mhurhangee/patent-ind-claim-en huggingface dataset:
A gear for a fitting arrangement of a window, of a door or the like, comprising a nut element which is adjustable about an axis of rotation (D) and which is configured to adjust a fitting element , in particular a connecting rod, of the fitting arrangement , wherein the nut element comprises a securing element movable relative to the axis of rotation (D) between a radial release position and a radial blocked position; wherein the gear is adapted such that the securing element is urged into the release position on an adjustment movement starting from the nut element and is urged into the blocked position on an adjustment movement starting from the fitting element ; and wherein the gear further comprises an abutment which is arranged within a movement path of the securing element corresponding to the blocked position and which is arranged outside a movement path of the securing element corresponding to the release position in order to prevent an adjustment of the fitting element on the presence of the blocked position, characterized in that the nut element comprises an adjustable entrainer and an adjustment element which is adjustable with respect to the entrainer and which is configured to adjust the fitting element , wherein the securing element is configured as a coupling element via which the entrainer and the adjustment element can be coupled to one another in a drive-effective manner, wherein the coupling element is movably arranged with respect to the entrainer and with respect to the adjustment element in such a manner - that the coupling element is urged into the release position on an adjustment of the entrainer with respect to the adjustment element ; - that the coupling element is urged into the blocked position on an adjustment of the adjustment element with respect to the entrainer ; and - that the coupling element is adjusted together with the entrainer and the adjustment element on a respective further adjustment of the entrainer or of the adjustment element , wherein the entrainer has an entrainer receiver and the adjustment element has an adjustment element receiver , with the entrainer receiver and the adjustment element receiver together forming a coupling receiver in which the coupling element is received. - that the coupling element is urged into the release position on an adjustment of the entrainer with respect to the adjustment element ; - that the coupling element is urged into the blocked position on an adjustment of the adjustment element with respect to the entrainer ; and - that the coupling element is adjusted together with the entrainer and the adjustment element on a respective further adjustment of the entrainer or of the adjustment element ,
A pump control method for the control of the operation of a pump system with at least two pump assemblies which are arranged parallel or in series to one another, with the following steps: determining a specific consumed total power E S of the complete pump system which defines a total power in relation to a hydraulic total load of the complete pump system, determining a specific individual power E P,n of each pump assembly which defines a detected individual power in relation to the individual hydraulic load of the respective pump assembly , characterised by computing an individual load factor E gain,n for each pump assembly according to the equation E gain , n = E S E P , n adapting the individual hydraulic load (Q n ; H n ) of the pump assemblies in dependence on a desired hydraulic load (Q D ; H D ) as well as on the individual load factor E gain,n of the respective pump assembly as well as individual regulation of the individual hydraulic load (Q n ; H n ) for each pump assembly , wherein a pump assembly of the at least two pump assemblies is switched off when the respective individual load factor E gain,n which belongs to this pump assembly lies below a predefined minimum, and a pump assembly of the at least two pump assemblies is switched on when an associated, estimated individual load factor E gain,n which belongs to this pump assembly lies above a predefined maximum. determining a specific consumed total power E S of the complete pump system which defines a total power in relation to a hydraulic total load of the complete pump system, determining a specific individual power E P,n of each pump assembly which defines a detected individual power in relation to the individual hydraulic load of the respective pump assembly , characterised by computing an individual load factor E gain,n for each pump assembly according to the equation E gain , n = E S E P , n adapting the individual hydraulic load (Q n ; H n ) of the pump assemblies in dependence on a desired hydraulic load (Q D ; H D ) as well as on the individual load factor E gain,n of the respective pump assembly as well as individual regulation of the individual hydraulic load (Q n ; H n ) for each pump assembly , wherein a pump assembly of the at least two pump assemblies is switched off when the respective individual load factor E gain,n which belongs to this pump assembly lies below a predefined minimum, and a pump assembly of the at least two pump assemblies is switched on when an associated, estimated individual load factor E gain,n which belongs to this pump assembly lies above a predefined maximum.
A method, comprising: receiving, by an application executing on a device, a request specifying a subject and a medical condition ; receiving, by the application, a cryptogram from a contactless card associated with an account of the subject ; transmitting, by the application, the cryptogram to a server; receiving, by the application, a decryption result from the server ; determining, by the application based on the decryption result, that the server decrypted the cryptogram ; receiving, by the application from the contactless card, a medical attestation, a digital signature of the medical attestation, and a public key of the digital signature ; decrypting the digital signature by the application based on the public key of the digital signature ; verifying, by the application, the medical attestation based on the decrypted digital signature ; determining, based on the verification of the medical attestation, that the subject is immune to the medical condition ; generating, by the application, an attestation result specifying that the subject is immune to the medical condition ; and transmitting, by the application, the attestation result to a recipient device . receiving, by an application executing on a device, a request specifying a subject and a medical condition ; receiving, by the application, a cryptogram from a contactless card associated with an account of the subject ; transmitting, by the application, the cryptogram to a server; receiving, by the application, a decryption result from the server ; determining, by the application based on the decryption result, that the server decrypted the cryptogram ; receiving, by the application from the contactless card, a medical attestation, a digital signature of the medical attestation, and a public key of the digital signature ; decrypting the digital signature by the application based on the public key of the digital signature ; verifying, by the application, the medical attestation based on the decrypted digital signature ; determining, based on the verification of the medical attestation, that the subject is immune to the medical condition ; generating, by the application, an attestation result specifying that the subject is immune to the medical condition ; and transmitting, by the application, the attestation result to a recipient device .
A fiber optic distribution cable comprising a plurality of optical fibers ; a protective covering ; a distribution optical fiber (11 5), the distribution optical fiber (11 5) being one of the plurality of optical fibers of the fiber optic distribution cable , the distribution optical fiber protruding from an access location of the protective covering , wherein the access location has a length (AL) and the distribution optical fiber removed from the fiber optic distribution cable has a distribution optical fiber length (DOFL) of about 5/4 the length of the access location or more; whereby the fiber optic distribution cable further comprises: a cap for closing the access location and a transition tube for protecting a portion of the distribution optical fiber (11 5); an indexing tube (1 50) for allowing an excess fiber length in the distribution optical fiber ; and a tether tube, the tether tube being disposed about a portion of the distribution optical fiber for protecting the distribution optical fiber . a cap for closing the access location and a transition tube for protecting a portion of the distribution optical fiber (11 5); an indexing tube (1 50) for allowing an excess fiber length in the distribution optical fiber ; and a tether tube, the tether tube being disposed about a portion of the distribution optical fiber for protecting the distribution optical fiber .
Process for deep desulphurization of low sulphur content hydrocarbon feedstock comprising the steps of: a) providing a low sulphur content hydrocarbon feedstock comprising less than 50 ppm by weight sulphur, b) providing a desulphurizing system comprising a Group VI element selected from cobalt and nickel and a Group VIII element being molybdenum, the Group VI and Group VIII elements being in oxide form, c) drying the desulphurizing system by submitting it to a hydrogen flow at a temperature lower than 250°C, d) desulphurizing the low sulphur content hydrocarbon feedstock by contacting said hydrocarbon feedstock with the dried desulphurizing system in the presence of hydrogen, at a temperature ranging from 220 to 420°C and at a pressure of less than or equal to 80 bar, wherein the desulphurizing system is totally or partially in an oxide form when it is contacted with the hydrocarbon feedstock, to obtain a hydrocarbon fluid comprising less than 5 ppm by weight sulphur. a) providing a low sulphur content hydrocarbon feedstock comprising less than 50 ppm by weight sulphur, b) providing a desulphurizing system comprising a Group VI element selected from cobalt and nickel and a Group VIII element being molybdenum, the Group VI and Group VIII elements being in oxide form, c) drying the desulphurizing system by submitting it to a hydrogen flow at a temperature lower than 250°C, d) desulphurizing the low sulphur content hydrocarbon feedstock by contacting said hydrocarbon feedstock with the dried desulphurizing system in the presence of hydrogen, at a temperature ranging from 220 to 420°C and at a pressure of less than or equal to 80 bar, wherein the desulphurizing system is totally or partially in an oxide form when it is contacted with the hydrocarbon feedstock,
A reaming system comprising: a plurality of base guides , each of the plurality of base guides defining a base guide through bore , a base guide locking member , and a base guide articulating surface , the base guide articulating surface oriented at an angle θ relative to the base guide through bore , wherein the angle θ the base guide articulating surface is oriented relative to the base guide through bore is different for each of the plurality of base guides ; a reamer defining a reamer through bore and including a first surface defining a reamer gear , a second surface defining a plurality of reamer teeth , and a reamer articulating surface operable to allow rotation of the reamer on the base guide articulating surface ; a reamer driver defining a reamer driver through bore and a reamer driver gear , the reamer driver gear sized to mesh with the reamer gear ; and a guide shaft defining a reamer driver receiver and a guide shaft locking member operable to engage the base guide locking member thereby securing the guide shaft to the base guide , wherein upon assembly of a reaming apparatus the base guide through bore of one of the plurality of base guides , the reamer through bore , and the reamer driver through bore are coaxial. a plurality of base guides , each of the plurality of base guides defining a base guide through bore , a base guide locking member , and a base guide articulating surface , the base guide articulating surface oriented at an angle θ relative to the base guide through bore , wherein the angle θ the base guide articulating surface is oriented relative to the base guide through bore is different for each of the plurality of base guides ; a reamer defining a reamer through bore and including a first surface defining a reamer gear , a second surface defining a plurality of reamer teeth , and a reamer articulating surface operable to allow rotation of the reamer on the base guide articulating surface ; a reamer driver defining a reamer driver through bore and a reamer driver gear , the reamer driver gear sized to mesh with the reamer gear ; and a guide shaft defining a reamer driver receiver and a guide shaft locking member operable to engage the base guide locking member thereby securing the guide shaft to the base guide , wherein upon assembly of a reaming apparatus the base guide through bore of one of the plurality of base guides , the reamer through bore , and the reamer driver through bore are coaxial.
Oils and fats, wherein the content of tridecanoin is 10-30% by mass, the content of medium chain fatty acids contained in constituent fatty acids is 65 to 95% by mass, and the content of n-decanoic acid contained in the medium chain fatty acids is 60 to 75% by mass.
A composition comprising at least one pharmaceutically acceptable and/or cosmetic grade and/or food grade excipient and/or technological additive and a mixture which comprises or, alternatively, consists of at least the following components: (a) at least one isoflavone; (b) at least one sterol; and (c) apigenin. (a) at least one isoflavone; (b) at least one sterol; and (c) apigenin.
A hydraulic fill system for a working vehicle configured to couple to and facilitate filling of a hydraulic fluid tank of said working vehicle , said hydraulic fluid tank comprising a conduit and configured to receive and store hydraulic fluid; said hydraulic fill system comprising: an arm configured to rotate with respect to the hydraulic fluid tank between an extended position and a retracted position, the arm defining a channel ; a connector coupled to the arm , wherein the connector defines an opening configured to receive hydraulic fluid; and a flexible conduit within the channel , the flexible conduit defining a first end and a second end , wherein the first end couples to the conduit and the second end couples to the connector , characterised in that said hydraulic fill system comprises a retention system configured to secure the arm in the retracted position, wherein the retention system comprises a bracket coupled to the arm , the bracket defining a notch configured for holding an enlarged portion of a shaft coupled to the working vehicle . an arm configured to rotate with respect to the hydraulic fluid tank between an extended position and a retracted position, the arm defining a channel ; a connector coupled to the arm , wherein the connector defines an opening configured to receive hydraulic fluid; and a flexible conduit within the channel , the flexible conduit defining a first end and a second end , wherein the first end couples to the conduit and the second end couples to the connector , characterised in that said hydraulic fill system comprises a retention system configured to secure the arm in the retracted position, wherein the retention system comprises a bracket coupled to the arm , the bracket defining a notch configured for holding an enlarged portion of a shaft coupled to the working vehicle .
A pressurized bottle having a container made of plastics material, comprising: - a body , formed as a single piece, that extends along a longitudinal axis (X) and has a lower end , - a neck that is integral with the body and has an upper end , the total height (H) of the container being measured between the lower end of the body and the upper end of the neck , wherein the container has a thickness (e 1 ) of at least 0.65 mm, preferably at least 0.9 mm, preferably between 0.65 mm and 1.13 mm, preferably between 0.9 mm and 1.13 mm, in a first portion with a height (h 1 ) of at least 6 mm, notably at least 8 mm, that is situated, starting from the upper end of the neck , at a distance (d 1 ) of between 10% and 40% of the total height (H) of the container , and in that the container has, at the lower end of the body, a thickness (e 5 ) of at least 1.1 mm, notably at least 1.4 mm, preferably a thickness between 1.1 mm and 2 mm, preferably between 1.4 mm and 1.8 mm, characterized in that the neck has two rings that define an annular groove between one another, namely an upper ring and a supporting lower ring , a thickness (e 8 ) of the neck in a portion substantially parallel to the longitudinal axis (X) situated under the lower ring being at least 1.06 mm. - a body , formed as a single piece, that extends along a longitudinal axis (X) and has a lower end , - a neck that is integral with the body and has an upper end , the total height (H) of the container being measured between the lower end of the body and the upper end of the neck , wherein the container has a thickness (e 1 ) of at least 0.65 mm, preferably at least 0.9 mm, preferably between 0.65 mm and 1.13 mm, preferably between 0.9 mm and 1.13 mm, in a first portion with a height (h 1 ) of at least 6 mm, notably at least 8 mm, that is situated, starting from the upper end of the neck , at a distance (d 1 ) of between 10% and 40% of the total height (H) of the container , and in that the container has, at the lower end of the body, a thickness (e 5 ) of at least 1.1 mm, notably at least 1.4 mm, preferably a thickness between 1.1 mm and 2 mm, preferably between 1.4 mm and 1.8 mm, characterized in that the neck has two rings that define an annular groove between one another, namely an upper ring and a supporting lower ring , a thickness (e 8 ) of the neck in a portion substantially parallel to the longitudinal axis (X) situated under the lower ring being at least 1.06 mm.
A building management system comprising: a climate simulation module having access to data representing an internal model of a building and data representing an external model of an environment surrounding the building, wherein the internal model includes at least one energy consuming component installed within the building and having a performance characteristic which is influenced by a climate within the building; and a weather forecasting module for supplying predicted weather data for the geographical location of the building to the climate simulation module ; wherein the climate simulation module is configured to calculate wind infiltration into the building based on the predicted weather data and the external model and to determine a climate profile within the building based on the wind infiltration into the building and the internal model of the building; wherein the system further comprises a performance analysis module which is configured to predict the performance characteristic of the at least one energy consuming component based on the climate profile. a climate simulation module having access to data representing an internal model of a building and data representing an external model of an environment surrounding the building, wherein the internal model includes at least one energy consuming component installed within the building and having a performance characteristic which is influenced by a climate within the building; and a weather forecasting module for supplying predicted weather data for the geographical location of the building to the climate simulation module ; wherein the climate simulation module is configured to calculate wind infiltration into the building based on the predicted weather data and the external model and to determine a climate profile within the building based on the wind infiltration into the building and the internal model of the building; wherein the system further comprises a performance analysis module which is configured to predict the performance characteristic of the at least one energy consuming component based on the climate profile.
A method for application connection, comprising: by a first electronic device, receiving session information by scanning an identification image of a first application displayed on a display device; by the first electronic device, selecting a second electronic device for connecting to the first application of the display device, from among a plurality of electronic devices; by the first electronic device, transmitting an invitation message including the received session information to the selected second electronic device; and by a second electronic device, connecting to the first application of the display device based on the session information which is included in the transmitted invitation message. by a first electronic device, receiving session information by scanning an identification image of a first application displayed on a display device; by the first electronic device, selecting a second electronic device for connecting to the first application of the display device, from among a plurality of electronic devices; by the first electronic device, transmitting an invitation message including the received session information to the selected second electronic device; and by a second electronic device, connecting to the first application of the display device based on the session information which is included in the transmitted invitation message.
A method for producing a recombined cocoa product, which method comprises the steps of: pre-grinding cocoa nibs to create a coarse cocoa slurry comprising a liquid portion and a particulate portion, separating the coarse cocoa slurry based on particle size in a separating step to create a precipitate having cocoa solid particles with a particle size distribution with a D90 of 40 μm or greater and a supernatant having cocoa solid particles with a particle size distribution with a D90 of 40 μm or less, wherein the D90 particle size distribution is determined by laser diffraction, and refining precipitate composition ingredients comprising the precipitate in a refining step to reduce the size of the precipitate composition ingredients to create a refined precipitate composition, and combining cocoa product ingredients comprising the refined precipitate composition and the supernatant in a combining step to form the recombined cocoa product. pre-grinding cocoa nibs to create a coarse cocoa slurry comprising a liquid portion and a particulate portion, separating the coarse cocoa slurry based on particle size in a separating step to create a precipitate having cocoa solid particles with a particle size distribution with a D90 of 40 μm or greater and a supernatant having cocoa solid particles with a particle size distribution with a D90 of 40 μm or less, wherein the D90 particle size distribution is determined by laser diffraction, and refining precipitate composition ingredients comprising the precipitate in a refining step to reduce the size of the precipitate composition ingredients to create a refined precipitate composition, and combining cocoa product ingredients comprising the refined precipitate composition and the supernatant in a combining step to form the recombined cocoa product.