mhurhangee/ep-ind-claims huggingface dataset:
Transport packaging unit for packaging articles to be transported, in particular hazardous materials, wherein the transport packaging unit comprises the following: - a pallet with a base plate, wherein the articles to be transported are directly receivable on the base plate, wherein the base plate is developed so as to be even and forms a plate-shaped element which is developed in a completely even manner; - a transport box which is open toward the base plate, wherein the transport box rests on the base plate and together with the base plate forms an interior of the transport packaging unit which receives the articles to be transported, wherein the transport box is placed onto the base plate in the form of a sleeve and/or a collar, wherein the transport box comprises an opening which is closable by means of folding flaps on a side opposite the base plate, wherein the transport box closes off in a flush manner with the pallet at the sides, wherein the transport box is fixed on the base plate by means of at least one fastening element, preferably by means of at least one packing strip. - a pallet with a base plate, wherein the articles to be transported are directly receivable on the base plate, wherein the base plate is developed so as to be even and forms a plate-shaped element which is developed in a completely even manner; - a transport box which is open toward the base plate, wherein the transport box rests on the base plate and together with the base plate forms an interior of the transport packaging unit which receives the articles to be transported, wherein the transport box is placed onto the base plate in the form of a sleeve and/or a collar, wherein the transport box comprises an opening which is closable by means of folding flaps on a side opposite the base plate, wherein the transport box closes off in a flush manner with the pallet at the sides,
An incubator, having a compartment within the incubator, the compartment comprising: (a) an incubator egg tray, having an egg tray bottom, and at least one egg tray wall; characterized in that the compartment within the incubator enables chicks to feed during hatching without reducing hatchability or livability, and in that the compartment comprises; (b) at least one trough, having a trough bottom, and at least one trough wall, disposed inside said incubator egg tray, and (c) a lighting source arranged to attract the attention of a chick and to enable chicks to find feed. (a) an incubator egg tray, having an egg tray bottom, and at least one egg tray wall; characterized in that the compartment within the incubator enables chicks to feed during hatching without reducing hatchability or livability, and in that the compartment comprises; (b) at least one trough, having a trough bottom, and at least one trough wall, disposed inside said incubator egg tray, and (c) a lighting source arranged to attract the attention of a chick and to enable chicks to find feed.
A semiconductor device (100; 100A; 100B; 100C) comprising: a load detection unit (1; 1A; 1B) configured to detect operation rates of a plurality of modules; a weighting calculation unit (2; 2A; 2B; 2C) configured to calculate coefficients of the modules based on the operation rates of the modules; and a heat generation control unit (3; 3A; 3B; 3C) configured to control power consumptions of the modules based on the coefficients of the modules, wherein the operation rates of the modules are acquired in real time by using a scheduler function of an operating system, and wherein the weighting calculation unit (2; 2A; 2B; 2C) is configured to calculate power consumption for each module, based on the operation rates of the modules at a time when the heat generation control unit (3; 3A; 3B; 3C) starts to control power consumptions of the modules, and calculate as the coefficient of each module, the ratio of the calculated power consumption for the module to a sum of the calculated power consumptions of the plurality of modules. a load detection unit (1; 1A; 1B) configured to detect operation rates of a plurality of modules; a weighting calculation unit (2; 2A; 2B; 2C) configured to calculate coefficients of the modules based on the operation rates of the modules; and a heat generation control unit (3; 3A; 3B; 3C) configured to control power consumptions of the modules based on the coefficients of the modules, wherein the operation rates of the modules are acquired in real time by using a scheduler function of an operating system, and wherein the weighting calculation unit (2; 2A; 2B; 2C) is configured to calculate power consumption for each module, based on the operation rates of the modules at a time when the heat generation control unit (3; 3A; 3B; 3C) starts to control power consumptions of the modules, and calculate as the coefficient of each module, the ratio of the calculated power consumption for the module to a sum of the calculated power consumptions of the plurality of modules.
Compliant stretchable conductor comprising a wire or a tube made of an electrically insulating material and one or more electrical leads applied on said wire or tube, characterized in that one or more of said leads comprise a plurality of islets of conductive material between which there are micro-cracks that are micrometer size, Y-shaped and not connected to each other, forming an electrically conductive layer providing electrical conduction and/or electrical percolation.
Fence element for limiting the movement range of animals comprising a first and a second lateral post, and comprising a plurality of transverse tubes, elongated in the cross-section, which are arranged between the first and the second lateral post, characterized in that the largest longitudinal axis located in the cross-sectional plane, of the uppermost and the lowermost transverse tubes is vertically oriented, and the largest longitudinal axis located in the cross-sectional plane of at least one of the transverse tubes, that does not form the uppermost or lowermost transverse tube, is oriented horizontally or obliquely.
Inflatable mattress apparatus including a mattress, provided with: - a plurality of inflatable cells; - a manifold unit connected to the plurality of cells, wherein the manifold unit couples the cells into a plurality of individual sets of cells; and - a control unit connected to the manifold unit, the control unit being operable to provide substantially simultaneous inflation and deflation of cells in each set of cells over a period, and time offset inflation and deflation of cells in different sets of cells, characterised in that the time offset between sets of cells provides overlapping inflation periods between at least two of said sets of cells and overlapping deflation periods between at least two of said sets of cells. - a plurality of inflatable cells; - a manifold unit connected to the plurality of cells, wherein the manifold unit couples the cells into a plurality of individual sets of cells; and - a control unit connected to the manifold unit, the control unit being operable to provide substantially simultaneous inflation and deflation of cells in each set of cells over a period, and time offset inflation and deflation of cells in different sets of cells, characterised in that the time offset between sets of cells provides overlapping inflation periods between at least two of said sets of cells and overlapping deflation periods between at least two of said sets of cells.
A tool for handling a a wind turbine rotor blade, the tool comprising a winch and a clamping unit which can be fixed to the rotor blade, the clamping unit having a first clamp and a second clamp spaced from the first clamp with respect to the longitudinal direction of the object, characterized in that the tool further comprises a single rope, a first rod unit rotatably coupled to the first clamp of the clamping unit at a first coupling site and coupled to a traverse, a second rod unit rotatably coupled to the second clamp of the clamping unit at a second coupling site and coupled to the traverse by means of the rope, the length of the rope section between the second rod unit and the traverse being adjustable by the winch.
A sandwich panel comprising two resin skin sheets (12A, 12B) and a resin core material sandwiched between the two resin skin sheets (12A, 12B) and planarly adhered to each of the two resin skin sheets, said core material consists of a foamed thermoplastic resin with a predetermined expanding ratio and has a plurality of recesses each of which forms an opening formed on one surface only thereof and extends inwardly to define an inner space closed by the corresponding skin sheet, the rigidity of said resin skin sheets is set to be higher than that of said resin core material, the number of said recesses and the total area of said openings are determined in such a manner that the planar adhesion of at least one surface of said resin core material to the corresponding skin sheet is maintained, while at the same time solid portions of the foamed resin of the resin core material excluding said inner space formed by the plurality of recesses function to support a compressive load in the thickness direction of said resin core material, under the predetermined void volume allocated to said plurality of recesses in relation with said predetermined expanding ratio, the relationship between the mean density (x) of said thermoplastic resin core material and the effective density (y) thereof meets the equation 0.05x≦y≦0.85x and the expanding ratio of said thermoplastic resin core material is less than, or equal to 10-fold.
Method for regulating a brief increase in power of a steam turbine that has an upstream fossil-fired once-through steam generator featuring a number of economiser, evaporator and superheater heating surfaces which form a flow path and through which a flow medium flows, wherein the flow of the flow medium through the fossil-fired once-through steam generator is increased in order to achieve the brief increase in power of the steam turbine, wherein a desired enthalpy value at the outlet of an evaporator heating surface is used as a control variable when determining the desired value for the flow of the flow medium through the fossil-fired once-through steam generator, and the desired enthalpy value is reduced in order to achieve the brief increase in power of the steam turbine.
A waterproof device for an opening, comprising: a sheet placeable over an opening, the opening making an interior and an exterior of a structure communicate and being opened and closed by an opening/closing member; and a holding part that is adapted to hold the sheet for the structure at a position exterior of the opening/closing member, wherein the holding part is adapted to hold the sheet so that the sheet covers a predetermined area which is a lower end part in a vertical direction of the opening/closing member and part of the structure adjacent to the predetermined area together to close a lower end area in the vertical direction of the opening and that a lower end part in the vertical direction of the sheet extends along a floor toward the exterior, wherein the sheet is adapted to cover the predetermined area, the floor adjacent to the predetermined area, and wall faces (3a, 3b) adjacent to the predetermined area and opposed to each other in a width direction of the opening all together, and the sheet can be placed in a state in which ends in the width direction of a part corresponding to the floor and lower ends of parts corresponding to the wall faces (3a, 3b) overlap, characterized in that the sheet has slits separating the ends in the width direction of the part corresponding to the floor and the lower portions of the parts corresponding to the wall faces (3a, 3b) from each other. a sheet placeable over an opening, the opening making an interior and an exterior of a structure communicate and being opened and closed by an opening/closing member; and a holding part that is adapted to hold the sheet for the structure at a position exterior of the opening/closing member, wherein the holding part is adapted to hold the sheet so that the sheet covers a predetermined area which is a lower end part in a vertical direction of the opening/closing member and part of the structure adjacent to the predetermined area together to close a lower end area in the vertical direction of the opening and that a lower end part in the vertical direction of the sheet extends along a floor toward the exterior, wherein the sheet is adapted to cover the predetermined area, the floor adjacent to the predetermined area, and wall faces (3a, 3b) adjacent to the predetermined area and opposed to each other in a width direction of the opening all together, and the sheet can be placed in a state in which ends in the width direction of a part corresponding to the floor and lower ends of parts corresponding to the wall faces (3a, 3b) overlap, characterized in that the sheet has slits separating the ends in the width direction of the part corresponding to the floor and the lower portions of the parts corresponding to the wall faces (3a, 3b) from each other.
An electrostatic actuator for ejecting fluid from a plurality of chambers, comprising: a plurality of first conductors arranged on a bonding surface of a substrate, wherein each of the first conductors has an associated chamber; a second conductor arrangement in the form of a stack comprising a second conductor located between a first insulating layer and a second insulating layer, the stack having a plurality of flexible first parts supported by a plurality of second parts, each flexible first part forming at least part of a wall of each chamber and each flexible first part located opposite a corresponding one of the first conductors across a gap; and a voltage source operatively connected to each of the first conductors for selectively applying a voltage between each of the first conductors and the second conductor; wherein the second part of the stack is disposed between each pair of first conductors positioned adjacent to one another so that the second part of the stack contacts the bonding surface of the substrate between each pair of first conductors. a plurality of first conductors arranged on a bonding surface of a substrate, wherein each of the first conductors has an associated chamber; a second conductor arrangement in the form of a stack comprising a second conductor located between a first insulating layer and a second insulating layer, the stack having a plurality of flexible first parts supported by a plurality of second parts, each flexible first part forming at least part of a wall of each chamber and each flexible first part located opposite a corresponding one of the first conductors across a gap; and a voltage source operatively connected to each of the first conductors for selectively applying a voltage between each of the first conductors and the second conductor; wherein the second part of the stack is disposed between each pair of first conductors positioned adjacent to one another so that the second part of the stack contacts the bonding surface of the substrate between each pair of first conductors.
A method for joint channel correction among multiple radio remote units, RRUs, which is used for joint channel correction among multiple RRUs in a communication system, the communication system at least comprises a first RRU and a second RRU, wherein the method comprises: performing (301, 501) a self-correction to the first RRU and the second RRU respectively, and acquiring a first self-correction coefficient and a second self-correction coefficient respectively; transmitting (302, 502) a first correction signal to a second antenna of the second RRU through a first antenna of the first RRU, and receiving the first correction signal through the second antenna, and acquiring a second compensation coefficient according to a second channel response acquired by receiving the first correction signal; transmitting (303, 503) a second correction signal to the first antenna through the second antenna, and receiving the second correction signal through the first antenna, acquiring a first compensation coefficient according to a first channel response acquired by receiving the second correction signal; acquiring (304, 504) a first correction coefficient according to the first compensation coefficient and the first self-correction coefficient, acquiring a second correction coefficient according to the second compensation coefficient and the second self-correction coefficient. performing (301, 501) a self-correction to the first RRU and the second RRU respectively, and acquiring a first self-correction coefficient and a second self-correction coefficient respectively; transmitting (302, 502) a first correction signal to a second antenna of the second RRU through a first antenna of the first RRU, and receiving the first correction signal through the second antenna, and acquiring a second compensation coefficient according to a second channel response acquired by receiving the first correction signal; transmitting (303, 503) a second correction signal to the first antenna through the second antenna, and receiving the second correction signal through the first antenna, acquiring a first compensation coefficient according to a first channel response acquired by receiving the second correction signal; acquiring (304, 504) a first correction coefficient according to the first compensation coefficient and the first self-correction coefficient, acquiring a second correction coefficient according to the second compensation coefficient and the second self-correction coefficient.
A covering for an architectural opening comprising in combination: a headrail; a shade material suspended from the headrail for movement between extended and retracted positions; and a manually operable pull cord operatively connected to the shade material and movable upwardly and downwardly to move the shade material between the extended and retracted positions; characterised in that: the pull cord is a stiffened pull cord having an at least partially rigid core and an outer sheath at least partially surrounding the core. a headrail; a shade material suspended from the headrail for movement between extended and retracted positions; and a manually operable pull cord operatively connected to the shade material and movable upwardly and downwardly to move the shade material between the extended and retracted positions; characterised in that: the pull cord is a stiffened pull cord having an at least partially rigid core and an outer sheath at least partially surrounding the core. the pull cord is a stiffened pull cord having an at least partially rigid core and an outer sheath at least partially surrounding the core.
Vacuum treatment plant for performing a plasma method, wherein the treatment plant comprises at least one vacuum chamber in which an apparatus for generating an electric low voltage arc discharge (NVBE) is arranged, consisting of a cathode and an anode being electrically interconnectable to the cathode via an arc generator, and a workpiece carrier for receiving and moving workpieces, is the workpiece carrier being electrically interconnectable to a bias generator, as well as at least one feed line for inert and/or reactive gas, characterized in that at least part of the surface of the anode is made of graphite, wherein the anode comprises a graphite cover.
A filtering media member, formed of porous material, and comprising: a first edge portion comprising an upstream edge that extends in a lateral direction; a second edge portion spaced apart from the first edge portion in a longitudinal direction and comprising a downstream edge that extends in the lateral direction; and a main portion arranged intermediate the first and second edge portions (12, 18), the edge portions (12, 18) and the main portion together defining a generally planar first surface; characterised in that the filtering media member is an integral component and comprises a plurality of channels formed in the main portion and recessed relative to the first surface to provide surface area for particle entrainment in the main portion, each of the channels arranged adjacent to one another in the lateral direction and having a length that extends in the longitudinal direction between the first and second edge portions (12, 18), each of the channels comprising an inlet disposed proximate to the first edge portion so that, in use, fluid flows from the upstream edge through the inlet to the respective channel, and each of the channels has a width in the lateral direction that decreases across its length so that the channels taper between the first and second edge portions (12, 18). a first edge portion comprising an upstream edge that extends in a lateral direction; a second edge portion spaced apart from the first edge portion in a longitudinal direction and comprising a downstream edge that extends in the lateral direction; and a main portion arranged intermediate the first and second edge portions (12, 18), the edge portions (12, 18) and the main portion together defining a generally planar first surface; characterised in that the filtering media member is an integral component and comprises a plurality of channels formed in the main portion and recessed relative to the first surface to provide surface area for particle entrainment in the main portion, each of the channels arranged adjacent to one another in the lateral direction and having a length that extends in the longitudinal direction between the first and second edge portions (12, 18), each of the channels comprising an inlet disposed proximate to the first edge portion so that, in use, fluid flows from the upstream edge through the inlet to the respective channel, and each of the channels has a width in the lateral direction that decreases across its length so that the channels taper between the first and second edge portions (12, 18).
A method at a network element for providing secure communications in a communication system, comprising: sending at least one key to a first computing device and at least a second computing device, wherein the first computing device and the second computing device utilize an access network to access the communication system and are authenticated by the access network prior to the at least one key being sent, and further wherein the at least one key is useable by the first computing device and the second computing device to securely communicate with one another without communications between the first computing device and the second computing device going through the access network, characterized in that, proximity discovery, between the first computing device and the second computing device, is controlled by the access network, by advertisement (214 216) from the network element of the access network to the first and second computing devices, and, the at least one key is generated by and provided (226 228 234 230) from at least the network element of the access network to the first computing device and at least the second computing device. sending at least one key to a first computing device and at least a second computing device, wherein the first computing device and the second computing device utilize an access network to access the communication system and are authenticated by the access network prior to the at least one key being sent, and further wherein the at least one key is useable by the first computing device and the second computing device to securely communicate with one another without communications between the first computing device and the second computing device going through the access network, characterized in that, proximity discovery, between the first computing device and the second computing device, is controlled by the access network, by advertisement (214 216) from the network element of the access network to the first and second computing devices, and, the at least one key is generated by and provided (226 228 234 230) from at least the network element of the access network to the first computing device and at least the second computing device.