mhurhangee/patent-ind-claim-en huggingface dataset:
A seal assembly for a gas turbine engine , the seal assembly comprising: a seal support disk including a radially inner mounting portion and a radially outer seal carrier portion , the inner mounting portion of the seal support disk including a snap ring and a fastenable flange ; and a flow diverter assembly secured around a first axial side of the outer seal carrier portion , characterised in that : the flow diverter assembly includes a finger seal having a fixed end fastened between a flow diverter element and the first axial side of the outer seal carrier portion . a seal support disk including a radially inner mounting portion and a radially outer seal carrier portion , the inner mounting portion of the seal support disk including a snap ring and a fastenable flange ; and a flow diverter assembly secured around a first axial side of the outer seal carrier portion , characterised in that : the flow diverter assembly includes a finger seal having a fixed end fastened between a flow diverter element and the first axial side of the outer seal carrier portion .
A laundry drying rack , comprising at least two mutually opposite cross members and a plurality of elongated holding means on which laundry items can be arranged for drying, wherein the holding means extend between the cross members , and the holding means connect the cross members to one another, wherein the holding means are coupled to the cross members by positive latching connections , wherein each latching connection comprises at least one connecting element and at least one connecting body which latch together in a positive manner, wherein the connecting element comprises at least one latching means which latches with a corresponding latching structure of the connecting body , characterised in that the latching means is formed in the form of a spigot which has at least one radially expanding latching element .
Joining device for joining joining elements to components comprising a joining head on which a retaining apparatus for retaining a joining element to be joined to the component is arranged such that a first joining surface of the joining element can be aligned on a second joining surface of the component , characterised in that the joining device further comprises an apparatus for detecting a state of the first and/or the second joining surface consisting in a fluorescence measurement apparatus (40-1), wherein the fluorescence measurement apparatus (40-1) is either a measurement probe or a probe housing arranged on the joining head , wherein the measurement apparatus comprises a generator for generating generator radiation (36-1) and a sensor for detecting reaction radiation (38-1).
Exposure head for use in an exposure apparatus for illuminating a surface, the exposure head comprising a plurality of radiative sources for providing a plurality of beams, an optical scanning unit arranged for receiving the beams and for directing the beams towards the surface for impinging each of the beams on an impingement spot, a rotation actuating unit connected to the optical scanning unit for at least partially rotating the optical scanning unit, wherein the impingement spots of the beams are scanned across the surface by said at least partial rotation of the optical scanning unit, characterized in that , the optical scanning unit comprises a transmissive element including one or more facets for receiving the beams and for outputting the beams after conveying thereof through the transmissive element, for displacing the beams upon said rotation of the transmissive element for enabling the scanning of the impingement spots, the impingement spots thereby illuminating the surface in a pattern for forming an image, wherein two or more of said plurality of radiative sources are arranged adjacent each other across a length of the transmissive element, for irradiating the transmissive element.
Method for establishing a duplex connection (DC) for data transmission between two transmission units (TR1, TR2), each having a transmit unit (Txl, Tx2) and a receive unit (Rxl, Rx2), wherein the duplex connection (DC) has two opposingly directed, unidirectional transmission channels (DC12, DC21), by which a communications link for data transmission between the respective transmit unit (Txl, Tx2) and the respective receive unit (Rxl, Rx2) of the two transmission units (TR1, TR2) is established in each case, characterised in that during a synchronisation phase the transmit units (Txl, Tx2) of the two transmission units (TR1, TR2) independently emit in a periodically repeated manner a first synchronisation signal (P11, P21) respectively, in that following detection and synchronisation with the respective first synchronisation signal (P11, P21) by the respective receive unit (Rxl, Rx2), the transmit unit (Txl, Tx2) belonging to the same transmission unit (TR1, TR2) respectively is instructed to emit at least one time a second synchronisation signal (P12, P22) respectively, in that the second synchronisation signal (P12, P22) respectively is derived from the first synchronisation signal (P11, P21) respectively of the transmit unit (Txl, Tx2) of the respective transmission unit (TR1, TR2) by modulation of a respective repetition period (T11, T21) of the first synchronisation signal (P11, P21), or by changing an amplitude of the first synchronisation signal (P11, P21) and/or a polarity of the first synchronisation signal (P11, P21), and in that following at least one-time detection of the second synchronisation signal (P12, P22) respectively by the receive units (Rxl, Rx2) of the two transmission units (TR1, TR2), a changeover to data transmission is implemented.
A dolly comprising: - at least one wheel , - an auto-engaging brake configured to: ∘ brake the at least one wheel in an applied state of the auto-engaging brake and to ∘ not brake the at least one wheel in a released state of the auto-engaging brake , - a release mechanism configured to selectively manipulate the auto-engaging brake to the released state, and - a tow bar configured to act as a primary input device and connected to the release mechanism for operating the auto-engaging brake between the applied and released state characterized by a handle configured to act as a secondary input device and being connected to the release mechanism to be toggled between: - an inactive state, in which the handle does not impact the release mechanism , and - an active state, in which the handle impacts the release mechanism so as to manipulate the auto-engaging brake to the released state. - at least one wheel , - an auto-engaging brake configured to: ∘ brake the at least one wheel in an applied state of the auto-engaging brake and to ∘ not brake the at least one wheel in a released state of the auto-engaging brake , ∘ brake the at least one wheel in an applied state of the auto-engaging brake and to ∘ not brake the at least one wheel in a released state of the auto-engaging brake , - a release mechanism configured to selectively manipulate the auto-engaging brake to the released state, and - a tow bar configured to act as a primary input device and connected to the release mechanism for operating the auto-engaging brake between the applied and released state characterized by a handle configured to act as a secondary input device and being connected to the release mechanism to be toggled between: - an inactive state, in which the handle does not impact the release mechanism , and - an active state, in which the handle impacts the release mechanism so as to manipulate the auto-engaging brake to the released state. - an inactive state, in which the handle does not impact the release mechanism , and - an active state, in which the handle impacts the release mechanism so as to manipulate the auto-engaging brake to the released state.
An uplink signal transmission method, comprising: • receiving (S 501), by a terminal device, first information sent by a network device, wherein the first information is used to instruct the terminal device to transmit a sounding reference signal, SRS, in a set of symbols in a first slot, wherein the set of symbols comprises at least two symbols; • receiving (S 502), by the terminal device, second information transmitted by the network device, wherein the second information is used to instruct the terminal device not to transmit the SRS in M symbols from the set of symbols, and M is an integer greater than 0; and • transmitting (S 503), by the terminal device based on the first information and the second information, the SRS in a subset of symbols from the set of symbols and that is different from the M symbols. • receiving (S 501), by a terminal device, first information sent by a network device, wherein the first information is used to instruct the terminal device to transmit a sounding reference signal, SRS, in a set of symbols in a first slot, wherein the set of symbols comprises at least two symbols; • receiving (S 502), by the terminal device, second information transmitted by the network device, wherein the second information is used to instruct the terminal device not to transmit the SRS in M symbols from the set of symbols, and M is an integer greater than 0; and • transmitting (S 503), by the terminal device based on the first information and the second information, the SRS in a subset of symbols from the set of symbols and that is different from the M symbols.
A foreign object detection system for use with a wireless power transfer system , comprising: a heat sensing system comprising at least two electrically conductive wires electrically insulated from one another by an insulation layer of heat sensitive material having a conductive property configured to change as a function of temperature; an inductive sensing system comprising one or more sense coils , and at least one of the at least two electrically conductive wires, wherein a change in an electrical characteristic of the one or more sense coils is indicative of a presence of a foreign object near the wireless power transfer system; and a controller coupled to the heat sensing system and the inductive sensing system, wherein the controller is configured to determine the presence of the foreign object based on at least one of a measure of the conductive property of the heat sensitive material or a measure of the electrical characteristic of the one or more sense coils. a heat sensing system comprising at least two electrically conductive wires electrically insulated from one another by an insulation layer of heat sensitive material having a conductive property configured to change as a function of temperature; an inductive sensing system comprising one or more sense coils , and at least one of the at least two electrically conductive wires, wherein a change in an electrical characteristic of the one or more sense coils is indicative of a presence of a foreign object near the wireless power transfer system; and a controller coupled to the heat sensing system and the inductive sensing system, wherein the controller is configured to determine the presence of the foreign object based on at least one of a measure of the conductive property of the heat sensitive material or a measure of the electrical characteristic of the one or more sense coils.
Device with a protective cover (S) which is suitable and designed to cover at least one room region in such a way that the protective cover (S) surrounds the at least one room region in the manner of a tent or chamber, directly adjoins a floor region and is able to separate the room region from an environment (U) immediately surrounding the protective cover (S), wherein the protective cover (S) includes at least two layers , a first and a second layer separated by a spacer layer , of which the spacer layer has a support structure that keeps the two layers apart and is flow-permeable in the longitudinal extension of the layers, and at least one flow unit with a flow outlet is provided, which is fluidically connected to the spacer layer via the second layer of the protective cover (S), which is closest to the environment (U), characterized in that the first layer is mounted closest to the room region and is flow-permeable and has a permeability to flow in the range from 500 to 49,000 m 3 /m 2 /h, at least the first and second layers are made exclusively from clean-room compatible material which is designed to directly enclose a cleanroom of ISO classes 1 to 9 according to DIN EN ISO 14644-1:2016-06, the protective cover (S) has an outlet area , through which room air driven by overpressure exits into the environment (U) and on which a sterilisation unit is mounted; and the at least one flow unit is operable in such manner that a layer internal pressure p2 created inside the spacer layer is both greater than a room inner pressure p1 formed inside the room region and greater than an ambient pressure p3 prevailing in the surrounding environment (U). wherein the protective cover (S) includes at least two layers , a first and a second layer separated by a spacer layer , of which the spacer layer has a support structure that keeps the two layers apart and is flow-permeable in the longitudinal extension of the layers, and at least one flow unit with a flow outlet is provided, which is fluidically connected to the spacer layer via the second layer of the protective cover (S), which is closest to the environment (U), characterized in that the first layer is mounted closest to the room region and is flow-permeable and has a permeability to flow in the range from 500 to 49,000 m 3 /m 2 /h, at least the first and second layers are made exclusively from clean-room compatible material which is designed to directly enclose a cleanroom of ISO classes 1 to 9 according to DIN EN ISO 14644-1:2016-06, the protective cover (S) has an outlet area , through which room air driven by overpressure exits into the environment (U) and on which a sterilisation unit is mounted; and the at least one flow unit is operable in such manner that a layer internal pressure p2 created inside the spacer layer is both greater than a room inner pressure p1 formed inside the room region and greater than an ambient pressure p3 prevailing in the surrounding environment (U).
Control system for playing a data stream comprising: • a first device , called a receiving device, comprising: - means for receiving the data stream to be played, - means for transmitting the received data stream through the external output means to a device that is capable of playing the stream , • a second device , called a control device, which is separate from the receiving device , integrating the user interface means for allowing a user to select a data stream to be played and comprising means for, subsequent to the selection, by a user, of a stream to be played, transmitting to the receiving device a command for playing the selected stream, said control device being designed to decode and play the selected stream and being separate from the device that is capable of playing the stream , said command being transmitted subsequent to a command from the user for playing said stream on the device that is capable of playing the stream after preview on the control device , said command containing data for locating the selected stream, said user interface means being designed to access a selection user interface at least, said selection interface allowing a content stored on a storage device to be accessed. • a first device , called a receiving device, comprising: - means for receiving the data stream to be played, - means for transmitting the received data stream through the external output means to a device that is capable of playing the stream , - means for receiving the data stream to be played, - means for transmitting the received data stream through the external output means to a device that is capable of playing the stream , • a second device , called a control device, which is separate from the receiving device , integrating the user interface means for allowing a user to select a data stream to be played and comprising means for, subsequent to the selection, by a user, of a stream to be played, transmitting to the receiving device a command for playing the selected stream, said command being transmitted subsequent to a command from the user for playing said stream on the device that is capable of playing the stream after preview on the control device , said command containing data for locating the selected stream, said user interface means being designed to access a selection user interface at least, said selection interface allowing a content stored on a storage device to be accessed.
A diagnostic analyzer comprising: a pretreatment carousel to carry a first plurality of reaction vessels, the pretreatment carousel to rotate such that the first plurality of reaction vessels are moved through a plurality of index positions; a processing carousel to carry a second plurality of reaction vessels, the processing carousel coaxial with the pretreatment carousel ; a first pipetting mechanism ; a second pipetting mechanism ; and a controller configured to: control the first pipetting mechanism to dispense a sample into a first reaction vessel of the first plurality of reaction vessels on the pretreatment carousel ; control the second pipetting mechanism to dispense a reagent into the first reaction vessel ; control the pretreatment carousel to rotate such that the first reaction vessel is moved through one or more index positions; and control one of the first pipetting mechanism or the second pipetting mechanism to aspirate a mixture of the sample and the reagent from the first reaction vessel and dispense the mixture into a second reaction vessel of the second plurality of reaction vessels on the processing carousel . a pretreatment carousel to carry a first plurality of reaction vessels, the pretreatment carousel to rotate such that the first plurality of reaction vessels are moved through a plurality of index positions; a processing carousel to carry a second plurality of reaction vessels, the processing carousel coaxial with the pretreatment carousel ; a first pipetting mechanism ; a second pipetting mechanism ; and a controller configured to: control the first pipetting mechanism to dispense a sample into a first reaction vessel of the first plurality of reaction vessels on the pretreatment carousel ; control the second pipetting mechanism to dispense a reagent into the first reaction vessel ; control the pretreatment carousel to rotate such that the first reaction vessel is moved through one or more index positions; and control one of the first pipetting mechanism or the second pipetting mechanism to aspirate a mixture of the sample and the reagent from the first reaction vessel and dispense the mixture into a second reaction vessel of the second plurality of reaction vessels on the processing carousel . control the first pipetting mechanism to dispense a sample into a first reaction vessel of the first plurality of reaction vessels on the pretreatment carousel ; control the second pipetting mechanism to dispense a reagent into the first reaction vessel ; control the pretreatment carousel to rotate such that the first reaction vessel is moved through one or more index positions; and control one of the first pipetting mechanism or the second pipetting mechanism to aspirate a mixture of the sample and the reagent from the first reaction vessel and dispense the mixture into a second reaction vessel of the second plurality of reaction vessels on the processing carousel .
A mounting bracket for securing a bezel to a display unit of a display device comprising a bezel , wherein the bezel comprises a first section including a corner , at least one pocket located in said corner , and a second section comprising a boss ; the mounting bracket comprising: a corner mounting bracket comprising a bezel attachment portion configured to be affixed to the boss ; a display unit attachment portion configured to be affixed to the display unit ; at least one tongue configured to extend at least partially into the at least one pocket within the first section of the bezel, and to be affixed to at least one surface of said at least one pocket by an adhesive thereby coupling the bezel to the display unit via the mounting bracket . a corner mounting bracket comprising a bezel attachment portion configured to be affixed to the boss ; a display unit attachment portion configured to be affixed to the display unit ; at least one tongue configured to extend at least partially into the at least one pocket within the first section of the bezel, and to be affixed to at least one surface of said at least one pocket by an adhesive thereby coupling the bezel to the display unit via the mounting bracket .
Device for controlling a communication network having a plurality of terminals (21 - 28) for a data communication, comprising: a control unit configured to decouple a data plane (L1) and a control plane (L2) of the data communication and to pro-actively modify at least one characteristic of the communication network which is visible from the outside of the communication network during a communication session using the decoupled control plane (L2), wherein the control unit is configured to modify a routing behavior of the communication network during the communication session using the decoupled control plane (L2), wherein the communication session comprises a plurality of transactions of data, wherein the control unit is configured to modify the at least one characteristic of the communication network which is visible from the outside of the communication network after each one of the plurality of transactions. a control unit configured to decouple a data plane (L1) and a control plane (L2) of the data communication and to pro-actively modify at least one characteristic of the communication network which is visible from the outside of the communication network during a communication session using the decoupled control plane (L2), wherein the control unit is configured to modify a routing behavior of the communication network during the communication session using the decoupled control plane (L2), wherein the communication session comprises a plurality of transactions of data, wherein the control unit is configured to modify the at least one characteristic of the communication network which is visible from the outside of the communication network after each one of the plurality of transactions.