mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a base station for a random access configuration, the method comprising: determining random access configuration information, the random access configuration information comprising first information on a repetition time m of subsequences included in a preamble sequence and second information on a number of random access transmission occasions n, wherein both of the m and the n are positive integers, m is no less than 1 and n is greater than 1; transmitting , to a user equipment, UE, the random access configuration information, to indicate the UE to transmit one preamble sequence in each of the n random access transmission occasions, wherein each of the preamble sequences comprises m repeated subsequences; detecting , from the n random access transmission occasions, the m repeated subsequences included in each of the preamble sequences for each of the n random access transmission occasions; determining a random access transmission occasion from the n random access transmission occasions, according to a result of the detection; and transmitting , to the UE, information on the determined random access transmission occasion by using a Random Access Response, RAR. determining random access configuration information, the random access configuration information comprising first information on a repetition time m of subsequences included in a preamble sequence and second information on a number of random access transmission occasions n, wherein both of the m and the n are positive integers, m is no less than 1 and n is greater than 1; transmitting , to a user equipment, UE, the random access configuration information, to indicate the UE to transmit one preamble sequence in each of the n random access transmission occasions, wherein each of the preamble sequences comprises m repeated subsequences; detecting , from the n random access transmission occasions, the m repeated subsequences included in each of the preamble sequences for each of the n random access transmission occasions; determining a random access transmission occasion from the n random access transmission occasions, according to a result of the detection; and transmitting , to the UE, information on the determined random access transmission occasion by using a Random Access Response, RAR.
Pyranocycloartobiloxanthone A for use in the treatment of Acne caused by Propionibacterium acnes, said treatment comprises a step of bringing into contact Propionibacterium acnes with effective concentration of Pyranocycloartobiloxanthone A, wherein the Pyranocycloartobiloxanthone A is isolated from the stem bark of Artocarpus hirsutus.
A method of cleaning a particulate-contaminated substrate, comprising the following steps: - surface deposition of the polymer matrix substrate comprising water and a polymer with the polymer being composed of units derived from one or more acrylic monomers having the formula CH 2 =CR 1 -C(=O)-R 2 , and optionally at least one reticulating agent, with R 1 = H or CH 3 RH 2 = NH 2 ; NH 3 ; NR 3 2 or OR 3 R 3 = H or a hydrocarbon group containing 1 to 22 atoms of carbon; - impregnation of the particles in the polymer matrix; - formation of a varnish by drying the polymer matrix; - removal, without rinsing solvent, of the varnish and particles trapped in the varnish. - surface deposition of the polymer matrix substrate comprising water and a polymer with the polymer being composed of units derived from one or more acrylic monomers having the formula CH 2 =CR 1 -C(=O)-R 2 , and optionally at least one reticulating agent, with R 1 = H or CH 3 RH 2 = NH 2 ; NH 3 ; NR 3 2 or OR 3 R 3 = H or a hydrocarbon group containing 1 to 22 atoms of carbon; - impregnation of the particles in the polymer matrix; - formation of a varnish by drying the polymer matrix; - removal, without rinsing solvent, of the varnish and particles trapped in the varnish.
A method of managing a non-volatile memory , wherein the stored information (D) may be associated with an error detection and correction code selected from among two codes, the code selection (H/L) conditioning the length of the word stored in the memory and being performed, during the writing, by the program triggering the writing, both codes having different numbers of bits and the memory being organized in pages corresponding to the erase granularity, characterized in that a same page contains information associated with each of the two codes (H/L).
A neo chordae tendinae deployment system, comprising: a catheter having a proximal end and a distal end; a helical ventricular anchor subassembly extendable through the catheter, the ventricular anchor subassembly comprising: a hub , a ventricular suture extending proximally from the hub; a helical anchor extending distally from the hub; a core wire extending concentrically through the helical anchor, and beyond the distal end of the helical anchor, and a flexible, tubular sleeve extending proximally from the hub, wherein the flexible, tubular sleeve extending proximally from the hub has a length of no more than about 10 cm; and J a leaflet anchor deployment subassembly extendable through the catheter, having a radially enlargeable leaflet anchor within the subassembly and having a leaflet suture Z extending proximally through the catheter. a catheter having a proximal end and a distal end; a helical ventricular anchor subassembly extendable through the catheter, the ventricular anchor subassembly comprising: a hub , a ventricular suture extending proximally from the hub; a helical anchor extending distally from the hub; a core wire extending concentrically through the helical anchor, and beyond the distal end of the helical anchor, and a flexible, tubular sleeve extending proximally from the hub, wherein the flexible, tubular sleeve extending proximally from the hub has a length of no more than about 10 cm; and J a leaflet anchor deployment subassembly extendable through the catheter, having a radially enlargeable leaflet anchor within the subassembly and having a leaflet suture Z extending proximally through the catheter. a hub , a ventricular suture extending proximally from the hub; a helical anchor extending distally from the hub; a core wire extending concentrically through the helical anchor, and beyond the distal end of the helical anchor, and a flexible, tubular sleeve extending proximally from the hub, wherein the flexible, tubular sleeve extending proximally from the hub has a length of no more than about 10 cm; and J a leaflet anchor deployment subassembly extendable through the catheter, having a radially enlargeable leaflet anchor within the subassembly and having a leaflet suture Z extending proximally through the catheter.
A blower , comprising: a case comprising a first surface , a second surface opposite the first surface, and a side wall extending between portions of the first surface and the second surface, wherein the side wall comprises an air inlet and an air outlet ; an impeller disposed in the case and rotatable about an axis of rotation extending through a hub , wherein the impeller comprises a plurality of blades which define a gap with the hub; wherein portions of the side wall are disposed at least a first distance (D1) from the axis of rotation and the impeller is to define a circumferential airflow path within the case; wherein the impeller is to create an airflow in the circumferential airflow path between the air inlet and the air outlet; and a feature disposed in the gap extending from a location corresponding to an inner edge of the air outlet to a location corresponding to an inner edge of the air inlet to impede recirculation of air in the case, characterized in that a motor is positioned within the blower case within the radius of the impeller with a portion of the entire radius of the motor overlapping with a portion or the entire radius of the impeller or with the motor entirely located inside the radius of the impeller . a case comprising a first surface , a second surface opposite the first surface, and a side wall extending between portions of the first surface and the second surface, wherein the side wall comprises an air inlet and an air outlet ; an impeller disposed in the case and rotatable about an axis of rotation extending through a hub , wherein the impeller comprises a plurality of blades which define a gap with the hub; wherein portions of the side wall are disposed at least a first distance (D1) from the axis of rotation and the impeller is to define a circumferential airflow path within the case; wherein the impeller is to create an airflow in the circumferential airflow path between the air inlet and the air outlet; and a feature disposed in the gap extending from a location corresponding to an inner edge of the air outlet to a location corresponding to an inner edge of the air inlet to impede recirculation of air in the case, characterized in that a motor is positioned within the blower case within the radius of the impeller with a portion of the entire radius of the motor overlapping with a portion or the entire radius of the impeller or with the motor entirely located inside the radius of the impeller .
A Self Retracting Lifeline (SRL) incorporating a system with a spool and external member in a rotational kinematic relationship, the system comprising a means of coupling the spool and external member or at least one latch member on the external member and, in doing so, causing synchronised relative motion between the spool and external member , wherein coupling occurs in response to a prescribed system dynamic response, the dynamic response selected from at least one of: (a) a particular velocity action of the spool or external member ; (b) a particular acceleration action of the spool or external member ; (c) a particular jerk action of the spool or external member ; and wherein coupling between the spool and external member is achieved via mechanical and/or magnetic coupling between at least one pawl linked to the spool , and the external member or at least one latch member on the external member , coupling occurring at a speed threshold according to the prescribed system dynamic response; characterised in that at a predetermined speed, coupling occurs when the pawl moves to a deployed position for a sufficient time period such that it couples with the external member or at least one latch member on the external member ; and at speeds below the predetermined speed, a bias relationship between the pawl and the external member , being achieved through use of at least one magnet arranged for attraction, repulsion, or alternating attraction and repulsion, of the pawl , causes the pawl to have an oscillatory movement action relative to the spool and the pawl does not couple. (a) a particular velocity action of the spool or external member ; (b) a particular acceleration action of the spool or external member ; (c) a particular jerk action of the spool or external member ; and wherein coupling between the spool and external member is achieved via mechanical and/or magnetic coupling between at least one pawl linked to the spool , and the external member or at least one latch member on the external member , coupling occurring at a speed threshold according to the prescribed system dynamic response; characterised in that at a predetermined speed, coupling occurs when the pawl moves to a deployed position for a sufficient time period such that it couples with the external member or at least one latch member on the external member ; and at speeds below the predetermined speed, a bias relationship between the pawl and the external member , being achieved through use of at least one magnet arranged for attraction, repulsion, or alternating attraction and repulsion, of the pawl , causes the pawl to have an oscillatory movement action relative to the spool and the pawl does not couple.
A method for preparing isophorone diamine by means of hydrogenation reduction of isophorone nitrile imine, wherein the hydrogenation reduction is carried out continuously in a multistage bubble column reactor loaded with a supported alkaline cobalt-based catalyst , and isophorone nitrile imine comes sequentially in countercurrent contact with hydrogen in each stage reactor to carry out a hydrogenation reduction reaction, thereby obtaining isophorone diamine, wherein the multistage bubble column reactor includes 6 to 12 stage reactors, wherein a sieve plate is used for separation between each stage reactor of the multistage bubble column reactor, wherein pores on the sieve plate only enable hydrogen to pass while not allowing a reaction liquid to pass, and the reaction liquid enters the next stage reactor through a downcomer pipe and a downcomer ring .
A method of manufacturing a semiconductor structure, the method comprising: providing (S10) a substrate , and forming Shallow Trench Isolation, STI, structures in the substrate, the STI structures isolating a plurality of Active Areas, AAs, spaced in the substrate; forming (S20) word line trenches in the substrate , a depth of a portion of the word line trench in the AA being smaller than a depth of a portion in the STI structure such that a first protruding structure is formed at a bottom of the portion of the word line trench in the AA ; forming (S30)an etch protection layer on a surface of the first protruding structure ; partially removing (S40) the STI structure to form a second protruding structure based on the first protruding structure , an upper-portion sidewall and top of the second protruding structure being covered with the etch protection layer , and a lower portion of the second protruding structure being exposed from a removed portion of the STI structure ; etching (S50) the lower portion of the second protruding structure to make a width of the lower portion of the second protruding structure smaller than a width of an upper portion of the second protruding structure ; and forming (S60) a word line structure in the word line trench . providing (S10) a substrate , and forming Shallow Trench Isolation, STI, structures in the substrate, the STI structures isolating a plurality of Active Areas, AAs, spaced in the substrate; forming (S20) word line trenches in the substrate , a depth of a portion of the word line trench in the AA being smaller than a depth of a portion in the STI structure such that a first protruding structure is formed at a bottom of the portion of the word line trench in the AA ; forming (S30)an etch protection layer on a surface of the first protruding structure ; partially removing (S40) the STI structure to form a second protruding structure based on the first protruding structure , an upper-portion sidewall and top of the second protruding structure being covered with the etch protection layer , and a lower portion of the second protruding structure being exposed from a removed portion of the STI structure ; etching (S50) the lower portion of the second protruding structure to make a width of the lower portion of the second protruding structure smaller than a width of an upper portion of the second protruding structure ; and forming (S60) a word line structure in the word line trench .
Vacuum sponge system, comprising a vacuum sponge unit for use in the human or animal body with a fluid collection element , in particular a sponge unit, and a fluid communication element , in particular a drainage tube, which is arranged at least partially in the fluid collection element and is connected in a fluid-conducting manner to the fluid collection element , wherein the fluid collection element has a channel for guiding a feeding tube through the fluid collection element , characterized by a feeding tube to be guided in the channel in the fluid collection element, which is configured to be long in relation to its diameter and thin in relation to its length, wherein the fluid communication element is arranged in the channel , and an electric vacuum pump , which is connected in a fluid-conducting manner to the fluid communication element and is configured to apply a negative pressure of up to 200 mmHg to the fluid collection element . a fluid collection element , in particular a sponge unit, and a fluid communication element , in particular a drainage tube, which is arranged at least partially in the fluid collection element and is connected in a fluid-conducting manner to the fluid collection element , wherein the fluid collection element has a channel for guiding a feeding tube through the fluid collection element , characterized by a feeding tube to be guided in the channel in the fluid collection element, which is configured to be long in relation to its diameter and thin in relation to its length, wherein the fluid communication element is arranged in the channel , and an electric vacuum pump , which is connected in a fluid-conducting manner to the fluid communication element and is configured to apply a negative pressure of up to 200 mmHg to the fluid collection element .
A binding machine comprising: - a feeding and tensioning device for feeding an elongated binding element in the form of a wire or strap in a loop around a space configured for receiving one or more objects to be bound and subsequently retracting the binding element to draw it tightly around one or more objects received in said space ; - a gripping arrangement for gripping and locking a first binding element section at the leading end of the binding element after the feeding of the binding element in a loop around said space ; - a joining device for forming a joint between said first binding element section and an adjoining second binding element section at the trailing end of a piece of the binding element arranged in a loop in or around said space to thereby form a closed loop of this piece of the binding element; and - an electronic control device , characterized in that the electronic control device is configured to control the feeding and tensioning device to exert a tensile force on the binding element after the formation of said joint in order to subject the joint to a tensile test and thereby check the strength of the joint , wherein the gripping arrangement during said tensile test is configured to keep the first binding element section secured in fixed position by engagement with a part of the first binding element section located between said joint and the leading end of the binding element. - a feeding and tensioning device for feeding an elongated binding element in the form of a wire or strap in a loop around a space configured for receiving one or more objects to be bound and subsequently retracting the binding element to draw it tightly around one or more objects received in said space ; - a gripping arrangement for gripping and locking a first binding element section at the leading end of the binding element after the feeding of the binding element in a loop around said space ; - a joining device for forming a joint between said first binding element section and an adjoining second binding element section at the trailing end of a piece of the binding element arranged in a loop in or around said space to thereby form a closed loop of this piece of the binding element; and - an electronic control device ,
Valve arrangement for a subsea device having an opening to be sealed, the valve arrangement comprising a seat valve , a spring exerting a valve shutting force on the seat valve, and a sealing cap , characterised in that the sealing cap comprises: a cap body , the cap body comprising - a first cylindrical cap section; - a first annular groove in said first cylindrical cap section; and - a metal C-ring seal of the axial seal type arranged in said first groove which, when the sealing cap is applied to the opening to be sealed, is in contact with an inner circumference of a first cylindrical section of said opening thereby radially sealing the opening, wherein the sealing cap is held in position by a weak link the durability of which is smaller than the valve shutting force of the spring thereby providing overpressure protection by allowing gasses or fluids from within the subsea device having a pressure greater than the shutting force to force the cap out of position and dissipate, and wherein the seat valve and the radial sealing provided by the metal C-ring seal of the sealing cap form at least two barriers between the seawater and the filling fluid or gas inside the subsea device. - a first cylindrical cap section; - a first annular groove in said first cylindrical cap section; and - a metal C-ring seal of the axial seal type arranged in said first groove which, when the sealing cap is applied to the opening to be sealed, is in contact with an inner circumference of a first cylindrical section of said opening thereby radially sealing the opening,
Heating device for heating water , wherein - the heating device has a carrier , - at least one heating element is applied to the carrier, - the heating element has precisely one heating conductor or a plurality of heating conductors which are connected one behind the other, - the heating device has at least one flat dielectric layer which substantially covers the at least one heating element , - an electrically conductive connection area is in each case provided on both sides of the dielectric layer , - at least one of the connection areas is connected to a controller or measuring device for detecting a leakage current as current flow through the dielectric layer , characterized in that - the at least one heating element is connected to measuring means for monitoring a heating conductor current through the heating element, - at least two heating elements which are electrically separated and can be operated independently of one another are applied to the carrier , - a single flat dielectric layer is provided on one side of the heating elements for the purpose of connection to the controller or measuring device for detecting a leakage current, - the dielectric layer substantially covers the heating elements . - the heating device has a carrier , - at least one heating element is applied to the carrier, - the heating element has precisely one heating conductor or a plurality of heating conductors which are connected one behind the other, - the heating device has at least one flat dielectric layer which substantially covers the at least one heating element , - an electrically conductive connection area is in each case provided on both sides of the dielectric layer , - at least one of the connection areas is connected to a controller or measuring device for detecting a leakage current as current flow through the dielectric layer , characterized in that - the at least one heating element is connected to measuring means for monitoring a heating conductor current through the heating element, - at least two heating elements which are electrically separated and can be operated independently of one another are applied to the carrier , - a single flat dielectric layer is provided on one side of the heating elements for the purpose of connection to the controller or measuring device for detecting a leakage current, - the dielectric layer substantially covers the heating elements .