mhurhangee/ep-ind-claims huggingface dataset:
Compressible pillar for the preparation of a vacuum insulated glazing unit, having a longitudinal extent in the pre-compressed state and comprising a deformable part having an open structure, which open structure will at least partially collapse when the pillar is subject to a compression force acting in the longitudinal direction of the pillar, so that the pillar will exhibit a deformation causing a reduction (ΔL, red) in the longitudinal extent of the pillar when the pillar is subjected to said compression force, the compression force being of at least one value selected within the range of 60 N to 320 N such as a value of the compression force being selected from the range of 60 N to 140 N, from the range of 140 N to 230 N, or from the range of 230 N to 320 N, the pillar comprises a first end structure and a second end structure having a first and a second substantially plane end surface, respectively, for abutting with the glass panes (4a, 4b) of the VIG-unit, which end surfaces extend substantially in parallel, wherein the deformable part of the pillar connects the first end structure and the second end structure, and wherein the pillar is formed with a substantially uniform cross-section in parallel planes perpendicular to the first and the second end surfaces, and characterized in that the first end structure, the second end structure and the deformable part form a cross-section in said parallel planes of essentially the shape of a capital sigma (Σ). the pillar comprises a first end structure and a second end structure having a first and a second substantially plane end surface, respectively, for abutting with the glass panes (4a, 4b) of the VIG-unit, which end surfaces extend substantially in parallel, wherein the deformable part of the pillar connects the first end structure and the second end structure, and wherein the pillar is formed with a substantially uniform cross-section in parallel planes perpendicular to the first and the second end surfaces, and characterized in that the first end structure, the second end structure and the deformable part form a cross-section in said parallel planes of essentially the shape of a capital sigma (Σ).
A method of threat detection, the method comprising: detecting a new process start at a network node of a computer network; determining that said process requires external code modules; observing the times at which one or more external code modules required by the new process are loaded relative to the process starting time, the method being characterised in that it further comprises determining that the usage of an external code module required by the new process is anomalous when the time elapsed between the start of the process and loading of said external code module lies outside predetermined expected boundaries; and taking further action to protect the network node and/or the computer network based on determining that the usage of the external code module required by the detected new process is anomalous. detecting a new process start at a network node of a computer network; determining that said process requires external code modules; observing the times at which one or more external code modules required by the new process are loaded relative to the process starting time, the method being characterised in that it further comprises determining that the usage of an external code module required by the new process is anomalous when the time elapsed between the start of the process and loading of said external code module lies outside predetermined expected boundaries; and taking further action to protect the network node and/or the computer network based on determining that the usage of the external code module required by the detected new process is anomalous.
Revolving multilevel tubular magazine with a plurality of tool holder levels (101, 102) and tool holder rows, in the interior of which a plurality of work spindles, one per tool holder level (101, 102), are mounted in a rigid central block arranged in a fixed position on the machine tool side, - wherein the central block supports, on rolling and/or sliding bearings, a single- or multi-part magazine tube carrier (21, 35, 36) which can be moved in a driven manner transversely to the centre line of the central block, - wherein the single- or multi-part magazine tube carrier (21, 35, 36) supports, on rolling or sliding bearings, a magazine tube body (100, 106) having a plurality of tool holder levels (101, 102) and tool holder rows which can be rotated in a driven manner around the central block, - wherein the magazine tube body (100, 106) has, per tool holder row, a magazine cover for storing a plurality of tool holders (200, 230, 250, 270, 310, 340), the number of which corresponds at most to the number of tool holder levels (101, 102), - wherein the magazine cover with the tool holders (200, 230, 250, 270, 310, 340) required in order to process the workpiece can - in a working position - be positioned before the front end faces of the work spindles both in the direction of rotation of the magazine tube body (100, 106) and also in the direction of movement of the magazine tube carrier (21, 35, 36) and - wherein the work spindles are arranged next to one another and their centre lines are oriented parallel to the direction of movement of the magazine tube carrier (21, 35, 36). - wherein the central block supports, on rolling and/or sliding bearings, a single- or multi-part magazine tube carrier (21, 35, 36) which can be moved in a driven manner transversely to the centre line of the central block, - wherein the single- or multi-part magazine tube carrier (21, 35, 36) supports, on rolling or sliding bearings, a magazine tube body (100, 106) having a plurality of tool holder levels (101, 102) and tool holder rows which can be rotated in a driven manner around the central block, - wherein the magazine tube body (100, 106) has, per tool holder row, a magazine cover for storing a plurality of tool holders (200, 230, 250, 270, 310, 340), the number of which corresponds at most to the number of tool holder levels (101, 102), - wherein the magazine cover with the tool holders (200, 230, 250, 270, 310, 340) required in order to process the workpiece can - in a working position - be positioned before the front end faces of the work spindles both in the direction of rotation of the magazine tube body (100, 106) and also in the direction of movement of the magazine tube carrier (21, 35, 36) and - wherein the work spindles are arranged next to one another and their centre lines are oriented parallel to the direction of movement of the magazine tube carrier (21, 35, 36).
A method for foreign object detection in a system having a relay (200; 300) adapted to inductively transfer power for charging a device and a transmitter having a controller configured to control a power driver for inductively transmit to the relay (200; 300) the power for charging the device, wherein the transmitter and the relay (200; 300) are separated by a medium, wherein the controller is configured to communicate with the device, characterized in that the method comprises operations by the controller: determining power consumed by the transmitter; determining power loss on the transmitter according to continuous measurements of AC output current; obtaining coupling factor between the transmitter and the relay (200; 300); determining power loss on the relay (200; 300) based on continuous measurements of AC output current and coupling factor; subtracting from the power consumed by the transmitter the power loss on the transmitter and power loss on the relay (200; 300); obtaining from the device a value of an actual power delivered to the device; comparing a result of said subtracting to said consumed power of the device; determining foreign object presence if power loss of the relay (200; 300) exceeds a predetermined power loses threshold. determining power consumed by the transmitter; determining power loss on the transmitter according to continuous measurements of AC output current; obtaining coupling factor between the transmitter and the relay (200; 300); determining power loss on the relay (200; 300) based on continuous measurements of AC output current and coupling factor; subtracting from the power consumed by the transmitter the power loss on the transmitter and power loss on the relay (200; 300); obtaining from the device a value of an actual power delivered to the device; comparing a result of said subtracting to said consumed power of the device; determining foreign object presence if power loss of the relay (200; 300) exceeds a predetermined power loses threshold.
A door retaining mechanism having a holding arm, an upper hub and a lower hub provided in a manner tightening the holding arm in between and which controls opening of the door in vehicles, characterized in that the holding arm, provided at least partially in cylindrical form, is configured to have rotational freedom in its own axis, the holding arm comprises at least one threaded part which extends partially thereon and a non-threaded part which extends at the continuation of the threaded part, and at least one thread is provided on the surfaces of the lower hub and the upper hub pressing the holding arm in a compliant manner to the threaded part.
A composition comprising: (a) a compound PAC-1: (b) a second active agent, wherein the second active agent is bortezomib, doxorubicin, tamoxifen, carboplatin, or paclitaxel; and (c) a pharmaceutically acceptable diluent, excipient, or carrier. (a) a compound PAC-1: (b) a second active agent, wherein the second active agent is bortezomib, doxorubicin, tamoxifen, carboplatin, or paclitaxel; and (c) a pharmaceutically acceptable diluent, excipient, or carrier.
A power tool which is adapted to have a tool bit (119, 219) detachably mounted and to linearly drive a mounted tool bit (119, 219) in a first direction to perform a predetermined operation on a workpiece comprising: a tool body (103, 203), and a dynamic vibration reducer (151, 251) having a weight (155, 255) mounted directly or via a body side member to the tool body (103, 203) to linearly move in the first direction, and an elastic element (157, 257) that elastically supports the weight on the tool body directly or via the body side member, wherein the dynamic vibration reducer reduces vibration of the tool body during hammering operation by the linear movement of the weight, wherein the weight (155, 255) has an annular groove (156, 256), and wherein one end of the elastic element (157, 257) is inserted and received in the annular groove (156, 256), while the other end of the elastic element is placed on the tool body (103, 203) directly or via the body side member, characterized in that the annular groove surrounds a cylindrical solid column and extends in the first direction from at least one end of the weight in said first direction to at least around the middle of the weight in said first direction. a tool body (103, 203), and a dynamic vibration reducer (151, 251) having a weight (155, 255) mounted directly or via a body side member to the tool body (103, 203) to linearly move in the first direction, and an elastic element (157, 257) that elastically supports the weight on the tool body directly or via the body side member, wherein the dynamic vibration reducer reduces vibration of the tool body during hammering operation by the linear movement of the weight, wherein the weight (155, 255) has an annular groove (156, 256), and wherein one end of the elastic element (157, 257) is inserted and received in the annular groove (156, 256), while the other end of the elastic element is placed on the tool body (103, 203) directly or via the body side member, characterized in that the annular groove surrounds a cylindrical solid column and extends in the first direction from at least one end of the weight in said first direction to at least around the middle of the weight in said first direction.
Method of encoding a multichannel audio signal representing an audio scene comprising a plurality of audio sources, characterized in that it comprises a step of decomposing the multichannel signal into frequency bands, and the following steps for each frequency band; - obtaining directivity information for each audio source of the audio scene, the directivity information being representative of at least one direction and an angular width of the audio source in the audio scene; - selecting (Select) a set of audio sources of the audio scene forming main sources; - matrixing the selected main sources to obtain a sum signal with a reduced number of channels; - encoding (Cod.Di) the directivity information and forming (Con.Fb) a binary stream comprising the encoded directivity information, the binary stream being capable of being transmitted in parallel with the sum signal. - obtaining directivity information for each audio source of the audio scene, the directivity information being representative of at least one direction and an angular width of the audio source in the audio scene; - selecting (Select) a set of audio sources of the audio scene forming main sources; - matrixing the selected main sources to obtain a sum signal with a reduced number of channels; - encoding (Cod.Di) the directivity information and forming (Con.Fb) a binary stream comprising the encoded directivity information, the binary stream being capable of being transmitted in parallel with the sum signal.
Blocking system (1, 1') associable to a roller awning having an edge fixed to a winding roller and the opposite edge associated with a terminal comprising a tubular body whose end portions are adapted to slide inside guides for moving said awning between a wound position and an extended position, wherein said terminal of said roller awning is adjacent to the lower stop end of said guides, said blocking system (1, 1') comprising first coupling means mountable at respective end portions of said terminal and comprising a pair of engaging elements (4, 4') capable to move between a first position, wherein said end portions can slide within said guides and a second position, wherein said end portions cooperate with second coupling means associable with said lower stop end of said guides for removably blocking said awning in said extended position, characterized in that said first coupling means further comprise driving circuits, each comprising first actuation means and driving means, each of said driving circuits being connected to one of said engaging elements (4, 4'), said second coupling means comprising second actuation means adapted to interact with said first actuation means for triggering said driving means so that said engaging elements (4, 4') move automatically between said first position and said second position.
A ground support equipment for powering an aircraft on the ground, the ground support equipment comprising: a solid state converter (60, 62) configured to power an aircraft on the ground from an airport power source having a pre-determined maximum power, and a battery charging unit controlled by a battery charging unit controller, configured to charge an external battery from the airport power source, wherein the solid state converter comprises a solid state converter controller configured to measure an instantaneous power drawn by the aircraft, characterised in that the solid state converter controller is operatively connected to the battery charging unit controller by a communication channel; and wherein the solid state converter controller is configured to communicate a control signal to the battery charging unit controller for controlling the battery charging unit, the control signal being indicative of a maximum power available for the battery charging unit based on the difference between the pre-determined maximum power of the airport power source and the instantaneous power drawn by the aircraft. a solid state converter (60, 62) configured to power an aircraft on the ground from an airport power source having a pre-determined maximum power, and a battery charging unit controlled by a battery charging unit controller, configured to charge an external battery from the airport power source, wherein the solid state converter comprises a solid state converter controller configured to measure an instantaneous power drawn by the aircraft, characterised in that the solid state converter controller is operatively connected to the battery charging unit controller by a communication channel; and wherein the solid state converter controller is configured to communicate a control signal to the battery charging unit controller for controlling the battery charging unit, the control signal being indicative of a maximum power available for the battery charging unit based on the difference between the pre-determined maximum power of the airport power source and the instantaneous power drawn by the aircraft.
Method for controlling a power limit of a pump device, wherein the power limit of the pump device is controlled on the basis of a pump media temperature (T m) and an ambient temperature (T a) measured inside a control box of the pump device, characterized in that the measured media and ambient temperatures (T m, T a) are used in a thermal model stored in the control box to determine temperatures of one or more temperature critical pump components in the pump device.
A polypropylene composition comprising (a) 80.0 to 99.90 parts by weight of a high melt strength polypropylene (HMS-PP); and (b) 0.10 to 15.0 parts by weight of a nucleating agent having a particle size d50 within the range of 1 μm to 30 μm determined as described herein; (c) optionally 1 to 20 parts by weight, of a further high melt strength polypropylene (HMS-PP') whereby the total amount of the high melt strength polypropylene (HMS-PP), the nucleating agent and the further high melt strength polypropylene (HMS-PP'), if present, is at least 85 wt.% based on the polypropylene composition. (a) 80.0 to 99.90 parts by weight of a high melt strength polypropylene (HMS-PP); and (b) 0.10 to 15.0 parts by weight of a nucleating agent having a particle size d50 within the range of 1 μm to 30 μm determined as described herein; (c) optionally 1 to 20 parts by weight, of a further high melt strength polypropylene (HMS-PP')
A package paper obtained from waste paper which is suitable for recycling, characterized in that it contains a barrier on its surface to prevent the passage of oil from one side to the other, comprising dry starch of at least 3 to 6% by weight of the wastepaper and a chemical material having a perfluoroalkyl group of cationic nature in a proportion of 0.2 to 0.6% by weight of the wastepaper.
Process for preparing an extract from a resin of Boswellia serrata, wherein the content in the extract of each of limonene, linalool, and thujone is less than 20 ppm and the content of estragole is less than 100 ppm, wherein the content is calculated based on the dry weight of the extract, the process comprising the steps of: a) contacting the resin with an extraction solvent to obtain an extraction solution, wherein the extraction solvent comprises a first organic solvent miscible with water, or a supercritical fluid, or a mixture thereof; b) separating insoluble components from said extraction solution, c) concentrating said extraction solution by evaporation and/or distillation, d) optionally adding a lipid phase, e) concentrating the obtained extraction solution by distillation and/or evaporation; f) purification of the obtained concentrate by adding water and distillation, followed by evaporation, and finally obtaining a dry extract, or, if a lipid phase was added in step f), obtaining a liquid or semi-solid extract, wherein the pH of the extraction solvent, the extraction solution and the concentrate is 7 or less, wherein the distillation step in step c), e) and/or f) comprises heating the concentrate to a temperature from 70° to 100°C at a reduced pressure of from 100 to 950 mbar and wherein the evaporation step in step c), e) and/or f) is carried out at a temperature from 40° to 90°C and at a pressure from 5 to 300 mbar. a) contacting the resin with an extraction solvent to obtain an extraction solution, wherein the extraction solvent comprises a first organic solvent miscible with water, or a supercritical fluid, or a mixture thereof; b) separating insoluble components from said extraction solution, c) concentrating said extraction solution by evaporation and/or distillation, d) optionally adding a lipid phase, e) concentrating the obtained extraction solution by distillation and/or evaporation; f) purification of the obtained concentrate by adding water and distillation, followed by evaporation, and finally
Pump device, in particular for a brake system of a motor vehicle, having a linear drive which is constructed as a reluctance drive and which to this end has a longitudinally movable armature and a stator which is secured to a housing and to which current can be applied, wherein there is associated with the armature at least one resilient element which counteracts a drive force of the reluctance drive, and wherein the armature is connected to a pump piston, wherein the pump device has two hydraulic chambers (16, 17) which each have at least two fluid connections and with which the pump piston cooperates, characterized in that the stator is of complementary form with respect to the armature, such that cylindrical surfaces of the stator and armature are axially of equal length in the region of a working air gap formed in between, and in that a neutral position of the armature relative to the stator can be assumed, in which armature and stator are arranged at the same height, such that the resulting axial force in the event of the winding being electrically energized is equal to zero and a magnetic resistance for a magnetic flux generated as a result of the electrical energization of the winding of the stator is minimal.