mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a communication interface; a display module; and a control module configured to: control the communication interface to receive a message including a plurality of pages; determine a set code type of a multi-byte Unicode content included in the received message; determine a data size defined by the set code type; determine whether undefined data of the multi-byte Unicode content exists in a lower area of a specific page of the plurality of pages, wherein the lower area has a size assigned according to the data size, and wherein undefined data is data which is not defined with the set code type; combine the undefined data contained in the lower area of the specific page of the plurality of pages with at least a part of data contained in an upper area of a next page of the plurality of pages that is sequential to the specific page; and control the display module to display the combined data in the specific page or the next page. a communication interface; a display module; and a control module configured to: control the communication interface to receive a message including a plurality of pages; determine a set code type of a multi-byte Unicode content included in the received message; determine a data size defined by the set code type; determine whether undefined data of the multi-byte Unicode content exists in a lower area of a specific page of the plurality of pages, wherein the lower area has a size assigned according to the data size, and wherein undefined data is data which is not defined with the set code type; combine the undefined data contained in the lower area of the specific page of the plurality of pages with at least a part of data contained in an upper area of a next page of the plurality of pages that is sequential to the specific page; and control the display module to display the combined data in the specific page or the next page. control the communication interface to receive a message including a plurality of pages; determine a set code type of a multi-byte Unicode content included in the received message; determine a data size defined by the set code type; determine whether undefined data of the multi-byte Unicode content exists in a lower area of a specific page of the plurality of pages, wherein the lower area has a size assigned according to the data size, and wherein undefined data is data which is not defined with the set code type; combine the undefined data contained in the lower area of the specific page of the plurality of pages with at least a part of data contained in an upper area of a next page of the plurality of pages that is sequential to the specific page; and control the display module to display the combined data in the specific page or the next page.
A process of preparing a concentrated liquid foodstuff comprising treatin g a mixture of a juice concentrate and a carbohydrate with a yeast, wherein said juice concentrate has a water content of 20 to 80% by weight based on the juice concentrate and a Brix of from 5 to 20 °Bx, wherein said carbohydrate is selected from the group consisting of maltose, lactose, glucose, saccharose, fructose, hexose, a hydrolyzed saccharose concentrate, an invert sugar syrup, a glucose syrup, and a natural fruit sugar from fruit juice and fruit juice concentrate, and is added in an amount of from 1 to 20 wt%, based on the total weight of the mixture, wherein the mixture has a total acidity of at least 25 g/L, calculated as citric acid, pH 8.1, and wherein the treatment of the juice concentrate with the yeast is carried out at temperatures above 25 °C and wherein the fermentation is carried out at a pH < 4, to obtain a concentrated liquid foodstuff, wherein the alcohol content is lower than 15 g/kg of concentrated liquid foodstuff.
A method comprising: initiating, using a first of a plurality of paralleled network devices (252A, 252B) at a first location, a TCP connection with a first of a plurality of paralleled network devices (202A, 202B) at a second location; and transferring the TCP connection using the first of the plurality of paralleled network devices (252A, 252B) at the first location in response to the receipt of a TCP transmission related to the TCP connection by a second of the plurality of paralleled network devices (252A, 252B) at the first location. initiating, using a first of a plurality of paralleled network devices (252A, 252B) at a first location, a TCP connection with a first of a plurality of paralleled network devices (202A, 202B) at a second location; and transferring the TCP connection using the first of the plurality of paralleled network devices (252A, 252B) at the first location in response to the receipt of a TCP transmission related to the TCP connection by a second of the plurality of paralleled network devices (252A, 252B) at the first location.
A method for re-routing a call which has been routed from a calling party through a mobile network to a first message server, said method comprising the steps: said first message server identifying a need to relay the call to a second message server which is a message server at a home network of the calling party in the event said calling party is unknown; said first message server retrieving a subscriber identification from said calling party; said first message server signalling said subscriber identification of said calling party to a mobile switching center using a call drop-back release message; wherein said signaled subscriber identification being used to derive routing information of said second message server based on routing category associated with said subscriber identification; and said call is routed to said second message server based on said routing information. said first message server identifying a need to relay the call to a second message server which is a message server at a home network of the calling party in the event said calling party is unknown; said first message server retrieving a subscriber identification from said calling party; said first message server signalling said subscriber identification of said calling party to a mobile switching center using a call drop-back release message; wherein said signaled subscriber identification being used to derive routing information of said second message server based on routing category associated with said subscriber identification; and said call is routed to said second message server based on said routing information.
A purpose-configurable submarine comprising: a surface hull; a surface engine compartment housing at least one engine; a fuel system; a ballast system comprising at least one ballast compartment (2,3,7,9); and a passenger compartment; wherein the passenger compartment is mounted such that when the submarine navigates on the surface of a body of water, at least the majority of the volume of the passenger compartment is above the waterline characterized in that the fuel system comprises at least one variable displacement fuel cell configured to hold and deliver fuel to said engine, said at least one variable displacement fuel cell being disposed within at least one ballast compartment. a surface hull; a surface engine compartment housing at least one engine; a fuel system; a ballast system comprising at least one ballast compartment (2,3,7,9); and a passenger compartment; wherein the passenger compartment is mounted such that when the submarine navigates on the surface of a body of water, at least the majority of the volume of the passenger compartment is above the waterline characterized in that the fuel system comprises at least one variable displacement fuel cell configured to hold and deliver fuel to said engine, said at least one variable displacement fuel cell being disposed within at least one ballast compartment.
Security document comprising a body, the body comprising at least one side and a cavity extending in at least a part of a thickness of the body from the side, and the body comprising a window embedded in the cavity, the window comprising at least an OVM part and a chromic material part, at least a portion of the OVM part being superimposed with at least a portion of the chromic material part, wherein the OVM part is a material which shows colour shifting effects depending on a colour of a background on which it is placed, the window comprises two layers of transparent part between which the chromic material part is positioned, and wherein the window comprises a laser sensitive part forming a back layer of the window, both transparent part layers surrounding the chromic material part being positioned between the OVM part layer and the laser sensitive part, the window comprising an additional pattern engraved in the laser sensitive part, at least a portion of the chromic material part is superimposed with at least a portion of the additional pattern.
System for attaching a functional measurement or detection body to a vehicle bodywork part, characterised in that it comprises a support comprising a means (6, 7) for attaching to the functional body, and an interface for fastening said support to the bodywork part, said support and said fastening interface being assembled and fitted to one another using circular grooves, the support and the fastening interface comprise bodies (8, 9) cooperating with each other, said bodies consisting firstly of at least two insertion fins and secondly of grooves of corresponding shape, engagement of the insertion fins in the grooves being carried out by a rotational movement.
A 3D pop-up card comprising a fabric figure, which is reversibly convertible from a flat compressed state to a three-dimensional expanded state, and a foldable base, which is reversibly convertible from a flat compressed state to a three-dimensional expanded state, and a foldable card with an inner side and an outer side, which is reversibly convertible from a folded closed state to an unfolded opened state, wherein the foldable base is fixed to the inner side of the foldable card and wherein the fabric figure is fixed to the foldable base, characterized in that the card comprises an additional support element, which is arranged inside the base and supports the base from the inside in the unfolded state of the card.
A penetration-inhibiting material which comprises at least a first component, wherein the first component has at least a first layer with a first set of threads and a second layer with a second set of threads, wherein the first set of threads is oriented in a first thread direction and the second set of threads is oriented in a second thread direction, wherein the first thread direction is transverse to the second thread direction, and wherein the penetration-inhibiting material has at least a second component, wherein the second component has at least a third layer and a fourth layer, wherein the third layer has a third set of threads and the fourth layer has a fourth set of threads, wherein the third set of threads is oriented in a third thread direction and the fourth set of threads is oriented in a fourth thread direction, and wherein the third thread direction is transverse to the fourth thread direction, wherein the third thread direction forms a first angle to the first thread direction and to the second thread direction, and the fourth thread direction forms a second angle to the first thread direction and to the second thread direction, and wherein the third set of threads and the fourth set of threads are joined to one another using at least a first binding agent, and wherein the first set of threads and the second set of threads are joined to one another by a second binding agent, and in which the first component and the second component are joined to one another by a third binding agent, characterized in that the third layer and the fourth layer are thread layers and the first binding agent is a textile binding agent.
A process for permanently waving keratin fibers, especially human hair, wherein, a- optionally, the fibers are washed and/or shampooed, and towel dried, b- an aqueous composition comprising one or more reducing agent at a total concentration in the range of 0.5 to 20%, by weight, calculated to the total of the aqueous composition, is applied and left on the fibers for a period of 1 to 60 min, c- the fibers are rinsed off, d- the fibers are put on curlers, e- a non-reducing and non-oxidizing aqueous composition comprising one or more alkalizing agent and having a pH in the range of 8.5 to 12 is applied onto fibers and left on the fibers for a period 1 to 60 min, f- optionally the fibers are rinsed off, g- an aqueous composition comprising one or more oxidizing agents, preferably hydrogen peroxide or bromate salt, is applied onto fibers and left on the fibers for a period 1 to 30 min, h- the fibers are optionally rinsed off, and i- the fibers are dried, wherein the curlers are taken off from fibers before or during processing in step g or after the step g prior to rinsing off and/or drying a- optionally, the fibers are washed and/or shampooed, and towel dried, b- an aqueous composition comprising one or more reducing agent at a total concentration in the range of 0.5 to 20%, by weight, calculated to the total of the aqueous composition, is applied and left on the fibers for a period of 1 to 60 min, c- the fibers are rinsed off, d- the fibers are put on curlers, e- a non-reducing and non-oxidizing aqueous composition comprising one or more alkalizing agent and having a pH in the range of 8.5 to 12 is applied onto fibers and left on the fibers for a period 1 to 60 min, f- optionally the fibers are rinsed off, g- an aqueous composition comprising one or more oxidizing agents, preferably hydrogen peroxide or bromate salt, is applied onto fibers and left on the fibers for a period 1 to 30 min, h- the fibers are optionally rinsed off, and i- the fibers are dried,
A downhole wireline cleaning tool adapted to scrape and remove objects, such as scale decreasing an inner diameter of a casing in a wellbore, and thereby increase said inner diameter to an initial inner diameter of the casing, the casing having an internal cross-sectional area (A c) encircled by a wall of the casing and the tool having a centre tool axis and extending in a longitudinal direction, comprising: - a tool housing having a first housing part and a second housing part, - a projectable arm which is pivotably connected with the first housing part at a first end of the projectable arm, the projectable arm having a plurality of bits in a second end, said projectable arm being movable between a retracted position and a projected position in relation to the tool housing in order to bring the bits in contact with the object, - an arm activation assembly for moving the projectable arm between the retracted position and the projected position, and - a rotatable shaft arranged in the second housing part and rotatably connected with the first housing part for rotating the projectable arm, wherein the bits are arranged along an extension extending from the second end towards the first end of the projectable arm, which extension is curved in order to vary a distance (d) from the tool housing to the bit in contact with the object upon rotation of the projectable arm, and wherein the extension of the arm extends across the centre tool axis in at least the retracted position, so that the bits of the arm are arranged to scrape the entire internal cross-sectional area of the casing when the arm is rotated. - a tool housing having a first housing part and a second housing part, - a projectable arm which is pivotably connected with the first housing part at a first end of the projectable arm, the projectable arm having a plurality of bits in a second end, said projectable arm being movable between a retracted position and a projected position in relation to the tool housing in order to bring the bits in contact with the object, - an arm activation assembly for moving the projectable arm between the retracted position and the projected position, and - a rotatable shaft arranged in the second housing part and rotatably connected with the first housing part for rotating the projectable arm,
An upper for a sports shoe, the upper comprising: a vamp comprising a UV curable microlattice structure (10,12) comprising a plurality of regions such that each region (14,16) comprises a different density. a vamp comprising a UV curable microlattice structure (10,12) comprising a plurality of regions such that each region (14,16) comprises a different density.
Interlocking elements such as building blocks, paving units, tiles or toy elements, the interlocking elements extending in a plane defining X,Y coordinates and further having a thickness defining Z coordinate, the interlocking elements each comprising first and second components, whereby the first component is providing planar locking possibility preventing a planar shift of one of the interlocked elements along X,Y coordinates and the second component is providing spatial locking, preventing a spatial shift along Z coordinate, characterised by that, in use, the interlocking elements are interlocked by rotation of one interlocking element in relation to another interlocking element resulting in a full spatial lock between the interlocked elements preventing shifts of the interlocked elements along all three X,Y, Z spatial coordinates, whereby the first component for planar locking is a three-clawed piece circumscribing an imaginary equilateral triangle, the three-clawed piece is comprising three protruding claws, each claw having a profile following a circular arc, the three clawed piece is further comprising grooves corresponding to the circumference of said circular arc, whereby, in use, during interlocking, the three-clawed pieces are rotated in one plane around a centre of planar rotation coinciding with the centre of the said circular arc to provide a locking aligning of the claws of one three-clawed piece with the grooves of another three-clawed pieces on the same X,Y plane, whereby the second component of the interlocking element being either at least one hexagonal prism fixed to at least one three-clawed piece in a way that the corners of the hexagonal prism are aligned with the corners of said imaginary equilateral triangle, resulting in an element where the three-clawed piece is fixed to the hexagonal prism so that the protruding claw part of the three-clawed piece extend beyond the circumference of the hexagonal prism to the same extent that the groove part of the three-clawed-piece extend into the base area of hexagonal prism and/or consisting of protruding tongues and additional grooves, whereby the protruding tongues are provided on each one of the protruding claws corresponding to the additional grooves provided in each of the groove parts such that during interlocking of the interlocking elements the protruding tongues are connecting to the additional grooves ensuring a tongue-groove connection between the two three-clawed pieces.
An uplink interference inhibition method, comprising: establishing an objective function according to available signal power of user equipment, UE, D2D transmission, power of interference of the UE D2D transmission to cellular uplink and noise power, wherein the objective function is used for solving a pre-coding vector of the UE signal transmission; solving the pre-coding vector of the UE signal transmission in the objective function under a constraint condition that the pre-coding vector of the UE signal transmission is a unitary matrix; and processing a UE D2D transmission signal according to the pre-coding vector of the UE signal transmission to ensure minimum interference of the UE D2D transmission signal to the cellular uplink; wherein the establishing an objective function according to available signal power of user equipment, UE, D2D transmission, power of interference of the UE D2D transmission to cellular uplink and noise power, comprises: establishing the objective function, wherein the objective function is a ratio obtained by dividing the available signal power of the UE D2D transmission by the sum of the power of interference of the UE D2D transmission to the cellular uplink and the noise power. establishing an objective function according to available signal power of user equipment, UE, D2D transmission, power of interference of the UE D2D transmission to cellular uplink and noise power, wherein the objective function is used for solving a pre-coding vector of the UE signal transmission; solving the pre-coding vector of the UE signal transmission in the objective function under a constraint condition that the pre-coding vector of the UE signal transmission is a unitary matrix; and processing a UE D2D transmission signal according to the pre-coding vector of the UE signal transmission to ensure minimum interference of the UE D2D transmission signal to the cellular uplink; wherein the establishing an objective function according to available signal power of user equipment, UE, D2D transmission, power of interference of the UE D2D transmission to cellular uplink and noise power, comprises: establishing the objective function, wherein the objective function is a ratio obtained by dividing the available signal power of the UE D2D transmission by the sum of the power of interference of the UE D2D transmission to the cellular uplink and the noise power.
Antenna array comprising: a plurality of parallel antenna elements (102a, 102b, 102c, 102d) arranged on a printed circuit board laminate comprising a flexible substrate layer on a rigid substrate layer, wherein the rigid substrate layer comprises portions (108a, 108b, 108c, 108d) specific to one or more antenna elements, and said flexible substrate layer comprises a feed network, wherein the rigid substrate layer is configured movable between a first arrangement of the portions of the rigid substrate layer, where the antenna array has a planar form, and a second arrangement of the portions of the rigid substrate layer, where the antenna array is curved around one or more axes, and characterized in that the flexible substrate comprises one or more cavities for connecting components directly to the rigid substrate layer under the flexible substrate layer. a plurality of parallel antenna elements (102a, 102b, 102c, 102d) arranged on a printed circuit board laminate comprising a flexible substrate layer on a rigid substrate layer, wherein the rigid substrate layer comprises portions (108a, 108b, 108c, 108d) specific to one or more antenna elements, and said flexible substrate layer comprises a feed network, wherein the rigid substrate layer is configured movable between a first arrangement of the portions of the rigid substrate layer, where the antenna array has a planar form, and a second arrangement of the portions of the rigid substrate layer, where the antenna array is curved around one or more axes, and characterized in that the flexible substrate comprises one or more cavities for connecting components directly to the rigid substrate layer under the flexible substrate layer.