mhurhangee/ep-ind-claims huggingface dataset:
A housing for a display device of a rear-view device of a motor vehicle, having at least one housing body, having at least one recess in the housing body, which recess forms a receptacle in which at least one reflecting means of the display device can be arranged or is arranged, and having at least one conducting unit through which electric energy can be supplied to at least one load of the display device, characterized in that the at least one conducting unit can be fixed or is fixed directly to a conducting portion of the housing body and that the conducting unit is incorporated into the conducting portion by laser direct structuring.
A method for producing a moulded part with a visible surface with different surface regions, wherein the method is carried out with the aid of a moulding device, which comprises a die and a core with a mobile slider, characterised by the following process steps: - arrangement of a plurality of moulding films (7, 8, 19), which each comprise at least one folded-over edge region, on the die and/or on the core, in such a way that at least two moulding films (7, 8) are arranged lying side-by-side after closure of the moulding device, so that a first edge of the folded-over edge region of a first moulding film and a first edge of the folded-over edge region of a second moulding film lie directly beside one another at least in sections, so that an edge pair is formed, - closure of the moulding device by causing the die and the core to approach one another, so that a plurality of cavities (12, 13) arises at the end of the closure, wherein a first cavity comprises the edge pair and wherein at the end of the closure in an end position of the slider a front part of the slider is located in the immediate vicinity of the edge pair and a front side of the slider fixes the second moulding film on the die, - introduction of a first carrier material into the first cavity, - movement of the slider in the direction of the core into a retracted position of the slider, so that a second cavity is widened, - introduction of a second carrier material into the second cavity, - opening of the moulding device, - removal of the moulded part from the moulding device. - arrangement of a plurality of moulding films (7, 8, 19), which each comprise at least one folded-over edge region, on the die and/or on the core, in such a way that at least two moulding films (7, 8) are arranged lying side-by-side after closure of the moulding device, so that a first edge of the folded-over edge region of a first moulding film and a first edge of the folded-over edge region of a second moulding film lie directly beside one another at least in sections, so that an edge pair is formed, - closure of the moulding device by causing the die and the core to approach one another, so that a plurality of cavities (12, 13) arises at the end of the closure, wherein a first cavity comprises the edge pair and wherein at the end of the closure in an end position of the slider a front part of the slider is located in the immediate vicinity of the edge pair and a front side of the slider fixes the second moulding film on the die, - introduction of a first carrier material into the first cavity, - movement of the slider in the direction of the core into a retracted position of the slider, so that a second cavity is widened, - introduction of a second carrier material into the second cavity, - opening of the moulding device, - removal of the moulded part from the moulding device.
Hydraulic controller of a double clutch transmission for actuating a plurality of hydraulic shifting cylinders for shifting gears of the double clutch transmission, comprising at least one main pressure valve VSys for setting a main or system pressure, at least three gear selector valves VGQ which are assigned to the hydraulic shifting cylinders, at least two cooling oil valves VKU which are connected upstream of a first and a second clutch cooling means (11, 12), and a cooling circuit preloading valve VMD, characterized in that the cooling oil valves VKU (31, 32) are pilot-controlled by means of a common pilot valve VKvst.
A network node (120, 130, 140, 180, 190) that manages packet data network, PDN, connections between a user equipment and at least one PDN via a radio access network, the network node comprising: a processor configured to: receive from user equipment via the radio access network messages to establish a PDN connection between the user equipment and a PDN; and limit a number of concurrent PDN connections between the user equipment and a plurality of PDNs based on an operational parameter related to PDN connectivity of the user equipment, wherein the operational parameter comprises a maximum number of non-default PDN bearers to which one PDN can connect at any one time via a PDN gateway; wherein the network node manages concurrent PDN connections between the user equipment and the plurality of PDNs via a radio access network comprising a wireless local area network, WLAN. receive from user equipment via the radio access network messages to establish a PDN connection between the user equipment and a PDN; and limit a number of concurrent PDN connections between the user equipment and a plurality of PDNs based on an operational parameter related to PDN connectivity of the user equipment, wherein the operational parameter comprises a maximum number of non-default PDN bearers to which one PDN can connect at any one time via a PDN gateway; wherein the network node manages concurrent PDN connections between the user equipment and the plurality of PDNs via a radio access network comprising a wireless local area network, WLAN.
Method for providing information for maintenance and servicing purposes for a battery comprising a control unit (22, 24) with a non-volatile memory and a plurality of battery units, with the following steps: a) Recording and quantizing usage data of the battery units; b) Forming a histogram (2, 12) comprising the frequency values of the occurrence of certain values (7, 8) of the individual quantized usage data or values derived therefrom; c) Determining a check sum that is determined using the histogram (2, 12) and an individual key of the control unit (22, 24); wherein the check sum is calculated by means of a one-way function, in particular a cyclic redundancy check, or by using a hash function d) Storing the histogram (2, 12) and the check sum in the non-volatile memory of the control unit (22, 24) a) Recording and quantizing usage data of the battery units; b) Forming a histogram (2, 12) comprising the frequency values of the occurrence of certain values (7, 8) of the individual quantized usage data or values derived therefrom; c) Determining a check sum that is determined using the histogram (2, 12) and an individual key of the control unit (22, 24); wherein the check sum is calculated by means of a one-way function, in particular a cyclic redundancy check, or by using a hash function d) Storing the histogram (2, 12) and the check sum in the non-volatile memory of the control unit (22, 24)
A medical device for attaching to an object, comprising: a portion (4,8) for attaching to an object, in use; a vacuum generating means for generating a vacuum between the object and the portion, in use, thereby attaching the object to the device, wherein the vacuum generating means comprises a moveable barrier disposed, in use, between the portion and the object, such that a volume is defined between the object, portion (4,8) and moveable barrier, and the moveable barrier can be moved so as to increase or decrease the volume, thereby increasing or decreasing the vacuum, characterised in that the moveable barrier comprises a partial hemisphere with its polar region removed, a band or a ring. a portion (4,8) for attaching to an object, in use; a vacuum generating means for generating a vacuum between the object and the portion, in use, thereby attaching the object to the device, wherein the vacuum generating means comprises a moveable barrier disposed, in use, between the portion and the object, such that a volume is defined between the object, portion (4,8) and moveable barrier, and the moveable barrier can be moved so as to increase or decrease the volume, thereby increasing or decreasing the vacuum, characterised in that the moveable barrier comprises a partial hemisphere with its polar region removed, a band or a ring.
A liquid crystal display panel, comprising: a first substrate and a second substrate facing each other; a liquid crystal layer positioned between the first substrate and the second substrate; a plurality of color filters positioned on the first substrate and representing different colors from each other, wherein at least two of the plurality of color filters overlap with each other on the first substrate to form an overlapping portion, and a transparent filter positioned on the first substrate and positioned in a transmitting area of a white pixel (PX_W); the overlapping portion forms a first spacer (CS_S); characterized in that the liquid crystal display panel comprises a second spacer (CS_M, 350) including the same material as the transparent filter, the second spacer (CS_M, 350) is separated from the transparent filter, and the first spacer (CS_S) and the second spacer (CS_M, 350) protrude toward the liquid crystal layer such that a thickness of the liquid crystal layer corresponding to the first spacer (CS_S) or the second spacer (CS_M, 350) is less than a thickness of the liquid crystal layer corresponding to the transmitting area of the white pixel (PX_W). a first substrate and a second substrate facing each other; a liquid crystal layer positioned between the first substrate and the second substrate; a plurality of color filters positioned on the first substrate and representing different colors from each other, wherein at least two of the plurality of color filters overlap with each other on the first substrate to form an overlapping portion, and a transparent filter positioned on the first substrate and positioned in a transmitting area of a white pixel (PX_W); the overlapping portion forms a first spacer (CS_S); characterized in that the liquid crystal display panel comprises a second spacer (CS_M, 350) including the same material as the transparent filter, the second spacer (CS_M, 350) is separated from the transparent filter, and the first spacer (CS_S) and the second spacer (CS_M, 350) protrude toward the liquid crystal layer such that a thickness of the liquid crystal layer corresponding to the first spacer (CS_S) or the second spacer (CS_M, 350) is less than a thickness of the liquid crystal layer corresponding to the transmitting area of the white pixel (PX_W).
A method of converting a multiplex theatre hall to create a more immersive motion picture experience, the multiplex theatre hall being of the type having a motion picture projector (3, 7) for projecting an image and a first front projection screen configured for displaying an image in a selected presentation format with a first angle (COD, AOB) having its vertex coincident with a point of projection, the method comprising: (i) providing a second front projection screen that is configured for displaying an image over a substantial portion of the second front projection screen; characterised by the step of: (ii) positioning the second front projection screen closer to the motion picture projector (3, 7) so that the second front projection screen is configured for displaying the image in the same selected presentation format having a greater angle (GOH, EOF) than the first angle (COD, AOB), as referenced from the same point of projection (3,7). (i) providing a second front projection screen that is configured for displaying an image over a substantial portion of the second front projection screen; characterised by the step of: (ii) positioning the second front projection screen closer to the motion picture projector (3, 7) so that the second front projection screen is configured for displaying the image in the same selected presentation format having a greater angle (GOH, EOF) than the first angle (COD, AOB), as referenced from the same point of projection (3,7).
Filling device for combination heaters, having a drinking-water line, having a central-heating line which is connected by a neck to said drinking-water line, having a central-heating-line valve for filling of said central-heating line, and having an outlet opening which is provided at the central-heating line or at the drinking-water line, wherein the filling device has a control element which is configured in such a way that, in an operating position, the neck is closed in order to prevent the through-passage of water from the drinking-water line to the central-heating line, and the outlet opening is open in order to allow the through-passage of water through the outlet opening, that, in a water-filling position, the neck is open in order to allow the through-passage of water from the drinking-water line to the central-heating line, and the outlet opening is closed in order to prevent the through-passage of water through the outlet opening, characterized in that the neck extends coaxially with respect to the drinking-water line, and in that the control element is provided in the form of a pin which extends at least partially into the neck through the outlet opening. having a central-heating-line valve for filling of said central-heating line, and having an outlet opening which is provided at the central-heating line or at the drinking-water line, wherein the filling device has a control element which is configured in such a way that, in an operating position, the neck is closed in order to prevent the through-passage of water from the drinking-water line to the central-heating line, and the outlet opening is open in order to allow the through-passage of water through the outlet opening, that, in a water-filling position, the neck is open in order to allow the through-passage of water from the drinking-water line to the central-heating line, and the outlet opening is closed in order to prevent the through-passage of water through the outlet opening, characterized in that the neck extends coaxially with respect to the drinking-water line, and in that the control element is provided in the form of a pin which extends at least partially into the neck through the outlet opening.
An abatement device that processes exhaust gas (G1, G2) containing silicon and exhaust gas containing fluorine, the abatement device comprising:means for converting the silicon from the exhaust gas containing silicon into granular silicon dioxide and the fluorine from the exhaust gas containing fluorine into hydrogen fluoride gas (HF, G3) and for incorporating the granular silicon dioxide and the hydrogen fluoride into circulating water thus separating them from the exhaust gases; a drain tank for holding circulating water that dissolves silicon dioxide produced from the exhaust gas containing the silicon and hydrogen fluoride produced from the exhaust gas containing the fluorine; a circulation path (r) communicating with the drain tank; a drain valve provided to the circulation path to drain a part of the circulating water outside; a makeup water supply means for supplying makeup water to the circulation path; and a control means for controlling the drain valve and the makeup water supply means to control an average drainage flow of the circulating water within the circulation path, wherein the control means lowers the average drainage flow of the circulating water to a low flow, when a ratio of a concentration of the silicon dioxide within the circulating water to a concentration of the hydrogen fluoride within the circulating water is greater than or equal to a predetermined value at which hydrofluorosilicic acid can be produced, and raises the average drainage flow of the circulating water to a high flow higher than the low flow, when the ratio of the concentration of the silicon dioxide within the circulating water to the concentration of the hydrogen fluoride within the circulating water is less than the predetermined value.
Cookware having a basic body and a sealing disc which is disposed on a base-side of the basic body and connected to the basic body in a form-fit, and also an intermediate layer which is disposed, at least in regions, between basic body and sealing disc, wherein the sealing disc consists of a different steel than the basic body, wherein the basic body and the sealing disc consist of materials of which the coefficients of heat expansion differ from each other by at most 20.0%, characterized in that the sealing disc and the basic body respectively comprise a base which has a concave bowing at a temperature of 20°C, the bowing being formed respectively such that the camber, in the temperature range of 50°C to 250°C, is at most 0.3 mm. a basic body and a sealing disc which is disposed on a base-side of the basic body and connected to the basic body in a form-fit, and also an intermediate layer which is disposed, at least in regions, between basic body and sealing disc, wherein the sealing disc consists of a different steel than the basic body, wherein the basic body and the sealing disc consist of materials of which the coefficients of heat expansion differ from each other by at most 20.0%, characterized in that the sealing disc and the basic body respectively comprise a base which has a concave bowing at a temperature of 20°C, the bowing being formed respectively such that the camber, in the temperature range of 50°C to 250°C, is at most 0.3 mm.
A computer implemented method for matching pixel values across a plurality of images, the method comprising: receiving a plurality of input pixel values associated with a first input image and a plurality of reference pixel values associated with a second input image; mapping a first input pixel value to a first output pixel value determined based on a first mapping function (f J (x) = c I -1 [c J (x)]) associating the first input pixel value with a first reference pixel value; mapping (230, 240, 245, f' J (x)) a second input pixel value that is consecutive with the first input pixel value to a thresholded second output pixel value limited to the sum of a predetermined threshold with the first output pixel value (f J (x-1)); and storing (260, 299) the first and second output pixel values to a memory. receiving a plurality of input pixel values associated with a first input image and a plurality of reference pixel values associated with a second input image; mapping a first input pixel value to a first output pixel value determined based on a first mapping function (f J (x) = c I -1 [c J (x)]) associating the first input pixel value with a first reference pixel value; mapping (230, 240, 245, f' J (x)) a second input pixel value that is consecutive with the first input pixel value to a thresholded second output pixel value limited to the sum of a predetermined threshold with the first output pixel value (f J (x-1)); and storing (260, 299) the first and second output pixel values to a memory.
Portable vacuum generator apparatus for a vacuum holding device for holding a workpiece by means of vacuum, with a vacuum pump for generating a vacuum, with a supply port for connecting to a suction head for sucking up the workpiece holder with the workpiece, with a transport container which may be closed by a cover and in which the vacuum pump is fitted, wherein there is provided on an outer wall of the transport container an operating area and/or a connection area with at least one operating device and/or at least one connecting device, characterised in that it has a capsule insert for encapsulating and holding the vacuum pump in the transport container, wherein the capsule insert fits up against at least one wall (22, 191, 195, 196) of the transport container, wherein the operating device or devices and/or the connecting device or devices do not protrude beyond an external contour of the transport container.
A control method for a hybrid vehicle in which electric power of a battery and electric power generated by an electric generator is supplied to a motor that causes the vehicle to run, the control method characterized by: performing a first calculation of a total distance to empty, when a required running power output by the motor is higher than a generating power output by the generator, the first calculation comprising calculating a time by dividing an amount of charge remaining in the battery by a shortage of the generating power output of the electric generator with respect to the required running power output by the motor, and multiplying the time by an average vehicle speed.
A rotor blade stage (12, 40) of a gas turbine engine comprising a plurality of rotor blade assemblies, each rotor blade assembly comprising: two aerofoil members, each extending from a root to a tip; and a blade assembly attachment web extending between the roots of the aerofoil members and arranged for use in attaching the rotor blade assembly to the rest of the gas turbine engine in use, wherein: the two aerofoil members and the blade assembly attachment web are integrally formed using a fibre-reinforced composite material, the rotor blade stage further comprising a rotatable hub portion onto which each of the rotor blade assemblies is fixed using its blade assembly attachment web, characterized in that: the hub portion comprises a plurality of mounting surfaces, each mounting surface being formed by a radially inner surface of a respective recess in the hub portion, each blade assembly attachment web having a radially inner surface that is shaped to cooperate with a respective mounting surface so as to locate each rotor blade assembly on the hub portion. two aerofoil members, each extending from a root to a tip; and a blade assembly attachment web extending between the roots of the aerofoil members and arranged for use in attaching the rotor blade assembly to the rest of the gas turbine engine in use, wherein: the two aerofoil members and the blade assembly attachment web are integrally formed using a fibre-reinforced composite material,