mhurhangee/ep-ind-claims huggingface dataset:
A pre-chamber spark plug for a gaseous fuel internal combustion engine, the pre-chamber spark plug extending along a first longitudinal axis and comprising: a pre-chamber having a maximum pre-chamber height (h) measured along the first longitudinal axis; a fuel valve arranged in a distance (s) to the pre-chamber, the distance (s) being at least three times greater than the maximum pre-chamber height (h); a first fuel supply channel fluidly connecting the fuel valve and the pre-chamber; a tip housing portion including the pre-chamber; a rear housing portion, the first longitudinal axis extending from the tip housing portion to the rear housing portion; characterized in that it further comprises a mounting sleeve extending circumferentially about the first longitudinal axis from the tip housing portion to the rear housing portion. a pre-chamber having a maximum pre-chamber height (h) measured along the first longitudinal axis; a fuel valve arranged in a distance (s) to the pre-chamber, the distance (s) being at least three times greater than the maximum pre-chamber height (h); a first fuel supply channel fluidly connecting the fuel valve and the pre-chamber; a tip housing portion including the pre-chamber; a rear housing portion, the first longitudinal axis extending from the tip housing portion to the rear housing portion; characterized in that it further comprises a mounting sleeve extending circumferentially about the first longitudinal axis from the tip housing portion to the rear housing portion.
A method comprising: obtaining data corresponding to requests from a plurality of client devices for a web resource comprising web code, wherein the web resource is hosted by a web server system; forwarding said web resource to a security intermediary; modifying the structure of the web resource by recoding portions of the web resource including HTML, CSS, and/or JavaScript by said security intermediary in a manner that does not affect user perception of a presentation of the web resource on the plurality of different client devices; for each of the plurality of client devices: serving, by said security intermediary, the web resource along with instrumentation code that is programmed to execute on the client device to monitor interaction by other resources with the web resource at the client device; receiving, by said security intermediary, from the instrumentation code that executes on the client device, one or more responses indicating that the instrumentation code detected abnormal behavior at the client device; wherein the method is performed by one or more client or computing devices, wherein the recoding differs each time the web resource is served to one or more client devices. obtaining data corresponding to requests from a plurality of client devices for a web resource comprising web code, wherein the web resource is hosted by a web server system; forwarding said web resource to a security intermediary; modifying the structure of the web resource by recoding portions of the web resource including HTML, CSS, and/or JavaScript by said security intermediary in a manner that does not affect user perception of a presentation of the web resource on the plurality of different client devices; for each of the plurality of client devices: serving, by said security intermediary, the web resource along with instrumentation code that is programmed to execute on the client device to monitor interaction by other resources with the web resource at the client device; receiving, by said security intermediary, from the instrumentation code that executes on the client device, one or more responses indicating that the instrumentation code detected abnormal behavior at the client device; wherein the method is performed by one or more client or computing devices, wherein the recoding differs each time the web resource is served to one or more client devices. serving, by said security intermediary, the web resource along with instrumentation code that is programmed to execute on the client device to monitor interaction by other resources with the web resource at the client device; receiving, by said security intermediary, from the instrumentation code that executes on the client device, one or more responses indicating that the instrumentation code detected abnormal behavior at the client device; wherein the method is performed by one or more client or computing devices, wherein the recoding differs each time the web resource is served to one or more client devices.
A connector for the inductive transmission of electrical energy, the connector including a female part and a male part; the female part comprises an inner housing formed with a spherical cavity bounded towards a surrounding by a surface layer; the male part comprises a spherical portion, the male part is bounded towards the surroundings by a surface layer; the female part and the male part each being provided with an electrical circuit (24, 34), the electrical circuit (24, 34) forming either a primary side or a secondary side of a transformer; the spherical cavity being complementary to the spherical portion, wherein: - the electrical circuit of the female part is formed with a spherical concave side on the side facing the surface layer of the female part, and - the electrical circuit of the male part is positioned in the spherical portion of the male part and the electrical circuit is formed with a spherical convex side on the side facing the surface layer of the male part, characterized in that: - the electric circuit of the female part is embedded in a polymer-containing mass and the space between the polymer containing mass and the inner housing is filled up with a ferrite-containing mass; and - the electrical circuit of the male part is embedded in a polymer-containing mass and the space between the polymer-containing mass and an internal pressure barrier, is filled up with a ferrite-containing mass. - the electrical circuit of the female part is formed with a spherical concave side on the side facing the surface layer of the female part, and - the electrical circuit of the male part is positioned in the spherical portion of the male part and the electrical circuit is formed with a spherical convex side on the side facing the surface layer of the male part, - the electric circuit of the female part is embedded in a polymer-containing mass and the space between the polymer containing mass and the inner housing is filled up with a ferrite-containing mass; and - the electrical circuit of the male part is embedded in a polymer-containing mass and the space between the polymer-containing mass and an internal pressure barrier, is filled up with a ferrite-containing mass.
Actuation device for a vehicle door lock having a handle and a detent lever, which annuls the handle when acceleration forces occur in a predetermined strength, for example during a crash, wherein during normal operation, the detent lever is subject to a deflection move upon an actuation of the handle and only during detent operation annuls the handle, characterized in that the handle and the detent lever are permanently elastically coupled to one another.
Method for programming a robot (R, R'), which comprises a robot arm having a plurality of successive links, a fastening device for securing an end effector and drives for moving the links and a control device connected to the drives, comprising the following method steps: - manually moving the robot arm, so that the fastening device and/or a tool centre point assigned to the robot arm adopts a predefined pose, wherein for said pose a plurality of positions of axes of the robot arm are possible, relative to which the links can be moved by means of the drives, - automatically evaluating the current position of the axes of the robot arm for the current pose on the basis of at least one predefined and/or predefinable criterion, in particular by means of the control device and/or a computing device, - displaying the result of the evaluation of the current position of the axes by means of a display device (16, 22), - manually changing the position of the axes and at the same time maintaining the pose of the fastening device and/or the tool centre point, - automatically evaluating the changed position of the axes of the robot arm for the current pose on the basis of the at least one criterion, in particular by means of the control device and/or the computing device, and - displaying the result of the evaluation of the current changed position of the axes by means of the display device (16, 22). - manually moving the robot arm, so that the fastening device and/or a tool centre point assigned to the robot arm adopts a predefined pose, wherein for said pose a plurality of positions of axes of the robot arm are possible, relative to which the links can be moved by means of the drives, - automatically evaluating the current position of the axes of the robot arm for the current pose on the basis of at least one predefined and/or predefinable criterion, in particular by means of the control device and/or a computing device, - displaying the result of the evaluation of the current position of the axes by means of a display device (16, 22), - manually changing the position of the axes and at the same time maintaining the pose of the fastening device and/or the tool centre point, - automatically evaluating the changed position of the axes of the robot arm for the current pose on the basis of the at least one criterion, in particular by means of the control device and/or the computing device, and - displaying the result of the evaluation of the current changed position of the axes by means of the display device (16, 22).
Refrigeration or thermal energy storage system for storing refrigeration or thermal energy to be released when required by users, comprising a body, closed and insulated, said body being configured to contain two fluids within its volume, respectively a Phase Change Material type fluid and a secondary fluid, said two fluids being immiscible each other and having different density, so as to be stratified within the volume of said body; withdrawal means configured to draw said secondary fluid from said body, and to convey the same inside a heat exchanger, said heat exchanger being configured to exchange frigories, or calories, with said secondary fluid; and distribution means configured to draw said secondary fluid from said heat exchanger, and to distribute, within said body, said secondary fluid into said PCM type fluid, so as that said secondary fluid exchanges with said PCM type fluid frigories, or calories, absorbed in said heat exchanger, said secondary fluid having a solidification temperature substantially lower than that of said PCM type fluid, said heat exchanger comprising a first pipe, connected at its ends respectively to said withdrawal means and to said distribution means, for the circulation of said secondary fluid, said energy storage system being characterized in that said heat exchanger is housed inside said body, and being exchange frigories, or calories, between said secondary fluid and a primary fluid, and in that a second pipe, concentric with respect to said first pipe, is configured to be connected to a circuit external to said body, for the circulation of said primary fluid.
An injection-moulding mould configured for being mounted in an injection-moulding apparatus for automated moulding of work pieces from plastics, said injection-moulding mould comprising at least two separate mould parts that are separated by a mould separation face, and wherein at least one mould part is configured with an outer frame in which one or more spaces is/are configured that are open relative to the mould separation face, in which is mounted at least one exchangeable mould insert, and wherein the exchangeable mould insert has a mould cavity side that faces towards the mould separation face, which mould cavity side is provided with one or more mould cavities, and wherein, in the mould insert, a set of cooling channels is provided and at least two pipe couplings to which there is, for each pipe coupling, configured a cooling pipe being, with its first end, mounted to the pipe coupling and extending therefrom, in its longitudinal direction, from the pipe coupling and out through a channel in the outer frame of the mould part and to its other end, characterised in that the cooling pipe is secured in the channel, by means of a mounting clip in such a manner that it cannot be shifted in the longitudinal direction thereof.
An eyelash measuring device, said measuring device comprising: - a ruler; and - a substantially eye-shaped member; - a sliding graticule; and - a handle; wherein said ruler includes numerical indicia; wherein said substantially eye-shaped member comprises a substantially eye-shaped opening; wherein said substantially eye-shaped member comprises an upper arch and a lower arch; wherein said substantially eye-shaped opening is for gazing through; wherein said ruler is disposed on said upper arch; and wherein said ruler is for measuring an eyelash; wherein said numerical indicia of said ruler is disposed in reverse so as to form reverse disposal; wherein said reverse disposal of said numerical indicia of of said ruler is far facilitating reading said ruler in a mirror; wherein said graticule slides along said upper arch, wherein said graticule is for allowing a user to denote a measured position on said ruler; wherein said lower arch has a midpoint; and wherein said handle depends from said midpoint of said lower arch. - a ruler; and - a substantially eye-shaped member; - a sliding graticule; and - a handle;
An electronic device (101, 201, 300) comprising: a housing; a first conductive member (310, 400, 600, 700) constructing at least part of the housing or disposed at least partially inside the housing; a communication circuit (170, 220) electrically coupled to the first conductive member; a second conductive member (320, 440, 640, 740) disposed to be separated from the first conductive member in the housing; a sensor module (240, 460, 660) electrically coupled to the first conductive member and the second conductive member; and at least one processor (470, 670) which controls the electronic device to perform a corresponding function upon detecting an external object by the sensor module, characterized in that, the first conductive member comprises a slot (401, 601, 701) configured to operate as a slot antenna, the slot being constructed along an edge of the first conductive member, a plurality of protruding pieces (410, 420, 430, 610, 620, 630) are constructed in the slot, the plurality of protruding pieces protruding from the edge of the first conductive member in a slot direction, a first protruding piece (410, 610) of the plurality of protruding pieces is electrically coupled with a feeding part (452, 652), a second protruding piece (420, 620) of the plurality of protruding pieces is electrically coupled with a ground part (454, 654), and a third protruding piece (430, 630) of the plurality of protruding pieces is electrically coupled with the sensor module. a housing; a first conductive member (310, 400, 600, 700) constructing at least part of the housing or disposed at least partially inside the housing; a communication circuit (170, 220) electrically coupled to the first conductive member; a second conductive member (320, 440, 640, 740) disposed to be separated from the first conductive member in the housing; a sensor module (240, 460, 660) electrically coupled to the first conductive member and the second conductive member; and at least one processor (470, 670) which controls the electronic device to perform a corresponding function upon detecting an external object by the sensor module, characterized in that, the first conductive member comprises a slot (401, 601, 701) configured to operate as a slot antenna, the slot being constructed along an edge of the first conductive member, a plurality of protruding pieces (410, 420, 430, 610, 620, 630) are constructed in the slot, the plurality of protruding pieces protruding from the edge of the first conductive member in a slot direction, a first protruding piece (410, 610) of the plurality of protruding pieces is electrically coupled with a feeding part (452, 652), a second protruding piece (420, 620) of the plurality of protruding pieces is electrically coupled with a ground part (454, 654), and a third protruding piece (430, 630) of the plurality of protruding pieces is electrically coupled with the sensor module.
An automatic rack storage system comprising a storage rack with storage shelves (12a, 12b) having storage spaces for articles in rack stages lying one above the other, wherein a rack aisle extends between the storage shelves (12a, 12b) at least between first and second storage rack sides (18, 19) of the storage rack, an article handling unit having at least a first article elevator device with a first conveyor device which can be raised and lowered for storing and/or retrieving articles, several guide tracks running along the rack aisle in at least some of the rack stages, each having a first guide rail and a second guide rail, wherein the first and second guide rails (27, 28) of the respective guide track extend as far as the article handling unit or the first and second guide rails (27, 28) run past the article handling unit and at least a first conveyor vehicle and a second conveyor vehicle for conveying the articles between the storage shelves (12a, 12b) and the article handling unit, which at least first and second conveyor vehicles (3a, 3b) can be moved on the respective guide track on the first and second guide rails (27, 28) thereof, wherein the conveyor vehicles (3a, 3b) respectively have a drive motor (65a, 65b) and an electronic control unit (66a, 66b) and can be controlled independently of one another, and at least one conveyor system connected to the first article elevator device for conveying articles in and out to and/or from the first article elevator device, characterized in that the first guide rail is equipped with a first contact line arrangement and the second guide rail is equipped with a second contact line arrangement and each of the contact line arrangements (67, 68) comprises separate contact lines (69, 70) and that the first conveyor vehicle contacts the contact lines of the first contact line arrangement by means of current collectors to obtain a power and/or data supply and the second conveyor vehicle contacts the contact lines of the second contact line arrangement by means of current collectors to obtain a power and/or data supply, wherein the first conveyor vehicle and the second conveyor vehicle can be moved along at least one of the guide tracks on the first and second guide rails (27, 28) thereof simultaneously and independently of one another.
Method for transferring load profiles based on measured values in which: - measured values are recorded, - the recorded measured values are buffered and - based on the buffered measured values load profiles are transferred, - a defined number of reference values is determined from the buffered measured values such that at least one gap in time is spread between two adjacent reference values with respect to a gap in time between two adjacent measured values such that the number of buffered measured values is greater in an evaluation interval than the number of reference values in the evaluation interval and the reference values are transferred as a load profile for the evaluation interval, characterised in that - a wait time is determined since the last successful transfer of a load profile and - the defined number of reference values is determined dependent upon the wait time from the measured values buffered in the wait time. - measured values are recorded, - the recorded measured values are buffered and - based on the buffered measured values load profiles are transferred, - a defined number of reference values is determined from the buffered measured values such that at least one gap in time is spread between two adjacent reference values with respect to a gap in time between two adjacent measured values such that the number of buffered measured values is greater in an evaluation interval than the number of reference values in the evaluation interval and the reference values are transferred as a load profile for the evaluation interval, characterised in that - a wait time is determined since the last successful transfer of a load profile and - the defined number of reference values is determined dependent upon the wait time from the measured values buffered in the wait time.
A semiconductor assembly, comprising: a flexible substrate being a plastic or an amorphous substrate; a first barrier formed of a first transition metal dichalcogenide, TMD, material; a transistor channel formed of a second TMD material; and a second barrier formed of a third TMD material; wherein the first barrier is disposed between the transistor channel and the flexible substrate, the transistor channel is disposed between the second barrier and the first barrier, and a bandgap of the transistor channel is less than a bandgap of the first barrier and less than a bandgap of the second barrier. a flexible substrate being a plastic or an amorphous substrate; a first barrier formed of a first transition metal dichalcogenide, TMD, material; a transistor channel formed of a second TMD material; and a second barrier formed of a third TMD material; wherein the first barrier is disposed between the transistor channel and the flexible substrate, the transistor channel is disposed between the second barrier and the first barrier, and a bandgap of the transistor channel is less than a bandgap of the first barrier and less than a bandgap of the second barrier.
An object search device to be worn by a user, and including a display which shows an augmented reality space on a real space, comprising: a receiver configured to acquire position information about an object to be searched for; an acquirer configured to acquire position information about the object search device; and a display controller configured to show a specific display to specify a position of the object on the display based on the position information about the object and the position information about the object search device, wherein the display controller displays, as the specific display, a straight line from an upper side of a field of view of the display to a position of the object at a lower side, and also displays a number of ripples around the position of the object so that the number of ripples increases as the position information about the object search device approaches the position of the object. a receiver configured to acquire position information about an object to be searched for; an acquirer configured to acquire position information about the object search device; and a display controller configured to show a specific display to specify a position of the object on the display based on the position information about the object and the position information about the object search device, wherein the display controller displays, as the specific display, a straight line from an upper side of a field of view of the display to a position of the object at a lower side, and also displays a number of ripples around the position of the object so that the number of ripples increases as the position information about the object search device approaches the position of the object.