mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device mounting board , comprising: a first substrate including an upper surface having a mount area (a) on which a semiconductor device is mountable and a peripheral area (b) surrounding the mount area (a); a second substrate having a frame shape surrounding the mount area (a), the second substrate located in the peripheral area (b) of the first substrate to align with an outer edge of the first substrate ; a signal line on an upper surface of the second substrate and extending from an inner edge toward an outer edge of the second substrate ; a groove on a side surface of the first substrate and extending from a lower surface to the upper surface of the first substrate ; a feedthrough conductor inside the second substrate and connected to the signal line ; a side conductor on an inner surface of the groove in the first substrate and electrically connectable to the feedthrough conductor ; and characterized in that the semiconductor device mounting board further comprises recesses on side surfaces of the first substrate and the second substrate , the recesses being on both sides of the groove at positions spaced from the groove in a side view, wherein the groove is inward from the outer edge of the second substrate . a first substrate including an upper surface having a mount area (a) on which a semiconductor device is mountable and a peripheral area (b) surrounding the mount area (a); a second substrate having a frame shape surrounding the mount area (a), the second substrate located in the peripheral area (b) of the first substrate to align with an outer edge of the first substrate ; a signal line on an upper surface of the second substrate and extending from an inner edge toward an outer edge of the second substrate ; a groove on a side surface of the first substrate and extending from a lower surface to the upper surface of the first substrate ; a feedthrough conductor inside the second substrate and connected to the signal line ; a side conductor on an inner surface of the groove in the first substrate and electrically connectable to the feedthrough conductor ; and characterized in that the semiconductor device mounting board further comprises recesses on side surfaces of the first substrate and the second substrate , the recesses being on both sides of the groove at positions spaced from the groove in a side view, wherein the groove is inward from the outer edge of the second substrate .
A connection adapter , which provides the connection of jaws (C) of every kind with vibro hammers (V) of every strength, which are used for driving and extracting of steel formed materials, profiles and steel pipes, characterized by - at least one upper connection piece mounted to the jaw (C) or to the vibro hammer (V), - at least one lower connection piece mounted to the vibro hammer (V) in the event that the upper connection piece is connected to the jaw (C) or mounted to the jaw (C) in the event that the upper connection piece is connected to the vibro hammer (V), - at least one upper plate (2.1), one face of which contacts to the jaw (C) or to the vibro hammer (V) and the other face of which faces the lower connection piece , having a certain wall thickness and upper connection holes (2.2) thereon for mounting of jaw (C) or vibro hammer, - at least one pressure member , which ensures that the upper connection piece and the lower connection piece are interlocked by applying a force, if an interlock of the upper connection piece and the lower connection piece is preferred, - at least one lower plate (3.1), one face of which contacts the jaw (C) or the vibro hammer (V) and the other face of which faces the upper connection piece , having a certain wall thickness and lower connection holes (3.2) thereon for mounting of jaw (C) or vibro hammer (V), - at least one spindle , which is mounted so at the upper connection piece and the lower connection piece can move angularly to each other. - at least one upper connection piece mounted to the jaw (C) or to the vibro hammer (V), - at least one lower connection piece mounted to the vibro hammer (V) in the event that the upper connection piece is connected to the jaw (C) or mounted to the jaw (C) in the event that the upper connection piece is connected to the vibro hammer (V), - at least one upper plate (2.1), one face of which contacts to the jaw (C) or to the vibro hammer (V) and the other face of which faces the lower connection piece , having a certain wall thickness and upper connection holes (2.2) thereon for mounting of jaw (C) or vibro hammer, - at least one pressure member , which ensures that the upper connection piece and the lower connection piece are interlocked by applying a force, if an interlock of the upper connection piece and the lower connection piece is preferred, - at least one lower plate (3.1), one face of which contacts the jaw (C) or the vibro hammer (V) and the other face of which faces the upper connection piece , having a certain wall thickness and lower connection holes (3.2) thereon for mounting of jaw (C) or vibro hammer (V), - at least one spindle , which is mounted so at the upper connection piece and the lower connection piece can move angularly to each other.
An oral cleaning device comprising: a body unit including a pump configured to discharge washing liquid; a tube connected to the body unit to allow the discharged washing liquid to flow through the tube ; a washing unit connected to the tube to discharge the washing liquid; a first operation part provided at the washing unit ; a controller configured to control the pump in accordance with operation of the first operation part ; and a communication unit configured to establish a communication connection between the first operation part and the controller , wherein the communication unit includes a first wireless communication part provided at the washing unit to transmit a wireless signal according to operation of the first operation part , and a second wireless communication part provided at the body unit to receive the wireless signal, the controller controls the pump in accordance with the wireless signal received by the second wireless communication part , and characterized in that the controller stops the behavior of the pump when the first wireless communication part and the second wireless communication part are under a poor communication condition. a body unit including a pump configured to discharge washing liquid; a tube connected to the body unit to allow the discharged washing liquid to flow through the tube ; a washing unit connected to the tube to discharge the washing liquid; a first operation part provided at the washing unit ; a controller configured to control the pump in accordance with operation of the first operation part ; and a communication unit configured to establish a communication connection between the first operation part and the controller , wherein the communication unit includes a first wireless communication part provided at the washing unit to transmit a wireless signal according to operation of the first operation part , and a second wireless communication part provided at the body unit to receive the wireless signal, the controller controls the pump in accordance with the wireless signal received by the second wireless communication part , and characterized in that the controller stops the behavior of the pump when the first wireless communication part and the second wireless communication part are under a poor communication condition.
A method of extending capacities of a radio access network , the method being carried out by a drone and the method comprising flying the drone to a docking station of a radio access network arrangement of the radio access network, wherein the drone is carrying cloud computing resources ; establishing a communication connection between the drone and the radio access network, wherein the communication connection is a wirebound link and configured for the provision of the cloud computing resources to the radio access network; registering the cloud computing resources of the drone at a cloud management entity associated with the radio access network; and providing the registered cloud computing resources of the drone to the radio access network.
Compound, or its salts, for use in the treatment or prevention of a disease, wherein said disease is selected from the group consisting of a neurodegenerative disease, neurological disease, a neuropsychiatric disorder, and an inflammatory disease, wherein said compound is selected from: COOH-CHOH-(CH 2 ) 6 -(CH=CH-CH 2 ) 2 -(CH 2 ) 3 -CH 3 (182A1), COOH-CHOH-(CH 2 ) 3 -(CH=CH-CH 2 ) 3 -(CH 2 ) 3 -CH 3 (183A2), COOH-CHOH-(CH 2 ) 2 -(CH=CH-CH 2 ) 4 -(CH 2 ) 3 -CH 3 (204A1), COOH-CHOH-(CH 2 ) 2 -(CH=CH-CH 2 ) 5 -CH 3 (205A1) and COOH-CHOH-CH 2 -(CH=CH-CH 2 ) 6 -CH 3 (226A1). COOH-CHOH-(CH 2 ) 6 -(CH=CH-CH 2 ) 2 -(CH 2 ) 3 -CH 3 (182A1), COOH-CHOH-(CH 2 ) 3 -(CH=CH-CH 2 ) 3 -(CH 2 ) 3 -CH 3 (183A2), COOH-CHOH-(CH 2 ) 2 -(CH=CH-CH 2 ) 4 -(CH 2 ) 3 -CH 3 (204A1), COOH-CHOH-(CH 2 ) 2 -(CH=CH-CH 2 ) 5 -CH 3 (205A1) and COOH-CHOH-CH 2 -(CH=CH-CH 2 ) 6 -CH 3 (226A1).
Drive device (20; 120) comprising: • a first housing part (22; 122) having an axis, which housing part can be connected to a stationary base part or to a movable component , • a second housing part which is arranged substantially coaxially with respect to the first housing part (22; 122) and can be connected to the other part in each case, i.e. the movable component or the stationary base part , and is guided on the first housing part (22; 122) indirectly or directly in the axial direction so as to be displaceable relative thereto, and • a drive unit (82; 182) which is received in the first housing part (22; 122) and has a motor assembly (30; 130) for bringing about a relative displacement movement of the first housing part (22; 122) and the second housing part , the motor assembly (30; 130) having a rotor (34; 134), which has a rotor shaft , two bearing elements (38, 40; 138, 140) for supporting the two ends of the rotor shaft , and two permanent magnet shells (42, 44; 142, 144) held on the bearing elements (38; 40; 138, 140), the unit formed by the rotor (34; 134),the two bearing elements (38, 40; 138, 140) and the two permanent magnet shells (42, 44; 142, 144) being received directly in the first housing part (22; 122), and the first housing part (22; 122), at least in a longitudinal portion associated with the motor assembly (30; 130), being made of a magnetisable material, at least one of the bearing elements having at least one retaining projection (projection defining the retaining recesses 38b, 40b) for at least one of the permanent magnet shells , characterised in that a wedge surface (238b1, 240b1) of the at least one retaining projection cooperates with an associated counter wedge surface of the at least one permanent magnet shell , which counter wedge surface preferably extends over a height portion of the permanent magnet shell , which portion adjoins the outer surface of the at least one permanent magnet shell , the wedge surface (238b1, 240b1) and the counter wedge surface preferably extending increasingly radially outwards, in a direction which points towards the other axial longitudinal end of the at least one permanent magnet shell in each case. • a first housing part (22; 122) having an axis, which housing part can be connected to a stationary base part or to a movable component , • a second housing part which is arranged substantially coaxially with respect to the first housing part (22; 122) and can be connected to the other part in each case, i.e. the movable component or the stationary base part , and is guided on the first housing part (22; 122) indirectly or directly in the axial direction so as to be displaceable relative thereto, and • a drive unit (82; 182) which is received in the first housing part (22; 122) and has a motor assembly (30; 130) for bringing about a relative displacement movement of the first housing part (22; 122) and the second housing part ,
A fan wheel with a bottom disc , a cover disc and impeller blades arranged around a rotation axis (RA) of the fan wheel , which blades in each case extend over a blade length from a blade leading edge to a blade trailing edge , wherein the impeller blades are divided into a front section which extends proceeding from the blade leading edge in the direction of the blade trailing edge , a rear section which extends proceeding from the blade trailing edge in the direction of the blade leading edge , and a transition section which forms a transition between the front section and the rear section , and wherein the impeller blades are formed with opposite curvature in the course from the bottom disc to the cover disc in the front section and the rear section , characterized in that the impeller blades are formed with opposite curvature in the front section and the rear section with respect to a shortest path between the bottom disc and the cover disc , wherein the front section is formed with a curvature toward the rotation axis (RA) and the rear section is formed with a curvature away from the rotation axis (RA).
A prophylactic or therapeutic agent for use in a method of preventing or treating an inflammatory bowel disease, wherein the agent comprises composite particles each having miR-29a and/or miR-29b carried on a carbonate apatite particle, and wherein in the method the agent is administered systemically.
A method of handing over responsibility for serving a wireless communication equipment from a serving cell to a target cell in a cellular telecommunications system, wherein the wireless communication equipment is situated in a first aircraft that is in-flight, wherein the method is performed by a network node of the cellular telecommunications system, the method comprising: determining an aircraft position, an aircraft velocity, and an aircraft direction for the first aircraft; for each candidate cell of a plurality of candidate cells, using at least one of the aircraft position, the aircraft velocity and the aircraft direction to predict a level of Doppler shift that would result from a beam directed from the candidate cell to the first aircraft; selecting the target cell from the plurality of candidate cells by identifying which of the plurality of candidate cells minimizes an amount of change between the predicted Doppler shift and a present serving cell Doppler shift through a candidate handover from the serving cell to the candidate cell, and selecting the identified candidate cell as the target cell; and signaling the target cell to prepare for a handover of responsibility for serving the wireless communication equipment. determining an aircraft position, an aircraft velocity, and an aircraft direction for the first aircraft; for each candidate cell of a plurality of candidate cells, using at least one of the aircraft position, the aircraft velocity and the aircraft direction to predict a level of Doppler shift that would result from a beam directed from the candidate cell to the first aircraft; selecting the target cell from the plurality of candidate cells by identifying which of the plurality of candidate cells minimizes an amount of change between the predicted Doppler shift and a present serving cell Doppler shift through a candidate handover from the serving cell to the candidate cell, and selecting the identified candidate cell as the target cell; and signaling the target cell to prepare for a handover of responsibility for serving the wireless communication equipment.
Applicator for intraoperative radiotherapy, which has a receptacle for receiving an irradiation probe and an insertion opening for inserting the irradiation probe into the receptacle , characterized in that the insertion opening is closed with a seal , and in that there is a first machine-readable information store which is at least partially arranged on the seal in such a manner that removal or destruction of the seal removes the ability to read the information store .
Method for cleaning fumes containing nitrogen oxides, wherein the fumes to be treated (1; 1001), into which an alkaline reagent is introduced in order to remove acidic compounds therefrom, pass in succession through a gas-solid separator (201; 1201) and a catalytic denitrification reactor (301; 1301), and wherein at least 80% by mass of the solid residues (5; 1005) collected by the gas-solid separator (201; 1201) are sent to an activation reactor (101; 1101): - from which there leaves a stream (10; 1010) which is recycled into the fumes to be treated (1; 1001) upstream of the gas-solid separator, - to which there are also sent a first stream of urea and a stream (11; 1011) containing water, and - wherein, at the same time, the alkaline reagent contained in the solid residues passing therethrough is reactivated and the urea is at least partially decomposed to generate reactive species which are used by the denitrification reactor (301; 1301). - from which there leaves a stream (10; 1010) which is recycled into the fumes to be treated (1; 1001) upstream of the gas-solid separator, - to which there are also sent a first stream of urea and a stream (11; 1011) containing water, and - wherein, at the same time, the alkaline reagent contained in the solid residues passing therethrough is reactivated and the urea is at least partially decomposed to generate reactive species which are used by the denitrification reactor (301; 1301).
A thermoplastic resin composition comprising: at least a thermoplastic resin; and an inorganic filler, the thermoplastic resin comprising polypropylene having no long chain branching structure (B) and polypropylene having a long chain branching structure (A) in a mass ratio of 80:20 to 98:2, wherein a blend ratio of the thermoplastic resin and the inorganic filler in the thermoplastic resin composition is 50:50 to 10:90 in a mass ratio, and wherein the long chain branch represents propylene-based polymer residues having a carbon number of five or more and branched from the main chain of the propylene-based polymer. at least a thermoplastic resin; and an inorganic filler, the thermoplastic resin comprising polypropylene having no long chain branching structure (B) and polypropylene having a long chain branching structure (A) in a mass ratio of 80:20 to 98:2, wherein a blend ratio of the thermoplastic resin and the inorganic filler in the thermoplastic resin composition is 50:50 to 10:90 in a mass ratio, and wherein the long chain branch represents propylene-based polymer residues having a carbon number of five or more and branched from the main chain of the propylene-based polymer.
A method comprising: obtaining an indication of pressure applied to a key of a keyboard ; and determining that the pressure applied to the key is a key strike, in response to both (a) the pressure applied to the key rising to a key press threshold amount, and, (b) within a particular amount of time of the pressure applied to the key rising to the key press threshold amount, the pressure applied to the key also rising to a selection threshold amount or the pressure applied to the key rising to a threshold rate, the selection threshold amount being greater than the key press threshold amount. obtaining an indication of pressure applied to a key of a keyboard ; and determining that the pressure applied to the key is a key strike, in response to both (a) the pressure applied to the key rising to a key press threshold amount, and, (b) within a particular amount of time of the pressure applied to the key rising to the key press threshold amount, the pressure applied to the key also rising to a selection threshold amount or the pressure applied to the key rising to a threshold rate, the selection threshold amount being greater than the key press threshold amount.
A microfluidic channel comprising: a plurality of microstructures within the microfluidic channel; and a plurality of microstructure free regions at which one or more vortexes are generated in response to fluid flow, wherein each microstructure free region is free of the plurality of microstructures and comprises at least a cylindrical volume having a height of the microfluidic channel and a base having a diameter at least 20% a width of the microfluidic channel, wherein a microstructure free region is separated from another microstructure free region by at least one column of microstructures along a length of the microfluidic channel, wherein a number of microstructures in adjacent columns increases or is repeated until a column consisting of a maximum number of microstructures in a microstructure pattern, after which the number of microstructures in each adjacent column decreases or is repeated until a column consisting of the minimum number of microstructures in the microstructure pattern, after which a whole set of columns is repeated; and wherein the microfluidic channel is coated with a non-fouling layer and a set of binding moieties configured to selectively bind particles of interest. a plurality of microstructures within the microfluidic channel; and a plurality of microstructure free regions at which one or more vortexes are generated in response to fluid flow, wherein each microstructure free region is free of the plurality of microstructures and comprises at least a cylindrical volume having a height of the microfluidic channel and a base having a diameter at least 20% a width of the microfluidic channel, wherein a microstructure free region is separated from another microstructure free region by at least one column of microstructures along a length of the microfluidic channel, wherein a number of microstructures in adjacent columns increases or is repeated until a column consisting of a maximum number of microstructures in a microstructure pattern, after which the number of microstructures in each adjacent column decreases or is repeated until a column consisting of the minimum number of microstructures in the microstructure pattern, after which a whole set of columns is repeated; and wherein the microfluidic channel is coated with a non-fouling layer and a set of binding moieties configured to selectively bind particles of interest.
Continuous reductive dehydroxymethylation process for the preparation of alkanes from primary aliphatic alcohols, having 3 to 25 carbon atoms, in the presence of hydrogen and a catalyst in a reactor at a pressure of ≥ 2 bar, characterized in that the dehydroxymethylation takes place in the vapor phase.
Method for regulating a temperature control of a drive system ; wherein the drive system has at least one gearing with a first device for controlling the temperature of the gearing , and a drive unit ; wherein the first device is operated in accordance with a changing setpoint temperature of the drive unit ; wherein the first device is set into operation and therefore the gearing is heated when an actual temperature of the drive unit has reached at least one upper first limit temperature , wherein operation of the first device is stopped when the actual temperature of the drive unit corresponds at most to a lower first limit temperature , wherein an upper limit temperature is greater than a lower limit temperature at every time ; characterized in that the method comprises at least the following steps: a) determining a change of the setpoint temperature from a first setpoint temperature to a second setpoint temperature ; b) changing at least the upper first limit temperature into an upper second limit temperature or the lower first limit temperature into a lower second limit temperature , in each case in accordance with the change of the setpoint temperature , such that the second limit temperature differs from the first limit temperature . a) determining a change of the setpoint temperature from a first setpoint temperature to a second setpoint temperature ; b) changing at least the upper first limit temperature into an upper second limit temperature or the lower first limit temperature into a lower second limit temperature , in each case in accordance with the change of the setpoint temperature , such that the second limit temperature differs from the first limit temperature .