mhurhangee/ep-ind-claims huggingface dataset:
A multilayer film for covering surfaces, in particular of a spray booth, comprising: a base layer adapted for adhesion to a wall surface; a layer of a wall adhesive disposed on the base layer and configured to provide an adhesive relationship between the base layer and the wall surface, the wall adhesive disposed over at least a portion of a wall facing surface of the base layer; a stack of removable layers disposed on the base layer, each removable layer including a layer of removable adhesive disposed on an inner facing surface of each layer; wherein an innermost removable layer of the stack is removably adhered to an outward facing surface of the base layer; and wherein adjacent removable layers are adhered to one another by a corresponding layer of removable adhesive that extends over at least a portion of each removable layer such that a flap that is free of the removable adhesive remains along at least two opposite peripheral edges of each removable layer; characterised in that the wall facing surface of the base layer has a matte finish and the outward facing surface of the base layer has a smooth or gloss finish, and/or an inner facing surface of each removable layer has a matte finish and an outward facing surface of each removable layer has a smooth or gloss finish. a base layer adapted for adhesion to a wall surface; a layer of a wall adhesive disposed on the base layer and configured to provide an adhesive relationship between the base layer and the wall surface, the wall adhesive disposed over at least a portion of a wall facing surface of the base layer; a stack of removable layers disposed on the base layer, each removable layer including a layer of removable adhesive disposed on an inner facing surface of each layer; wherein an innermost removable layer of the stack is removably adhered to an outward facing surface of the base layer; and wherein adjacent removable layers are adhered to one another by a corresponding layer of removable adhesive that extends over at least a portion of each removable layer such that a flap that is free of the removable adhesive remains along at least two opposite peripheral edges of each removable layer; characterised in that the wall facing surface of the base layer has a matte finish and the outward facing surface of the base layer has a smooth or gloss finish, and/or an inner facing surface of each removable layer has a matte finish and an outward facing surface of each removable layer has a smooth or gloss finish.
Method for access control to installation control systems of wind energy installations, comprising the following steps: a) requesting a user name and a password via a terminal connected to the installation control system, wherein authorizations and checking information are coded in the password and the password is converted into characters so that it can be input via a keyboard; b) decoding the authorizations and the checking information from the requested password; c) checking the requested user name on the basis of the decoded checking information; if the check of the requested user name on the basis of the decoded checking information has a positive result, then d) checking the decoded authorizations; when the decoded authorizations are sufficient, then e) allowing access to the installation control system of a wind energy installation without checking a database having user names and passwords of authorized users, wherein the authorizations comprise a user level and/or a wind energy installation access class. a) requesting a user name and a password via a terminal connected to the installation control system, wherein authorizations and checking information are coded in the password and the password is converted into characters so that it can be input via a keyboard; b) decoding the authorizations and the checking information from the requested password; c) checking the requested user name on the basis of the decoded checking information; if the check of the requested user name on the basis of the decoded checking information has a positive result, then d) checking the decoded authorizations; when the decoded authorizations are sufficient, then e) allowing access to the installation control system of a wind energy installation without checking a database having user names and passwords of authorized users,
A method in a telecommunications network, the network including at least two service areas, the method comprising: at the network, distributing a mobile edge computing server within a corresponding one of the service areas; at the mobile edge computing server, collecting vehicle traffic flow statistics and storing the traffic flow statistics at a server in the network; at the mobile edge computing server, defining at least one mobile edge computing area within the corresponding service area based on the collected traffic flow statistics by selecting at least one access point within the corresponding service area to be located within the correspondingly defined at least one mobile edge computing area such that the defined at least one mobile edge computing area maps each to a main vehicle traffic flow respectively; at the mobile edge computing server, distributing at least one access point within the corresponding service area based on the traffic flow statistics; wherein at least one of the access points is distributed within one of the defined at least one corresponding mobile edge computing area. at the network, distributing a mobile edge computing server within a corresponding one of the service areas; at the mobile edge computing server, collecting vehicle traffic flow statistics and storing the traffic flow statistics at a server in the network; at the mobile edge computing server, defining at least one mobile edge computing area within the corresponding service area based on the collected traffic flow statistics by selecting at least one access point within the corresponding service area to be located within the correspondingly defined at least one mobile edge computing area such that the defined at least one mobile edge computing area maps each to a main vehicle traffic flow respectively; at the mobile edge computing server, distributing at least one access point within the corresponding service area based on the traffic flow statistics; wherein at least one of the access points is distributed within one of the defined at least one corresponding mobile edge computing area.
A method performed by a receiver of a communication system, said method comprising: receiving as an input a data structure comprising a set of data symbols and reference symbols, each data symbol forming a rectangular symbol constellation of samples; said method being characterised by: derotating the first data symbol of the set on the basis of the reference symbols; setting the phase rotating angle of the first symbol as zero; for each following successive data symbol in the set of symbols: performing equalization; reducing the number of samples in the constellation by selecting samples in two or more corners of the constellation by utilising two or more threshold values; estimating the phase rotating angle of the symbol from the selected reduced number of samples; derotating the symbol on the basis of the determined phase rotating angle of the symbol. derotating the first data symbol of the set on the basis of the reference symbols; setting the phase rotating angle of the first symbol as zero; for each following successive data symbol in the set of symbols: performing equalization; reducing the number of samples in the constellation by selecting samples in two or more corners of the constellation by utilising two or more threshold values; estimating the phase rotating angle of the symbol from the selected reduced number of samples; derotating the symbol on the basis of the determined phase rotating angle of the symbol. performing equalization; reducing the number of samples in the constellation by selecting samples in two or more corners of the constellation by utilising two or more threshold values; estimating the phase rotating angle of the symbol from the selected reduced number of samples; derotating the symbol on the basis of the determined phase rotating angle of the symbol.
A flexible tubing for hydraulic and/or hydrodynamic use, said tubing comprising a main flexible tubular body made of thermoplastic material which extends along an axis of longitudinal extension, the sections of said main tubular body being substantially circular on planes perpendicular to said longitudinal extension axis, said main tubular body being of a corrugated type and thus conformed to define a first plurality of ridges or shoulders arranged in succession and a second plurality of dips or valleys arranged in succession to connect each of two consecutive ridges or shoulders; wherein said main tubular body is housed within a first coating made of thermoplastic elastomer, wherein said tubing comprises a spiraling constituted by a plurality of non-braided filaments, each spirally wound on said first coating made of thermoplastic elastomer, wherein said tubing comprises a second outer coating made of thermoplastic elastomer, wherein said filaments of said spiraling are embedded in said second outer coating made of thermoplastic elastomer. said tubing comprises a spiraling constituted by a plurality of non-braided filaments, each spirally wound on said first coating made of thermoplastic elastomer, wherein said tubing comprises a second outer coating made of thermoplastic elastomer, wherein said filaments of said spiraling are embedded in said second outer coating made of thermoplastic elastomer.
Procedure for determining the functionality of a switchable receiving amplifier of a radar system with a transmitting unit, a receiving unit and a voltage-controlled oscillator, where a calibration to compensate for a deviation from the specified oscillator frequency is carried out before commissioning the radar system, wherein, during oscillator calibration, at least one calibration cycle is run through with at least one first signal with a first frequency and a second signal with a second frequency, where the first signal and the second signal are transmitted by the transmitting unit and received by the receiving unit, where the receiving amplifier is switched with a switching frequency, which is used for an amplitude modulation of the first and second signal, and the amplitude modulation is used to determine the functionality of the receiving amplifier.
Unit for forming a plate element for continuous flow manufacturing of folding boxes (CA1, CA2) from plate elements, the plate elements being successively inserted into the unit and moving in a transport direction, comprising pairs of rotary cylindrical shafts (201 1, 203 1, 201 2, 203 2), supporting forming tooling (51 1, 53 1, 51 2, 53 2), which forms the plate elements using slitting, creasing and cutting operations, and a cutting unit, and in which the pairs of rotary cylindrical shafts (201 1, 203 1, 201 2, 203 2) and the cutting unit engage to produce, in the formed plate element, first and second juxtaposed blanks of folding boxes (P1, P2), and comprising first and second plate element processing units (201, 202), associated in series, and having one same architecture with the pairs of shafts (2001 - 2031, 2002 - 2032), in which the first and second processing units (201, 202) each comprise four pairs of shafts (2001 - 2031, 2002 - 2032), aligned and disposed transversally with respect to the transport direction, the first and second processing units (201, 202) being associated, so as to form an alignment of eight pairs of shafts (2001 - 2032), characterized in that in which two pairs of shafts (201 1, 203 1) of the first plate element processing unit (20 1) engage to produce, in each plate element, central slits (34 12), aligned on a transverse central axis of the plate element, and two pairs of shafts (201 2, 203 2) of the second plate element processing unit (20 2) engage to respectively produce rear edge slits (34 2) of a rear blank and front edge slits (34 1) of a front blank, and in which said shafts (201 1, 203 1, 201 2, 203 2) each only support slitting tooling (51 1, 53 1, 51 2, 53 2), and in which the angular position (a) of at least one of the shafts (201 1, 203 1, 201 2, 203 2) is adjustable with respect to the forward position in the transport direction of the plate element, and in which the first plate element processing unit (20 1) is arranged upstream of the second plate element processing unit (20 2) in the transport direction. characterized in that in which two pairs of shafts (201 1, 203 1) of the first plate element processing unit (20 1) engage to produce, in each plate element, central slits (34 12), aligned on a transverse central axis of the plate element, and two pairs of shafts (201 2, 203 2) of the second plate element processing unit (20 2) engage to respectively produce rear edge slits (34 2) of a rear blank and front edge slits (34 1) of a front blank, and in which said shafts (201 1, 203 1, 201 2, 203 2) each only support slitting tooling (51 1, 53 1, 51 2, 53 2), and in which the angular position (a) of at least one of the shafts (201 1, 203 1, 201 2, 203 2) is adjustable with respect to the forward position in the transport direction of the plate element, and in which the first plate element processing unit (20 1) is arranged upstream of the second plate element processing unit (20 2) in the transport direction.
Propeller or impeller having blades which each have a front side and a rear side, and having a device for feeding a liquid, in particular water, to the rear side of the blades, wherein the device for feeding a liquid comprises at least one actuating member for adjusting the feed of liquid to the rear side of the blades, and channels which extend in the blades to the rear side thereof, characterised in that several of the channels are connected to a common supply channel and in that the supply channel as an actuating member comprises a shutter to at least partially close the channel.
A cerebrospinal fluid shunt (201,301) for treatment of hydrocephalus, comprising a valve (202,302,401) having an inlet port (203,303,402) and an outlet port, (206,306,404) which ports are for draining CSF, and a control port (209,309,410) for regulating the drainage of CSF through the valve, and characterized in that it further comprises by a hydrostatic pressure device connected to the control port, comprising a liquid filled compensation catheter (210, 310) defining a liquid column to create a hydrostatic pressure dependent on the body position of the patient, wherein a first end of said catheter, defining a first end of the liquid column, is connected to the control port and a second end of said catheter, defining a second end of the liquid column, wherein the second end comprises a hydrostatic pressure transmitting means for exposure to ambient pressure.
An electronic circuit with temperature control, comprising: a plurality of transistors (T 1, T 2,...T N) configured to operate in parallel; a plurality of temperature sensors (TPS 1, TPS 2,...TPS N), each of the plurality of temperature sensors thermally coupled to each of the plurality of transistors for producing a temperature output signal (TPm 1, TPm 2,...TPm N) indicative of a temperature of each of the plurality of transistors; and a controller for monitoring all temperature output signals (TPm 1, TPm 2,...TPm N) of the plurality of temperature sensors (TPS 1, TPS 2,...TPS N), and in response to the temperature output signals, providing controller outputs (C G1, C G2,...C GN, C GE1, C GE2,...C GEN), characterized in that: said controller comprises a plurality of proportional-integral-derivative controllers (PID-1a, PID-1b, PID-2a, PID-2b,... PID-Na, PID-Nb) configured to generate said controller outputs (C G1, C G2,...C GN, C GE1, C GE2,...C GEN), wherein said controller outputs control values of a gate resistance R G and a gate emitter resistance R GE associated with each of the plurality of transistors to adjust current to each of the plurality of transistors (T 1, T 2,...T N) respectively, to thermally balance the plurality of transistors, so that said respective temperatures of said plurality of transistors (T 1, T 2,... T N) are controlled to equal to each other. a plurality of transistors (T 1, T 2,...T N) configured to operate in parallel; a plurality of temperature sensors (TPS 1, TPS 2,...TPS N), each of the plurality of temperature sensors thermally coupled to each of the plurality of transistors for producing a temperature output signal (TPm 1, TPm 2,...TPm N) indicative of a temperature of each of the plurality of transistors; and a controller for monitoring all temperature output signals (TPm 1, TPm 2,...TPm N) of the plurality of temperature sensors (TPS 1, TPS 2,...TPS N), and in response to the temperature output signals, providing controller outputs (C G1, C G2,...C GN, C GE1, C GE2,...C GEN),
Preform of a collapsible folding box including: - an upper panel. - a lower panel, - a rear panel connecting the said upper panel with the said lower panel, - longitudinal side panels connected to the lower panel, - a transverse side panel connected to the lower panel, and - at least one means to aid destruction, - at least one pre-cut that is an integral part of the said preform in a first position of rest and extending to the beginning of the said preform in a second position according to which the said preform then presents an open slot in place of the said pre-cut, the said pre-cut defining a means of holding the said collapsible box in place when it is in its collapsed form, the said means of holding in place is equipped with a connection part arranged to be connected to or in a connection area, the said preform being characterised in that, the said means of holding in place defines a belt encircling the said collapsible box over its entire edge when it is in its collapsed form. - an upper panel. - a lower panel, - a rear panel connecting the said upper panel with the said lower panel, - longitudinal side panels connected to the lower panel, - a transverse side panel connected to the lower panel, and - at least one means to aid destruction, - at least one pre-cut that is an integral part of the said preform in a first position of rest and extending to the beginning of the said preform in a second position according to which the said preform then presents an open slot in place of the said pre-cut, the said pre-cut defining a means of holding the said collapsible box in place when it is in its collapsed form, the said means of holding in place is equipped with a connection part arranged to be connected to or in a connection area,
A method for transmitting an uplink signal on physical control channel performed by a terminal device, the method comprising: determining that the terminal device has a capability of transmitting the uplink signal on physical control channel in at least a first time instant and a second time instant coherently; performing a first transmission of the uplink signal on physical control channel in the first time instant in a first set of subcarriers; and performing a second transmission of the uplink signal on physical control channel in the second time instant in a second set of subcarriers; wherein the first transmission and the second transmission are transmitted coherently; and wherein the capability of transmitting the uplink signal on physical control channel in at least the first time instant and the second time instant coherently is determined based on at least one of the following: whether the first time instant and the second time instant are consecutive; a change in transmission power between the first time instant and the second time instant; a frequency offset between a central frequency of the first set of subcarriers and a central frequency of the second set of subcarriers; and an uplink spatial relation between uplink control channel transmissions in the first time instant and the second time instant. determining that the terminal device has a capability of transmitting the uplink signal on physical control channel in at least a first time instant and a second time instant coherently; performing a first transmission of the uplink signal on physical control channel in the first time instant in a first set of subcarriers; and performing a second transmission of the uplink signal on physical control channel in the second time instant in a second set of subcarriers; whether the first time instant and the second time instant are consecutive; a change in transmission power between the first time instant and the second time instant; a frequency offset between a central frequency of the first set of subcarriers and a central frequency of the second set of subcarriers; and an uplink spatial relation between uplink control channel transmissions in the first time instant and the second time instant.
A die for an extruder, wherein the extruder comprises a barrel to which raw material, that is raw elastomer or raw material resin, is supplied, and a screw that is driven to rotate in the barrel in order to process the raw material together with the barrel, wherein the die is provided at a discharge point of the barrel of the extruder and discharges the raw material that has been processed, wherein the die includes a first flat plate having at least one first hole and a second flat plate having at least one second hole, wherein the first flat plate and the second flat plate are arranged adjacent to each other along a longitudinal axis of the barrel, and wherein at least either the first flat plate or the second flat plate is movable relative to the other flat plate such that an overlapping part of the first hole and the second hole can be varied.
A method of data retrieval in a lightfield database including four-dimensional lightfield data captured by a plenoptic video camera or a video camera array and comprising angular and spatial information on light rays in a space scene, comprising: - acquiring a sample data; - determining a plurality of two-dimensional images from each 4D lightfield data of the lightfield database, the plurality of images being arranged according to a distance between the focal plane and the image plane, each 2D image being different from another 2D image in at least one geometrical parameter; - matching the sample data with the determined 2D images according to geometrical parameters of the sample data comprising at least the focal plane and geometrical parameters of the 2D images; - selecting one of the 2D images as a target image based on the matching result; and - retrieving the 4D lightfield data from which the target image is determined; wherein the geometrical parameters comprise at least one of resolution, viewpoint, viewing direction, focal plane, disparity, and image object. - acquiring a sample data; - determining a plurality of two-dimensional images from each 4D lightfield data of the lightfield database, the plurality of images being arranged according to a distance between the focal plane and the image plane, each 2D image being different from another 2D image in at least one geometrical parameter; - matching the sample data with the determined 2D images according to geometrical parameters of the sample data comprising at least the focal plane and geometrical parameters of the 2D images; - selecting one of the 2D images as a target image based on the matching result; and - retrieving the 4D lightfield data from which the target image is determined;