mhurhangee/ep-ind-claims huggingface dataset:
A macroscopically alignable, injectable, soft hydrogel composition comprising: (a) anisometric elements selected from short magnetoceptive polymeric fibers, wherein the diameter of the fibers is in the range of 0.3 - 20 μm, preferably 1 - 5 μm, and the length in the range of 1 - 200 μm, preferably 10 - 120 μm, and comprising magnetic particles, particularly superparamagnetic iron oxide nanoparticles, and (b) a crosslinkable biocompatible matrix hydrogel composition comprising said anisometric elements, wherein the anisometric elements are embedded and distributed within the matrix hydrogel composition, wherein the anisometric elements are present in the injectable hybrid hydrogel composition in an amount of 0.01 to 40 vol.-% in terms of the hydrogel. (a) anisometric elements selected from short magnetoceptive polymeric fibers, wherein the diameter of the fibers is in the range of 0.3 - 20 μm, preferably 1 - 5 μm, and the length in the range of 1 - 200 μm, preferably 10 - 120 μm, and comprising magnetic particles, particularly superparamagnetic iron oxide nanoparticles, and (b) a crosslinkable biocompatible matrix hydrogel composition comprising said anisometric elements, wherein the anisometric elements are embedded and distributed within the matrix hydrogel composition,
Retrofit LED lamp comprising a carrier with at least one light emitting diode, further comprising a driver circuit for current supply to the LED and a socket for electrical and mechanical connection to a conventional lamp holder, characterized in that, the retrofit LED lamp has a PLC unit, which is designed to receive and/or send via the socket PLC data modulated on the supply voltage of the retrofit LED lamp by a dimmer, which also performs phase control of the supply voltage, wherein the PLC unit comprises a demodulator which is designed to demodulate useful signals, and wherein the demodulated signals can be fed to a control unit which is designed to control the retrofit LED lamp as a function of the demodulated signals supplied.
A vehicle camera module that comprises a housing with a rear portion and a front portion that is adapted to face a vehicle windscreen, and a lens assembly that at least partly is accommodated in the housing, and where the lens assembly extends along a first extension and comprises a lens aperture that is closer to the front portion than to the rear portion, the housing comprises a first holding section and a second holding section which holding sections (106, 107) protrude away from the first extension, characterized in that the housing further comprises at least one holding rail (108, 109) extending between the rear portion and the front portion and being adapted to be engaged by corresponding second hook-shaped receiving portions (206b, 207b) comprised in a vehicle camera mounting bracket.
A radio-frequency, RF, structure comprising: a substrate comprising a semiconductor device layer disposed on an insulating layer; formed in or on the semiconductor device layer, a semiconductor device structure of an integrated RF device; and disposed in or on a cladding layer above the semiconductor device layer and the semiconductor device structure, at least one metallization structure to carry an RF signal to or from the integrated RF device, wherein the semiconductor device layer is patterned to form a plurality of insulating channels which are oriented in multiple directions so as to intersect with or meet one another and thereby form disconnected semiconductor islands in between the channels, the disconnected semiconductor islands extending at least over a region that at least partially surrounds the at least one metallization structure. a substrate comprising a semiconductor device layer disposed on an insulating layer; formed in or on the semiconductor device layer, a semiconductor device structure of an integrated RF device; and disposed in or on a cladding layer above the semiconductor device layer and the semiconductor device structure, at least one metallization structure to carry an RF signal to or from the integrated RF device, wherein the semiconductor device layer is patterned to form a plurality of insulating channels which are oriented in multiple directions so as to intersect with or meet one another and thereby form disconnected semiconductor islands in between the channels, the disconnected semiconductor islands extending at least over a region that at least partially surrounds the at least one metallization structure.
An endovascular catheter for tortuous vasculature, comprising: • a catheter shaft with a first lumen and a shaft opening (20; 20, 26), wherein the first lumen communicates with the shaft opening (20; 20, 26), characterised in that the endovascular catheter further comprises: • a deflection element, which is rotatably arranged inside the catheter shaft, and configured to deflect a guidewire through the shaft opening (20; 20, 26), and • a controlling element that is operably connected with the deflection element and configured to rotate the deflection element in a first rotating direction. • a catheter shaft with a first lumen and a shaft opening (20; 20, 26), wherein the first lumen communicates with the shaft opening (20; 20, 26), • a deflection element, which is rotatably arranged inside the catheter shaft, and configured to deflect a guidewire through the shaft opening (20; 20, 26), and • a controlling element that is operably connected with the deflection element and configured to rotate the deflection element in a first rotating direction.
A device for a processing of a filter material with an active carbon, where the device includes a disintegrator with rotating elements which are rotationally placed on a rotor, whereby the disintegrator has in its upper part an opening for insertion of the processed filter material and in its lower part the disintegrator has an outlet opening, and the axis of rotation of the rotor with the rotating elements in the disintegrator is horizontal, characterized by the fact, that the disintegrator has in its upper part a zone with a tightened, narrowed cross-section located between the rotor and a surface with protrusions in the chamber of the disintegrator and it has in the lower part a broadened zone between rotor blades and an inner cylindrical surface of the body of the disintegrator, in the narrowed zone on an inner side of the chamber of the disintegrator there is the support surface which is oriented opposite to the rotating elements; the support surface has the protrusions heading inside the disintegrator; in the lower part of the disintegrator a cover of the chamber has openings for falling out of bunches of the disintegrated material, and a gap between the protrusions and the rotating elements is at least 3 mm, preferably at least 5 mm and has a separator for a separation of the active carbon in form of granules from the bunches of fibers, whereby the separator is placed after the disintegrator. the disintegrator has in its upper part a zone with a tightened, narrowed cross-section located between the rotor and a surface with protrusions in the chamber of the disintegrator and it has in the lower part a broadened zone between rotor blades and an inner cylindrical surface of the body of the disintegrator, in the narrowed zone on an inner side of the chamber of the disintegrator there is the support surface which is oriented opposite to the rotating elements; the support surface has the protrusions heading inside the disintegrator; in the lower part of the disintegrator a cover of the chamber has openings for falling out of bunches of the disintegrated material, and a gap between the protrusions and the rotating elements is at least 3 mm, preferably at least 5 mm and has a separator for a separation of the active carbon in form of granules from the bunches of fibers, whereby the separator is placed after the disintegrator.
A weighing device, comprising - a receptacle for the goods to be weighed, - a protective housing (14, 16, 18) enclosing the receptacle for the goods to be weighed, an access opening and a closure element closing the access opening in its closed position and releasing it in its opened position, - a reflection sensor (34a, b, c) with a radiation transmitter for emitting a sensor radiation that can be reflected from a reflection object and with a radiation receiver for receiving a sensor radiation portion reflected from the reflection object and - a control unit connected to a motorized drive of the closure element and to the reflection sensor (34a, b, c), which is equipped to control the motorized drive depending on a signal of the reflection sensor (34a, b, c) upon approach of the reflection object for transferring the closure element from its closed to its opened position and upon movement of the reflection object away for transferring the closure element from its open to its closed position, characterized in that further, a differentiation element is comprised, which subjects a sensor primary signal of the reflection sensor (34a, b, c) to a differentiation dependent on a reflection intensity of the reflected sensor radiation portion for the generation of a sensor secondary signal, and the control unit is equipped to control the motorized drive in relation to the movement direction of the closure element in dependence on the respective sign of the sensor secondary signal associated with a movement direction of the reflection object. - a receptacle for the goods to be weighed, - a protective housing (14, 16, 18) enclosing the receptacle for the goods to be weighed, an access opening and a closure element closing the access opening in its closed position and releasing it in its opened position, - a reflection sensor (34a, b, c) with a radiation transmitter for emitting a sensor radiation that can be reflected from a reflection object and with a radiation receiver for receiving a sensor radiation portion reflected from the reflection object and - a control unit connected to a motorized drive of the closure element and to the reflection sensor (34a, b, c), which is equipped to control the motorized drive depending on a signal of the reflection sensor (34a, b, c) upon approach of the reflection object for transferring the closure element from its closed to its opened position and upon movement of the reflection object away for transferring the closure element from its open to its closed position,
An integrated hybrid power assembly, comprising: a transmission comprising a gear train, a front housing and a rear housing wherein the transmission further comprises a transmission controlling module mounted on the rear housing; a drive motor comprising a motor housing integral to the rear housing and a motor cover mounted to the motor housing; a speed reducer comprising a reducer housing and a reducer cover mounted to the reducer housing, and characterized in that the reducer housing is connected to the rear housing and integral to the motor cover, and a starting motor mounted to the transmission wherein the starting motor is connected to the front housing; and a parking mechanism mounting portion disposed on the rear housing and located at a first side of a connecting part between the motor housing and the rear housing, further comprising a parking mechanism cover mounted on the parking mechanism mounting portion; wherein, when viewed along a direction from the rear housing to the front housing, the structure of the integrated hybrid power assembly has a triangle shape with the drive motor located at the top, the transmission controlling module located at the bottom left corner, and the gear train is located at the bottom right corner, wherein the starting motor is arranged substantially between the drive motor and the transmission controlling module, and the parking mechanism cover is arranged substantially between the drive motor and the gear train. a transmission comprising a gear train, a front housing and a rear housing wherein the transmission further comprises a transmission controlling module mounted on the rear housing; a drive motor comprising a motor housing integral to the rear housing and a motor cover mounted to the motor housing; a speed reducer comprising a reducer housing and a reducer cover mounted to the reducer housing, and characterized in that the reducer housing is connected to the rear housing and integral to the motor cover, and a starting motor mounted to the transmission wherein the starting motor is connected to the front housing; and a parking mechanism mounting portion disposed on the rear housing and located at a first side of a connecting part between the motor housing and the rear housing, further comprising a parking mechanism cover mounted on the parking mechanism mounting portion; wherein, when viewed along a direction from the rear housing to the front housing, the structure of the integrated hybrid power assembly has a triangle shape with the drive motor located at the top, the transmission controlling module located at the bottom left corner, and the gear train is located at the bottom right corner, wherein the starting motor is arranged substantially between the drive motor and the transmission controlling module, and the parking mechanism cover is arranged substantially between the drive motor and the gear train.
System comprising a ventilation system, a biomass pellets storage facility, a pellets combustion unit, and a leak tight pellets feed-in unit between the pellets storage facility and the pellets combustion unit, characterized in that a separate venting unit connects the pellets storage facility to the pellets combustion unit.
A modular saw arrangement, comprising: a first blade; a main saw frame structure having a handle construction, an upper frame portion, and a blade tensioner arrangement; and a detachable handle structure constructed and arranged to releasably connect with the upper frame portion of the main saw frame structure, the blade tensioner arrangement and a connector on the detachable handle structure being arranged to connect with opposite ends of the first blade to provide a hacksaw configuration; the upper frame portion of the main saw frame structure having a blade storage for storing a second blade; and the detachable handle structure having a detachable handle saw attachment structure enabling attachment of one of the first blade or the second blade; characterized in that the upper frame portion of the main saw frame structure has a main saw attachment structure enabling attachment of the other of the first blade or the second blade, such that when the detachable handle structure and the main saw frame structure are disconnected from one another, both may be configured to perform cutting operations. a first blade; a main saw frame structure having a handle construction, an upper frame portion, and a blade tensioner arrangement; and a detachable handle structure constructed and arranged to releasably connect with the upper frame portion of the main saw frame structure, the blade tensioner arrangement and a connector on the detachable handle structure being arranged to connect with opposite ends of the first blade to provide a hacksaw configuration; the upper frame portion of the main saw frame structure having a blade storage for storing a second blade; and the detachable handle structure having a detachable handle saw attachment structure enabling attachment of one of the first blade or the second blade; characterized in that the upper frame portion of the main saw frame structure has a main saw attachment structure enabling attachment of the other of the first blade or the second blade, such that when the detachable handle structure and the main saw frame structure are disconnected from one another, both may be configured to perform cutting operations.
A dental material dispensing device, comprising: a plunger means which for dispensing the dental material is movable for urging a dental composition from which the dental material is to be prepared toward a dispensing area; cure control means comprising an energy source, and a flow path on which the dental composition and/or the dental material flows past the energy source during dispensation; the device being operable for exposing the dental composition and/or the dental material to a specific energy by control of the energy source and/or by control of the speed of the flow of the dental composition and/or the dental material on the flow path; wherein the specific energy is quantified by the energy intensity the dental composition and/or the dental material is exposed to relative to the flow speed; wherein the device is configured for dispensing a coherent strand of dental material, and wherein the device is further configured for operating in a first dispensing mode and additionally in a second dispensing mode during dispensation of the strand, wherein the ratio between the specific energy in the second dispensing mode and the specific energy in the first dispensing mode is smaller than 1. a plunger means which for dispensing the dental material is movable for urging a dental composition from which the dental material is to be prepared toward a dispensing area; cure control means comprising an energy source, and a flow path on which the dental composition and/or the dental material flows past the energy source during dispensation; the device being operable for exposing the dental composition and/or the dental material to a specific energy by control of the energy source and/or by control of the speed of the flow of the dental composition and/or the dental material on the flow path; wherein the specific energy is quantified by the energy intensity the dental composition and/or the dental material is exposed to relative to the flow speed; wherein the device is configured for dispensing a coherent strand of dental material, and wherein the device is further configured for operating in a first dispensing mode and additionally in a second dispensing mode during dispensation of the strand, wherein the ratio between the specific energy in the second dispensing mode and the specific energy in the first dispensing mode is smaller than 1.
Device for storing and dispensing consumables for an automatic drink dispenser, the which device incorporates: - a turret incorporating an upper face, a lower face and a cylindrical face joining the upper and lower faces, and - a first set of housings constituted by multiple grooves positioned on the cylindrical face, - with the first set of housings being intended to store a first type of consumable, characterized in that the device also incorporates: - a second set of housings constituted by multiple borings traversing the turret between the upper and lower faces, - with the second set of housings being intended to store a second type of consumable, with the turret incorporating both capsules and cups of different sizes, with the first type of consumable being capsules and the second type of consumable being cups; - with two capsules of separate containers being intended to be positioned in two housings separate from the first set of housings, and - two cups of different shapes being intended to be positioned in two housings separate from the second set of housings. - a turret incorporating an upper face, a lower face and a cylindrical face joining the upper and lower faces, and - a first set of housings constituted by multiple grooves positioned on the cylindrical face, - with the first set of housings being intended to store a first type of consumable, - a second set of housings constituted by multiple borings traversing the turret between the upper and lower faces, - with the second set of housings being intended to store a second type of consumable, - with two capsules of separate containers being intended to be positioned in two housings separate from the first set of housings, and - two cups of different shapes being intended to be positioned in two housings separate from the second set of housings.
Method for verifying age-depth relationships of rock in sedimentary basins by reconstructing the subsidence rate of samples, characterized in that, by determining the related precipitation depth and the precipitation temperature of a carbonate precipitation via the Ca isotope ratio and comparing this with the geogenic gradient, the geological history of particular sedimentary rock, from which samples are taken, is determined in a fixed point.
A fastening element arranged into a concrete shell structure, which concrete shell structure comprises an outer shell and an inner shell and a first thermal insulator arranged between the outer shell and the inner shell, and which fastening element is arranged to interconnect the outer shell and the inner shell such that loads affecting the outer shell is, at least partly, transferred to the inner shell, wherein the fastening element comprises at least one second thermal insulator separate from the first thermal insulator, characterized in that the fastening element comprises an enclosure-like structure including a first wall-like part and a second wall-like part and an element interconnecting the first and second wall-like parts (5, 6), wherein the first wall-like part is arranged to extend from the outer shell of the concrete shell structure to the inner shell and that the second wall-like part is arranged at a distance from the first wall-like part and to extend from the outer shell of the concrete shell structure to the inner shell, the at least one second thermal insulator is arranged at least partly inside the enclosure-like structure between the first wall-like part and the second wall-like part, and the enclosure-like structure is arranged to extend vertically or horizontally in the concrete shell structure.