mhurhangee/ep-ind-claims huggingface dataset:
A process for separating at least one first material which is a hydrophobic metal compound or coal from a mixture comprising this at least one first material, at least one second material which is a hydrophilic metal compound and magnetic particles, which comprises the following steps: at least partial removal of the magnetic particles by application of a magnetic field gradient, optionally in the presence of at least one dispersing medium, to give a mixture comprising at least one first material and at least one second material and a reduced amount of magnetic particles, where the magnetic particles which have been separated off in step are used in step and magnetic particles separated off in step are hydrophobicized on the surface by means of at least one surface-active substance before use in step, contacting of the mixture comprising at least one first material and at least one second material from step with the magnetic particles obtained in step and optionally further magnetic particles which have been hydrophobicized on the surface by means of at least one surface-active substance so that the at least one first material and the magnetic particles agglomerate, where the agglomeration is effected by forces of attraction between the at least one first material and the magnetic particles, separation of the agglomeration product from the mixture from step by application of a magnetic field gradient and dissociation of the agglomeration product separated off in step in order to obtain the at least one first material and the magnetic particles separately. at least partial removal of the magnetic particles by application of a magnetic field gradient, optionally in the presence of at least one dispersing medium, to give a mixture comprising at least one first material and at least one second material and a reduced amount of magnetic particles, where the magnetic particles which have been separated off in step are used in step and magnetic particles separated off in step are hydrophobicized on the surface by means of at least one surface-active substance before use in step, contacting of the mixture comprising at least one first material and at least one second material from step with the magnetic particles obtained in step and optionally further magnetic particles which have been hydrophobicized on the surface by means of at least one surface-active substance so that the at least one first material and the magnetic particles agglomerate, where the agglomeration is effected by forces of attraction between the at least one first material and the magnetic particles, separation of the agglomeration product from the mixture from step by application of a magnetic field gradient and dissociation of the agglomeration product separated off in step in order to obtain the at least one first material and the magnetic particles separately.
A rubber composition for use in an inner liner, comprising: a rubber component; a flat inorganic filler having an aspect ratio of 2 to 200; a metal salt of aliphatic acid; and optionally carbon black, wherein the content of the flat inorganic filler is in the range of 80 to 150 parts by mass, the content of the carbon black is equal to or less than 15 parts by mass, and the content of the metal salt of aliphatic acid is in the range of 0.1 to 3 parts by mass, with respect to 100 parts by mass of the rubber component, respectively; the rubber component is butyl-based rubber; and the contents of the flat inorganic filler, the carbon black and the metal salt of aliphatic acid satisfy following formula: C ≥ 0.016 × A − 0.5 × B − 1.18 in formula, "A" represents a content (parts by mass) of the flat inorganic filler with respect to 100 parts by mass of the rubber component, "B" represents a content (parts by mass) of the carbon black with respect to 100 parts by mass of the rubber component, and "C" represents a content (parts by mass) of the metal salt of aliphatic acid with respect to 100 parts by mass of the rubber component. a rubber component; a flat inorganic filler having an aspect ratio of 2 to 200; a metal salt of aliphatic acid; and optionally carbon black, wherein the content of the flat inorganic filler is in the range of 80 to 150 parts by mass, the content of the carbon black is equal to or less than 15 parts by mass, and the content of the metal salt of aliphatic acid is in the range of 0.1 to 3 parts by mass, with respect to 100 parts by mass of the rubber component, respectively; the rubber component is butyl-based rubber; and the contents of the flat inorganic filler, the carbon black and the metal salt of aliphatic acid satisfy following formula: C ≥ 0.016 × A − 0.5 × B − 1.18 in formula, "A" represents a content (parts by mass) of the flat inorganic filler with respect to 100 parts by mass of the rubber component, "B" represents a content (parts by mass) of the carbon black with respect to 100 parts by mass of the rubber component, and "C" represents a content (parts by mass) of the metal salt of aliphatic acid with respect to 100 parts by mass of the rubber component.
A knife storing unit having a knife magazine for storing a knife, wherein a magazine opening is provided for inserting the knife into the knife magazine, wherein a grinding device having at least one grinding element is provided for grinding a knife edge of the knife, characterised in that at least one knife sensor is provided for detecting the knife inserted at least partially through the magazine opening into the knife magazine and that the knife storing unit is designed as a first knife storing module (1, 3) for coupling and/or connecting to a second knife storing module (1, 3), wherein at least one plug-in device (17, 19) is provided for transferring energy between the first and the second knife storing module (1, 3), wherein the first knife storing module (1, 3) has a mains connection or a mains plug and/or a transformer for electrical energy supply of the knife storing unit or of the electrical grinding device.
Apparatus for carrying out a quality test of a component carrier structure, wherein the apparatus comprises: a handling unit configured for handling the component carrier structure at least along a portion between an inlet and an outlet of the apparatus; an identification unit configured for identifying the component carrier structure undergoing the quality test; a material removal unit configured for removing material of the component carrier structure for exposing an interior of the component carrier structure undergoing the quality test; a determining unit configured for determining at least one pre-defined test target of the component carrier structure after said material removal; and an evaluation unit configured for evaluating a characteristic of the determined at least one test target of the component carrier structure for assessing the quality of the component carrier structure. a handling unit configured for handling the component carrier structure at least along a portion between an inlet and an outlet of the apparatus; an identification unit configured for identifying the component carrier structure undergoing the quality test; a material removal unit configured for removing material of the component carrier structure for exposing an interior of the component carrier structure undergoing the quality test; a determining unit configured for determining at least one pre-defined test target of the component carrier structure after said material removal; and an evaluation unit configured for evaluating a characteristic of the determined at least one test target of the component carrier structure for assessing the quality of the component carrier structure.
Remote control device, characterized in that it includes: - a housing equipped with a cover able to move between two positions, an open position and a closed position, - an actuation interface mounted on the housing and able to be concealed by the cover in its closed position or exposed when the cover is in its open position, - an energy generator interacting with the cover and intended to convert mechanical energy into electrical energy when the cover moves between the two positions, - a wireless transmitter supplied by the energy generator and able to be actuated by virtue of the actuation interface so as to send a message to a remote receiver. - a housing equipped with a cover able to move between two positions, an open position and a closed position, - an actuation interface mounted on the housing and able to be concealed by the cover in its closed position or exposed when the cover is in its open position, - an energy generator interacting with the cover and intended to convert mechanical energy into electrical energy when the cover moves between the two positions, - a wireless transmitter supplied by the energy generator and able to be actuated by virtue of the actuation interface so as to send a message to a remote receiver.
An inventory control system comprising: a tool storage device including a drawer or a tray providing a pallet (1310, 1412), wherein the pallet (1310, 1412) includes storage locations for objects (1416, 1430); and a camera (310; 710) configured to form an image of the storage locations (1410, 1412a); characterized by a data processor configured to determine 1) presence or absence of the pallet (1310, 1412) within the drawer or the tray of the tool storage device and 2) presence or absence of objects within the storage locations of the pallet (1310, 1412) using information from the image. a tool storage device including a drawer or a tray providing a pallet (1310, 1412), wherein the pallet (1310, 1412) includes storage locations for objects (1416, 1430); and a camera (310; 710) configured to form an image of the storage locations (1410, 1412a); characterized by a data processor configured to determine 1) presence or absence of the pallet (1310, 1412) within the drawer or the tray of the tool storage device and 2) presence or absence of objects within the storage locations of the pallet (1310, 1412) using information from the image. 1) presence or absence of the pallet (1310, 1412) within the drawer or the tray of the tool storage device and 2) presence or absence of objects within the storage locations of the pallet (1310, 1412) using information from the image.
A process for preparing a composite tantalum powder, comprising the following steps of: 1) providing a tantalum powder prepared by a reduction process, and flattening the tantalum powder so as to prepare a flaked tantalum powder; 2) providing a granular tantalum powder prepared from tantalum ingot; 3) mixing the flaked tantalum powder and the granular tantalum powder to give a tantalum powder mixture; and 4) thermally treating the tantalum powder mixture, and then pulverizing, screening the mixture to give a composite tantalum powder, wherein the flaked tantalum powder and the granular tantalum powder is mixed in a ratio of 5:2 to 8:5. 1) providing a tantalum powder prepared by a reduction process, and flattening the tantalum powder so as to prepare a flaked tantalum powder; 2) providing a granular tantalum powder prepared from tantalum ingot; 3) mixing the flaked tantalum powder and the granular tantalum powder to give a tantalum powder mixture; and 4) thermally treating the tantalum powder mixture, and then pulverizing, screening the mixture to give a composite tantalum powder,
Sanitary fitting, preferably washstand faucet or kitchen faucet, comprising - a faucet housing including a water inlet and a water outlet, and - a jet selector device (7, 8) which is displaceably held downstream of the water outlet of the faucet housing and includes at least two different jet-forming bodies (6a to 6h) which are capable of being transferred selectively into or off a fluid communication with the water outlet by an actuation movement of the jet selector device, characterized in that - the faucet housing has a plate-shaped housing outlet part with a flat channel structure and a water outlet issuing from the flat channel structure on a bottom side of the plate-shaped housing outlet part, and - the jet selector device (7, 8) is displaceably held on the bottom side of the plate-shaped housing outlet part. - a faucet housing including a water inlet and a water outlet, and - a jet selector device (7, 8) which is displaceably held downstream of the water outlet of the faucet housing and includes at least two different jet-forming bodies (6a to 6h) which are capable of being transferred selectively into or off a fluid communication with the water outlet by an actuation movement of the jet selector device, characterized in that - the faucet housing has a plate-shaped housing outlet part with a flat channel structure and a water outlet issuing from the flat channel structure on a bottom side of the plate-shaped housing outlet part, and - the jet selector device (7, 8) is displaceably held on the bottom side of the plate-shaped housing outlet part.
A slave device connected to a master device having a master clock over a network, wherein the slave device includes a slave clock and a processor, and wherein the processor is arranged to: exchange with the master device, timing messages and record timestamps which are: the time of sending of said timing messages from the master device according to the master clock; the time of receipt of said timing messages according to the slave clock; the time of sending of said timing messages according to the slave clock; and the time of receipt of said timing messages according to the master clock; formulate a linear programming problem which includes in its constraints said timestamps along with variables relating to: the skew and offset of the slave clock compared to the master clock; and the relationship between the forward and reverse transmission speeds in the network between the master device and the slave device; solve the linear programming problem to derive an estimate of the skew and offset of the slave clock relative to the master clock; and synchronize the slave clock to the master clock based on the estimated skew and offset to produce a master time estimate. exchange with the master device, timing messages and record timestamps which are: the time of sending of said timing messages from the master device according to the master clock; the time of receipt of said timing messages according to the slave clock; the time of sending of said timing messages according to the slave clock; and the time of receipt of said timing messages according to the master clock; formulate a linear programming problem which includes in its constraints said timestamps along with variables relating to: the skew and offset of the slave clock compared to the master clock; and the relationship between the forward and reverse transmission speeds in the network between the master device and the slave device; solve the linear programming problem to derive an estimate of the skew and offset of the slave clock relative to the master clock; and synchronize the slave clock to the master clock based on the estimated skew and offset to produce a master time estimate.
A method of operating an energy extraction device to extract energy from a fluctuating energy flow from a renewable energy source, the device comprising: a hydraulic pump driven by a rotating shaft, the rotating shaft driven by the renewable energy source, a hydraulic motor driving a load, at least one low pressure manifold and a high pressure manifold in fluid communication with an outlet of the hydraulic pump and an inlet of the hydraulic motor, the hydraulic pump and hydraulic motor each comprising a plurality of working chambers (202A to H) of cyclically varying volume and a plurality of valves for regulating the net rate of displacement of working fluid between each working chamber and each manifold, at least one valve associated with each working chamber being an electronically controlled valve, said electronically controlled valves being operated to select the volume of working fluid displaced by each said working chamber on each cycle of working chamber volume and thereby regulate the net rate of displacement of working fluid by each of the hydraulic pump and the hydraulic motor, the method characterised by measuring the pressure in the high pressure manifold, selecting the net rate of displacement of working fluid by the hydraulic pump responsive to said measured pressure to regulate the torque applied to the said rotating shaft, and selecting the net rate of displacement of working fluid by at least the hydraulic motor to cause the pressure within the high pressure manifold to tend towards an optimum wherein the optimum is variable.
A method, comprising: receiving one or more frames of encoded digital streaming data in a system having a processor module, a memory and a hardware decoder accelerator; decoding the one or more frames of encoded digital streaming data using the hardware decoder accelerator; and using a software security layer (114, 503A) to protect the system against exploitation of the hardware decoder accelerator by malicious data embedded in the one or more frames of encoded digital streaming data, wherein the software security layer performs a data value check on data within the one or more frames when the data is used by the hardware decoder accelerator, the method being characterised in that: the software security layer is implemented in firmware of the system, or in a kernel driver in system software of the system, or in a software layer above a kernel driver in system software of the system. receiving one or more frames of encoded digital streaming data in a system having a processor module, a memory and a hardware decoder accelerator; decoding the one or more frames of encoded digital streaming data using the hardware decoder accelerator; and using a software security layer (114, 503A) to protect the system against exploitation of the hardware decoder accelerator by malicious data embedded in the one or more frames of encoded digital streaming data, wherein the software security layer performs a data value check on data within the one or more frames when the data is used by the hardware decoder accelerator, the method being characterised in that: the software security layer is implemented in firmware of the system, or in a kernel driver in system software of the system, or in a software layer above a kernel driver in system software of the system.
A fault tolerant virtual elliptical electric motor comprising: at least five coil elements constrained in a stator case; a drive plate supported by a fulcrum for nutating motion and having at least five core segments each associated with a respective one of the at least five coil elements for attraction upon activation; and a control processor providing independent current control to each of the at least five coil elements for activation responsive to a received position command and a received wobble angle input, said at least five coil elements operating in a pure torque sum configuration upon the drive plate; wherein the plurality of at least five stationary coil elements comprises a first set of three coil elements spaced at 120° and a second set of three coil elements, each coil in the second set intermediate two coils in the first set; and wherein the control processor is configured to: identify a failed coil; remove control power to the first set of three coils containing the failed coil; and, increase current to the second set of coils by a factor of 1.7. at least five coil elements constrained in a stator case; a drive plate supported by a fulcrum for nutating motion and having at least five core segments each associated with a respective one of the at least five coil elements for attraction upon activation; and a control processor providing independent current control to each of the at least five coil elements for activation responsive to a received position command and a received wobble angle input, said at least five coil elements operating in a pure torque sum configuration upon the drive plate; wherein the plurality of at least five stationary coil elements comprises a first set of three coil elements spaced at 120° and a second set of three coil elements, each coil in the second set intermediate two coils in the first set; and wherein the control processor is configured to: identify a failed coil; remove control power to the first set of three coils containing the failed coil; and, increase current to the second set of coils by a factor of 1.7. identify a failed coil; remove control power to the first set of three coils containing the failed coil; and, increase current to the second set of coils by a factor of 1.7.
A method for performing channel switch by a user equipment of a first communication system of a first radio access technology, RAT, in a plurality of communication system convergence networks, the method being characterized by comprising: receiving, a channel switch command message including a switch time and a new channel number, from a base station of the first communication system of the first RAT; if the new channel number is supported by the user equipment, transmitting a channel switch response message indicating acceptance of the channel switch to the base station of the first communication system in a response to the channel switch command message; receiving, a channel switch notification message indicating the channel switch from a base station, from a second communication system of a second RAT; and receiving data from the base station of the second communication of the second RAT through a channel corresponding to the new channel number based on the switch time and the new channel number according to the channel switch notification message. receiving, a channel switch command message including a switch time and a new channel number, from a base station of the first communication system of the first RAT; if the new channel number is supported by the user equipment, transmitting a channel switch response message indicating acceptance of the channel switch to the base station of the first communication system in a response to the channel switch command message; receiving, a channel switch notification message indicating the channel switch from a base station, from a second communication system of a second RAT; and receiving data from the base station of the second communication of the second RAT through a channel corresponding to the new channel number based on the switch time and the new channel number according to the channel switch notification message.
A multilayer pressure sensitive adhesive film having a first acrylic pressure sensitive adhesive layer and a second acrylic pressure sensitive adhesive layer, characterized in that the first pressure sensitive adhesive layer has a glass transition temperature Tg ≥ 0°C, a content of 40 to 90 wt.-% of co-monomer(s) having a Tg of less than 0°C in its homopolymer and a content of a strongly polar acrylate of 10 to 15 wt.-% in its precursor, and the second pressure sensitive adhesive layer has a Tg ≤ 0°C, contains 50 to 97 wt.-% of co-monomer(s) having a Tg of less than 0°C in its homopolymer and contains 0.5 to 10 wt.-% of a strongly polar acrylate in its precursor, wherein the content of the strongly polar acrylate of the precursor of the first pressure sensitive adhesive layer exceeds the content of the strongly polar acrylate of the precursor of the second pressure sensitive adhesive layer by at least 2 wt.-%, wherein the Tg of the first pressure sensitive adhesive layer exceeds the Tg of the second pressure sensitive adhesive layer by at least 5°C, wherein the strongly polar acrylate is chosen from the group comprising acrylic acid, methacrylic acid, itaconic acid, hydroxyalkyl acrylates, or mixtures thereof, wherein the co-monomer(s) are selected from the group consisting of isooctyl acrylate, 2-ethylxhexylacrylate, isononyl acrylate, isodecyl acrylate, decyl acrylate, lauryl acrylate, hexyl acrylate, butyl acrylate, and octadecyl acrylate, or combinations thereof, and wherein the Tg is measured according to the test method described in the experimental section.