mhurhangee/ep-ind-claims huggingface dataset:
Product having a substrate with an optoelectronic component, wherein - the substrate has an electrically conductive element, and - the substrate and the optoelectronic component are provided with an insulating layer at least in parts, on which insulating layer a planar conductor structure is guided, in order to make planar contact with the optoelectronic component, to a contact point of the optoelectronic component and to the conductive element, characterized in that the insulating layer is transparent in the region of a light-exit and/or light-inlet opening of the optoelectronic component and contains pigments for colouring the light emitted or absorbed by the optoelectronic component. - the substrate has an electrically conductive element, and - the substrate and the optoelectronic component are provided with an insulating layer at least in parts, on which insulating layer a planar conductor structure is guided, in order to make planar contact with the optoelectronic component, to a contact point of the optoelectronic component and to the conductive element,
A door handle with armature consisting of the connective element and the solidity element, which are connected in a non-dismantable or dismantable way, and with solid wood finish consisting of the perpendicular in use to perpendicular to the door leaf and horizontal in use horizontal and parallel to one door leaf parts, characterized in that: the solid wood finish is divided by cutting it into the base and the cover, which are later superposed and bonded; the section dividing the base and the cover is in the horizontal part of the solid wood finish; recesses and for the solidity element of the armature are formed on the division planes of the base and the cover; a hole for the connective element of the armature is made in the perpendicular part (the base).of the solid wood finish. the solid wood finish is divided by cutting it into the base and the cover, which are later superposed and bonded; the section dividing the base and the cover is in the horizontal part of the solid wood finish; recesses and for the solidity element of the armature are formed on the division planes of the base and the cover; a hole for the connective element of the armature is made in the perpendicular part (the base).of the solid wood finish.
An information acquisition method performed by an electronic device, comprising: acquiring paging identifiers corresponding to M cards respectively from global unique temporary user equipment identities, GUTIs, allocated by networks corresponding to the M cards; wherein M is an integer greater than or equal to 2; and in response to determining that paging identifiers corresponding to N cards among the paging identifiers corresponding to the M cards are the same, selecting (N-1) cards from the N cards and triggering networks corresponding to the selected (N-1) cards to re-allocate GUTIs; wherein N is an integer greater than or equal to 2 and less than or equal to M. acquiring paging identifiers corresponding to M cards respectively from global unique temporary user equipment identities, GUTIs, allocated by networks corresponding to the M cards; wherein M is an integer greater than or equal to 2; and in response to determining that paging identifiers corresponding to N cards among the paging identifiers corresponding to the M cards are the same, selecting (N-1) cards from the N cards and triggering networks corresponding to the selected (N-1) cards to re-allocate GUTIs; wherein N is an integer greater than or equal to 2 and less than or equal to M.
A method for determining a spatial position of a liquid jet, in particular of a liquid jet for optically guiding a laser beam, comprising the steps: a. providing a collision object having a measuring point for interacting with the liquid jet, b. detecting a state of the liquid jet in a first configuration between collision object and liquid jet, c. changing the configuration so that the state of the liquid jet changes, d. detecting the configuration change between the first and second configuration e. wherein the configuration is the position of liquid jet and collision object relative to each other. a. providing a collision object having a measuring point for interacting with the liquid jet, b. detecting a state of the liquid jet in a first configuration between collision object and liquid jet, c. changing the configuration so that the state of the liquid jet changes, d. detecting the configuration change between the first and second configuration e. wherein the configuration is the position of liquid jet and collision object relative to each other.
Pressing out device for containers containing masses with a receiving area for the container, with at least one piston rod that may move in relation to the receiving area, with a pressing out device, which comprises a drive wheel for pushing forward the at least one piston rod, a motor for the drive of the drive wheel and a planetary gear with a gear rotation axis and with at least one ring gear (25; 55) interposed between the drive wheel and the motor, in which the at least one ring gear (25; 55) is provided with several recesses (26; 56) at a distance from each other on its circumference (29; 59), with an actuator switch for actuating the motor, and with a locking element (36; 66), which may be moved from a locking postion for locking the at least one ring gear (25; 55) of the planetary gear into a releasing position for releasing this ring gear (25; 55), in which a separate unlocking switch for actuating the locking element (36; 66) is provided and the locking element (36; 66) may be swivelled around a swivel axis (37; 67) for moving it from the locking position into the releasing position, characterised in that the swivel axis (37; 67) of the locking element runs crosswise to the gear rotation axis of the planetary gear.
Locking device for movable furniture parts, with a) a guide rail on which a plurality of blocking elements are displaceably held; b) a plurality of latches, each of which can be coupled to a movable furniture part and can be moved between a locking position and an unlocking position and, in a locking position, block an opening of the movable furniture part; c) wherein the blocking elements are movable into a locking position in which all latches are blocked by the blocking elements from moving into the unlocking position; d) and the blocking elements are displaceable along the guide rail in an anti-tipping position via one of the latches from the locking position into the unlocking position, and when one of the latches is positioned in the unlocking position, the movement of all further latches into the unlocking position is blocked so that only one of the movable furniture parts is moveable into an opening position, characterised in that the blocking elements are movable into a release position in which all the latches are movable from the locking position into the release position on or into a receptacle of a blocking element. a) a guide rail on which a plurality of blocking elements are displaceably held; b) a plurality of latches, each of which can be coupled to a movable furniture part and can be moved between a locking position and an unlocking position and, in a locking position, block an opening of the movable furniture part; c) wherein the blocking elements are movable into a locking position in which all latches are blocked by the blocking elements from moving into the unlocking position; d) and the blocking elements are displaceable along the guide rail in an anti-tipping position via one of the latches from the locking position into the unlocking position, and when one of the latches is positioned in the unlocking position, the movement of all further latches into the unlocking position is blocked so that only one of the movable furniture parts is moveable into an opening position,
A film coating composition for coating carrier materials, particularly drugs, food supplements, foodstuffs, cosmetics, medicinal products or agricultural products, preferably in the form of tablets, pellets, granulates, seeds or crystals, containing - polyvinyl alcohol as the only film former, - at least one pharmaceutically acceptable filler or lubricant, - and at least one softener, characterised in that a non-oinic ethylene oxide propylene oxide block copolymer or poloxamer with the general formula I is contained as the softener. - polyvinyl alcohol as the only film former, - at least one pharmaceutically acceptable filler or lubricant, - and at least one softener,
A method comprising: receiving a cookie from a third party entity; comparing the cookie to a database of trusted cookies; initiating a user interface for accepting or rejecting the cookie by a user in response to the cookie not corresponding to a trusted cookie; receiving a selection to either accept or reject the cookie; receiving a security profile selected by the user to apply to the cookie in response to receiving the selection to accept the cookie, wherein each security profile has a level of access to data elements in the cookie; updating the cookie by applying the security profile to the cookie; and storing the cookie in the database of trusted cookies. receiving a cookie from a third party entity; comparing the cookie to a database of trusted cookies; initiating a user interface for accepting or rejecting the cookie by a user in response to the cookie not corresponding to a trusted cookie; receiving a selection to either accept or reject the cookie; receiving a security profile selected by the user to apply to the cookie in response to receiving the selection to accept the cookie, wherein each security profile has a level of access to data elements in the cookie; updating the cookie by applying the security profile to the cookie; and storing the cookie in the database of trusted cookies.
A quaternary phosphonium salt represented by Formula 1: wherein R 1, R 2, R 3, and R 4 are each an unsubsituted benzene group.; X is a unsubsituted benzene group.; Y is a unsubsituted benzene group, a naphtalene group or a Si substituted with one to three unsubsituted benzene groups; n is 2, m is an integer from 1 to 6; 1 is a number greater than 0 to 6, provided that when Y is Si, the sum of m and the number of the substituents is a maximum of 4.
A driving safety device, comprising a condition determination module, a first control module and a first communication module, wherein the condition determination module is configured to determine whether a motor vehicle equipped with the driving safety device satisfies a preset condition, acquire information on schedule of a driver through the first communication module, and transmit a warning signal to the first control module when the condition determination module has determined that the motor vehicle equipped with the driving safety device satisfies at least one preset condition, the preset condition comprises the following conditions: Condition 1, a parking duration has a value within a predetermined range; Condition 2, alcohol content in a body of a driver of the motor vehicle exceeds a predetermined value; and Condition 3, schedule of the driver of the motor vehicle on that driving day includes having a meal and/or a dinner party, upon receipt of the warning signal, the first control module transmits a first executing signal to the first communication module, and upon receipt of the first executing signal, the first communication module transmits information on the motor vehicle equipped with the driving safety device to a remote server. Condition 1, a parking duration has a value within a predetermined range; Condition 2, alcohol content in a body of a driver of the motor vehicle exceeds a predetermined value; and Condition 3, schedule of the driver of the motor vehicle on that driving day includes having a meal and/or a dinner party, upon receipt of the warning signal, the first control module transmits a first executing signal to the first communication module, and upon receipt of the first executing signal, the first communication module transmits information on the motor vehicle equipped with the driving safety device to a remote server.
Method for operating an electronic network, the network having a hardware layer comprising hardware components and requiring network functions, the method comprising: virtualizing networking functions to virtual machines; using an addressing overlay based on a location identity separation protocol, LISP, said addressing overlay using a distributed hash table mapping service, said mapping service being global to said electronic network and above a hardware layer of said network, said addressing overlay providing identities of said virtual machines, and global mapping of said identities to hardware locations at which a respective virtual machine currently resides; defining a tier of software defined flow mapping based on a LISP architecture of the addressing overlay, said defining comprising using a set of distributed nodes, placing at a top of each node a portion of the global mapping service provided by the addressing overlay, and subsequently retrieving key-values by hashing a key comprising an ID of the virtual machine to find one of said distributed nodes closest to, and in control of a given virtual machine that holds a portion of said global mapping service associated with the given virtual machine, moving respective ones of said virtual machines around different hardware components of said network, mapping of said identities being updated with said moving of said virtual machines; directing (18, 20, 22) data flows around said network via said virtual machines using software defined flow switching, said flows being directed among said moving virtual machines using said identities. virtualizing networking functions to virtual machines; using an addressing overlay based on a location identity separation protocol, LISP, said addressing overlay using a distributed hash table mapping service, said mapping service being global to said electronic network and above a hardware layer of said network, said addressing overlay providing identities of said virtual machines, and global mapping of said identities to hardware locations at which a respective virtual machine currently resides; defining a tier of software defined flow mapping based on a LISP architecture of the addressing overlay, said defining comprising using a set of distributed nodes, placing at a top of each node a portion of the global mapping service provided by the addressing overlay, and subsequently retrieving key-values by hashing a key comprising an ID of the virtual machine to find one of said distributed nodes closest to, and in control of a given virtual machine that holds a portion of said global mapping service associated with the given virtual machine, moving respective ones of said virtual machines around different hardware components of said network, mapping of said identities being updated with said moving of said virtual machines; directing (18, 20, 22) data flows around said network via said virtual machines using software defined flow switching, said flows being directed among said moving virtual machines using said identities.
Seal, in particular for the lower gap of gates, for example sliding gates, having at least two segments, namely a first segment and a second segment, having at least one trigger rod and having a trigger, wherein each segment has - a coupling element, - a housing that is open at the bottom, - a sealing strip and - a mechanism for lowering the sealing strip, wherein the trigger is connected to the coupling element of the first segment, the coupling element of the first segment is connected to the trigger rod and the trigger rod is connected to the coupling element of the second segment, wherein the mechanism slidably connects the housing and the sealing strip to one another, and the mechanism has movement redirection means (Ma, Mb, Mc) for converting movement of the coupling elements into movement of the sealing strip, wherein the coupling element of each segment is guided by the housing of the segment, characterised at least the movement redirection means of the mechanism of each segment are arranged in two groups of movement redirection means (Ma, Mb, Mc), including a trigger-side group, and this trigger-side group of movement redirection means (Ma, Mb, Mc) is connected to the coupling element of the segment directly or via a coupling rod, such that each coupling element forms a force decoupling element by means of which a force introduced into the seal via the trigger is transmissible in order to be coupled into the movement redirection means (Ma, Mb, Mc) of the mechanism of each segment in order to lower the respective sealing strip. - a coupling element, - a housing that is open at the bottom, - a sealing strip and - a mechanism for lowering the sealing strip, wherein the mechanism slidably connects the housing and the sealing strip to one another, and the mechanism has movement redirection means (Ma, Mb, Mc) for converting movement of the coupling elements into movement of the sealing strip, wherein the coupling element of each segment is guided by the housing of the segment, characterised at least the movement redirection means of the mechanism of each segment are arranged in two groups of movement redirection means (Ma, Mb, Mc), including a trigger-side group, and this trigger-side group of movement redirection means (Ma, Mb, Mc) is connected to the coupling element of the segment directly or via a coupling rod, such that each coupling element forms a force decoupling element by means of which a force introduced into the seal via the trigger is transmissible in order to be coupled into the movement redirection means (Ma, Mb, Mc) of the mechanism of each segment in order to lower the respective sealing strip.
A vesicle-containing composition comprising; a perfume, a silicone oil, a silicone surfactant, one or more selected from the group consisting of ethanol, propylene glycol, dipropylene glycol, and 1,3-butylene glycol, and water; wherein the silicone surfactant forms vesicles, and 95 mass % or higher of the perfume and the silicone oil in the composition are present in the vesicle bilayer membrane. a perfume, a silicone oil, a silicone surfactant, one or more selected from the group consisting of ethanol, propylene glycol, dipropylene glycol, and 1,3-butylene glycol, and water;
A washer comprising a washing tub wherein items to be washed are placed, a detection means which has at least one electrode extending into the washing tub and contacting the washing liquid during the washing process, a detector circuit evaluating the data coming from the electrode and an electrically insulated carrier placed outside the washing tub and whereon the electrode and the detector circuit are situated, and which provides the physical features of the washing liquid in the washing tub to be detected and a control unit which controls the washing program according to the values of the physical features of the washing liquid measured by the detection means, characterized by the electrode one end of which extends into the washing tub and the other end outside the carrier, towards the environment outside the washing tub and a contactless temperature sensor which is placed so as to face the end of the electrode that extends towards the environment outside the washing tub and which detects the temperature of the end of the electrode from the thermal radiation generated by the end of the electrode.
A method for transmitting aggregated data to a third party, such that a privacy of the aggregated data is protected, while analytical usefulness of the aggregated data is preserved, comprising: receiving, using a transceiver (241, 243), aggregated data including time-series data collected over a period of time; partitioning the aggregated data into multiple data segments, wherein each data segment is of a predetermined size; determining, for each segment, a parameter for that data segment; then selecting, from a collection of mappings in a memory based on the determined parameter, and parameters corresponding to the mappings, a mapping for transforming the segment of the aggregated data, wherein the mapping protects the privacy of the aggregated data, while preserving their usefulness; transforming each data segment using the mapping to produce multiple transformed data segments, wherein each data segment is transformed by the mapping independently from other data segments; and transmitting, using the transceiver, the multiple transformed data segments to a third party over a communication channel, wherein steps of the method are performed by a processor operatively connected with the memory and the transceiver. receiving, using a transceiver (241, 243), aggregated data including time-series data collected over a period of time; partitioning the aggregated data into multiple data segments, wherein each data segment is of a predetermined size; determining, for each segment, a parameter for that data segment; then selecting, from a collection of mappings in a memory based on the determined parameter, and parameters corresponding to the mappings, a mapping for transforming the segment of the aggregated data, wherein the mapping protects the privacy of the aggregated data, while preserving their usefulness; transforming each data segment using the mapping to produce multiple transformed data segments, wherein each data segment is transformed by the mapping independently from other data segments; and transmitting, using the transceiver, the multiple transformed data segments to a third party over a communication channel, wherein steps of the method are performed by a processor operatively connected with the memory and the transceiver.