mhurhangee/ep-ind-claims huggingface dataset:
An oral treatment device that is thermally stable and plastically deformable, comprising: a wax-based composition forming a barrier layer having a three-dimensional form in the shape of the oral treatment device and being comprised of a wax fraction and a polymer fraction homogeneously blended with the wax fraction, the wax fraction comprising paraffin wax and microcrystalline wax, the wax wax-based composition comprising from 50% to 93% by weight of the wax fraction; and the polymer fraction comprising a thermoplastic elastomer, the barrier layer being thermally stable up to a temperature of at least 40°C, preferably at least 42.5°C, more preferably at least 45°C, and plastically deformable at room temperature (25°C). a wax-based composition forming a barrier layer having a three-dimensional form in the shape of the oral treatment device and being comprised of a wax fraction and a polymer fraction homogeneously blended with the wax fraction, the wax fraction comprising paraffin wax and microcrystalline wax, the wax wax-based composition comprising from 50% to 93% by weight of the wax fraction; and the polymer fraction comprising a thermoplastic elastomer, the barrier layer being thermally stable up to a temperature of at least 40°C, preferably at least 42.5°C, more preferably at least 45°C, and plastically deformable at room temperature (25°C).
A wireless signal receiving device, comprising: a radio frequency, RF, tuner configured to receive a wireless signal over an antenna radiator; a demodulator configured to demodulate the received signal and to output a transport stream, TS, signal with a first frequency band; and a spread spectrum modulator configured to spread a frequency spectrum of the TS signal to output a TS signal with a second frequency band, wherein the spread spectrum modulator includes: a signal generator configured to output a signal with the second frequency band; a frequency controller configured to receive information of the TS signal output from the demodulator and to control, based on the received information, the signal generator to output the signal with the second frequency band; and a mixer configured to synthesize the TS signal output from the demodulator and the signal with the second frequency band. a radio frequency, RF, tuner configured to receive a wireless signal over an antenna radiator; a demodulator configured to demodulate the received signal and to output a transport stream, TS, signal with a first frequency band; and a spread spectrum modulator configured to spread a frequency spectrum of the TS signal to output a TS signal with a second frequency band, wherein the spread spectrum modulator includes: a signal generator configured to output a signal with the second frequency band; a frequency controller configured to receive information of the TS signal output from the demodulator and to control, based on the received information, the signal generator to output the signal with the second frequency band; and a mixer configured to synthesize the TS signal output from the demodulator and the signal with the second frequency band. a signal generator configured to output a signal with the second frequency band; a frequency controller configured to receive information of the TS signal output from the demodulator and to control, based on the received information, the signal generator to output the signal with the second frequency band; and a mixer configured to synthesize the TS signal output from the demodulator and the signal with the second frequency band.
A bearing system comprising: an inner race coupled to an outer race defining a lubrication volume; a shield comprising a first shield component coupled to the outer race, the shield at least partially defining an aperture of the lubrication volume; a seal extending between the inner race and the outer race over the surface of the first shield component; and characterised in that the shield extends between the inner race and the outer race and is held in place against the outer race by a retaining ring; and the inner race comprises a bearing oil channel in fluid communication with the lubrication volume. an inner race coupled to an outer race defining a lubrication volume; a shield comprising a first shield component coupled to the outer race, the shield at least partially defining an aperture of the lubrication volume; a seal extending between the inner race and the outer race over the surface of the first shield component; and characterised in that the shield extends between the inner race and the outer race and is held in place against the outer race by a retaining ring; and the inner race comprises a bearing oil channel in fluid communication with the lubrication volume.
An installation tray for cable composite strands, in particular for fibre optic composite strands, made up of two half-tray components, wherein one half-tray area has a surround at the end for the cable or the pipe and at least one half-tray component (2, 3) of the installation tray has ribs, characterised in that there are openings in depressions in the lower half-tray component (2, 3) of the installation tray for diverting potentially occurring moisture away and, in the surround area, strain relief is provided for the cable or pipe, which is connected in a material or force-locking manner with at least one half-tray component of the installation tray using an elastic and compressible tape and a compression resistant half-tray combination.
Operating device with a level control,that comprises an actuating element, which is movable along an adjustment path, wherein the actuating element comprises a bottom face and outer gripping faces, wherein along the adjustment path a plurality of separately controllable illumination means is arranged and the illumination means and the level control are connected to a control device, which activates based on the position of the level control the illumination means for light emission, characterized in that the actuating element comprises in the interior a light guiding section which conducts light injected in a coupling section at the bottom face surface of the actuating element to one or more exit zones of the gripping faces of the actuating element and said plurality of separately controllable illumination means is arranged so that the actuating element covers in each position of the level control along the adjustment path at least one of the illumination means with its bottom face surface, and the control device activates based on the position of the level control the illumination means for light emission only, which are covered by the coupling section of the actuating element.
Drawer frame for attachment to two pull-out guides (2a, 2b) provided on both sides, comprising a front frame part, a rear frame part, two lateral frame parts (6a, 6b) which define a longitudinal center axis of the frame, and also comprising - two front adapters (10a, 10b), which can be fastened to the front frame part in different transverse positions in each case, which are spaced at different distances from the longitudinal center axis of the frame, and - two rear adapters (12a, 12b), which can be fastened to the rear frame part in different transverse positions in each case, which are spaced at different distances from the longitudinal axis of the frame, characterized in that the pair of front and rear adapters (10a, 12a) located on one side of the frame each have a fastening interface (13, 14) for fastening to one pull-out guide and the pair of front and rear adapters (10b, 12b) located on the other side of the frame each have a fastening interface (13, 14) for fastening to the other pull-out guide. - two front adapters (10a, 10b), which can be fastened to the front frame part in different transverse positions in each case, which are spaced at different distances from the longitudinal center axis of the frame, and - two rear adapters (12a, 12b), which can be fastened to the rear frame part in different transverse positions in each case, which are spaced at different distances from the longitudinal axis of the frame,
A pump comprising: a seal wash housing having a pair of opposing surfaces and a bore that extends between the surfaces; and a pump head, wherein. the pump head has a sealing surface having a first opening and a second opening, the sealing surface abutting one of the surfaces of the seal wash housing and having a chamber extending from the first opening, the second opening configured to pass a fluid to an outlet port of the pump head; the seal wash housing having a gland, wherein the bore extends through the gland, a rod extending through the bore and into the chamber through the first opening; a seal assembly disposed in the gland of the seal wash housing and having a sealing surface abutting the sealing surface of the pump head in a surface region that encloses the first and second openings (34, 70); and a wear-resistant coating disposed on the sealing surface of the pump head at least in a surface region where the sealing surface of the seal assembly abuts the sealing surface of the pump head. a seal wash housing having a pair of opposing surfaces and a bore that extends between the surfaces; and a pump head, wherein. the pump head has a sealing surface having a first opening and a second opening, the sealing surface abutting one of the surfaces of the seal wash housing and having a chamber extending from the first opening, the second opening configured to pass a fluid to an outlet port of the pump head; the seal wash housing having a gland, wherein the bore extends through the gland, a rod extending through the bore and into the chamber through the first opening; a seal assembly disposed in the gland of the seal wash housing and having a sealing surface abutting the sealing surface of the pump head in a surface region that encloses the first and second openings (34, 70); and a wear-resistant coating disposed on the sealing surface of the pump head at least in a surface region where the sealing surface of the seal assembly abuts the sealing surface of the pump head.
A valve arrangement (131, 231) for use in a fuel injector of a high-pressure fuel injection system for an internal combustion engine, the valve arrangement (131, 231) comprising: a valve body (134, 234) defining a valve seat (154, 254); a valve member (138, 238) which is engageable with the valve seat (154, 254); an armature (156, 256) disposed within an armature chamber (150, 250) and cooperable with the valve member (138, 238); an electromagnetic actuator (139, 239) operable to cause movement of the valve member (138, 238) to control the flow of fluid into the armature chamber (150, 250) past the valve seat (154, 254); and a flow redirecting region (168, 272) adjacent to the valve seat (154, 254), characterized in that the flow redirecting region comprises either: a rounded surface of the valve body, or; a frusto-conical surface of the valve body wherein the valve seat is frusto-conical to define a first cone angle, and wherein the frusto-conical surface of the flow redirecting region defines a second cone angle that is larger than the first cone angle. a valve body (134, 234) defining a valve seat (154, 254); a valve member (138, 238) which is engageable with the valve seat (154, 254); an armature (156, 256) disposed within an armature chamber (150, 250) and cooperable with the valve member (138, 238); an electromagnetic actuator (139, 239) operable to cause movement of the valve member (138, 238) to control the flow of fluid into the armature chamber (150, 250) past the valve seat (154, 254); and a flow redirecting region (168, 272) adjacent to the valve seat (154, 254), characterized in that the flow redirecting region comprises either: a rounded surface of the valve body, or; a frusto-conical surface of the valve body wherein the valve seat is frusto-conical to define a first cone angle, and wherein the frusto-conical surface of the flow redirecting region defines a second cone angle that is larger than the first cone angle. a rounded surface of the valve body, or; a frusto-conical surface of the valve body wherein the valve seat is frusto-conical to define a first cone angle, and wherein the frusto-conical surface of the flow redirecting region defines a second cone angle that is larger than the first cone angle.
An optoelectronic apparatus for the detection of object information from a monitored zone, comprising a light receiver, a receiving optics associated with the light receiver guiding light from the monitored zone to the light receiver, the receiving optics having an adaptive lens with variable tilt, and an evaluation unit configured to generate object information from a received signal of the light receiver by bringing the adaptive lens into different tilt positions and thereby obtaining images of a plurality of different partial regions of a scene having more or less mutual overlap, characterized in that the evaluation unit is configured for the generation of three-dimensional images in accordance with the stereoscopic principle from at least two recordings in different tilt positions.
A compound having the structural formula IV: or a pharmaceutically acceptable salt thereof, wherein: R 2 is alkyl; R 5 is -(CH 2) p R x, wherein R x is hydrogen or alkyl; R 6 is alkyl; R 8 is selected from hydrogen, -C -N(CH 3) 2, -C -NH-CH 2 CH 3 and -C -O-CH 2 CH 3; each R 10 is alkyl or halo; p is 1, 2, 3, 4, 5, or 6; and m is 0, 1, 2 or 3. R 2 is alkyl; R 5 is -(CH 2) p R x, wherein R x is hydrogen or alkyl; R 6 is alkyl; R 8 is selected from hydrogen, -C -N(CH 3) 2, -C -NH-CH 2 CH 3 and -C -O-CH 2 CH 3; each R 10 is alkyl or halo; p is 1, 2, 3, 4, 5, or 6; and m is 0, 1, 2 or 3.
A method for protecting information on a mobile device, comprising: obtaining a predetermined portion of asymmetric information upon an input of the asymmetric information in the mobile device; generating an identifier by using a first generating algorithm (320, 520, 720) that uses the predetermined portion of the asymmetric information as an algorithm input; generating an encryption key by using a second generating algorithm (350, 540, 720) that uses the predetermined portion of the asymmetric information as an algorithm input, the second generating algorithm (350, 540, 720) and the first generating algorithm (320, 520, 720) producing two separate and independent outputs; generating ciphered information by using an encryption algorithm (370, 570, 760) that uses the encryption key and the information as algorithm inputs; associating the identifier with the ciphered information; and storing the ciphered information as associated with the identifier. obtaining a predetermined portion of asymmetric information upon an input of the asymmetric information in the mobile device; generating an identifier by using a first generating algorithm (320, 520, 720) that uses the predetermined portion of the asymmetric information as an algorithm input; generating an encryption key by using a second generating algorithm (350, 540, 720) that uses the predetermined portion of the asymmetric information as an algorithm input, the second generating algorithm (350, 540, 720) and the first generating algorithm (320, 520, 720) producing two separate and independent outputs; generating ciphered information by using an encryption algorithm (370, 570, 760) that uses the encryption key and the information as algorithm inputs; associating the identifier with the ciphered information; and storing the ciphered information as associated with the identifier.
6'-Phenyl-2,2'-bipyridine-3-carboxylic acid derivatives of the formula, their N-oxides and their salts in which R 1, R 4 and R 5 independently of one another are in each case halogen, cyano, (C 1 -C 4)-alkyl, or halo-(C 1 -C 4)-alkyl, R 2 is hydrogen or (C 1 -C 6)-alkyl, R 3 is hydrogen, halogen, (C 1 -C 6)-alkyl or halo-(C 1 -C 6)-alkyl, n is 0 or 1, m is 0 or 1, o is 0, 1, 2 or 3. R 1, R 4 and R 5 independently of one another are in each case halogen, cyano, (C 1 -C 4)-alkyl, or halo-(C 1 -C 4)-alkyl, R 2 is hydrogen or (C 1 -C 6)-alkyl, R 3 is hydrogen, halogen, (C 1 -C 6)-alkyl or halo-(C 1 -C 6)-alkyl, n is 0 or 1, m is 0 or 1, o is 0, 1, 2 or 3.
Apparatus for integrating, in or on a wall, system parts for detecting deposits on lateral inner surfaces of the walls which are covered by a medium from which the deposits are deposited, having a sensor which is composed of a plurality of components and is inserted into the lateral inner surfaces of the wall in a flush manner, and an evaluation unit, to which the sensor forwards its signals and which determines the degree of deposit formation by means of a comparison with reference data, wherein the sensor comprises two components (3, 5) which are two temperature-dependent resistors which are in the form of pins, are parallel next to one another and are at a distance from one another and can project into the medium by way of a tip, wherein the first component is used to locally heat the medium and to measure the temperature of the medium in the region of this component, and the second component is used to measure the temperature of the medium at a location which is not heated by the sensor, and measurement data without deposit formation are used as reference data.
A method (100, 200) for storing a data file in n data storages, n being an integer equal to or greater than 3, comprising the steps of: dividing the data file into a plurality of data file parts (110, 210) such that n-1, or a multiple thereof, data file parts of the plurality of data file parts are equal in size; and for each n-1 data file parts being equal in size, combining the n-1 data file parts (120, 220) by XOR to obtain a first data file result, deranging the bit positions of the first data file result (130, 230) to obtain a deranged first data file result; characterized in that it further comprises the step of: selecting n-2 data file parts out of the plurality of the n-1 data file parts (120, 220), for each of the selected n-2 data file parts combining said data file part and the deranged first data file result (140, 240) by XOR to obtain n-2 second data file results, combining the first data file result and all n-2 second data file results (150, 250) by XOR to obtain a third data file result, and storing each of the first, n-2 second and third data file results in one of the n data storages (160, 260). dividing the data file into a plurality of data file parts (110, 210) such that n-1, or a multiple thereof, data file parts of the plurality of data file parts are equal in size; and for each n-1 data file parts being equal in size, combining the n-1 data file parts (120, 220) by XOR to obtain a first data file result, deranging the bit positions of the first data file result (130, 230) to obtain a deranged first data file result; combining the n-1 data file parts (120, 220) by XOR to obtain a first data file result, deranging the bit positions of the first data file result (130, 230) to obtain a deranged first data file result; characterized in that it further comprises the step of: selecting n-2 data file parts out of the plurality of the n-1 data file parts (120, 220), for each of the selected n-2 data file parts combining said data file part and the deranged first data file result (140, 240) by XOR to obtain n-2 second data file results, combining the first data file result and all n-2 second data file results (150, 250) by XOR to obtain a third data file result, and storing each of the first, n-2 second and third data file results in one of the n data storages (160, 260). selecting n-2 data file parts out of the plurality of the n-1 data file parts (120, 220), for each of the selected n-2 data file parts combining said data file part and the deranged first data file result (140, 240) by XOR to obtain n-2 second data file results, combining the first data file result and all n-2 second data file results (150, 250) by XOR to obtain a third data file result, and storing each of the first, n-2 second and third data file results in one of the n data storages (160, 260).
A zero-porosity structure comprising: a zero-porosity material comprising a plurality of structural elements arranged to transform an underlying structure from a positive Poisson's Ratio to provide a negative Poisson's ratio.
Cover having a shield for being attached to the cover for a housing of a moisture-heat exchanger for laryngectomized and tracheostomized patients, comprising a cover plate being shaped as a substantially circular plate, a cover edge and a number of recesses passing through the cover, wherein the cover plate has two or more recesses, wherein at least one partially circular, encircling first latching element is arranged on the inner surface of the cover edge, wherein the cover edge comprises an at least one partially encircling second latching element on the outside, wherein the shield has a breathing opening, wherein the shield has a funnel-shaped form around the breathing opening for guiding a finger onto the breathing hole for closing it, wherein the shield comprises an at least partially encircling inner latching element receiver for the second latching element of the cover.
A cell culturing method that includes applying cells to a porous polyimide film and culturing them, wherein the porous polyimide film has a three-layer structure consisting of an A-surface layer having a mesh structure and having a plurality of pores and a B-surface layer having a plurality of pores, and a macro-void layer sandwiched between the two surface layers, a mean pore size in the A-surface layer is no greater than 15 μm, and a mean pore size in the B-surface layer is 20 μm or greater, the macro-void layer has a partition bonded to the A-surface layer and the B-surface layer, and a plurality of macro-voids with mean pore sizes of 10 to 500 μm in the planar direction of the film, surrounded by the partition, the A-surface layer, and the B-surface layer, wherein the macro-void layer partition has a plurality of pores with mean pore sizes of 0.01 to 100 μm, wherein the macro-void layer partition, the A-surface layer, and the B-surface layer each have thicknesses of 0.01 to 20 μm, the total film thickness of the porous polyimide film is 5 to 500 μm and the porosity is 40% or greater and less than 95%, and wherein the cells grow and proliferate on the surface of and inside the porous polyimide film. the porous polyimide film has a three-layer structure consisting of an A-surface layer having a mesh structure and having a plurality of pores and a B-surface layer having a plurality of pores, and a macro-void layer sandwiched between the two surface layers, a mean pore size in the A-surface layer is no greater than 15 μm, and a mean pore size in the B-surface layer is 20 μm or greater, the macro-void layer has a partition bonded to the A-surface layer and the B-surface layer, and a plurality of macro-voids with mean pore sizes of 10 to 500 μm in the planar direction of the film, surrounded by the partition, the A-surface layer, and the B-surface layer, wherein the macro-void layer partition has a plurality of pores with mean pore sizes of 0.01 to 100 μm, wherein the macro-void layer partition, the A-surface layer, and the B-surface layer each have thicknesses of 0.01 to 20 μm, the total film thickness of the porous polyimide film is 5 to 500 μm and the porosity is 40% or greater and less than 95%, and wherein the cells grow and proliferate on the surface of and inside the porous polyimide film.