mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming an inhalable powder composition comprising: combining a sugar alcohol with an alkaloid and a liquid carrier to form a liquid mixture, the sugar alcohol comprising erythritol, myo-inositol, adonitol, mannitol, and xylitol, or a combination thereof; freeze drying the liquid mixture to form a crystalline dry composition; and milling the crystalline dry composition to form crystalline dry powder particles having a mass median aerodynamic diameter (MMAD) of about 5 micrometers or less when measured with a cascade impactor. combining a sugar alcohol with an alkaloid and a liquid carrier to form a liquid mixture, the sugar alcohol comprising erythritol, myo-inositol, adonitol, mannitol, and xylitol, or a combination thereof; freeze drying the liquid mixture to form a crystalline dry composition; and milling the crystalline dry composition to form crystalline dry powder particles having a mass median aerodynamic diameter (MMAD) of about 5 micrometers or less when measured with a cascade impactor.
A method for a single-fault-tolerant determination of an isolation resistance of a photovoltaic system comprising an inverter and a solar generator connected thereto, wherein the isolation resistance is determined as a function of a test voltage drop in a resistor network , wherein the resistor network is connected to a variable voltage source by way of a first terminal , to a first pole of the solar generator by way of a second terminal and to a ground terminal of the inverter via an isolation relay by way of a third terminal , wherein a capacitor is disposed between the ground terminal and the first pole of the solar generator , characterized in that the method comprises the following steps in arbitrary order: - applying by way of the variable voltage source a first DC voltage value to the first terminal when the isolation relay is closed (step 21), - applying by way of the variable voltage source a second DC voltage value to the first terminal when the isolation relay is closed (step 22), - generating an AC voltage at the first terminal with the aid of the variable voltage source when the isolation relay is closed (step 23), and - generating the AC voltage at the first terminal with the aid of the variable voltage source when the isolation relay is open (step 24), wherein the function of the isolation relay is tested by comparing the amplitude of the test voltage between steps 23 and 24. - applying by way of the variable voltage source a first DC voltage value to the first terminal when the isolation relay is closed (step 21), - applying by way of the variable voltage source a second DC voltage value to the first terminal when the isolation relay is closed (step 22), - generating an AC voltage at the first terminal with the aid of the variable voltage source when the isolation relay is closed (step 23), and - generating the AC voltage at the first terminal with the aid of the variable voltage source when the isolation relay is open (step 24), wherein the function of the isolation relay is tested by comparing the amplitude of the test voltage between steps 23 and 24.
Connection device for the connection of a conductor end , which connection device has a housing and also a metal busbar section , a clamping spring arrangement and a rotary lever arrangement in the housing , the clamping spring arrangement being able to be rotated, with the aid of the rotary lever arrangement , from an open position to a contact position, in which contact is made with the conductor end , wherein the rotary lever arrangement has a rotary lever element which is mounted rotatably in the housing in or on a preferably central section and has an axis of rotation (D2), and that the rotary lever element has a cam section , which has a control curve on which the clamping spring arrangement slides along during a movement into the end contact position, characterised in that a guiding means of the cam section , such as a projection or such as a pin or the like inserted into said section, engages in a slotted link of the housing , and in that a clamping and/or latching means is formed on the cam section , and in that the slotted link of the housing is aligned with a slotted link in the busbar section , in which the fixing position is formed for the clamping and/or latching means.
Device for preventing water vapor condensation in rooms on the indoor surface of composite roof windows, comprising a controller, a sensor for measuring indoor temperature , and a sensor for measuring temperature of the frame of the window and/or a sensor for measuring outdoor temperature and optionally a sensor for measuring temperature of the heater , and a heater and possibly a fan and/or radiator and/or insulation plate , wherein said device further has a housing whose size is adjusted to the width of a roof window that can be mounted to the wall of a room or a frame of the roof window , preferably at a distance, and a humidity sensor and/or the convection module , wherein said convection module is a part of the controller which maintains upward air with electricity consumption at the lowest possible level.
Aerodynamic device for a motor vehicle wheel , comprising : - a frame intended to be mounted on an outer face of a motor vehicle wheel ; - at least one blade linked to the frame and extending radially, when the device is in the mounting position ; the blade or blades being mounted to pivot radially on the frame by means of at least one shape memory element configured to modify the orientation of said blade or blades as a function of the temperature, characterized in that the shape memory element (s) are configured to, in the presence of a temperature below a predetermined limit, orient the blade (s) so as to generate, when the device is rotating according to the forward motion of the vehicle, an air flow directed from the outer face towards the inner face of the wheel , and in the presence of a temperature above the predetermined limit, orient the blade (s) so as to generate a reverse air flow. - a frame intended to be mounted on an outer face of a motor vehicle wheel ; - at least one blade linked to the frame and extending radially, when the device is in the mounting position ;
A computer-implemented method comprising: receiving , by an authorization server over a network , permission data from an application server , wherein the permission data is for an account associated with a user to access a software application of a plurality of software applications , and wherein the application server is configured to provide the software application ; in response to receiving the permission data from the application server , storing , by the authorization server , the permission data in a database , wherein the database is native to the authorization server ; receiving , by the authorization server and from the user associated with the account via a client device , a request to grant the account access to the software application ; determining , by the authorization server , whether the database stores the permission data for the account to access the software application ; and in response to determining that the database stores the permission data, granting the account access to the software application . receiving , by an authorization server over a network , permission data from an application server , wherein the permission data is for an account associated with a user to access a software application of a plurality of software applications , and wherein the application server is configured to provide the software application ; in response to receiving the permission data from the application server , storing , by the authorization server , the permission data in a database , wherein the database is native to the authorization server ; receiving , by the authorization server and from the user associated with the account via a client device , a request to grant the account access to the software application ; determining , by the authorization server , whether the database stores the permission data for the account to access the software application ; and in response to determining that the database stores the permission data, granting the account access to the software application .
Method for connecting components of a microfluidic flow cell, in particular for incorporating parts into a carrier structure of the flow cell, wherein a gap space with a gap bottom delimiting the gap depth is formed between the components that are to be connected, characterized in that the gap space is filled with a solvent and material from at least one of the components delimiting the gap space is dissolved by the introduced solvent , wherein, as the solvent evaporates, the dissolved material settles as deposit towards the gap bottom with establishment of a connection between the components and fills the gap space over all of its width and some of its height, and in that , to successively fill the gap space , multiple introduction and evaporation/deposition cycles are performed.
Floor panel with a substrate and a provided thereon decorative layer of wood veneer with a thickness (T1) of 1 millimeter or less, wherein said decorative layer is provided on the substrate by means of a glue layer situated between the substrate and the decorative layer , wherein the aforementioned glue layer comprises hard particles , characterized in that the hard particles penetrate into the aforementioned wood veneer at the underside over a distance of at least 20% of the thickness of the aforementioned wood veneer .
A method for monitoring performance of Virtualized Network Functions, VNF, in a virtual machine, wherein the virtual machine is assigned with one or more CPU cores, each CPU core supporting concurrent running of more than one VNF, the method comprising steps of: a. obtaining (S1) latency-related data of a VNF to be monitored; and b. evaluating (S2) performance of the VNF based on the latency-related data; wherein the latency-related data include external interrupt latency or timer latency, the external interrupt latency referring to an interval between the time when an external interrupt signal corresponding to the VNF to be monitored is sent and the time when the VNF to be monitored starts running, and the timer latency referring to an interval between the time when a timer expires and the time when a timer event handler corresponding to the VNF to be monitored begins working, wherein the external interrupt signal is sent by a peripheral component interconnect express, PCIe, device. a. obtaining (S1) latency-related data of a VNF to be monitored; and b. evaluating (S2) performance of the VNF based on the latency-related data; wherein the latency-related data include external interrupt latency or timer latency, the external interrupt latency referring to an interval between the time when an external interrupt signal corresponding to the VNF to be monitored is sent and the time when the VNF to be monitored starts running, and the timer latency referring to an interval between the time when a timer expires and the time when a timer event handler corresponding to the VNF to be monitored begins working, wherein the external interrupt signal is sent by a peripheral component interconnect express, PCIe, device.
Belay device (2; 102; 202; 402) comprising a braking apparatus (6; 106; 206) and a locking apparatus (8; 108; 208), wherein the braking apparatus (6; 106; 206) is designed to brake a movement of a rope (16; 116; 432), wherein the locking apparatus (8; 108; 208) comprises a movable rope holding element (12, 14; 112, 114; 212, 214) which is designed to be moved by the rope (16; 116; 432) being held on it, wherein the locking apparatus (8; 108; 208) is designed to lock movement of the rope holding element (12, 14; 112, 114; 212, 214) in a locked state and to allow movement of the rope holding element (12, 14; 112, 114; 212, 214) in a free-running state, wherein the locking apparatus (8; 108; 208) is configured in such a way that a load change at one end of the rope (84r, 841; 184r, 1841) effects a transition from the locked state to the free-running state, wherein the rope (16; 116; 432) has a load end, which is a rope section to be loaded by a weight of a belayer, and a belaying end, which is a rope section separated from the load end by the belay device (2; 102; 202; 402), characterised in that the load change at the belaying end of the rope (16; 116; 432) is effected by pulling the belaying end away from the belay device (2; 102; 202; 402), while the load end is loaded by the weight of the belayer. wherein the braking apparatus (6; 106; 206) is designed to brake a movement of a rope (16; 116; 432), wherein the locking apparatus (8; 108; 208) comprises a movable rope holding element (12, 14; 112, 114; 212, 214) which is designed to be moved by the rope (16; 116; 432) being held on it, wherein the locking apparatus (8; 108; 208) is designed to lock movement of the rope holding element (12, 14; 112, 114; 212, 214) in a locked state and to allow movement of the rope holding element (12, 14; 112, 114; 212, 214) in a free-running state, wherein the locking apparatus (8; 108; 208) is configured in such a way that a load change at one end of the rope (84r, 841; 184r, 1841) effects a transition from the locked state to the free-running state, wherein the rope (16; 116; 432) has a load end, which is a rope section to be loaded by a weight of a belayer, and a belaying end, which is a rope section separated from the load end by the belay device (2; 102; 202; 402), characterised in that the load change at the belaying end of the rope (16; 116; 432) is effected by pulling the belaying end away from the belay device (2; 102; 202; 402), while the load end is loaded by the weight of the belayer.
A dishwasher comprising a heat pump system having a compressor performing the refrigerant cycle, a condenser used in heating of the washing water by being placed in a chamber in which washing water is collected, an evaporator enabling drawing of heat from the environment, an evaporator fan and an expansion member ; a body , a condenser bearing plate to the upper surface of which the condenser and the chamber accommodating the condenser are fixed, an evaporator cabinet located on the lower side of the body , in which the evaporator is placed, and an electronic card enabling controlling of the heat pump system or of all electrical components of the dishwasher , characterized by at least one foot - provided between the condenser bearing plate and the evaporator cabinet , - enabling placement of the condenser bearing plate by being rested on the evaporator cabinet so as to leave space in between, - having elastic structure preventing transmission of the vibrations generated on the condenser to the evaporator cabinet . - provided between the condenser bearing plate and the evaporator cabinet , - enabling placement of the condenser bearing plate by being rested on the evaporator cabinet so as to leave space in between, - having elastic structure preventing transmission of the vibrations generated on the condenser to the evaporator cabinet .
A method of discriminating between separated flow, laminar flow and turbulent flow of a fluid at a predetermined location, comprising: producing an electrical analogue signal representative of flow rate at each of a plurality of neighbouring positions at said location, assessing the correlation of said analogue signal at a first one of said positions with said analogue signal at a second one of said positions; the method being characterised by the steps of: calculating a value indicative of the intermittency of each analogue signal; determining whether the flow at the predetermined location is laminar, turbulent or separated using said correlation and said value indicative of intermittency. producing an electrical analogue signal representative of flow rate at each of a plurality of neighbouring positions at said location, assessing the correlation of said analogue signal at a first one of said positions with said analogue signal at a second one of said positions; the method being characterised by the steps of: calculating a value indicative of the intermittency of each analogue signal; determining whether the flow at the predetermined location is laminar, turbulent or separated using said correlation and said value indicative of intermittency. calculating a value indicative of the intermittency of each analogue signal; determining whether the flow at the predetermined location is laminar, turbulent or separated using said correlation and said value indicative of intermittency.
A system for improving a sleep disorder comprising: a. an oral appliance including a mandibular occlusal plate operably coupled to a maxillary occlusal plate , said plates molded to fit an individual's jaw; b. an actuator including a motor, a gear assembly and one or more sensors in communication therewith for sensing physiologic parameters of a user, said actuator operably coupled to said maxillary occlusal plate for linearly advancing or retracting said mandibular occlusal plate ; characterized by c. a knowledge base that provides data on a plurality of sleep disorder conditions and normative data necessary to correct said sleep disorder conditions; d. a processing device in operable communication with said one or more sensors and said knowledge base, said processing device configured to (a) receive said physiologic parameter measurements from said one or more sensors; (b) cross reference said physiologic parameter measurements with said knowledge base to generate a cross referenced data result indicative of a severity of a sleep disorder event; (c) calculate a determined amount of linear movement necessary to improve the sleep disorder event to return to a normative condition; (d) transmit said determined amount to said motor; and (e) cause said maxillary occlusal plate to linearly advance or retract said mandibular occlusal plate by said determined amount to improve said sleep disorder. a. an oral appliance including a mandibular occlusal plate operably coupled to a maxillary occlusal plate , said plates molded to fit an individual's jaw; b. an actuator including a motor, a gear assembly and one or more sensors in communication therewith for sensing physiologic parameters of a user, said actuator operably coupled to said maxillary occlusal plate for linearly advancing or retracting said mandibular occlusal plate ; characterized by c. a knowledge base that provides data on a plurality of sleep disorder conditions and normative data necessary to correct said sleep disorder conditions; d. a processing device in operable communication with said one or more sensors and said knowledge base, said processing device configured to (a) receive said physiologic parameter measurements from said one or more sensors; (b) cross reference said physiologic parameter measurements with said knowledge base to generate a cross referenced data result indicative of a severity of a sleep disorder event; (c) calculate a determined amount of linear movement necessary to improve the sleep disorder event to return to a normative condition; (d) transmit said determined amount to said motor; and (e) cause said maxillary occlusal plate to linearly advance or retract said mandibular occlusal plate by said determined amount to improve said sleep disorder.
A system for increasing the pull-off resistance of an anchoring device on a formwork panel by means of nails, said system comprising the anchoring device , which can be mounted on an insertion region of a sealing cap nailed to the formwork panel and can thus be sealed, characterised in that the system comprises a nail loop holder which can be mounted on the anchoring device and can be connected to the anchoring device in a force-locking or form-fitting manner, wherein the nail loop holder comprises o a connecting bridge having at least one latching and retaining means for connecting the nail loop holder to the anchoring device , and ∘ at least one nail loop , and ∘ the connecting bridge can be fastened to the anchoring device by wrapping around the same when mounted thereon, and then the anchoring device can be fastened to the formwork by the at least one nail loop formed on the nail loop holder. o a connecting bridge having at least one latching and retaining means for connecting the nail loop holder to the anchoring device , and ∘ at least one nail loop , and ∘ the connecting bridge can be fastened to the anchoring device by wrapping around the same when mounted thereon, and then the anchoring device can be fastened to the formwork by the at least one nail loop formed on the nail loop holder.
A MAdCAM antagonist antibody for use in a method of treating ulcerative colitis in a patient, wherein the MAdCAM antagonist antibody is administered subcutaneously to the patient at an initial dose of 75 mg of the MAdCAM antagonist antibody followed by one or more subsequent doses of 75 mg of the MAdCAM antagonist antibody, wherein the one or more subsequent doses are dosed every 4 weeks, wherein the first subsequent dose is provided 4 weeks after the initial dose, and wherein the MAdCAM antagonist antibody comprises a light chain of SEQ ID NO:1, and a heavy chain of SEQ ID NO:2.
Closing system on the ball of a tow hook for motor vehicles comprising a structure comprising a first fixed snail nut and a second mobile snail nut , a movement system configured for activate the second mobile snail nut by locking or unlocking a ball of the tow hook between the two snail nuts , said movement system being operated by a lever and said closing system comprising locking means configured to stop the lever when it is in a closed position, preventing it from lifting and unlocking the ball by operating the movement system and the mobile snail nut , the locking means comprising a locking element connected to the structure which, in case of accidental opening of the system, interferes with a tooth associated with the lever to prevent the lever from lifting and unlocking the movable snail nut , the lever comprising a button connected to the locking element , which is operated to lift the locking element so as to release it from the tooth , allowing to lift the lever to release the ball by opening the second mobile snail nut , in order to install or uninstall the device on the ball of the tow hook , characterized in that it comprises a lock to which a hook is fixed which, by rotating with the lock in the closed position, engages in a projection of the locking element , consequently blocking the operation of the button and the opening of the lever .
A connection element for a collision protection system , comprising: a first insertion portion (105-1) for inserting into a first tubular element (101-1); a second insertion portion (105-2) for inserting into a second tubular element (101-2); and a tension spring for connecting the first and second insertion portions (105-1, 105-2); wherein a rod-shaped return element extends inside the first and second insertion portions (105-1, 105-2), is arranged in the center of the first and second insertion portions (105-1, 105-2) and supported at one end of the tension spring . a first insertion portion (105-1) for inserting into a first tubular element (101-1); a second insertion portion (105-2) for inserting into a second tubular element (101-2); and a tension spring for connecting the first and second insertion portions (105-1, 105-2); wherein a rod-shaped return element extends inside the first and second insertion portions (105-1, 105-2), is arranged in the center of the first and second insertion portions (105-1, 105-2) and supported at one end of the tension spring .