mhurhangee/patent-ind-claim-en huggingface dataset:
Ventilator , having a basic device with a cover plate , patient connections arranged on the basic device , and a user interface arranged on the cover plate , wherein the cover plate can be arranged on the basic device at different angles relative to the basic device with respect to a vertical axis, and wherein the user interface is held on the cover plate so as to be pivotable via a pivot joint about a horizontal pivot axis, wherein the user interface is pivotable into a blocking position by means of the pivot joint in a use position of the cover plate , wherein, in the blocking position, a relative rotation of the cover plate with respect to the basic device is blocked, wherein the blocking in the blocking position is undertaken by the user interface which, in the blocking position, enters into engagement in a form-fitting manner with the basic device , and wherein the user interface is pivotable from the blocking position into a release position in which a relative rotation of the cover plate with respect to the basic device is released. wherein the cover plate can be arranged on the basic device at different angles relative to the basic device with respect to a vertical axis, and wherein the user interface is held on the cover plate so as to be pivotable via a pivot joint about a horizontal pivot axis, wherein the user interface is pivotable into a blocking position by means of the pivot joint in a use position of the cover plate , wherein, in the blocking position, a relative rotation of the cover plate with respect to the basic device is blocked, wherein the blocking in the blocking position is undertaken by the user interface which, in the blocking position, enters into engagement in a form-fitting manner with the basic device , and wherein the user interface is pivotable from the blocking position into a release position in which a relative rotation of the cover plate with respect to the basic device is released.
A device comprising a first sealing member , a second sealing member , a first circuit member and a second circuit member , wherein: the first sealing member comprises, as a base of the first sealing member, a first film comprising a conductive portion made of conductor; the device is formed with a closed space ; the closed space is enclosed by the first sealing member and the second sealing member and is shut off from an outer space located outside the device; the first circuit member and the second circuit member are shut in the closed space; the first circuit member comprises a first contact point ; the second circuit member comprises a second contact point ; at least one of the first circuit member and the second circuit member comprises an electrode ; and the conductive portion is in contact with the electrode in the closed space and is partially exposed to the outer space located outside the device, characterized in that the first contact point and the second contact point are pressed against each other to be in contact with each other in the closed space because of an air pressure difference between the inside and the outside of the closed space. the first sealing member comprises, as a base of the first sealing member, a first film comprising a conductive portion made of conductor; the device is formed with a closed space ; the closed space is enclosed by the first sealing member and the second sealing member and is shut off from an outer space located outside the device; the first circuit member and the second circuit member are shut in the closed space; the first circuit member comprises a first contact point ; the second circuit member comprises a second contact point ; at least one of the first circuit member and the second circuit member comprises an electrode ; and the conductive portion is in contact with the electrode in the closed space and is partially exposed to the outer space located outside the device, characterized in that the first contact point and the second contact point are pressed against each other to be in contact with each other in the closed space because of an air pressure difference between the inside and the outside of the closed space.
A method performed by a residential control node , arranged in a residential area , of enabling encrypted residential communication of user data between a first wireless communication device and a second wireless communication device , the method comprising: • receiving (3:3, 402) a radio bearer mapping from a communication network node , arranged outside the residential area , • establishing (3:4, 404) a connection with the first wireless communication device , in accordance with the radio bearer mapping, • establishing (3:5, 406) a connection with the second wireless communication device , in accordance with the radio bearer mapping, • obtaining (3:7, 408) a first key which is based on a key of the first wireless communication device , from the communication network node , • obtaining (3:7, 410) a second key which is based on a key of the second wireless communication device , such that the residential control node thereby is enabled to decrypt (3:10, 412) user data received (3:9) from the first wireless communication device by the first key, and encrypting (3:10, 414) the user data by the second key, before sending (3:11, 416) the user data to the second wireless communication device . • receiving (3:3, 402) a radio bearer mapping from a communication network node , arranged outside the residential area , • establishing (3:4, 404) a connection with the first wireless communication device , in accordance with the radio bearer mapping, • establishing (3:5, 406) a connection with the second wireless communication device , in accordance with the radio bearer mapping, • obtaining (3:7, 408) a first key which is based on a key of the first wireless communication device , from the communication network node , • obtaining (3:7, 410) a second key which is based on a key of the second wireless communication device ,
An anchoring system (1,1',1") for anchoring a wall cupboard to a wall, said wall cupboard being in particular a base comprising two opposite shoulders and a lower element , said shoulders being connected in correspondence with one of their lower ends to said lower element and being free in correspondence with their upper end , said system (1,1',1") comprising a pair of supporting devices , each of said supporting devices comprising a plate-like body configured for being connected to the inner face of one of said shoulders in correspondence with its upper end , and comprising an arm terminating with a hook extending from said supporting device for hooking to supporting means constrained to the wall, wherein the anchoring system further comprises at least one connection bar (40,40',40") which connects said supporting devices , connection means being provided for connecting said bar (40,40',40") to each of said supporting devices , said bar (40,40',40") also comprising in correspondence with its upper longitudinal edge, at least one housing seat (41,41',41") characterized in that in said at least one housing seat (41, 41', 41") an elastic insert is housed, which has an upper surface configured for forming a supporting surface for an element or accessory positioned for the upper closure of the furniture .
A method for determining time data relating to a non-combustion outlet process of a fuel gas from a gas tank at a vehicle, wherein the non-combustion outlet process relates to an outlet process of the fuel gas from the gas tank where the fuel gas is not intended to be used in a following combustion process, the gas tank comprising outlet arrangement, wherein the outlet process of the fuel gas comprises opening of the outlet arrangement under a pre-determined condition, wherein time data comprises a time relating to when said fuel gas will start to release from the gas tank, wherein the fuel gas is Liquified Natural Gas, LNG, the method comprising the steps: - providing a model for the state of said fuel gas in said gas tank; and - determining time data relating to the outlet process of the fuel gas based on said model - presenting said determined time data to an operator of the vehicle. - providing a model for the state of said fuel gas in said gas tank; and - determining time data relating to the outlet process of the fuel gas based on said model - presenting said determined time data to an operator of the vehicle.
Prosthetic hand with a chassis and at least one base element for fastening a prosthetic finger to the chassis , characterized in that a longitudinal guide for the base element is arranged or formed on the chassis , in which longitudinal guide the base element is mounted, wherein the longitudinal guide blocks two translatory degrees of freedom and a clamping element is associated with the longitudinal guide, which clamping element is displaceably mounted in or on the chassis or the base element between a locking position and an unlocking position and effects a blocking of the third translatory degree of freedom in the locking position.
A communication cable comprising: a two-core communication line including two insulated electric wires each having a conductor and an insulator covering the conductor; a drain wire ; and a metal foil , wherein the two-core communication line and the drain wire are collectively covered with the metal foil , and wherein the two insulated electric wires are twisted together, characterized in that the insulator has a foaming ratio being equal to or greater than 41% and equal to or smaller than 45%. a two-core communication line including two insulated electric wires each having a conductor and an insulator covering the conductor; a drain wire ; and a metal foil , wherein the two-core communication line and the drain wire are collectively covered with the metal foil , and wherein the two insulated electric wires are twisted together, characterized in that the insulator has a foaming ratio being equal to or greater than 41% and equal to or smaller than 45%.
A split bowl assembly , comprising: a split bowl comprising: a first half and a second half forming a tapered annular inner surface , a thru bore disposed below the tapered annular inner surface, a bushing groove formed in an inner diameter of the thru bore, and a slot formed in an outer diameter of the split bowl; and a wear bushing assembly comprising: a wear bushing disposed in the bushing groove and comprising a slot formed in an outer diameter of the wear bushing; and a retainer plate at least partially disposed in the slot formed in the outer diameter of the split bowl and at least partially disposed in the slot formed in the outer diameter of the wear bushing. a split bowl comprising: a first half and a second half forming a tapered annular inner surface , a thru bore disposed below the tapered annular inner surface, a bushing groove formed in an inner diameter of the thru bore, and a slot formed in an outer diameter of the split bowl; and a wear bushing assembly comprising: a wear bushing disposed in the bushing groove and comprising a slot formed in an outer diameter of the wear bushing; and a retainer plate at least partially disposed in the slot formed in the outer diameter of the split bowl and at least partially disposed in the slot formed in the outer diameter of the wear bushing. a wear bushing disposed in the bushing groove and comprising a slot formed in an outer diameter of the wear bushing; and a retainer plate at least partially disposed in the slot formed in the outer diameter of the split bowl and at least partially disposed in the slot formed in the outer diameter of the wear bushing.
Filter element for a filter for filtering a fluid, wherein the filter element can be inserted into a filter along an insertion direction (Y) and features a filter medium that can be flowed through along a main flow direction (X), a clean side , a raw side , a sealing surface surrounding the filter medium and separating the clean side from the raw side by interacting with a filter housing of a filter when the filter element is installed and a supporting edge via which a force (FD) can be applied to the sealing surface by interacting with a filter housing of a filter when the filter element is installed, wherein the sealing surface and the supporting edge include an acute angle (α + β) greater than or equal to 20° and smaller than or equal to 30°.
A compressor of a gas turbine engine , comprising: a rotor and a stator located immediately downstream of the rotor , the stator comprising a plurality of stator vanes (20; 120; 320) each having an airfoil (21; 121) extending along a generally radial span (S) between a root (22; 122; 322) and a tip (23; 123) of the airfoil (21; 121) and having a chord with a chord length (C) defined between a leading edge (24; 124; 324) and a trailing edge (25; 125) of the airfoil (21; 121), the airfoil (21; 121) having a radially inner portion defined by an inner 40% of the span (S), a radially outer portion defined by an outer 40% of the span (S), and an intermediate portion between the inner and outer portions , wherein the radially inner portion has aerodynamic forward sweep at the leading edge (24; 124; 324), the forward sweep having a maximum forward sweep that is more forward than a sweep at the leading edge (24; 124; 324) in the intermediate portion characterized in that : the stator vane (20; 120; 320) has in axial projection a leading edge belly region (26; 126; 326) which extends forwardly of a reference line (RL) in axial projection, the reference line (RL) extending between a first point (RL1; 3RL1) defined at an intersection of the leading edge (24; 124; 324) and the root (22; 122; 322), and a second point (RL2, 3RL2) on the leading edge (24; 124; 324) at 50% of the span (S).
A train operation control system comprising: a headcount estimation device to estimate at least one of the number of people in a train and the number of people on a platform of a station, using video data outputted from a plurality of cameras; and a train rescheduling device to predict a dwell time for the train at a first station, using estimated headcount information estimated by the headcount estimation device and schedule information, and accordingly perform train rescheduling on a succeeding train behind the train at a second station that is situated before the first station. a headcount estimation device to estimate at least one of the number of people in a train and the number of people on a platform of a station, using video data outputted from a plurality of cameras; and a train rescheduling device to predict a dwell time for the train at a first station, using estimated headcount information estimated by the headcount estimation device and schedule information, and accordingly perform train rescheduling on a succeeding train behind the train at a second station that is situated before the first station.
A system for connecting a trailer with a loading platform and a truck with a loading platform, which comprises a drawbar configured to be attached to the truck and to the trailer , wherein: - the drawbar comprises a first tubular body and a second tubular body with the ability to move linearly with respect to the first tubular body , - to attach the drawbar to the trailer , the system comprises: - a first support comprising a drawbar attachment part and a trailer attachment part , such that between the drawbar attachment part and the trailer attachment part the first support comprises a rotation shaft for the drawbar , and - a second support comprising a drawbar attachment part and a trailer attachment part , and attachment means between the drawbar attachment part and the trailer attachment part , - the system further comprises a trailer-elevating mechanism configured for elevating the height of the trailer with respect to the ground, such that when the drawbar attachment part and the trailer attachment part of the second support are not connected and the elevating mechanism is switched on, the system levels the height of the loading platforms of the truck and the trailer , and such that when the drawbar attachment part and the trailer attachment part of the second support are connected, the drawbar is connected to the trailer in a rigid manner, and the trailer-elevating mechanism does not act, the system for connecting provides a connection between the trailer and the truck under safe conditions for travel. - the drawbar comprises a first tubular body and a second tubular body with the ability to move linearly with respect to the first tubular body , - to attach the drawbar to the trailer , the system comprises: - a first support comprising a drawbar attachment part and a trailer attachment part , such that between the drawbar attachment part and the trailer attachment part the first support comprises a rotation shaft for the drawbar , and - a second support comprising a drawbar attachment part and a trailer attachment part , and attachment means between the drawbar attachment part and the trailer attachment part , - a first support comprising a drawbar attachment part and a trailer attachment part , such that between the drawbar attachment part and the trailer attachment part the first support comprises a rotation shaft for the drawbar , and - a second support comprising a drawbar attachment part and a trailer attachment part , and attachment means between the drawbar attachment part and the trailer attachment part , - the system further comprises a trailer-elevating mechanism configured for elevating the height of the trailer with respect to the ground,
A method comprising: displaying a map on a touch-sensitive display screen of an electronic device at a first zoom level ; calculating, by the electronic device , a plurality of routes extending from a starting point to a destination point; displaying the plurality of calculated routes from the starting point to the destination point simultaneously overlaid on the map on the touch-sensitive display screen at the first zoom level; for each calculated route of the plurality of calculated routes, displaying an associated callout that displays a corresponding time to travel to the destination point; and receiving a selection of a route from the plurality of calculated routes via the touch-sensitive display screen; characterised in that the method further comprises the steps of: zooming in to display the map at a second zoom level , wherein a set of off-screen routes of the plurality of calculated routes is not displayed on the map at the second zoom level; and displaying a subset of the plurality of callouts on the map associated with each route of the set of off-screen calculated routes , each callout of the subset of the plurality of callouts indicating a direction to a respective off-screen calculated route . displaying a map on a touch-sensitive display screen of an electronic device at a first zoom level ; calculating, by the electronic device , a plurality of routes extending from a starting point to a destination point; displaying the plurality of calculated routes from the starting point to the destination point simultaneously overlaid on the map on the touch-sensitive display screen at the first zoom level; for each calculated route of the plurality of calculated routes, displaying an associated callout that displays a corresponding time to travel to the destination point; and receiving a selection of a route from the plurality of calculated routes via the touch-sensitive display screen; characterised in that the method further comprises the steps of: zooming in to display the map at a second zoom level , wherein a set of off-screen routes of the plurality of calculated routes is not displayed on the map at the second zoom level; and displaying a subset of the plurality of callouts on the map associated with each route of the set of off-screen calculated routes , each callout of the subset of the plurality of callouts indicating a direction to a respective off-screen calculated route . zooming in to display the map at a second zoom level , wherein a set of off-screen routes of the plurality of calculated routes is not displayed on the map at the second zoom level; and displaying a subset of the plurality of callouts on the map associated with each route of the set of off-screen calculated routes , each callout of the subset of the plurality of callouts indicating a direction to a respective off-screen calculated route .
A golf ball comprising a cured product of a golf ball rubber composition as a constituent member, wherein the cured product is obtained by curing the golf ball rubber composition containing (a) a base rubber, (b) an α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms and/or a metal salt thereof as a co-crosslinking agent, and (c) a crosslinking initiator, and the cured product satisfies the following mathematical formula : Y < 0.1 × X − 1.30 in the formula , Y represents an effective crosslinking density of the cured product of the rubber composition (mmol/cc), and X represents an amount (parts by mass) of the component (b) with respect to 100 parts by mass of (a) the base rubber.
A method for adapting which beam to use for communicating signals, the method being performed by a radio transceiver device , wherein the radio transceiver device is capable of communicating the signals using beams selected from a set of beams, the method comprising: communicating (S102) signals with another radio transceiver device while using a first beam selected from the set of beams; detecting (S104) that the signals are communicated at decreasing quality level while using the first beam , the decreasing quality level being caused by radio propagation channel deterioration; and in response thereto: initiating (S106) a switch to a backup beam of the first beam , without performing any beam training, to continue communicating the signals with said another radio transceiver device , thereby adapting which beam to use for communicating the signals, wherein the backup beam is selected from the set of beams as constrained to those of the beams having an estimated reference signal received power value or channel quality indication value being within a threshold distance to that of the first beam . communicating (S102) signals with another radio transceiver device while using a first beam selected from the set of beams; detecting (S104) that the signals are communicated at decreasing quality level while using the first beam , the decreasing quality level being caused by radio propagation channel deterioration; and in response thereto: initiating (S106) a switch to a backup beam of the first beam , without performing any beam training, to continue communicating the signals with said another radio transceiver device , thereby adapting which beam to use for communicating the signals, wherein the backup beam is selected from the set of beams as constrained to those of the beams having an estimated reference signal received power value or channel quality indication value being within a threshold distance to that of the first beam .