mhurhangee/ep-ind-claims huggingface dataset:
A portable computing device, comprising: a housing including an external surface; an event notification lamp disposed within the housing; a light conduit disposed within the housing and terminating at the external surface for conveying light between the event notification lamp and the external surface; a display device supported by the housing and comprising a liquid crystal display, a display backlight and a light guide; and a light controller coupled to the event notification lamp and the illumination means, the light controller being configured to: flash the event notification lamp; determine, during an interval between flashes of the event notification lamp, an intensity of ambient light external to the housing via the light conduit; and adjust an intensity of light emitted by the illumination means in accordance with the determined ambient light intensity; and a light sensor disposed within the housing, the light sensor being coupled to the light conduit, wherein the light controller is configured to determine the ambient light intensity by measuring the intensity of the light in the light conduit with the light sensor, the light sensor being further coupled to the light guide of the display device, and wherein the light guide of the display device is arranged to direct light from the display backlight to the liquid crystal display and to direct the ambient light that falls on the liquid crystal display towards the light sensor. a housing including an external surface; an event notification lamp disposed within the housing; a light conduit disposed within the housing and terminating at the external surface for conveying light between the event notification lamp and the external surface; a display device supported by the housing and comprising a liquid crystal display, a display backlight and a light guide; and a light controller coupled to the event notification lamp and the illumination means, the light controller being configured to: flash the event notification lamp; determine, during an interval between flashes of the event notification lamp, an intensity of ambient light external to the housing via the light conduit; and adjust an intensity of light emitted by the illumination means in accordance with the determined ambient light intensity; and flash the event notification lamp; determine, during an interval between flashes of the event notification lamp, an intensity of ambient light external to the housing via the light conduit; and adjust an intensity of light emitted by the illumination means in accordance with the determined ambient light intensity; and a light sensor disposed within the housing, the light sensor being coupled to the light conduit, wherein the light controller is configured to determine the ambient light intensity by measuring the intensity of the light in the light conduit with the light sensor, the light sensor being further coupled to the light guide of the display device, and wherein the light guide of the display device is arranged to direct light from the display backlight to the liquid crystal display and to direct the ambient light that falls on the liquid crystal display towards the light sensor.
Container compressing arrangement, mountable in a reverse vending machine, for compacting empty containers, in particular beverage bottles or cans which are preferably made of plastic or metallic material, such as PET or tinned metal, said container compressing arrangement comprising: a first and a second rotatable roller (102, 104), each of said rollers having a working surface arranged between two oppositely arranged ends (110a-110b, 110c-110d), wherein said rollers are arranged adjacent to each other to rotate in opposite directions around a respective rotation axis (106, 108) in a common geometrical xz-plane (x-z); and wherein said working surface comprises a plurality of ridges extending across said working surface, in an axial direction of said roller, and distributed in the circumferential direction of said working surface, each ridge having a longitudinal extension in said axial direction; and wherein said rollers are adapted to rotate in a meshed and contactless co-operation such that a roller gap (Rg) is always present between said rollers (102, 104) along a c-c direction between said rotation axes (106, 108); and characterized in that at least one of said ridges of at least one roller is provided with recesses extending in the axial direction, and wherein the recesses form a clearance between the rollers in the x-direction. a first and a second rotatable roller (102, 104), each of said rollers having a working surface arranged between two oppositely arranged ends (110a-110b, 110c-110d), wherein said rollers are arranged adjacent to each other to rotate in opposite directions around a respective rotation axis (106, 108) in a common geometrical xz-plane (x-z); and wherein said working surface comprises a plurality of ridges extending across said working surface, in an axial direction of said roller, and distributed in the circumferential direction of said working surface, each ridge having a longitudinal extension in said axial direction; and wherein said rollers are adapted to rotate in a meshed and contactless co-operation such that a roller gap (Rg) is always present between said rollers (102, 104) along a c-c direction between said rotation axes (106, 108); and characterized in that at least one of said ridges of at least one roller is provided with recesses extending in the axial direction, and wherein the recesses form a clearance between the rollers in the x-direction.
A remote control method for actuators in a property, in which method: - a virtual private network is created between a home control network key situated in a first data transfer network and a home control network device situated in a second data transfer network, - a user's client device (41 a, 41 b) controlling the actuators is connected to the home control network key via the first data transfer network - the actuator to be remote-controlled is connected to the home control network device via the second data transfer network - both the home control network key and the home control network device make contact with a home control network server residing in the Internet, characterised in that: - both the home control network key and the home control network device request network path information from the home control network server for establishing a virtual private network between them - the home control network server identifies (303, 304) the home control network key and the home control network device as a during manufacturing defined device pair, and that if identified as the during manufacturing predetermined device pair - the home control network server sends the requested network path information to the home control network key and the home control network device, by using which the home control network key and the home control network device establish among themselves the virtual private network, to which the home control network server does not belong. - a virtual private network is created between a home control network key situated in a first data transfer network and a home control network device situated in a second data transfer network, - a user's client device (41 a, 41 b) controlling the actuators is connected to the home control network key via the first data transfer network - the actuator to be remote-controlled is connected to the home control network device via the second data transfer network - both the home control network key and the home control network device make contact with a home control network server residing in the Internet, - both the home control network key and the home control network device request network path information from the home control network server for establishing a virtual private network between them - the home control network server identifies (303, 304) the home control network key and the home control network device as a during manufacturing defined device pair, and that if identified as the during manufacturing predetermined device pair - the home control network server sends the requested network path information to the home control network key and the home control network device, by using which the home control network key and the home control network device establish among themselves the virtual private network, to which the home control network server does not belong.
Motor vehicle having an infotainment system which has a control device for the provision of infotainment functions and, as an operating interface, a display unit which is structurally separate from the control device and which has a screen for displaying display data, wherein the control device is configured for the provision of the display data and for the transmission of the display data to the display unit, and wherein a holding device (36, 38, 40) which is configured for mechanically holding the display unit is provided in a motor vehicle interior of the motor vehicle, wherein the holding device (36, 38, 40) and the display unit are configured to be non-destructively and reversibly detachable from one another, and the control device is designed to transmit the display data to the display unit even in the state detached from the holding device (36, 38, 40), characterised in that the display unit has a battery for operation in the state detached from the holding device (36, 38, 40) and a charging unit for charging a battery of the display unit is integrated into the holding device, and the holding device (36, 38, 40) has a signal unit, which is configured to receive and provide an ignition ON signal of the motor vehicle from a CAN bus, Controller Area Network, and the display unit is configured to receive the ignition ON signal from the signal unit of the holding device (36, 38, 40), when the display unit is fixed to the holding device (36, 38, 40), and to adapt its electrical power requirement to the operating condition of the motor vehicle by deactivating the display unit when the motor vehicle is switched off.
A liquid composition comprising: i) from about 0.05 to about 12.5 mg/ml of bendamustine or a pharmaceutically acceptable salt thereof; ii) a solubilizer comprising polyethylene glycol and propylene glycol, the polyethylene glycol being present in an amount of from about 0.3 to about 45% volume and the propylene glycol being present in an amount of from about 0.03 to about 5% volume; and, optionally iii) a parenterally acceptable diluent; for use in a method of treating a bendamustine-responsive condition in a subject requiring restricted fluid and/or sodium intake; wherein the method comprises: a) identifying a subject in need of both bendamustine therapy and who would benefit from one or more of fluid and/or sodium intake restrictions; and b) parenterally administering to said subject a volume of about 120 ml or less of said liquid composition over a substantially continuous period of less than or equal to about 30 minutes; and wherein the subject is a human. i) from about 0.05 to about 12.5 mg/ml of bendamustine or a pharmaceutically acceptable salt thereof; ii) a solubilizer comprising polyethylene glycol and propylene glycol, the polyethylene glycol being present in an amount of from about 0.3 to about 45% volume and the propylene glycol being present in an amount of from about 0.03 to about 5% volume; and, optionally iii) a parenterally acceptable diluent; for use in a method of treating a bendamustine-responsive condition in a subject requiring restricted fluid and/or sodium intake; wherein the method comprises: a) identifying a subject in need of both bendamustine therapy and who would benefit from one or more of fluid and/or sodium intake restrictions; and b) parenterally administering to said subject a volume of about 120 ml or less of said liquid composition a) identifying a subject in need of both bendamustine therapy and who would benefit from one or more of fluid and/or sodium intake restrictions; and b) parenterally administering to said subject a volume of about 120 ml or less of said liquid composition over a substantially continuous period of less than or equal to about 30 minutes; and wherein the subject is a human.
Nucleic acid based nanopore comprising one or more self-assembled nucleic acids and formed or assembled by the one or more nucleic acids, said self-assembled nucleic acids being obtained via molecular self-assembly of one or more scaffold nucleic acid strand(s) and/or a plurality of staple oligonucleotide strands, comprising at least one recognition binding moiety, wherein the nucleic acid based nanopore comprises (i) a transmembrane domain having a hollow channel and comprising a plurality of helical nucleic acid domains, (ii) optionally, a cap domain comprising helical nucleic acid domains, and wherein adhesion or attachment of the nanopore to a lipid bilayer, membrane or lipid vesicle via recognition binding moieties, leads to formation of a transmembrane channel which spans through said lipid bilayer, membrane or lipid vesicle. (i) a transmembrane domain having a hollow channel and comprising a plurality of helical nucleic acid domains, (ii) optionally, a cap domain comprising helical nucleic acid domains,
A pressure-sensitive adhesive tape comprising a base material and a pressure-sensitive adhesive layer provided on both surfaces of the base material, wherein the pressure-sensitive adhesive tape has: a thickness greater than 150 μm and smaller than 1500 μm, an elongation at break of 600% to 3,000%, a stress at break of 2.5 to 80.0 MPa, and a storage elastic modulus E' at 23 °C of 1.0 × 10 4 to 1.0 × 10 8 Pa, wherein the pressure-sensitive adhesive tape is capable of being peeled off by stretching in a horizontal direction; wherein the pressure-sensitive adhesive used in the pressure-sensitive adhesive layer is an acryl-based pressure-sensitive adhesive or a rubber-based pressure-sensitive adhesive; wherein the stress at break, the elongation at break and the storage elastic modulus are determined as specified in the description. a thickness greater than 150 μm and smaller than 1500 μm, an elongation at break of 600% to 3,000%, a stress at break of 2.5 to 80.0 MPa, and a storage elastic modulus E' at 23 °C of 1.0 × 10 4 to 1.0 × 10 8 Pa, wherein the pressure-sensitive adhesive tape is capable of being peeled off by stretching in a horizontal direction; wherein the pressure-sensitive adhesive used in the pressure-sensitive adhesive layer is an acryl-based pressure-sensitive adhesive or a rubber-based pressure-sensitive adhesive; wherein the stress at break, the elongation at break and the storage elastic modulus are determined as specified in the description.
Method for monitoring for a breakthrough through a storage element of a fuel tank system, wherein the fuel tank system has a fuel tank and the storage element is designed for the temporary storage of hydrocarbons, wherein the fuel tank and the storage element are connected to one another such that hydrocarbons outgassed from a fuel situated in the fuel tank are stored in the storage element, wherein the storage element is connected to a first line through which fresh air can be delivered to the storage element, and the storage element is connected to a second line which connects the storage element to an intake line and through which fresh air enriched with hydrocarbons can be delivered from the storage element to the intake line, wherein a mass flow sensor and an air pump are arranged in the first line upstream of the storage element as viewed in the direction of the fresh air flow, and a second valve is arranged in the second line between the storage element and the intake line, characterized in that a breakthrough through the storage element is identified if the mass flow sensor detects a change in the thermal conductivity of the unmoved air mass in the first line when the second valve is in a closed state and/or when the air pump is at a standstill.
A chuck through which workpieces are supported in a separate and centred manner for being processed by a machine tool, - having a chuck body, - having four clamping jaws (5, 6, 7, 8) mounted to the chuck body in a radially movable manner, which are respectively arranged in pairs in an X or Y plane, - and having a drive piston supported in the chuck body in an axially movable manner that is drivingly coupled to the four clamping jaws (5, 6, 7, 8) via a tapered surface or a helical toothing provided on the drive piston and the respective clamping jaws (5, 6, 7, 8) and that moves these towards the workpiece to be clamped or away from it in a synchronous manner, characterised in that - a rocker is provided between the drive piston and two respective adjacent clamping jaws (5, 7 or 6, 8), - that the rocker has a centre of symmetry, into which a bolt pivotably mounted to the driving piston is inserted, around which the rocker can be pivoted depending on the engagement of the clamping jaws (5, 6 or 7, 8) to the workpiece, - and in that laterally adjacent to the bolt a respective transfer pin (14, 15) is provided that is drivingly coupled to the rocker at the end of which facing the rocker the respective clamping jaw (5, 6, 7 or 8) is mounted or supported, - and in that a transfer wedge is provided between the rocker and the respective clamping jaw (5, 6, 7 or 8) as a distance bridgeover, - and in that a respective through-hole is provided in the transfer wedge through which a respective transfer pin (14, 15) passes or extends. - having a chuck body, - having four clamping jaws (5, 6, 7, 8) mounted to the chuck body in a radially movable manner, which are respectively arranged in pairs in an X or Y plane, - and having a drive piston supported in the chuck body in an axially movable manner that is drivingly coupled to the four clamping jaws (5, 6, 7, 8) via a tapered surface or a helical toothing provided on the drive piston and the respective clamping jaws (5, 6, 7, 8) and that moves these towards the workpiece to be clamped or away from it in a synchronous manner, - a rocker is provided between the drive piston and two respective adjacent clamping jaws (5, 7 or 6, 8), - that the rocker has a centre of symmetry, into which a bolt pivotably mounted to the driving piston is inserted, around which the rocker can be pivoted depending on the engagement of the clamping jaws (5, 6 or 7, 8) to the workpiece, - and in that laterally adjacent to the bolt a respective transfer pin (14, 15) is provided that is drivingly coupled to the rocker at the end of which facing the rocker the respective clamping jaw (5, 6, 7 or 8) is mounted or supported, - and in that a transfer wedge is provided between the rocker and the respective clamping jaw (5, 6, 7 or 8) as a distance bridgeover, - and in that a respective through-hole is provided in the transfer wedge through which a respective transfer pin (14, 15) passes or extends.
A nonaqueous electrolyte secondary battery comprising a negative electrode, a positive electrode, and a nonaqueous electrolyte between the negative electrode and the positive electrode, wherein the negative electrode contains a titanium-containing oxide as a negative electrode active material, the positive electrode contains, as a positive electrode active material, a spinel type lithium manganate represented by Li 1+x M y Mn 2-x-y O 4 wherein 0≤x≤0.2; 0<y≤0.6; and M is at least one element selected from the group consisting of elements belonging to Groups 2 to 13 and Periods 3 and 4 provided that Mn is excluded, and a cobalt-containing compound and/or a lithium-transition metal composite oxide having a stratified rock salt type structure, a relationship: 0.01≤B/(A+B)≤0.1 is satisfied wherein A is a weight of the spinel type lithium manganate; and B is a weight of the cobalt-containing compound and/or the lithium-transition metal composite oxide having the stratified rock salt type structure, and the nonaqueous electrolyte contains one compound selected from the group consisting of an organic compound having an oxalic acid backbone, an organic compound having an isocyanate group, a lithium salt of an organic compound having a sulfonic acid backbone, and a succinic anhydride compound having a side chain with 3 or more carbon atoms in a content of 0.01 to 5% by weight with respect to 100 % by weight of the nonaqueous electrolyte.
A two-wheeled or three-wheeled vehicle comprising a supporting structure, an engine, handle bars, a rear wheel, a front wheel and a front wheel suspension, the front wheel suspension comprising: (a) a transverse control arm which can be pivoted relative to the supporting structure, as viewed in a plan view onto the vehicle, and which is coupled to the handle bars in order to introduce steering movements of the handle bars into the front wheel suspension; (b) a guide link which extends in the longitudinal direction of the vehicle and is connected to the transverse control arm via a joint and is supported on the supporting structure or engine via the transverse control arm and mounts the front wheel which can be rotated about a front wheel axis (Y 3); and (c) a shock absorber which is arranged behind the front wheel at the height of the front wheel, characterised in that the shock absorber is connected to the guide link via a joint in a region of the guide link located between the transverse control arm and the front wheel axis (Y 3) in the longitudinal direction, in order to absorb, via the guide link, the impact loads and brake loads acting on the front wheel. (a) a transverse control arm which can be pivoted relative to the supporting structure, as viewed in a plan view onto the vehicle, and which is coupled to the handle bars in order to introduce steering movements of the handle bars into the front wheel suspension; (b) a guide link which extends in the longitudinal direction of the vehicle and is connected to the transverse control arm via a joint and is supported on the supporting structure or engine via the transverse control arm and mounts the front wheel which can be rotated about a front wheel axis (Y 3); and (c) a shock absorber which is arranged behind the front wheel at the height of the front wheel, characterised in that the shock absorber is connected to the guide link via a joint in a region of the guide link located between the transverse control arm and the front wheel axis (Y 3) in the longitudinal direction, in order to absorb, via the guide link, the impact loads and brake loads acting on the front wheel.
Gripping or clamping device having an actuator, having a drive that drives the actuator, and having at least two jaws (10, 12) that are coupled in movement with the actuator and that can be moved toward and away from one another synchronously, the actuator comprising at least one spindle having at least one threaded portion (20, 22), characterized in that a working portion (24, 26, 240) that meshes with the threaded portion (20, 22) is arranged on the jaw side in each case for the movement coupling, the diameter (d) of each threaded portion (20, 22) being greater than the extent (e) of the associated working portion (24, 26, 240) transverse to the movement direction of the jaw (10, 12).