mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit, IC, adapted to be connected to Peripheral Component Interconnect, PCI, Express, PCIe, comprising: a PCIe physical layer functional block, PHY ; and a PHY interface for PCI Express, PIPE, comprising: a control block configured to select between differential signaling and single-ended signaling for the PCIe bus, wherein the single-ended signaling is transmitted through existing pins of the IC that are coupled to the PCIe bus for differential signaling when single-ended signaling is selected for the PCIe bus; wherein the PHY comprises: a differential layer; a clock generator; a side-band signaling layer; and a first Configurable Physical Coding Sub-Layer, C-PCS, and a first Configurable Physical Media Attachment Layer, C-PMA, that perform both the differential signaling and the single-ended signaling; and wherein the control block is operable to cause the first C-PCS to switch between the differential signaling and the single-ended signaling characterized in that the control block is operable to cause the PHY to switch PCIe side-band signaling to in-band signaling when in the single-ended signaling and to side-band signaling when in the differential signaling. a PCIe physical layer functional block, PHY ; and a PHY interface for PCI Express, PIPE, comprising: a control block configured to select between differential signaling and single-ended signaling for the PCIe bus, wherein the single-ended signaling is transmitted through existing pins of the IC that are coupled to the PCIe bus for differential signaling when single-ended signaling is selected for the PCIe bus; a control block configured to select between differential signaling and single-ended signaling for the PCIe bus, wherein the single-ended signaling is transmitted through existing pins of the IC that are coupled to the PCIe bus for differential signaling when single-ended signaling is selected for the PCIe bus; wherein the PHY comprises: a differential layer; a clock generator; a side-band signaling layer; and a first Configurable Physical Coding Sub-Layer, C-PCS, and a first Configurable Physical Media Attachment Layer, C-PMA, that perform both the differential signaling and the single-ended signaling; and wherein the control block is operable to cause the first C-PCS to switch between the differential signaling and the single-ended signaling a differential layer; a clock generator; a side-band signaling layer; and a first Configurable Physical Coding Sub-Layer, C-PCS, and a first Configurable Physical Media Attachment Layer, C-PMA, that perform both the differential signaling and the single-ended signaling; and wherein the control block is operable to cause the first C-PCS to switch between the differential signaling and the single-ended signaling
Aircraft empennage, comprising: - a rear fuselage section comprising a skin (1.1) and a frame, - a trimmable horizontal tail plane comprising a first and a second lateral torsion box , the first and the second lateral torsion box comprising a front spar and a rear spar , - a front fitting and a rear fitting connected to the trimmable horizontal tail plane and to the fuselage section , - an actuator configured to act on the front fitting for a rotation of the trimmable horizontal tail plane around a hinge axis passing through the rear fitting and orthogonal to a vertical longitudinal plane of symmetry of the fuselage section , characterized in that - the front fitting comprises a first and a second front fitting units , the first front fitting unit being joined to the front spar of the first lateral torsion box and the second front fitting unit being joined to the front spar of the second lateral torsion box , the first front fitting unit and the second front fitting unit comprise an elongated support bar located in a plane perpendicular to the front spar , the support bars pointing towards the lateral sides of the rear fuselage section , and - the actuator comprises a first and a second actuator units , the first actuator unit being configured to act on the first front fitting unit and the second actuator unit being configured to act on the second front fitting unit , and - the support bars being attached by one end to the front spars and at the other end to the actuator units . - a rear fuselage section comprising a skin (1.1) and a frame, - a trimmable horizontal tail plane comprising a first and a second lateral torsion box , the first and the second lateral torsion box comprising a front spar and a rear spar , - a front fitting and a rear fitting connected to the trimmable horizontal tail plane and to the fuselage section , - an actuator configured to act on the front fitting for a rotation of the trimmable horizontal tail plane around a hinge axis passing through the rear fitting and orthogonal to a vertical longitudinal plane of symmetry of the fuselage section , - the front fitting comprises a first and a second front fitting units , the first front fitting unit being joined to the front spar of the first lateral torsion box and the second front fitting unit being joined to the front spar of the second lateral torsion box , the first front fitting unit and the second front fitting unit comprise an elongated support bar located in a plane perpendicular to the front spar , the support bars pointing towards the lateral sides of the rear fuselage section , and - the actuator comprises a first and a second actuator units , the first actuator unit being configured to act on the first front fitting unit and the second actuator unit being configured to act on the second front fitting unit , and - the support bars being attached by one end to the front spars and at the other end to the actuator units .
A non-staining composition which is bactericidal, fungicidal and viricidal when applied comprising in combination: an iodine free bactericide and/or fungicide having a residual efficacy lasting longer than 3 hours on surfaces against bacteria and fungi, wherein said iodine free bactericide and/or fungicide is a Polyvinyl alcohol (PVAlc)/quaternary ammonium compound complex; and hydrogen peroxide. an iodine free bactericide and/or fungicide having a residual efficacy lasting longer than 3 hours on surfaces against bacteria and fungi, wherein said iodine free bactericide and/or fungicide is a Polyvinyl alcohol (PVAlc)/quaternary ammonium compound complex; and hydrogen peroxide.
Antenna assembly comprising: - an insulating support comprising a first side and a second side facing away from said first side ; - a first antenna comprising a first layer arranged on said first side and a second layer arranged on said second side , at least one of said first layer and said second layer comprising a first feed connection for connecting said first antenna to a first signal source, at least one of said first layer and said second layer comprising a short connection for connecting said first antenna to a reference potential, said first layer and said second layer being conductively connected to each other; - a second antenna comprising a second feed connection ; and - a transmission line arranged at least partly on said first side across said first layer for connecting said second feed connection of said second antenna to a second signal source, said transmission line extending across said short connection of said first antenna , wherein said first layer comprises a first portion and a second portion separated from said first portion and wherein said transmission line extends between said first portion and said second portion . - an insulating support comprising a first side and a second side facing away from said first side ; - a first antenna comprising a first layer arranged on said first side and a second layer arranged on said second side , at least one of said first layer and said second layer comprising a first feed connection for connecting said first antenna to a first signal source, at least one of said first layer and said second layer comprising a short connection for connecting said first antenna to a reference potential, said first layer and said second layer being conductively connected to each other; - a second antenna comprising a second feed connection ; and - a transmission line arranged at least partly on said first side across said first layer for connecting said second feed connection of said second antenna to a second signal source, said transmission line extending across said short connection of said first antenna , wherein said first layer comprises a first portion and a second portion separated from said first portion and wherein said transmission line extends between said first portion and said second portion .
An item of support furniture for a standing passenger containing a frame with a support wherein it has a carrying beam and a seat tiltingly fixed to the carrying beam by a ball joint placed inside and along an axis of a spiral spring between the carrying beam and the seat , and the carrying beam is fastened to the frame tiltingly in a turning node and supported by a gas spring through the turning node , and on the other side the spring is fixed to the frame in another turning node below the turning node , which guarantees the change of the height of the location of the seat within the range of up to 100mm by the extension of a piston of the gas spring , and the tilting inclination of the seat surface from the horizontal position is within the range of maximum +/- 15 degrees laterally, and within the range +/- 10 degrees forwards and backwards.
A computing device for execution of a procedure, in particular a procedure that may be schematically represented in the form of a graph having nodes, wherein said nodes are operators of the procedure, the computing device comprising: - at least one executive unit to execute operations on input data given in the form of tokens, wherein each of the executive units is connected to a message and token generator forming output data in the form of tokens, - a node table storing a description of each node of the graph and connections between nodes which are used to form and transmit tokens to the at least one executive unit , the node table comprising at least the following information for each node of the graph: ▪ a node index, ▪ a number of input data of the node, ▪ a number of output data of the node, ▪ an operator of the node applied by the node to the input data of the node, and at least one index of a further node to which the node, having executed the operator, sends the output data of the node, - a matching device comprising an associative memory (3.1) and configured for using the description of the nodes in the node table to store the input data, to search for the input data, and to send to the executive units the input data specifically intended for these executive units , - a message queue (8.1) and a token queue (8.2), - a demultiplexer , - an input network controller (6.1) and an output network controller (6.2), - a message decoder (7.1) and a message encoder (7.2), and - an external device interface . - at least one executive unit to execute operations on input data given in the form of tokens, wherein each of the executive units is connected to a message and token generator forming output data in the form of tokens, - a node table storing a description of each node of the graph and connections between nodes which are used to form and transmit tokens to the at least one executive unit , the node table comprising at least the following information for each node of the graph: ▪ a node index, ▪ a number of input data of the node, ▪ a number of output data of the node, ▪ an operator of the node applied by the node to the input data of the node, and at least one index of a further node to which the node, having executed the operator, sends the output data of the node, ▪ a node index, ▪ a number of input data of the node, ▪ a number of output data of the node, ▪ an operator of the node applied by the node to the input data of the node, and at least one index of a further node to which the node, having executed the operator, sends the output data of the node, - a matching device comprising an associative memory (3.1) and configured for using the description of the nodes in the node table to store the input data, to search for the input data, and to send to the executive units the input data specifically intended for these executive units , - a message queue (8.1) and a token queue (8.2), - a demultiplexer , - an input network controller (6.1) and an output network controller (6.2), - a message decoder (7.1) and a message encoder (7.2), and - an external device interface .
Stator of an electric machine, comprising a laminated stator core , which has a stator axis , comprises a plurality of stator teeth and a plurality of stator slots formed between the stator teeth , and is formed by a plurality of stacked stator laminations ; and comprising electrical conductor elements , which run through the stator slots of the laminated stator core and are provided in order to form an electrical winding, in particular a plugin winding, wherein a slot insulation , in particular a slot insulation paper, is provided in each of the stator slots in order to electrically insulate the conductor elements from the laminated stator core , wherein the stator laminations each have a plurality of lamination teeth and a lamination yoke , which connects the lamination teeth , wherein the stator teeth of the laminated stator core are each formed by stacked lamination teeth of the stator laminations , wherein a plurality of stator laminations are provided in the laminated stator core and are rotated relative to other stator laminations of the laminated stator core in the same direction of rotation in the peripheral direction with respect to the stator axis in such a way that, in each stator slot of the laminated stator core , they each protrude by way of a lamination tooth portion of one of the lamination teeth into the respective stator slot , wherein the plurality of rotated stator laminations in the laminated stator core are arranged in a plurality of spaced-apart groups of stator laminations which bear against each other, wherein one or more non-rotated stator laminations are situated between in each case two groups of rotated stator laminations , characterized in that the plurality of rotated stator laminations of the laminated stator core are all rotated through the same angle of rotation.
Liquid enteral nutritional composition comprising 8 to 12 g of protein per 100 ml of the composition, said protein including micellar casein and caseinate, the composition having an energy density of at least 10 kJ/ml [2.4 kcal/ml] wherein the combined amount of micellar casein and caseinate is at least 95 weight% of the total protein, and wherein the weight ratio of micellar casein to caseinate ranges from 80:20 to 40:60.
A method comprising: (a) applying a first classification procedure to received audio information captured by a microphone to identify a type of said received audio information from among plural possible types; (b) applying a second classification procedure to context information provided by sensor data, to identify a scenario, from among plural possible scenarios, the context information being different than said received audio information; and (c) activating one or more audio content recognition modules from a plurality of available audio content recognition modules, based on outputs from the first and second classification procedures. (a) applying a first classification procedure to received audio information captured by a microphone to identify a type of said received audio information from among plural possible types; (b) applying a second classification procedure to context information provided by sensor data, to identify a scenario, from among plural possible scenarios, the context information being different than said received audio information; and (c) activating one or more audio content recognition modules from a plurality of available audio content recognition modules, based on outputs from the first and second classification procedures.
A tire pressure monitoring apparatus comprising: a body comprising an enclosed internal volume ; mounting means for mounting the apparatus to a tire valve , a valve in gaseous communication with the internal volume of the body for receiving a tire inflation device to allow inflation of the tire via the apparatus; and an enclosed pressure chamber , in gaseous communication with the mounting means, for receiving the internal pressure of a tire to which the apparatus is mounted, the chamber housing at least: a power source ; a pressure sensor ; and an antenna for emitting a signal indicative of a pressure within the chamber; the power source, pressure sensor and antenna being at least partially encased in a binding material to maintain their relative positions in the pressure chamber; characterised in that the mounting means comprises means for opening the tire valve to allow gaseous communication between the internal volume of the tire and the internal volume of the body; and in that the apparatus comprises control circuitry housed in the pressure chamber, the control circuitry comprising the pressure sensor, and the control circuitry being configured to activate once it is subjected to a predetermined pressure and thereafter to control the antenna to emit the signal wherein the control circuitry is configured to control the antenna to produce periodic signals indicative of at least the pressure within the chamber. a body comprising an enclosed internal volume ; mounting means for mounting the apparatus to a tire valve , a valve in gaseous communication with the internal volume of the body for receiving a tire inflation device to allow inflation of the tire via the apparatus; and an enclosed pressure chamber , in gaseous communication with the mounting means, for receiving the internal pressure of a tire to which the apparatus is mounted, the chamber housing at least: a power source ; a pressure sensor ; and an antenna for emitting a signal indicative of a pressure within the chamber; a power source ; a pressure sensor ; and an antenna for emitting a signal indicative of a pressure within the chamber; the power source, pressure sensor and antenna being at least partially encased in a binding material to maintain their relative positions in the pressure chamber; characterised in that the mounting means comprises means for opening the tire valve to allow gaseous communication between the internal volume of the tire and the internal volume of the body; and in that the apparatus comprises control circuitry housed in the pressure chamber, the control circuitry comprising the pressure sensor, and the control circuitry being configured to activate once it is subjected to a predetermined pressure and thereafter to control the antenna to emit the signal wherein the control circuitry is configured to control the antenna to produce periodic signals indicative of at least the pressure within the chamber.
Use of magnolia bark extract for differentiating preadipocytes to adipocytes and for stimulating the accumulation of triglycerides in adipocytes, characterized in that the magnolia bark extract is obtained by extracting the bark of Magnolia grandiflora and/or Magnolia officinalis with supercritical CO 2 or a water/ethanol mixture as extractant.
A rotationally-engaged quick installation track fitting device comprising: an elongated member having a flange and a body , wherein the elongated member includes a first end and a second end extending along a longitudinal axis of the elongated member , wherein the flange includes a first side and a second side , the second side opposite the first side , wherein the body is connected to and extends away from the second side of the flange , wherein the body includes a first side , a second side , and a third side , wherein the first side of the body is opposite the second side of the body , and the third side of the body is opposite the first side of the flange , and wherein the first side of the body includes a protruding lip extending from at least a portion of the body between the first end and the second end of the elongated member ; a first alignment bore coupled to the first side of the flange between the first end and the second end of the elongated member ; and a first boss extending from the second side of the body between the first end and the second end of the elongated member . an elongated member having a flange and a body , wherein the elongated member includes a first end and a second end extending along a longitudinal axis of the elongated member , wherein the flange includes a first side and a second side , the second side opposite the first side , wherein the body is connected to and extends away from the second side of the flange , wherein the body includes a first side , a second side , and a third side , wherein the first side of the body is opposite the second side of the body , and the third side of the body is opposite the first side of the flange , and wherein the first side of the body includes a protruding lip extending from at least a portion of the body between the first end and the second end of the elongated member ; a first alignment bore coupled to the first side of the flange between the first end and the second end of the elongated member ; and a first boss extending from the second side of the body between the first end and the second end of the elongated member .
A battery monitoring device for monitoring a cell group made by connecting a plurality of single battery cells in series, comprising: a reference voltage generation circuit (500A-500D) configured to generate a variable reference voltage; a switching circuit configured to select, as a measurement target voltage, any one of a plurality of voltages including the cell voltages of the single battery cells in the cell group and the variable reference voltage; and an AD converter configured to measure the measurement target voltage which is selected by the switching circuit , and output a digital signal according to the measurement result; the reference voltage generation circuit includes a voltage reference configured to generate a reference voltage which changes within a predetermined voltage range depending on the elapse of time, characterized in that the voltage reference includes an oscillator configured to change the reference voltage periodically. a reference voltage generation circuit (500A-500D) configured to generate a variable reference voltage; a switching circuit configured to select, as a measurement target voltage, any one of a plurality of voltages including the cell voltages of the single battery cells in the cell group and the variable reference voltage; and an AD converter configured to measure the measurement target voltage which is selected by the switching circuit , and output a digital signal according to the measurement result; the reference voltage generation circuit includes a voltage reference configured to generate a reference voltage which changes within a predetermined voltage range depending on the elapse of time, characterized in that the voltage reference includes an oscillator configured to change the reference voltage periodically.