mhurhangee/ep-ind-claims huggingface dataset:
A converter, comprising • a negative DC terminal and a positive DC terminal; • at least three AC terminals (11, 12, 13), each AC terminal being arranged for an associated AC current (i V, i U, i W) to flow through the terminal; • a converter bridge with at least three bridge legs (u, v, w), each bridge leg being associated with one of the at least three AC terminals (11, 12, 13) and being able to connect the associated AC terminal (11, 12, 13) to the negative DC terminal or the positive DC terminal; wherein the converter comprises • a current measurement circuit comprising a current measurement element, the current measurement circuit being configured to guide one or more of the AC currents (i V, i U, i W) flowing through one of the at least three AC terminals (11, 12, 13) through the current measurement element; wherein the current measurement circuit is connected to the at least three AC terminals (11, 12, 13) and the negative DC terminal, and each lower branch and each lower switch of the converter bridge have an associated switch (S U,N2; S V,N2; S W,N2) of the current measurement circuit which is connected to the same AC terminal (11, 12, 13), characterised in that the converter is configured to measure one of the AC currents (i V, i U, i W) flowing through one of the AC terminals (11, 12, 13) by closing the associated switch of the current measurement circuit instead of the associated lower switch of the converter bridge. • a negative DC terminal and a positive DC terminal; • at least three AC terminals (11, 12, 13), each AC terminal being arranged for an associated AC current (i V, i U, i W) to flow through the terminal; • a converter bridge with at least three bridge legs (u, v, w), each bridge leg being associated with one of the at least three AC terminals (11, 12, 13) and being able to connect the associated AC terminal (11, 12, 13) to the negative DC terminal or the positive DC terminal; • a current measurement circuit comprising a current measurement element, the current measurement circuit being configured to guide one or more of the AC currents (i V, i U, i W) flowing through one of the at least three AC terminals (11, 12, 13) through the current measurement element;
A method for contact drying rotary-peeled or cut wood veneers whereby a green wood veneer, which has a green moisture content, is heated while simultaneously being compressed whereupon the result is dried wood veneer characterized in that: - said green wood veneer is fed in between and placed in contact with a first belt assembly and a second belt assembly, the first belt assembly of which comprises a first metal belt, and the second belt assembly comprises a second metal belt together with at least one porous screen band or a porous surface section between the second metal belt and the wood veneer; - the first metal belt is heated to a first temperature and the second metal belt is cooled to a second temperature that is lower than said first temperature by a temperature difference (ΔT); - the belt assemblies (3, 4) are pressed towards each other during said heating and cooling whereupon a compression pressure is applied to the wood veneer between them from said first metal belt and said screen band or surface section; - water separated from the wood veneer due to the effect of the first temperature is allowed to condense into said screen band or into said surface section due to the effect of the second temperature; and - the wood veneer hence dried is removed from between the first belt assembly and the second belt assembly. - said green wood veneer is fed in between and placed in contact with a first belt assembly and a second belt assembly, the first belt assembly of which comprises a first metal belt, and the second belt assembly comprises a second metal belt together with at least one porous screen band or a porous surface section between the second metal belt and the wood veneer; - the first metal belt is heated to a first temperature and the second metal belt is cooled to a second temperature that is lower than said first temperature by a temperature difference (ΔT); - the belt assemblies (3, 4) are pressed towards each other during said heating and cooling whereupon a compression pressure is applied to the wood veneer between them from said first metal belt and said screen band or surface section; - water separated from the wood veneer due to the effect of the first temperature is allowed to condense into said screen band or into said surface section due to the effect of the second temperature; and - the wood veneer hence dried is removed from between the first belt assembly and the second belt assembly.
A glucoamylase variant, comprising a substitution at position T43, wherein the position corresponds to amino acid positions in the amino acid sequence set forth in SEQ ID NO: 3; and wherein the variant comprises at least one of the following combinations of substitutions: T43K+S95P+A121P+Y295W+Q318Y; V18M+T43K+S95P+A121P+Y295W+Q318Y; D4R+T43K+S95P+A121P+Y295W+Q318Y; S5V+T43K+S95P+A121P+Y295W+Q318Y; I13S+T43K+S95P+A121P+Y295W+Q318Y; wherein the variant has glucoamylase activity and wherein the variant has at least 75%, at least 80%, at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, but less than 100% sequence identity to the polypeptide of SEQ ID NO: 3, and the variants have increased melting temperature measured by TSA of at least 2°C, particularly at least 3°C compared to the glucoamylase of SEQ ID NO: 3. T43K+S95P+A121P+Y295W+Q318Y; V18M+T43K+S95P+A121P+Y295W+Q318Y; D4R+T43K+S95P+A121P+Y295W+Q318Y; S5V+T43K+S95P+A121P+Y295W+Q318Y; I13S+T43K+S95P+A121P+Y295W+Q318Y; wherein the variant has glucoamylase activity and wherein the variant has at least 75%, at least 80%, at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, but less than 100% sequence identity to the polypeptide of SEQ ID NO: 3, and the variants have increased melting temperature measured by TSA of at least 2°C, particularly at least 3°C compared to the glucoamylase of SEQ ID NO: 3.
A system for providing a virtual reality, VR, space, the system comprising: a mobile computing device including a touchscreen, the touchscreen including a plurality of infrared, IR, pixels embedded within the touchscreen; and a VR headset operatively coupled to the mobile computing device and including: a screen for displaying the VR space; and an IR sensor configured to detect output from the plurality of IR pixels; wherein the mobile computing device is configured to: execute a VR application; provide content for display on the screen of the VR headset J in the VR space; and be used as a controller in the VR space; and the VR headset is configured to: track a position and orientation of the mobile computing device relative to the VR headset using the output from the plurality of IR pixels; and provide real-time position and orientation data to the VR application so that the VR application can render the mobile computing device in real-time in the VR space in the detected position and orientation in order to be used as a controller in the VR space. a mobile computing device including a touchscreen, the touchscreen including a plurality of infrared, IR, pixels embedded within the touchscreen; and a VR headset operatively coupled to the mobile computing device and including: a screen for displaying the VR space; and an IR sensor configured to detect output from the plurality of IR pixels; wherein a screen for displaying the VR space; and an IR sensor configured to detect output from the plurality of IR pixels; wherein the mobile computing device is configured to: execute a VR application; provide content for display on the screen of the VR headset J in the VR space; and be used as a controller in the VR space; and execute a VR application; provide content for display on the screen of the VR headset J in the VR space; and be used as a controller in the VR space; and the VR headset is configured to: track a position and orientation of the mobile computing device relative to the VR headset using the output from the plurality of IR pixels; and provide real-time position and orientation data to the VR application so that the VR application can render the mobile computing device in real-time in the VR space in the detected position and orientation in order to be used as a controller in the VR space. track a position and orientation of the mobile computing device relative to the VR headset using the output from the plurality of IR pixels; and provide real-time position and orientation data to the VR application so that the VR application can render the mobile computing device in real-time in the VR space in the detected position and orientation in order to be used as a controller in the VR space.
Nozzle, in particular of a valve, with a nipple, wherein the nozzle has a nozzle opening that can be sealed or released by the nipple, and the nozzle opening is limited by a nozzle edge being able to interact with the nipple, and at the nozzle, spaced from the nozzle edge, at least one supporting surface is provided for the nipple, and the supporting surface is spaced from the nozzle edge by a distance area, and the nipple resting on the supporting surface and the nozzle edge freely bridges the distance area, characterized in that the supporting area(s) itself/themselves is/are not plane but convex and is/are a part or a section of a cone or truncated cone, or the nipple has nipple areas that are tilted with reference to a surface normal of a sealing plane defined by the nozzle edge and interact with appropriately tilted supporting surfaces, and that the nipple aged in particular by a multitude of valve switching processes rests on the supporting surface(s).
The recuperator module for ventilation systems, comprising a hexagonal plate heat exchanger whereby the module takes the form of a set of hexagonal plate heat exchangers placed in a casing fitted with a rectangular base and a rectangular top wall parallel thereto, where the base and the top wall are connected to each other with two parallel side walls, and where the hexagonal plate heat exchangers are arranged in the casing in at least one column so that all hexagonal plates of the heat exchangers are parallel to the base and the top wall of the casing, and the longitudinal sections of the ducts within the heat exchangers run parallel to one another and to the side walls of the casing, whereas fixed between the base, the top wall, side walls, and external vertical edges of the columns of the heat exchangers are additional walls (7, 8) which form the inlet and outlet spaces arranged alternately, identical on both sides of the module and partially screened so that each inlet space and each outlet space extends over the entire height of the module characterised in that the casing is a hexagonal casing in which two parallel side walls (7, 8) are in the shape of convex hexagons and where the side walls (7, 8) are additionally connected to each other with two opposite connecting elements at the level of their free apexes.
Method for operating a internal combustion engine having turbocharging and charge air cooling, wherein in a critical operating state (B; E) the charge air volume flow through a charge air cooler is set and/or changed over time by means of at least one charge air cooler valve such that condensation water present in the charge air cooler and/or in the downstream inlet duct is successively fed only in harmless amounts to the combustion chamber and is thus discharged.
A biaxial stretching device comprising: - X direction bars and Y direction bars that are disposed in a grid pattern such that a central section of the grid pattern constitutes a placement location for a rectangular object to be stretched; - a plurality of moveable chucks (26, 28) that are attached to respective X direction bars and Y direction bars so as to be movable along a length direction of a corresponding X direction bar or Y direction bar, and that are each capable of gripping an outer edge of the rectangular object; - a first drive means configured to move the X direction bars and the Y direction bars in directions orthogonal to their respective length directions; the biaxial stretching device being characterised in that it comprises - a second drive means (32, 34) configured to move the moveable chucks (26, 28) in the length direction of the corresponding X direction bar or Y direction bar. - X direction bars and Y direction bars that are disposed in a grid pattern such that a central section of the grid pattern constitutes a placement location for a rectangular object to be stretched; - a plurality of moveable chucks (26, 28) that are attached to respective X direction bars and Y direction bars so as to be movable along a length direction of a corresponding X direction bar or Y direction bar, and that are each capable of gripping an outer edge of the rectangular object; - a first drive means configured to move the X direction bars and the Y direction bars in directions orthogonal to their respective length directions; the biaxial stretching device being characterised in that it comprises - a second drive means (32, 34) configured to move the moveable chucks (26, 28) in the length direction of the corresponding X direction bar or Y direction bar.
Housing for a flexible container for transporting liquids, in particular medicines, which is at least partially lined with an elastic foam (3, 5), characterized in that the housing is of a in essence cuboidal shape and is lined with the foam (3, 5) in such a way that an increase in volume of the container arranged in the housing that occurs upon freezing is at least partially compensated by the foam (3, 5), wherein cover surfaces of the housing being made of steel.
In a network computing environment including a client at a local site and a number of distributed services (120, 121, 122, 124, 130) at a number of remote sites (108, 112, 116), a method of registering the client with a distributed service, the method comprising: pinging one or more distributed services at one or more remote sites; receiving a message from a distributed service from among the one or more distributed services, the message specifying an optimal remote site; and registering with a distributed service at the optimal remote site. pinging one or more distributed services at one or more remote sites; receiving a message from a distributed service from among the one or more distributed services, the message specifying an optimal remote site; and registering with a distributed service at the optimal remote site.
A method performed in a first network node, the method comprising: the first network node receiving a downlink data packet intended for a user equipment, UE; in response to receiving the downlink data packet, the first network node retrieving (812, 814), from a second network node, a list of a plurality of top of service function chain, SFC, nodes, each top of SFC node being a first node in a SFC that is in communication with the first network node; the first network node selecting at least one top of SFC node from the plurality of top of SFC nodes in accordance with predetermined criteria; and the first network node marking the downlink data packet such that the marked downlink data packet is forwarded to the selected top of SFC node. the first network node receiving a downlink data packet intended for a user equipment, UE; in response to receiving the downlink data packet, the first network node retrieving (812, 814), from a second network node, a list of a plurality of top of service function chain, SFC, nodes, each top of SFC node being a first node in a SFC that is in communication with the first network node; the first network node selecting at least one top of SFC node from the plurality of top of SFC nodes in accordance with predetermined criteria; and the first network node marking the downlink data packet such that the marked downlink data packet is forwarded to the selected top of SFC node.
A motion aware mobile device comprising: a motion context logic to determine a motion context of the device based on sensor data, wherein determining the motion context comprises: i) identifying a user's activity selected from the list comprising walking, running, standing, sitting and laying down; ii) determining user's location; and iii) determining whether the user has placed the device in a wearing position; the device further comprising a context-based action logic to manage the device based on the determined motion context. a motion context logic to determine a motion context of the device based on sensor data, wherein determining the motion context comprises: i) identifying a user's activity selected from the list comprising walking, running, standing, sitting and laying down; ii) determining user's location; and iii) determining whether the user has placed the device in a wearing position; the device further comprising a context-based action logic to manage the device based on the determined motion context.
Method for operating a conveyor installation comprising a belt and at least one drive drum for driving said belt, wherein the torque acting on the drive drum is controlled, in order to alter the speed of the belt, within a time window (Δt) that is defined by a first rotational speed (n 1) of the drive drum and a second rotational speed (n 2) of the drive drum, wherein the torque runs steadily within the time window (Δt) and wherein the time window (Δt) is at least as long as the coasting time of the conveyor installation.
Information reproduction system for reproducing navigation information, having the following features: a processor designed to generate a video or control signal so that a display area that is multilayered from the point of view of a user can be reproduced by a display device, wherein the multilayered display area comprises a plurality of three-dimensionally presented display layers, different display layers of the plurality of three-dimensionally presented display layers providing different information for the user, the different information being included in different groups of information, with different display layers providing information from different groups for the user, an output device designed to provide the video or control signal to the display device, wherein the groups include route information, road information, information about roadworks, information about topography, information about nature and information about points of interest, and wherein the different information is related. a processor designed to generate a video or control signal so that a display area that is multilayered from the point of view of a user can be reproduced by a display device, wherein the multilayered display area comprises a plurality of three-dimensionally presented display layers, different display layers of the plurality of three-dimensionally presented display layers providing different information for the user, the different information being included in different groups of information, with different display layers providing information from different groups for the user, an output device designed to provide the video or control signal to the display device, wherein the groups include route information, road information, information about roadworks, information about topography, information about nature and information about points of interest, and wherein the different information is related.
An auxiliary washing machine comprising: a case body configured to be able to support a washing or drying machine;; a drawer configured to be drawable from and insertable into the case body; a tub configured to provide a space to store water and located inside the drawer, the tub having an opening that allows laundry to be introduced into the tub; an inner tub rotatably provided in the tub; and characterized by a locking unit being an electronic unit controlled by a control unit such that the drawer is prevented from being withdrawn from the case body while the inner tub is rotated during the washing operation. a case body configured to be able to support a washing or drying machine;; a drawer configured to be drawable from and insertable into the case body; a tub configured to provide a space to store water and located inside the drawer, the tub having an opening that allows laundry to be introduced into the tub; an inner tub rotatably provided in the tub; and characterized by a locking unit being an electronic unit controlled by a control unit such that the drawer is prevented from being withdrawn from the case body while the inner tub is rotated during the washing operation.
A system for tracking a spatial position of at least one medical instrument within a medical workspace including an anatomical structure of a patient, the system comprising a computer having a processor adapted to perform the steps of: - acquiring, at the processor, instrument position data describing a spatial position of the at least one medical instrument with respect to a first camera, using the first camera which is targeted on the medical workspace, including the at least one medical instrument; - acquiring, at the processor, camera position data describing a spatial position of the first camera with respect to the anatomical structure, using a second camera and at least one optical tracking marker (6, 7) adapted to be recognized by the second camera, characterized in that a) the second camera is rigidly coupled to the first camera, and the at least one optical tracking marker (6, 7) is adapted to be rigidly coupled to the anatomical structure for the acquisition of the camera position data; or b) the second camera is adapted to be coupled to the anatomical structure for the acquisition of the camera position data, and the at least one optical tracking marker (6, 7) is rigidly coupled to the first camera; - determining, by the processor and based on the instrument position data and the camera position data, tracking data describing the spatial position of the at least one medical instrument with respect to the anatomical structure. - acquiring, at the processor, instrument position data describing a spatial position of the at least one medical instrument with respect to a first camera, using the first camera which is targeted on the medical workspace, including the at least one medical instrument; - acquiring, at the processor, camera position data describing a spatial position of the first camera with respect to the anatomical structure, using a second camera and at least one optical tracking marker (6, 7) adapted to be recognized by the second camera, characterized in that a) the second camera is rigidly coupled to the first camera, and the at least one optical tracking marker (6, 7) is adapted to be rigidly coupled to the anatomical structure for the acquisition of the camera position data; or b) the second camera is adapted to be coupled to the anatomical structure for the acquisition of the camera position data, and the at least one optical tracking marker (6, 7) is rigidly coupled to the first camera; - determining, by the processor and based on the instrument position data and the camera position data, tracking data describing the spatial position of the at least one medical instrument with respect to the anatomical structure.