mhurhangee/patent-ind-claim-en huggingface dataset:
A submarine branching unit, comprising: switching means adapted to switch a plurality of power feeding paths formed between first to third power receiving ports ; control means adapted to receive power feeding from a power feeding path formed between the first power receiving port and the second power receiving port , and controlling the switching means ; and connection means adapted to connect the control means between the third power receiving port and a sea earth when power is not fed to the control means from a power feeding path formed between the first power receiving port and the second power receiving port , characterized in that , after the connection means connects the control means between the third power receiving port and the sea earth, the control means controls the switching means in such a way as to switch to a path that does not pass through the connection means , between the third power receiving port and the sea earth. switching means adapted to switch a plurality of power feeding paths formed between first to third power receiving ports ; control means adapted to receive power feeding from a power feeding path formed between the first power receiving port and the second power receiving port , and controlling the switching means ; and connection means adapted to connect the control means between the third power receiving port and a sea earth when power is not fed to the control means from a power feeding path formed between the first power receiving port and the second power receiving port ,
Pressure relief valve (5; 5') for a gas pressure regulator (1; 1'), comprising: - a deformable and gas-tight, laminar element ; - an outflow channel suited to allow the passage of said gas between one side and the other of said laminar element comprising a precisely-sized hole ; - a shutter removably associated with said laminar element through coupling means that define for said shutter a closed position, in which said shutter closes said outflow channel in such a way as to prevent said passage of said gas, and an open position, in which said shutter leaves said outflow channel open; - an elastic element interposed between said shutter and said laminar element , suited to thrust said shutter towards said closed position; said coupling means comprising a through hole belonging to said laminar element and a shaft slidingly inserted in said through hole , said shutter being operatively connected to said shaft ; wherein said outflow channel is distinct from said through hole ; characterized in that sealing means are provided that are suited to prevent the passage of said gas between said through hole and said shaft . - a deformable and gas-tight, laminar element ; - an outflow channel suited to allow the passage of said gas between one side and the other of said laminar element comprising a precisely-sized hole ; - a shutter removably associated with said laminar element through coupling means that define for said shutter a closed position, in which said shutter closes said outflow channel in such a way as to prevent said passage of said gas, and an open position, in which said shutter leaves said outflow channel open; - an elastic element interposed between said shutter and said laminar element , suited to thrust said shutter towards said closed position;
A system for cryptographically signing image data, the system comprising: data glasses for sending out image data to a signature generation unit , wherein the data glasses can be worn by a user, the data glasses comprising: an image camera which is configured to capture an image in order to obtain the image data, wherein the image data represent the captured image; an authentication device which is configured to authenticate the user, wherein the authentication device comprises a keypad for capturing a password of the user, and wherein the authentication device is configured to compare the captured password with a pre-stored password, and to authenticate the user if the captured password corresponds to the pre-stored password; a communication interface which is configured, in response to the authentication of the user, to send out the image data to the signature generation unit in order to cryptographically sign the image data; and a signature generation unit for communicating with the data glasses , the signature generation unit comprising: a communication interface which is configured to receive the image data from the data glasses ; and a processor which is configured to link the received image data with a private signature key in order to obtain cryptographically signed image data, wherein the private signature key is assigned to the user. an image camera which is configured to capture an image in order to obtain the image data, wherein the image data represent the captured image; an authentication device which is configured to authenticate the user, wherein the authentication device comprises a keypad for capturing a password of the user, and wherein the authentication device is configured to compare the captured password with a pre-stored password, and to authenticate the user if the captured password corresponds to the pre-stored password; a communication interface which is configured, in response to the authentication of the user, to send out the image data to the signature generation unit in order to cryptographically sign the image data; and a signature generation unit for communicating with the data glasses , the signature generation unit comprising: a communication interface which is configured to receive the image data from the data glasses ; and a processor which is configured to link the received image data with a private signature key in order to obtain cryptographically signed image data, wherein the private signature key is assigned to the user. a communication interface which is configured to receive the image data from the data glasses ; and a processor which is configured to link the received image data with a private signature key in order to obtain cryptographically signed image data, wherein the private signature key is assigned to the user.
A turbomolecular pump comprising at least one turbomolecular pump stage which comprises at least one blade rotor rotatably supported about an axis , wherein a wall at least partly surrounding the blade rotor is provided with at least one recess at at least one pump-active part region of its side facing the blade rotor , characterized in that the recess has a spiral or helical course; and/or in that the pump-active part region is configured as a Holweck stator.
A detection device for a railway vehicle circulating on a track, intended to detect an event chosen between an obstacle on the track and/or a derailment of the railway vehicle, and intended to be arranged on a leading bogie of a leading car of the railway vehicle, the detection device comprising: - a transverse beam intended to be connected to the leading bogie by means of connection means , and - force detection means , arranged and configured to measure a force in at least one direction, characterized in that , - the connection means has no degree of freedom, so that the transverse beam is intended to be fixedly connected to the leading bogie , - the force detection means comprise at least one load cell fixedly connected to the transverse beam . - a transverse beam intended to be connected to the leading bogie by means of connection means , and - force detection means , arranged and configured to measure a force in at least one direction, characterized in that , - the connection means has no degree of freedom, so that the transverse beam is intended to be fixedly connected to the leading bogie , - the force detection means comprise at least one load cell fixedly connected to the transverse beam .
Production line for producing containers by blow-moulding or stretch-blow-moulding preforms, the production line comprising: - an auxiliary rotary element, - a reference rotary element equipped with a means for determining the instantaneous angular position of the reference rotary element, - the production line having drive continuity with a reduction ratio between the reference rotary element and the auxiliary rotary element, characterized in that it is equipped with a device for determining the instantaneous angular position of the auxiliary rotary element, the said device comprising: - an initializing sensor capable for each revolution of the auxiliary rotary element of determining an initial instant at which the angular position of the auxiliary rotary element is zero, and - a computer connected to the initializing sensor and at each instant receiving information regarding the instantaneous angular position of the said reference rotary element, the computer being able, on the basis of the said reduction ratio and of the initial instant, to deduce the instantaneous angular position of the auxiliary rotary element. - an auxiliary rotary element, - a reference rotary element equipped with a means for determining the instantaneous angular position of the reference rotary element, - the production line having drive continuity with a reduction ratio between the reference rotary element and the auxiliary rotary element, - an initializing sensor capable for each revolution of the auxiliary rotary element of determining an initial instant at which the angular position of the auxiliary rotary element is zero, and - a computer connected to the initializing sensor and at each instant receiving information regarding the instantaneous angular position of the said reference rotary element, the computer being able, on the basis of the said reduction ratio and of the initial instant, to deduce the instantaneous angular position of the auxiliary rotary element.
Horological regulating device for a watch , comprising an oscillator , and comprising means for limiting the variation of rate of said oscillator in the different positions of said watch in space, said device comprising at least one tourbillon or a karussel, which comprises a carriage which is mounted such that it pivots about a carriage axis (D) relative to a plate , which carries a fixed wheel when said regulating device comprises a tourbillon, which carriage carries said oscillator and comprises a carriage wheel arranged so as to be driven by an energy source of the watch or of a movement by way of a gear train, and which carriage carries an escapement mechanism arranged so as to engage with said oscillator , and comprising an escape pinion meshing with said fixed wheel when said regulating device comprises a tourbillon or meshing with a wheel of said gear train, when said regulating device comprises a karussel, in which said device is capable of blocking said oscillator and comprises stopping means with a stop wheel coaxial to said carriage wheel relative to which the angular mobility thereof is limited by a stop pin limited by a slot comprised in said carriage or a lower bridge comprised in said carriage , said stop wheel comprising a toothing arranged such that it engages with a control member external to said tourbillon or karussel for rotating said stop wheel under the effect of a movement exerted by said control member, and in which said carriage carries a resilient element , which is arranged so as to bear against a wheel set of said oscillator to stop the latter when said control member is in an active position wherein said stop wheel is in a first angular position relative to said carriage wheel , and which is arranged so as to remain remote from any wheel set of said oscillator when said control member is in a rest position, wherein said stop wheel is in a second angular position relative to said carriage wheel .
A steam turbine sealing gland condenser skid system comprising a shell and plates heat exchanger configured to condense steam from a steam turbine sealing system, said shell and plates heat exchanger being formed of gasket-free welded tube sheets; wherein a tank is connected downstream said gland condenser ; characterized in that the top of said tank is connected to at least one evacuation system for evacuation of residual air and steam through an outlet . wherein a tank is connected downstream said gland condenser ; characterized in that the top of said tank is connected to at least one evacuation system for evacuation of residual air and steam through an outlet .
A wireless device for a 3GPP radio communication network , said wireless device being arranged for reception of a first transmission from a network node and subsequent sending of a second transmission in response to said first transmission, wherein said wireless device is furthermore arranged to receive from the network node Radio Resource Control, RRC, and Downlink Control Information, DCI, control message signaling, wherein said RRC and DCI control message signaling comprises an RRC configuration message which defines a set of possible relative timing selections and a DCI control message for selecting from the configured set, and to perform a selecting process (S31; S42) for selecting a relative timing for sending said second transmission from among the plurality of configured possible relative timing selections, wherein the selecting said relative timing for sending said second transmission is done by selecting one of the configured options according to the received DCI control message, wherein the set of possible relative timing selections takes into account a numerology used such that the smallest relative timing selection is at least as large as the minimum response time for the numerology.
A group of at least one cluster and at least one device in a datacenter, wherein: • the cluster comprises a plurality of vertically stacked housings , each housing being configured to house one device , the cluster comprising at least one controlling module and at least one bus connected to the controlling module , the bus comprising one data and power line and one ground line both extending vertically continuously along the cluster , the data and power line and the ground line extending in an elementary motif (M) identically repeated for each housing . • the device comprises at least one electronic tag configured to store an identifier (Id) of said device and forming together with the controlling module and the bus a device identification system , the electronic tag being fixed on the external surface of the device in a way to come in physical contact with both the data and power line and the ground line , when the device is housed in any housing of the cluster , so as to automatically connect the bus , and • the controlling module is configured to read the identifier (Id), when the electronic tag is connected to the bus , so as to identify the device housed in the cluster . • the cluster comprises a plurality of vertically stacked housings , each housing being configured to house one device , the cluster comprising at least one controlling module and at least one bus connected to the controlling module , the bus comprising one data and power line and one ground line both extending vertically continuously along the cluster , the data and power line and the ground line extending in an elementary motif (M) identically repeated for each housing . • the device comprises at least one electronic tag configured to store an identifier (Id) of said device and forming together with the controlling module and the bus a device identification system , the electronic tag being fixed on the external surface of the device in a way to come in physical contact with both the data and power line and the ground line , when the device is housed in any housing of the cluster , so as to automatically connect the bus , and • the controlling module is configured to read the identifier (Id), when the electronic tag is connected to the bus , so as to identify the device housed in the cluster .
A multi-channel signal encoding method, comprising: determining a downmixed signal of a first channel signal and a second channel signal in a multi-channel signal, an initial reverberation gain parameter of the first channel signal and the second channel signal; determining identification information of the first channel signal and the second channel signal based on a correlation between the first channel signal and the downmixed signal, and a correlation between the second channel signal and the downmixed signal, wherein the identification information indicates a channel signal that is in the first channel signal and the second channel signal and whose initial reverberation gain parameter needs to be adjusted; and quantizing the first channel signal and the second channel signal based on the downmixed signal, the initial reverberation gain parameter, and the identification information, and writing a quantized first channel signal and a quantized second channel signal into a bitstream. determining a downmixed signal of a first channel signal and a second channel signal in a multi-channel signal, an initial reverberation gain parameter of the first channel signal and the second channel signal; determining identification information of the first channel signal and the second channel signal based on a correlation between the first channel signal and the downmixed signal, and a correlation between the second channel signal and the downmixed signal, wherein the identification information indicates a channel signal that is in the first channel signal and the second channel signal and whose initial reverberation gain parameter needs to be adjusted; and quantizing the first channel signal and the second channel signal based on the downmixed signal, the initial reverberation gain parameter, and the identification information, and writing a quantized first channel signal and a quantized second channel signal into a bitstream.
A guide wire comprising: a flexible wire main body ; a tubular portion that is intermediately disposed in a longitudinal direction of the wire main body in an outer periphery of the wire main body , and that has a tubular shape; characterized in that the guide wire further comprises: a support portion that has a distal side support portion that supports a distal portion of the tubular portion and a proximal side support portion that supports a proximal portion of the tubular portion from the inside so as the tubular portion to be rotatable around a central axis (O) of the wire main body , wherein in a natural state where an external force is not applied to the guide wire , the support portion supports in a state where an inner peripheral portion of the tubular portion and an outer peripheral portion of the wire main body are separated from each other. a flexible wire main body ; a tubular portion that is intermediately disposed in a longitudinal direction of the wire main body in an outer periphery of the wire main body , and that has a tubular shape; a support portion that has a distal side support portion that supports a distal portion of the tubular portion and a proximal side support portion that supports a proximal portion of the tubular portion from the inside so as the tubular portion to be rotatable around a central axis (O) of the wire main body , wherein in a natural state where an external force is not applied to the guide wire , the support portion supports in a state where an inner peripheral portion of the tubular portion and an outer peripheral portion of the wire main body are separated from each other.
Apparatus for decoding a Bayer-mask or like coded image comprising a value for one of a set of colours at each pixel of the image to provide a decoded value for each of the set of colours at each pixel of the image, the apparatus comprising: a first interpolation filter for deriving from the coded image an array having for a selected colour a value at each pixel of the image, said array forming a first decoded colour value output; a slope detector for calculating a slope at each pixel of the array, expressed as a slope angle; an activity measure for calculating an activity at each pixel; a converter for converting the slope angle and the activity into a complex number for each pixel, of modulus equal to the activity and argument equal to twice the slope angle and expressing said complex numbers in Cartesian coordinates to form a Cartesian slope signal; a slope filter for filtering the Cartesian slope signal with a linear spatial filter to derive a slope measure, a colour difference unit for calculating from the array at each of the pixels a colour difference signal associated with each other colour; and a slope-adaptive interpolation filter steered by said slope measure for interpolating said colour difference signals; and a combiner for combining said interpolated colour difference signals and said first decoded colour value output to derive at least second and third decoded colour value outputs; wherein a mix is formed between the output of said slope-adaptive interpolating and an image decoded without slope-adaptive interpolation, the mix controlled by a slope consistency measure predicting the consistency of slope-adaptive interpolation. a first interpolation filter for deriving from the coded image an array having for a selected colour a value at each pixel of the image, said array forming a first decoded colour value output; a slope detector for calculating a slope at each pixel of the array, expressed as a slope angle; an activity measure for calculating an activity at each pixel; a converter for converting the slope angle and the activity into a complex number for each pixel, of modulus equal to the activity and argument equal to twice the slope angle and expressing said complex numbers in Cartesian coordinates to form a Cartesian slope signal; a slope filter for filtering the Cartesian slope signal with a linear spatial filter to derive a slope measure, a colour difference unit for calculating from the array at each of the pixels a colour difference signal associated with each other colour; and a slope-adaptive interpolation filter steered by said slope measure for interpolating said colour difference signals; and a combiner for combining said interpolated colour difference signals and said first decoded colour value output to derive at least second and third decoded colour value outputs; wherein a mix is formed between the output of said slope-adaptive interpolating and an image decoded without slope-adaptive interpolation, the mix controlled by a slope consistency measure predicting the consistency of slope-adaptive interpolation.
Motor vehicle door latch comprising a locking mechanism, the locking mechanism comprising a catch and at least one pawl, a housing having an electrical contact and a lighting means integrated into the housing, wherein the lighting means interacts with a means for transporting the light emitted by means of the lighting means , characterized in that the lighting means is arranged on an electrical component carrier, wherein a flexible means is used for transporting the light , wherein the flexible means is designed as a light guide , wherein separate light guides are arranged in the motor vehicle door latch , wherein the light guides each have a light exit surface , wherein a light exit surface is arranged as a light exit surface extending around the inlet mouth of the motor vehicle door lock and a further light exit surface forms a circular light exit surface which emits light in the direction of the rear region of the motor vehicle when the driver door is open.