mhurhangee/ep-ind-claims huggingface dataset:
Method for establishing the operating state of an energy store for electrical energy, wherein the energy store comprises a battery or an accumulator, wherein the terminal voltage of the energy store, the current flowing in the connection lines of the energy store and the temperature of the energy store or the temperature in the direct vicinity of the energy store are detected, and wherein the operating state is substantially defined by individual parameters, characterised in that the substantially unknown parameters of the energy store are estimated, the parameters comprising the charge state and the capacitance, in that the charge quantity removed from the energy store is measured, in that the charge state is determined multiple times, the determination operations being carried out with temporal spacing from each other, and in that the difference of the values of the charge state is compared with the measured charge quantity removed from the energy store, in that, for the estimated parameters, start values are initially selected, in that, based on the start values and the measurement variables detected, an anticipated measurement variable is determined by means of a mathematical model and compared with the detected measurement variable, in that, in the event of a deviation between the change of the determined charge state and the charge actually removed, the stored value of the capacitance and/or the charge state beyond a predeterminable extent, one or more of the estimated parameters of the accumulator is/are corrected and in that, in the event of deviation of the anticipated measurement variable from the detected measurement variable, one or more of the start values is/are adapted.
Surgical microscope with a field of view and comprising an optical imaging system which is configured to image an inspection area which is at least partially located in the field of view, characterized in that the surgical microscope further comprises a gesture detection unit configured to detect a movement of an object, such as at least one of a finger and a tool, by optical detection between the optical imaging system and the inspection area, in that the gesture detection unit is connected to the optical imaging system via a signal line and in that the gesture detection unit is configured to output a control signal via the signal line to the optical imaging system depending on the movement of the object, the optical imaging system being configured to alter its state depending on the control signal.
Hose reel, for reeling up a hose for a fluid, comprising a drum for the hose to be reeled up on, the drum being moulded, the drum comprising, as integral moulded parts, moulded at the same time as the drum is moulded, moulded in the same moulding process as the moulding process of the drum, a swivel connector arranged at a central axis, the drum being rotatable about the central axis, a central flow path coaxial with the central axis, and a radial flow path extending radially from the central flow path; characterised by a swivel for connecting a supply hose for a supply of the fluid, the swivel being connected to the swivel connector. a swivel connector arranged at a central axis, the drum being rotatable about the central axis, a central flow path coaxial with the central axis, and a radial flow path extending radially from the central flow path;
Child restraint system comprising: a) a chassis provided with a hinged platform characterized in that it comprises at least three parts: i. an upper part; ii. a middle part; and iii. a lower part; the platform being extendable between at least two positions of higher and lower amplitude; and b) a slide system consisting of at least two pairs of profiles and that are complementary and fit together by sliding, one pair of profiles being located in a lower inner part of the chassis and the other pair of profiles being located in the lower part of the platform, in such a way that the slide system engages, whereby when the platform is in a higher amplitude position, the lower part moves and the slide system is fixed in a notch. a) a chassis provided with a hinged platform characterized in that it comprises at least three parts: i. an upper part; ii. a middle part; and iii. a lower part; the platform being extendable between at least two positions of higher and lower amplitude; and i. an upper part; ii. a middle part; and iii. a lower part; b) a slide system consisting of at least two pairs of profiles and that are complementary and fit together by sliding, one pair of profiles being located in a lower inner part of the chassis and the other pair of profiles being located in the lower part of the platform, in such a way that the slide system engages, whereby when the platform is in a higher amplitude position, the lower part moves and the slide system is fixed in a notch.
A lighting device for a vehicle comprising: a plurality of MicroLED dies disposed on a continuous surface of a printed circuit board or a flexible circuit; characterised in that the plurality of MicroLED dies are configured to present an appearance of a 3-dimensional object such that the lighting device provides an accentuated 3-dimensional visual appearance from a surface that is substantially flat, and each of the MicroLED dies within the lighting device is individually or group addressable by a controller to illuminate the plurality of MicroLED dies in one or more different patterns to appear as the 3-dimensional object. a plurality of MicroLED dies disposed on a continuous surface of a printed circuit board or a flexible circuit; characterised in that the plurality of MicroLED dies are configured to present an appearance of a 3-dimensional object such that the lighting device provides an accentuated 3-dimensional visual appearance from a surface that is substantially flat, and each of the MicroLED dies within the lighting device is individually or group addressable by a controller to illuminate the plurality of MicroLED dies in one or more different patterns to appear as the 3-dimensional object.
A communication device, comprising: a transmitter configured to transmit data which is categorized in any one of a plurality of different access categories, ACs, in an enhanced distributed channel access, EDCA, transmission opportunity, TXOP, using contention parameters, wherein each of the different access categories has its own contention parameters; and a plurality of timers, each one being associated with one of the ACs; wherein, in a case where data which is categorized in a specific AC among the plurality of different ACs is successfully transmitted in a multi-user resource unit provided by an access point within a transmission opportunity granted to the access point, the communication device is configured to update a specific one of the plurality of timers associated with the specific AC to keep the contention parameters set to MU-EDCA parameters for the specific AC for a predetermined duration before being set back to EDCA parameters different from the MU-EDCA parameters, while the other timers are not updated. a transmitter configured to transmit data which is categorized in any one of a plurality of different access categories, ACs, in an enhanced distributed channel access, EDCA, transmission opportunity, TXOP, using contention parameters, wherein each of the different access categories has its own contention parameters; and a plurality of timers, each one being associated with one of the ACs; wherein, in a case where data which is categorized in a specific AC among the plurality of different ACs is successfully transmitted in a multi-user resource unit provided by an access point within a transmission opportunity granted to the access point, the communication device is configured to update a specific one of the plurality of timers associated with the specific AC to keep the contention parameters set to MU-EDCA parameters for the specific AC for a predetermined duration before being set back to EDCA parameters different from the MU-EDCA parameters, while the other timers are not updated.
An equipment for making an album core automatically comprising: • automatic feeding mechanisms (1, 2) connected in proper order for feeding an album paper and an interlayer to be sandwiched between two adjacent album papers, • a creasing mechanism for creasing the middle of the album paper to form a crease, • a folding mechanism for folding the album paper along the crease, and • a pasting mechanism for pasting the album or the interlayer by coating glue, characterized in that the automatic feeding mechanisms include: - an album paper feeding mechanism, - an interlayer feeding mechanism, and - a control mechanism connected to the two feeding mechanisms (1, 2), wherein the control mechanism controls operations of the album paper feeding mechanism and the interlayer feeding mechanism in such way that the equipment is able to make an album with or without interlayers. • automatic feeding mechanisms (1, 2) connected in proper order for feeding an album paper and an interlayer to be sandwiched between two adjacent album papers, • a creasing mechanism for creasing the middle of the album paper to form a crease, • a folding mechanism for folding the album paper along the crease, and • a pasting mechanism for pasting the album or the interlayer by coating glue, characterized in that the automatic feeding mechanisms include: - an album paper feeding mechanism, - an interlayer feeding mechanism, and - a control mechanism connected to the two feeding mechanisms (1, 2), wherein the control mechanism controls operations of the album paper feeding mechanism and the interlayer feeding mechanism in such way that the equipment is able to make an album with or without interlayers. - an album paper feeding mechanism, - an interlayer feeding mechanism, and - a control mechanism connected to the two feeding mechanisms (1, 2), wherein the control mechanism controls operations of the album paper feeding mechanism and the interlayer feeding mechanism in such way that the equipment is able to make an album with or without interlayers.
A ram air fan assembly comprising: a ram air fan comprising: a fan housing; a fan motor attached to the fan housing; a fan rotor; and a thrust shaft connecting the fan motor to the fan rotor; a heat exchanger sitting below the ram air fan and in fluid communication with the ram air fan; and a ram air fan ejector assembly comprising: an outer housing attached to the fan housing and having a recirculation exit on a bottom side facing the heat exchanger; and a recirculation flow collector with an outlet on a bottom side facing the heat exchanger, wherein the recirculation collector sits inside the outer housing and is configured to direct flow through the recirculation exit and the outlet into a flow path back to a fan inlet in a fan recirculation condition. a ram air fan comprising: a fan housing; a fan motor attached to the fan housing; a fan rotor; and a thrust shaft connecting the fan motor to the fan rotor; a fan housing; a fan motor attached to the fan housing; a fan rotor; and a thrust shaft connecting the fan motor to the fan rotor; a heat exchanger sitting below the ram air fan and in fluid communication with the ram air fan; and a ram air fan ejector assembly comprising: an outer housing attached to the fan housing and having a recirculation exit on a bottom side facing the heat exchanger; and a recirculation flow collector with an outlet on a bottom side facing the heat exchanger, wherein the recirculation collector sits inside the outer housing and is configured to direct flow through the recirculation exit and the outlet into a flow path back to a fan inlet in a fan recirculation condition. an outer housing attached to the fan housing and having a recirculation exit on a bottom side facing the heat exchanger; and a recirculation flow collector with an outlet on a bottom side facing the heat exchanger, wherein the recirculation collector sits inside the outer housing and is configured to direct flow through the recirculation exit and the outlet into a flow path back to a fan inlet in a fan recirculation condition.
A sputter deposition assembly comprising a sputtering chamber, a sputtering target, and a magnet assembly, the magnet assembly being mounted adjacent to a rear surface of the sputtering target, the magnet assembly comprising a magnetic backing plate and spaced-apart first and second permanent magnets (70, 70'), the first and second permanent magnets each having a proximal end and a distal end, the distal end being further from the sputtering target than is the proximal end, the magnet assembly creating a magnetic field comprising field lines that extend from the proximal end of the first permanent magnet, through the sputtering target, along an arc located in front of the sputtering target, back through the sputtering target, into the proximal end of the second permanent magnet, through the second permanent magnet, along a return path, and to the distal end of the first permanent magnet, the return path passing through the magnetic backing plate of the magnet assembly, the magnetic backing plate comprising two tapered wedge plates (64, 65), the two tapered wedge plates being movable selectively toward or away from each other, such that when the two tapered wedge plates move toward each other a composite thickness of the magnetic backing plate increases, whereas when the two tapered wedge plates move away from each other the composite thickness of the magnetic backing plate decreases, wherein the magnet assembly is configured such that the magnetic field created in front of the sputtering target is adjusted without moving any of the first and second permanent magnets toward or away from the adjacent rear surface of the sputtering target.
Polymer concrete mixture for the preparation of a polymer concrete part, wherein the polymer concrete mixture consists of 78 to 82 percent by volume of a filler mixture and 18 to 22 percent by volume of a resin mixture consisting of at least one resin, a hardener or hardener mixture and an accelerator or accelerator mixture, wherein the resin mixture comprises 1.5 to 2 percent by volume hardener or hardener mixture and 0.8 to 1.4 percent by volume accelerator or accelerator mixture and wherein the filler mixture is formed from 77 to 83 percent by volume dried sludge to which 17 to 23 percent by volume quartz flour has been added, wherein the sludge has been completely dried.
Method for friction current joining two or more workpieces (2, 3) by rubbing and by conductive heating with electric current, in particular direct current, comprising the following process steps: - in an approach phase (a), the workpieces (2, 3) are first moved along a common process axis and brought into contact by way of their mutually facing joining surfaces (4, 5) oriented transversely to the process axis and - are moved, in particular rotated, relative to each other transversely to the process axis or about the process axis before or starting with when contact is made, wherein - in a rubbing phase (b) starting with when contact is made, the workpieces (2, 3) are rubbed against each other and only levelled under a contact pressure (p) by the mutual relative movement at their joining surfaces (4, 5), - wherein, at the end of the rubbing phase (b), the rubbing relative movement of the workpieces (2, 3) is permanently ended and - the workpieces (2, 3) are compressed, plasticized and joined in a compression phase (c) directly following the rubbing phase (b) at their contacting joining surfaces (4, 5) under a contact pressure (p) along the process axis and compressed under immediate and continuous conductive heating with electric current, wherein the temperature of the workpieces (2, 3) in the joining process is recorded and the joining process, in particular the conductive heating with electric current, is controlled or regulated in accordance with the recorded data. - in an approach phase (a), the workpieces (2, 3) are first moved along a common process axis and brought into contact by way of their mutually facing joining surfaces (4, 5) oriented transversely to the process axis and - are moved, in particular rotated, relative to each other transversely to the process axis or about the process axis before or starting with when contact is made, wherein - in a rubbing phase (b) starting with when contact is made, the workpieces (2, 3) are rubbed against each other and only levelled under a contact pressure (p) by the mutual relative movement at their joining surfaces (4, 5), - wherein, at the end of the rubbing phase (b), the rubbing relative movement of the workpieces (2, 3) is permanently ended and - the workpieces (2, 3) are compressed, plasticized and joined in a compression phase (c) directly following the rubbing phase (b) at their contacting joining surfaces (4, 5) under a contact pressure (p) along the process axis and compressed under immediate and continuous conductive heating with electric current, wherein the temperature of the workpieces (2, 3) in the joining process is recorded and the joining process, in particular the conductive heating with electric current, is controlled or regulated in accordance with the recorded data.
A compound of Formula (IIIb), or a pharmaceutically acceptable salt thereof, wherein, Q is -CO 2 R 1; X is O or NR 5; R 1 is hydrogen or alkyl; each R 3 is independently selected from hydroxy, halogen, cyano, NH 2, NHR 4, N(R 4) 2, NHC R 4, NHC OR 4, NHC NHR 4, NHC N(R 4) 2, NHS 2 R 4, NR 4 C R 4, NR 4 C OR 4, NR 4 C NHR 4, NR 4 C N(R 4) 2, NR 4 S 2 R 4, alkyl, alkenyl, alkynyl, alkoxy, aryl, aryloxy, aralkyl, carbocyclyl, heterocyclyl, heteroaryl, carbocyclylalkyl, heterocyclylalkyl, or heteroarylalkyl; each R 4 is independently selected from alkyl, aryl, aralkyl, carbocyclyl, heterocyclyl, heteroaryl, carbocyclylalkyl, heterocyclylalkyl, or heteroarylalkyl; R 5 is alkyl, alkenyl, alkynyl, aryl, aralkyl, carbocyclyl, heterocyclyl, heteroaryl, carbocyclylalkyl, heterocyclylalkyl, or heteroarylalkyl; and n is an integer selected from 0, or 1. Q is -CO 2 R 1; X is O or NR 5; R 1 is hydrogen or alkyl; each R 3 is independently selected from hydroxy, halogen, cyano, NH 2, NHR 4, N(R 4) 2, NHC R 4, NHC OR 4, NHC NHR 4, NHC N(R 4) 2, NHS 2 R 4, NR 4 C R 4, NR 4 C OR 4, NR 4 C NHR 4, NR 4 C N(R 4) 2, NR 4 S 2 R 4, alkyl, alkenyl, alkynyl, alkoxy, aryl, aryloxy, aralkyl, carbocyclyl, heterocyclyl, heteroaryl, carbocyclylalkyl, heterocyclylalkyl, or heteroarylalkyl; each R 4 is independently selected from alkyl, aryl, aralkyl, carbocyclyl, heterocyclyl, heteroaryl, carbocyclylalkyl, heterocyclylalkyl, or heteroarylalkyl; R 5 is alkyl, alkenyl, alkynyl, aryl, aralkyl, carbocyclyl, heterocyclyl, heteroaryl, carbocyclylalkyl, heterocyclylalkyl, or heteroarylalkyl; and n is an integer selected from 0, or 1.
A method for producing a flanged hollow tube, which is a method for air-tightly joining the outer periphery of a hollow tube made of a reinforced platinum produced by dispersing metal oxides in platinum or a platinum alloy, with a flange made of platinum or a platinum alloy, the method comprising a step of shrink-fitting a ring made of platinum or a platinum alloy to the outer periphery of the hollow tube, a step of heating the hollow tube to which the ring is shrink-fit at from 1,150 to 1,450°C for from 1 to 10 hours, and a step of welding the flange made of platinum or a platinum alloy to the outer periphery of the ring.
An image processing device for detecting line structures in an image data set, comprising: - a model definition unit for defining a line model of a line structure to be detected, said line model comprising a number of pixels;and said line model configured to define a two-dimensional rectangular line model having a predetermined length and width, - a calculation unit for calculating, per pixel of interest of said image data set, several correlation values of a correlation between said line model and an image area around said pixel of interest, said image area comprising a corresponding number of pixels as said line model, wherein for each of a number of different relative orientations of said line model with respect to said image area a respective correlation value is calculated, and wherein said calculation unit is configured to calculate, per pixel of interest of a two-dimensional image data set, several correlation values of a correlation between said two-dimensional rectangular line model and a two-dimensional image area around said pixel of interest, and - a determining unit for determining, per pixel of interest, the maximum correlation value from said calculated correlation values and the corresponding optimal orientation at which said maximum correlation value is obtained, characterized in that said model definition unit is configured to define a two-dimensional rectangular line model having a larger extension in a direction along the line structure to be detected than in a direction perpendicular to the line structure to be detected. - a model definition unit for defining a line model of a line structure to be detected, said line model comprising a number of pixels;and said line model configured to define a two-dimensional rectangular line model having a predetermined length and width, - a calculation unit for calculating, per pixel of interest of said image data set, several correlation values of a correlation between said line model and an image area around said pixel of interest, said image area comprising a corresponding number of pixels as said line model, wherein for each of a number of different relative orientations of said line model with respect to said image area a respective correlation value is calculated, and wherein said calculation unit is configured to calculate, per pixel of interest of a two-dimensional image data set, several correlation values of a correlation between said two-dimensional rectangular line model and a two-dimensional image area around said pixel of interest, and - a determining unit for determining, per pixel of interest, the maximum correlation value from said calculated correlation values and the corresponding optimal orientation at which said maximum correlation value is obtained, characterized in that said model definition unit is configured to define a two-dimensional rectangular line model having a larger extension in a direction along the line structure to be detected than in a direction perpendicular to the line structure to be detected.
A fairing arrangement for a motor vehicle, in particular for a motorcycle or a motor vehicle similar to a motorcycle, with at least two sheet-like fairing elements (11, 12), wherein a first fairing element has a first outer face and the second fairing element has a second outer face which in the installed state form at least part of an outer fairing of the motor vehicle and are arranged next to one another and also are separated from each other by a gap, wherein the first fairing element has a transition portion which is formed angled by a first angle (α) relative to the first outer face and is extended at least with a first end under the second fairing element, wherein the second fairing element has on a second end which faces the transition portion a chamfer which is formed parallel to the transition portion, characterised in that the second fairing element in the region of the second end and outside the chamfer has a wall thickness d, the second end of the second fairing element and the first end of the transition portion being formed overlapping each other and an overlapping length being at least d/2.