mhurhangee/patent-ind-claim-en huggingface dataset:
A method of calling an elevator , the method comprising: detecting, using a door lock , at least one status parameter of a door and the door lock operably associated with the door; wherein the at least one status parameter comprises: a door status parameter depicting whether the door is open or closed; and a lock status parameter depicting whether the door lock is engaged or disengaged; and the door status parameter further depicts a period of time that the door is opened or closed; and the lock status parameter further depicts a period of time that the door lock is engaged or disengaged; transmitting, using the door lock , the at least one status parameter to a remote device ; evaluating these status parameters using the remote device; determining, using the remote device , whether to call an elevator in response to the at least one status parameter; transmitting, using the remote device, an elevator call request to a controller when the door has opened then closed and the privacy door lock has not been engaged; and moving, using the controller, an elevator to a floor where the door lock is located. a door status parameter depicting whether the door is open or closed; and a lock status parameter depicting whether the door lock is engaged or disengaged; and the door status parameter further depicts a period of time that the door is opened or closed; and the lock status parameter further depicts a period of time that the door lock is engaged or disengaged; transmitting, using the door lock , the at least one status parameter to a remote device ; evaluating these status parameters using the remote device; determining, using the remote device , whether to call an elevator in response to the at least one status parameter; transmitting, using the remote device, an elevator call request to a controller when the door has opened then closed and the privacy door lock has not been engaged; and moving, using the controller, an elevator to a floor where the door lock is located.
A fuel cell system, wherein the system comprises a fuel cell (A,10) , at least two gas scrubbing devices (B1,3) and (B2,12), and a device (C,1) for supplying carbon-dioxide contaminated gas to be scrubbed to gas scrubbing device (B1,3 ) and gas scrubbing device (B2,12), each of gas scrubbing device (B1,3 ) and gas scrubbing device (B2,12) comprising at least one first opening (a) for allowing gas to enter or exit the scrubbing device, at least one second opening (b) for allowing gas to exit or enter the scrubbing device, one of the at least one first opening (a) and the at least one second opening (b) being connected to the gas inlet or the gas outlet of the fuel cell, and at least one sorbent (c,6,15) that is capable of removing carbon dioxide from the gas and comprises at least one amine and/or hydrotalcite and is arranged in the form of layers which the gas contacts when flowing from the at least one first opening (a) to the at least one second opening (b) or vice versa, and wherein the system is configured such that gas coming from the gas outlet of said fuel cell (A,10) can be used as regenerating gas for carbon dioxide-loaded sorbent (c,15) of gas scrubbing device (B2,12) while gas supplied to gas scrubbing device (B1,3) by device (C,1) for supplying carbon-dioxide contaminated gas to be scrubbed is scrubbed by gas scrubbing device (B1,3 ) or as regenerating gas for carbon dioxide-loaded sorbent (c,6) of gas scrubbing device (B1,3) while gas supplied to gas scrubbing device (B2,12) by device (C, 1) for supplying carbon-dioxide contaminated gas to be scrubbed is scrubbed by gas scrubbing device (B2,12).
Method of producing an electronic connection device , comprising: a) the formation, at the surface of a substrate , of at least one first contact element , and, in at least one direction not parallel to said surface, of at least one second contact element having a first end in contact with the first contact element or elements and a second end, the second contact element or elements comprising one or more metal tracks, or beams or arms , firstly formed in a position parallel to the surface of the substrate, then standing up by the effect of stresses , from said position parallel to the surface of the substrate, towards an axis perpendicular to the surface of the substrate, said second end being maintained above the surface of the substrate; b) then the positioning of at least one electrical or electronic component in contact with the first contact element or elements , c) then, the encapsulation of the component(s) and of the first and second contact elements, at least the second end or ends of the second contact element or elements being flush with the surface of the encapsulating material. a) the formation, at the surface of a substrate , of at least one first contact element , and, in at least one direction not parallel to said surface, of at least one second contact element having a first end in contact with the first contact element or elements and a second end, the second contact element or elements comprising one or more metal tracks, or beams or arms , firstly formed in a position parallel to the surface of the substrate, then standing up by the effect of stresses , from said position parallel to the surface of the substrate, towards an axis perpendicular to the surface of the substrate, said second end being maintained above the surface of the substrate; b) then the positioning of at least one electrical or electronic component in contact with the first contact element or elements , c) then, the encapsulation of the component(s) and of the first and second contact elements, at least the second end or ends of the second contact element or elements being flush with the surface of the encapsulating material.
Product handling device for handling, in particular for conveying and/or sorting, products , comprising a plurality of movers , comprising a control unit for controlling the movers and comprising a base unit which forms a plane with respect to which the movers are movably arranged and/or mounted, the control unit being provided to combine at least two of the movers to form a common support for at least one product in at least one operating state, the control unit being provided to move the at least two movers from at least one product feed unit to at least one product discharge unit in the operating state, characterized in that the control unit is provided to change a speed of the at least two movers when approaching the product discharge unit , an inertia-related transfer of at least the product from at least the two movers to the product discharge unit being realizable by means of the change in the speed of the at least two movers .
A bone screw comprising a screw body comprising a proximal end, a distal end, a longitudinal axis and a thread along all or a portion of said screw body ; a screw head attached to the proximal end of the screw body , characterized in that it comprises : - a through bore extending coaxially through said screw head and through said screw body from the proximal end up to the distal end; - at least three blind channels angularly-disposed around the through bore ; said blind channels extending longitudinally through said screw head and through a portion of said screw body ; and each of said blind channels being configured to receive a catheter or a needle; and - a plurality of radially-disposed fenestrations ; wherein each of said blind channels is connected to an exterior of said screw body through at least one fenestration . - a through bore extending coaxially through said screw head and through said screw body from the proximal end up to the distal end; - at least three blind channels angularly-disposed around the through bore ; said blind channels extending longitudinally through said screw head and through a portion of said screw body ; and each of said blind channels being configured to receive a catheter or a needle; and - a plurality of radially-disposed fenestrations ; wherein each of said blind channels is connected to an exterior of said screw body through at least one fenestration .
A multi-feed multi-band multiple input multiple output, MIMO, antenna system comprising: at least a first antenna and a second antenna orthogonally positioned with respect to each other, wherein the first antenna is configured to operate over a first frequency range and the second antenna is configured to operate over a second frequency range; at least a first resonator and a second resonator coupled with the first antenna and the second antenna respectively, wherein the first resonator is configured to filter out the second frequency range and the second resonator is configured to filter out the first frequency range; and wherein the first antenna is further coupled with a third resonator and the second antenna is further coupled with a fourth resonator , and wherein the third resonator and the fourth resonator are configured to decrease mutual coupling in the first frequency range and the second frequency range, respectively. at least a first antenna and a second antenna orthogonally positioned with respect to each other, wherein the first antenna is configured to operate over a first frequency range and the second antenna is configured to operate over a second frequency range; at least a first resonator and a second resonator coupled with the first antenna and the second antenna respectively, wherein the first resonator is configured to filter out the second frequency range and the second resonator is configured to filter out the first frequency range; and wherein the first antenna is further coupled with a third resonator and the second antenna is further coupled with a fourth resonator , and wherein the third resonator and the fourth resonator are configured to decrease mutual coupling in the first frequency range and the second frequency range, respectively.
An optical antenna system having at least a first reflector and a primary radiating opening which illuminates the first reflector, the primary radiating opening having a slender form which extends in a first plane (XZ), the first reflector having at least two different curves (CD, C0) along two orthogonal planes which correspond respectively to the first plane (XZ) and a second centre plane (Π 0 ) which intersects with the primary radiating opening at a first intersection point located at a central point of the primary radiating opening, the optical system being such that, in the first plane (XZ) which contains the primary radiating opening, the first curve (CD) of the first reflector defines a first focal point (F2) which is located at the rear of the primary radiating opening , the first focal point (F2) being contained in the centre plane Π 0 , and in that in the second centre plane Π 0 the second curve (C0) of the first reflector alone defines, in the first plane (XZ), a second focal point (F0) which is different from the first focal point (F2), which is located at the central point of the primary radiating opening , characterised in that , for different planes Π θ which are perpendicular to the first plane (XZ) which contains the primary radiating opening , each plane Π θ being obtained by a rotation of the second centre plane Π 0 by a given angle θ and including the first focal point (F2), the different planes Π θ intersecting with the primary radiating opening at different intersection points, respectively, which are remote from the second focal point (F0), the first reflector further comprises, in each plane Π θ , a given curve (Cθ) which is different from the second curve (C0), and in that in the different planes Π θ , the different curves (Cθ) of the first reflector define different focal points (Fθ) which are located at the different intersection points, respectively, between the different planes Π θ and the primary radiating opening.
Dome device comprising a substantially flat first light-transmitting element , a glass dome element and a closed connecting device between a peripheral part of the first element and a peripheral part of the glass dome element , such that at least one closed space (R) is formed between the first element and the glass dome element ; wherein a gas is included in the closed space (R); characterized in that the first element comprises a light-transmitting film which is tensioned in a clamping profile .
A method for assembling a power shut off pole, the assembling method comprising the following steps: a) providing two posts provided with upper and lower holding means; b) providing a vacuum bulb selected from a plurality of vacuum bulbs each covering a range of different voltages and currents, each comprising an upper end and a lower end and extending along an elongation axis (XX') in alignment with the upper and lower ends; c) providing two connectors, referred to as an upper connector and a lower connector , respectively, specific to the vacuum bulb selected in step b), d) fastening the upper and lower connectors to the upper and lower holding means, respectively, so as to rigidly hold both posts to each other, both connectors also holding the vacuum bulb selected in step b) centred between both posts , which posts are symmetrically disposed with respect to a main plane (P) of the vacuum bulb, the upper and lower holding means being also arranged to enable vacuum bulbs with different lengths to be held by both connectors along the elongation axis (XX'). a) providing two posts provided with upper and lower holding means; b) providing a vacuum bulb selected from a plurality of vacuum bulbs each covering a range of different voltages and currents, each comprising an upper end and a lower end and extending along an elongation axis (XX') in alignment with the upper and lower ends; c) providing two connectors, referred to as an upper connector and a lower connector , respectively, specific to the vacuum bulb selected in step b), d) fastening the upper and lower connectors to the upper and lower holding means, respectively, so as to rigidly hold both posts to each other, both connectors also holding the vacuum bulb selected in step b) centred between both posts , which posts are symmetrically disposed with respect to a main plane (P) of the vacuum bulb, the upper and lower holding means being also arranged to enable vacuum bulbs with different lengths to be held by both connectors along the elongation axis (XX').
A protective system for a structure enclosing a fluid , such as a pipe or tank enclosing a fluid, the protective system comprising: - a structure repair element on at least one portion of an external surface of the structure corresponding to a fraction of the external surface of the structure, - a containment material placed over the structure repair element , ; - at least one leak detection sensor arranged so that the containment material covers or encompasses the at least one leak detection sensor ; wherein the containment material is configured to collect at least a portion of the fluid in at least one cavity formed in the containment material thereby containing leakage of the fluid outside of the structure in the event of a leak in the structure in the at least one portion wherein leakage of the fluid into the containment material triggers a detection of the leak by the leak detection sensor ; - an outer hull enclosing the containment material . - a structure repair element on at least one portion of an external surface of the structure corresponding to a fraction of the external surface of the structure, - a containment material placed over the structure repair element , ; - at least one leak detection sensor arranged so that the containment material covers or encompasses the at least one leak detection sensor ; - an outer hull enclosing the containment material .
A sustained release ophthalmic formulation for topical delivery of an ophthalmic drug, comprising: cyclosporine admixed with one or more hydrophobic polymers to form a solid matrix composition, wherein the composition is in the form of a drug core and configured for placement within a lacrimal canaliculus; and wherein the drug core does not comprise one or more of silicone, or methacrylate polymers or monomers; wherein a first hydrophobic polymer is polycaprolactone and is present from 5 to 30% w/w, a second hydrophobic polymer is polyvinyl acetate and is present from 0 to 20% w/w, and the cyclosporine is present from 70 to 80% w/w. cyclosporine admixed with one or more hydrophobic polymers to form a solid matrix composition, wherein the composition is in the form of a drug core and configured for placement within a lacrimal canaliculus; and wherein the drug core does not comprise one or more of silicone, or methacrylate polymers or monomers; wherein a first hydrophobic polymer is polycaprolactone and is present from 5 to 30% w/w, a second hydrophobic polymer is polyvinyl acetate and is present from 0 to 20% w/w, and the cyclosporine is present from 70 to 80% w/w.
A method of controlling access to a third-party application, app, on a group-based communication platform, the method comprising: providing a group-based communication channel on the group-based communication platform, wherein the group-based communication channel is accessible by a plurality of channel members and provides communication between the plurality of channel members; providing the third-party app on the group-based communication platform; receiving a request to access the third-party app by a user of the group-based communication channel; adding the third-party app to the group-based communication channel based on the request of the user, wherein the third-party app is provided by a third-party application provider and is accessible to the plurality of channel members; and generating an app token associated with the third-party app; and granting, to the third-party app, access to group-based communication objects within the group-based communication channel based on the app token. providing a group-based communication channel on the group-based communication platform, wherein the group-based communication channel is accessible by a plurality of channel members and provides communication between the plurality of channel members; providing the third-party app on the group-based communication platform; receiving a request to access the third-party app by a user of the group-based communication channel; adding the third-party app to the group-based communication channel based on the request of the user, wherein the third-party app is provided by a third-party application provider and is accessible to the plurality of channel members; and generating an app token associated with the third-party app; and granting, to the third-party app, access to group-based communication objects within the group-based communication channel based on the app token.
A communication method, comprising: generating a first signal, wherein the first signal comprises an orthogonal frequency division multiplexing, OFDM, symbol, a first-type cyclic prefix, CP, and a second-type CP, CP resources of the first-type CP comprise a first CP resource and a second CP resource, CP resources of the second-type CP comprise another second CP resource, the first CP resource is used to carry data that is different from data carried on the OFDM symbol corresponding to the first CP resource, and the second CP resource is used to carry data that is the same as the data carried on the OFDM symbol corresponding to the second CP resource, and the another second CP resource is used to carry data that is the same as the data carried on the OFDM symbol corresponding to the another second CP resource; and sending the first signal; and wherein a length of the first-type CP is greater than a first length, a length of the second-type CP is less than the first length, and a sum of lengths of M first-type CPs and K-M second-type CPs that belong to a same slot in the first signal is a product of the first length and K, where there are K OFDM symbols in the slot. generating a first signal, wherein the first signal comprises an orthogonal frequency division multiplexing, OFDM, symbol, a first-type cyclic prefix, CP, and a second-type CP, CP resources of the first-type CP comprise a first CP resource and a second CP resource, CP resources of the second-type CP comprise another second CP resource, the first CP resource is used to carry data that is different from data carried on the OFDM symbol corresponding to the first CP resource, and the second CP resource is used to carry data that is the same as the data carried on the OFDM symbol corresponding to the second CP resource, and the another second CP resource is used to carry data that is the same as the data carried on the OFDM symbol corresponding to the another second CP resource; and sending the first signal; and wherein a length of the first-type CP is greater than a first length, a length of the second-type CP is less than the first length, and a sum of lengths of M first-type CPs and K-M second-type CPs that belong to a same slot in the first signal is a product of the first length and K, where there are K OFDM symbols in the slot.
Kit comprising a threaded sleeve for assembling with heat input in a component manufactured by FDM process and a guide sleeve having a heating coil wherein - the threaded sleeve has a groove along its longitudinal axis - an outwardly facing surface of the threaded sleeve comprises a self-tapping thread having cutting edges and an inwardly facing surface of the threaded sleeve comprises a metric thread . - the threaded sleeve has a groove along its longitudinal axis - an outwardly facing surface of the threaded sleeve comprises a self-tapping thread having cutting edges and an inwardly facing surface of the threaded sleeve comprises a metric thread .
A vehicle-sensitive sensor for a self-locking seatbelt retractor comprising a carrier part , a locking lever having an engaging tip , and a sensor mass that is coupled to the locking lever , arranged standing on a standing surface of the support part and tiltable toward the carrier part , characterized in that the sensor mass consists of a sensor part consisting of a first material and lying upon the standing surface , and of a mass part consisting of a second material and connected to the sensor part and arranged above the standing surface , wherein the first material forming the sensor part has a lesser density and lesser hardness than the second material forming the mass part , wherein the locking lever lies on the support part to form a tilting axis, and the support part at least partially overlaps the locking lever in the area of support .
An abnormality prediction device configured to be used in a feeding device including a driving section , a gear connected to the driving section , and a detection section configured to detect a position of a medium fed in accordance with driving of the gear , and intermittently feeding the medium , the abnormality prediction device comprising: a control section configured to acquire detection information regarding a feed amount of the medium based on the position of the medium detected over time by the detection section , characterized in that the control section is configured to decompose the acquired detection information into a trend component regarding a moving average of the gear , a cycle component based on a cycle of the gear , and a random component obtained by excluding the trend component and the cycle component, obtain an abnormality level of the gear based on the cycle component obtained by the decomposition, and output the obtained abnormality level. a control section configured to acquire detection information regarding a feed amount of the medium based on the position of the medium detected over time by the detection section , characterized in that the control section is configured to decompose the acquired detection information into a trend component regarding a moving average of the gear , a cycle component based on a cycle of the gear , and a random component obtained by excluding the trend component and the cycle component, obtain an abnormality level of the gear based on the cycle component obtained by the decomposition, and output the obtained abnormality level.