mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a communications network comprising: obtaining a plurality of network operational data items relating to the operation of said communications network, each of said network operational data items comprising one or more attributes, each attribute comprising an attribute name and one or more values for that attribute; calculating , for each two-way combination of network operational data items, a data item similarity measure, each of said data item similarity measures being calculated by calculating , for each of one or more commonly named attributes, an attribute value similarity measure; classifying network operational data items into classes in dependence upon said data item similarity measures; said method being characterised by : the step of calculating , for each two-way combination of network operational data items, a data item similarity measure, further comprises identifying the one or more commonly named attributes in the two network operational data items by finding attribute names in the two network operational data items which match one another; and automatically applying common class-specific treatment in response to network operational data items in one of said classes. obtaining a plurality of network operational data items relating to the operation of said communications network, each of said network operational data items comprising one or more attributes, each attribute comprising an attribute name and one or more values for that attribute; calculating , for each two-way combination of network operational data items, a data item similarity measure, each of said data item similarity measures being calculated by calculating , for each of one or more commonly named attributes, an attribute value similarity measure; classifying network operational data items into classes in dependence upon said data item similarity measures; said method being characterised by : the step of calculating , for each two-way combination of network operational data items, a data item similarity measure, further comprises identifying the one or more commonly named attributes in the two network operational data items by finding attribute names in the two network operational data items which match one another; and automatically applying common class-specific treatment in response to network operational data items in one of said classes. the step of calculating , for each two-way combination of network operational data items, a data item similarity measure, further comprises identifying the one or more commonly named attributes in the two network operational data items by finding attribute names in the two network operational data items which match one another; and automatically applying common class-specific treatment in response to network operational data items in one of said classes.
An apparatus of a user equipment, UE, comprising: a memory to store a Unified Radio Application and to store one or more configuration parameters for the Unified Radio Application; and one or more baseband processors to receive a radio application update from a remote server, and to update the Unified Radio Application via a Multiradio Interface , MURI, "updateRadioApps" operation with the received radio application update, wherein the "updateRadioApps" operation is handled by an Administrative Services function of the MURI and comprises: transmitting, from a communication service layer , CSL, to a radio control framework , RCF, a request of updating an instance of the Unified Radio Application: replacing the instance of the Unified Radio Application, wherein during the replacement process, the one or more configuration parameters for the Unified Radio Application are maintained; and transmitting, from the RCF to the CSL, a confirmation of the updating of the instance of the Unified Radio Application. a memory to store a Unified Radio Application and to store one or more configuration parameters for the Unified Radio Application; and one or more baseband processors to receive a radio application update from a remote server, and to update the Unified Radio Application via a Multiradio Interface , MURI, "updateRadioApps" operation with the received radio application update, wherein the "updateRadioApps" operation is handled by an Administrative Services function of the MURI and comprises: transmitting, from a communication service layer , CSL, to a radio control framework , RCF, a request of updating an instance of the Unified Radio Application: replacing the instance of the Unified Radio Application, wherein during the replacement process, the one or more configuration parameters for the Unified Radio Application are maintained; and transmitting, from a communication service layer , CSL, to a radio control framework , RCF, a request of updating an instance of the Unified Radio Application: replacing the instance of the Unified Radio Application, wherein during the replacement process, the one or more configuration parameters for the Unified Radio Application are maintained; and transmitting, from the RCF to the CSL, a confirmation of the updating of the instance of the Unified Radio Application.
A method for fabricating a cavity structure , the method comprising: providing a first layer depositing a carbon layer on the first layer, wherein the deposition of the carbon layer is performed by means of chemical vapor deposition (CVD); covering at least partially the carbon layer with a second layer to define the cavity structure; and removing by means of dry etching the carbon layer between the first and second layers so that the cavity structure is formed, characterised in that the deposition of the carbon layer is performed at a temperature between 700° C to 900° C and the deposition of the carbon layer is performed at a pressure between about 1 Torr to about 500 Torr. providing a first layer depositing a carbon layer on the first layer, wherein the deposition of the carbon layer is performed by means of chemical vapor deposition (CVD); covering at least partially the carbon layer with a second layer to define the cavity structure; and removing by means of dry etching the carbon layer between the first and second layers so that the cavity structure is formed, characterised in that the deposition of the carbon layer is performed at a temperature between 700° C to 900° C and the deposition of the carbon layer is performed at a pressure between about 1 Torr to about 500 Torr.
A depositing machine for depositing a foodstuff mass, in particular a fatty mass, with - a machine frame comprising arms, - a depositing assembly , preferably disposed below a tank , for delivering the foodstuff mass from the depositing machine , comprising a multiplicity of nozzles, - at least one tank for supplying the foodstuff mass to the depositing assembly , wherein at least one component of the depositing machine , namely the tank , the depositing assembly , and/or a module comprising a tank and a depositing assembly , is removable from the machine frame , characterized in that at least one component is fastened to the machine frame by way of a plug-in connection , in particular a bolt connection, which is disposed in a substantially horizontal manner, wherein the plug-in connection is aligned along an axis which runs parallel with the axes of the arms of the frame, wherein the plug-in connection is releasable by mutual axial displacement of the component and of the machine frame. - a machine frame comprising arms, - a depositing assembly , preferably disposed below a tank , for delivering the foodstuff mass from the depositing machine , comprising a multiplicity of nozzles, - at least one tank for supplying the foodstuff mass to the depositing assembly ,
Sheath assembly configured to be positioned over a needle of a needle assembly or over a needle of a catheter assembly, the sheath assembly comprising an elongated tube and a connector , wherein the elongated tube has a defined bore and comprises an echogenic structure , wherein the echogenic structure is configured to be inserted into a body of a patient and to provide echogenicity inside the body, characterized in that the connector is configured to be fixated to an outside of the cannula wall of the needle, thereby fixating the sheath assembly. wherein the elongated tube has a defined bore and comprises an echogenic structure , wherein the echogenic structure is configured to be inserted into a body of a patient and to provide echogenicity inside the body, characterized in that the connector is configured to be fixated to an outside of the cannula wall of the needle, thereby fixating the sheath assembly.
A head-mounted display (HMD), comprising: a front rigid body ; a strap arm attached to a strap that secures the front rigid body to a user's head, the strap arm including: a body portion defining a boss at a side of the body portion , the boss having an aperture , the boss rotatably connecting the strap arm to the front rigid body , the body portion further defining an audio passage to transmit sound and an audio port to output the sound, the audio passage being defined along the body portion between the aperture of the boss and the audio port ; the strap arm further including: a speaker positioned to emit the sound through the audio passage and to the audio port ; and a back volume unit including: an enclosure portion ; characterized in that the back volume unit further includes a cylindrical column inserted through the aperture of the boss , the cylindrical column defining a second aperture, the speaker being positioned within the second aperture with a back side of the speaker facing an interior surface of the enclosure portion to define a back volume between the interior surface and the back side of the speaker , at least a portion of the sound from the speaker being transmitted from the back volume through the audio passage . a front rigid body ; a strap arm attached to a strap that secures the front rigid body to a user's head, the strap arm including: a body portion defining a boss at a side of the body portion , the boss having an aperture , the boss rotatably connecting the strap arm to the front rigid body , the body portion further defining an audio passage to transmit sound and an audio port to output the sound, the audio passage being defined along the body portion between the aperture of the boss and the audio port ; the strap arm further including: a speaker positioned to emit the sound through the audio passage and to the audio port ; and a back volume unit including: an enclosure portion ; characterized in that the back volume unit further includes a cylindrical column inserted through the aperture of the boss , the cylindrical column defining a second aperture, the speaker being positioned within the second aperture with a back side of the speaker facing an interior surface of the enclosure portion to define a back volume between the interior surface and the back side of the speaker , at least a portion of the sound from the speaker being transmitted from the back volume through the audio passage . a speaker positioned to emit the sound through the audio passage and to the audio port ; and a back volume unit including: an enclosure portion ; characterized in that the back volume unit further includes a cylindrical column inserted through the aperture of the boss , the cylindrical column defining a second aperture, the speaker being positioned within the second aperture with a back side of the speaker facing an interior surface of the enclosure portion to define a back volume between the interior surface and the back side of the speaker , at least a portion of the sound from the speaker being transmitted from the back volume through the audio passage .
Process for preparing a heat-treated pooled human platelet lysate, said process comprising the steps of: a) Providing a pooled human platelet lysate (pHPL), b) Heat-treating the pooled human platelet lysate at a temperature of 50°C to 70°C during 20 to 40 minutes, c) Purifying the heat-treated pooled human platelet lysate of step b). a) Providing a pooled human platelet lysate (pHPL), b) Heat-treating the pooled human platelet lysate at a temperature of 50°C to 70°C during 20 to 40 minutes, c) Purifying the heat-treated pooled human platelet lysate of step b).
Method for producing a textile traction and/or support means for use in rope drives, comprising a fiber rope , the fiber rope being thermally fixed at 120°C to 230°C, characterized in that for this purpose fibers and/or fiber strands are connected to at least one substance and/or object which can be activated with electromagnetic waves and/or in an alternating magnetic field in order to form the fiber rope , and in that the fiber rope is subjected to electromagnetic waves and/or the alternating magnetic field in order to heat both the fiber rope and the substance and/or object to 120°C to 230°C so as to thermally fix the fiber rope .
A compound that has the following structure of Formula (III): or a pharmaceutically acceptable salt or solvate thereof.
A biometric information input apparatus comprising: an image capturing section configured to obtain a captured image of a hand; a pliable part detecting section configured to obtain distances from the image capturing section to a plurality of points on a surface of a palm of the hand from the image captured by the image capturing section and to obtain an average distance by smoothing the obtained distances, and further configured to detect whether there is a pliable part on the surface of the palm, the pliable part having concavity and convexity on the surface of the palm that are detected based on an amount of shift between the obtained average distance and each of the obtained distances; and an extracting section configured to extract biometric information from the captured image if the pliable part is not detected by the pliable part detecting section . an image capturing section configured to obtain a captured image of a hand; a pliable part detecting section configured to obtain distances from the image capturing section to a plurality of points on a surface of a palm of the hand from the image captured by the image capturing section and to obtain an average distance by smoothing the obtained distances, and further configured to detect whether there is a pliable part on the surface of the palm, the pliable part having concavity and convexity on the surface of the palm that are detected based on an amount of shift between the obtained average distance and each of the obtained distances; and an extracting section configured to extract biometric information from the captured image if the pliable part is not detected by the pliable part detecting section .
A gas turbine engine, comprising: a low pressure spool having a low pressure compressor and a low pressure turbine connected by a low pressure shaft ; a reduction gear train having a sun gear , a carrier having a plurality of planet gears attached thereto, and a ring gear , wherein the sun gear is connected to the low pressure shaft, and the carrier or the ring gear provides an output drive; a single propulsive fan mounted fore of the gear train and at the front of the engine; a fan shafting arrangement comprising a fan support shaft and a fan shaft , the fan shaft being connected to the output drive of the gear train; the gas turbine engine being characterised in that : the fan support shaft passes freely through the sun gear so as to have no direct contact therewith and as such passes through the centre of the gear train along the axis of rotation of the gearbox and fan; and the fan support shaft is rotatably supported by at least one fore bearing located forward of the gear train, and at least one aft bearing located aft of the gear train. a low pressure spool having a low pressure compressor and a low pressure turbine connected by a low pressure shaft ; a reduction gear train having a sun gear , a carrier having a plurality of planet gears attached thereto, and a ring gear , wherein the sun gear is connected to the low pressure shaft, and the carrier or the ring gear provides an output drive; a single propulsive fan mounted fore of the gear train and at the front of the engine; a fan shafting arrangement comprising a fan support shaft and a fan shaft , the fan shaft being connected to the output drive of the gear train; the gas turbine engine being characterised in that : the fan support shaft passes freely through the sun gear so as to have no direct contact therewith and as such passes through the centre of the gear train along the axis of rotation of the gearbox and fan; and the fan support shaft is rotatably supported by at least one fore bearing located forward of the gear train, and at least one aft bearing located aft of the gear train. the fan support shaft passes freely through the sun gear so as to have no direct contact therewith and as such passes through the centre of the gear train along the axis of rotation of the gearbox and fan; and the fan support shaft is rotatably supported by at least one fore bearing located forward of the gear train, and at least one aft bearing located aft of the gear train.
A vacuum pump, in particular a turbomolecular pump, comprising a rotor which is rotatably supported in the vacuum pump and which has a part at which a plurality of rotor blades are arranged; and a stator which is arranged axially offset from the part of the rotor having the rotor blades in a housing of the vacuum pump and which has at least one stator blade , wherein a spacer element is arranged between the part having the rotor blades and the stator and is configured to hold the at least one stator blade at a spacing from the rotor on a bending of the stator , with the spacer element being formed at the part having the rotor blades, characterized in that the spacer element is configured as a ring, with the rotor having a cut-out between the ring and an axis of rotation of the rotor . a rotor which is rotatably supported in the vacuum pump and which has a part at which a plurality of rotor blades are arranged; and a stator which is arranged axially offset from the part of the rotor having the rotor blades in a housing of the vacuum pump and which has at least one stator blade , wherein a spacer element is arranged between the part having the rotor blades and the stator and is configured to hold the at least one stator blade at a spacing from the rotor on a bending of the stator , with the spacer element being formed at the part having the rotor blades,
Chain shortening element for a link chain , particularly chain shortening blade , having a basic body with a slotted receiving pocket in which a lying chain-link can be inserted, such that the lying chain-link can come to rest in the receiving pocket with its nose and that a chain-link standing in chain longitudinal direction can be arranged in a slot of the receiving pocket which is open on one side, and that preferably the basic body has a coupling point or a second receiving pocket on the opposite side of the receiving pocket , characterised in that the standing chain-link can be gripped over by a securing pin and the securing pin can be displaced reversibly against a spring force, wherein, when an axial movement is carried out, the securing pin carries out also a rotational movement and thereby a depression formed in the securing pin is positioned over the slot such that the standing chain-link can be drawn out of the slot or can be introduced into the slot .
Measuring tube for an electromagnetic flowmeter, comprising a carrier tube , a liner arranged in the carrier tube and a support body embedded in the liner , wherein the support body has material recesses , wherein the liner extends through the material recesses , wherein the carrier tube has a spiral contour on an interior wall oriented towards a measuring tube axis M, characterized in that the spiral contour is formed as an depression in the carrier tube , wherein the liner is present in the depression of the spiral contour . a carrier tube , a liner arranged in the carrier tube and a support body embedded in the liner , wherein the support body has material recesses , wherein the liner extends through the material recesses , wherein the carrier tube has a spiral contour on an interior wall oriented towards a measuring tube axis M, characterized in that the spiral contour is formed as an depression in the carrier tube , wherein the liner is present in the depression of the spiral contour .
A multi-sport court capable of automatically collecting and supplying balls, wherein: the court includes a ground inclined in one direction, a net is detachably installed between a pair of center posts on the ground , a soccer goal is installed in a center of one side of the ground , a basketball goal is installed on a center of an upper portion of the soccer goal in an integrated manner, a concave ball transfer line inclined in a horizontal direction is formed on an end line of the ground on which the soccer goal is installed, a ball lifting device configured to lift a ball vertically is installed to communicate with the ball transfer line , an upper end of the ball lifting device communicating with one end of a ball distribution line horizontally extending at an aerial height and inclined in a direction opposite to a direction in which the ball transfer line is inclined, wherein a plurality of gates is installed at appropriate intervals on the ball distribution line , and an end of the ball distribution line communicates with a ball shooting device configured to shoot a volleyball ball or foot volleyball ball as a served ball, characterized in that the net is adapted to be raised when playing volleyball, and the net is adapted to be lowered when playing foot volleyball, and in that the gates the exits of which have different diameters are installed for different balls having different sizes for respective sports, and in that the court is configured such that soccer, basketball, volleyball, and foot volleyball can be played on the same court. the court includes a ground inclined in one direction, a net is detachably installed between a pair of center posts on the ground , a soccer goal is installed in a center of one side of the ground , a basketball goal is installed on a center of an upper portion of the soccer goal in an integrated manner, a concave ball transfer line inclined in a horizontal direction is formed on an end line of the ground on which the soccer goal is installed, a ball lifting device configured to lift a ball vertically is installed to communicate with the ball transfer line , an upper end of the ball lifting device communicating with one end of a ball distribution line horizontally extending at an aerial height and inclined in a direction opposite to a direction in which the ball transfer line is inclined, wherein a plurality of gates is installed at appropriate intervals on the ball distribution line , and an end of the ball distribution line communicates with a ball shooting device configured to shoot a volleyball ball or foot volleyball ball as a served ball, characterized in that the net is adapted to be raised when playing volleyball, and the net is adapted to be lowered when playing foot volleyball, and in that the gates the exits of which have different diameters are installed for different balls having different sizes for respective sports, and in that the court is configured such that soccer, basketball, volleyball, and foot volleyball can be played on the same court.