mhurhangee/ep-ind-claims huggingface dataset:
A switch (520, 540, 560), comprising: a plurality of ports; and a buffer comprising headroom shared between the plurality of ports, the switch configured to: determine a randomized threshold value for each port of the plurality of ports; monitor usage of the buffer; determine whether the monitored buffer usage of a port exceeds the randomized threshold value for the port; and transmit a flow-control message to a source of the port when the monitored buffer usage exceeds the randomized threshold value for the port, the flow-control message instructing the source to stop transmitting packets to the port. a plurality of ports; and a buffer comprising headroom shared between the plurality of ports, the switch configured to: determine a randomized threshold value for each port of the plurality of ports; monitor usage of the buffer; determine whether the monitored buffer usage of a port exceeds the randomized threshold value for the port; and transmit a flow-control message to a source of the port when the monitored buffer usage exceeds the randomized threshold value for the port, the flow-control message instructing the source to stop transmitting packets to the port. determine a randomized threshold value for each port of the plurality of ports; monitor usage of the buffer; determine whether the monitored buffer usage of a port exceeds the randomized threshold value for the port; and transmit a flow-control message to a source of the port when the monitored buffer usage exceeds the randomized threshold value for the port, the flow-control message instructing the source to stop transmitting packets to the port.
A Digital Rights Management, DRM, provision apparatus implemented in a system including a download server, a license server and a plurality of DRM provision apparatuses using different DRM technologies, the DRM provision apparatus comprising: a content download unit adapted for receiving, from the download server, encrypted content and at least one encrypted dummy content corresponding to the encrypted content, wherein each dummy content is a file required to receive a license for a respective DRM technology and has an associated DRM header including a uniform resource identifier, URI, information required to request issuance of the license and a key ID required to search for the license, wherein each dummy content is generated for and protected by a respective DRM technology, and wherein the content download unit is configured for searching for a filename of dummy content read from a DRM header of the encrypted content in order to search for a license of the encrypted content; a license management unit adapted for receiving a license for each dummy content from the license server, for analysing the DRM header of the dummy content to obtain URI information and the key ID, for searching for a license stored in a storage device connected to the DRM provision apparatus using the key ID, and for receiving the license for the encrypted content to obtain a first decryption key; and a processing unit adapted for providing each license received from the license server to the storage device, for obtaining a second decryption key by decrypting the encrypted dummy content using the first decryption key, and for decrypting the encrypted content using the second decryption key. a content download unit adapted for receiving, from the download server, encrypted content and at least one encrypted dummy content corresponding to the encrypted content, wherein each dummy content is a file required to receive a license for a respective DRM technology and has an associated DRM header including a uniform resource identifier, URI, information required to request issuance of the license and a key ID required to search for the license, wherein each dummy content is generated for and protected by a respective DRM technology, and wherein the content download unit is configured for searching for a filename of dummy content read from a DRM header of the encrypted content in order to search for a license of the encrypted content; a license management unit adapted for receiving a license for each dummy content from the license server, for analysing the DRM header of the dummy content to obtain URI information and the key ID, for searching for a license stored in a storage device connected to the DRM provision apparatus using the key ID, and for receiving the license for the encrypted content to obtain a first decryption key; and a processing unit adapted for providing each license received from the license server to the storage device, for obtaining a second decryption key by decrypting the encrypted dummy content using the first decryption key, and for decrypting the encrypted content using the second decryption key.
An endoscopic shank instrument which in the region of its distal end comprises an electronic component with an electrical lead which lies at the outer side, wherein the electronic component at least at the outer periphery is surrounded by a glass sleeve (8, 8'), wherein the glass sleeve (8, 8') at its distal end is closed by a light-transparent covering (12, 12'), characterised in that the covering (12, 12'), with a section which corresponds to the inner cross section of the glass sleeve (8, 8'), engages into the glass sleeve and is bonded to the glass sleeve in this position, wherein the glass sleeve (8, 8') and the covering (12, 12') electrically insulate the electronic component which is arranged therein, with respect to its outer surroundings.
An internal combustion engine structure comprising: a crankshaft that converts reciprocating motion of a piston disposed inside a cylinder of an internal combustion engine to be mounted on a vehicle into rotational motion; a case member that houses the crankshaft; and a detection device that determines a rotation speed of the crankshaft, wherein the detection device is disposed in a range of ±30° around a center of the crankshaft with respect to an orthogonal virtual line passing through the center of the crankshaft and orthogonal to a center axis of the cylinder in a side view, and a distal end of the detection device is disposed so as to be directed to the center of the crankshaft; characterized in that the detection device is disposed above the center of the crankshaft, and the detection device is inserted into an insertion hole of a cover member from the outside. a crankshaft that converts reciprocating motion of a piston disposed inside a cylinder of an internal combustion engine to be mounted on a vehicle into rotational motion; a case member that houses the crankshaft; and a detection device that determines a rotation speed of the crankshaft, wherein the detection device is disposed in a range of ±30° around a center of the crankshaft with respect to an orthogonal virtual line passing through the center of the crankshaft and orthogonal to a center axis of the cylinder in a side view, and a distal end of the detection device is disposed so as to be directed to the center of the crankshaft; characterized in that the detection device is disposed above the center of the crankshaft, and the detection device is inserted into an insertion hole of a cover member from the outside.
A vehicular display apparatus comprising a display portion that displays a predetermined graphic in accordance with a present consumption amount of energy used for moving a vehicle, wherein the graphic displayed on the display portion changes both of a displayed size and a displayed color thereof in accordance with the consumption amount, the displayed size increases as the consumption amount increases, the displayed color is changed to have a longer wavelength as the consumption amount increases, the vehicular display apparatus further comprises a display control portion that outputs an indication value in accordance with a detected value of the consumption amount to the display portion, a change in the indication value corresponding to a change in the displayed size and a color wavelength of the displayed graphic, characterized in that the display control portion controls the output of the indication value so that a ratio of the change in the indication value with respect to an increase/decrease in the detected value decreases as the detected value of the consumption amount increases.
A device that acts as an Application Programming Interface, API, invoker comprising: a processor configured to perform authentication with a node that operates as a common API framework, CAPIF, core function; a transmitter configured to send an Onboard API invoker request message to the node after the authentication; and a receiver configured to receive an Onboard API invoker response message from the node, the Onboard API invoker response message including a CAPIF core function assigned API invoker Identifier, ID. a processor configured to perform authentication with a node that operates as a common API framework, CAPIF, core function; a transmitter configured to send an Onboard API invoker request message to the node after the authentication; and a receiver configured to receive an Onboard API invoker response message from the node, the Onboard API invoker response message including a CAPIF core function assigned API invoker Identifier, ID.
A method of operating a control unit of an emission abatement assembly, characterized in that the method comprises the steps of: monitoring operation of a fuel-fired burner (20, 22) of the emission abatement assembly and determining if predetermined conditions are present, and including monitoring a pressure drop across a particulate filter (24, 26) and comparing the pressure drop across the particulate filter to an upper limit, and wherein a predetermined condition comprises a determination that the pressure drop across the particulate filter remains above the upper limit subsequent to a regeneration of the particulate filter, generating an error signal if the predetermined conditions are present, and communicating the error signal to an engine control unit of an engine. monitoring operation of a fuel-fired burner (20, 22) of the emission abatement assembly and determining if predetermined conditions are present, and including monitoring a pressure drop across a particulate filter (24, 26) and comparing the pressure drop across the particulate filter to an upper limit, and wherein a predetermined condition comprises a determination that the pressure drop across the particulate filter remains above the upper limit subsequent to a regeneration of the particulate filter, generating an error signal if the predetermined conditions are present, and communicating the error signal to an engine control unit of an engine.
A device for the extrusion and application of spacer profile of insulating glass, particularly for a machine adapted to compose the spacer frame directly against one or more of the glass panes constituting the insulating glass starting from a thermoplastic product, characterized in that at least one feeler of the device located upstream of the extrusion nozzle of the device identifies the position of the margin (2a, 2b, 2c, 2d) of the glass pane (2, 2', 2", 2′′′, etc.) and transmits the position signal to a controller of the device, which through the axes H, V, θ, driven by synchronous motors (101, 101', 201, 301) of the device actuates the keeping of a mutual position of nozzle - margin of the glass pane (2, 2', 2", 2′′′, etc.) at a distance p which can be set through the operator interface of the device
Use of a composition comprising 42% by weight of HFC-134a and 58% by weight of HFO-1234ze in a medium temperature refrigeration system having an evaporator temperature of from -18°C to 2°C, and a condenser temperature of from 27°C to 66°C.
Prosthesis for a shoulder joint, comprising a humeral component equipped with a stem, wherein said humeral component comprises a proximal portion, wherein said stem is suitable for being inserted in use in the humerus of a patient and wherein said proximal portion is suitable for facing in use towards the glenoid cavity of the patient's shoulder, wherein said humeral component comprises a joining portion positioned between said stem and said proximal portion, wherein said prosthesis comprises a head component and connection or articulation means of said humeral component with said head component and characterised in that said humeral component is obtained in a single piece, with said stem, said proximal portion and said joining portion stably constrained to each other, and said proximal portion comprises a concave seat, wherein said concave seat has a configuration substantially cup-shaped, or hemi-spherical or half-spherical regular, irregular or incomplete and wherein said proximal portion comprises a side or perimeter wall that makes said concave seat, defined by said wall, said concave seat being suitable for at least partially containing or articulating with said head component, whereby said prosthesis can be used both as an anatomical prosthesis and as a reverse-type prosthesis and wherein said proximal portion also comprises a recess or notch which extends from said concave seat, within said joining portion towards the stem, said connection or articulation means comprising said recess or notch and in a first configuration also comprising a protuberance that extends from said head component.
Power-transmission belt with a belt body, on which a power-transmission zone is configured, where the entire belt body or a belt layer which comprises the power-transmission zone is composed of an ethylene-alpha-olefin elastomer, and where a coating made of a thermoplastic elastomer lies directly on the power-transmission zone, characterized in that the thermoplastic elastomer of the coating is a TPEO or TPEV of the thermoplastic polyolefin /ethylene-alpha-olefin elastomer type whose polyolefin content is 5 to 35% by weight, in that the coating consists of the thermoplastic elastomer, and in that the coating forms an exterior belt surface which during operation is directed towards the belt pulley, and forms a surface where the power-transmission zone acts on the belt pulley.
A motion control method for a positive yarn feeder for textile machines, said positive yarn feeder being provided with a yarn-winding drum driven by a rotor of a three-phase synchronous motor of a sinusoidal type, under a controlled speed, for feeding a yarn from a reel to a user machine under a desired tension, which method comprises the step of controlling said three-phase synchronous motor instant-by instant as a function of a reference position of the rotor, said reference position of the rotor (θrif) being calculated by integrating a reference speed value (ωrif) and an angular parameter for the three-phase, electrical excitation of said three-phase synchronous motor being thereby derived, characterized in that the reference position of the rotor, which is calculated by integrating the reference speed value (ωrif), is compared with a coarse angle (θmisHS) deriving from the instantaneous combination of three digital position sensors applied to the rotor of said three-phase synchronous motor, and the reference position of the rotor (θrif) is saturated if the reference position of the rotor (θrif) misaligns from the coarse angle (θmisHS) by an amount higher than 90°.
Antiskid device for a vehicle including - a support device and - several formed parts, which are guidable along a direction of travel by the support device and endlessly connected to each other, wherein - the support device has two deflection elements (5, 7), at which the connected formed parts are deflected, and wherein - the support device is attachable to the vehicle such that the formed parts are pulled between a wheel of the vehicle and a vehicle ground in driving the vehicle, characterized in that - a housing (10, 12) is attached to the support device, which protects a section of the support device located in front in direction of travel, including the formed parts located there. - a support device and - several formed parts, which are guidable along a direction of travel by the support device and endlessly connected to each other, wherein - the support device has two deflection elements (5, 7), at which the connected formed parts are deflected, and wherein - the support device is attachable to the vehicle such that the formed parts are pulled between a wheel of the vehicle and a vehicle ground in driving the vehicle, characterized in that - a housing (10, 12) is attached to the support device, which protects a section of the support device located in front in direction of travel, including the formed parts located there.
A segment of a seal assembly for sealing against a rotating member, the segment comprising: a radial external surface; a radial internal surface for sealing against said rotating member; a face groove; a secondary sealing surface; and a radial feed groove; wherein the face groove has an axial depth from the surface of the secondary sealing surface that is greater than the axial depth of the radial feed groove; and wherein the face groove has a radial length at the axial position of the secondary sealing surface, characterised in that the face groove includes a secondary portion axially offset from the secondary sealing surface that has a radial length greater than the radial length of the face groove at the axial position of the secondary sealing surface. a radial external surface; a radial internal surface for sealing against said rotating member; a face groove; a secondary sealing surface; and a radial feed groove; wherein the face groove has an axial depth from the surface of the secondary sealing surface that is greater than the axial depth of the radial feed groove; and wherein the face groove has a radial length at the axial position of the secondary sealing surface, characterised in that the face groove includes a secondary portion axially offset from the secondary sealing surface that has a radial length greater than the radial length of the face groove at the axial position of the secondary sealing surface.
A method of blocking communications in a cell of a cellular communications network, said communications network comprising an access network (2,4), the method comprising: designating a cell, in the access network, in which communications are to be blocked; activating a communication-blocking mode of an access-network node serving the designated cell; detecting, by the access-network node active calls involving user equipment in the designated cell; and disconnecting, by the access-network node at least one active call among the active calls detected by the detecting; characterized in that the method further comprises determining at least one of an access class and establishment cause associated with each detected active call and in that the access-network selectively disconnects calls that are active at the time of activating cell-blocking, dependent on said at least one of the access class or establishment cause of the call. designating a cell, in the access network, in which communications are to be blocked; activating a communication-blocking mode of an access-network node serving the designated cell; detecting, by the access-network node active calls involving user equipment in the designated cell; and disconnecting, by the access-network node at least one active call among the active calls detected by the detecting; characterized in that the method further comprises determining at least one of an access class and establishment cause associated with each detected active call and in that the access-network selectively disconnects calls that are active at the time of activating cell-blocking, dependent on said at least one of the access class or establishment cause of the call.
Method for eliminating acoustic feedback in a conference circuit between communication terminals for mobile voice and/or data communication in a radio based network, including at least the following steps: - coupling at least a first communication terminal to a second communication terminal in a conference circuit by means of a conference device; - transmitting a first acoustic identification signal by the first communication terminal, wherein the signal level of the first acoustic identification signal depends on the playback level of the first communication terminal; - transmitting a second acoustic identification signal by the second communication terminal; - transmitting a decoupling signalling by the first communication terminal in the case that the first communication terminal receives the acoustic identification signal of the second communication terminal; - receiving the decoupling signalling by the conference device; - determining which communication terminals (210, 220) should be decoupled from each other based on the decoupling signalling received by the conference device; and - decoupling the determined communication terminals (210, 220) to be decoupled from each other such that the conference device does not transmit the signals received from the communication terminal or transmits the signals received from the communication terminal only with a substantially reduced intensity to the respective decoupled communication terminals (210, 220). - coupling at least a first communication terminal to a second communication terminal in a conference circuit by means of a conference device; - transmitting a first acoustic identification signal by the first communication terminal, wherein the signal level of the first acoustic identification signal depends on the playback level of the first communication terminal; - transmitting a second acoustic identification signal by the second communication terminal; - transmitting a decoupling signalling by the first communication terminal in the case that the first communication terminal receives the acoustic identification signal of the second communication terminal; - receiving the decoupling signalling by the conference device; - determining which communication terminals (210, 220) should be decoupled from each other based on the decoupling signalling received by the conference device; and - decoupling the determined communication terminals (210, 220) to be decoupled from each other such that the conference device does not transmit the signals received from the communication terminal or transmits the signals received from the communication terminal only with a substantially reduced intensity to the respective decoupled communication terminals (210, 220).