mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a welding device, carried out on at least one device, including at least one welding device with a welding torch connected to the welding device, - in which a part data set assigned to a determined part is obtained, which predefines welding parameter target values for a welding process to be performed on the part, - in which the welding device is set automatically in accordance with the predefined welding parameter target values for the welding process, - in which the part data set predefines a welding sequence plan for the part, wherein the welding sequence plan predefines an order for a plurality of welding processes to be performed successively on the part and welding parameter target values for the individual welding processes, and - in which the welding device is set automatically in accordance with the predefined welding parameter target values for the individual welding processes successively in the predefined order, characterised in that - in reaction to a predefined user input, the welding device is respectively set in accordance with the predefined welding parameter target values for the welding process which is next according to the predefined order, wherein the predefined user input is a user input on the welding torch such that an operator can successively process the welding sequence plan without having to put down the welding torch to do so. - in which a part data set assigned to a determined part is obtained, which predefines welding parameter target values for a welding process to be performed on the part, - in which the welding device is set automatically in accordance with the predefined welding parameter target values for the welding process, - in which the part data set predefines a welding sequence plan for the part, wherein the welding sequence plan predefines an order for a plurality of welding processes to be performed successively on the part and welding parameter target values for the individual welding processes, and - in which the welding device is set automatically in accordance with the predefined welding parameter target values for the individual welding processes successively in the predefined order, characterised in that - in reaction to a predefined user input, the welding device is respectively set in accordance with the predefined welding parameter target values for the welding process which is next according to the predefined order, wherein the predefined user input is a user input on the welding torch such that an operator can successively process the welding sequence plan without having to put down the welding torch to do so.
An air conditioner indoor unit comprising a casing mounted on a ceiling of a space to be air-conditioned, the casing having a plurality of air outlets (24, 25) configured to blow air in multiple blowing directions in a horizontal blowing mode, wherein the indoor unit further comprises: a load detector configured to detect a heavy-load area to bear a relatively heavy air-conditioning load during a heating mode of operation and a light-load area to bear a lighter air-conditioning load than the heavy-load area from a perimeter zone of the space to be air-conditioned; an air volume adjuster configured to perform an air volume adjustment operation such that a smaller volume of air is blown toward the light-load area than toward the heavy-load area in the horizontal blowing mode; and an operation controller including an air volume controller configured to control the air volume adjustment operation by the air volume adjuster, wherein the air volume adjuster is configured as airflow direction adjusting vanes which are provided for the air outlets (24, 25) and configured to adjust an airflow direction, characterized in that: the air volume controller is configured to, in a heating mode of operation, perform an air volume adjustment operation such that a smaller volume of air is blown toward a light-load area than toward a heavy-load area, the air volume controller being configured to set the airflow direction adjusting vanes for air outlets (24, 25) through which air is blown toward the light-load area at a blowing regulated position, thereby either preventing the air from being blown toward the light-load area or reducing the volume of the air blown toward that direction, and to set the airflow direction adjusting vanes for air outlets (24, 25) through which air is blown toward the heavy-load area at a horizontal blowing position. a load detector configured to detect a heavy-load area to bear a relatively heavy air-conditioning load during a heating mode of operation and a light-load area to bear a lighter air-conditioning load than the heavy-load area from a perimeter zone of the space to be air-conditioned; an air volume adjuster configured to perform an air volume adjustment operation such that a smaller volume of air is blown toward the light-load area than toward the heavy-load area in the horizontal blowing mode; and an operation controller including an air volume controller configured to control the air volume adjustment operation by the air volume adjuster,
A sample carrying device comprising: a sample carrying rod configured to carry a sample in a predetermined direction in a vacuum chamber; a support body supporting the sample carrying rod; a case supporting the support body such that the support body can rotate around a rotational axis perpendicular to the predetermined direction, wherein the case is configured to be coupled to the vacuum chamber; and a seal disposed between the support body and the case and seals the vacuum chamber when the case is coupled to said chamber, characterized in that the sample carrying rod can be switched between a use state where the sample carrying rod can carry the sample and a stowed state where a first end of the sample carrying rod has been moved from a position inside the vacuum chamber to a position outside the vacuum chamber when the sample carrying rod does not carry a sample and the sample carrying rod has been moved to a predetermined position from the use state by rotation of the support body. a sample carrying rod configured to carry a sample in a predetermined direction in a vacuum chamber; a support body supporting the sample carrying rod; a case supporting the support body such that the support body can rotate around a rotational axis perpendicular to the predetermined direction, wherein the case is configured to be coupled to the vacuum chamber; and a seal disposed between the support body and the case and seals the vacuum chamber when the case is coupled to said chamber, characterized in that the sample carrying rod can be switched between a use state where the sample carrying rod can carry the sample and a stowed state where a first end of the sample carrying rod has been moved from a position inside the vacuum chamber to a position outside the vacuum chamber when the sample carrying rod does not carry a sample and the sample carrying rod has been moved to a predetermined position from the use state by rotation of the support body.
A film dispenser comprising a container in which a film tape, rolled up on a core to form a film roll, is stored, wherein the container comprises a retrieval opening for pulling out an end portion of the film tape, and a separating device, spaced apart from said retrieval opening, for severing a pulled-out end portion of the film tape, wherein a support element protrudes on a contact face of the container, which is arranged between the retrieval opening and the separating device, said support element is movable such that its projecting height in relation to the contact face is variable, wherein the container is configured as a folded box having a flap lid, the retrieval opening is an intermediate space between the flap lid and a front wall of the folded box, the support element is a support tongue which is articulated so as to be pivotable on the front wall, wherein the container comprises an actuation element which is movable relative to the support element and which interacts with the support element in the form of the flap lid with an entrainment member, wherein the entrainment member of the actuation element is configured on a front tab of the flap lid that overlaps the support tongue when the flap lid is closed, characterised in that the entrainment member comprises a recess on the front tab into which the support tongue projects when the flap lid is closed, wherein an edge portion of the front tab which delimits the recess and the edge of the support tongue undercut in such a manner that the entrainment member, by exerting a deflection force on the support element, increases the projecting height thereof in relation to the contact face when the flap lid is opened such that an end portion of the film can be more easily grasped.
A method for homodyne reception, wherein a coherent mixer combines a received optical signal with a baseline optical signal delivered by a local oscillator whose wavelength is within a predefined interval around the wavelength of the received optical signal in order to produce interference signals corresponding to a beat between the received optical signal and the baseline signal and intended to be detected by photodiodes, wherein said local oscillator (17, 25) comprises a Fabry-Pérot laser cavity comprising a photorefractive holographic medium, said received optical signal being supplied to said laser cavity whenever its wavelength varies so as to produce a baseline signal.
A method for managing a computer network, comprising: performing data collection configuration for at least one network node of the computer network belonging to a set of one or more network nodes corresponding to a first depth level of a routing tree that represents nodes of the computer network and edges respectively corresponding to neighboring relations between two nodes of the computer network and according to which data are transmitted from the nodes to a root node of the computer network, the first depth level corresponding to a number of edges in the routing tree between nodes of the set and the root node, the data collection configuration comprising: - receiving respective first configuration data from at least one child node in the routing tree of the at least one network node of the computer network, wherein the at least child node corresponds to a second depth level of the routing tree which immediately follows the first depth level in a sequence of depth levels of the routing tree; - generating second configuration data based on the received first configuration data, and - transmitting the second configuration data to a parent node in the routing tree of the at least one network node of the computer network, wherein respective first configuration data is received from a plurality of child nodes, each of which correspond to the second depth level, and the generating second configuration data further comprises: combining the received first configuration data, and generating second configuration data based on the combined first configuration data, characterised in that the first configuration data comprise respective first estimates of resources needed for transmitting data from the child nodes to the at least one network node, and wherein the generating the second configuration data further comprises: generating, based on the first estimates, a second estimate of resources needed for transmitting the data collected by one or more child nodes at the second depth level. - receiving respective first configuration data from at least one child node in the routing tree of the at least one network node of the computer network, wherein the at least child node corresponds to a second depth level of the routing tree which immediately follows the first depth level in a sequence of depth levels of the routing tree; - generating second configuration data based on the received first configuration data, and - transmitting the second configuration data to a parent node in the routing tree of the at least one network node of the computer network, wherein respective first configuration data is received from a plurality of child nodes, each of which correspond to the second depth level, and the generating second configuration data further comprises: combining the received first configuration data, and generating second configuration data based on the combined first configuration data,
An EP4 antagonist for use in a method of treatment of NASH-associated liver cancer which comprises administering a pharmaceutically effective amount of the EP4 antagonist to a human or an animal in need thereof.
Fire blanket having a multi-layer structure, the fire blanket having a three-layer structure (10, 11, 12) having a first and third outer layer (10, 12) made of a glass fabric and a second layer which is arranged between said outer layers and comprises bentonite in the form of a fine granulate, characterized in that the fire blanket is stitched through with quilting seams to form chambers in which the bentonite is already introduced between the outer layers during production in each case.
A video decoding method performed by a video decoding apparatus, comprising steps of: obtaining high frequency, HF, filtering information through a bitstream; deriving a frequency domain reconstructed block by performing frequency transform on a reconstructed block of a current block in a spatial domain; deriving a low frequency, LF, component of the frequency domain reconstructed block based on low pass filtering for the frequency domain reconstructed block; deriving a high frequency component of the frequency domain reconstructed block based on the frequency domain reconstructed block and the low frequency component of the frequency domain reconstructed block; filtering the high frequency component based on the HF filtering information; deriving a modified frequency domain reconstructed block based on the filtered high frequency component and the low frequency component; and deriving a modified reconstructed block of the spatial domain for the current block based on frequency inverse transform for the modified frequency domain reconstructed block, wherein if a size of the frequency domain reconstructed block is NxN, coordinates of a top-left frequency component of the frequency domain reconstructed block are {0, 0}, and a threshold of the low frequency component is n, transform coefficients belonging to transform coefficients within the frequency domain reconstructed block and included in a region within an n-th column in an x axis and within an n-th row in a y axis are included in the low frequency component, and wherein the frequency transform is a block based discrete cosine transform, DCT. obtaining high frequency, HF, filtering information through a bitstream; deriving a frequency domain reconstructed block by performing frequency transform on a reconstructed block of a current block in a spatial domain; deriving a low frequency, LF, component of the frequency domain reconstructed block based on low pass filtering for the frequency domain reconstructed block; deriving a high frequency component of the frequency domain reconstructed block based on the frequency domain reconstructed block and the low frequency component of the frequency domain reconstructed block; filtering the high frequency component based on the HF filtering information; deriving a modified frequency domain reconstructed block based on the filtered high frequency component and the low frequency component; and deriving a modified reconstructed block of the spatial domain for the current block based on frequency inverse transform for the modified frequency domain reconstructed block, wherein if a size of the frequency domain reconstructed block is NxN, coordinates of a top-left frequency component of the frequency domain reconstructed block are {0, 0}, and a threshold of the low frequency component is n, transform coefficients belonging to transform coefficients within the frequency domain reconstructed block and included in a region within an n-th column in an x axis and within an n-th row in a y axis are included in the low frequency component, and wherein the frequency transform is a block based discrete cosine transform, DCT.
A universal monitoring device for monitoring one or more state variables of a vehicle tire, comprising at least one sensor for detecting a state variable of the vehicle tire; at least one transmitter for transmitting a wireless, coded signal depending on the detected state variable; at least one control device which is connected to the sensor and the transmitter in order to control the detection of the state variable and the transmission of the signal; wherein a memory is assigned to or integrated into the control device, in which memory a computer program executable by the control device is stored, which controls the detection of the state variable and the transmission of the signal; characterized in that the computer program comprises a plurality of function modules, activatable individually or in groups, which are configured to modify the content and the coding of the signal to be transmitted in dependence of their activation or deactivation; a receiver is assigned to the control device for receiving a parameter set; the memory is configured to store the parameter set received by the receiver, and the computer program is configured to activate and deactivate its function modules in dependence of parameters of the stored parameter set and to determine the modification in the content and the coding of the signal to be transmitted by the function modules in dependence of parameters of the stored parameter set.
Plug-in connector for connection to a circuit carrier, comprising at least one electrically insulating plug body in which a large number of conducting wires that are spaced apart in a pattern arrangement form, by way of their respective one end, a plug contact scheme for a mating plug and, by way of their respective opposite end, a connection contact scheme for corresponding contact points of the circuit carrier, wherein the conducting wires, at least on the side of the connection contact scheme, are oriented relative to one another in terms of their arrangement by a positioning and/or aligning plate by way of the positioning and/or aligning plate having guide openings that have a common direction and through each of which a conducting wire passes with play, wherein at least one latching connection is formed by the plug body and the positioning and/or aligning plate, by means of which latching connection the plug body and the positioning and/or aligning plate are held in at least one latching position, characterized in that the positioning and/or aligning plate, on the side that faces the connection contact scheme, comprises at least one spring element which, when the plug-in connector is connected to a circuit carrier, is designed to clamp the positioning and/or aligning plate against the circuit carrier in the at least one latching position by means of spring force.
A method for generating a three-dimensional object, particularly a mold, comprising the steps of: - providing a plurality of stamps (1, 2, 3, 4, 5, 6) which have a longitudinal axis, are mounted on a base plate and are displaceable along the longitudinal axis, and a plurality of pins (11, 12, 13, 14, 15, 16), each pin (11, 12, 13, 14, 15, 16) being assigned to a stamp (1, 2, 3, 4, 5, 6) and being mounted on a fixed plate and on a movable plate, - forming a stamp contour by means of the stamps (1, 2, 3, 4, 5, 6) by displacing the individual stamps (1, 2, 3, 4, 5, 6) along their longitudinal axis, said stamps (1, 2, 3, 4, 5, 6) being displaceable by said pins (11, 12, 13, 14, 15, 16), and said pins (11, 12, 13, 14, 15, 16) being displaceable by the movable plate, - determining a residual volume between the stamp contour and a contour of the three-dimensional object, and - applying a fill material to at least one surface of at least one stamp (1, 2, 3, 4, 5, 6), so that the residual volume is filled at least in part with filling material. - providing a plurality of stamps (1, 2, 3, 4, 5, 6) which have a longitudinal axis, are mounted on a base plate and are displaceable along the longitudinal axis, and a plurality of pins (11, 12, 13, 14, 15, 16), each pin (11, 12, 13, 14, 15, 16) being assigned to a stamp (1, 2, 3, 4, 5, 6) and being mounted on a fixed plate and on a movable plate, - forming a stamp contour by means of the stamps (1, 2, 3, 4, 5, 6) by displacing the individual stamps (1, 2, 3, 4, 5, 6) along their longitudinal axis, said stamps (1, 2, 3, 4, 5, 6) being displaceable by said pins (11, 12, 13, 14, 15, 16), and said pins (11, 12, 13, 14, 15, 16) being displaceable by the movable plate, - determining a residual volume between the stamp contour and a contour of the three-dimensional object, and - applying a fill material to at least one surface of at least one stamp (1, 2, 3, 4, 5, 6), so that the residual volume is filled at least in part with filling material.
A method for measuring coagulation of a blood or plasma sample using a viscoelastic test, wherein the measuring comprises rotating a pin in a cup containing the blood or plasma and wherein the measuring is performed in the presence of immobilised endothelial cells.
A cycling training device comprising an electronic control unit and a variable resistance unit for a bicycle characterized in that the variable resistance unit comprises an electrical load and the electrical load comprises a heat sink, and the variable resistance unit is mountable in a wheel of the bicycle, such that the effective rolling resistance of the bicycle is electronically variable whilst the bicycle is ridden a physical distance on a real terrain.
A cleaner comprising: a suction unit that guides dust and air; a main body that includes a dust separation unit for separating dust from air guided through the suction unit and a suction motor to generate a suction force that suctions air, a main body terminal that is mounted on the main body; a handle unit that is slide-coupled to the main body; and a handle terminal mounted on the handle unit and connected to the main body terminal when the handle unit is slide-coupled to the main body, characterized in that the main body includes a wire hole through which a wire for supplying power to the suction motor passes. a suction unit that guides dust and air; a main body that includes a dust separation unit for separating dust from air guided through the suction unit and a suction motor to generate a suction force that suctions air, a main body terminal that is mounted on the main body; a handle unit that is slide-coupled to the main body; and a handle terminal mounted on the handle unit and connected to the main body terminal when the handle unit is slide-coupled to the main body, characterized in that the main body includes a wire hole through which a wire for supplying power to the suction motor passes.