mhurhangee/ep-ind-claims huggingface dataset:
A time-controlled glucose releasing hydrogel, comprising: a) a water-containing gelified polymer; b) a glucose polymer entrapped in polymer a); and c) at least one enzyme capable of hydrolysing the glucose polymer b) into glucose, said enzyme being entrapped in polymer a). a) a water-containing gelified polymer; b) a glucose polymer entrapped in polymer a); and c) at least one enzyme capable of hydrolysing the glucose polymer b) into glucose, said enzyme being entrapped in polymer a).
A pharmaceutical liquid composition comprising sodium picosulfate, magnesium oxide, citric acid, malic acid and purified water, wherein the pH of the pharmaceutical liquid composition ranges from 4.1 to 5.4 and the sodium picosulfate, magnesium oxide, citric acid and malic acid have a weight ratio of 0.003 to 0.009: 1 to 3: 3.5 to 10.5: 0.01 to 13 (sodium picosulfate: magnesium oxide: citric acid: malic acid).
An inkjet printing system comprising: an aqueous pre-treatment fluid comprising a cationic polymer and a pre-treatment vehicle; an aqueous inkjet ink composition comprising a latex polymer comprising a (meth)acrylate or (meth)acrylamide polymer or copolymer, a pigment and an ink vehicle; and an aqueous inkjet overcoat composition comprising a latex polymer comprising a (meth)acrylate or (meth)acryiamide polymer or copolymer, a wax and an overcoat vehicle. an aqueous pre-treatment fluid comprising a cationic polymer and a pre-treatment vehicle; an aqueous inkjet ink composition comprising a latex polymer comprising a (meth)acrylate or (meth)acrylamide polymer or copolymer, a pigment and an ink vehicle; and an aqueous inkjet overcoat composition comprising a latex polymer comprising a (meth)acrylate or (meth)acryiamide polymer or copolymer, a wax and an overcoat vehicle.
Lighting device for a vehicle lift or a tool trolley, comprising at least one lamp and a substantially horizontally projecting lamp support, characterized in that said lamp support is a self-supporting articulated arm (20, 210) whose fastened end runs by means of a vertical supporting arm on at least one horizontal rail and on at least one horizontal guide rail which can be fastened to a support beam of said lift or can be attached to a light fastening rod of said tool trolley, where the at least one lamp is fastened by a swivel joint to the free end of said articulated arm (20, 210).
Apparatus for the provision of a predetermined amount of a flowable material in the form of a powder, particulate and/or plant material from a reservoir into at least one container cavity via an opening therein, said apparatus including a supply of the flowable material, a support means to support said at least one container and, intermediate the said supply and the said at least one container there is provided a filling assembly, said filling assembly including a channel for said at least one container, said channel having a first part with an entrance opening located at a surface of a reservoir in which the said supply is located so as to allow flowable material moved by a wiper blade in said reservoir, to move downwardly from the supply into the channel and a second part with an exit opening part slidably movable relative to the first part, such as to allow the flowable material to flow from the channel into the container cavity and characterised in that the apparatus includes movement means provided to cause relative movement between the at least one container and the reservoir with which said channel of the filling assembly is located to allow the said channel to be at least partially located within the container cavity when the flowable material is in the channel and a stop located with one part on the surface and with the other part provided to contact with the underside of the said reservoir when the reservoir is moved towards the container and so define, in conjunction with the contact of the exit opening of the channel with a base of said at least one container, the extent of axial movement of said first and second parts (40,42) of the said channel and the volume of said channel and so define the quantity of the said flowable material dispensed into the said channel and subsequently dispensed into the at least one container from said channel.
A method of controlling a movable object having a first perspective corresponding to a first coordinate system, comprising: receiving from an input device an input signal indicative of flight parameters in a second perspective corresponding to a second coordinate system; characterised in that, when the movable object is in a first mode, causing movement of the movable object with respect to the first coordinate system corresponding to the received input signal without translation, and when the movable object is in a second mode, translating the input signal from the second perspective to the first perspective; and causing movement of the movable object with respect to the second coordinate system based on the translated input signal. receiving from an input device an input signal indicative of flight parameters in a second perspective corresponding to a second coordinate system; characterised in that, when the movable object is in a first mode, causing movement of the movable object with respect to the first coordinate system corresponding to the received input signal without translation, and when the movable object is in a second mode, translating the input signal from the second perspective to the first perspective; and causing movement of the movable object with respect to the second coordinate system based on the translated input signal.
A method of operation of a wireless device comprising a receiver which comprises a mixer for downconverting a received signal, a controlled oscillator adapted to provide a local oscillator, LO, signal to the mixer and a radio frequency phase locked loop, RF PLL, adapted to control the controlled oscillator dependent on a carrier frequency of a desired receive signal; wherein the wireless device further comprises a first reference crystal oscillator that operates at a first reference frequency and a second reference crystal oscillator that operates at a second reference frequency that is greater than the first reference frequency, the method comprising the steps of: making a decision as to whether to configure the receiver of the wireless device to use the first reference crystal oscillator or the second reference crystal oscillator based on a carrier frequency of a signal to be received by the receiver of the wireless device; and configuring (104 or 114) the receiver of the wireless device to use the first reference crystal oscillator or the second reference crystal oscillator in accordance with the decision, by providing either a first reference frequency, provided by the first reference crystal oscillator, or a second reference frequency, provided by the second reference crystal oscillator, to the RF PLL. making a decision as to whether to configure the receiver of the wireless device to use the first reference crystal oscillator or the second reference crystal oscillator based on a carrier frequency of a signal to be received by the receiver of the wireless device; and configuring (104 or 114) the receiver of the wireless device to use the first reference crystal oscillator or the second reference crystal oscillator in accordance with the decision, by providing either a first reference frequency, provided by the first reference crystal oscillator, or a second reference frequency, provided by the second reference crystal oscillator, to the RF PLL.
Domestic appliance for textiles, wherein the domestic appliance is a dryer of the condensation type having a condensate reservoir, wherein the domestic appliance is equipped with a steam unit for applying water steam, especially hot or superheated steam, to the textiles, and wherein a water reservoir is located in or at the domestic appliance for receiving water for the steam unit, and the water reservoir comprises a filling device, characterized in that the water reservoir is a separate water reservoir for keeping the water for the steam unit, the filling device is provided with a filter element, and the dryer further comprises a door, wherein when the door is open the filling device for filling water into the reservoir can be seen.
A flip chip packaged component comprising: a substrate having a first surface, the substrate comprising a plurality of conductive pads disposed on the first surface; a die having a second surface, the die comprising a plurality of bumps disposed on the second surface, each bump of the plurality of bumps being bonded to a respective one of the conductive pads; a dielectric barrier formed on the first surface of the substrate, the dielectric barrier coupled between the first surface of the substrate and the die, and completely surrounding a designated location on the die to define a cavity between the die and the first surface of the substrate; and a moulding compound covering the die and at least a portion of the first surface of the substrate, the molding compound being absent from the cavity. a substrate having a first surface, the substrate comprising a plurality of conductive pads disposed on the first surface; a die having a second surface, the die comprising a plurality of bumps disposed on the second surface, each bump of the plurality of bumps being bonded to a respective one of the conductive pads; a dielectric barrier formed on the first surface of the substrate, the dielectric barrier coupled between the first surface of the substrate and the die, and completely surrounding a designated location on the die to define a cavity between the die and the first surface of the substrate; and a moulding compound covering the die and at least a portion of the first surface of the substrate, the molding compound being absent from the cavity.
Fluid system, in particular filter system, for fluid, in particular fuel, oil, water or urea solution, in particular of an internal combustion engine, in particular of a motor vehicle, with at least one heating device for fluid, with at least one heating chamber which features at least one inlet and at least one outlet for the fluid, wherein in the at least one heating chamber at least one electrically operated heating element is disposed between two retaining bodies (28, 30) in such a way that it has an electrical and thermal contact with at least one contact section (40, 62) with at least one of the retaining bodies (28, 30), wherein at least one inner volume delimited by the interior sides facing each other of the retaining bodies (28, 30) outside of the at least one contact section (40, 52) between the two retaining bodies (28, 40) and at least one outer volume (62, 64) between one exterior side facing away from the at least one inner volume of at least one of the retaining bodies (28, 30) and a wall of the heating chamber allow passage for the fluid, characterized in that the at least one retaining body (28, 30) features relative to a system axis radially inwards and/or outwards beside the at least one contact section (40, 52) at least one bending section (54, 56) coaxial relative to the system axis so that at least one larger section of the at least one inner volume is formed in which a distance between the two retaining bodies (28, 30) is larger than a distance between the retaining bodies (28, 30) in an area of the at least one contact section (40, 52) at least on its circumferential side facing the at least one larger distance.
A cable connection structure to a movable member, for connecting a cable end provided at a leading end of an inner wire to the movable member, characterized in that the movable member comprises: a pair of wing pieces that hold the inner wire; a cable introduction opening for guiding the cable end between the wing pieces, and a substantially elliptical cable end passing part that supports the cable end in a displaceable manner, wherein a long axis of the substantially elliptical cable end passing part substantially coincides with a cable introduction direction. a pair of wing pieces that hold the inner wire; a cable introduction opening for guiding the cable end between the wing pieces, and a substantially elliptical cable end passing part that supports the cable end in a displaceable manner, wherein a long axis of the substantially elliptical cable end passing part substantially coincides with a cable introduction direction.
A mortar weapon comprising a base plate, a further base plate and a mortar barrel, the base plate having a frame which has a receptacle for receiving the further base plate which supports the mortar barrel, characterized in that the frame comprises an arm, in that a support device, which is designed as a monopod, can be fastened to the arm, and in that the mortar barrel comes to rest on the base plate by folding the monopod.
Apparatus, comprising: means for evaporating a working fluid responsive to applied heat; means for condensing evaporated working fluid; and means for connecting the evaporating and condensing means, the connecting means comprising a manifold having a first mechanical interface, a second mechanical interface remote from the first mechanical interface and one or more internal walls (22, 24) defining at least first and second channels within the manifold between the first and second mechanical interfaces, wherein the evaporating means is coupled to the manifold so as to seal the first mechanical interface, the condensing means is coupled to the manifold so as to seal the second mechanical interface, and wherein the manifold, evaporating means and condensing means provide a contained heat transfer system in which a working fluid moves between the condenser member and the evaporator member, characterized in that the manifold comprises a thermally insulating material. means for evaporating a working fluid responsive to applied heat; means for condensing evaporated working fluid; and means for connecting the evaporating and condensing means, the connecting means comprising a manifold having a first mechanical interface, a second mechanical interface remote from the first mechanical interface and one or more internal walls (22, 24) defining at least first and second channels within the manifold between the first and second mechanical interfaces, wherein the evaporating means is coupled to the manifold so as to seal the first mechanical interface, the condensing means is coupled to the manifold so as to seal the second mechanical interface, and wherein the manifold, evaporating means and condensing means provide a contained heat transfer system in which a working fluid moves between the condenser member and the evaporator member, characterized in that the manifold comprises a thermally insulating material.
Method for controlling at least one considered wind turbine in a wind park, comprising: determining, based on a wind condition, in particular wind direction, whether another wind turbine (9a,...,9e) is in a wake region caused by the considered wind turbine; if the other wind turbine is the closest wind turbine in the wake region and if the other wind turbine is in an operable state, applying a first control setting to the considered wind turbine; if the other wind turbine is the closest wind turbine and the other wind turbine is in a non-operable state applying a second control setting to the considered wind turbine, wherein the first control setting is based on wind park level optimisation and the second control setting is based on wind turbine level optimisation. determining, based on a wind condition, in particular wind direction, whether another wind turbine (9a,...,9e) is in a wake region caused by the considered wind turbine; if the other wind turbine is the closest wind turbine in the wake region and if the other wind turbine is in an operable state, applying a first control setting to the considered wind turbine; if the other wind turbine is the closest wind turbine and the other wind turbine is in a non-operable state applying a second control setting to the considered wind turbine, wherein the first control setting is based on wind park level optimisation and the second control setting is based on wind turbine level optimisation.
A photo-voltaic cell, comprising a semi-conductor substrate, having a front surface and a back surface; - back surface field regions and emitter regions for collecting photocurrent, located alternatingly at the back surface of the substrate, at least one of the back surface field regions having a width of more than six hundred micrometer; - a front floating emitter layer at the front surface at least above said one of the back surface field regions; - a front surface field layer at the front surface abutting to the front surface, the front floating emitter layer being located between the front surface field layer and a bulk of the substrate. - back surface field regions and emitter regions for collecting photocurrent, located alternatingly at the back surface of the substrate, at least one of the back surface field regions having a width of more than six hundred micrometer; - a front floating emitter layer at the front surface at least above said one of the back surface field regions; - a front surface field layer at the front surface abutting to the front surface, the front floating emitter layer being located between the front surface field layer and a bulk of the substrate.
A method for operating a Controller Area Network, CAN, transceiver, the method comprising: detecting phase information related to a CAN data frame that is transmitted by the CAN transceiver wherein the phase information indicates a data phase that follows an arbitration phase and wherein the CAN transceiver has exclusive access to a CAN bus during the data phase; and in response to the phase information, switching from a first transmitter configuration with a lower transmission data rate to a second transmitter with a higher transmission data rate of the CAN transceiver within a bit interval for use in transmitting subsequent bits of the CAN data frame; wherein the switching comprises switching from the first transmitter to the second transmitter within the bit interval for use in transmitting a first section of a particular bit of the CAN data frame and switching from the second transmitter to the first transmitter within the bit interval for use in transmitting a second section of the particular bit of the CAN data frame.. detecting phase information related to a CAN data frame that is transmitted by the CAN transceiver wherein the phase information indicates a data phase that follows an arbitration phase and wherein the CAN transceiver has exclusive access to a CAN bus during the data phase; and in response to the phase information, switching from a first transmitter configuration with a lower transmission data rate to a second transmitter with a higher transmission data rate of the CAN transceiver within a bit interval for use in transmitting subsequent bits of the CAN data frame; wherein the switching comprises switching from the first transmitter to the second transmitter within the bit interval for use in transmitting a first section of a particular bit of the CAN data frame and switching from the second transmitter to the first transmitter within the bit interval for use in transmitting a second section of the particular bit of the CAN data frame..
Method for reducing pollutants from waste with over 20% biogenic content that is predominantly easily biodegradable anaerobically, and of solids that are sieved from wastewater or liquid waste and have a biogenic content of over 20%, which is predominantly easily biodegradable anaerobically, characterized in that through washing and sieving as well as subsequent filtering and mechanical dewatering, but without prior biological treatment and without recycling press water from the fermentation, a fine fraction is produced, that heavy metals are washed out of this fine fraction by acidification with sulphuric acid, and that these heavy metals are separated by sulfidic precipitation and only the purified fine fraction is treated anaerobically biologically for biogas production and recovery of sulphuric acid.
Connecting device for connecting concrete components, in particular precast concrete parts, preferably in a transverse force-locking manner, comprising an elongate casing for insertion into an end face of a component, which casing comprises a base and at least two side walls (14, 16) that extend in a longitudinal direction of the base, at least one flexible reinforcing loop element that can be received in the casing and can be deflected out of same, wherein the base defines at least two through-openings each having an edge for each reinforcing loop element, through which through-openings the reinforcing loop element extends, wherein the reinforcing loop element is in contact with two contact points (22a, 22b) of the edge, wherein at least one first contact point is at a greater distance from a plane of extension of the base than at least one second contact point, characterised in that the through-openings each have an axis of extension that defines an angle (α) of at most 85° relative to the plane of extension of the base, such that an anchorage end of the reinforcing loop element is almost orthogonal to the base of the casing, and in that the base comprises at least one projection which has a portion which is inclined relative to the base and in which the through-openings are defined. an elongate casing for insertion into an end face of a component, which casing comprises a base and at least two side walls (14, 16) that extend in a longitudinal direction of the base, at least one flexible reinforcing loop element that can be received in the casing and can be deflected out of same, wherein the base defines at least two through-openings each having an edge for each reinforcing loop element, through which through-openings the reinforcing loop element extends, wherein the reinforcing loop element is in contact with two contact points (22a, 22b) of the edge, wherein at least one first contact point is at a greater distance from a plane of extension of the base than at least one second contact point, characterised in that the through-openings each have an axis of extension that defines an angle (α) of at most 85° relative to the plane of extension of the base, such that an anchorage end of the reinforcing loop element is almost orthogonal to the base of the casing, and in that the base comprises at least one projection which has a portion which is inclined relative to the base and in which the through-openings are defined.