mhurhangee/ep-ind-claims huggingface dataset:
A method for coating a surface by means of an application member having a plurality of digitally controlled nozzles spraying droplets of a curable liquid to produce a layer (34.2; 34.4, 34.5) of predetermined thickness on the surface, characterized in that the droplets are sprayed in such a way that the layer has at least two colour layer regions (34.2; 34.4) between which a transparent or translucent layer region (34.5) is laterally adjacent, the transparent or translucent layer region (34.5) is formed of a curable liquid different from curable liquids or from a curable liquid from which the colour layer regions are formed, and the colour layer regions and the transparent or translucent layer region are overlaid by a transparent cover layer (34.3). the droplets are sprayed in such a way that the layer has at least two colour layer regions (34.2; 34.4) between which a transparent or translucent layer region (34.5) is laterally adjacent, the transparent or translucent layer region (34.5) is formed of a curable liquid different from curable liquids or from a curable liquid from which the colour layer regions are formed, and the colour layer regions and the transparent or translucent layer region are overlaid by a transparent cover layer (34.3).
Transport device for conveying a product, said transport device including - a movable conveying element for conveying the product, - a stationary running rail which defines a running path for the conveying element, - a first linear motor driving device, - a second linear motor driving device, - wherein the first and second linear motor driving devices (4, 6) for driving the conveying elements are arranged eccentrically on the conveying element and the running rail, - a control device which actuates the two linear motor driving devices (4, 6), characterized by - a sensor device which detects an alignment of the conveying element relative to the running rail and transmits this to the control device, - wherein the first and second linear motor driving devices (4, 6) are set up to drive the conveying element and to exert a torque on the conveying element and - wherein the control device is set up to carry out an alignment of the conveying element as a result of controlling the two linear motor driving devices to apply a torque about a vertical axis of the conveying element. - a movable conveying element for conveying the product, - a stationary running rail which defines a running path for the conveying element, - a first linear motor driving device, - a second linear motor driving device, - wherein the first and second linear motor driving devices (4, 6) for driving the conveying elements are arranged eccentrically on the conveying element and the running rail, - a control device which actuates the two linear motor driving devices (4, 6), characterized by - a sensor device which detects an alignment of the conveying element relative to the running rail and transmits this to the control device, - wherein the first and second linear motor driving devices (4, 6) are set up to drive the conveying element and to exert a torque on the conveying element and - wherein the control device is set up to carry out an alignment of the conveying element as a result of controlling the two linear motor driving devices to apply a torque about a vertical axis of the conveying element.
An apparatus comprising: a controller configured to: identify a desired speed for an electric motor during operation of the electric motor; generate an indicator that indicates that a duty cycle for the electric motor should have a magnitude greater than 100 percent; generate a limited duty cycle command to set the duty cycle for the electric motor, the duty cycle being limited to a maximum magnitude of 100 percent; and use the indicator to change a voltage applied to the electric motor to cause the electric motor to turn at the desired speed while maintaining the duty cycle. identify a desired speed for an electric motor during operation of the electric motor; generate an indicator that indicates that a duty cycle for the electric motor should have a magnitude greater than 100 percent; generate a limited duty cycle command to set the duty cycle for the electric motor, the duty cycle being limited to a maximum magnitude of 100 percent; and use the indicator to change a voltage applied to the electric motor to cause the electric motor to turn at the desired speed while maintaining the duty cycle.
A system iron comprising: a body including a steam generator for generating steam; an ironing plate rotatably disposed on the body between an ironing mode and a steam-spraying mode, and spraying the steam, which is generated by the steam generator, to an outside thereof; a spreading unit for tensioning a top, such as a dress shirt, which can be hung on the outer side of the ironing plate, wherein the spreading unit includes a pair of side tensioners, which are disposed at two lateral side surfaces of the ironing plate and which are spread outwards from the ironing plate; a front press for holding a front surface of the top, which is hung on the outer side of the ironing plate, wherein the front press is hingedly coupled to the ironing plate so as to be detachably attached to a lower surface of the ironing plate; a pair of arm tensioners for tensioning sleeves of the top hung on the outer side of the ironing plate, wherein the pair of arm tensioners includes two rear ends and two front ends, wherein the two rear ends are hingedly coupled to a lower surface of the front press, and the two front ends are rotatable away from each other; and a steam nozzle disposed inside the spreading unit of the ironing plate so as to spray steam to an outside thereof when the spreading unit is spread. a body including a steam generator for generating steam; an ironing plate rotatably disposed on the body between an ironing mode and a steam-spraying mode, and spraying the steam, which is generated by the steam generator, to an outside thereof; a spreading unit for tensioning a top, such as a dress shirt, which can be hung on the outer side of the ironing plate, wherein the spreading unit includes a pair of side tensioners, which are disposed at two lateral side surfaces of the ironing plate and which are spread outwards from the ironing plate; a front press for holding a front surface of the top, which is hung on the outer side of the ironing plate, wherein the front press is hingedly coupled to the ironing plate so as to be detachably attached to a lower surface of the ironing plate; a pair of arm tensioners for tensioning sleeves of the top hung on the outer side of the ironing plate, wherein the pair of arm tensioners includes two rear ends and two front ends, wherein the two rear ends are hingedly coupled to a lower surface of the front press, and the two front ends are rotatable away from each other; and a steam nozzle disposed inside the spreading unit of the ironing plate so as to spray steam to an outside thereof when the spreading unit is spread.
A coordinating control system for controlling a plurality of switching device controllers each connectable to the coordinating control system for switching a plurality of power semiconductor switching devices in synchronism, wherein each said switching device controller is configured to control one or more respective said power semiconductor switching devices into a plurality of states including a fully-off state, a saturated-on state, and at least one intermediate state between said fully-off state and said saturated-on state, the coordinating control system comprising: a system to control said power semiconductor switching devices to switch in synchronism by controlling said switching device controllers; wherein said system to control said power semiconductor switching devices is configured to: control said switching device controllers to control said power semiconductor switching devices from an initial state comprising one of said fully-off state and said saturated-on state into said intermediate state; maintain said power semiconductor switching devices in said intermediate state, until all said power semiconductor switching devices are in said intermediate state, to synchronise switching of said power semiconductor switching devices; and then control said switching device controllers to control said power semiconductor switching devices from said intermediate state into a final state comprising the other of said fully-off state and said saturated-on state. a system to control said power semiconductor switching devices to switch in synchronism by controlling said switching device controllers; control said switching device controllers to control said power semiconductor switching devices from an initial state comprising one of said fully-off state and said saturated-on state into said intermediate state; maintain said power semiconductor switching devices in said intermediate state, until all said power semiconductor switching devices are in said intermediate state, to synchronise switching of said power semiconductor switching devices; and then control said switching device controllers to control said power semiconductor switching devices from said intermediate state into a final state comprising the other of said fully-off state and said saturated-on state.
Fitting for a pipe, in particular a plastic or plastic-metal composite pipe, comprising - a fitting body which has a supporting sleeve with a free end onto which a pipe to be connected can be pushed, - clamping segments, wherein the clamping segments have inner sides which can be brought into clamping engagement with the pipe to be connected which is pushed onto the supporting sleeve, and outer sides tapering towards the free end of the supporting sleeve, and - an activation sleeve which can be moved axially with respect to the supporting sleeve, is guided on the fitting body, surrounds the clamping segments from outside and has an inner side which interacts with the outer sides of the clamping segments in order to move the clamping segments in the direction of the supporting sleeve, characterized in that the clamping segments are individual clamping segments which are separate from one another, can be moved radially with respect to one another, are arranged adjacently in the circumferential direction and substantially concentrically about the supporting sleeve and are mounted on the fitting body so as to be moveable in the direction of the supporting sleeve and away therefrom, wherein the clamping segments engage around a bead on the fitting body at their ends which are opposite to the free end of the supporting sleeve or else engage via an inner projection in a circumferential groove of the fitting body. - a fitting body which has a supporting sleeve with a free end onto which a pipe to be connected can be pushed, - clamping segments, wherein the clamping segments have inner sides which can be brought into clamping engagement with the pipe to be connected which is pushed onto the supporting sleeve, and outer sides tapering towards the free end of the supporting sleeve, and - an activation sleeve which can be moved axially with respect to the supporting sleeve, is guided on the fitting body, surrounds the clamping segments from outside and has an inner side which interacts with the outer sides of the clamping segments in order to move the clamping segments in the direction of the supporting sleeve,
Filter device in particular for filtering the air intake of a combustion engine, - with a filter housing with a filter element exchangeably disposed therein, which separates a clean side from a raw side and which is substantially cylindrically formed, - wherein at an end disc of the filter element an axial seal is disposed, which in connection with a sealing surface of the filter housing achieves the sealing between raw side and clean side, - with a support fixed to the filter housing, upon which support the filter element is supported such that said filter element bears reliably with its axial seal against the sealing surface of the filter housing, - wherein at least one end disc (6, 7) of the filter element a spring device is disposed, which supports itself elastically at the support fixed to the filter housing when the filter element is set into the filter housing and biases the filter element with its axial seal against the sealing surface of the filter housing, characterised in that - the spring device has two spring clips which are disposed oppositely to one another and run substantially tangentially to the end disc (6, 7), and that - the spring clips are in each case connected with the end disc (6, 7) by means of a first bridge and a second bridge. - with a filter housing with a filter element exchangeably disposed therein, which separates a clean side from a raw side and which is substantially cylindrically formed, - wherein at an end disc of the filter element an axial seal is disposed, which in connection with a sealing surface of the filter housing achieves the sealing between raw side and clean side, - with a support fixed to the filter housing, upon which support the filter element is supported such that said filter element bears reliably with its axial seal against the sealing surface of the filter housing, - wherein at least one end disc (6, 7) of the filter element a spring device is disposed, which supports itself elastically at the support fixed to the filter housing when the filter element is set into the filter housing and biases the filter element with its axial seal against the sealing surface of the filter housing, characterised in that - the spring device has two spring clips which are disposed oppositely to one another and run substantially tangentially to the end disc (6, 7), and that - the spring clips are in each case connected with the end disc (6, 7) by means of a first bridge and a second bridge.
Heating/air conditioning and/or ventilating device with an operating unit having at least one detection element, characterized in that at least one first operating surface and one second operating surface are provided, and in that at least one detection element is configured to detect an operation of the operating unit via the operating surface (40, 50) which is positioned in front of the detection element, and the first operating surface being part of the housing of the heating/air conditioning and/or ventilation device and, in the case of a closed housing, being positioned in front of the detection element, and it being possible for the second operating surface to be positioned in front of the detection element, and being positioned in front of the detection element in the case of an open housing in order to operate the operating unit.
A method for traversal using relays around network address translation, TURN, credential and server provisioning in a voice over Internet Protocol, VoIP, communication system, the VoIP communication system comprising a signaling gateway, a TURN server, and an electronic device, the signaling gateway is a proxy call session control function, P-CSCF, the method comprising: receiving, at the signaling gateway, a signaling message from a first electronic device, ED, when the first electronic device registers with the signaling gateway, the signaling message is a register message, the signaling message comprising one or more signaling message parameters, the signaling message further comprising: a request that the signaling gateway generate a TURN credential for the first ED, the TURN credential associated with the one or more signaling message parameters; generating a user portion of the TURN credential; in response to determining that the signaling gateway and the TURN server have a pre-shared key, generating, at the signaling gateway, the password portion of the TURN credential by hashing the user portion of the TURN credential with the pre-shared key; and sending, from the signaling gateway, the TURN credential to the first ED in a response of the register message, wherein the TURN credential comprises the user portion and the password portion. receiving, at the signaling gateway, a signaling message from a first electronic device, ED, when the first electronic device registers with the signaling gateway, the signaling message is a register message, the signaling message comprising one or more signaling message parameters, the signaling message further comprising: a request that the signaling gateway generate a TURN credential for the first ED, the TURN credential associated with the one or more signaling message parameters; generating a user portion of the TURN credential; in response to determining that the signaling gateway and the TURN server have a pre-shared key, generating, at the signaling gateway, the password portion of the TURN credential by hashing the user portion of the TURN credential with the pre-shared key; and sending, from the signaling gateway, the TURN credential to the first ED in a response of the register message, wherein the TURN credential comprises the user portion and the password portion.
A method for authorizing access to one or more secured computer resources, the method comprising: storing an obfuscated reference biometric vector at an authentication computing device, the obfuscated reference biometric vector previously obfuscated from a reference biometric vector using a similarity-preserving obfuscation at a client computing device; receiving an obfuscated authentication biometric vector, the obfuscated authentication biometric vector previously obfuscated from an authentication biometric vector using the similarity-preserving obfuscation at the client computing device; testing a similarity of the obfuscated reference biometric vector and the obfuscated authentication biometric vector at the authentication computing device; and based on the similarity being within an authentication threshold, communicating an authentication authorization from the authentication computing device to the client computing device to grant access to the one or more secured computer resources, wherein the similarity-preserving obfuscation uses a received authentication credential as a seed for a random number generator to generate a sequence of transformations. storing an obfuscated reference biometric vector at an authentication computing device, the obfuscated reference biometric vector previously obfuscated from a reference biometric vector using a similarity-preserving obfuscation at a client computing device; receiving an obfuscated authentication biometric vector, the obfuscated authentication biometric vector previously obfuscated from an authentication biometric vector using the similarity-preserving obfuscation at the client computing device; testing a similarity of the obfuscated reference biometric vector and the obfuscated authentication biometric vector at the authentication computing device; and based on the similarity being within an authentication threshold, communicating an authentication authorization from the authentication computing device to the client computing device to grant access to the one or more secured computer resources, wherein the similarity-preserving obfuscation uses a received authentication credential as a seed for a random number generator to generate a sequence of transformations.
A fixed network node (160, 140) performing a device to device, D2D, function, comprising: a receiver configured to receive, from a mobile device, an indication of privacy preference and, from a second mobile device, an indication relating to an accuracy at which the second mobile device can determine a location of the mobile device, and at least one processing core configured to determine routing information based at least in part on the indication of privacy preference and the indication relating to the accuracy, wherein direct links between the mobile device and the second mobile device are prevented when the indication of privacy preference expresses a preference for location privacy and the indication relating to the accuracy indicates a capability to determine locations of other devices, and to provide the determined routing information to the mobile device and the second mobile device. a receiver configured to receive, from a mobile device, an indication of privacy preference and, from a second mobile device, an indication relating to an accuracy at which the second mobile device can determine a location of the mobile device, and at least one processing core configured to determine routing information based at least in part on the indication of privacy preference and the indication relating to the accuracy, wherein direct links between the mobile device and the second mobile device are prevented when the indication of privacy preference expresses a preference for location privacy and the indication relating to the accuracy indicates a capability to determine locations of other devices, and to provide the determined routing information to the mobile device and the second mobile device.
A device for peritoneal dialysis with a means for the regular discharge and reuptake of dialysate, wherein the device includes a means via which the color and turbidity of the dialysate can be determined, and wherein the means for color and turbidity measurement includes a display, preferably in the form of a touch screen, characterized in that on the display the color and turbidity can be represented and selected in a window especially provided for this purpose.
A method of monitoring a clotting or dissolution process in a first blood sample comprising: (i) making a plurality of T2 relaxation rate measurements of water in said first blood sample, wherein said T2 relaxation rate measurements provide decay curves; (ii) transforming said measurements by fitting said decay curves using an algorithm that distinguishes two or more separate water populations within said first blood sample, wherein each of said two or more separate water populations is characterized by one or more magnetic resonance parameters having one or more values; and (iii) on the basis of the results of step (ii), monitoring said process, wherein said monitoring comprises determining one or more of a clotting time, a value characteristic of clotting time, hematocrit, hypercoagulability, hypocoagulability, platelet activity or inhibition, clot strength, fibrinogen activity, or hemostatic condition. (i) making a plurality of T2 relaxation rate measurements of water in said first blood sample, wherein said T2 relaxation rate measurements provide decay curves; (ii) transforming said measurements by fitting said decay curves using an algorithm that distinguishes two or more separate water populations within said first blood sample, wherein each of said two or more separate water populations is characterized by one or more magnetic resonance parameters having one or more values; and (iii) on the basis of the results of step (ii), monitoring said process, wherein said monitoring comprises determining one or more of a clotting time, a value characteristic of clotting time, hematocrit, hypercoagulability, hypocoagulability, platelet activity or inhibition, clot strength, fibrinogen activity, or hemostatic condition.