1 to 20:1; and wherein the substantially saturated solution of zinc polyphosphate complex under first conditions of 25°C and a pH of 5.4 in the absence of protein remains soluble, and exhibits reduced solubility in water under second conditions of 37°C and a pH of about 7.4 in the presence of 1 % by weight Bovine Serum Albumin protein, the reduction in solubility being sufficient to allow a desired amount of the soluble zinc polyphosphate complex in the substantially saturated solution to precipitate. a soluble zinc polyphosphate complex in a saturated solution in a solvent, wherein the ingredients comprise: zinc citrate, and sodium hexametaphosphate, and a solvent; wherein the relative amount of zinc citrate and sodium hexametaphosphate provides a phosphorus to zinc mole ratio of 6:1 to 20:1; and wherein the substantially saturated solution of zinc polyphosphate complex under first conditions of 25°C and a pH of 5.4 in the absence of protein remains soluble, and exhibits reduced solubility in water under second conditions of 37°C and a pH of about 7.4 in the presence of 1 % by weight Bovine Serum Albumin protein, the reduction in solubility being sufficient to allow a desired amount of the soluble zinc polyphosphate complex in the substantially saturated solution to precipitate.
A payment reader for processing transactions with a payment device, comprising: a payment interface configured to interface with the payment device and to receive payment information from the payment device; a memory comprising a plurality of firmware modules, wherein the plurality of firmware modules comprise a message dispatcher module and a plurality of functional modules, wherein the plurality of functional modules comprise a payment module associated with the payment interface and a transaction processing module associated with processing of the payment information; and a processor configured to execute instructions in the plurality of firmware modules, wherein the processor is configured to execute instructions associated with the plurality of functional modules based on one or more messages provided by the message dispatcher module, receive payment information based on the payment module and a first message of the one or more messages, and process the payment information based on the transaction processing module and a second message of the one or more messages, wherein a first message type of the one or more messages is associated with the concurrent operation of the functional modules and a second message type of the one or more messages is associated with an ordered operation of the functional modules, characterized in that the processor is configured to enable the concurrent operation of the functional modules based on a timing value and the instructions of the message dispatcher module. a payment interface configured to interface with the payment device and to receive payment information from the payment device; a memory comprising a plurality of firmware modules, wherein the plurality of firmware modules comprise a message dispatcher module and a plurality of functional modules, wherein the plurality of functional modules comprise a payment module associated with the payment interface and a transaction processing module associated with processing of the payment information; and a processor configured to execute instructions in the plurality of firmware modules, wherein the processor is configured to execute instructions associated with the plurality of functional modules based on one or more messages provided by the message dispatcher module, receive payment information based on the payment module and a first message of the one or more messages, and process the payment information based on the transaction processing module and a second message of the one or more messages, wherein a first message type of the one or more messages is associated with the concurrent operation of the functional modules and a second message type of the one or more messages is associated with an ordered operation of the functional modules, characterized in that the processor is configured to enable the concurrent operation of the functional modules based on a timing value and the instructions of the message dispatcher module.
A method of correcting imbalance of a tire comprising a step of forming a black coated layer on the inner surface (S) of the tire at the point (P) of lightest weight of the tire so as to reduce the imbalance of the tire , wherein the black coated layer is formed by applying a black paint containing carbon black, characterized in that the black paint is a water-soluble paint further comprising a resin, the black paint has a specific gravity of 1.00 to 1.10, the length in the tire circumferential direction of the black coated layer is in a range from 15 to 70 degrees in terms of the angle (θ) around the tire rotational axis (i), and the angle (α) formed between the bisector (y3) of the angle (θ) and a straight line passing through the point (P) of lightest weight and the rotational axis (i) of the tire is not more than 15 degrees. wherein the black coated layer is formed by applying a black paint containing carbon black, characterized in that the black paint is a water-soluble paint further comprising a resin, the black paint has a specific gravity of 1.00 to 1.10, the length in the tire circumferential direction of the black coated layer is in a range from 15 to 70 degrees in terms of the angle (θ) around the tire rotational axis (i), and the angle (α) formed between the bisector (y3) of the angle (θ) and a straight line passing through the point (P) of lightest weight and the rotational axis (i) of the tire is not more than 15 degrees.
A biological conversion process comprising: feeding a substrate to a bioreactor system comprising at least a first bioreactor including a culture medium and bacterium to metabolize a carbon source in the substrate and produce at least one fermentation product; withdrawing from the bioreactor system a bleed stream comprising bacterium withdrawing from the bioreactor system a permeate stream obtained from filtration of a liquid stream of the bioreactor system ; feeding at least a portion of the bleed stream and at least a portion of the permeate stream to a low pressure separator comprising a divider , the divider being configured to isolate, in a lower section, a liquid fraction of the bleed stream from a liquid fraction of the permeate stream and also configured to combine, in an upper section, a gaseous fraction of the bleed stream with a gaseous fraction of the permeate stream . feeding a substrate to a bioreactor system comprising at least a first bioreactor including a culture medium and bacterium to metabolize a carbon source in the substrate and produce at least one fermentation product; withdrawing from the bioreactor system a bleed stream comprising bacterium withdrawing from the bioreactor system a permeate stream obtained from filtration of a liquid stream of the bioreactor system ; feeding at least a portion of the bleed stream and at least a portion of the permeate stream to a low pressure separator comprising a divider , the divider being configured to isolate, in a lower section, a liquid fraction of the bleed stream from a liquid fraction of the permeate stream and also configured to combine, in an upper section, a gaseous fraction of the bleed stream with a gaseous fraction of the permeate stream .
A method of transmitting or receiving a Hybrid Automatic Repeat Request - Acknowledgment, HARQ-ACK, information by a user equipment, UE, in a Vehicle-to-Everything, V2X, communication system, the method comprising: transmitting a plurality of first data; receiving a plurality of second data; determining (i) first HARQ-ACK resources for receiving a set of first HARQ-ACK information in response to the plurality of first data and (ii) second HARQ-ACK resources for transmitting a set of second HARQ-ACK information in response to the plurality of second data; characterized in that the method further comprises: based on the first HARQ-ACK resources being overlapped in time with the second HARQ-ACK resources: determining third data having highest priority among the plurality of first data and the plurality of second data; either receiving the set of first HARQ-ACK information based on the third data corresponding to the set of first HARQ-ACK information, or transmitting the set of second HARQ-ACK information based on the third data corresponding to the set of second HARQ-ACK information. transmitting a plurality of first data; receiving a plurality of second data; determining (i) first HARQ-ACK resources for receiving a set of first HARQ-ACK information in response to the plurality of first data and (ii) second HARQ-ACK resources for transmitting a set of second HARQ-ACK information in response to the plurality of second data; characterized in that the method further comprises: based on the first HARQ-ACK resources being overlapped in time with the second HARQ-ACK resources: determining third data having highest priority among the plurality of first data and the plurality of second data; either receiving the set of first HARQ-ACK information based on the third data corresponding to the set of first HARQ-ACK information, or transmitting the set of second HARQ-ACK information based on the third data corresponding to the set of second HARQ-ACK information. determining third data having highest priority among the plurality of first data and the plurality of second data; either receiving the set of first HARQ-ACK information based on the third data corresponding to the set of first HARQ-ACK information, or transmitting the set of second HARQ-ACK information based on the third data corresponding to the set of second HARQ-ACK information.
A method of Raman spectral analysis of a pharmaceutical dosage form sample , comprising: using delivery optics to deliver probe light to a delivery region on the sample; using collection optics to collect, from a collection region on the opposite side of the sample from the delivery region, said probe light following scattering through the sample; measuring each of a plurality of target Raman spectral features (T) in the collected light; determining a spectral distortion (D) of the collected light used to measure the plurality of target Raman spectral features, the spectral distortion arising during scattering of the probe light through the sample; and quantifying a property (P) of the sample using the target Raman spectral features in combination with the determined spectral distortion, such that the quantified property is compensated for the spectral distortion. using delivery optics to deliver probe light to a delivery region on the sample; using collection optics to collect, from a collection region on the opposite side of the sample from the delivery region, said probe light following scattering through the sample; measuring each of a plurality of target Raman spectral features (T) in the collected light; determining a spectral distortion (D) of the collected light used to measure the plurality of target Raman spectral features, the spectral distortion arising during scattering of the probe light through the sample; and quantifying a property (P) of the sample using the target Raman spectral features in combination with the determined spectral distortion, such that the quantified property is compensated for the spectral distortion.
A belt of a roping harness comprising: • a flexible support strip designed to support the dorsal part of the user's body, • an adjustment device of the circumference of the belt having first and second ends fixed to the support strip in first and second positions (A, B), characterized in that • at least three resistance threads are each sewn onto the adjustment device in specific third and fourth positions (C, D), • at least one of the at least three resistance threads present a greater length than the distance separating its third and fourth positions (C, D) along the support strip , • at least one securing thread is sewn on the support strip so as to secure the at least three resistance threads with the support strip in a manner separated from one another in an orthogonal direction to a longitudinal axis of the support strip . • a flexible support strip designed to support the dorsal part of the user's body, • an adjustment device of the circumference of the belt having first and second ends fixed to the support strip in first and second positions (A, B), characterized in that • at least three resistance threads are each sewn onto the adjustment device in specific third and fourth positions (C, D), • at least one of the at least three resistance threads present a greater length than the distance separating its third and fourth positions (C, D) along the support strip , • at least one securing thread is sewn on the support strip so as to secure the at least three resistance threads with the support strip in a manner separated from one another in an orthogonal direction to a longitudinal axis of the support strip .
An exhaust gas analysis device that analyzes exhaust gas generated as a result of fuel being combusted comprising: a first analyzer that measures a concentration of a component to be measured in the exhaust gas; a second analyzer that measures a concentration of CO 2 in the exhaust gas; a storage portion that stores a hydrogen/carbon ratio, which is a ratio between hydrogen and carbon composing the fuel, or an input receiving portion that receives an input of the hydrogen/carbon ratio; characterised in further comprising: a moisture concentration estimating portion that, based on the measured CO 2 concentration and on the hydrogen/carbon ratio of the fuel, estimates a concentration of moisture in the exhaust gas; and a correcting portion that, based on the estimated moisture concentration, corrects the measured concentration of the component to be measured. a first analyzer that measures a concentration of a component to be measured in the exhaust gas; a second analyzer that measures a concentration of CO 2 in the exhaust gas; a storage portion that stores a hydrogen/carbon ratio, which is a ratio between hydrogen and carbon composing the fuel, or an input receiving portion that receives an input of the hydrogen/carbon ratio; characterised in further comprising: a moisture concentration estimating portion that, based on the measured CO 2 concentration and on the hydrogen/carbon ratio of the fuel, estimates a concentration of moisture in the exhaust gas; and a correcting portion that, based on the estimated moisture concentration, corrects the measured concentration of the component to be measured. a moisture concentration estimating portion that, based on the measured CO 2 concentration and on the hydrogen/carbon ratio of the fuel, estimates a concentration of moisture in the exhaust gas; and a correcting portion that, based on the estimated moisture concentration, corrects the measured concentration of the component to be measured.
A stacking-type header comprising a plurality of first plates and a plurality of second plates stacked on one another, the plurality of second plates each being disposed between adjoining two of the plurality of first plates , the plurality of first plates including a first end plate being an outermost one of the plurality of first plates in a stacking direction of the plurality of first plates , the first end plate having a single first through hole , and a second end plate being an other outermost one of the plurality of first plates in the stacking direction of the plurality of first plates , the second end plate having a plurality of second through holes , the plurality of first plates and the plurality of second plates having a communication hole , the communication hole connecting the first single through hole of the first end plate and the plurality of second through holes of the second end plate , characterised in that the plurality of second plates each having at least one opening formed at other than the communication hole , the at least one opening communicating with atmosphere, wherein the plurality of first plates have connection holes through which the at least one opening communicates with the atmosphere, the at least one opening comprises a plurality of openings , the plurality of openings and the connection holes communicate with one another to form a connection passage, and the connection passage is connected to at least one atmosphere open hole that communicates with the atmosphere. a first end plate being an outermost one of the plurality of first plates in a stacking direction of the plurality of first plates , the first end plate having a single first through hole , and a second end plate being an other outermost one of the plurality of first plates in the stacking direction of the plurality of first plates , the second end plate having a plurality of second through holes ,
Braking device for an elevator installation for generating a frictional connection on a rail of the elevator installation and for stopping an elevator car in a parking position, the braking device comprising two legs having brake ends , the first leg being articulated to a first articulation point of at least one transmission lever having a second articulation point which is spaced apart from the first articulation point in the longitudinal direction and is articulated to a first pivot point of at least one pressure lever , the second leg being articulated to a second pivot point of the pressure lever , and a third pivot point of the pressure lever being articulated to an articulation point of an actuating element such that, by means of a longitudinal movement of the actuating element , the braking device can be moved from a braking position, in which the brake ends have a minimum distance from one another, into an open position, in which the brake ends have a maximum distance from one another, and vice versa, the longitudinal movement of the actuating element being predetermined by a first end point and a second end point , characterized in that the end region of each leg opposite the brake end is articulated to a braking device frame . the second leg being articulated to a second pivot point of the pressure lever , and a third pivot point of the pressure lever being articulated to an articulation point of an actuating element such that, by means of a longitudinal movement of the actuating element , the braking device can be moved from a braking position, in which the brake ends have a minimum distance from one another, into an open position, in which the brake ends have a maximum distance from one another, and vice versa, the longitudinal movement of the actuating element being predetermined by a first end point and a second end point , characterized in that the end region of each leg opposite the brake end is articulated to a braking device frame .
A gasket for use in a disk brake asembly comprising: a composite of an insulating component and a bonding resin.
Device (10 for pre-positioning a profile clamp for connecting line end pieces , wherein the device has a bridge element and a flange element , which is designed to be arranged on one of the line end pieces , wherein the bridge element is designed to be arranged on the profile clamp and to connect two clamp portions of the profile clamp along a bridge direction , wherein the bridge element has a finger , wherein the finger extends away from the bridge element at least partly transversely to the bridge direction and has a free end portion , characterized in that the flange element comprises a recess for receiving the free end portion , wherein the recess blocks a movement of the free end portion along a circumferential direction of the flange element , wherein the finger has a spring portion , which is arranged between the bridge element and the free end portion , wherein the spring portion arranges the free end portion at a greater distance from the bridge section in an un-tensioned state than in a tensioned state, in which the free end portion is arranged in the recess .
Calving monitoring system for monitoring an animal (C) at the end of the expected gestation period, comprising - a camera device for repeatedly taking images of the animal over a predetermined time duration, said images being composed of pixels, - a control unit for the calving monitoring system, connected to the camera device, which is configured to generate calving information from the images taken, and - an alert device for sending an alert message according to the calving information generated, characterised in that the control unit is configured so as, in each image taken, - to recognise an animal image (C), - to segment said animal image into multiple animal parts including a torso , - to determine a parameter value relating to first pixels of said torso in said taken images as a time-dependent parametric function, wherein said parameter value comprises a width value of the torso, and - to detect contractions when said parameter value meets a predetermined contraction criterion, the criterion being that the parameter value exhibits at least two peaks in said predetermined time duration which have at least a predetermined minimum width and/or a predetermined minimum height, wherein the control unit generates calving information which comprises an indicator of the contractions detected. - a camera device for repeatedly taking images of the animal over a predetermined time duration, said images being composed of pixels, - a control unit for the calving monitoring system, connected to the camera device, which is configured to generate calving information from the images taken, and - an alert device for sending an alert message according to the calving information generated, characterised in that the control unit is configured so as, in each image taken, - to recognise an animal image (C), - to segment said animal image into multiple animal parts including a torso , - to determine a parameter value relating to first pixels of said torso in said taken images as a time-dependent parametric function, wherein said parameter value comprises a width value of the torso, and - to detect contractions when said parameter value meets a predetermined contraction criterion, the criterion being that the parameter value exhibits at least two peaks in said predetermined time duration which have at least a predetermined minimum width and/or a predetermined minimum height, - to recognise an animal image (C), - to segment said animal image into multiple animal parts including a torso , - to determine a parameter value relating to first pixels of said torso in said taken images as a time-dependent parametric function, wherein said parameter value comprises a width value of the torso, and - to detect contractions when said parameter value meets a predetermined contraction criterion, the criterion being that the parameter value exhibits at least two peaks in said predetermined time duration which have at least a predetermined minimum width and/or a predetermined minimum height, wherein the control unit generates calving information which comprises an indicator of the contractions detected.