mhurhangee/ep-ind-claims huggingface dataset:
A universal solar module box mounted on a solar module, comprising: a junction box platform having a base plate, a blade block, and a cover, the blade block having a first electrical conducting blade and a second electrical conducting blade; a modular diode block electrically and mechanically coupleable to the junction box platform via the blade block, the modular diode block having a first spring connector and a second spring connector, the first blade of the blade block extending through the base plate and protruding through the modular diode block for establishing an electrical connection between the first blade of the blade block and the first spring connector of the modular diode block, the second blade of the blade block extending through the base plate and protruding through the modular diode block for establishing an electrical connection between the second blade of the blade block and the second spring connector of the modular diode block; and a plug sub-assembly having a plug block and a cable block, attachable to the junction box platform and the modular diode block, the plug sub-assembly providing a protective covering to weatherize the modular diode block, the blade block, and the cable block, the cable block attachable mechanically to the plug block, the cable block securing mechanically and electrically to one or more output cables. a junction box platform having a base plate, a blade block, and a cover, the blade block having a first electrical conducting blade and a second electrical conducting blade; a modular diode block electrically and mechanically coupleable to the junction box platform via the blade block, the modular diode block having a first spring connector and a second spring connector, the first blade of the blade block extending through the base plate and protruding through the modular diode block for establishing an electrical connection between the first blade of the blade block and the first spring connector of the modular diode block, the second blade of the blade block extending through the base plate and protruding through the modular diode block for establishing an electrical connection between the second blade of the blade block and the second spring connector of the modular diode block; and a plug sub-assembly having a plug block and a cable block, attachable to the junction box platform and the modular diode block, the plug sub-assembly providing a protective covering to weatherize the modular diode block, the blade block, and the cable block, the cable block attachable mechanically to the plug block, the cable block securing mechanically and electrically to one or more output cables.
A computer-implemented method, comprising: receiving, by a proxy device, a document from a service provider in response to a request to the service provider from a client device; injecting into the document, by the proxy device, event monitoring code for monitoring user actions on the client device, wherein the injecting into the document event monitoring code for monitoring user actions on the client device includes adding at least one event listener to detect file upload events, wherein the at least one event listener registers for file upload events on a topmost element of a Document Object Model, DOM, on a capture phase of event propagation; sending, by the proxy device, the document with the event monitoring code to the client device; intercepting, by the event monitoring code, a user request for a file upload event using a client-side application on the client device; receiving, by the proxy device, a client request including file information regarding the file upload event from the event monitoring code; and determining (256, 260), by the proxy device, whether the file upload event should be allowed or blocked based on the received file information and stored policy data. receiving, by a proxy device, a document from a service provider in response to a request to the service provider from a client device; injecting into the document, by the proxy device, event monitoring code for monitoring user actions on the client device, wherein the injecting into the document event monitoring code for monitoring user actions on the client device includes adding at least one event listener to detect file upload events, wherein the at least one event listener registers for file upload events on a topmost element of a Document Object Model, DOM, on a capture phase of event propagation; sending, by the proxy device, the document with the event monitoring code to the client device; intercepting, by the event monitoring code, a user request for a file upload event using a client-side application on the client device; receiving, by the proxy device, a client request including file information regarding the file upload event from the event monitoring code; and determining (256, 260), by the proxy device, whether the file upload event should be allowed or blocked based on the received file information and stored policy data.
A display comprising: an uneven-structure-forming layer having an uneven structure on one surface; and a reflecting layer that covers at least part of an unevenly structured surface of the uneven-structure-forming layer, characterized in that: the uneven-structure-forming layer includes a first region group including a plurality of first regions, each first region including a flat part and a plurality of convexities or a plurality of concavities, a top surface of each of the convexities or a bottom surface of each of the concavities is substantially parallel to a surface of the flat part; distances between the centers of adjacent convexities or concavities are not equal; the convexities have a uniform height, or the concavities have a uniform depth; the first region group is formed, with the first regions arrayed inside at a regular pitch; characterised in that the number of the convexities or the concavities gradually decreases or increases in a specific direction. an uneven-structure-forming layer having an uneven structure on one surface; and a reflecting layer that covers at least part of an unevenly structured surface of the uneven-structure-forming layer, characterized in that: the uneven-structure-forming layer includes a first region group including a plurality of first regions, each first region including a flat part and a plurality of convexities or a plurality of concavities, a top surface of each of the convexities or a bottom surface of each of the concavities is substantially parallel to a surface of the flat part; distances between the centers of adjacent convexities or concavities are not equal; the convexities have a uniform height, or the concavities have a uniform depth; the first region group is formed, with the first regions arrayed inside at a regular pitch; characterised in that the number of the convexities or the concavities gradually decreases or increases in a specific direction. the uneven-structure-forming layer includes a first region group including a plurality of first regions, each first region including a flat part and a plurality of convexities or a plurality of concavities, a top surface of each of the convexities or a bottom surface of each of the concavities is substantially parallel to a surface of the flat part; distances between the centers of adjacent convexities or concavities are not equal; the convexities have a uniform height, or the concavities have a uniform depth; the first region group is formed, with the first regions arrayed inside at a regular pitch; characterised in that the number of the convexities or the concavities gradually decreases or increases in a specific direction.
A computing system comprising: a web server configured to provide first and second variants of a web application for A/B testing; and at least one client computing device operated by at least one user and comprising: a web browser for accessing the first variant of the web application, and for accessing the second variant of the web application, a display to display a web page from the first variant of the web application, and to display a web page from the second variant of the web application, and a camera configured to record eye movements of the at least one user when viewing the displayed web page from the first variant of the web application, and to record eye movements of the at least one user when viewing the displayed web page from the second variant of the web application; said web server comprising an eye movement analyzer configured to compare the recorded eye movements of the at least one user to determine a distraction factor, with the distraction factor corresponding to a ratio of eye movement of the at least one user between the first and second variants of the web application. a web server configured to provide first and second variants of a web application for A/B testing; and at least one client computing device operated by at least one user and comprising: a web browser for accessing the first variant of the web application, and for accessing the second variant of the web application, a display to display a web page from the first variant of the web application, and to display a web page from the second variant of the web application, and a camera configured to record eye movements of the at least one user when viewing the displayed web page from the first variant of the web application, and to record eye movements of the at least one user when viewing the displayed web page from the second variant of the web application; a web browser for accessing the first variant of the web application, and for accessing the second variant of the web application, a display to display a web page from the first variant of the web application, and to display a web page from the second variant of the web application, and a camera configured to record eye movements of the at least one user when viewing the displayed web page from the first variant of the web application, and to record eye movements of the at least one user when viewing the displayed web page from the second variant of the web application; said web server comprising an eye movement analyzer configured to compare the recorded eye movements of the at least one user to determine a distraction factor, with the distraction factor corresponding to a ratio of eye movement of the at least one user between the first and second variants of the web application.
A user device, UE (302, 304), for a wireless communication system, the wireless communication system including a plurality of user devices, UEs, wherein the UE (302, 304) is to communicate with one or more further user devices, UEs (302, 304), of the wireless communication network over a sidelink, wherein the UE (302, 304) is to operate in a Discontinuous Reception, DRX, mode, wherein, responsive to a trigger for a transmission, the UE is to perform a sensing process for determining resources to be used for the transmission, and wherein the UE (302, 304) is to receive a signaling including a parameter causing, responsive to the trigger for the transmission, an extension of a default ON duration of the DRX cycle in accordance with a sensing window for the sensing process, the sensing window having a size or duration mandated by the triggered transmission. wherein the UE (302, 304) is to communicate with one or more further user devices, UEs (302, 304), of the wireless communication network over a sidelink, wherein the UE (302, 304) is to operate in a Discontinuous Reception, DRX, mode, wherein, responsive to a trigger for a transmission, the UE is to perform a sensing process for determining resources to be used for the transmission, and wherein the UE (302, 304) is to receive a signaling including a parameter causing, responsive to the trigger for the transmission, an extension of a default ON duration of the DRX cycle in accordance with a sensing window for the sensing process, the sensing window having a size or duration mandated by the triggered transmission.
An epoxy-containing polysiloxane oligomer composition comprising, (i) from 5 to 65 mole percent of a polysiloxane of the Formula: (ii) from 10 to 55 mole percent of a polysiloxane of the Formula: (iii) from 5 to 45 mole percent of a polysiloxane of the Formula: (iv) from 1 to 20 mole percent of a polysiloxane of the Formula: and (v) from 0.1 to 20 mole percent of a polysiloxane of the Formula: wherein each occurrence of R 1 is -CH 2 CH 2 CH 2 - and the mole percent of components (i), (ii), (iii), (iv) and (v) are based upon the sum of the molar amounts of components (i), (ii), (iii), (iv) and (v). (i) from 5 to 65 mole percent of a polysiloxane of the Formula: (ii) from 10 to 55 mole percent of a polysiloxane of the Formula: (iii) from 5 to 45 mole percent of a polysiloxane of the Formula: (iv) from 1 to 20 mole percent of a polysiloxane of the Formula: and (v) from 0.1 to 20 mole percent of a polysiloxane of the Formula: wherein each occurrence of R 1 is -CH 2 CH 2 CH 2 - and the mole percent of components (i), (ii), (iii), (iv) and (v) are based upon the sum of the molar amounts of components (i), (ii), (iii), (iv) and (v).
A mobile telecommunications network including a core and a radio access network having radio means for wireless communication with a plurality of mobile terminals registered with the network, wherein the radio access network includes control means, wherein the control means is operable to detect a likely malfunctioning or abnormal behaviour of said mobile terminals and to take action to reduce the effect of the malfunctioning or abnormal behaviour in the network, characterised in that the control means is operable to determine sets of reference characteristics to apply respectively to ones of or groups of said mobile terminals and to compare measured characteristics relating to each of said mobile terminals with reference characteristics applicable thereto to detect the likely malfunctioning or abnormal behaviour of said mobile terminals, and in that the control means is operable to identify the need for reference characteristics for said terminals if the control means determines that the control means does not have an appropriate set of reference characteristics available and to obtain an appropriate set of reference characteristics from the core or a third party.
Grounded conductor wire connection device made of a conducting material, in particular for a terminal block or an electronic housing with: a body having at least one seat to receive a mounting rail; and a spring that is connected with the body in an electrically conducting manner for establishing a contact press-on force, wherein the body comprises a U-shaped cross-section characterized in that the body comprises along its length the U-shaped cross-section with the base segment and the two leg segments (5, 6), that the body has a contact segment with a line contact area to the mounting rail, which is wider than the material thickness of the conducting material and/or which at least has the width of the base segment, that the body is made as a flexible stamping part, that the contact segment is part of a contact loop, which is punched out of the material of the body and which is bent over, and which is retained in a form-locking manner between sections of the leg segments (5, 6), and the spring is retained in a pre-stressed manner between the leg segments (5, 6) and parts of the basic segment of the body. a body having at least one seat to receive a mounting rail; and a spring that is connected with the body in an electrically conducting manner for establishing a contact press-on force, wherein the body comprises a U-shaped cross-section characterized in that the body comprises along its length the U-shaped cross-section with the base segment and the two leg segments (5, 6), that the body has a contact segment with a line contact area to the mounting rail, which is wider than the material thickness of the conducting material and/or which at least has the width of the base segment, that the body is made as a flexible stamping part, that the contact segment is part of a contact loop, which is punched out of the material of the body and which is bent over, and which is retained in a form-locking manner between sections of the leg segments (5, 6), and the spring is retained in a pre-stressed manner between the leg segments (5, 6) and parts of the basic segment of the body.
Vehicle cladding with display functionality, comprising: a panel unit having at least one window region that is transparent to transillumination in the visible wavelength range at least in regions; and a functional unit having at least one lighting means or having at least one lighting means and one input unit, wherein the functional unit is configured as a base module having a sealed waterproof housing, in the interior of which the at least one lighting means and, if the input unit is present, the input unit are arranged, wherein the base module is mechanically connected to the panel unit, characterized in that an optical waveguide module is arranged between the panel unit and the base module, wherein the optical waveguide module has at least one recess for forming an information field that can be backlit, wherein the at least one recess is covered by the window region, which is transparent at least in regions, of the panel unit. a panel unit having at least one window region that is transparent to transillumination in the visible wavelength range at least in regions; and a functional unit having at least one lighting means or having at least one lighting means and one input unit, wherein the functional unit is configured as a base module having a sealed waterproof housing, in the interior of which the at least one lighting means and, if the input unit is present, the input unit are arranged, wherein the base module is mechanically connected to the panel unit, characterized in that an optical waveguide module is arranged between the panel unit and the base module, wherein the optical waveguide module has at least one recess for forming an information field that can be backlit, wherein the at least one recess is covered by the window region, which is transparent at least in regions, of the panel unit.
A power unit comprising: a battery assembly having a plurality of batteries arranged side-by-side so that the positive and negative electrodes (12, 13) of the batteries alternate; a plurality of bus bars connecting in series the plurality of batteries by connecting the positive electrode with the negative electrode of the adjacent batteries; a plurality of terminals respectively connected to the bus bars, each terminal connected to an electric wire; and a plate provided with a plurality of bus bar receiving portions receiving the bus bars, a plurality of electric wire receiving portions receiving the electric wires, and a plurality of electric wire connecting portion receiving portions receiving electric wire connecting portions of the terminals; characterized in that each electric wire connecting portion is provided with a bottom plate on which the electric wire is positioned, a pair of side walls extended vertically from the bottom plate and between which the electric wire is positioned, and at least a pair of press-connecting blades provided in the terminal, projected inward from the pair of side walls, cutting through an insulating cover of the electric wire and press-contacting a core wire of the electric wire so as to permit the electric wire to be press-fitted into between the press-connecting blades; and locking claws locking on upper walls of the pair of side walls of the terminal are provided on the electric wire connecting portion receiving portion of the plate. a battery assembly having a plurality of batteries arranged side-by-side so that the positive and negative electrodes (12, 13) of the batteries alternate; a plurality of bus bars connecting in series the plurality of batteries by connecting the positive electrode with the negative electrode of the adjacent batteries; a plurality of terminals respectively connected to the bus bars, each terminal connected to an electric wire; and a plate provided with a plurality of bus bar receiving portions receiving the bus bars, a plurality of electric wire receiving portions receiving the electric wires, and a plurality of electric wire connecting portion receiving portions receiving electric wire connecting portions of the terminals; characterized in that each electric wire connecting portion is provided with a bottom plate on which the electric wire is positioned, a pair of side walls extended vertically from the bottom plate and between which the electric wire is positioned, and at least a pair of press-connecting blades provided in the terminal, projected inward from the pair of side walls, cutting through an insulating cover of the electric wire and press-contacting a core wire of the electric wire so as to permit the electric wire to be press-fitted into between the press-connecting blades; and locking claws locking on upper walls of the pair of side walls of the terminal are provided on the electric wire connecting portion receiving portion of the plate.
Apparatus for restraining a vehicle at a loading dock, comprising - a control arrangement operatively connected to a locking device comprising a retractable coupling adapted to be releasable connected to the vehicle for restraining the vehicle, and which control arrangement is adapted to control tensioning and release of the tension of the restraining of the vehicle, - a preloading unit being attached at one end to the locking device and attached at the other end to the loading dock, which preloading unit is adapted to preload the restraint of the vehicle by means of a suspension being compressed when restraining the vehicle, wherein - the locking device comprises a spool onto which the retractable coupling is windable; a blocking mechanism operatively connected to the control arrangement and the spool; characterised in that the locking device comprises a spiral spring biasing the spool for preloading and retracting the retractable coupling, wherein the spool is preloaded by the spiral spring, such that the retractable coupling is retracted and held in its retracted state when not in use. - a control arrangement operatively connected to a locking device comprising a retractable coupling adapted to be releasable connected to the vehicle for restraining the vehicle, and which control arrangement is adapted to control tensioning and release of the tension of the restraining of the vehicle, - a preloading unit being attached at one end to the locking device and attached at the other end to the loading dock, which preloading unit is adapted to preload the restraint of the vehicle by means of a suspension being compressed when restraining the vehicle, wherein - the locking device comprises a spool onto which the retractable coupling is windable; a blocking mechanism operatively connected to the control arrangement and the spool;