mhurhangee/patent-ind-claim-en huggingface dataset:
A method , performed by a user equipment, UE, , comprising: receiving , in a downlink signal having a series of subframes, a beam-formed reference signal in each of a plurality of subframes, wherein the beam-formed reference signals are received in fewer than all of the subframes of the downlink signal; performing mobility management measurements using at least a first subset of the received beam-formed reference signals, the first subset corresponding to a first frequency or first localized range of frequencies; and performing radio link monitoring, RLM, using a second subset of the received beam-formed reference signals, the second subset at least partly differing from the first subset and including beam-formed reference signals corresponding to a second frequency or second localized range of frequencies, the second frequency or second localized range of frequencies being spaced apart from and differing from the first frequency or first localized range of frequencies. receiving , in a downlink signal having a series of subframes, a beam-formed reference signal in each of a plurality of subframes, wherein the beam-formed reference signals are received in fewer than all of the subframes of the downlink signal; performing mobility management measurements using at least a first subset of the received beam-formed reference signals, the first subset corresponding to a first frequency or first localized range of frequencies; and performing radio link monitoring, RLM, using a second subset of the received beam-formed reference signals, the second subset at least partly differing from the first subset and including beam-formed reference signals corresponding to a second frequency or second localized range of frequencies, the second frequency or second localized range of frequencies being spaced apart from and differing from the first frequency or first localized range of frequencies.
Roof assembly or roof comprising - longitudinal supporting profiles inclined with respect to the horizontal, and - a plurality of roof panels supported by the supporting profiles , wherein the roof panels each comprise - a photovoltaic module having a top surface , a bottom surface and lateral edges , - at least one rib fixedly connected to the photovoltaic module and transversely, preferably perpendicularly, projecting away from the bottom surface and extending along a lateral edge of the photovoltaic module , wherein the supporting profile in a cross-sectional view has side wall portions and a bottom portion , wherein ribs of adjacent roof panels are arranged between the side wall portions of the same supporting profile , and wherein the ribs , with their lower edge, abut against the bottom portion of the supporting profile , and wherein the height of the side wall portions is smaller than the minimum height of the ribs of the roof panels so that the ribs rest on the bottom of the supporting profile , and wherein a channel is formed between two neighbouring ribs to let water flow down the roof assembly or roof. - longitudinal supporting profiles inclined with respect to the horizontal, and - a plurality of roof panels supported by the supporting profiles , wherein the roof panels each comprise - a photovoltaic module having a top surface , a bottom surface and lateral edges , - at least one rib fixedly connected to the photovoltaic module and transversely, preferably perpendicularly, projecting away from the bottom surface and extending along a lateral edge of the photovoltaic module , - a photovoltaic module having a top surface , a bottom surface and lateral edges , - at least one rib fixedly connected to the photovoltaic module and transversely, preferably perpendicularly, projecting away from the bottom surface and extending along a lateral edge of the photovoltaic module , wherein the supporting profile in a cross-sectional view has side wall portions and a bottom portion , wherein ribs of adjacent roof panels are arranged between the side wall portions of the same supporting profile , and wherein the ribs , with their lower edge, abut against the bottom portion of the supporting profile , and wherein the height of the side wall portions is smaller than the minimum height of the ribs of the roof panels so that the ribs rest on the bottom of the supporting profile , and wherein a channel is formed between two neighbouring ribs to let water flow down the roof assembly or roof.
A product obtained by reacting a mixture of components suitable for molding into shaped desiccant particles, wherein the mixture comprises: a. a porous siliceous material, b. hygroscopic salt, c. polyvinyl alcohol (PVA) with a degree of hydrolysis between 82 and 95 mol% and a viscosity between 12 and 40 mPa.s, as determined on an aqueous solution of 4% PVA at 20°C according to DIN53015, d. water, e. optionally, an OH-containing polymer, different from PVA, wherein the weight ratio between hygroscopic salt and the porous siliceous material is chosen between 0.1:1 and 0.9:1 and wherein the weight ratio between hygroscopic salt and PVA is chosen between 1:1 and 5:1. a. a porous siliceous material, b. hygroscopic salt, c. polyvinyl alcohol (PVA) with a degree of hydrolysis between 82 and 95 mol% and a viscosity between 12 and 40 mPa.s, as determined on an aqueous solution of 4% PVA at 20°C according to DIN53015, d. water, e. optionally, an OH-containing polymer, different from PVA,
An electric field control device for a high voltage cable , comprising a stress cone and a field grading adapter , the field grading adapter comprising non-linear resistive field grading material and the stress cone comprising a deflector and a rubber part , characterized in that the stress cone and the field grading adapter are chemically bonded by vulcanization, the deflector and rubber part are vulcanized together, the field grading adapter is made of a first field grading material, and the rubber part is made of a second field grading material, wherein the first field grading material has different electrical properties than the second field grading material.
A compound selected from the group consisting of: 4',7-Dihydroxyisoflavone (Daidzein), Daidzein 7-glucoside (Daidzin), 4',7-Dihydroxy-6-methoxyisoflavone (Glycitein), Glycitein 7-glucoside (Glycitin), or combinations thereof for use in reactivating a latent retroviral infection in a subject.
(A) A therapeutic composition for use in a method of treating diffuse intravascular coagulation or disseminated intravascular coagulation involving a decrease of antithrombin, the method comprising: administering isolated antithrombin gamma in a total daily dose of 36 international units/kg, wherein the therapeutic composition is administered by intravenous injection or intravenous drip infusion, or (B) a therapeutic composition for use in a method of treating obstetrical or surgical diffuse intravascular coagulation or disseminated intravascular coagulation, the method comprising: administering isolated antithrombin gamma in a total daily dose of 48 to 72 international units/kg, wherein the therapeutic composition is administered as an emergency by intravenous injection or intravenous drip infusion, or (C) a therapeutic composition for use in a method of treating thrombophilia due to congenital antithrombin deficiency, the method comprising: administering isolated antithrombin gamma in a total daily dose of 24 to 72 international units/kg, wherein the therapeutic composition is administered by intravenous injection or intravenous drip infusion. (A) A therapeutic composition for use in a method of treating diffuse intravascular coagulation or disseminated intravascular coagulation involving a decrease of antithrombin, the method comprising: administering isolated antithrombin gamma in a total daily dose of 36 international units/kg, wherein the therapeutic composition is administered by intravenous injection or intravenous drip infusion, or administering isolated antithrombin gamma in a total daily dose of 36 international units/kg, wherein the therapeutic composition is administered by intravenous injection or intravenous drip infusion, or (B) a therapeutic composition for use in a method of treating obstetrical or surgical diffuse intravascular coagulation or disseminated intravascular coagulation, the method comprising: administering isolated antithrombin gamma in a total daily dose of 48 to 72 international units/kg, wherein the therapeutic composition is administered as an emergency by intravenous injection or intravenous drip infusion, or administering isolated antithrombin gamma in a total daily dose of 48 to 72 international units/kg, wherein the therapeutic composition is administered as an emergency by intravenous injection or intravenous drip infusion, or (C) a therapeutic composition for use in a method of treating thrombophilia due to congenital antithrombin deficiency, the method comprising: administering isolated antithrombin gamma in a total daily dose of 24 to 72 international units/kg, wherein the therapeutic composition is administered by intravenous injection or intravenous drip infusion. administering isolated antithrombin gamma in a total daily dose of 24 to 72 international units/kg, wherein the therapeutic composition is administered by intravenous injection or intravenous drip infusion.
Medicament delivery device comprising a housing : - a medicament container holder , arranged movable in relation to said housing and capable of accommodating a medicament container ; - an activator comprising a plunger rod , which plunger rod is arranged to be moved in the proximal direction of the medicament delivery device by the activator to act on a stopper of the medicament container for delivering a dose of medicament through a medicament delivery member when said activator is operated; - a delay mechanism arranged between the activator and the plunger rod , characterised in that the delay mechanism is provided with delay elements allowing movement of the activator in the proximal direction after movement of the plunger rod has terminated, wherein said delay elements comprise resilient elements capable of exerting a resilient force between the plunger rod and the activator , and wherein the resilient force is chosen larger than the force required to move the stopper when delivering a dose. - a medicament container holder , arranged movable in relation to said housing and capable of accommodating a medicament container ; - an activator comprising a plunger rod , which plunger rod is arranged to be moved in the proximal direction of the medicament delivery device by the activator to act on a stopper of the medicament container for delivering a dose of medicament through a medicament delivery member when said activator is operated; - a delay mechanism arranged between the activator and the plunger rod , characterised in that the delay mechanism is provided with delay elements allowing movement of the activator in the proximal direction after movement of the plunger rod has terminated,
A method for manufacturing an aerosol forming article, including: o providing an elongated rod having a preliminary diameter; o selecting a desired final diameter of the elongated rod; o providing a diameter adjusting device including a first tubular element having an inlet and an outlet and a channel connecting the inlet and the outlet; o adjusting the diameter of the outlet as a function of the desired final diameter of the elongated rod , wherein the diameter of the inlet is bigger than the diameter of the outlet when adjusted; and o inserting the elongated rod in the diameter adjusting device from the inlet and outputting it from the outlet so that said elongated rod is compressed to the desired final diameter when outputted from the outlet of the first tubular element . o providing an elongated rod having a preliminary diameter; o selecting a desired final diameter of the elongated rod; o providing a diameter adjusting device including a first tubular element having an inlet and an outlet and a channel connecting the inlet and the outlet; o adjusting the diameter of the outlet as a function of the desired final diameter of the elongated rod , wherein the diameter of the inlet is bigger than the diameter of the outlet when adjusted; and o inserting the elongated rod in the diameter adjusting device from the inlet and outputting it from the outlet so that said elongated rod is compressed to the desired final diameter when outputted from the outlet of the first tubular element .
A flex cable and tensioner assembly comprising: a flex cable having a distal portion , a central portion , and a proximal portion , the distal portion extending from the central portion in a first direction and the proximal portion extending from the central portion in a second direction opposite to the first direction; and a tensioner mechanism supported on the flex cable, the tensioner mechanism including a sled and a biasing member , the sled being secured to the flex cable and the biasing member is engaged with the sled to urge the sled towards the second position characterised in that the sled includes a sled base and a sled cover , the sled base positioned on a first side of the flex cable and the sled cover positioned on a second side of the flex cable wherein the sled cover is pivotably coupled to the sled base and fixedly coupled to the flex cable. a flex cable having a distal portion , a central portion , and a proximal portion , the distal portion extending from the central portion in a first direction and the proximal portion extending from the central portion in a second direction opposite to the first direction; and a tensioner mechanism supported on the flex cable, the tensioner mechanism including a sled and a biasing member , the sled being secured to the flex cable and the biasing member is engaged with the sled to urge the sled towards the second position characterised in that the sled includes a sled base and a sled cover , the sled base positioned on a first side of the flex cable and the sled cover positioned on a second side of the flex cable wherein the sled cover is pivotably coupled to the sled base and fixedly coupled to the flex cable.
A method of drying a water damaged floor having a flooring and a subfloor , comprising in an end portion of the flooring forming through the flooring an opening having a perimeter; elevating the end portion of the flooring from the subfloor for creating therebetween a ventilating space having a wedge-shaped cross section and for creating an air passage at an edge of the flooring ; and creating and forcing an airflow from a surrounding space through the opening into the ventilating space through the air passage and back to the surrounding space.
Locking device for locking a leaf of a door or the like, comprising at least one electric motor (14; 16) which is operated as a generator and the motor shaft of which is operatively connected to the leaf by means of a force-transmitting unit, wherein the motor terminals of at least one electric motor (14; 16) operating as a generator are connected to an electrical damping circuit for the purpose of damping the leaf movements, and the motor shaft of at least one electric motor (14; 16) operating as a generator can be acted on by a braking unit of the locking device for the purpose of locking the leaf , wherein the locking device comprises an evaluation and/or control unit by means of which the braking unit can be actuated, and at least one electric motor (14; 16) which is operated as a generator is connected to an electrical charging circuit by means of its motor terminals, it being possible for electrical energy to be supplied to the evaluation and/or control unit by means of the said electrical charging circuit, wherein the locking device comprises at least two electric motors (14; 16) which are each operated as a generator and one of which is connected to the electrical damping circuit by means of its motor terminals and the other of which is connected to the electrical charging circuit by means of its motor terminals, wherein the motor shaft of the electric motor which is connected to the electrical charging circuit by means of its motor terminals and/or the motor shaft of the electric motor which is connected to the electrical damping circuit by means of its motor terminals can be acted on by the braking unit for the purpose of locking the leaf .
An axial flow blade comprising: a boss through which a shaft of an electric motor , in use, extends, the electric motor rotating the shaft about a rotational axis; a hub having a cylindrical shape opened on a side closer to the electric motor , the hub being coaxial with the boss and surrounding a periphery of the boss ; and a partition plate installed in the hub to partition a space in the hub into two or more spaces , wherein a gap is formed between an inner diameter of the hub and an outer circumference of the partition plate , the gap connecting the two or more partitioned spaces . a boss through which a shaft of an electric motor , in use, extends, the electric motor rotating the shaft about a rotational axis; a hub having a cylindrical shape opened on a side closer to the electric motor , the hub being coaxial with the boss and surrounding a periphery of the boss ; and a partition plate installed in the hub to partition a space in the hub into two or more spaces , wherein a gap is formed between an inner diameter of the hub and an outer circumference of the partition plate , the gap connecting the two or more partitioned spaces .
A computer-implemented method for processing blockchain data performed by a blockchain node of a blockchain network , the method comprising: receiving a request for performing error correction coding, ECC, to one or more blocks of a blockchain in order to reduce a redundancy rate of the one or more blocks, the request being initiated in response to determining that the redundancy rate of the one or more blocks is greater than a predetermined threshold, the redundancy rate being defined as a total volume of encoded data and original data stored by the blockchain nodes of the blockchain network divided by the volume of a copy of the original data; obtaining the one or more blocks based on blockchain data received from at least one blockchain node of the blockchain network; and performing ECC of the one or more blocks to generate one or more encoded blocks, wherein a code rate of the one or more encoded blocks is less than or equal to a fraction of a minimum number of honest blockchain nodes required by the blockchain network and a total number of blockchain nodes of the blockchain network. receiving a request for performing error correction coding, ECC, to one or more blocks of a blockchain in order to reduce a redundancy rate of the one or more blocks, the request being initiated in response to determining that the redundancy rate of the one or more blocks is greater than a predetermined threshold, the redundancy rate being defined as a total volume of encoded data and original data stored by the blockchain nodes of the blockchain network divided by the volume of a copy of the original data; obtaining the one or more blocks based on blockchain data received from at least one blockchain node of the blockchain network; and performing ECC of the one or more blocks to generate one or more encoded blocks, wherein a code rate of the one or more encoded blocks is less than or equal to a fraction of a minimum number of honest blockchain nodes required by the blockchain network and a total number of blockchain nodes of the blockchain network.
Method for operating a motor vehicle , having a drive apparatus, which comprises at least one electrical traction engine , wherein for providing a torque at a wheel of the motor vehicle a target torque is set at a control device of the traction engine and by means of the control device a torque closed-loop controlling is carried out for setting an actual torque generated by the traction engine , wherein additionally a target rotational speed range is set at the control device and, when an actual rotational speed of the wheel lies within the target rotational speed range, the actual torque is regulated in the course of the torque closed-loop controlling to the target torque, and, when an actual rotational speed lies outside the target rotational speed range, in the context of the torque closed-loop controlling a rotational speed closed-loop controlling is carried out disregarding the target torque such that the actual rotational speed alters in the direction of the rotational speed target range, wherein the actual torque deviates from the set target torque, characterised in that the rotational speed target range is limited downward by a rotational speed lower limit and upward by a rotational speed upper limit, which are determined on the basis of a driving speed of the motor vehicle and a slip optimum of the wheel .
Plug connector device (10a-b), which is configured for a connection of at least one first plug (12a-b) and of at least one second plug (14a-b) to at least one plug socket (68a-b), wherein at least one of the plugs (12a-b, 14a-b) is not suitable for the plug socket (68a-b), with at least one first receiving region (16a-b) and with at least one second receiving region (18a-b) which are respectively configured to receive at least one of the plugs (12a-b, 14a-b), and with at least one housing unit (24a-b) which defines at least one first access opening (26a-b) to the first receiving region (16a-b) and at least one second access opening (28a-b) to the second receiving region (18a-b), and with at least one socket plug unit (64a-b) which is configured for a connection to the plug socket (68a-b), the plug socket (68a-b) being embodied as a plug socket referred to as a "registered jack 45" (RJ45), characterised by at least one first contacting element (34a-b), which is configured for an electric contacting of at least one of the plugs (12a-b, 14a-b) and which is arranged at least section-wise so as to be freestanding within the first receiving region (16a-b). which is configured for a connection of at least one first plug (12a-b) and of at least one second plug (14a-b) to at least one plug socket (68a-b), wherein at least one of the plugs (12a-b, 14a-b) is not suitable for the plug socket (68a-b), with at least one first receiving region (16a-b) and with at least one second receiving region (18a-b) which are respectively configured to receive at least one of the plugs (12a-b, 14a-b), and with at least one housing unit (24a-b) which defines at least one first access opening (26a-b) to the first receiving region (16a-b) and at least one second access opening (28a-b) to the second receiving region (18a-b), and with at least one socket plug unit (64a-b) which is configured for a connection to the plug socket (68a-b), the plug socket (68a-b) being embodied as a plug socket referred to as a "registered jack 45" (RJ45), characterised by at least one first contacting element (34a-b), which is configured for an electric contacting of at least one of the plugs (12a-b, 14a-b) and which is arranged at least section-wise so as to be freestanding within the first receiving region (16a-b).