mhurhangee/ep-ind-claims huggingface dataset:
Biaxially oriented film, comprising at least one layer and at least one layer, wherein layer contains at least one first polyethylene (PE-1) and layer contains at least one high molecular weight polyethylene (PE-H) which comprises at least one second polyethylene (PE-2), and wherein layer contains at least 50 weight per cent of the at least one first polyethylene (PE-1) based on the total weight of the layer, layer contains at least 50 weight per cent of the at least one high molecular weight polyethylene (PE-H) based on the total weight of the layer, and the at least one high molecular weight polyethylene (PE-H) contains at least 50 weight per cent of the at least one second polyethylene (PE-2) based on the total weight of the at least one high molecular weight polyethylene (PE-H), and wherein the at least one first polyethylene (PE-1) has a weight-average molecular weight (Mw) in the range from 200,000 g/mol to 600,000 g/mol, the at least one second polyethylene (PE-2) has a weight-average molecular weight (Mw) in the range from 400,000 g/mol to 1,500,000 g/mol and the at least one high molecular weight polyethylene (PE-H) and the at least one second polyethylene (PE-2) each have a weight-average molecular weight that is higher than the weight-average molecular weight of the at least one first polyethylene (PE-1), and wherein the film has a porosity in the range from 30% to 70%, determined as specified in the description, and term polyethylene also includes copolymers that contain up to 10 per cent by weight of alpha-olefins in addition to ethylene. layer contains at least one first polyethylene (PE-1) and layer contains at least one high molecular weight polyethylene (PE-H) which comprises at least one second polyethylene (PE-2), and wherein layer contains at least 50 weight per cent of the at least one first polyethylene (PE-1) based on the total weight of the layer, layer contains at least 50 weight per cent of the at least one high molecular weight polyethylene (PE-H) based on the total weight of the layer, and the at least one high molecular weight polyethylene (PE-H) contains at least 50 weight per cent of the at least one second polyethylene (PE-2) based on the total weight of the at least one high molecular weight polyethylene (PE-H), and wherein the at least one first polyethylene (PE-1) has a weight-average molecular weight (Mw) in the range from 200,000 g/mol to 600,000 g/mol, the at least one second polyethylene (PE-2) has a weight-average molecular weight (Mw) in the range from 400,000 g/mol to 1,500,000 g/mol and the at least one high molecular weight polyethylene (PE-H) and the at least one second polyethylene (PE-2) each have a weight-average molecular weight that is higher than the weight-average molecular weight of the at least one first polyethylene (PE-1), and wherein the film has a porosity in the range from 30% to 70%, determined as specified in the description, and term polyethylene also includes copolymers that contain up to 10 per cent by weight of alpha-olefins in addition to ethylene.
A communication apparatus, comprising: a data processing unit adapted to generate a packet storing encoded data; and a communication unit adapted to transmit the packet generated by the data processing unit, wherein the data processing unit is adapted to generate a packet storing some of network abstraction layer, NAL, units configuring a group of pictures, GOP, serving as a processing unit of encoded data or NAL unit fragments obtained by further dividing one or more of the NAL units configuring the GOP, wherein two or more packets together store the group of pictures, GOP, and the data processing unit is adapted to generate a packet to which access point information indicating whether a NAL unit stored in the packet or a NAL unit serving as a division source of the NAL unit fragments includes data serving as a random access point is set as additional information for the packet, and to transmit the generated packet through the communication unit, the access point information being of a NAL unit to which packet storage data belongs. a data processing unit adapted to generate a packet storing encoded data; and a communication unit adapted to transmit the packet generated by the data processing unit, wherein the data processing unit is adapted to generate a packet storing some of network abstraction layer, NAL, units configuring a group of pictures, GOP, serving as a processing unit of encoded data or NAL unit fragments obtained by further dividing one or more of the NAL units configuring the GOP, wherein two or more packets together store the group of pictures, GOP, and the data processing unit is adapted to generate a packet to which access point information indicating whether a NAL unit stored in the packet or a NAL unit serving as a division source of the NAL unit fragments includes data serving as a random access point is set as additional information for the packet, and to transmit the generated packet through the communication unit, the access point information being of a NAL unit to which packet storage data belongs.
A polymer-encapsulating pigment dispersion comprising a mixture of: a) a carrier; b) pigment particles, the pigment particles being at least partially encapsulated by at least one polymer layer; and c) a polymeric dispersing agent, comprising an alkali-swellable copolymer component wherein the polymer layer is formed by combining the carrier, the pigment particles, the polymeric dispersing agent, one or more ethylenically unsaturated monomers, and a free-radical initiator in a dispersion and polymerizing the one or more ethylenically unsaturated monomers to at least partially encapsulate the pigment particles. a) a carrier; b) pigment particles, the pigment particles being at least partially encapsulated by at least one polymer layer; and c) a polymeric dispersing agent, comprising an alkali-swellable copolymer component
An artificial fireplace comprising a housing having an optical element comprising a dichroic mirror, a first fuel bed portion and a second separate fuel bed portion, the artificial fireplace characterized by the first and second fuel bed portions being angularly offset from one another within the housing, the optical element being configured to selectively combine the first and second fuel bed portions to create a virtual fuel bed.
An audio/video (A/V) recording and communication device, comprising: a processor; a camera; and a battery; wherein the processor is configured to execute instructions whereby the processor transitions from a low-power state to an active state in order to communicate with a network, and then sends a data request to a network device to determine whether a user request to access the camera has been received by the network device since the device last communicated with the network device; if a user request to access the camera has been received by the network device, then the processor receives a positive response from the network device, and then the camera captures video images from a field of view of the camera; if no user request to access the camera has been received by the network device, then the processor receives a negative response from the network device, and then the processor reverts from the active state to the low-power state, and then the processor waits for an interval, and then the processor again transitions from the low-power state to the active state, and then sends another data request to the network device to determine whether a user request to access the camera has been received by the network device; and the processor then receives a command from the network device to adjust a length of the interval based on an amount of charge left in the battery, wherein, after recharging the battery, the length of the interval is set according to a degree to which the battery is recharged. a processor; a camera; and a battery; wherein the processor is configured to execute instructions whereby the processor transitions from a low-power state to an active state in order to communicate with a network, and then sends a data request to a network device to determine whether a user request to access the camera has been received by the network device since the device last communicated with the network device; if a user request to access the camera has been received by the network device, then the processor receives a positive response from the network device, and then the camera captures video images from a field of view of the camera; if no user request to access the camera has been received by the network device, then the processor receives a negative response from the network device, and then the processor reverts from the active state to the low-power state, and then the processor waits for an interval, and then the processor again transitions from the low-power state to the active state, and then sends another data request to the network device to determine whether a user request to access the camera has been received by the network device; and the processor then receives a command from the network device to adjust a length of the interval based on an amount of charge left in the battery, wherein, after recharging the battery, the length of the interval is set according to a degree to which the battery is recharged.
Polymers functionalized by terminal groups, characterized in that the polymers have, at the end of the chain, an ether-containing carbinol group of the formula where A is a divalent organic moiety which can comprise not only C and H but also heteroatoms, such as O, N, S, Si, where the polymers are diene polymers or are diene copolymers obtainable via copolymerization of dienes with vinylaromatic monomers.
A method of detecting biomarkers from exhaled breath of a subject, comprising collecting a sample of aerosols from an exhaled breath in a sampling membrane of a collection device, the collection device comprising a tubular element having a lumen in flow connection with an inlet of said collection device; said tubular element comprising at least two baffles positioned in a selective trap section for preventing contaminants from being collected by said sampling membrane, said at least two baffles being arranged on opposite sides of said lumen to provide a non-straight path through the tubular element, said baffles protruding into said lumen with a distance larger than a radius of said lumen; extracting a collected content from said sampling membrane; and employing a sensor unit for detecting traces of biomarkers in said content.
Test part arrangement for an explosion-proof housing, having a test part, which is completely passed through by a test channel that has an inner orifice on an inner side of the test part and an outer orifice on an outer side of the test part, having a securing device arranged on the test part, characterized in that a closure part is present that can be inserted in an insertion direction into the test channel until it reaches a closing position, that the closure part comprises a stop surface that abuts against a counter-stop surface of the test part in the closing position of the closure part, whereby a movement of the closure part out of the closing position in insertion direction is blocked and whereby the closure part being in the closing position closes the test channel in flameproof manner, that the securing device takes a securing position, if the closure part is in its closing position and secures the closure part against a movement opposite the insertion direction, that the securing device comprises at least one latch element that is elastically movable supported on the test part orthogonal and/or obliquely to the insertion direction, and that a counter latch element is present on the closure part that cooperates with the latch element for securing the closure part in its closing position. having a test part, which is completely passed through by a test channel that has an inner orifice on an inner side of the test part and an outer orifice on an outer side of the test part, having a securing device arranged on the test part, characterized in that a closure part is present that can be inserted in an insertion direction into the test channel until it reaches a closing position, that the closure part comprises a stop surface that abuts against a counter-stop surface of the test part in the closing position of the closure part, whereby a movement of the closure part out of the closing position in insertion direction is blocked and whereby the closure part being in the closing position closes the test channel in flameproof manner, that the securing device takes a securing position, if the closure part is in its closing position and secures the closure part against a movement opposite the insertion direction, that the securing device comprises at least one latch element that is elastically movable supported on the test part orthogonal and/or obliquely to the insertion direction, and that a counter latch element is present on the closure part that cooperates with the latch element for securing the closure part in its closing position.
A method of processing an image of the skin, the method comprising the steps of: receiving skin image data; generating a set of simulated images, each artificially transformed by a different transformation generating parameter; analysing each of the simulated images to extract one or more skin feature to be monitored; forming a vector from each extracted feature such that every simulated image is represented by a related vector; creating a distribution within a hyperspace from the vectors; and determining from the distribution the location of data relating to the at least one feature within the hyperspace, the method further comprising the steps of receiving second image data relating to the same skin but obtained at a different time; generating a second distribution by generating a second set of simulated images, each artificially transformed by a different transformation generating parameter; analysing each of the second set of simulated images to extract one or more skin feature to be monitored; forming a vector from each extracted feature such that every simulated image is represented by a related vector; creating a distribution within a hyperspace from the vectors; and determining from the second distribution the location of data relating to the at least one feature within the hyperspace; and comparing the first and second distributions to provide change data to a user to determine any change in the at least one feature to be monitored.
Method for applying edge strips to furniture panels, wherein an edge strip having a surface made of plastics material is fused to this surface by means of a laser and, preferably thereafter, is joined to a furniture panel, wherein the edge strip consists of a polar polymer, in particular PMMA, ABS or PVC, and wherein the edge strip is free of laser pigments, characterised in that the laser emits laser light at a wavelength of between 1,100 nm and 2,200 nm, preferably of between 1,400 nm and 2,000 nm, wherein the selected wavelength is adapted to the absorption band of the plastics material, and in that the edge strip is single-layered, which is directly joined to the likewise polar furniture panel.
A method for controlling a feedback torque actuator and at least one yaw and/or lateral vehicle state actuator such as a steering position actuator in a steer-by-wire steering system incorporating the following method steps for the yaw and/or lateral vehicle state control: - measurement of at least one input signal with the aid of a sensor, - determination from the above-mentioned input signal of a measure of a torque applied by the driver via a steering wheel, - transformation of the above-mentioned input signal of a measure of a torque applied by the driver via a steering wheel to a desired yaw and/or lateral vehicle state, and - control of the mentioned one or more yaw and/or lateral vehicle state actuators for the vehicle state control whereby the mentioned desired yaw and/or lateral vehicle state is used as an input signal to the controllers, and furthermore also incorporating the following method step for the feedback torque actuator control: - definition of a steering-wheel torque to steering-wheel angle relation describing steering feel, wherein, if the above-mentioned vehicle position control results in a yaw and/or lateral vehicle state error, this error is transformed to a change in the steering-wheel torque to steering-wheel angle relation describing steering feel, this new steering feel relation being used as an input signal to a controller for the mentioned control of the feedback torque actuator in order for the driver to get feedback of the yaw and/or lateral vehicle state error without deteriorating the calculation of the target yaw and/or lateral vehicle state, characterised in that said steering-wheel torque to steering-wheel angle relation describing steering feel is used in the controller as a function from steering-wheel torque to steering-wheel angle such that the measured steering-wheel torque is used as input and the resulting steering-wheel angle is used as a reference value for the controller in order to minimise the steering-wheel angle error. - measurement of at least one input signal with the aid of a sensor, - determination from the above-mentioned input signal of a measure of a torque applied by the driver via a steering wheel, - transformation of the above-mentioned input signal of a measure of a torque applied by the driver via a steering wheel to a desired yaw and/or lateral vehicle state, and - control of the mentioned one or more yaw and/or lateral vehicle state actuators for the vehicle state control whereby the mentioned desired yaw and/or lateral vehicle state is used as an input signal to the controllers, and - definition of a steering-wheel torque to steering-wheel angle relation describing steering feel,
A signal transmission circuit, comprising: a) a transmission signal generation portion arranged to generate 2 N transmission signals (Str1-Str4) according to N input signals (Sin1, Sin2) where N is a natural number of 2 or more; b) 2 N transmission portions (2-5, 6-9, 10-13) arranged respectively to transmit the 2 N transmission signals output from the transmission signal generation portion while performing electrical insulation; and c) an output portion arranged to generate and output, based on the 2 N transmission signals transmitted by the 2 N transmission portions, N output signals (Sout1, Sout2) that respectively indicate the N input signals, d) the N input signals are each a logical signal; characterized in that e) wherein the transmission signal generation portion generates a pulse according to switching of logic of each of the N input signals and incorporates the pulse in only one of the 2 N transmission signals at a same time; f) wherein the output portion includes 2N OR gates having 2 N-1 input terminals and N latch circuits (18, 19), and g) each of the N latch circuits (18, 19) is operated based on outputs of two of the OR gates which are connected to an input terminal of the latch circuit 18, 19). a) a transmission signal generation portion arranged to generate 2 N transmission signals (Str1-Str4) according to N input signals (Sin1, Sin2) where N is a natural number of 2 or more; b) 2 N transmission portions (2-5, 6-9, 10-13) arranged respectively to transmit the 2 N transmission signals output from the transmission signal generation portion while performing electrical insulation; and c) an output portion arranged to generate and output, based on the 2 N transmission signals transmitted by the 2 N transmission portions, N output signals (Sout1, Sout2) that respectively indicate the N input signals, d) the N input signals are each a logical signal; e) wherein the transmission signal generation portion generates a pulse according to switching of logic of each of the N input signals and incorporates the pulse in only one of the 2 N transmission signals at a same time; f) wherein the output portion includes 2N OR gates having 2 N-1 input terminals and N latch circuits (18, 19), and g) each of the N latch circuits (18, 19) is operated based on outputs of two of the OR gates which are connected to an input terminal of the latch circuit 18, 19).
Use of a structure sliding bearing for connecting a first structure part to a second structure part, wherein the structure sliding bearing has: a bearing base which can be brought into connection with the first structure part; a sliding plate which can be brought into connection with the second structure part; and an intermediate bearing member disposed between the bearing base and the sliding plate, wherein between the intermediate bearing member and the sliding plate a main sliding surface of the structural bearing is disposed, the main sliding surface having at least two partial sliding surfaces (228A, 228B), each disposed in mutually angled sliding planes (230A, 230B), wherein the sliding planes (230A, 230B) meet in a common intersection line, which forms an axis of movement of the structure sliding bearing, along which the sliding plate can move, wherein the two sliding planes (230A, 230B) enclose a first angle (α), characterized in that the first angle (α) is selected such that, in the limit state of serviceability of the structure sliding bearing at maximum horizontal force in combination with minimum vertical force, no gaping joint occurs in the region of the main sliding surface. a bearing base which can be brought into connection with the first structure part; a sliding plate which can be brought into connection with the second structure part; and an intermediate bearing member disposed between the bearing base and the sliding plate, wherein between the intermediate bearing member and the sliding plate a main sliding surface of the structural bearing is disposed, the main sliding surface having at least two partial sliding surfaces (228A, 228B), each disposed in mutually angled sliding planes (230A, 230B), wherein the sliding planes (230A, 230B) meet in a common intersection line, which forms an axis of movement of the structure sliding bearing, along which the sliding plate can move, wherein the two sliding planes (230A, 230B) enclose a first angle (α), characterized in that the first angle (α) is selected such that, in the limit state of serviceability of the structure sliding bearing at maximum horizontal force in combination with minimum vertical force, no gaping joint occurs in the region of the main sliding surface.
A method for detecting alpha synuclein (aSyn)-specific antibodies in a biological sample comprising the following steps: - contacting the sample with aSyn-comprising-aggregates, especially aSyn-consisting-aggregates, and allowing the aSyn-specific antibodies to bind to the aSyn-comprising-aggregates, and - detecting the aSyn-specific antibodies bound to the aSyn-comprising-aggregates by a single particle detection technique, preferably by fluorescence activated cell sorting (FACS), wherein the aSyn-comprising-aggregates have a size of 50 nm to 15 μm. - contacting the sample with aSyn-comprising-aggregates, especially aSyn-consisting-aggregates, and allowing the aSyn-specific antibodies to bind to the aSyn-comprising-aggregates, and - detecting the aSyn-specific antibodies bound to the aSyn-comprising-aggregates by a single particle detection technique, preferably by fluorescence activated cell sorting (FACS),