mhurhangee/patent-ind-claim-en huggingface dataset:
Door, in particular front door, having a circumferential frame as a carrier profile and at least one door leaf with a circumferential leaf profile, wherein the at least one door leaf has a door panel and wherein the door leaf has on its outer side an outer cover layer which is detachably fastened to the leaf profile and covers the leaf, wherein a first retaining profile , which is firmly connected to the outer cover layer , serves to connect the leaf profile and the outer cover layer , and wherein the first retaining profile has at least one web , the end of which is provided with at least one widening or circumferential taper in each case, which can be latched to the leaf profile via at least one clamping element associated with the outer cover layer , the door leaf having on its inner side an inner cover layer which is detachably fastened to the leaf profile and covers the leaf, a second retaining profile , which is firmly connected to the inner cover layer , serves to connect the leaf profile and the inner cover layer , and wherein the second retaining profile has at least one web , the end of each of which is provided with at least one widening or circumferential taper, which can be latched to the leaf profile via at least one clamping element associated with the inner cover layer , characterized in that the leaf profile has a retaining element with a retaining groove at its end facing away from the frame and that the at least one clamping element associated with the inner cover layer is arranged in the retaining groove .
A method comprising: detecting a gesture slide input relative to a display device of a computing device , the gesture slide input being applied by a finger of a user and starting on a displayed object touched by the finger, the display device displaying content which is pannable into a single panning direction; ascertaining whether a direction of the gesture slide input is different from the panning direction; and responsive to the gesture slide input being in a direction that is different from the panning direction, performing a drag operation on the object , and based on a travel distance of the object during the drag operation performing one of the following operations: if the travel distance exceeds a first distance threshold and is less than a second distance threshold, and then the finger is lifted from the display device, selecting the object and sliding the object back to its original position; if the travel distance exceeds the second distance threshold and is less than a third distance threshold , moving the object slower than the finger moves on the display device, and selecting the object if the finger is then lifted from the display device; and if the travel distance exceeds the third distance threshold , enabling the user to drag and drop the object in any direction. detecting a gesture slide input relative to a display device of a computing device , the gesture slide input being applied by a finger of a user and starting on a displayed object touched by the finger, the display device displaying content which is pannable into a single panning direction; ascertaining whether a direction of the gesture slide input is different from the panning direction; and responsive to the gesture slide input being in a direction that is different from the panning direction, performing a drag operation on the object , and based on a travel distance of the object during the drag operation performing one of the following operations: if the travel distance exceeds a first distance threshold and is less than a second distance threshold, and then the finger is lifted from the display device, selecting the object and sliding the object back to its original position; if the travel distance exceeds the second distance threshold and is less than a third distance threshold , moving the object slower than the finger moves on the display device, and selecting the object if the finger is then lifted from the display device; and if the travel distance exceeds the third distance threshold , enabling the user to drag and drop the object in any direction.
An apparatus for one or more of producing a sound output wave and transducing a sound input wave, the apparatus comprising a piezoelectric diaphragm positioned between opposing first and second electrodes, the piezoelectric diaphragm comprising a stack of graphene oxide layers characterised in that the stack of graphene oxide layers is between respective electrode-engaging layers of reduced graphene oxide formed from one or more outer layers of graphene oxide on opposing sides of the stack which have been reduced, wherein one or more of the graphene oxide layers have a clamped structural configuration with a carbon/oxygen ratio of 2:1 or 4:1.
Mobile robot comprising: - a mobile base , comprising a base that rests on at least three wheels that has a control system configured to control the characteristics of the movement of the mobile base , and - a bearing system configured to be grasped by an individual, the bearing system being configured to pivot freely relative to the mobile base about a vertical axis of rotation (A22), characterized in that the robot comprises at least a first sensor configured to detect at least one characteristic of a movement of rotation of the bearing system relative to the mobile base induced by a person walking next to the mobile base, the control system modifying the path of the robot as a function of the characteristic of the movement of rotation of the bearing system that is detected by the first sensor . - a mobile base , comprising a base that rests on at least three wheels that has a control system configured to control the characteristics of the movement of the mobile base , and - a bearing system configured to be grasped by an individual, the bearing system being configured to pivot freely relative to the mobile base about a vertical axis of rotation (A22), characterized in that the robot comprises at least a first sensor configured to detect at least one characteristic of a movement of rotation of the bearing system relative to the mobile base induced by a person walking next to the mobile base, the control system modifying the path of the robot as a function of the characteristic of the movement of rotation of the bearing system that is detected by the first sensor .
A microfluidic assay system comprising a microfluidic cartridge and an associated microfluidic operator system , said microfluidic cartridge comprises a base part , having a first face and a second opposite face and with a recess in the first face and a foil fixed to the base part to cover the recess and to form a foil face of said microfluidic cartridge, wherein the base part with the recess and the foil forms a flow channel and a sink , the flow channel has a length and comprises a reaction section and an upstream end and a downstream end, wherein the sink is in fluid communication with the flow channel downstream to the reaction section and the microfluidic cartridge comprises an inlet opening into said flow channel upstream to the reaction section , said operator system comprises a piston , a temperature regulating element and an actuator positioned such that said foil face of said microfluidic cartridge is adapted to be positioned in contact with said operative system with said reaction section in close proximity to said temperature regulating element while said actuator is associated to the sink section to depress the foil covering said sink section and said piston is associated to the flow channel at an upstream valve section to depress the foil to close off the flow channel upstream to the reaction section .
A hair applicator for the application of liquids, in particular of medical liquids, hair dye, hair-care products and/or skin care products for the scalp, the hair applicator comprising a container defining a volume for storing the liquids, in particular a bottle, the container having a neck , a cap configured to close the container at the neck and having two application tips with one application nozzle each for the application of the liquids, wherein the hair applicator comprises a valve configured to close the application nozzles , wherein the valve comprises the cap which is hollow and an inner part that is encompassed by the cap and rotatably attached to the neck of the container and that has a valve member configured to close the application nozzles , wherein the cap is connected to the neck of the container such that a rotational movement of the cap is translated into an axial movement of the application nozzles away from the container along a longitudinal axis of the hair applicator , wherein the cap is axially movable between a first closed position and a second open position by rotation of the cap , and wherein the inner part has a fork-like shape with two legs extending axially and configured to be housed in the cap , wherein the legs have a free end facing away from the neck of the container , wherein the free ends of the legs form the valve member .
A poly(β-aminoester) compound of the formula: wherein m and n are integers different than 0.
A cleaning system for a combine harvester having an adjustable throwing angle, the cleaning system comprising: a shoe for holding a sieve of the cleaning system; a mounting surface disposed on the shoe ; and a rocker arm either movably or removably connected to the mounting surface , characterized in that the rocker arm being configured to be mounted to the mounting surface at at least two different locations on the mounting surface , each location resulting in a different throwing angle (A) of the shoe of the cleaning system . a shoe for holding a sieve of the cleaning system; a mounting surface disposed on the shoe ; and a rocker arm either movably or removably connected to the mounting surface , characterized in that the rocker arm being configured to be mounted to the mounting surface at at least two different locations on the mounting surface , each location resulting in a different throwing angle (A) of the shoe of the cleaning system .
Headlamp for a motor vehicle, comprising a light module movably mounted in a housing and adjusting means for adjusting the spatial position of the light module in the housing , wherein the light module is arranged on a beam which is pivotable about a horizontal and a vertical axis (y, z), which beam is coupled to the adjusting means comprising an adjusting mechanism and an actuator moving the adjusting mechanism , wherein the adjusting mechanism is designed in such a way that during operation of the actuator separate pivoting of the beam takes place both about the horizontal and about the vertical axis (y, z), characterised in that the adjusting mechanism has a first and a second movable adjusting element which are each coupled to the beam , wherein the beam is pivotable about the horizontal axis (y) via the first adjusting element and about the vertical axis (z) via the second adjusting element and of which the first adjusting element is movable via the actuator to pivot about one axis (y) and during the movement can be brought temporarily into operative connection with the second adjusting element to pivot about the other axis (z).
A magnetocaloric machine comprising at least one active element based on magnetocaloric material, a magnetic arrangement intended to subject said active element to a variable magnetic field (H), creating alternately in said active element a magnetocaloric heating cycle and a magnetocaloric cooling cycle, a solid heat-transport member in thermal contact with said active element , a drive device arranged to create a relative reciprocating movement between said heat-transport member and said active element , and at least one heat exchanger for transferring the thermal energy collected by said heat-transport member to at least one external device located outside said magnetocaloric machine , characterised in that said active element comprises a stack of parallel blades , in that said heat-transport member comprises a stack of parallel plates , interposed between the blades of the active element with a functional clearance (J), in that the length (L4) of the plates of the heat-transport member is greater than the length (L2) of the blades of the active element so that the emerging part of said plates of the heat-transport member forms at least in part said at least one heat exchanger , and in that said drive device is coupled to said plates of the heat-transport member or to said blades of the active element in order to move them in alternating translation (T) parallel to themselves.
A communication method, comprising: receiving , by a source base station , a first data packet from a core network device; receiving , by a target base station , a second data packet from the core network device, wherein the second data packet is a duplicate of the first data packet, and the first data packet and the second data packet each comprise a first index; sending , by the source base station , first indication information to the target base station , wherein the first indication information indicates a mapping relationship between the first index and a second index; sending , by the source base station , a third data packet to a user equipment, UE , in response to the first data packet; and sending , by the target base station , a fourth data packet to the UE in response to the second data packet, wherein the third data packet and the fourth data packet each comprise the second index, wherein the method further comprises: receiving, by the source base station , second indication information from the core network device; and in response to the second indication information, determining, by the source base station , the mapping relationship between the first index and the second index based on the first index, and wherein the second indication information is comprised in the first data packet. receiving , by a source base station , a first data packet from a core network device; receiving , by a target base station , a second data packet from the core network device, wherein the second data packet is a duplicate of the first data packet, and the first data packet and the second data packet each comprise a first index; sending , by the source base station , first indication information to the target base station , wherein the first indication information indicates a mapping relationship between the first index and a second index; sending , by the source base station , a third data packet to a user equipment, UE , in response to the first data packet; and sending , by the target base station , a fourth data packet to the UE in response to the second data packet, wherein the third data packet and the fourth data packet each comprise the second index, wherein the method further comprises: receiving, by the source base station , second indication information from the core network device; and in response to the second indication information, determining, by the source base station , the mapping relationship between the first index and the second index based on the first index, and wherein the second indication information is comprised in the first data packet. receiving, by the source base station , second indication information from the core network device; and in response to the second indication information, determining, by the source base station , the mapping relationship between the first index and the second index based on the first index, and wherein the second indication information is comprised in the first data packet.
An electronic apparatus with power over coaxial cable function, comprising: a transmission port , coupled to a coaxial cable to perform power and data transmission; and a low-pass filter , coupled to the transmission port to receive a mixed signal (MS) from the coaxial cable , and filtering the mixed signal (MS) to obtain a first power (PW1); the electronic apparatus being characterized in further comprising: a dynamic impedance circuit , coupled to the low-pass filter to receive and store the first power (PW1) and provide a second power (PW2) accordingly; and a switching power converter , coupled to the dynamic impedance circuit to receive the second power (PW2), and converting a voltage of the second power (PW2) to generate an operation power (PWS) required for operation of the electronic apparatus , wherein the dynamic impedance circuit changes an impedance of the dynamic impedance circuit dynamically in response to a current change of the second power (PW2), so as to prevent a noise of the switching power converter from being feedback to the transmission port . a transmission port , coupled to a coaxial cable to perform power and data transmission; and a low-pass filter , coupled to the transmission port to receive a mixed signal (MS) from the coaxial cable , and filtering the mixed signal (MS) to obtain a first power (PW1); the electronic apparatus being characterized in further comprising: a dynamic impedance circuit , coupled to the low-pass filter to receive and store the first power (PW1) and provide a second power (PW2) accordingly; and a switching power converter , coupled to the dynamic impedance circuit to receive the second power (PW2), and converting a voltage of the second power (PW2) to generate an operation power (PWS) required for operation of the electronic apparatus , a dynamic impedance circuit , coupled to the low-pass filter to receive and store the first power (PW1) and provide a second power (PW2) accordingly; and a switching power converter , coupled to the dynamic impedance circuit to receive the second power (PW2), and converting a voltage of the second power (PW2) to generate an operation power (PWS) required for operation of the electronic apparatus , wherein the dynamic impedance circuit changes an impedance of the dynamic impedance circuit dynamically in response to a current change of the second power (PW2), so as to prevent a noise of the switching power converter from being feedback to the transmission port .
An agricultural distributor machine for distributing a granular or grainy material such as fertiliser or seed, having a transport system for transporting a gas flow, wherein the transport system has a hose connection device, said hose connection device comprising: - a hose line having an elastic, dimensionally stable hose through which a gas flow is transported; - a plug receptacle in which a plug opening is arranged in a surrounding wall ; and - a plug component with an opening for transporting the gas flow, wherein the plug component can be inserted into the plug opening with a proximal end portion and wherein a hose end of the elastic, dimensionally stable hose is received at a distal end portion , wherein the proximal end portion has at least one flexible tongue with a locking protrusion ; wherein an edge of the wall surrounding the plug opening has a saddle shape on one side facing away from the plug component , such that first edge sections , which are opposite to each other along a first imaginary connecting line crossing the plug opening , are recessed relative to second edge sections , which are opposite to each other along a second imaginary connecting line crossing the plug opening , which extends transversely to the first imaginary connecting line; wherein, when the proximal end portion is inserted into the plug opening , the plug component can be rotated between a coupling position, in which the locking protrusion of the flexible tongue reaches behind the edge in the area of one of the first edge sections in a locking position, and an uncoupling position, in which the flexible tongue is pushed inward, such that the locking protrusion in a non-locking position is arranged at least partially on an interior surface of the surrounding wall facing the plug opening in the area adjacent to one of the second edge sections and is pre-tensioned against the interior surface ; and wherein a ramp mechanism with ramps allocated to each other is provided on the plug receptacle and the plug component , in which the ramps slide on top of each other at least during the transition from the coupling position to the uncoupling position effected by means of the rotation of the plug receptacle relative to the plug component about a rotational axis, thereby moving the plug receptacle and the plug component away from each other in the axial direction of the rotational axis. - a hose line having an elastic, dimensionally stable hose through which a gas flow is transported; - a plug receptacle in which a plug opening is arranged in a surrounding wall ; and - a plug component with an opening for transporting the gas flow, wherein the plug component can be inserted into the plug opening with a proximal end portion and wherein a hose end of the elastic, dimensionally stable hose is received at a distal end portion , wherein the proximal end portion has at least one flexible tongue with a locking protrusion ;
A method for preparing a liquid composition comprising living green microalgae to improve plant growth, wherein the method comprises: - culturing green microalgae in an open pond in an aqueous medium; - harvesting the green microalgae by sedimentation or centrifugation to obtain a liquid composition comprising living green microalgae, the liquid composition having a dry matter content in the range of 0.5% w/w to 10% w/w and a sodium content of less than 5 mM, characterized in that the aqueous medium is at pH 10 to pH 12 and comprises less than 5mM sodium and that hydrogen carbonate is supplied as the inorganic carbon source. - culturing green microalgae in an open pond in an aqueous medium; - harvesting the green microalgae by sedimentation or centrifugation to obtain a liquid composition comprising living green microalgae, the liquid composition having a dry matter content in the range of 0.5% w/w to 10% w/w and a sodium content of less than 5 mM, characterized in that the aqueous medium is at pH 10 to pH 12 and comprises less than 5mM sodium and that hydrogen carbonate is supplied as the inorganic carbon source.
A method of introducing naked dsRNA into a seed, the method comprising: (a) priming the seed prior to contacting the seed with the naked dsRNA, wherein said priming is effected by: (i) washing the seed prior to said contacting; and (ii) drying the seed following step (i); (b) directly contacting the seed with a naked dsRNA, wherein the contacting is effected by soaking the seed in a solution comprising a final concentration of 0.1 to 5 μg/μL of naked dsRNA; and (c) shaking the seed in the solution for 4 to 24 hours, wherein the naked dsRNA specifically targets a target gene of interest, wherein the target gene of interest is endogenous to a plant, wherein the dsRNA can be used to down-regulate the target gene of interest, wherein the naked dsRNA is non-transcribable, and whereby the naked dsRNA penetrates the seed, thereby introducing the naked dsRNA into the seed. (a) priming the seed prior to contacting the seed with the naked dsRNA, wherein said priming is effected by: (i) washing the seed prior to said contacting; and (ii) drying the seed following step (i); (i) washing the seed prior to said contacting; and (ii) drying the seed following step (i); (b) directly contacting the seed with a naked dsRNA, wherein the contacting is effected by soaking the seed in a solution comprising a final concentration of 0.1 to 5 μg/μL of naked dsRNA; and (c) shaking the seed in the solution for 4 to 24 hours,
A conjugate comprising a synthetic isolated small activating RNA (saRNA) and a carbohydrate moiety, wherein the saRNA up-regulates the expression of HNF4a gene by at least 20% in the presence of the saRNA compared to the expression of HFN4a gene in the absence of the saRNA, wherein the saRNA comprises: (i) SEQ ID Nos. 133 and 134, or (ii) SEQ ID Nos. 139 and 140. (i) SEQ ID Nos. 133 and 134, or (ii) SEQ ID Nos. 139 and 140.