mhurhangee/ep-ind-claims huggingface dataset:
A vacuum pumping system comprising a plurality of vacuum pumping arrangements (12, 14, 16, 18) for evacuating an enclosure and an auxiliary vacuum chamber for evacuation by at least one first vacuum pumping arrangement, the vacuum pumping system having a first state for evacuating the enclosure and a second state for conserving power consumed by the system, wherein in a first stage of the second state said at least one first vacuum pumping arrangement is arranged to evacuate an exhaust of at least one second vacuum pumping arrangement (14, 16, 18) and in a second stage of the second state the exhaust of said at least one first pumping arrangement is arranged to be evacuated by the auxiliary vacuum chamber, wherein the plurality of vacuum pumping arrangements comprise a single first vacuum pumping arrangement and a plurality of second vacuum pumping arrangements (14, 16, 18), and in the first stage the single first vacuum pumping arrangement is arranged to evacuate the exhausts of the plurality of second vacuum pumping arrangements.
A method comprising: obtaining a training set of network data that includes benign network data and malware network data; engaging a feature extraction engine to generate a set of dyads for each source-destination pair in the training set of network data; training, using the set of dyads, a machine learning engine to differentiate between the benign network data and the malware network data; obtaining network data identifying at least one new event for at least one source-destination pair; responsive to determining that the at least one new event is not associated with a source-destination pair that is known to be trusted, sending a request to a data store for obtaining all network data available for the at least one source-destination pair so as to send the network data obtained to the feature extraction engine; engaging the feature extraction engine comprising sending the network data obtained to the feature extraction engine to generate a set of dyads for the at least one source-destination pair associated with the at least one new event; and sending the set of dyads for the at least one source-destination pair associated with the at least one new event to the machine learning engine for classification. obtaining a training set of network data that includes benign network data and malware network data; engaging a feature extraction engine to generate a set of dyads for each source-destination pair in the training set of network data; training, using the set of dyads, a machine learning engine to differentiate between the benign network data and the malware network data; obtaining network data identifying at least one new event for at least one source-destination pair; responsive to determining that the at least one new event is not associated with a source-destination pair that is known to be trusted, sending a request to a data store for obtaining all network data available for the at least one source-destination pair so as to send the network data obtained to the feature extraction engine; engaging the feature extraction engine comprising sending the network data obtained to the feature extraction engine to generate a set of dyads for the at least one source-destination pair associated with the at least one new event; and sending the set of dyads for the at least one source-destination pair associated with the at least one new event to the machine learning engine for classification.
A consumption meter for measuring consumption data of a supplied utility and with a conductive feed through for external communication equipment, the consumption meter comprising: - a housing with an opening, where the housing forms a closed compartment when the opening of the housing is closed with a cover, - a sealing means provided in the opening of the housing to provide a sealed closed compartment when the opening of the housing is closed with the cover, and - a communication module provided in the closed compartment, where the conductive feed through comprises at least one conductive path (202, 408) from the communication module via the opening and to an outside part of the consumption meter, which outside part is subject to ambient conditions outside the closed compartment, characterized in that the at least one conductive path (202, 408) comprises a first (302, 402) and a second section (304, 404), where the first section (302, 402) provides a conductive feed from the communication module, and where the second section (304, 404) is comprised on an inner surface of the housing or an inner surface of the cover, and where the first and second sections form a conductive connection between the first and the second sections when the consumption meter is assembled, and where the sealing means in the opening of the housing seal against a first surface of the conductive path when the housing is closed with the cover. - a housing with an opening, where the housing forms a closed compartment when the opening of the housing is closed with a cover, - a sealing means provided in the opening of the housing to provide a sealed closed compartment when the opening of the housing is closed with the cover, and - a communication module provided in the closed compartment,
A method for controlling an electric power tool comprising an electronically commutated electric motor, the method comprising the following steps: (a) generating a pulse width modulated signal the duty factor of which can be varied with respect to the speed control; (b) starting the electric motor for a first pulse duration using a reduced duty factor of less than 100 %, preferably using a minimum duty factor; (c) increasing the duty factor for the subsequent pulse duration, if the electric motor has not rotated for a particular time span; (d) wherein in case the electric motor has rotated for a particular time span, the duty factor is adapted according to the setting of the operating switch for setting the revolution speed according to the presetting of the operating switch. (a) generating a pulse width modulated signal the duty factor of which can be varied with respect to the speed control; (b) starting the electric motor for a first pulse duration using a reduced duty factor of less than 100 %, preferably using a minimum duty factor; (c) increasing the duty factor for the subsequent pulse duration, if the electric motor has not rotated for a particular time span; (d) wherein in case the electric motor has rotated for a particular time span, the duty factor is adapted according to the setting of the operating switch for setting the revolution speed according to the presetting of the operating switch.
A cover comprising: at least two depression regions, each of said depression regions being adapted to be thermally coupled respectively to one or more heat generating electronic components, each of said depression regions being realized as a solid continuous surface devoid of any opening therein; a peripheral region surrounding, at least partially, at least a first and a second of said depression regions; wherein said cover comprises: at least one airflow aperture formed on one or more sidewall regions that extend along an outer edge of the peripheral region; at least one airflow aperture formed through an interior region positioned, at least partially, between said first and said second depression regions. at least two depression regions, each of said depression regions being adapted to be thermally coupled respectively to one or more heat generating electronic components, each of said depression regions being realized as a solid continuous surface devoid of any opening therein; a peripheral region surrounding, at least partially, at least a first and a second of said depression regions; at least one airflow aperture formed on one or more sidewall regions that extend along an outer edge of the peripheral region; at least one airflow aperture formed through an interior region positioned, at least partially, between said first and said second depression regions.
A device for applying electric discharge to an optical fiber, comprising: a pair of electrodes having the optical fiber interposed between the electrodes and being opposed to each other; a pedestal configured to support the electrodes; and a member configured to securely press the electrodes onto the pedestal; characterized by a heat radiation fin provided on the member, wherein each of the electrodes comprises a trunk portion of 3 mm or more in diameter, and a tip portion of a conical shape with an apical angle of 60 degrees or more. a pair of electrodes having the optical fiber interposed between the electrodes and being opposed to each other; a pedestal configured to support the electrodes; and a member configured to securely press the electrodes onto the pedestal;
A tissue product, comprising: a decellularized adipose-containing tissue, wherein the tissue product contains 30 to 50% lipid by mass. a decellularized adipose-containing tissue, wherein the tissue product contains 30 to 50% lipid by mass.
Toy for motivating or training a pet, comprising a first outer shell section and a second outer shell section, said first and second outer shell sections (2,2') being arranged to create a space between themselves, and further comprising an entry opening (21, 21'), preferably comprising a raised section (29, 29') that extends into said space, and said toy also comprising at least one exit opening (22-24'), each of said entry and exit openings (22-24') being arranged to connect said space to a surrounding of said toy, said toy further comprising at least one ridge, preferably fixed to said shell section (2, 2'), said ridge defining a limited transversal opening, characterized by a flat-shaped middle section placed between the first outer shell section and the second outer shell section, dividing said space into two halves, and wherein said ridge and limited transversal opening respectively are arranged to provide a maze like path for transversal movement of an object from said entry opening (21, 21') to said exit opening (22-24').
A method for determining proximity of a plurality of architectural structure coverings (204, 206, 208, 210), the method comprising: receiving, by a user device, a broadcast signal from each of the plurality of architectural structure coverings, wherein the broadcast signal received from an architectural structure covering includes informational data of the architectural structure covering; generating, by the user device and based on received broadcast signals, an ordered list of each of the plurality of architectural structure coverings, the ordered list being ordered by proximity of the coverings to the user device; and displaying, by the user device, the ordered list, wherein the ordered list includes a type of each of the plurality of architectural structure coverings based on the informational data. receiving, by a user device, a broadcast signal from each of the plurality of architectural structure coverings, wherein the broadcast signal received from an architectural structure covering includes informational data of the architectural structure covering; generating, by the user device and based on received broadcast signals, an ordered list of each of the plurality of architectural structure coverings, the ordered list being ordered by proximity of the coverings to the user device; and displaying, by the user device, the ordered list, wherein the ordered list includes a type of each of the plurality of architectural structure coverings based on the informational data.
A retrieval device, comprising: an outer sheath including a lumen extending longitudinally through the outer sheath, a distally located end effector movable between a contracted state and an expanded state, the end effector including: a plurality of support members (26, 28, 30) each including a passage, and a plurality of movable members (18, 20, 22) including a first movable member having a first portion extending into a first passage of the support member passages; and a proximally located handle assembly (200, 400) including a longitudinal actuator and a twisting actuator coupled to the plurality of movable members (18, 20, 22) and configured to longitudinally move and twist the movable members (18, 20, 22) without longitudinally moving and twisting the support members (26, 28, 30), wherein the support members (26, 28, 30) are coupled to the outer sheath, the coupling keeping proximal ends of the support members (26, 28, 30) stationary relative to the distal end of outer sheath, wherein distal portions of the support members (26, 28, 30) extend distally out of the lumen of the outer sheath and away from the distal end of the outer sheath, wherein the distal portions of the support members (26, 28, 30) are configured to move towards and away from a longitudinal axis of the outer sheath. an outer sheath including a lumen extending longitudinally through the outer sheath, a distally located end effector movable between a contracted state and an expanded state, the end effector including: a plurality of support members (26, 28, 30) each including a passage, and a plurality of movable members (18, 20, 22) including a first movable member having a first portion extending into a first passage of the support member passages; and a plurality of support members (26, 28, 30) each including a passage, and a plurality of movable members (18, 20, 22) including a first movable member having a first portion extending into a first passage of the support member passages; and a proximally located handle assembly (200, 400) including a longitudinal actuator and a twisting actuator coupled to the plurality of movable members (18, 20, 22) and configured to longitudinally move and twist the movable members (18, 20, 22) without longitudinally moving and twisting the support members (26, 28, 30), wherein the support members (26, 28, 30) are coupled to the outer sheath, the coupling keeping proximal ends of the support members (26, 28, 30) stationary relative to the distal end of outer sheath, wherein distal portions of the support members (26, 28, 30) extend distally out of the lumen of the outer sheath and away from the distal end of the outer sheath, wherein the distal portions of the support members (26, 28, 30) are configured to move towards and away from a longitudinal axis of the outer sheath.
Use of a powderous catalytic system which comprises a metal alloy carrier, wherein the metal alloy comprises (i) 55 weight-% (wt-%) - 80 wt-%, based on the total weight of the metal alloy, of Co, and (ii) 20 wt-% - 40 wt-%, based on the total weight of the metal alloy, of Cr, and (iii) 2 wt-% - 10 wt-%, based on the total weight of the metal alloy, of Mo, and wherein the said metal alloy is coated by a metal oxide layer and impregnated with Pd, characterized in that the metal oxide layer comprises CeO 2 and ZnO, wherein the ratio of CeO2: ZnO is from 2:1 to 1:2, in selective catalytic hydrogenation with hydrogen of organic starting material comprising a carbon-carbon triple bond (preferably alkynol compounds). (i) 55 weight-% (wt-%) - 80 wt-%, based on the total weight of the metal alloy, of Co, and (ii) 20 wt-% - 40 wt-%, based on the total weight of the metal alloy, of Cr, and (iii) 2 wt-% - 10 wt-%, based on the total weight of the metal alloy, of Mo, and wherein the said metal alloy is coated by a metal oxide layer and impregnated with Pd, characterized in that the metal oxide layer comprises CeO 2 and ZnO, wherein the ratio of CeO2: ZnO is from 2:1 to 1:2, in selective catalytic hydrogenation with hydrogen of organic starting material comprising a carbon-carbon triple bond (preferably alkynol compounds).
Turbomachine blade assembly comprising a turbomachine blade, in particular for a gas turbine, and at least one tuning element container having a housing, which is fastened to the turbomachine blade, and an insert, two first cavities, in each of which at least one tuning element is received which is provided for impact contact with the housing and the insert, being spaced apart from one another by a wall (20; 21) of the insert, characterized in that the insert is arranged in a recess of this housing.
Method for fabricating an electroabsorption modulated laser, comprising - generating a single mode laser section and an electroabsorption modulator section, comprising fabricating at least one n-doped layer of the laser section and at least one n-doped layer of the modulator section, wherein both the single mode laser section and the modulator section are arranged on a common isolating or semi-isolating substrate, - generating an isolating section for electrically isolating at least the n-doped layer of the laser section and the n-doped layer of the modulator section from one another, wherein - generating the isolating section comprises epitaxially growing at least one isolating layer (131, 132) and structuring the isolating layer (131, 132) before the generation of the n-doped layer of the laser section and the n-doped layer of the modulator section, and wherein after generating the isolating section and the n-doped layers (111, 121), an active layer stack of the laser section and an active layer stack of the modulator section is epitaxially grown adjacent the isolating section and on top of the n-doped layer of the laser section and the n-doped layer of the modulator section, respectively. - generating a single mode laser section and an electroabsorption modulator section, comprising fabricating at least one n-doped layer of the laser section and at least one n-doped layer of the modulator section, wherein both the single mode laser section and the modulator section are arranged on a common isolating or semi-isolating substrate, - generating an isolating section for electrically isolating at least the n-doped layer of the laser section and the n-doped layer of the modulator section from one another, wherein - generating the isolating section comprises epitaxially growing at least one isolating layer (131, 132) and structuring the isolating layer (131, 132) before the generation of the n-doped layer of the laser section and the n-doped layer of the modulator section, and wherein after generating the isolating section and the n-doped layers (111, 121), an active layer stack of the laser section and an active layer stack of the modulator section is epitaxially grown adjacent the isolating section and on top of the n-doped layer of the laser section and the n-doped layer of the modulator section, respectively.
A method for wireless communication, comprising: configuring a user equipment, UE, to monitor a first set of decoding candidates in a first control symbol period of a slot, wherein each decoding candidate in the first set corresponds to at least one control channel element in the first control symbol period; configuring the UE to monitor a second set of decoding candidates in a second control symbol period of the slot, wherein each decoding candidate in the second set corresponds to at least one control channel element in the second control symbol period, and wherein a decoding candidate in the second set is aligned at symbol boundaries in the frequency domain with a decoding candidate in the first set; and transmitting control signaling within a control resource set for the UE in the slot in a control channel element corresponding to one or more decoding candidates of the first set of decoding candidates, one or more decoding candidates of the second set of decoding candidates, or both. configuring a user equipment, UE, to monitor a first set of decoding candidates in a first control symbol period of a slot, wherein each decoding candidate in the first set corresponds to at least one control channel element in the first control symbol period; configuring the UE to monitor a second set of decoding candidates in a second control symbol period of the slot, wherein each decoding candidate in the second set corresponds to at least one control channel element in the second control symbol period, and wherein a decoding candidate in the second set is aligned at symbol boundaries in the frequency domain with a decoding candidate in the first set; and transmitting control signaling within a control resource set for the UE in the slot in a control channel element corresponding to one or more decoding candidates of the first set of decoding candidates, one or more decoding candidates of the second set of decoding candidates, or both.
An image processing apparatus, comprising: circuitry configured to receive a list of objects from a server, to present one or more of the objects on a display, responsive to a user request, to transmit an indication of a selected object to the server, to receive from the server 3D modeling data for the selected object, to obtain a background image and depth data and base-line length information associated with the background image, to determine a placement position for the selected object, to set an orientation and a size of the selected object within the background image based on the depth data and the base-line length information associated with the background image, and the 3D modeling data of the object, and to display the object having the set orientation and the set size in the determined placement position in the background image. circuitry configured to receive a list of objects from a server, to present one or more of the objects on a display, responsive to a user request, to transmit an indication of a selected object to the server, to receive from the server 3D modeling data for the selected object, to obtain a background image and depth data and base-line length information associated with the background image, to determine a placement position for the selected object, to set an orientation and a size of the selected object within the background image based on the depth data and the base-line length information associated with the background image, and the 3D modeling data of the object, and to display the object having the set orientation and the set size in the determined placement position in the background image.
A method for isolating a small bore pipe, the method comprising: providing a clamp surrounding a pipe, the clamp comprising a recess; locating an isolation tool between two sections of the pipe such that the isolation tool spans the bore of the pipe and the pipe walls, the isolation tool having a body and a seal element mounted thereon which is arranged to seal the pipe bore; and locating a distal end of the body in the recess, wherein locating the isolation tool between the two sections of the pipe comprises locating the isolation tool through a hole and a pilot hole provided in opposing walls of the pipe, and wherein the seal element is configured to be actuated by compression against a base of the pipe upon location of the distal end of the body in the recess through the pilot hole of the pipe. providing a clamp surrounding a pipe, the clamp comprising a recess; locating an isolation tool between two sections of the pipe such that the isolation tool spans the bore of the pipe and the pipe walls, the isolation tool having a body and a seal element mounted thereon which is arranged to seal the pipe bore; and locating a distal end of the body in the recess,
A method comprising: sending, by a wireless device to an access and mobility management function, AMF, of a network, a registration request message; and receiving, by the wireless device from the AMF, a registration accept message comprising an access traffic steering, switching, and splitting, ATSSS, capability indication of the network. sending, by a wireless device to an access and mobility management function, AMF, of a network, a registration request message; and receiving, by the wireless device from the AMF, a registration accept message comprising an access traffic steering, switching, and splitting, ATSSS, capability indication of the network.