mhurhangee/ep-ind-claims huggingface dataset:
Fixing device for mounting a holding element or object to a plate-shaped element with a through-opening, in particular to a wall of a container, wherein the fixing device is provided for the rotatable fixing of the holding element or object to the plate-shaped element, in particular the wall and comprises at least one fixing element engaging into a through-opening in the plate-shaped element, wherein the fixing element comprises a spreading element which in a first state can be guided in a first axial direction through the through-opening and in a second state is fixed at least in a second axial direction, opposite to the first axial direction, with respect to the plate-shaped element, wherein an actuating element for switching from the first into the second state is arranged within the fixing element, movable with respect thereto and securing the second state, and wherein the actuating element is movable with respect to the fixing element from a first position in which the first state is configured to a second position in which the second state is configured, along the first axial direction, characterised in that the actuating element is snapped in at the fixing element in the first state and a movement of the actuating element within the fixing element for switching from the first into the second state is inhibited, and that a first actuating force on the actuating element for plugging the spreading element through the through-opening when the actuating element is in the first position is less than a second actuating force on the actuating element for switching to the second position starting from the first position.
A pipetting apparatus comprising a pipette tube having a first end provided with an opening for aspirating and/or dispensing of a sample fluid and a second end operationally connected to a pressure generating means, wherein the pipetting apparatus comprises at least one measuring unit (26,28) adapted to determine a measurement value of the sample fluid based on said aspirating and/or dispensing of the sample fluid and to provide a sample fluid measurement signal representative thereof to an output of the measuring unit (26,28), said pipetting apparatus further comprises a control circuit operationally coupled to the output of the measuring unit (26,28) and the input of the pressure generating means, said control circuit is configured to control said pressure generating means based on the sample fluid measurement signal, wherein the at least one measuring unit (26,28) comprises a volume measurement unit adapted to determine a volume level of the sample fluid in the pipette tube and to provide a volume measurement signal representative thereof to the input of the control circuit, wherein the control circuit is configured to control the pressure generating means as a function of the volume measurement signal and time, wherein the volume measurement unit comprises a first electrode which is at least partially mounted to an outer wall of the pipette tube, wherein said first electrode and a second electrode are configured to form a measuring capacitor, wherein the second electrode is at least partially provided by the sample fluid present into the pipette tube, said measuring capacitor is operationally connected to a computing means which is configured to, as a function of the capacity of the measuring capacitor, determine a volume level of the sample fluid in the pipette tube, said pipetting apparatus further comprising a determining unit adapted to determine at least one sample fluid characteristic based on at least one of the volume measurement signal and time, wherein the sample fluid characteristic comprises at least one of liquid classes, viscosity and surface tension of the sample fluid.
A method for adding or changing to an assisted serving cell for a user equipment, the method comprising: determining, at a macro cell acting as a serving cell for the user equipment, that the user equipment is close to the assisted serving cell; in response to determining that the user equipment is close to the assisted serving cell, sending a configuration message to the user equipment to perform inter-frequency measurements; in response to sending the configuration message, receiving, at the macro cell an inter-frequency measurement report from the user equipment; based on the inter-frequency measurement report, sending, from the macro cell, a preparation message to the assisted serving cell; receiving, at the macro cell, an acknowledgement from the assisted serving cell; providing, from the macro cell, an assisted serving cell activation message to the user equipment indicating the assisted serving cell is to act as an additional serving cell for the user equipment and is to provide user plane, U-plane, data communications with the user equipment; receiving, at the macro cell, an activation complete message from the user equipment; and sending, from the macro cell to a serving gateway or packet data node gateway, a path switch message to switch user plane data communications of the user equipment to the assisted serving cell, the macro cell remaining a serving cell for the user equipment for providing at least control plane data communications with the user equipment. determining, at a macro cell acting as a serving cell for the user equipment, that the user equipment is close to the assisted serving cell; in response to determining that the user equipment is close to the assisted serving cell, sending a configuration message to the user equipment to perform inter-frequency measurements; in response to sending the configuration message, receiving, at the macro cell an inter-frequency measurement report from the user equipment; based on the inter-frequency measurement report, sending, from the macro cell, a preparation message to the assisted serving cell; receiving, at the macro cell, an acknowledgement from the assisted serving cell; providing, from the macro cell, an assisted serving cell activation message to the user equipment indicating the assisted serving cell is to act as an additional serving cell for the user equipment and is to provide user plane, U-plane, data communications with the user equipment; receiving, at the macro cell, an activation complete message from the user equipment; and sending, from the macro cell to a serving gateway or packet data node gateway, a path switch message to switch user plane data communications of the user equipment to the assisted serving cell, the macro cell remaining a serving cell for the user equipment for providing at least control plane data communications with the user equipment.
A system, comprising: a stretching device, the stretching device comprising: an inflatable component affixed to a moveable platform, wherein the inflatable component is configured to apply force against a limb of a user placed thereon; a pressure plate mounted on the moveable platform comprising a plurality of sensors that are configured to measure a force that is applied to the pressure plate; a support supporting the stretching device, the stretching device being adjustably coupled to the support in such a way that the stretching device can be positionally adjusted along the support and fixed in a desired location; and a first control mechanism enabling a user to control the degree of inflation of the inflatable component; and a biofeedback component configured to provide contemporaneous biological information to the user, wherein the biofeedback component includes one or more user modules coupled to the user and one or more stretching device modules coupled to the stretching device. a stretching device, the stretching device comprising: an inflatable component affixed to a moveable platform, wherein the inflatable component is configured to apply force against a limb of a user placed thereon; a pressure plate mounted on the moveable platform comprising a plurality of sensors that are configured to measure a force that is applied to the pressure plate; an inflatable component affixed to a moveable platform, wherein the inflatable component is configured to apply force against a limb of a user placed thereon; a pressure plate mounted on the moveable platform comprising a plurality of sensors that are configured to measure a force that is applied to the pressure plate; a support supporting the stretching device, the stretching device being adjustably coupled to the support in such a way that the stretching device can be positionally adjusted along the support and fixed in a desired location; and a first control mechanism enabling a user to control the degree of inflation of the inflatable component; and a biofeedback component configured to provide contemporaneous biological information to the user, wherein the biofeedback component includes one or more user modules coupled to the user and one or more stretching device modules coupled to the stretching device.
An air-operated diaphragm brake actuator for (10, 300) the parking brakes of a vehicle, of the type comprising: a sealed housing comprising a first end wall, a peripheral side wall extending away from the first end wall to define a first interior cavity, and a second end wall, opposing the first end wall and closing the first interior cavity; a diaphragm (32, 332) having a central opening (64, 364), spanning the interior cavity, and dividing the interior cavity into a spring chamber located between the diaphragm (32, 332) and the first end wall, and a pressure chamber located between the diaphragm (32, 332) and the second end wall, the pressure chamber being adapted for connection to a source of pressurized fluid where the diaphragm (32, 332) is in a first position when the pressure chamber is exhausted and a second position when the pressure chamber is pressurized; a spring disposed in the spring chamber and biasing the diaphragm (32, 332) in a direction toward the second end wall away from the first position where the spring is compressed, toward the second position where the spring is less compressed; a hollow actuator rod (78, 378) having one end coupled to the diaphragm (32, 332) at the central opening and another end extending through the second end wall to establish fluid communication between the spring chamber and a side of the second end wall opposite the pressure chamber, wherein when the diaphragm (32, 332) is in the second position the hollow actuator rod (78, 378) is positioned to apply the parking brake and when the diaphragm (32, 332) is in the first position the hollow actuator rod (78, 378) is positioned to release the parking brake; characterized by: a one-way valve (86, 200) positioned within the hollow actuator rod (78, 378) to permit the exhausting of fluid from the spring chamber through the hollow actuator rod (78, 378) and prevent the introduction of fluid through the hollow actuator rod (78, 378) and into the spring chamber; the oneway valve (86, 200) comprises: a body having a through opening and positioned within the hollow actuator rod (78, 378) to block fluid flow through the hollow actuator rod (78, 378) except through the through opening; a poppet (116, 202) mounted within the through opening and moveable between a sealing position where the poppet (116, 202) seals the through opening to prevent the flow of fluid through the body, and an open position where the poppet (116, 202) unseals the through opening to permit the flow of fluid through the body; whereby when the pressurized fluid is introduced into the pressure chamber, the diaphragm (32, 332) moves from the second position to the first position to reduce the volume of the spring chamber and, as the resulting fluid pressure increases in the spring chamber exceeds a predetermined value, the one-way valve (86, 200) opens to permit the pressurized fluid to pass from the spring chamber and through the hollow actuator rod (78, 378) thereby relieving pressure in the spring chamber.
A method for securely exchanging information, the method comprising: establishing a cryptographically secure communication between an application module and an audio module, wherein the application module is executing on an information-handling machine and wherein the audio module is coupled to the information-handling machine, wherein the establishing is at least partially facilitated by a mutually trusted module, characterized in that the method further comprises providing, by the mutually trusted module, the same cryptographic key, used in the cryptographically secure communication, to the application module and the audio module, and is performed on the condition that the application module is a trusted application module; wherein the audio module and the mutually trusted module are configured to use a restricted access memory space that is not physically accessible to other modules, and wherein an application module is authenticated as a trusted application module in response to determining by the mutually trusted module that the application is part of a trusted execution environment. establishing a cryptographically secure communication between an application module and an audio module, wherein the application module is executing on an information-handling machine and wherein the audio module is coupled to the information-handling machine, wherein the establishing is at least partially facilitated by a mutually trusted module, characterized in that the method further comprises providing, by the mutually trusted module, the same cryptographic key, used in the cryptographically secure communication, to the application module and the audio module, and is performed on the condition that the application module is a trusted application module; wherein the audio module and the mutually trusted module are configured to use a restricted access memory space that is not physically accessible to other modules, and wherein an application module is authenticated as a trusted application module in response to determining by the mutually trusted module that the application is part of a trusted execution environment.
A turnstile for access control, comprising: - a supporting pole; - a motor; - an access obstruction bar connected to said pole; said access obstruction bar being adapted to rotate about a substantially parallel axis and a substantially perpendicular axis with respect to the longitudinal axis of the pole so as to pass from a horizontal position, in which it is substantially perpendicular to said pole, to one or more intermediate positions, in which it is inclined with respect to said pole, and to a vertical position, in which it is substantially parallel to said pole, characterized in that it further comprises: - an enclosure having a first component that is integral with a fixed surface and a second component that can rotate; said enclosure having a cavity adapted to contain said supporting pole, which is integral with said first component, said pole extending parallel to the longitudinal extension of the enclosure; - said motor being adapted to be contained in said enclosure and to turn said second component by means of a reduction unit; - a slider associated rotatably and slidingly with said pole, said slider being moreover connected to said bar and to a sliding block that is integral with said rotatable component; - a cam which is integral with said pole and is adapted to be arranged between said reduction unit and said slider; said slider being provided with a follower adapted to slide along a contact surface of said cam, said contact surface forming a path having at least two points arranged at different heights; said bar being adapted to rotate about said substantially parallel axis and said substantially perpendicular axis with respect to the longitudinal axis of the pole depending on the position of said follower on said path. - a supporting pole; - a motor; - an access obstruction bar connected to said pole; - an enclosure having a first component that is integral with a fixed surface and a second component that can rotate; said enclosure having a cavity adapted to contain said supporting pole, which is integral with said first component, said pole extending parallel to the longitudinal extension of the enclosure; - said motor being adapted to be contained in said enclosure and to turn said second component by means of a reduction unit; - a slider associated rotatably and slidingly with said pole, said slider being moreover connected to said bar and to a sliding block that is integral with said rotatable component; - a cam which is integral with said pole and is adapted to be arranged between said reduction unit and said slider;
An amine salt of a carbostyril derivative formed from a carbostyril derivative represented by the formula: wherein: R is a halogen atom, the substituted position of the side chain is 3- or 4-position in the carbostyril skeleton, and the bonding between 3- and 4-positions of the carbostyril skeleton is a single bond or a double bond, and an amine selected from ethylenediamine, tris(hydroxymethyl)aminomethane, monoethanolamine, diethanolamine, diisopropanolamine and meglumine. R is a halogen atom, the substituted position of the side chain is 3- or 4-position in the carbostyril skeleton, and the bonding between 3- and 4-positions of the carbostyril skeleton is a single bond or a double bond, and an amine selected from ethylenediamine, tris(hydroxymethyl)aminomethane, monoethanolamine, diethanolamine, diisopropanolamine and meglumine.
A ball joint, comprising: a housing; a stud having a spherical bearing surface disposed in said housing; and a bearing having a concave spherical bearing surface brought into sliding abutment with said spherical bearing surface of said stud; said bearing being of fiber-reinforced polymer resin material including carbon fibers; characterised in that said bearing is formed as a substantially homogeneous, monolithic piece of fiber-reinforced polyamide wherein said carbon fibers extend circumferentially about said concave spherical bearing surface relative to a common longitudinal axis of the bearing and the stud. a housing; a stud having a spherical bearing surface disposed in said housing; and a bearing having a concave spherical bearing surface brought into sliding abutment with said spherical bearing surface of said stud; said bearing being of fiber-reinforced polymer resin material including carbon fibers; characterised in that said bearing is formed as a substantially homogeneous, monolithic piece of fiber-reinforced polyamide wherein said carbon fibers extend circumferentially about said concave spherical bearing surface relative to a common longitudinal axis of the bearing and the stud.
A method, comprising: receiving at an ingress Provider Edge, PE device of a computer network domain, Ethernet Virtual Private Network, EVPN, Auto-Discovery, A-D, route information from a remote PE device; determining, by the ingress PE device, from the received EVPN A-D route information whether the remote PE has attached root or leaf Ethernet segments, or both, wherein, if it is determined to have only leaf Ethernet segments, it is considered to be a leaf PE and otherwise to be a root PE; marking, at the ingress PE device, a flood list entry for the remote PE with a flag entry indicating whether it is a leaf PE or a root PE; receiving, at the ingress PE device, a frame destined to multiple destinations; determining, by the ingress PE device, whether the frame was received on a root or leaf ingress Ethernet segment; iterating, by the ingress PE device, over the flood lists for the multiple destinations; and if the ingress Ethernet segment is a leaf ingress Ethernet segment and the remote PE has a flag entry indicating that it is a leaf PE, the ingress PE device not replicating the frame towards the remote PE. receiving at an ingress Provider Edge, PE device of a computer network domain, Ethernet Virtual Private Network, EVPN, Auto-Discovery, A-D, route information from a remote PE device; determining, by the ingress PE device, from the received EVPN A-D route information whether the remote PE has attached root or leaf Ethernet segments, or both, wherein, if it is determined to have only leaf Ethernet segments, it is considered to be a leaf PE and otherwise to be a root PE; marking, at the ingress PE device, a flood list entry for the remote PE with a flag entry indicating whether it is a leaf PE or a root PE; receiving, at the ingress PE device, a frame destined to multiple destinations; determining, by the ingress PE device, whether the frame was received on a root or leaf ingress Ethernet segment; iterating, by the ingress PE device, over the flood lists for the multiple destinations; and if the ingress Ethernet segment is a leaf ingress Ethernet segment and the remote PE has a flag entry indicating that it is a leaf PE, the ingress PE device not replicating the frame towards the remote PE.
An audio signal rendering method comprising: receiving multichannel signals including a height input channel signal, a horizontal input channel signal, and flag information; obtaining a first downmix matrix for three-dimensional rendering over an output layout; obtaining a second downmix matrix for two-dimensional rendering over the output layout; and rendering the multichannel signals including the height input channel signal and the horizontal input channel signal, using at least one of the first downmix matrix or the second downmix matrix, so as to provide a sound image having a sense of elevation via a plurality of output channel signals according to the output layout, wherein the output layout is 5.1 channel format, wherein the multichannel signals include a first frame having an applause sound and a second frame having a general sound, the first frame being next to the second frame in time unit, and wherein the first frame is rendered using the second downmix matrix and the second frame is rendered using the first downmix matrix based on the flag information. receiving multichannel signals including a height input channel signal, a horizontal input channel signal, and flag information; obtaining a first downmix matrix for three-dimensional rendering over an output layout; obtaining a second downmix matrix for two-dimensional rendering over the output layout; and rendering the multichannel signals including the height input channel signal and the horizontal input channel signal, using at least one of the first downmix matrix or the second downmix matrix, so as to provide a sound image having a sense of elevation via a plurality of output channel signals according to the output layout, wherein the output layout is 5.1 channel format, wherein the multichannel signals include a first frame having an applause sound and a second frame having a general sound, the first frame being next to the second frame in time unit, and wherein the first frame is rendered using the second downmix matrix and the second frame is rendered using the first downmix matrix based on the flag information.
A dipole antenna assembly for decoupling 1H/X-core resonances, wherein at least two dipole antennas (4, 5) are connected to one another mechanically, but not electrically, characterized in that the dipole antennas (4, 5) intersect at an intersection point and form dipole antenna arms starting from the intersection point, wherein the dipole antenna arms are arranged in a half-space and that surface coils (9, 9a) are attached to the dipole antenna arms, which surface coils are tuned to the resonance frequency of a X-core.