mhurhangee/ep-ind-claims huggingface dataset:
A liquid dosing unit for providing detergent to a WC suit, the liquid dosing unit comprising; a dosing piping (120, 220) having two open ends (140a, 140b), both connected via a first hose (121, 221) and second hose (122, 222) to an outlet valve of the WC suit in use, said liquid dosing unit further comprises a water trap (110, 210) arranged between said two open ends (140a, 140b) at a position vertically above said open ends (140a, 140b), wherein the water trap (110, 210) of the dosing piping (120, 220) is configured to enclose detergent, and wherein when the outlet valve is opened for flushing the WC suit, the first hose (121, 221) and second hose (122, 222) will be filled with water up to approximately the same vertical level as the water level inside a water cistern of the WC suit, and remaining air is pressed upwards through the first hose (121, 221) and second hose (122, 222) in such a way that air entrapped in the second hose (122, 222) will push detergent arranged at the water trap (110, 210) to the water filled first hose (121, 221) thereby forming a mix of the detergent with the water provided therein, which then flows out through the open end being connected to the first hose (121, 222) into the outlet valve, characterized in that the first hose (121, 122) is connected to a first end of the water trap (110, 120) via a vent device (160, 260). a dosing piping (120, 220) having two open ends (140a, 140b), both connected via a first hose (121, 221) and second hose (122, 222) to an outlet valve of the WC suit in use, said liquid dosing unit further comprises a water trap (110, 210) arranged between said two open ends (140a, 140b) at a position vertically above said open ends (140a, 140b), wherein the water trap (110, 210) of the dosing piping (120, 220) is configured to enclose detergent, and wherein when the outlet valve is opened for flushing the WC suit, the first hose (121, 221) and second hose (122, 222) will be filled with water up to approximately the same vertical level as the water level inside a water cistern of the WC suit, and remaining air is pressed upwards through the first hose (121, 221) and second hose (122, 222) in such a way that air entrapped in the second hose (122, 222) will push detergent arranged at the water trap (110, 210) to the water filled first hose (121, 221) thereby forming a mix of the detergent with the water provided therein, which then flows out through the open end being connected to the first hose (121, 222) into the outlet valve, characterized in that the first hose (121, 122) is connected to a first end of the water trap (110, 120) via a vent device (160, 260).
A mobile terminal, comprising: a touchscreen configured to output information; a wireless communication unit configured to communicate with a watch type terminal having a display; and a controller configured to: receive a shape information of the display from the watch type terminal, control a displaying of an object on the touchscreen, the object overlaying on a first part of the information, wherein the object is smaller than the touchscreen and an outline of the displayed object is set based on the shape information of the display of the watch type terminal, in response to receiving a first touch input at the touchscreen, change a location of the object such that the object moves in a direction corresponding to the first touch input, in response to receiving a second touch input at the touchscreen, transmit, to the watch type terminal, a second part of the information on which the moved object overlays. a touchscreen configured to output information; a wireless communication unit configured to communicate with a watch type terminal having a display; and a controller configured to: receive a shape information of the display from the watch type terminal, control a displaying of an object on the touchscreen, the object overlaying on a first part of the information, wherein the object is smaller than the touchscreen and an outline of the displayed object is set based on the shape information of the display of the watch type terminal, in response to receiving a first touch input at the touchscreen, change a location of the object such that the object moves in a direction corresponding to the first touch input, in response to receiving a second touch input at the touchscreen, transmit, to the watch type terminal, a second part of the information on which the moved object overlays. receive a shape information of the display from the watch type terminal, control a displaying of an object on the touchscreen, the object overlaying on a first part of the information, wherein the object is smaller than the touchscreen and an outline of the displayed object is set based on the shape information of the display of the watch type terminal, in response to receiving a first touch input at the touchscreen, change a location of the object such that the object moves in a direction corresponding to the first touch input, in response to receiving a second touch input at the touchscreen, transmit, to the watch type terminal, a second part of the information on which the moved object overlays.
A method for carrying out a test on a test bench for simulating a test drive of a vehicle, which is represented in the form of measured values, which comprise a chronological sequence of a vehicle speed (v), wherein a test object and a load machine connected to it being provided on the test bench and a test run being specified in the form of a chronological sequence of target values for the test object and the load machine, characterized in that the measured values comprise a chronological sequence of an engine speed, wherein a number of areas (Bn) with a linear relationship between the vehicle speed (v) and the engine speed being identified by means of a clustering algorithm from data points from related vehicle speeds (v) and engine speeds, and the clustering algorithm assigns the data points to the number of areas (Bn) and calculates a cluster center (CZn) for each area (Bn), which is interpreted as a gear (Gn) in each case, in that the gear (Gn) linked to the cluster center (CZn) of the area (Bn) is assigned to the data points of an area (Bn) in order to obtain a chronological sequence of gears (Gn) and in that the determined chronological sequence of the gears (Gn) is used as target value of the test run or to determine another target value of the test run.
A battery module, comprising: a plurality of battery cells; a module housing accommodating a cell stack including the plurality of battery cells; and a sprinkler provided through the module housing at one side of the cell stack in a stacking direction, wherein the sprinkler includes: a coupler positioned at an outer side of the module housing and connected to a supply tube that supplies a cooling fluid; a sprinkler head positioned at an inner side of the module housing and connected to the coupler; and an insulation cover assembly having an insulation cover configured to cover the sprinkler head and an impeller assembly configured to cover an opening formed at one side end of the insulation cover in a longitudinal direction. a plurality of battery cells; a module housing accommodating a cell stack including the plurality of battery cells; and a sprinkler provided through the module housing at one side of the cell stack in a stacking direction, wherein the sprinkler includes: a coupler positioned at an outer side of the module housing and connected to a supply tube that supplies a cooling fluid; a sprinkler head positioned at an inner side of the module housing and connected to the coupler; and an insulation cover assembly having an insulation cover configured to cover the sprinkler head and an impeller assembly configured to cover an opening formed at one side end of the insulation cover in a longitudinal direction. a coupler positioned at an outer side of the module housing and connected to a supply tube that supplies a cooling fluid; a sprinkler head positioned at an inner side of the module housing and connected to the coupler; and an insulation cover assembly having an insulation cover configured to cover the sprinkler head and an impeller assembly configured to cover an opening formed at one side end of the insulation cover in a longitudinal direction.
A wireless communication method, comprising: receiving a common Physical Downlink Control Channel, PDCCH, on at least one Multimedia Broadcast Service Bandwidth Part, MBS BWP, associated with an active dedicated unicast BWP, the at least one MBS BWP being a Common Frequency Resource, CFR, for MBS, and each of the at least one MBS BWP having a frequency domain range within a frequency domain range of the active dedicated unicast BWP; and receiving a common Physical Downlink Shared Channel, PDSCH, scheduled by the common PDCCH; characterized in that a maximum number of bits of common Downlink Control Information, DCI, carried in the common PDCCH is predefined; and a number of bits of the common DCI is configured via Radio Resource Control, RRC, layer signaling. receiving a common Physical Downlink Control Channel, PDCCH, on at least one Multimedia Broadcast Service Bandwidth Part, MBS BWP, associated with an active dedicated unicast BWP, the at least one MBS BWP being a Common Frequency Resource, CFR, for MBS, and each of the at least one MBS BWP having a frequency domain range within a frequency domain range of the active dedicated unicast BWP; and receiving a common Physical Downlink Shared Channel, PDSCH, scheduled by the common PDCCH; characterized in that a maximum number of bits of common Downlink Control Information, DCI, carried in the common PDCCH is predefined; and a number of bits of the common DCI is configured via Radio Resource Control, RRC, layer signaling.
Nozzle grid arrangement for a dryer for drying solid particles, with at least one nozzle grid segment which has a plurality of first nozzles and a plurality of second nozzles, wherein the first nozzles and the second nozzles are distributed over the surface of the nozzle grid segment, wherein a fluidizing medium can be supplied to the first nozzles and the second nozzles independently of one another, characterized in that the nozzle grid segment has a plurality of nozzle bars which run substantially parallel to one another and on which first nozzles and second nozzles are in each case arranged, and with a first nozzle channel which runs in the nozzle bar and into which the first nozzles open, and a second nozzle channel which runs parallel to the first nozzle channel and into which the second nozzles open.
Device for fixing a front wing on a bodywork wall of a vehicle by means of a buffer, the front wing and the bodywork wall delimiting a transverse space between them, the buffer comprising: - a fixing base that is fixed to the bodywork wall, - a first retaining portion, and - a second reinforcing portion, characterised in the wing comprises a first retaining lug that is fixed to the first retaining portion of the buffer and is designed so as to be deformed to allow the positioning of the wing, and a second reinforcing lug that is fixed to the second reinforcing portion of the buffer and is designed to lock the wing with respect to movement in the event of impact. - a fixing base that is fixed to the bodywork wall, - a first retaining portion, and - a second reinforcing portion, characterised in the wing comprises a first retaining lug that is fixed to the first retaining portion of the buffer and is designed so as to be deformed to allow the positioning of the wing, and a second reinforcing lug that is fixed to the second reinforcing portion of the buffer and is designed to lock the wing with respect to movement in the event of impact.
Lockable barbecue tongs, comprising: two gripper arms (1, 1a, 1b), each, at a first end, comprising a gripping surface for gripping items to be grilled and, at a second end, being mounted in a tubular handle in such a way that the first ends can be moved with respect to one another about an axis of rotation, which is arranged as an axis element in the tubular handle in a first end region of the tubular handle; a spring, through which the axis element extends and which is arranged between the two gripper arms (1, 1a, 1b), characterized by a slot and a sliding unit, the slot being arranged in a second end region in the tubular handle and fixedly connected to the tubular handle, the sliding unit extending essentially within the tubular handle in a radial direction of the tubular handle and protruding beyond the second end region of the tubular handle along a longitudinal axis of the tubular handle, the axis element being fixedly connected to the sliding unit and being movably arranged essentially along the longitudinal axis of the tubular handle by means of a guide element, and the spring being configured to press the second ends of the two gripper arms (1, 1a, 1b) on the slot tapering toward the first end region of the tubular handle. two gripper arms (1, 1a, 1b), each, at a first end, comprising a gripping surface for gripping items to be grilled and, at a second end, being mounted in a tubular handle in such a way that the first ends can be moved with respect to one another about an axis of rotation, which is arranged as an axis element in the tubular handle in a first end region of the tubular handle; a spring, through which the axis element extends and which is arranged between the two gripper arms (1, 1a, 1b), characterized by a slot and a sliding unit, the slot being arranged in a second end region in the tubular handle and fixedly connected to the tubular handle, the sliding unit extending essentially within the tubular handle in a radial direction of the tubular handle and protruding beyond the second end region of the tubular handle along a longitudinal axis of the tubular handle, the axis element being fixedly connected to the sliding unit and being movably arranged essentially along the longitudinal axis of the tubular handle by means of a guide element, and the spring being configured to press the second ends of the two gripper arms (1, 1a, 1b) on the slot tapering toward the first end region of the tubular handle.
A laminated composite structure having a plurality of laminae formed of composite material, and at least one reinforcing pin provided within the structure so as to extend between adjacent laminae, wherein the or each said reinforcing pin is formed from a plurality of interlaced metal filaments (1, 2), wherein said filaments (1, 2) are entwined along their length.
An inspection device for verifying a semi-finished product for producing a chip card with an electronic circuit, the inspection device comprising: an illumination source configured to illuminate the semi-finished product with light of a predetermined wavelength; an image camera which is configured to capture an image acquisition of the illuminated semi-finished product with the electronic circuit; and a processor which is configured to detect a contour of the electronic circuit in the image acquisition and to verify the semi-finished product on the basis of the detected contour of the electronic circuit, wherein the processor is configured to determine the size of the area delimited by the contour of the electronic circuit and to verify the semi-finished product on the basis of the size of the area delimited by the contour. an illumination source configured to illuminate the semi-finished product with light of a predetermined wavelength; an image camera which is configured to capture an image acquisition of the illuminated semi-finished product with the electronic circuit; and a processor which is configured to detect a contour of the electronic circuit in the image acquisition and to verify the semi-finished product on the basis of the detected contour of the electronic circuit, wherein the processor is configured to determine the size of the area delimited by the contour of the electronic circuit and to verify the semi-finished product on the basis of the size of the area delimited by the contour.
Mobile ground power unit for supplying power to an aircraft parked on the ground, the ground power unit standing on wheels and being set up to output 28 V of direct current and/or 115 V 400 Hz of alternating current, comprising - an engine and - an electric generator, whereby the electric generator is configured to be driven by the engine, - a housing whereby the engine and the electric generator are disposed within the housing, wherein the housing is a group of components that surrounds the engine and/or the generator at least partially and features as a component - a canopy (31.1) having an outer wall facing outside the housing, wherein the outer wall is having at least one area consisting of a single piece that is covering an upper side of the engine and that extends downwards along at least two different vertical sides of the ground power unit, characterized in that the canopy (31.1) comprises an inner wall facing inside the housing, wherein the inner wall features a horizontal area covering the upper side of the engine and is extending from said horizontal area downwards along the at least two different vertical sides of the ground power unit, wherein the inner wall and the outer wall define a hollow space between each other, wherein the canopy (31.1) comprises an integrated ducting system, whereby the ducting system comprises an inlet opening (35.1, 35.1') within the outer wall of the canopy (31.1), whereby the hollow space constitutes an air channel for exchanging fluid between the inside and the outside of the housing. - an engine and - an electric generator, whereby the electric generator is configured to be driven by the engine, - a housing whereby the engine and the electric generator are disposed within the housing, wherein the housing is a group of components that surrounds the engine and/or the generator at least partially and features as a component - a canopy (31.1) having an outer wall facing outside the housing, wherein the outer wall is having at least one area consisting of a single piece that is covering an upper side of the engine and that extends downwards along at least two different vertical sides of the ground power unit,
Use of an expanded perlite product having a controlled particle size distribution as a flatting agent in a paint; wherein the ratio of the standard deviation (sd) of particle size distribution to the median particle size is less than 0.63 and wherein the median particle size is less than 50 μm (50 microns), wherein the sd and d50 are determined using a Leeds and Northrup Microtrac X100 laser particle size analyser and the standard deviation (sd) describes a specified width of the measured particle size distribution and it subtracts the size of particles comprising the finest 16% of the volume from the size that comprises 84% of the volume, and divides that number by 2 and the median particle size is defined as that size for which 50 percent of the volume that is smaller than the indicated size.
A device suitable for storing and transporting kebab skewers, the device comprising a stand body with a length, which has at least one sliding hook at its upper end, by means of which the device can be suspended and is thus movable, and the stand body being configured in such a way that it has at least four struts each at at least two different positions and along its length, and thus at least eight struts in total, which run away from the stand body starting from the positions and, wherein the positions and have a distance from each other which corresponds to at least 30% of the length, wherein both the at least four struts extend orthogonally to the length of the upright body starting from position of the upright body and the at least four struts extend orthogonally to the length of the upright body starting from position of the upright body, wherein each of the struts has at least one recess element, into which a kebab skewer can be suspended, and/or has at least one fastening means, by means of which a kebab skewer can be fastened. comprising a stand body with a length, which has at least one sliding hook at its upper end, by means of which the device can be suspended and is thus movable, and the stand body being configured in such a way that it has at least four struts each at at least two different positions and along its length, and thus at least eight struts in total, which run away from the stand body starting from the positions and, wherein the positions and have a distance from each other which corresponds to at least 30% of the length, wherein both the at least four struts extend orthogonally to the length of the upright body starting from position of the upright body and the at least four struts extend orthogonally to the length of the upright body starting from position of the upright body, wherein each of the struts has at least one recess element, into which a kebab skewer can be suspended, and/or has at least one fastening means, by means of which a kebab skewer can be fastened. wherein the positions and have a distance from each other which corresponds to at least 30% of the length, wherein both the at least four struts extend orthogonally to the length of the upright body starting from position of the upright body and the at least four struts extend orthogonally to the length of the upright body starting from position of the upright body, wherein each of the struts has at least one recess element, into which a kebab skewer can be suspended, and/or has at least one fastening means, by means of which a kebab skewer can be fastened.
A method for distributing electric braking power of a hybrid electric tram, comprising: acquiring a braking voltage and a braking current of a traction inverter system when a traction motor brakes; acquiring consumption power of a power consumption system, output power of a unidirectional power supply system and maximum charging power of a power storage system; calculating, based on the consumption power, the output power, the maximum charging power, the number of traction inverters and the braking voltage, a maximum current limit fed back to a bus by a single traction inverter; and controlling a braking resistor system to be switched on or off based on the braking current and the maximum current limit. acquiring a braking voltage and a braking current of a traction inverter system when a traction motor brakes; acquiring consumption power of a power consumption system, output power of a unidirectional power supply system and maximum charging power of a power storage system; calculating, based on the consumption power, the output power, the maximum charging power, the number of traction inverters and the braking voltage, a maximum current limit fed back to a bus by a single traction inverter; and controlling a braking resistor system to be switched on or off based on the braking current and the maximum current limit.