mhurhangee/ep-ind-claims huggingface dataset:
A component of a mold for molding bottle preforms made of thermoplastic material, the component comprising a molding surface adapted to come into contact with the molten thermoplastic material, and configured to mold the inner surface of a bottle preform; wherein the component is the male part of the mold; characterized in that all the molding surface comprises laser-induced periodic surface structures LIPSS, substantially oriented in a same first direction, and in that said first direction is substantially parallel to the flow direction of the molten thermoplastic material when injected into the mold. the component comprising a molding surface adapted to come into contact with the molten thermoplastic material, and configured to mold the inner surface of a bottle preform; wherein the component is the male part of the mold; characterized in that all the molding surface comprises laser-induced periodic surface structures LIPSS, substantially oriented in a same first direction, and in that said first direction is substantially parallel to the flow direction of the molten thermoplastic material when injected into the mold.
A computer system comprising at least one processor device, wherein the computer system is configured to: generate voltage waveforms based on time series voltage data received from first smart meters (102A-D, 403A-408B) that are indicated as being connected to a first transformer (402A-F) in an electric grid; characterized in that the computer system is further configured to: identify as a first identified interval each time interval during which a polarity of a slope of the voltage waveform of a first one of the first smart meters (102A-D, 403A-408B) is opposite to a polarity of slopes of the voltage waveforms of a majority of the first smart meters (102A-D, 403A-408B); and generate a flag for the first one of the first smart meters (102A-D, 403A-408B) each time a magnitude of the slope of the voltage waveform of the first one of the first smart meters (102A-D, 403A-408B) at one of the first identified intervals is an outlier compared to magnitudes of the slopes of the voltage waveforms of the majority of the first smart meters (102A-D, 403A-408B). generate voltage waveforms based on time series voltage data received from first smart meters (102A-D, 403A-408B) that are indicated as being connected to a first transformer (402A-F) in an electric grid; characterized in that the computer system is further configured to: identify as a first identified interval each time interval during which a polarity of a slope of the voltage waveform of a first one of the first smart meters (102A-D, 403A-408B) is opposite to a polarity of slopes of the voltage waveforms of a majority of the first smart meters (102A-D, 403A-408B); and generate a flag for the first one of the first smart meters (102A-D, 403A-408B) each time a magnitude of the slope of the voltage waveform of the first one of the first smart meters (102A-D, 403A-408B) at one of the first identified intervals is an outlier compared to magnitudes of the slopes of the voltage waveforms of the majority of the first smart meters (102A-D, 403A-408B). identify as a first identified interval each time interval during which a polarity of a slope of the voltage waveform of a first one of the first smart meters (102A-D, 403A-408B) is opposite to a polarity of slopes of the voltage waveforms of a majority of the first smart meters (102A-D, 403A-408B); and generate a flag for the first one of the first smart meters (102A-D, 403A-408B) each time a magnitude of the slope of the voltage waveform of the first one of the first smart meters (102A-D, 403A-408B) at one of the first identified intervals is an outlier compared to magnitudes of the slopes of the voltage waveforms of the majority of the first smart meters (102A-D, 403A-408B).
A network management system (10, 22) comprising: a control unit comprising processing circuitry coupled to a memory, wherein the control unit is configured to: receive a configuration request (17, 17A-17N) comprising first configuration data for a network device (14, 14A-14G), the first configuration data defining a data structure comprising a first property/value pair; generate, from the first configuration data, a corresponding first path/value pair for the first property/value pair, wherein a path of the first path/value pair uniquely identifies the first path/value pair in an associative data structure; modify the associative data structure based on the first path/value pair; generate, from the associative data structure, a configuration resource comprising second configuration data for the network device, the second configuration data comprising a second property/value pair that corresponds to the first path/value pair; and send the second configuration data to the network device to modify a configuration of the network device. receive a configuration request (17, 17A-17N) comprising first configuration data for a network device (14, 14A-14G), the first configuration data defining a data structure comprising a first property/value pair; generate, from the first configuration data, a corresponding first path/value pair for the first property/value pair, wherein a path of the first path/value pair uniquely identifies the first path/value pair in an associative data structure; modify the associative data structure based on the first path/value pair; generate, from the associative data structure, a configuration resource comprising second configuration data for the network device, the second configuration data comprising a second property/value pair that corresponds to the first path/value pair; and send the second configuration data to the network device to modify a configuration of the network device.
A method for providing a data service by a global virtual network operator, GVNO, of a wireless communication system, the method comprising: receiving, by the GVNO, from a user equipment, UE, service information including information about at least one of a service type, a service quality, or a service price; determining, by the GVNO, a first wireless network, to which the UE is subscribed, based on the service information, for providing a data service to the UE; and determining, by the GVNO, based on the service information, a second wireless network for the UE to perform a semi-attach of the UE; and transmitting, by the GVNO, to the UE, information about the first wireless network and the second wireless network, wherein the semi-attach, including configuration of a key required for mutual authentication and data communication between the UE and the second wireless network, and registration of the location of the UE in the second wireless network, is performed to attach to the second wireless network without configuring a bearer between the UE and the second wireless network, and wherein the second wireless network is a handover candidate network for a handover of the UE based on channel state information for the UE. receiving, by the GVNO, from a user equipment, UE, service information including information about at least one of a service type, a service quality, or a service price; determining, by the GVNO, a first wireless network, to which the UE is subscribed, based on the service information, for providing a data service to the UE; and determining, by the GVNO, based on the service information, a second wireless network for the UE to perform a semi-attach of the UE; and transmitting, by the GVNO, to the UE, information about the first wireless network and the second wireless network, wherein the semi-attach, including configuration of a key required for mutual authentication and data communication between the UE and the second wireless network, and registration of the location of the UE in the second wireless network, is performed to attach to the second wireless network without configuring a bearer between the UE and the second wireless network, and wherein the second wireless network is a handover candidate network for a handover of the UE based on channel state information for the UE.
A steering wheel comprising a steering wheel skeleton made from electrically conductive material and an apparatus for heating the steering wheel and for sensing contact with the steering wheel, comprising an electric heating conductor disposed outside the steering wheel skeleton and a control and evaluating means connected to the steering wheel skeleton and the electric heating conductor by means of which the electric heating conductor is repeatedly operated temporarily in a heating operation as heating element for heating the steering wheel and temporarily in a measuring operation as sensor element for sensing contact with the steering wheel, wherein the control and evaluating means is configured to maintain the steering wheel skeleton on a predetermined, especially constant potential at least during each measuring operation, characterized in that the control and evaluating means is configured to dynamically adapt each of the time intervals in which the electric heating conductor is operated in the measuring operation and in the heating operation with consideration of current parameters which are repeatedly supplied to the control and evaluating means.
An ink cartridge comprising: an ink chamber configured to store ink; a particular air layer formed in the ink chamber; and a pump configured to supply air to the particular air layer; characterized in that the ink chamber is configured so that ink can reach the particular air layer; and the pump is configured to draw air from the particular air layer. an ink chamber configured to store ink; a particular air layer formed in the ink chamber; and a pump configured to supply air to the particular air layer; characterized in that the ink chamber is configured so that ink can reach the particular air layer; and the pump is configured to draw air from the particular air layer.
A roof window arrangement having at least one roof window, more particularly a residential roof window, which consists of a blind frame that can be arranged on a roof in a stationary manner as well as of a casement frame that can be moved in relation to the blind frame, and said roof window arrangement having a roofing frame engaging the roof window around the latter at least in certain regions, characterized in that the roofing frame includes at least one vent (14, 15).
An organ resection tool comprising: a first conductor (2, 8) configured to apply microwaves; a second conductor (5, 9) configured to receive the microwaves; an insulator (3, 4, 7, 11, 12, 13) with which at least one of the first conductor (2, 8) and the second conductor (5, 9) is partially or entirely covered; and a brush structure connected directly or indirectly to the insulator (3, 4, 7, 11, 12, 13) or to at least one of the first conductor (2, 8) and the second conductor (5, 9), characterized in that the brush structure, including a distal end portion of the brush structure, is covered with an insulating material, and/or in that a distal end of the brush structure is fluorine-coated, silicon-coated, or diamond-polished. a first conductor (2, 8) configured to apply microwaves; a second conductor (5, 9) configured to receive the microwaves; an insulator (3, 4, 7, 11, 12, 13) with which at least one of the first conductor (2, 8) and the second conductor (5, 9) is partially or entirely covered; and a brush structure connected directly or indirectly to the insulator (3, 4, 7, 11, 12, 13) or to at least one of the first conductor (2, 8) and the second conductor (5, 9), characterized in that the brush structure, including a distal end portion of the brush structure, is covered with an insulating material, and/or in that a distal end of the brush structure is fluorine-coated, silicon-coated, or diamond-polished.
A method of operating a wearable device configured for automatic and continuous or intermittent capture of images comprising a data processing unit, a camera unit, and at least one motion sensor (4, 5), the method comprising: operating the wearable device in a ready state, wherein the camera unit is active and the data processing unit is in a low power mode, operating the wearable device in a take photo state, wherein a photo is captured by means of the camera unit, and operating the wearable device in a sleep state, wherein the camera unit and the data processing unit are in a low power mode, and wherein the wearable device is caused to transition from the ready state to the take photo state in response to a signal from the motion sensor (4, 5) representing a predetermined motion pattern, and wherein the wearable device is caused to transition from the take photo state to the ready state in response to a signal from the motion sensor being above a first threshold level and/or a signal from the camera unit representing a light level being higher than a predetermined second threshold value, and wherein the wearable device is caused to transition (210, 220) from the take photo state to the sleep state in response to a signal from the motion sensor being below the first threshold level and/or a signal from the camera unit representing a light level being lower than the predetermined second threshold value, and wherein the wearable device is caused to transition from the sleep state to the take photo state in response to a signal from the motion sensor representing the predetermined motion pattern. operating the wearable device in a ready state, wherein the camera unit is active and the data processing unit is in a low power mode, operating the wearable device in a take photo state, wherein a photo is captured by means of the camera unit, and operating the wearable device in a sleep state, wherein the camera unit and the data processing unit are in a low power mode, and wherein the wearable device is caused to transition from the ready state to the take photo state in response to a signal from the motion sensor (4, 5) representing a predetermined motion pattern, and wherein the wearable device is caused to transition from the take photo state to the ready state in response to a signal from the motion sensor being above a first threshold level and/or a signal from the camera unit representing a light level being higher than a predetermined second threshold value, and wherein the wearable device is caused to transition (210, 220) from the take photo state to the sleep state in response to a signal from the motion sensor being below the first threshold level and/or a signal from the camera unit representing a light level being lower than the predetermined second threshold value, and wherein the wearable device is caused to transition from the sleep state to the take photo state in response to a signal from the motion sensor representing the predetermined motion pattern.
Fluid device with two device components (2, 3) capable of linear movement relative to one another along a main axis, with one of the device components (2, 3) encompassing the other device component (3, 2) and with a seal ring coaxial to the main axis fitted between them and being held in a radially open annular retaining groove of the one device component (2, 3) which has a radially oriented groove base and a rear and a front groove flank (19, 18), the seal ring having a support section with an axial rear face facing the rear groove flank as well as two seal lips (23, 24) concentric to each other and extending away from the support section and axially towards the front groove flank, wherein the seal lip adjacent to the groove base is designed as a static seal lip with a radially arranged first static sealing face for static sealing contact with the groove base, and the other seal lip is designed as a dynamic seal lip with a radially arranged dynamic sealing face for dynamic sealing contact with the other device component (3, 2), characterised in that the static seal lip has on its end face a second static sealing face axially facing the front groove flank, and the front groove flank extends axially in front of an end support face of the dynamic seal lip, wherein the two seal lips (23, 24) are so matched to one another in their dimensions that, in the rear-side unpressurised state of the seal ring, the axial distance between the support face and the front groove flank is greater than the axial distance between the second static sealing face and the front groove flank, wherein the dynamic seal lip has greater stiffness than the static seal lip, wherein the seal ring under rear-side fluidic pressurisation while maintaining the dynamic sealing contact of its dynamic seal lip, is shifted towards the front groove flank and is in contact with the support face of the dynamic seal lip at the front groove flank of the retaining groove, wherein the static seal lip under elastic deformation makes sealing contact with its second static sealing face at the front groove flank.
System for need-oriented functionalization of open-loop/closed-loop control devices, in particular of an engine control unit, having at least one access means for accessing at least one first data memory, and at least one open-loop/closed-loop control device, wherein the at least one first data memory has at least one functional module by means of which one or more functions of the respective open-loop/closed-loop control device are performable, and wherein the interaction of the access means and the at least one first data memory results in at least one functional module being selectively loadable into the at least one open-loop/closed-loop control device and the overall functionality of the respective open-loop/closed-loop control device is flexibly adaptable by means of need-oriented selection of one or more functional modules by virtue of a preparatory need-oriented function selection from multiple provided functions being performed and functional modules associated with the respective functions being selected in an automated fashion, wherein the access means uses at least one selected functional module to create a function archive in which the at least one selected functional module is provided for transfer, and wherein the function archive is structured in successive blocks and each block, apart from the first and the last function archive block, has in each case one header, wherein the header contains all the information relevant for unpacking the function archive, such as in particular type, total length, size, version, data rate, origin and/or addressee, and has the actual content of the respective functional module and the CRC fields, used for data protection, for header and data and wherein there is provision for at least one descriptor that takes available descriptions of the individual functional modules as a basis for creating a functional and/or technical description of the firmware, formed as a function archive of functional modules, of the open-loop/closed-loop control device, in particular of the properties of the individual blocks of the function archive, and stores said description on a data memory (16, 22), wherein the description of the firmware formed as a function archive of functional modules is transferred together with the firmware to one or more open-loop/closed-loop control devices.
Food packaging with at least two partial shells (13, 13', 113, 113', 413, 413', 513, 513'), which are connected by means of flanges (14, 14', 114, 114', 414, 414', 514, 514') to enclose a food product, which flanges (14, 14', 114, 114', 414, 414', 514, 514') face each other and lie at least partially against each other, wherein the partial shells (13, 13', 113, 113', 413, 413', 513, 513') lie against the food product in a contour-reproducing manner, wherein at least one of said at least two partial shells (13, 13', 113, 113', 413, 413', 513, 513') is formed from a paper material section, characterized in that said paper material section is a thermoformable paper material, and in that said thermoformable paper material contains hydrophobized cellulose.
A method for wireless communication by a first base station of a first cell in a wireless communications network in which at least the first base station of the first cell and a second base station of a second cell share resource blocks, RBs, via a frequency division multiplexing, FDM, scheme, the method comprising: identifying a set of RBs for transmitting a physical downlink shared channel, PDSCH, wherein the second base station of the second cell is scheduled to limit transmissions using the identified set of RBs; identifying one or more guard RBs surrounding the identified set of RBs; and transmitting the PDSCH to a user equipment, UE, using the identified RBs with limited or no transmissions by either the first or second base stations in the guard RBs, wherein the use of guard RBs is optional for transmission of the PDSCH in the wireless communications network and the method further comprises: signaling the presence of guard RBs to the UE, to instruct the UE to use broadband channel estimation to decode the PDSCH, wherein broadband channel estimation uses all common reference signal, CRS, tones in frequency domain for the estimation. identifying a set of RBs for transmitting a physical downlink shared channel, PDSCH, wherein the second base station of the second cell is scheduled to limit transmissions using the identified set of RBs; identifying one or more guard RBs surrounding the identified set of RBs; and transmitting the PDSCH to a user equipment, UE, using the identified RBs with limited or no transmissions by either the first or second base stations in the guard RBs, wherein the use of guard RBs is optional for transmission of the PDSCH in the wireless communications network and the method further comprises: signaling the presence of guard RBs to the UE, to instruct the UE to use broadband channel estimation to decode the PDSCH, wherein broadband channel estimation uses all common reference signal, CRS, tones in frequency domain for the estimation. signaling the presence of guard RBs to the UE, to instruct the UE to use broadband channel estimation to decode the PDSCH, wherein broadband channel estimation uses all common reference signal, CRS, tones in frequency domain for the estimation.
Apparatus suitable for injection moulding an inking pad holder with a substantially rectangular base, with an injection mould including first and second mould portions, which, in a closed position, encloses a moulding cavity, wherein the first and the second mould portions are mounted so as to be movable relative to one another in an opening and closing direction, wherein the injection mould includes at least one slider member extending over the entire length of the moulding cavity, which is mounted to be movable in a direction differing from the opening and closing direction of the mould portions (20, 21) between an injection position engaging behind a retaining web of the inking pad holder and a separated position releasing the retaining web, characterised in that provided on one of the mould portions (20, 21) there is at least one ejector for removing the inking pad holder from the moulding cavity, wherein the at least one slider member is different to the ejector so that the inking pad holder is fixed in position in the moulding cavity when the at least one slider member is moved away from the longitudinal side of the moulding cavity for the purpose of demoulding.
Laser system comprising a laser weapon having an effective laser with at least one beam guide (1.1, 3) and an effective range around an object/target when the effective laser is used, characterized by a protective device having at least one additional laser that operates in a visible spectral range, the protective device being configured in such a way that the additional laser is switched on when at least one person has been detected in the effective range of the effective laser before the effective laser is used.