mhurhangee/ep-ind-claims huggingface dataset:
Luminaire, in particular inside or outside light, such as ceiling flush-fitted or surface-mounted light, with a housing which comprises at least two opposing walls, at least one lighting means and a reflector which, viewed from a light emergence side of the luminiare, is arranged behind the lighting means, wherein the reflector is formed from a flexible reflector flat material, which in the tension-free state is flat, and is tensioned between the two walls, such that, due to the internal tension of the reflector flat material, a cambering of the reflector is formed in a cross-section perpendicular to the walls, in order to deflect a part of the light emitted by the lighting means, characterized in that, at least at one edge of the reflector surface material which runs along one of the said walls, two or more tabs are formed, which are inserted into two or more cut-outs in the wall concerned, wherein the cut-outs exhibit a dimension perpendicular to the edge which allows for the tabs to be pushed back against the internal tension of the reflector flat material and for the tabs to be extracted back out of the cut-outs.
A polycarbonate composition comprising: A) 80-97.5 parts by weight of aromatic polycarbonate, B) 0.1-0.3 parts by weight of metal organic sulfonate; C) 0.3-0.7 parts by weight of anti-dripping agent; D) 0.1-4 parts by weight of hydrolysis stabilizer, and E) 2-7 parts by weight of polysilsesquioxane, wherein the total amount of the composition is 100 parts by weight. A) 80-97.5 parts by weight of aromatic polycarbonate, B) 0.1-0.3 parts by weight of metal organic sulfonate; C) 0.3-0.7 parts by weight of anti-dripping agent; D) 0.1-4 parts by weight of hydrolysis stabilizer, and E) 2-7 parts by weight of polysilsesquioxane,
A pressure sensor comprising: a chamber comprising a conductive portion and a deformable portion coupled to the conductive portion and susceptible to deformation in response to a pressure differential between an interior of the chamber and an exterior of the chamber; at least one coil responsive to an AC coil drive signal and configured to generate a magnetic field that induces eddy currents in the conductive portion of the chamber; at least one magnetic field sensing element (806,808) disposed proximate to the at least one coil and to the conductive portion of the chamber and configured to generate a magnetic field signal responsive to an amplitude of a reflected magnetic field generated by the eddy currents; and a circuit coupled to the at least one magnetic field sensing element to receive the magnetic field signal and generate an output signal of the pressure sensor indicative of the pressure differential between the interior of the chamber and the exterior of the chamber in response to the magnetic field signal. a chamber comprising a conductive portion and a deformable portion coupled to the conductive portion and susceptible to deformation in response to a pressure differential between an interior of the chamber and an exterior of the chamber; at least one coil responsive to an AC coil drive signal and configured to generate a magnetic field that induces eddy currents in the conductive portion of the chamber; at least one magnetic field sensing element (806,808) disposed proximate to the at least one coil and to the conductive portion of the chamber and configured to generate a magnetic field signal responsive to an amplitude of a reflected magnetic field generated by the eddy currents; and a circuit coupled to the at least one magnetic field sensing element to receive the magnetic field signal and generate an output signal of the pressure sensor indicative of the pressure differential between the interior of the chamber and the exterior of the chamber in response to the magnetic field signal.
A method for creating a finite blockchain, the blockchain comprising a genesis block having a genesis expiry time, wherein the genesis block is the first block of the blockchain, the method comprising: creating a reincarnation block based on a predefined condition, wherein the reincarnation block comprises a reincarnation block identifier wherein the reincarnation block identifier is an user defined variable value for identifying the reincarnation block, a reincarnation expiry time wherein the reincarnation expiry time comprises the expiry time of all the blocks succeeding the reincarnation block up to a next reincarnation block, and a hash value of a preceding block for ensuring the integrity of the blockchain and appending the reincarnation block to the blockchain; identifying a first reincarnation block, in response to determining, based on an expiry period, that the genesis expiry time has elapsed; and deleting all the blocks preceding the first reincarnation block including the genesis block in the block chain, in response to identifying the first reincarnation block. creating a reincarnation block based on a predefined condition, wherein the reincarnation block comprises a reincarnation block identifier wherein the reincarnation block identifier is an user defined variable value for identifying the reincarnation block, a reincarnation expiry time wherein the reincarnation expiry time comprises the expiry time of all the blocks succeeding the reincarnation block up to a next reincarnation block, and a hash value of a preceding block for ensuring the integrity of the blockchain and appending the reincarnation block to the blockchain; identifying a first reincarnation block, in response to determining, based on an expiry period, that the genesis expiry time has elapsed; and deleting all the blocks preceding the first reincarnation block including the genesis block in the block chain, in response to identifying the first reincarnation block.
A method comprising: querying a first communication device at a first time to determine whether a second communication device is connected to the first communication device and to determine a value of an operational parameter at the first time, the operational parameter related to a communication link between the second communication device and the first communication device; and querying the first communication device at a second time to determine whether the second communication device is connected to the first communication device and to determine a value of the operational parameter at the second time, characterized in that the method further comprises: determining the second communication device disconnected from the first communication device based on detecting the second communication device was connected to the first communication device at both the first time and the second time, and detecting the value of the operational parameter at the second time is inside a range of threshold values based on the operational parameter at the first time. querying a first communication device at a first time to determine whether a second communication device is connected to the first communication device and to determine a value of an operational parameter at the first time, the operational parameter related to a communication link between the second communication device and the first communication device; and querying the first communication device at a second time to determine whether the second communication device is connected to the first communication device and to determine a value of the operational parameter at the second time, characterized in that the method further comprises: determining the second communication device disconnected from the first communication device based on detecting the second communication device was connected to the first communication device at both the first time and the second time, and detecting the value of the operational parameter at the second time is inside a range of threshold values based on the operational parameter at the first time. determining the second communication device disconnected from the first communication device based on detecting the second communication device was connected to the first communication device at both the first time and the second time, and detecting the value of the operational parameter at the second time is inside a range of threshold values based on the operational parameter at the first time.
Parking system, comprising a plurality of parking spaces for motor vehicles, said parking spaces being arranged next to one another and/or on top of one another and each defining a parking position for a motor vehicle, a transfer area defining a transfer position for the motor vehicle for transferring the motor vehicle from the user to the parking system and vice versa, a transporting device for transporting the motor vehicle between the transfer position and a parking position, a control device for controlling the transporting device, and an operating device for the user in operative communication with the control device, wherein the control device controls the transporting device in such a manner that the transporting device transports the motor vehicle from a parking position as far as a change-of-operation position and vice versa in automatic operation, said change-of-operation position being arranged on the path of transport from the parking position to the transfer position, characterized in that the transporting device transports the motor vehicle from the change-of-operation position to the transfer position and vice versa in dead man operation upon actuation of the operating device by the user.
Switch with a switch housing, a number of individual switching chambers with at least two switching contact elements and with an actuating device closing off the housing above the individual switching chambers and provided for adjusting a cam element for the selective establishment of an electrical connection between the switching contact elements of an individual switching chamber, wherein the switching contact elements can be arranged in each individual switching chamber in at least two different orientations, and in particular the cam element of the actuating device can be arranged differently depending on the orientation of the switching contact elements, characterized in that: the individual switching chambers can be arranged in particular next to each other in the switch housing in a modular manner, and the switching contact elements can be arranged in an explosion-proof manner in each individual switching chamber, and the switching contact element has a receiving opening for an insertion end of a contact pin which at its contact end opposite the insertion end is in contact with the counter-contact element in its contact position. the individual switching chambers can be arranged in particular next to each other in the switch housing in a modular manner, and the switching contact elements can be arranged in an explosion-proof manner in each individual switching chamber, and the switching contact element has a receiving opening for an insertion end of a contact pin which at its contact end opposite the insertion end is in contact with the counter-contact element in its contact position.
Device for treatment and/or prophylaxis of decompression illness in a subject, comprising: an input port which is configured to provide venous or peritoneal access to a subject to extract blood from the subject; a blood processing stage coupled to the input port which is configured to process blood extracted from the subject; and an output port which is configured to provide venous, arterial or peritoneal access to infuse the processed blood back into the subject; wherein the blood processing stage comprises: at least one pump to promote a flow of the blood through the blood processing stage; a depressurizing module in which the blood flowing through the blood processing stage is depressurized to provoke formation of gas bubbles in the blood and their subsequent release from the blood; a gas exchange module comprising a gas reservoir and configured to provide gas exchange between the gas reservoir and the blood flowing through gas exchange module; characterized by at least one bubble filter configured to remove gas bubbles from the extracted blood; wherein the depressurizing module is a further module. an input port which is configured to provide venous or peritoneal access to a subject to extract blood from the subject; a blood processing stage coupled to the input port which is configured to process blood extracted from the subject; and an output port which is configured to provide venous, arterial or peritoneal access to infuse the processed blood back into the subject; wherein the blood processing stage comprises: at least one pump to promote a flow of the blood through the blood processing stage; a depressurizing module in which the blood flowing through the blood processing stage is depressurized to provoke formation of gas bubbles in the blood and their subsequent release from the blood; a gas exchange module comprising a gas reservoir and configured to provide gas exchange between the gas reservoir and the blood flowing through gas exchange module; characterized by at least one bubble filter configured to remove gas bubbles from the extracted blood; wherein the depressurizing module is a further module. at least one pump to promote a flow of the blood through the blood processing stage; a depressurizing module in which the blood flowing through the blood processing stage is depressurized to provoke formation of gas bubbles in the blood and their subsequent release from the blood; a gas exchange module comprising a gas reservoir and configured to provide gas exchange between the gas reservoir and the blood flowing through gas exchange module; characterized by at least one bubble filter configured to remove gas bubbles from the extracted blood; wherein the depressurizing module is a further module.
An aqueous hair care composition capable of providing durable non-permanent hair styling and/or wash-resistant retention of shape of hair fibers comprising a polyelectrolyte complex having a gel matrix structure or a mixture of gel matrix and microgel formed by electrostatic attraction, wherein the polyelectrolyte complex comprises a complex between: A. 0.01 wt. % to 20 wt. % of at least one anionic polymer having a molecular weight of from 100,000 Daltons to 5000,000 Daltons and being a diacid or half ester of methyl vinyl ether / maleic anhydride (MVE/MA) copolymer; and B. 0.1 wt. % to 20 wt. % of at least one cationic polymer having a (i) molecular weight range of 80,000 Daltons to 5,000,000 Daltons, (ii) a charge density of less than 4.0 meg/gram and (iii) being polyquaternium-55 (PQ-55), wherein the charge ratio of: is more than 0.70. A. 0.01 wt. % to 20 wt. % of at least one anionic polymer having a molecular weight of from 100,000 Daltons to 5000,000 Daltons and being a diacid or half ester of methyl vinyl ether / maleic anhydride (MVE/MA) copolymer; and B. 0.1 wt. % to 20 wt. % of at least one cationic polymer having a (i) molecular weight range of 80,000 Daltons to 5,000,000 Daltons, (ii) a charge density of less than 4.0 meg/gram and (iii) being polyquaternium-55 (PQ-55),
A sensing device for determining indoor air quality, wherein the sensing device comprises: a body; at least one sensing unit for determining properties of surrounding air by means of at least one air sensor; and at least one indicating unit for indicating the detected air quality; and wherein the body comprises at least one elongated air channel element ends of which are open, thereby allowing air flow through the air channel element; the at least one sensing unit is mounted inside the mentioned air channel element; and the mentioned at least one indicating device comprises at least one light source for providing visual indication of the detected air quality; characterized in that the mentioned at least one light source is configured to illuminate at least an outer surface of the air channel element in response to the detected indoor air quality, whereby the air channel element is transparent and whereby the at least one light source and the transparent air channel element are configured to co-operate and to serve as a functional illuminating pair. a body; at least one sensing unit for determining properties of surrounding air by means of at least one air sensor; and at least one indicating unit for indicating the detected air quality; and wherein the body comprises at least one elongated air channel element ends of which are open, thereby allowing air flow through the air channel element; the at least one sensing unit is mounted inside the mentioned air channel element; and the mentioned at least one indicating device comprises at least one light source for providing visual indication of the detected air quality; characterized in that the mentioned at least one light source is configured to illuminate at least an outer surface of the air channel element in response to the detected indoor air quality, whereby the air channel element is transparent and whereby the at least one light source and the transparent air channel element are configured to co-operate and to serve as a functional illuminating pair.
Support arm for a loading bunk of a vehicle, having a horizontal and a vertical section, each section comprising an inner and outer segment, which are telescopically connected to each other, so that the length of the vertical and horizontal sections is variable, characterized by each section further comprising an inner hydraulic actuator with at least one hydraulic pressure chamber, connected to the segments of the horizontal and vertical sections, so that movement of the hydraulic actuators changes the lengths of the vertical and horizontal sections respectively, the vertical section being fixedly connected to the horizontal section on one end of the inner or outer segment, with one end of the hydraulic actuators being fixed in the connected segments of the vertical and horizontal sections, a hydraulic line connecting the hydraulic pressure chamber of the horizontal and vertical hydraulic actuator, so that the hydraulic line remains in a fixed position in the connected segments, when the horizontal and/or the vertical hydraulic actuator is actuated. having a horizontal and a vertical section, each section comprising an inner and outer segment, which are telescopically connected to each other, so that the length of the vertical and horizontal sections is variable, characterized by each section further comprising an inner hydraulic actuator with at least one hydraulic pressure chamber, connected to the segments of the horizontal and vertical sections, so that movement of the hydraulic actuators changes the lengths of the vertical and horizontal sections respectively, the vertical section being fixedly connected to the horizontal section on one end of the inner or outer segment, with one end of the hydraulic actuators being fixed in the connected segments of the vertical and horizontal sections, a hydraulic line connecting the hydraulic pressure chamber of the horizontal and vertical hydraulic actuator, so that the hydraulic line remains in a fixed position in the connected segments, when the horizontal and/or the vertical hydraulic actuator is actuated.
A vertical take-off and landing (VTOL) airborne craft comprising a system for controlling yaw during vertical take-off and landing (VTOL) operation of said airborne craft, wherein the airborne craft further comprises: four crossflow fan lift, propulsion and control elements (LPCEs), each comprising a rotor and at least one airfoil with a flexlip and a flap, wherein the flexlip and the flap form vectoring means, wherein the LPCEs are disposed around a central longitudinal fuselage of the airborne craft in a compact quadrotor format, and wherein the rotors in the crossflow fan lift, propulsion and control elements (LPCEs) rotate in one common direction, wherein the system comprises: the flexlip and the flap vector thrust from the four of the LPCEs of the airborne craft from a substantially vertical direction as it will be arranged for VTOL operation to a more horizontal forward or rearward direction, generating a forward or rearward thrust component perpendicular to the LPCE rotor axis, and means for adjusting the rotor speed to compensate for the loss of vertical lift, where the forward thrust component from a front and/or rear Right Hand LPCE or rearward thrust component from a front and/or rear Left Hand LPCE produces a clockwise torque when viewed from above about the central vertical axis of the airborne craft and the rearward thrust component from a front and/or rear Right Hand LPCE or forward thrust component from a front and/or rear Left Hand LPCE produces an anticlockwise torque when viewed from above about the central vertical axis of the airborne craft. the flexlip and the flap vector thrust from the four of the LPCEs of the airborne craft from a substantially vertical direction as it will be arranged for VTOL operation to a more horizontal forward or rearward direction, generating a forward or rearward thrust component perpendicular to the LPCE rotor axis, and means for adjusting the rotor speed to compensate for the loss of vertical lift, where the forward thrust component from a front and/or rear Right Hand LPCE or rearward thrust component from a front and/or rear Left Hand LPCE produces a clockwise torque when viewed from above about the central vertical axis of the airborne craft and the rearward thrust component from a front and/or rear Right Hand LPCE or forward thrust component from a front and/or rear Left Hand LPCE produces an anticlockwise torque when viewed from above about the central vertical axis of the airborne craft.
A method for data processing in an optical network element, wherein the optical network element switches between a low-speed mode and a high-speed mode of data transmission, comprising the steps of the optical network element analyzing at least one of the following criteria: - a transmit queue fill grade, - an expected delivery delay for high priority packages, and - a current, a future or a past traffic situation; dependent on at least one of the criteria, the optical network element selecting automatically the mode of data transmission; and, switching to the selected mode of the data transmission; and in the low-speed mode the optical network element performing the steps of: - reducing the clock frequency of a signal processing logic of the optical network element and the modulation rate of the to be processed data; and - undersampling received data by undersampling an intermediate frequency, wherein the intermediate frequency is provided to said received data by a heterodyne optical receiver unit of the optical network element. - a transmit queue fill grade, - an expected delivery delay for high priority packages, and - a current, a future or a past traffic situation; dependent on at least one of the criteria, the optical network element selecting automatically the mode of data transmission; and, switching to the selected mode of the data transmission; and in the low-speed mode the optical network element performing the steps of: - reducing the clock frequency of a signal processing logic of the optical network element and the modulation rate of the to be processed data; and - undersampling received data by undersampling an intermediate frequency, wherein the intermediate frequency is provided to said received data by a heterodyne optical receiver unit of the optical network element.