mhurhangee/ep-ind-claims huggingface dataset:
Device for treating a coating of a vehicle body, consisting of a workspace, which is delimited by side walls and through which the vehicle body can be moved, and a plurality of nozzles, arranged on the side walls, for supplying the vehicle body with temperature-controlled air, wherein the nozzles are arranged in rows (8, 9) oriented in parallel to the direction of movement of the vehicle body, and wherein the number of all nozzles in the upper rows is less than the number of nozzles in the lower rows, characterized in that, on each side wall in the region of a window opening of the vehicle body, at least one - preferably, a single - upper row is arranged at a distance of 100 to 200 centimeters to the plane of the floor structure on a side of the plane facing the vehicle body, so that the air is directed through the window openings in the vehicle body towards the side, facing the interior, of the mass parts, and, in the region of the floor structure of the vehicle body, at least one - preferably, a single - lower row is arranged at a distance of 0 to 20 centimeters to the plane of the floor structure on a side, facing away from the vehicle body, of the plane, so that the nozzles of the lower row are directed directly towards the sill and/or the floor structure of the vehicle body, wherein the nozzles are directed exclusively toward the mass parts in such a way that the entire vehicle body is at a uniform temperature, wherein the nozzles of the upper row are directed towards the plane at an inclination angle of approximately 35° to the plane of the floor structure, and the nozzles of the lower row are directed towards the plane at an inclination angle of approximately 15° to the plane of the floor structure, wherein the specification, "approximately," refers to a deviation of up to 20 percent of the specified angle.
A screen display method of a portable terminal device, comprising: determining sunrise and sunset time information of an area in which the portable terminal device is located; determining if a current time is after the sunrise time and before the sunset time; determining direction information of the portable terminal device; and applying a graphic expression showing at least one of a preset shadowing effect and light reflecting effect, which are predefined in at least one object displayed on a screen of the portable terminal device, according to the determined direction information, the determined current time, and the determined sunrise and sunset time information of the area in which the portable terminal device is located. determining sunrise and sunset time information of an area in which the portable terminal device is located; determining if a current time is after the sunrise time and before the sunset time; determining direction information of the portable terminal device; and applying a graphic expression showing at least one of a preset shadowing effect and light reflecting effect, which are predefined in at least one object displayed on a screen of the portable terminal device, according to the determined direction information, the determined current time, and the determined sunrise and sunset time information of the area in which the portable terminal device is located.
Device for sterilising containers with a charge carrier generating arrangement, which generates charge carriers, with an accelerating means which accelerates the charge carriers in a predetermined direction within a housing and with an exit window through which the charge carriers exit from the housing, wherein the device has a sensor unit which captures at least one measured value which is characteristic for the charge carriers exiting from the exit window, characterised in that the sensor unit has a first sensor arrangement which is disposed relative to the exit window in such a way that it detects charge carriers which pass in a first predetermined direction from the exit window to the first sensor arrangement, and a second sensor arrangement which is disposed relative to the exit window in such a way that it detects charge carriers which pass in a second predetermined direction from the exit window to the second sensor arrangement, wherein each of the sensor arrangements (22, 24) independently of one another detects measured values (M1, M2) which are characteristic for the charge carriers exiting from the exit window, wherein a shortest connection between the first sensor arrangement and the exit window, and a shortest connection between the second sensor arrangement and the exit window, enclose an angle between 30° and 150°.
A bell-shaped leak detection device for detecting a leak on a test zone of a sealing membrane (5, 8) of a tank, the bell-shaped leak detection device comprising: - a main body intended to be arranged on the test zone; - a seal connected to the main body and configured to define a detection chamber between the main body and the test zone, the seal comprising a peripheral sealing lip having a closed contour for surrounding the test zone; - a mechanical pressure means supported by the main body and comprising at least one pressure element configured to exert a pressure, on a portion of the sealing lip, directed toward the membrane (5, 8) when the main body is arranged on the test zone wherein the sealing lip comprises at least one indentation, the shape of which corresponds to that of a corrugation of the membrane (5, 8), the indentation being intended to straddle the corrugation characterized in that the pressure element is adapted to locally press the sealing lip into a portion of said sealing lip which is located at a base of the indentation. - a main body intended to be arranged on the test zone; - a seal connected to the main body and configured to define a detection chamber between the main body and the test zone, the seal comprising a peripheral sealing lip having a closed contour for surrounding the test zone; - a mechanical pressure means supported by the main body and comprising at least one pressure element configured to exert a pressure, on a portion of the sealing lip, directed toward the membrane (5, 8) when the main body is arranged on the test zone wherein the sealing lip comprises at least one indentation, the shape of which corresponds to that of a corrugation of the membrane (5, 8), the indentation being intended to straddle the corrugation characterized in that the pressure element is adapted to locally press the sealing lip into a portion of said sealing lip which is located at a base of the indentation.
A vehicle lamp comprising: a lamp body that has an opening in a direction of light radiation; a front cover that covers the opening to define a housing and includes, on an inner surface, an anti-fogging film mainly composed of a synthetic resin; and a light source that is disposed in the housing; and characterized by further comprising: a silicone resin part that is disposed in the housing, wherein a content of D3 to D20 cyclic low molecular weight siloxanes in the silicone resin part is 0 ppm to 300 ppm in terms of mass. a lamp body that has an opening in a direction of light radiation; a front cover that covers the opening to define a housing and includes, on an inner surface, an anti-fogging film mainly composed of a synthetic resin; and a light source that is disposed in the housing; and a silicone resin part that is disposed in the housing, wherein a content of D3 to D20 cyclic low molecular weight siloxanes in the silicone resin part is 0 ppm to 300 ppm in terms of mass.
Tightening element (10, 10' 10'') intended to hold one or more electrical wire(s) for making an electrical connection with said wire(s), the tightening element being mounted inside of a transverse opening placed in a connector, the connector also having a longitudinal opening inside of which at least one electrical wire is disposed lengthwise, the transverse opening has a threaded inside part to screw in the tightening element (10, 10' 10''), the tightening element (10, 10' 10'') is made up of a pre-mounted assembly comprising: - a tightening screw having a head for screwing the tightening screw and a body and comprising a weakening area between its body and its head, and the body of said tightening screw comprising a threaded part to hold outwardly a tightening nut, the head is broken in the area of weakening when it is screwed in a first screwing operation in the interior of the transverse opening, until the lower end abuts against the electrical wire; characterized by: - the tightening nut having a head for screwing the tightening nut and comprising a weakening area between its body and its head, the head is broken in the area of weakening when it is screwed in a second screwing operation on a waterproofing joint until the lower part of the joint abuts against an inside wall of the transverse opening and the tightening nut having a threaded part provided on its inner surface; and - the waterproofing joint for, once deformed, making a waterproof seal against the inner walls of the opening, the waterproofing joint is mounted in the lower part of the tightening nut and is axially contracted when a torque is applied to the head of the tightening nut. - a tightening screw having a head for screwing the tightening screw and a body and comprising a weakening area between its body and its head, and the body of said tightening screw comprising a threaded part to hold outwardly a tightening nut, the head is broken in the area of weakening when it is screwed in a first screwing operation in the interior of the transverse opening, until the lower end abuts against the electrical wire; - the tightening nut having a head for screwing the tightening nut and comprising a weakening area between its body and its head, the head is broken in the area of weakening when it is screwed in a second screwing operation on a waterproofing joint until the lower part of the joint abuts against an inside wall of the transverse opening and the tightening nut having a threaded part provided on its inner surface; and - the waterproofing joint for, once deformed, making a waterproof seal against the inner walls of the opening, the waterproofing joint is mounted in the lower part of the tightening nut and is axially contracted when a torque is applied to the head of the tightening nut.
A method for picture processing, comprising: obtaining a plurality of pictures through photographing in a same scene, each of the plurality of pictures containing facial information; selecting at least two pictures from the plurality of pictures, and obtaining, according to the facial information of each of the at least two pictures, feature information of a preset facial part in each of the at least two pictures; sequentially detecting whether the preset facial parts in the at least two pictures are in a preset feature state, wherein a picture is determined as a target picture if the feature information of the preset facial part indicates that the preset facial part in the picture is in the preset feature state; stopping for searching for a target picture when the number of the determined target pictures reaches a preset number; and performing a multi-frame denoising processing on all target pictures to obtain an output picture; characterized in that the method further comprises: obtaining a light sensitivity value used for photographing; determining a target number corresponding to the light sensitivity value, wherein the target number is larger than or equal to two; and determining the target number as the preset number. obtaining a plurality of pictures through photographing in a same scene, each of the plurality of pictures containing facial information; selecting at least two pictures from the plurality of pictures, and obtaining, according to the facial information of each of the at least two pictures, feature information of a preset facial part in each of the at least two pictures; sequentially detecting whether the preset facial parts in the at least two pictures are in a preset feature state, wherein a picture is determined as a target picture if the feature information of the preset facial part indicates that the preset facial part in the picture is in the preset feature state; stopping for searching for a target picture when the number of the determined target pictures reaches a preset number; and performing a multi-frame denoising processing on all target pictures to obtain an output picture; characterized in that the method further comprises: obtaining a light sensitivity value used for photographing; determining a target number corresponding to the light sensitivity value, wherein the target number is larger than or equal to two; and determining the target number as the preset number. obtaining a light sensitivity value used for photographing; determining a target number corresponding to the light sensitivity value, wherein the target number is larger than or equal to two; and determining the target number as the preset number.
A composite molded article obtained by laser welding molded article composed of a polyester resin composition, having a crystallinity of 15% or more as calculated using fast scanning calorimetry by the following method: calculation method: using fast scanning calorimetry, said polyester resin composition is heated from 30°C to 260°C at 10000°C/second, then maintained at 260°C for 0.1 second, then cooled to 80°C at 5000°C/second, maintained at 80°C for 0.1 second, then cooled to -70°C at 5000°C/second, and then heated to 260°C at 1000°C/second, after which the curve obtained is used to calculate said crystallinity, wherein said polyester resin composition comprises a polyester resin as a main component, which is in an amount of 30 wt% or more with respect to 100 wt% of the polyester resin composition and a metal component comprising one or more metal species, and characterized in that, with respect to the end carboxyl group amount of said polyester resin and an amount of the metal component contained in said resin composition, the ratio expressed by said amount of the metal component /said end carboxyl group amount is 0.80 or more and 2.00 or less, and wherein the end carboxyl group amount and the amount of the metal component are measured by the respective method of the description. calculation method: using fast scanning calorimetry, said polyester resin composition is heated from 30°C to 260°C at 10000°C/second, then maintained at 260°C for 0.1 second, then cooled to 80°C at 5000°C/second, maintained at 80°C for 0.1 second, then cooled to -70°C at 5000°C/second, and then heated to 260°C at 1000°C/second, after which the curve obtained is used to calculate said crystallinity, wherein said polyester resin composition comprises a polyester resin as a main component, which is in an amount of 30 wt% or more with respect to 100 wt% of the polyester resin composition and a metal component comprising one or more metal species, and characterized in that, with respect to the end carboxyl group amount of said polyester resin and an amount of the metal component contained in said resin composition, the ratio expressed by said amount of the metal component /said end carboxyl group amount is 0.80 or more and 2.00 or less, and wherein the end carboxyl group amount and the amount of the metal component are measured by the respective method of the description.
Profile pipe system - having at least one profile pipe having at least two parallel longitudinal grooves, - having a connector to be mounted on a longitudinal end of the profile pipe, which connector has a first half shell and a second half shell which can be screwed together with one another via a screw connection, - wherein the connector has a pipe receptacle, having a floor, in the manner of a blind hole, into which pipe receptacle the profile pipe can be inserted and in which the profile pipe can be fixed via the two half shells (5, 6) which are screwed securely to one another, - wherein on an inner jacket surface of the pipe receptacle of the first and/or second half shell (5, 6) is arranged at least one nose protruding to the inside, which in installed state engages in a longitudinal groove of the profile pipe and forms a protection against twisting for said profile pipe, characterised in - that the at least one nose has a predetermined breaking point and can be broken off by snapping, as a result of which it is possible to realise a fixing of the profile pipe in the pipe receptacle which is independent of rotational angle, - that the nose is arranged in an indentation arranged on the inner jacket surface of the pipe receptacle. - having at least one profile pipe having at least two parallel longitudinal grooves, - having a connector to be mounted on a longitudinal end of the profile pipe, which connector has a first half shell and a second half shell which can be screwed together with one another via a screw connection, - wherein the connector has a pipe receptacle, having a floor, in the manner of a blind hole, into which pipe receptacle the profile pipe can be inserted and in which the profile pipe can be fixed via the two half shells (5, 6) which are screwed securely to one another, - wherein on an inner jacket surface of the pipe receptacle of the first and/or second half shell (5, 6) is arranged at least one nose protruding to the inside, which in installed state engages in a longitudinal groove of the profile pipe and forms a protection against twisting for said profile pipe, characterised in - that the at least one nose has a predetermined breaking point and can be broken off by snapping, as a result of which it is possible to realise a fixing of the profile pipe in the pipe receptacle which is independent of rotational angle, - that the nose is arranged in an indentation arranged on the inner jacket surface of the pipe receptacle.
A probiotic preparation comprising viable, metabolically active probiotic bacteria in a non-dairy liquid substrate, for use in the treatment of Irritable Bowel Syndrome, wherein the probiotic preparation comprises a mixture of Lactobacillus plantarum, Lactobacillus acidophilus, and either Lactobacillus casei or Lactobacillus rhamnosus or both Lactobacillus casei and Lactobacillus rhamnosus.
A method comprising: - transmitting physical reference signals precoded at the physical layer; - transmitting via a physical channel precoded at the physical layer using the same precoding as the physical reference signals decoding information for use in physical layer decoding of said physical reference signals, wherein said decoding information is incorporated into one or more data units at a layer higher than the physical layer; and - transmitting in a single sub-frame one or more of the physical reference signals for use in physical layer decoding of the physical channel in a plurality of sub-frames, wherein the decoding information uses a bitmap for an indication of the identity of the sub-frame in which said one or more of the physical reference signals can be found. - transmitting physical reference signals precoded at the physical layer; - transmitting via a physical channel precoded at the physical layer using the same precoding as the physical reference signals decoding information for use in physical layer decoding of said physical reference signals, wherein said decoding information is incorporated into one or more data units at a layer higher than the physical layer; and - transmitting in a single sub-frame one or more of the physical reference signals for use in physical layer decoding of the physical channel in a plurality of sub-frames, wherein the decoding information uses a bitmap for an indication of the identity of the sub-frame in which said one or more of the physical reference signals can be found.
Steering device for a self-propelling unit, such as a lawnmower and/or sweeper having a frame, two driven front wheels which can be driven in an adjustable and/or controllable manner in each case by an oil motor with associated control devices, and steerable rear wheels which can be actuated by means of a hydraulic cylinder in order to steer the unit, the steering device having a steering element for actuating the hydraulic cylinder which is assigned to at least one of the steerable rear wheels and the control devices (17, 18) which are assigned to the front wheels, it being possible for the control devices (17, 18) which are assigned to the front wheels to be actuated by means of transmission devices (27, 32, 38, 42) as a result of the steering angle of the actuated rear wheels, characterized in that the transmission devices have a double-sided pivoting lever which can be swivelled about an axis which is horizontal and points in the driving direction, in that a transmission rod (29, 30) which is connected to one of the control devices (17, 18) of the oil motors is arranged by means of a joint at each end of the pivoting lever, in that the double-sided pivoting lever has a swivelling lever for swivelling the pivoting lever about the axis which points in the driving direction, in that the one end of a tilting lever which is mounted on the frame such that it can be pivoted about a vertical axis interacts by means of a joint with the end of the pivoting lever, and in that the other end of the pivoting lever can be actuated by a control rod which is connected at least with one end to the actuated rear wheels.
Closing kinematics for an openable collapsible roof in a vehicle, wherein the collapsible roof has a front roof part which is guided in a longitudinally displaceable manner in lateral guide rails (8, 9) and bears a convertible top cloth material, wherein the closing kinematics comprise a drive carriage which is displaceable in a guide rail (8, 9) and is coupled to a lockable and unlockable control carriage via a toggle lever, wherein the toggle lever is coupled to a support part, which is a support of the front roof part, wherein, during the opening movement, the control carriage is locked in a manner fixed to the body in a first movement phase, and the control carriage is unlocked from the body in a second movement phase, characterized in that the toggle lever is connected to the drive carriage via a slotted guide mechanism.
A system for determining a disease activity with respect to an area of interest of a body, comprising a control unit adapted to: record an intensity curve of detected intensities of light over time under at least two different perfusion conditions in an area of interest; derive features from the detected intensities of light by fitting at least a part of the intensity curve by a fit function having fit parameters and using at least some of the fit parameters as the features for determining the disease activity; and determine the disease activity as a single value or a scalar value based on the features by using a predetermined regression vector, wherein the control unit is adapted to derive the features from the detected intensities of at least one predetermined wavelength or at least two predetermined wavelengths. record an intensity curve of detected intensities of light over time under at least two different perfusion conditions in an area of interest; derive features from the detected intensities of light by fitting at least a part of the intensity curve by a fit function having fit parameters and using at least some of the fit parameters as the features for determining the disease activity; and determine the disease activity as a single value or a scalar value based on the features by using a predetermined regression vector, wherein the control unit is adapted to derive the features from the detected intensities of at least one predetermined wavelength or at least two predetermined wavelengths.