mhurhangee/ep-ind-claims huggingface dataset:
Domestic appliance having a housing and a component arranged in the housing, wherein at least one opening (30, 31, 35) is formed in the housing to allow air to flow in and/or out to cool the component and the component is a compressor of a heat pump of the domestic appliance, characterised by - concealment means for the at least partial concealment of the at least one opening (30, 31, 35), wherein the concealment means comprise a cover element (38, 44) which can be moved between a concealment position in which the cover element (38, 44) at least predominantly conceals the at least one opening (30, 31, 35), and a release position in which the cover element (38, 44) releases the at least one opening (30, 31, 35), - electromechanical drive means (43, 46) for moving the cover element (38, 44) from the concealment position into the release position and back and - a control device for actuating the drive means (43, 46), which is designed to control a duration of a work process of the domestic appliance as a function of the position of the cover element (38, 44). - concealment means for the at least partial concealment of the at least one opening (30, 31, 35), wherein the concealment means comprise a cover element (38, 44) which can be moved between a concealment position in which the cover element (38, 44) at least predominantly conceals the at least one opening (30, 31, 35), and a release position in which the cover element (38, 44) releases the at least one opening (30, 31, 35), - electromechanical drive means (43, 46) for moving the cover element (38, 44) from the concealment position into the release position and back and - a control device for actuating the drive means (43, 46), which is designed to control a duration of a work process of the domestic appliance as a function of the position of the cover element (38, 44).
An apparatus for producing a three-dimensional work piece, the apparatus comprising: - a process chamber accommodating a carrier for receiving a raw material powder, - an irradiation device for selectively irradiating electromagnetic or particle radiation onto the raw material powder on the carrier in order to produce a work piece made of said raw material powder by an additive layer construction method, - a transmission element which allows the transmission of the electromagnetic or particle radiation emitted by the irradiation device into the process chamber, and - a gas inlet for supplying gas to the process chamber and a gas outlet for discharging gas from the process chamber which are configured to generate a protective gas stream (F1, F2) in the process chamber for protecting the transmission element from being contaminated by impurities present in the process chamber, wherein the gas inlet comprises a panel-shaped, gas permeable, porous component provided with randomly distributed openings and forming a gas inlet area of the gas inlet, wherein the panel-shaped, gas permeable, porous component of the gas inlet is arranged in a first side wall of the process chamber, the first side wall of the process chamber being arranged opposed to a second side wall of the process chamber accommodating the gas outlet. - a process chamber accommodating a carrier for receiving a raw material powder, - an irradiation device for selectively irradiating electromagnetic or particle radiation onto the raw material powder on the carrier in order to produce a work piece made of said raw material powder by an additive layer construction method, - a transmission element which allows the transmission of the electromagnetic or particle radiation emitted by the irradiation device into the process chamber, and - a gas inlet for supplying gas to the process chamber and a gas outlet for discharging gas from the process chamber which are configured to generate a protective gas stream (F1, F2) in the process chamber for protecting the transmission element from being contaminated by impurities present in the process chamber,
A system comprising: an external guide catheter configured for intravenously accessing a right ventricle of a beating heart of a patient; a septal puncture tool configured to be inserted through the external guide catheter to create an opening through a septum of the patient's heart between the right ventricle and a left ventricle; a deployment catheter configured to deploy a repair device onto a heart valve; an internal guide catheter configured to be inserted through the external guide catheter and the opening in the septum to position the deployment catheter in the left ventricle when the deployment catheter is inserted through the internal guide catheter; and a sealing device for sealing the opening in the septum, the sealing device including an internal lumen enabling the repair device to extend therethrough from the left ventricle into the right ventricle after being deployed. an external guide catheter configured for intravenously accessing a right ventricle of a beating heart of a patient; a septal puncture tool configured to be inserted through the external guide catheter to create an opening through a septum of the patient's heart between the right ventricle and a left ventricle; a deployment catheter configured to deploy a repair device onto a heart valve; an internal guide catheter configured to be inserted through the external guide catheter and the opening in the septum to position the deployment catheter in the left ventricle when the deployment catheter is inserted through the internal guide catheter; and a sealing device for sealing the opening in the septum, the sealing device including an internal lumen enabling the repair device to extend therethrough from the left ventricle into the right ventricle after being deployed.
A cable duct branch for being mounted in a corner formed between adjacent installation surfaces (18, 60), said cable duct branch comprising a first cable duct connection for the connection of a first cable duct and a second cable duct connection for the connection of a second cable duct, wherein the cable duct branch comprises the first cable duct and the second cable duct, wherein the second cable duct connection is realized in a shared component plane with the first cable duct connection and extends perpendicularly to the first cable duct connection, wherein the cable duct connections (11, 12) are realized as a shell-shaped duct cover having a short leg (20, 21) and a long leg (22, 23) in such a manner that each of the cable duct connections covers a duct base (26, 27) inserted into the cable duct connections, wherein the second cable duct connection has a connection cross section for accommodating the cable duct which is realized smaller than the connection cross section of the first cable duct connection, wherein the second cable duct has a duct base having a mounting back wall and two legs disposed at longitudinal edges (42, 43) of the mounting back wall, namely an outer leg which is disposed adjacently to the short leg of the second cable connection and a wall leg which serves for abutting against an installation surface, wherein the outer leg has a curve in its end region which is adapted to a curve of the second cable duct connection in the transition between the short leg and the long leg, wherein the duct base of the second cable duct has a flattening in the transition between the mounting back wall and the wall leg in order to form a hollow space between the duct base and the corner formed between the installation surfaces (18, 60).
A press roller for a roller press, in particular for comminution of highly abrasive materials, with a roller body, wherein hard bodies are attached as replaceable edge protection elements to one or both roller edges of the roller body, characterised in that the edge protection elements are made completely or partly from a metal matrix composite.
Method for estimating the electrical power consumed by a domestic electric network comprising an electronic energy meter connected to an electrical power distribution grid, the method comprising the steps of: - periodically polling, according to a fixed or variable polling period Tq, the electronic energy meter on a communication channel by means of a device comprising electrical connection elements connected to the domestic electric network, in order to receive, at every polling instant, information comprising at least one parameter related to a power consumption measurement carried out by the electronic energy meter; - calculating or obtaining on-board the device first voltage values (Vce i) and corresponding first current values (Ice i); the method characterised in that it comprises the steps of: - sampling, by means of a voltage measurement circuit provided on-board said device and connected to said electrical connection elements, the voltage of the domestic electric network according to a sampling period Ts less than said polling period to obtain second voltage values (Vdev j, Vdev i); and - determining on-board the device a plurality of estimated values of power consumed (PL ji), between two consecutive polling instants of the electronic meter, as a function of said first voltage values (Vce i), of said first current values (Ice i) and of said second voltage values (Vdev j). - periodically polling, according to a fixed or variable polling period Tq, the electronic energy meter on a communication channel by means of a device comprising electrical connection elements connected to the domestic electric network, in order to receive, at every polling instant, information comprising at least one parameter related to a power consumption measurement carried out by the electronic energy meter; - calculating or obtaining on-board the device first voltage values (Vce i) and corresponding first current values (Ice i); - sampling, by means of a voltage measurement circuit provided on-board said device and connected to said electrical connection elements, the voltage of the domestic electric network according to a sampling period Ts less than said polling period to obtain second voltage values (Vdev j, Vdev i); and - determining on-board the device a plurality of estimated values of power consumed (PL ji), between two consecutive polling instants of the electronic meter, as a function of said first voltage values (Vce i), of said first current values (Ice i) and of said second voltage values (Vdev j).
A forklift overturning prevention method, characterized by, comprising: acquiring a wheel load on a wheel of a forklift; obtaining a center of gravity of the forklift based on wheel loads on all wheels of the forklift; and sending a protection operation instruction when the center of gravity reaches a preset boundary line, characterized in that, the obtaining a center of gravity of the forklift based on wheel loads on all wheels of the forklift comprises: acquiring wheel load information values for four wheels respectively based on wheel loads on the four wheels of the forklift; and obtaining the center of gravity of the forklift based on weights of the four wheels and the wheel load information values for the four wheels, wherein the weights of the four wheels are preset based on positions of the four wheels; or when a sum of wheel loads on two wheels located on a first side is less than or equal to a first preset value, determining that the center of gravity is located on a preset boundary line on a second side, wherein the first side and the second side are opposite sides of the four wheels of the forklift. acquiring a wheel load on a wheel of a forklift; obtaining a center of gravity of the forklift based on wheel loads on all wheels of the forklift; and sending a protection operation instruction when the center of gravity reaches a preset boundary line, characterized in that, the obtaining a center of gravity of the forklift based on wheel loads on all wheels of the forklift comprises: acquiring wheel load information values for four wheels respectively based on wheel loads on the four wheels of the forklift; and obtaining the center of gravity of the forklift based on weights of the four wheels and the wheel load information values for the four wheels, wherein the weights of the four wheels are preset based on positions of the four wheels; or when a sum of wheel loads on two wheels located on a first side is less than or equal to a first preset value, determining that the center of gravity is located on a preset boundary line on a second side, wherein the first side and the second side are opposite sides of the four wheels of the forklift. acquiring wheel load information values for four wheels respectively based on wheel loads on the four wheels of the forklift; and obtaining the center of gravity of the forklift based on weights of the four wheels and the wheel load information values for the four wheels, wherein the weights of the four wheels are preset based on positions of the four wheels; or when a sum of wheel loads on two wheels located on a first side is less than or equal to a first preset value, determining that the center of gravity is located on a preset boundary line on a second side, wherein the first side and the second side are opposite sides of the four wheels of the forklift.
A method for routing Internet of Things, IoT, notifications, comprising: receiving one or more messages, actions, or responses that indicate detected activity or detected proximity associated with one or more users from one or more IoT devices in a personal IoT environment, establishing a user activity and proximity trail from the one or more messages, actions, or responses that indicate the detected activity or the detected proximity associated with the one or more users; identifying a first IoT device in the personal IoT environment located in proximity to at least one of the one or more users based on a probabilistic determination and based on the established user activity and proximity trail in response to a second IoT device in the personal IoT environment reporting one or more notifications; and routing the one or more notifications to the first IoT device. receiving one or more messages, actions, or responses that indicate detected activity or detected proximity associated with one or more users from one or more IoT devices in a personal IoT environment, establishing a user activity and proximity trail from the one or more messages, actions, or responses that indicate the detected activity or the detected proximity associated with the one or more users; identifying a first IoT device in the personal IoT environment located in proximity to at least one of the one or more users based on a probabilistic determination and based on the established user activity and proximity trail in response to a second IoT device in the personal IoT environment reporting one or more notifications; and routing the one or more notifications to the first IoT device.
A method for the objective determination of the total concentration of sperm cells in a semen sample and the proportion of live sperm cells therein, comprising subjecting the semen sample or a diluted subsample of the semen sample to selective staining, wherein the selective staining comprises a fluorochrome binding to DNA and which stains all sperm cells combined with a fluorochrome binding to DNA and which selectively stains dead sperm cells, wherein the sample or subsample is combined with an internal concentration standard means, and the determination of the total concentration of the sperm cells and the proportion of live sperm cells are performed simultaneously by means of a detection means responsive to the selective staining and to the internal concentration standard means, wherein the determination of the total concentration of sperm cells and of the proportion of live sperm cells are performed using the same sample or subsample and are performed simultaneously in the same determination operation.
A trigger suitable for being part of a trigger mechanism of small arms with projectiles, whereby the firearm has a handle that is able to be located so close to the trigger that a shooter holds the handle in their hand, and with a finger of the same hand is able to reach the trigger, which is triggered by pressing of their finger, whereby the trigger is able to be lever mounted or linearly mounted to the trigger mechanism, wherein the trigger consists of a fixed part of the trigger and a pivotal part of the trigger, whereby the fixed part of the trigger is able to be either lever mounted or linearly mounted to the remaining trigger mechanism, whereby the pivotal part of the trigger is pivotally mounted to the fixed part of the trigger and an axis of the pivotally mounting, around which the pivotal part is swinging, lies in a plane, which is defined by a longitudinal axis of a trajectory of a projectile in the firearm and a longitudinal axis of the handle, whereby the axis of the pivotally mounting with respect to the longitudinal axis is at an angle in one or another direction, which is less than 80 degrees, preferably the axis of the pivotally mounting is parallel to the longitudinal axis of the trajectory of the projectile in the firearm, whereby the pivotal part of the trigger in its neutral position, when no force of the shooter's finger is applied to it, essentially extends in the plane, and the pivotal part of the trigger, when the force of the shooter's finger is applied to it, swings from its neutral position around the axis of the pivotally mounting outside the plane by an angle of divergence (α), and wherein the pivotally mounting of the pivotal part to the fixed part of the trigger is configured with a screw with a nut and a bearing, whereby a longitudinal axis of the screw is simultaneously also the axis of the pivotally mounting and a hole is made through the fixed part and the pivotal part of the trigger, through which the screw with the nut is placed, that is integrated in the fixed part or the pivotal part of the trigger, and the bearing is placed between the fixed and the pivotal part of the trigger, which reduces friction between both parts, so that the pivotal part is able to move freely during its swinging motion and wherein said trigger further comprises a spring system (4, 5) that holds the pivotal part in its neutral position, when no force of the shooter's finger is applied, irrespective of the position of the firearm, and returns the pivotal part of the trigger to the neutral position, when the pressure of the finger on the pivotal part subsides, wherein an additional rotating plate is integrated in the pivotal part of the trigger, said additional rotating plate including a chamber, to which a rotating plug is inserted, and the rotating of which is enabled with bearings.
A configuration method for resource sharing among multiple wireless links, the multiple wireless links comprising a first link, a second link and a third link, the method comprising: performing P-Q configuration on a set N formed by a group of continuous units, and determining a set P configured for downlink transmission of the second link and the third link and a set Q configured for uplink transmission of the second link and the third link in the set N; performing U-V configuration on the set N, and determining a set U configured for downlink transmission of the first link and the third link and a set V configured for uplink transmission of the first link and the third link in the set N; and determining a set S, each unit of the set S is flexibly configurable for uplink transmission of the second link and the third link or downlink transmission of the second link and the third link, in the set N, wherein the units are resource units, the set P and the set Q are not intersected, the set U and the set V are not intersected and both belong to a set M, where the set M=N-(P+Q), and the set S=M-(U+V), wherein the first link is a link between a first node and a second node; the second link is a link between the second node and a third node; the third link is a link between the first node and the third node; and directions from the first node to the second node and the third node and from the second node to the third node are downlink directions of corresponding links, and opposite directions of the downlink directions are uplink directions of the corresponding links. performing P-Q configuration on a set N formed by a group of continuous units, and determining a set P configured for downlink transmission of the second link and the third link and a set Q configured for uplink transmission of the second link and the third link in the set N; performing U-V configuration on the set N, and determining a set U configured for downlink transmission of the first link and the third link and a set V configured for uplink transmission of the first link and the third link in the set N; and determining a set S, each unit of the set S is flexibly configurable for uplink transmission of the second link and the third link or downlink transmission of the second link and the third link, in the set N, wherein the units are resource units, the set P and the set Q are not intersected, the set U and the set V are not intersected and both belong to a set M, where the set M=N-(P+Q), and the set S=M-(U+V), wherein the first link is a link between a first node and a second node; the second link is a link between the second node and a third node; the third link is a link between the first node and the third node; and directions from the first node to the second node and the third node and from the second node to the third node are downlink directions of corresponding links, and opposite directions of the downlink directions are uplink directions of the corresponding links.