mhurhangee/ep-ind-claims huggingface dataset:
Window arrangement comprising an outer frame part with outer glazing, an inner frame part with inner glazing, a shading device arranged in a gap between the outer frame part and the inner frame part and an electrical or mechanical drive unit for actuating the shading device, wherein the electrical or mechanical drive unit is integrated in a frame profile of the inner frame part or of the outer frame part, characterised in that the shading device is connected to the inner frame part or the outer frame part by means of a releasable attachment device.
An exhaust pipe fuel injector that injects fuel into an exhaust pipe in order to regenerate a diesel particulate filter of a diesel particulate filter device of a diesel engine, the diesel particulate filter device comprises an oxidation catalytic converter and the diesel particulate filter, the exhaust pipe fuel injector comprising: a fuel injection nozzle that injects the fuel into the exhaust pipe; a supply pipe (Lx) through which a mixed fluid of the fuel and air is supplied into the fuel injection nozzle; and a control unit, wherein the control unit is configured to perform a residual fuel processing mode which comprises a closing of the fuel supply valve and injection of high-pressure air and fuel remaining inside the supply pipe(Lx) into the exhaust pipe by the fuel injection nozzle, characterized in that the control unit is configured to detect the ending of said residual fuel processing mode by means of exhaust gas temperature thresholds and sensors (44, 45), wherein a first temperature sensor is disposed in a region between the fuel injection nozzle and the diesel particulate filter device and wherein a second temperature sensor is disposed in a region between the oxidation catalytic converter and the diesel particulate filter. a fuel injection nozzle that injects the fuel into the exhaust pipe; a supply pipe (Lx) through which a mixed fluid of the fuel and air is supplied into the fuel injection nozzle; and a control unit, wherein the control unit is configured to perform a residual fuel processing mode which comprises a closing of the fuel supply valve and injection of high-pressure air and fuel remaining inside the supply pipe(Lx) into the exhaust pipe by the fuel injection nozzle, characterized in that the control unit is configured to detect the ending of said residual fuel processing mode by means of exhaust gas temperature thresholds and sensors (44, 45), wherein a first temperature sensor is disposed in a region between the fuel injection nozzle and the diesel particulate filter device and wherein a second temperature sensor is disposed in a region between the oxidation catalytic converter and the diesel particulate filter.
A method for estimating a position and an angular orientation of a particle that emits a dipole or dipole-like radiation pattern when impinged by an excitation beam, comprising: directing an excitation beam to a sample containing at least one particle that emits a dipole or dipole-like radiation pattern when impinged by an excitation beam; splitting light emitted by the particle in response to impingement by the excitation beam into a first channel and a second channel; imaging at least a portion of a radiation pattern from light emitted by the particle after passing through a first phase mask, wherein the first phase mask is configured to phase modulate the light in the first channel; imaging at least a portion of a radiation pattern from light emitted by the particle after passing through a second phase mask that is different to the first phase mask, wherein the second phase mask is configured to phase modulate the light in the second channel; and estimating a position and an angular orientation of the particle within the sample based on the imaged radiation patterns and a model of an optical system that describes images obtained for different positions and orientations. directing an excitation beam to a sample containing at least one particle that emits a dipole or dipole-like radiation pattern when impinged by an excitation beam; splitting light emitted by the particle in response to impingement by the excitation beam into a first channel and a second channel; imaging at least a portion of a radiation pattern from light emitted by the particle after passing through a first phase mask, wherein the first phase mask is configured to phase modulate the light in the first channel; imaging at least a portion of a radiation pattern from light emitted by the particle after passing through a second phase mask that is different to the first phase mask, wherein the second phase mask is configured to phase modulate the light in the second channel; and estimating a position and an angular orientation of the particle within the sample based on the imaged radiation patterns and a model of an optical system that describes images obtained for different positions and orientations.
Protective enclosure for a media guide, comprising a hose, which consists of textile material and which forms a multi-chamber system with a plurality of chambers, wherein the chambers extend along the longitudinal axis of the hose, wherein a central chamber is formed for guidance of the media guide and wherein a respective protective element is guided in each of outer chambers connected with the outer circumferential surfaces of the central chamber.
Use of a compound which is 2-methyl-2-[4-(3-methyl-2-oxo-8-quinolin-3-yl-2,3-dihydro-imidazo[4,5-c]quinolin-1-yl)-phenyl]-propionitrile or 8-(6-methoxy-pyridin-3-yl)-3-methyl-1-(4-piperazin-1-yl-3-trifluoromethyl-phenyl)-1,3-dihydro-imidazo[4,5-c]quinolin-2-one, or a tautomer thereof, or a pharmaceutically acceptable salt, or a hydrate or solvate thereof, for the manufacture of a pharmaceutical preparation for the treatment of an mTOR kinase dependent disease selected from muscle wasting (atrophy, cachexia) and myopathies.
A thin, flexible member for use in a vacuum bandage on a wound surface with the bandage connected to a vacuum source, the member having: a wound contacting surface for contact with and to generally conform to the wound surface, and a plurality of holes spaced about the wound contacting surface, and the member providing communication from the holes to the vacuum source wherein the member includes a wound contacting layer having channels formed therein and a cover coupled to the wound contacting layer for cooperation with the wound contacting layer to define passageways providing the communication from the holes to the vacuum source, further including an outer adhesive perimeter configured to seal about the wound to a patient's healthy skin surrounding the wound, wherein the cover includes a port in communication with the passageways and configured for communication with the vacuum source, and characterised in that the member further includes a boss positioned near the port of the cover to prevent an upper surface of the wound contacting layer from sealing off the port when the vacuum source is running. a wound contacting surface for contact with and to generally conform to the wound surface, and a plurality of holes spaced about the wound contacting surface, and the member providing communication from the holes to the vacuum source wherein the member includes a wound contacting layer having channels formed therein and a cover coupled to the wound contacting layer for cooperation with the wound contacting layer to define passageways providing the communication from the holes to the vacuum source, further including an outer adhesive perimeter configured to seal about the wound to a patient's healthy skin surrounding the wound, wherein the cover includes a port in communication with the passageways and configured for communication with the vacuum source, and characterised in that the member further includes a boss positioned near the port of the cover to prevent an upper surface of the wound contacting layer from sealing off the port when the vacuum source is running.
Double entry radial fan for an extractor hood, with a spiral-shaped housing, which has two housing halves (4, 5) connected to one another in a detachable manner, which each comprise an air inlet (6, 7), a fan wheel, which is accommodated in the housing, a fan motor, which drives the fan wheel, and a motor suspension, which retains the fan motor within the fan wheel, wherein the motor suspension retains the fan motor exclusively on one housing half and is flanged on an edge delimiting an air inlet of the same, characterised in that the fastening points for the flanging of the motor suspension on the edge are arranged asymmetrically.
Dispensing system for dispensing dental compound, said dispensing system comprising a dispensing container, a plunger and a discharge tool with a ram for applying pressure to the plunger, the dispensing container having a housing, on the inside of which a slide surface is formed that is intended for engagement with the plunger, the housing enclosing an interior and being provided with an outlet channel, a portion of a needle being inserted into the outlet channel, and the housing with outlet channel being designed as a one-piece injection-molded part, a gap being present between the circumference of the needle and the outlet channel, and an adhesive being introduced into the gap.
Extraction device for the extraction of analytes with aromatic cycles, said analytes being contained in a liquid phase, said extraction device comprising a support and an adsorption layer, said adsorption layer being porous silicon oxycarbide SiOxCyHz, said adsorption layer at least partially covering said support, the extraction device being configured to put into contact the liquid phase and the adsorption layer, in which the support is composed of at least the walls of an extraction chamber, said extraction chamber comprising at least one liquid phase supply orifice and at least one liquid phase outlet orifice, said supply and outlet orifices being arranged such that the liquid phase comes into contact with the adsorption layer and flows from the supply orifice towards the extraction orifice, said extraction chamber comprising microstructures at least partly coated by the adsorption layer composed of porous silicon oxycarbide.
A radiation protection device for mounting on a C-arm of a fluoroscope, the C-arm having an X-ray source and an image intensifier, the C-arm being configured to be positioned around a patient on a procedure table, the radiation protection device being characterised by comprising: a first radiation shield for surrounding the X-ray source and having length adjustments to fit the device to contact the patient and to accommodate motion of the C-arm relative to the patient positioned within the C-arm; a second radiation shield for surrounding the image intensifier and having length adjustments to fit the device to the patient and to accommodate motion of the C-arm relative to the patient positioned within the C-arm; a first motor for selectively lengthening the first radiation shield to and selectively shortening the first radiation shield from the patient body; and a second motor for selectively lengthening the second radiation shield to and selectively shortening the second radiation shield from the patient body. a first radiation shield for surrounding the X-ray source and having length adjustments to fit the device to contact the patient and to accommodate motion of the C-arm relative to the patient positioned within the C-arm; a second radiation shield for surrounding the image intensifier and having length adjustments to fit the device to the patient and to accommodate motion of the C-arm relative to the patient positioned within the C-arm; a first motor for selectively lengthening the first radiation shield to and selectively shortening the first radiation shield from the patient body; and a second motor for selectively lengthening the second radiation shield to and selectively shortening the second radiation shield from the patient body.
A ribbon needle weaving loom comprising a weaving point, at which warp threads are interweavable to each other by means of at least one weft thread, a device for feeding the warp threads, a device for feeding the at least one weft thread, further comprising a shed forming device for forming a shed from the warp threads, further comprising at least one weft thread insertion needle for inserting a weft thread loop into the shed, and comprising a reed for stopping the weft thread loop, wherein an electromechanic actuator (30, 30a) for driving the weft thread insertion needle and a control device are provided, characterized in that the weft thread insertion needle beim weft insertion and die Position bei the actuator is configured in such manner as to allow preselection, by means of said control device, of the end position of the weft thread insertion needle at weft-insertion and of the position with retracted weft-insertion needle and/or preselection of the starting time point of the motion of the weft-insertion needle and/or preselection of the instantaneous speed of the motion of the weft-insertion needle, at least within a certain range.
Compressed air system pilot valve for a compressed air system of a utility vehicle a) comprising a control module which comprises a control module housing part, an electro-magnetic actuator, a control valve body (14; 42) being actuated by the electro-magnetic actuator and a control valve element (15; 36), wherein the control valve body (14; 42) and the control valve element (15; 36) can be placed in different relative control positions dependent on the electrical bias of the actuator wherein in the different relative control positions the control module controls or generates different control pressures and b) comprising a valve module which comprises a valve module housing part, a valve body and a valve element which can be placed in different relative valve positions wherein the valve module connects different ports to each other and/or closes different ports, c) wherein the valve module is pneumatically pilot-controlled by the control module in a way such that by a changed electrical bias of the actuator it is possible to induce a changed control position of the control module by which it is possible to induce a changed valve position of the valve module, d) wherein the control module housing part is mounted to the valve module housing part, characterised in that e) a bayonet connection is provided by which the control valve element (15; 36) is held on the control module housing part. a) comprising a control module which comprises a control module housing part, an electro-magnetic actuator, a control valve body (14; 42) being actuated by the electro-magnetic actuator and a control valve element (15; 36), wherein the control valve body (14; 42) and the control valve element (15; 36) can be placed in different relative control positions dependent on the electrical bias of the actuator wherein in the different relative control positions the control module controls or generates different control pressures and b) comprising a valve module which comprises a valve module housing part, a valve body and a valve element which can be placed in different relative valve positions wherein the valve module connects different ports to each other and/or closes different ports, c) wherein the valve module is pneumatically pilot-controlled by the control module in a way such that by a changed electrical bias of the actuator it is possible to induce a changed control position of the control module by which it is possible to induce a changed valve position of the valve module, d) wherein the control module housing part is mounted to the valve module housing part, characterised in that e) a bayonet connection is provided by which the control valve element (15; 36) is held on the control module housing part.
An insulated gate bipolar transistor, IGBT, device comprising: • an IGBT stack, wherein the IGBT stack includes: • an injector region; • a drift region over the injector region; • a spreading region over the drift region, the spreading region providing a first surface of the IGBT stack opposite the drift region and having a doping concentration that is greater than a doping concentration of the drift region; and • a pair of junction implants in the spreading region, wherein: • the pair of junction implants are separated by a gap and extend from the first surface of the IGBT stack along a lateral edge of the IGBT stack towards the drift region to a first depth (D B); and • the thickness (Ts) of the spreading region is at least two times greater than the first depth (D B); • a gate contact and an emitter contact on the first surface of the IGBT stack; and • a collector contact on a second surface of the IGBT stack, which is provided by the injector region opposite the drift region, characterized in that the doping concentration of the spreading region includes a graduated doping concentration which is higher adjacent the first surface than adjacent the drift region. • an IGBT stack, wherein the IGBT stack includes: • an injector region; • a drift region over the injector region; • a spreading region over the drift region, the spreading region providing a first surface of the IGBT stack opposite the drift region and having a doping concentration that is greater than a doping concentration of the drift region; and • a pair of junction implants in the spreading region, wherein: • the pair of junction implants are separated by a gap and extend from the first surface of the IGBT stack along a lateral edge of the IGBT stack towards the drift region to a first depth (D B); and • the thickness (Ts) of the spreading region is at least two times greater than the first depth (D B); • an injector region; • a drift region over the injector region; • a spreading region over the drift region, the spreading region providing a first surface of the IGBT stack opposite the drift region and having a doping concentration that is greater than a doping concentration of the drift region; and • a pair of junction implants in the spreading region, wherein: • the pair of junction implants are separated by a gap and extend from the first surface of the IGBT stack along a lateral edge of the IGBT stack towards the drift region to a first depth (D B); and • the thickness (Ts) of the spreading region is at least two times greater than the first depth (D B); • the pair of junction implants are separated by a gap and extend from the first surface of the IGBT stack along a lateral edge of the IGBT stack towards the drift region to a first depth (D B); and • the thickness (Ts) of the spreading region is at least two times greater than the first depth (D B); • a gate contact and an emitter contact on the first surface of the IGBT stack; and • a collector contact on a second surface of the IGBT stack, which is provided by the injector region opposite the drift region,
A method for decolorizing a dye-colored synthetic polymer, comprising: treating a dye-colored synthetic polymer with a treatment composition, the treatment composition comprising (a) hydrogen peroxide, (b) an iron-containing catalyst, (c) water, and (d) a ketone dissolved in the treatment composition; wherein the treatment composition has a pH of 4 or less, and the treating is carried out at a temperature of at least 50°C and for a duration of time sufficient to at least partially decolorize the synthetic polymer; and following the treating, separating at least partially decolorized synthetic polymer from the treatment composition. treating a dye-colored synthetic polymer with a treatment composition, the treatment composition comprising (a) hydrogen peroxide, (b) an iron-containing catalyst, (c) water, and (d) a ketone dissolved in the treatment composition; (a) hydrogen peroxide, (b) an iron-containing catalyst, (c) water, and (d) a ketone dissolved in the treatment composition; wherein the treatment composition has a pH of 4 or less, and the treating is carried out at a temperature of at least 50°C and for a duration of time sufficient to at least partially decolorize the synthetic polymer; and following the treating, separating at least partially decolorized synthetic polymer from the treatment composition.
A method for power balancing a power grid having multiple phases and a common ground, the power grid being connected to at least one load causing a non-uniform power consumption between the multiple phases of the power grid, and the power grid is connectable to an external power grid, wherein the method comprises: - monitoring power provided to the power grid in a controller and monitoring power flow between the power grid and the external power grid, - storing available energy in the power grid in an energy storage using multiple inverters, each inverter being connected between the energy storage and each phase of the power grid, and determining a charge status of the energy storage, and - redistributing power between phases based on the charge status of the energy storage by controlling power flow through the inverters by the controller based on the non-uniform power consumption, characterized in that the at least one load comprises at least one controllable load, and the method further comprising: - adapting the power consumption of the at least one controllable load based on the power provided to the power grid and the charge status of the energy storage, and - limiting the power flow between the external power grid and the power grid when redistributing power between phases in the power grid. - monitoring power provided to the power grid in a controller and monitoring power flow between the power grid and the external power grid, - storing available energy in the power grid in an energy storage using multiple inverters, each inverter being connected between the energy storage and each phase of the power grid, and determining a charge status of the energy storage, and - redistributing power between phases based on the charge status of the energy storage by controlling power flow through the inverters by the controller based on the non-uniform power consumption, - adapting the power consumption of the at least one controllable load based on the power provided to the power grid and the charge status of the energy storage, and - limiting the power flow between the external power grid and the power grid when redistributing power between phases in the power grid.
A method for making an object, the method comprising the steps of: on an upwardly facing surface of a flexible element, disposing a material used to make the object; and causing relative movement between a member (110; 400; 500; 600; 700) and both the object being made and a downwardly facing surface of the element while the member (110; 400; 500; 600; 700) is in contact with the downwardly facing surface, the relative movement causing the upwardly facing surface to adopt a form, wherein during the relative movement the member (110; 400; 500; 600; 700) passes directly beneath the object being made, expelling some of the material which is located between the element and the object being made. on an upwardly facing surface of a flexible element, disposing a material used to make the object; and causing relative movement between a member (110; 400; 500; 600; 700) and both the object being made and a downwardly facing surface of the element while the member (110; 400; 500; 600; 700) is in contact with the downwardly facing surface, the relative movement causing the upwardly facing surface to adopt a form, wherein during the relative movement the member (110; 400; 500; 600; 700) passes directly beneath the object being made, expelling some of the material which is located between the element and the object being made.