mhurhangee/patent-ind-claim-en huggingface dataset:
An insertion device , comprising: a body and a delivery shaft , wherein the body includes a longitudinal axis aligned with a central long axis of a proximal end of the delivery shaft ; and a holder coupled to the body of the insertion device , wherein the holder includes a medical device receiving chamber having a longitudinal axis that is non-parallel to the longitudinal axis of the body , characterised in that the holder further includes a stop surface forming an extension of the medical device receiving chamber , wherein the stop surface has a semi-circular shape that is aligned with a semi-circular shape of the medical device receiving chamber and wherein the stop surface is narrower and/or shallower than the medical device receiving chamber . a body and a delivery shaft , wherein the body includes a longitudinal axis aligned with a central long axis of a proximal end of the delivery shaft ; and a holder coupled to the body of the insertion device , wherein the holder includes a medical device receiving chamber having a longitudinal axis that is non-parallel to the longitudinal axis of the body , characterised in that the holder further includes a stop surface forming an extension of the medical device receiving chamber , wherein the stop surface has a semi-circular shape that is aligned with a semi-circular shape of the medical device receiving chamber and wherein the stop surface is narrower and/or shallower than the medical device receiving chamber . wherein the holder includes a medical device receiving chamber having a longitudinal axis that is non-parallel to the longitudinal axis of the body , characterised in that the holder further includes a stop surface forming an extension of the medical device receiving chamber , wherein the stop surface has a semi-circular shape that is aligned with a semi-circular shape of the medical device receiving chamber and wherein the stop surface is narrower and/or shallower than the medical device receiving chamber .
A transition piece for a gas turbine , the transition piece comprising: a body defining a flowpath and enclosure, the body having a rounded inlet section for receiving combustion products from a combustor of the gas turbine engine and a rectilinear outlet end for flowing the combustor products into a first stage nozzle of the gas turbine ; wherein the transition piece comprises a one-piece cast construction of the rounded inlet section , the body and the rectilinear outlet end , characterised in that the transition piece being formed from a nickel-based superalloy, thick transitions occur at areas where there is a change in direction of the transition piece , wherein the transition piece has a thick-to-thin transition ratio of wall thickness of thick transition to wall thickness of thin transition of 1.1 to 2.5; and wherein the transition piece has a length-to diameter ratio of length between the thick transition to the thin transition over diameter of rounded inlet section of 0.1 to 0.9. a body defining a flowpath and enclosure, the body having a rounded inlet section for receiving combustion products from a combustor of the gas turbine engine and a rectilinear outlet end for flowing the combustor products into a first stage nozzle of the gas turbine ; wherein the transition piece comprises a one-piece cast construction of the rounded inlet section , the body and the rectilinear outlet end , the transition piece being formed from a nickel-based superalloy, thick transitions occur at areas where there is a change in direction of the transition piece , wherein the transition piece has a thick-to-thin transition ratio of wall thickness of thick transition to wall thickness of thin transition of 1.1 to 2.5; and wherein the transition piece has a length-to diameter ratio of length between the thick transition to the thin transition over diameter of rounded inlet section of 0.1 to 0.9.
A horse riding training aid comprising: a dummy horse ; first actuator means for controlling the fore and aft position of the dummy horse ; and second actuator means and third actuator means for determining the vertical position of the dummy horse ; wherein the first actuator means is configured to operate independently of the second actuator means and third actuator means to control the fore and aft position of the dummy horse ; and wherein the second actuator means and third actuator means are configured to operate independently of each other. a dummy horse ; first actuator means for controlling the fore and aft position of the dummy horse ; and second actuator means and third actuator means for determining the vertical position of the dummy horse ; wherein the first actuator means is configured to operate independently of the second actuator means and third actuator means to control the fore and aft position of the dummy horse ; and wherein the second actuator means and third actuator means are configured to operate independently of each other.
A sealing device for a sliding door having a displaceably mounted door leaf, wherein the sealing device has a drop-down seal having a sealing strip and having an activation mechanism for automatically lowering and lifting the sealing strip , wherein the lowering is performed counter to a restoring force, and wherein the sealing device has an activation unit for activating the drop-down seal, characterized in that the activation unit has a first contact face , a pivotably configured contact element , and a pivotably configured force transmission element operatively connected to it, in that the contact element in the closing of the door leaf contacts the first contact face and in the closing movement of the door leaf moves along the first contact face while pivoting the contact element , and in that a pivoting movement of the contact element results in a pivoting movement of the force transmission element , on account of which the force transmission element activates the drop-down seal.
A method of preparing spray-dried flavor-containing particles, comprising the addition of flavor to an aqueous, sugar-free matrix and spray-drying the resulting blend, the matrix comprising an emulsifier, a film former and at least one metal salt, selected from the ferrous, alkali metal and alkaline earth metal salts of citric, gluconic and tartaric acids, wherein the at least one salt is present at a concentration of from 10-30% by weight of the non-flavor particle constituents, and wherein the matrix proportion of the particle is from 10-90% by weight..
Method for operating a display system for safely displaying predetermined operationally relevant information within a safety-critical system, in particular a signaling device for vehicles, the display system comprising a first display device, which has first display , and a second display device, which has a second display , as well as a monitoring device for monitoring the correct function of the displays , a predetermined standard representation, which contains all predetermined operationally relevant information, being divided into two partial displays in a standard operation, the first partial display being shown on the first display and the second partial display being shown on the second display ; the correct function of the two displays being monitored by the monitoring device; and, in the event of a detected malfunction of one of the displays on the functioning display , a confirmable failure message being displayed, and the display system being set into a malfunction operation in which an emergency representation is shown, characterized in that the emergency representation contains less information than the standard representation, the emergency representation corresponding to the first partial display of the standard representation. a predetermined standard representation, which contains all predetermined operationally relevant information, being divided into two partial displays in a standard operation, the first partial display being shown on the first display and the second partial display being shown on the second display ; the correct function of the two displays being monitored by the monitoring device; and, in the event of a detected malfunction of one of the displays on the functioning display , a confirmable failure message being displayed, and the display system being set into a malfunction operation in which an emergency representation is shown, characterized in that the emergency representation contains less information than the standard representation, the emergency representation corresponding to the first partial display of the standard representation.
A nucleic acid comprising from 5' to 3': (a) a 5' imperfect complement-reverse complement (iCRC) sequence; (b) a 5' untranslated region (UTR) sequence; (c) an RNA sequence that comprises an open reading frame; (d) a 3' UTR sequence; and (e) a 3' iCRC sequence; wherein the 5' iCRC sequence and the 3' iCRC sequence have the following characteristics: (i) the 5' iCRC and/or 3' iCRC sequences comprise one or more point mutations such that the 5' iCRC sequence and the 3' iCRC sequence are not 100% complementary; (ii) an annealing temperature (T a ) above about 16 °C; (iii) a melting temperature (T m ) below about 37 °C; and (iv) the 5' iCRC and 3' iCRC sequences comprise 5 to 50 nucleotides. (a) a 5' imperfect complement-reverse complement (iCRC) sequence; (b) a 5' untranslated region (UTR) sequence; (c) an RNA sequence that comprises an open reading frame; (d) a 3' UTR sequence; and (e) a 3' iCRC sequence; wherein the 5' iCRC sequence and the 3' iCRC sequence have the following characteristics: (i) the 5' iCRC and/or 3' iCRC sequences comprise one or more point mutations such that the 5' iCRC sequence and the 3' iCRC sequence are not 100% complementary; (ii) an annealing temperature (T a ) above about 16 °C; (iii) a melting temperature (T m ) below about 37 °C; and (iv) the 5' iCRC and 3' iCRC sequences comprise 5 to 50 nucleotides. (i) the 5' iCRC and/or 3' iCRC sequences comprise one or more point mutations such that the 5' iCRC sequence and the 3' iCRC sequence are not 100% complementary; (ii) an annealing temperature (T a ) above about 16 °C; (iii) a melting temperature (T m ) below about 37 °C; and (iv) the 5' iCRC and 3' iCRC sequences comprise 5 to 50 nucleotides.
Exterior aircraft light comprising: a housing configured to be mounted to an exterior portion of an aircraft, at least one light source mounted to the housing , a lens cover , cooperating with the housing for forming an inner space of the exterior aircraft light, such that light from the at least one light source can leave the exterior aircraft light through the lens cover into an outside environment of the aircraft, and a gasket arranged between the housing and the lens cover , characterized in that the gasket has at least one flap portion forming at least one check valve for fluid discharge from the inner space of the exterior aircraft light towards the outside environment of the aircraft. a housing configured to be mounted to an exterior portion of an aircraft, at least one light source mounted to the housing , a lens cover , cooperating with the housing for forming an inner space of the exterior aircraft light, such that light from the at least one light source can leave the exterior aircraft light through the lens cover into an outside environment of the aircraft, and a gasket arranged between the housing and the lens cover , characterized in that the gasket has at least one flap portion forming at least one check valve for fluid discharge from the inner space of the exterior aircraft light towards the outside environment of the aircraft.
A transaction system that includes a plurality of computing nodes that are mutually interconnected via a data communication network to exchange encrypted data therebetween, wherein, when in operation, the transaction system employs a blockchain whose entries are recorded in a ledger, wherein a directed acyclic graph, DAG, is utilized for defining relationships between blocks of the blockchain, wherein: (a) the ledger is implemented as a distributed ledger that stores references to a start and an end of the DAG, as well as references to one or more smart contracts employed in operation of the transaction system, wherein the one or more smart contracts define consideration that is to be exchanged in response to providing proof of completion of work; and characterized in that (b) the DAG comprises a plurality of proposed solutions to problems posed in the one or more smart contracts; (c) each of the one or more smart contracts includes machine-readable elements including at least one of: a data specification, an initial mining algorithm, an objective function for scoring the plurality of proposed solutions; and (d) the transaction system operates to cause the DAG to store temporary data and/or extended algorithm code used during an execution of a given transaction, wherein the temporary data and/or extended algorithm code stored in the DAG is removed once the execution of the given transaction is complete, further wherein the temporary data and/or extended algorithm code stored in the DAG is modified in response to new solutions arising during operation of the transaction system. (a) the ledger is implemented as a distributed ledger that stores references to a start and an end of the DAG, as well as references to one or more smart contracts employed in operation of the transaction system, wherein the one or more smart contracts define consideration that is to be exchanged in response to providing proof of completion of work; and characterized in that (b) the DAG comprises a plurality of proposed solutions to problems posed in the one or more smart contracts; (c) each of the one or more smart contracts includes machine-readable elements including at least one of: a data specification, an initial mining algorithm, an objective function for scoring the plurality of proposed solutions; and (d) the transaction system operates to cause the DAG to store temporary data and/or extended algorithm code used during an execution of a given transaction, wherein the temporary data and/or extended algorithm code stored in the DAG is removed once the execution of the given transaction is complete, further wherein the temporary data and/or extended algorithm code stored in the DAG is modified in response to new solutions arising during operation of the transaction system.
A floating-type foundation structure of steel tube-supported prestressed concrete, comprising posts , cross struts , inclined struts , and heave plates , wherein the posts are arranged in a regular triangle, the inclined struts are arranged in the planes formed by the posts and the cross struts; characterized in that the floating-type foundation structure further comprises steel bushings , reinforcing plates and connecting plates and partition plates ; wherein the steel bushings are double layered steel tubes, and the steel bushings are installed at both upper and lower ends of the posts and integrally poured with the posts ; the steel bushing is formed by welding partition plates between double layers of steel tubes, wherein the partition plates are arranged in a circle; the cross struts are connecting members between the posts, and are welded to the steel bushings ; one end of the inclined strut is connected to the steel bushing , while the other end thereof is fixed to a lower cross strut , so that the inclined struts and the cross struts form K-shaped joint regions, wherein the cross struts are connected to the inclined struts through the connecting plates ; the heave plates are located under the posts and welded on the bottom of the steel bushings ; the reinforcing plates are arranged in a circle and arranged at intervals on the heave plate ; and, the reinforcing plates are welded to the steel bushings and to the heave plates ; wherein one end of the cross strut is inserted into the steel tube of the inner layer of the steel bushing , and welded to both of the two layers of steel tubes of the steel bushing on the insertion side. the floating-type foundation structure further comprises steel bushings , reinforcing plates and connecting plates and partition plates ; wherein the steel bushings are double layered steel tubes, and the steel bushings are installed at both upper and lower ends of the posts and integrally poured with the posts ; the steel bushing is formed by welding partition plates between double layers of steel tubes, wherein the partition plates are arranged in a circle; the cross struts are connecting members between the posts, and are welded to the steel bushings ; one end of the inclined strut is connected to the steel bushing , while the other end thereof is fixed to a lower cross strut , so that the inclined struts and the cross struts form K-shaped joint regions, wherein the cross struts are connected to the inclined struts through the connecting plates ; the heave plates are located under the posts and welded on the bottom of the steel bushings ; the reinforcing plates are arranged in a circle and arranged at intervals on the heave plate ; and, the reinforcing plates are welded to the steel bushings and to the heave plates ; wherein one end of the cross strut is inserted into the steel tube of the inner layer of the steel bushing , and welded to both of the two layers of steel tubes of the steel bushing on the insertion side.
A method performed by a user equipment, UE, the UE for use in a wireless communication system, the method comprising: receiving, from a base station, configuration information for downlink control information, DCI, formats; and receiving, from the base station, DCI based on an aligning process with a number of bits of a DCI format, wherein, in the aligning process, a size of a DCI format 0-x for an uplink scheduling and a size of a DCI format 1-x for a downlink scheduling are to be aligned if a condition is not satisfied, wherein, in the aligning process, a size of a DCI format 0-1 for an uplink scheduling and a size of a DCI format 1-1 for a downlink scheduling are to be aligned, if the condition is not satisfied after the size of the DCI format 0-x and the size of the DCI format 1-x are aligned, wherein the condition comprises a first condition that a total number of different DCI sizes configured to monitor is smaller than or equal to four and a second condition that a total number of different DCI sizes with a cell-radio network temporary identifier, C-RNTI, configured to monitor is smaller than or equal to three, and wherein the DCI format 0-x is different from the DCI format 0-1 and the DCI format 1-x is different from the DCI format 1-1. receiving, from a base station, configuration information for downlink control information, DCI, formats; and receiving, from the base station, DCI based on an aligning process with a number of bits of a DCI format, wherein, in the aligning process, a size of a DCI format 0-x for an uplink scheduling and a size of a DCI format 1-x for a downlink scheduling are to be aligned if a condition is not satisfied, wherein, in the aligning process, a size of a DCI format 0-1 for an uplink scheduling and a size of a DCI format 1-1 for a downlink scheduling are to be aligned, if the condition is not satisfied after the size of the DCI format 0-x and the size of the DCI format 1-x are aligned, wherein the condition comprises a first condition that a total number of different DCI sizes configured to monitor is smaller than or equal to four and a second condition that a total number of different DCI sizes with a cell-radio network temporary identifier, C-RNTI, configured to monitor is smaller than or equal to three, and wherein the DCI format 0-x is different from the DCI format 0-1 and the DCI format 1-x is different from the DCI format 1-1.
A circuit arrangement for operating lamps , in particular for operating one or more LEDs, having: • a circuit which can be supplied with voltage and is clocked by means of at least one switch , and by means of which circuit a transformer for transmitting electrical energy is fed from a primary winding (L1) to a secondary winding (L2), wherein the lamps can be supplied with current via the secondary winding (L2) of the transformer , and • a control unit for alternatingly activating the switch , wherein the supply voltage (U DC ) for the transformer is a rectified, non-smoothed alternating voltage, characterized in that the control unit is designed to adapt the following parameter for controlling the switch , depending on the supply voltage (U DC ) for the transformer : the slope of the rising and/or falling edge, wherein the control of the controllable switch takes place via an RC element with an adjustable resistance. • a circuit which can be supplied with voltage and is clocked by means of at least one switch , and by means of which circuit a transformer for transmitting electrical energy is fed from a primary winding (L1) to a secondary winding (L2), wherein the lamps can be supplied with current via the secondary winding (L2) of the transformer , and • a control unit for alternatingly activating the switch , wherein the supply voltage (U DC ) for the transformer is a rectified, non-smoothed alternating voltage, characterized in that the control unit is designed to adapt the following parameter for controlling the switch , depending on the supply voltage (U DC ) for the transformer : the slope of the rising and/or falling edge, wherein the control of the controllable switch takes place via an RC element with an adjustable resistance.
A laminated glass 1 with resistance against the effects of fire having a side being the far side with respect to the fire and a side facing the fire, comprising exactly two panes of float glass or floated glass ceramic, wherein the laminated glass 1 contains at least one layer 3 being intumescent under temperature exposure, wherein the laminated glass 1 comprises an outer pane 2 of float glass or floated glass ceramic on the side being the far side with respect to the fire and on the side facing the fire each as final panes, characterized in that the outer pane 2 facing the fire and/or the outer pane 2 on the side being the far side with respect to the fire have a coefficient of thermal expansion α of at most 4.5*10 -6 /K, wherein the outer pane 2 facing the fire has a coefficient of thermal expansion α in a temperature range of from 20 to 300 °C of at least 1*10 -6 /K, wherein the laminated glass 1 does not comprise any chemically prestressed panes with a compressive stress at the surface of more than 1000 MPa and does not comprise any thermally prestressed panes with a compressive stress at the surface of more than 200 MPa, wherein the coefficient of thermal expansion α is determined according to DIN ISO 7991:1998-02. wherein the laminated glass 1 contains at least one layer 3 being intumescent under temperature exposure, wherein the laminated glass 1 comprises an outer pane 2 of float glass or floated glass ceramic on the side being the far side with respect to the fire and on the side facing the fire each as final panes, characterized in that the outer pane 2 facing the fire and/or the outer pane 2 on the side being the far side with respect to the fire have a coefficient of thermal expansion α of at most 4.5*10 -6 /K, wherein the outer pane 2 facing the fire has a coefficient of thermal expansion α in a temperature range of from 20 to 300 °C of at least 1*10 -6 /K, wherein the laminated glass 1 does not comprise any chemically prestressed panes with a compressive stress at the surface of more than 1000 MPa and does not comprise any thermally prestressed panes with a compressive stress at the surface of more than 200 MPa, wherein the coefficient of thermal expansion α is determined according to DIN ISO 7991:1998-02.