mhurhangee/ep-ind-claims huggingface dataset:
System for networked transportation of patients or people with impaired mobility in a hospital bed or nursing bed, having the following features: a) a first transportation vehicle and a second transportation vehicle which are configured in the same way and which each have: a chassis, drive wheels and a bridge track on a raiseable and lowerable bridge platform, wherein a rotatable carriage with a drive for securing a docking crosspiece is provided on the bridge track, wherein an adjusting element is provided which is driven by a further drive and which serves to actuate front lifting rods and rear lifting rods, and wherein a lever arrangement (36, 47, 49, 51) lying between said lifting rods is provided for raising the bridge platform, which has the effect that the load thereon lies directly in the region of the drive wheels, b) an energy supply system which is powered either via inductive leads routed in the ground or via movable energy supply stations, c) a hospital bed having a mounting with a crossmember and a docking point for the docking crosspiece of the first transportation vehicle and a docking point for a long abutment of the docking crosspiece of the second transportation vehicle, and d) a control centre for controlling a transportation operation. a) a first transportation vehicle and a second transportation vehicle which are configured in the same way and which each have: a chassis, drive wheels and a bridge track on a raiseable and lowerable bridge platform, wherein a rotatable carriage with a drive for securing a docking crosspiece is provided on the bridge track, wherein an adjusting element is provided which is driven by a further drive and which serves to actuate front lifting rods and rear lifting rods, and wherein a lever arrangement (36, 47, 49, 51) lying between said lifting rods is provided for raising the bridge platform, which has the effect that the load thereon lies directly in the region of the drive wheels, a chassis, drive wheels and a bridge track on a raiseable and lowerable bridge platform, wherein a rotatable carriage with a drive for securing a docking crosspiece is provided on the bridge track, wherein an adjusting element is provided which is driven by a further drive and which serves to actuate front lifting rods and rear lifting rods, and wherein a lever arrangement (36, 47, 49, 51) lying between said lifting rods is provided for raising the bridge platform, which has the effect that the load thereon lies directly in the region of the drive wheels, b) an energy supply system which is powered either via inductive leads routed in the ground or via movable energy supply stations, c) a hospital bed having a mounting with a crossmember and a docking point for the docking crosspiece of the first transportation vehicle and a docking point for a long abutment of the docking crosspiece of the second transportation vehicle, and d) a control centre for controlling a transportation operation.
Liquid container for producing and/or storing of liquids, especially alcohol-containing liquids, provided for drinking consumption, wherein the liquid container comprises a container that is open at one, especially upper, side and that has a container wall having an inner wall surface, wherein the inner wall surface is formed at least partially, especially substantially entirely, as a surface of a solid natural stone, characterized in that a portion of the inner wall surface has been generated by means of cleaving or drilling or sawing of the natural stone or the natural stone has been treated with a sandblast and consequently has had a first surface roughness, and has subsequently been subjected to a surface conditioning treatment that has resulted in that the roughness of the conditioned inner wall surface has been increased with respect to the first roughness that has been generated by means of cleaving or drilling or sawing or the treatment with a sandblast.
Device for controlling the opening of a motor vehicle door, comprising: - a base configured to receive the opening control, - a handle lever configured to be mounted so as to pivot on the base about a first handle axis, - a kinematic chain configured to transmit a movement from the handle lever to a lock of the opening command to unlock the door, - an inertial safety member comprising a main body forming an inertial mass and a main blocking element connected to the body and configured to move, by inertial effect in the event of an impact, from an inactive rest position to at least one active position for blocking at least one movable element (20.2; 30) of the drive train, characterised in that the inertial member is mounted so as to pivot on the base about a second locking axis and is configured so as to operate in a reversible mode by adopting at least one reversible locking position within a first range of angular amplitude of pivoting and to operate in an irreversible mode by adopting at least one irreversible locking position within a second range of angular amplitude of pivoting, and in that the locking element (44; 64) is provided with a blocking surface (46; 66) configured so that, in the event of an impact, it intercepts the moving element (20. 2; 30) during its trajectory within a first region of the blocking surface (46; 66) in reversible mode and at least partially within a second region of the blocking surface (46; 66) in irreversible mode, separate from the first region. - a base configured to receive the opening control, - a handle lever configured to be mounted so as to pivot on the base about a first handle axis, - a kinematic chain configured to transmit a movement from the handle lever to a lock of the opening command to unlock the door, - an inertial safety member comprising a main body forming an inertial mass and a main blocking element connected to the body and configured to move, by inertial effect in the event of an impact, from an inactive rest position to at least one active position for blocking at least one movable element (20.2; 30) of the drive train,
A method for controlling the average pore diameter of a porous body containing a fibrous apatite/collagen composite, said porous body being produced by gelating a dispersion comprising said fibrous apatite/collagen composite, collagen and water, freeze-drying the resultant gel to form said porous body, and cross-linking collagen in said porous body, by freezing pluralities of the gels at various freezing-environment temperatures and measuring the solidification time of each gel to prepare a graph showing the relation between the freezing-environment temperature and the solidification time, measuring the average pore diameter of the porous body obtained at various lengths of solidification time to prepare a graph showing the relation between the solidification time and the average pore diameter, determining the solidification time for providing a desired average pore diameter from the graph of solidification time and the average pore diameter, and determining the freezing-environment temperature for achieving the determined solidification time from the graph of the freezing-environment temperature and the solidification time.
Bearing arrangement for a medium-lubricated bearing, in particular for a medium-lubricated anti-friction bearing, comprising a bearing, and a rotary separator which is connected upstream of the bearing on the inflow side, for removing particles from the lubricating medium, the rotary separator being configured as a structural unit which is configured separately from the bearing and is arranged directly on the bearing, and an inlet region (8, 13) of the rotary separator being configured as a substantially radially extending bore, characterized in that the radially extending bore tapers conically away from the rotational axis.
A teat, in particular for infants and small children, having a suction part with a plurality of drinking slits (12.1, 12.2) and a teat flange connected to the lower end of the suction part for fastening to the front end of an orifice of a vessel, characterized in that the drinking slits (12.1, 12.2) are cut in the suction part by means of a laser beam, a small gap is opened in the unloaded state of the teat and the ends (13.1 to 14.2) of the drinking slits (12.1, 12.2) are rounded, and have a branched course on the surface of the suction part corresponding to the breast milk ducts of the nipple, wherein four drinking slits are arranged in the shape of a W and an additional drinking slit extends upward from the point of intersection of the two middle drinking slits.
A toroidal field coil for generating a toroidal magnetic field in a nuclear fusion reactor comprising a toroidal plasma chamber having a central column, the toroidal field coil comprising a portion adapted to pass through the central column, wherein the portion comprises: a low temperature superconductor, LTS, layer formed from LTS; characterised by further comprising: a high temperature superconductor, HTS, layer formed from HTS and located radially outward of the LTS layer. a non-superconducting conductive layer formed from electrically conducting, non-superconducting material and located radially outward of the HTS and LTS layers. a low temperature superconductor, LTS, layer formed from LTS; a high temperature superconductor, HTS, layer formed from HTS and located radially outward of the LTS layer. a non-superconducting conductive layer formed from electrically conducting, non-superconducting material and located radially outward of the HTS and LTS layers.
Composition comprising an effective quantity of an aqueous extract of Triticum monococcum grains, in a cosmetically acceptable medium, intended to be used as a photoprotective agent in the treatment of the skin against attacks due to UV radiation.
An electrostatically atomizing device comprising: different types of thermoelectric elements, wherein the different types are P-type and N-type; an emitter electrode being configured to cause an electrostatical atomization, wherein said emitter electrode is provided with a mounting member which the different types of thermoelectric elements are mounted on, wherein said mounting member is provided with an electrical conductive path which is located between the different types of thermoelectric elements, wherein heat absorption sides of thermoelectric elements are electrically connected to each other through the emitter electrode. different types of thermoelectric elements, wherein the different types are P-type and N-type; an emitter electrode being configured to cause an electrostatical atomization,
A beverage forming system, comprising: a beverage forming chamber arranged to hold a beverage medium used to form a beverage; a liquid supply arranged to provide liquid to the beverage forming chamber for mixing with the beverage medium to form a beverage; and an outlet chamber having an inlet opening to receive beverage from the beverage forming chamber, an outlet opening to output beverage to a user's container, the outlet chamber including a standpipe in the outlet chamber between the inlet and the outlet openings (71, 73), the standpipe having a portion extending upwardly from a bottom of the outlet chamber and impeding a direct flow path between the inlet and the outlet openings so as to force flow between the inlet and outlet openings to pass around the standpipe portion, a secondary outlet opening being positioned above the outlet opening, the standpipe further including a wall element extending upwardly from a bottom of the outlet chamber between the secondary outlet opening and the outlet opening. a beverage forming chamber arranged to hold a beverage medium used to form a beverage; a liquid supply arranged to provide liquid to the beverage forming chamber for mixing with the beverage medium to form a beverage; and an outlet chamber having an inlet opening to receive beverage from the beverage forming chamber, an outlet opening to output beverage to a user's container, the outlet chamber including a standpipe in the outlet chamber between the inlet and the outlet openings (71, 73), the standpipe having a portion extending upwardly from a bottom of the outlet chamber and impeding a direct flow path between the inlet and the outlet openings so as to force flow between the inlet and outlet openings to pass around the standpipe portion, a secondary outlet opening being positioned above the outlet opening, the standpipe further including a wall element extending upwardly from a bottom of the outlet chamber between the secondary outlet opening and the outlet opening.
Method for measuring the temperature of a susceptor (11, 15) of an inductive heating arrangement configured to heat an aerosol-forming substrate (312, 314), the inductive heating arrangement comprising: - a cavity (14, 18) for receiving the aerosol-forming substrate (312, 314) heatable by the inductive heating arrangement; - at least one inductor coil (12, 16) configured to generate a varying magnetic field when a varying electric current flows through the at least one inductor coil (12, 16); - at least one susceptor (11, 15) arranged relative to the at least one inductor coil (12, 16) in such a way that the at least one susceptor (11, 15) is heatable by penetration of the varying magnetic field, the at least one susceptor (11, 15) being configured to heat the aerosol-forming substrate (312, 314); - at least one temperature sensor (13, 17); the method comprising: - providing the at least one temperature sensor (13, 17) in thermal contact with the at least one susceptor (11, 15); - measuring the temperature of the at least one susceptor (11, 15) when the varying electric current does not flow through the at least one inductor coil (12, 16). - a cavity (14, 18) for receiving the aerosol-forming substrate (312, 314) heatable by the inductive heating arrangement; - at least one inductor coil (12, 16) configured to generate a varying magnetic field when a varying electric current flows through the at least one inductor coil (12, 16); - at least one susceptor (11, 15) arranged relative to the at least one inductor coil (12, 16) in such a way that the at least one susceptor (11, 15) is heatable by penetration of the varying magnetic field, the at least one susceptor (11, 15) being configured to heat the aerosol-forming substrate (312, 314); - at least one temperature sensor (13, 17); - providing the at least one temperature sensor (13, 17) in thermal contact with the at least one susceptor (11, 15); - measuring the temperature of the at least one susceptor (11, 15) when the varying electric current does not flow through the at least one inductor coil (12, 16).
Adjustable device for holding and fixing a frame to a wall opening, having - a profile rail formed as a longitudinally expanded shaped sheet metal part of substantially C-, U-, double-T or hollow box-shaped cross-section; and - having a plurality of possible connection points for mounting on a statically load-bearing wall section; and - one or more possible connection points for attachment of an adjustment element, - wherein the adjustment element comprises a threaded bolt and an adjustable support element arranged on the threaded bolt, - wherein the threaded bolt is fixable at its first end to a connection point of the profile rail, characterized in that a fastening element is provided which can be screwed onto the second end of the threaded bolt, is designed as a cap nut with a substantially cylindrical body and an axial blind hole thread as well as a flat head projecting radially beyond the cylindrical body, and which enables the frame to be clamped between the support element and the fastening element. - a profile rail formed as a longitudinally expanded shaped sheet metal part of substantially C-, U-, double-T or hollow box-shaped cross-section; and - having a plurality of possible connection points for mounting on a statically load-bearing wall section; and - one or more possible connection points for attachment of an adjustment element, - wherein the adjustment element comprises a threaded bolt and an adjustable support element arranged on the threaded bolt, - wherein the threaded bolt is fixable at its first end to a connection point of the profile rail,
A collaborative communication system, comprising: a plurality of endpoints configured to engage in a collaborative communication session, each endpoint associated with one or more domains of a plurality of domains, wherein the plurality of domains are communicatively coupled with one another via at least one external communications link (106, 384, 386, 388); a plurality of core services including a presence service, a media switch service, and an authentication service, the core services being the minimum set of services that must be located at each domain of the plurality of domains; a plurality of non-core services that are accessible from any domain as addressable endpoints via the at least one external communications link (106, 384, 386, 388) as long as an associated endpoint address is known; a plurality of media switches with which the plurality of endpoints connect to communicate with endpoints in other domains via the at least one external communications link (106, 384, 386, 388), each of the plurality of media switches configured to apply a set of rules to verify that the connection is permissible, notify the presence service of the connection, and route messages associated with the collaborative communication session between the plurality of endpoints; a local application sharing feature located within a domain of the plurality of domains; and a feature service located in the domain, wherein the local application sharing feature is accessible to a plurality of endpoints (356, 358) associated with the domain via the feature service. a plurality of endpoints configured to engage in a collaborative communication session, each endpoint associated with one or more domains of a plurality of domains, wherein the plurality of domains are communicatively coupled with one another via at least one external communications link (106, 384, 386, 388); a plurality of core services including a presence service, a media switch service, and an authentication service, the core services being the minimum set of services that must be located at each domain of the plurality of domains; a plurality of non-core services that are accessible from any domain as addressable endpoints via the at least one external communications link (106, 384, 386, 388) as long as an associated endpoint address is known; a plurality of media switches with which the plurality of endpoints connect to communicate with endpoints in other domains via the at least one external communications link (106, 384, 386, 388), each of the plurality of media switches configured to apply a set of rules to verify that the connection is permissible, notify the presence service of the connection, and route messages associated with the collaborative communication session between the plurality of endpoints; a local application sharing feature located within a domain of the plurality of domains; and a feature service located in the domain, wherein the local application sharing feature is accessible to a plurality of endpoints (356, 358) associated with the domain via the feature service.
A method for aligning a tyre on a rim at a precise angle of rotation in a preassembled complete wheel, wherein the actual angular position of a match point of the tyre and/or a match point of the rim is detected based on an image recorded by a camera and a desired angular position is established by rotating the tyre and/or the rim, characterized in that the detection of the actual angular position comprises the following steps: • recording at least three, preferably four individual images of the complete wheel by the camera, each with different illumination directions; • creating an output image containing information on the surface structure of the complete wheel by fusion from the individual images; • software-based object search in the output image for a predetermined structural feature of the tyre and/or the rim and determination of the object position. • recording at least three, preferably four individual images of the complete wheel by the camera, each with different illumination directions; • creating an output image containing information on the surface structure of the complete wheel by fusion from the individual images; • software-based object search in the output image for a predetermined structural feature of the tyre and/or the rim and determination of the object position.
A method for generating an encrypted and authenticated message by a first component of an electronic device, the message authenticating the first component as the originator of the message, the method comprising: receiving touch events at an input device of the first component that identify a personal identification number, PIN,; receiving noise obtained from randomness of touch event coordinates; generating a block of information comprising a concatenation of the PIN and the noise; encrypting the block of information based on a first encryption key acquired from a first memory of the first component associated with a second decryption key in a second component of the device so as to generate an encrypted block of information; accessing, from the first memory of the first component, a first previous version of a first dynamic unique key, the first previous version of the first dynamic unique key being at least partially based on a first original unique key; generating a first current version of the dynamic unique key based on the first previous version of the first dynamic unique key; generating a message authentication code, MAC, based on the encrypted block of information and the first current version of the first dynamic unique key; and transmitting, to the second component the encrypted block of information and the MAC. receiving touch events at an input device of the first component that identify a personal identification number, PIN,; receiving noise obtained from randomness of touch event coordinates; generating a block of information comprising a concatenation of the PIN and the noise; encrypting the block of information based on a first encryption key acquired from a first memory of the first component associated with a second decryption key in a second component of the device so as to generate an encrypted block of information; accessing, from the first memory of the first component, a first previous version of a first dynamic unique key, the first previous version of the first dynamic unique key being at least partially based on a first original unique key; generating a first current version of the dynamic unique key based on the first previous version of the first dynamic unique key; generating a message authentication code, MAC, based on the encrypted block of information and the first current version of the first dynamic unique key; and transmitting, to the second component the encrypted block of information and the MAC.