mhurhangee/ep-ind-claims huggingface dataset:
Collimator optical system for LED luminaires for illuminating building surfaces or building surface portions, comprising a first collimator optics (11a, 11b, 11c, 11d, 11e) and a second collimator optics (11a, 11b, 11c, 11d, 11e), wherein the two collimator optics each have a light entry surface, delimiting a cavity for accommodating at least one LED, at least one total reflection surface and a light exit surface, wherein the cavity provides a bottom surface and a peripheral side wall surface, wherein those light components that come from the LED and impinge on the bottom surface of the cavity pass directly to the light exit surface of the collimator optics and those light components that impinge on the side wall regions of the light entry surface are directed towards the total reflection surface and from there are thrown onto the light exit surface of the collimator optics, wherein the two collimator optics (11b, 11c) have identical mounting grid dimensions (AM, ADA, ADW, ADK, HB, IH, MHB, MHH), and wherein the first collimator optics provides a first light distribution and the second collimator optics provides a second light distribution that differs from the first light distribution, wherein the light entry surface of the first collimator optics and the light entry surface of the second collimator optics are configured differently so as to achieve different light distributions (LV1, LV2) and/or wherein the total reflection surface of the first collimator optics and the total reflection surface of the second collimator optics are configured differently so as to achieve different light distributions (LV1, LV2), and wherein i) the first light distribution comprises a first emission angle (α1) and the second light distribution comprises a second emission angle that differs from the first emission angle (α2), or ii) wherein the first light distribution is rotationally symmetrical in relation to an optical axis of the first collimator optics and the second light distribution is asymmetrical in relation to an optical axis of the second collimator optics. i) the first light distribution comprises a first emission angle (α1) and the second light distribution comprises a second emission angle that differs from the first emission angle (α2), or ii) wherein the first light distribution is rotationally symmetrical in relation to an optical axis of the first collimator optics and the second light distribution is asymmetrical in relation to an optical axis of the second collimator optics.
A method of producing Compound 1, comprising the step of reacting Compound 108, wherein R is methyl or ethyl, with hydroxylamine, thereby producing Compound 1.
Optical rotary joint comprising a housing, a hollow shaft, a bevel gear, a prism, and two collimators (610, 620) the rotary joint having a center axis, the housing comprising a first housing section and a second housing section separated by a gap in an axial direction from each other, the first housing section and the second housing section being rotatable against each other and around the center axis, the first housing section having in axial direction a first inner side and a first outer side, the second housing section having in axial direction a second inner side and a second outer side, the first inner side being oriented towards the second inner side, a first collimator is arranged at the first outer side and a second collimator is arranged at the second outer side, the hollow shaft being aligned with the center axis, the hollow shaft having a first end extending into the first housing section and a second end extending into the second housing section, the first end of the hollow shaft is support for at least a first bearing, the first bearing further being support of the first housing section and the second end of the hollow shaft is support for at least a second bearing, the second bearing further being support of the second housing section, the hollow shaft having a prism holder between the first end and the second end, the prism holder is located within the first housing section, the bevel gear being located in the gap between the first housing section and the second housing section, the bevel gear comprising a first wheel, a second wheel and at least one third wheel, the first wheel being coaxial to the center axis at the first inner side of the first housing section, the second wheel being coaxial to the center axis and opposing to the first wheel at the second inner side of the second housing section and having the same diameter as the first wheel, the at least one third wheel being between the first wheel and the second wheel and in mesh with the first wheel and the second wheel, the at least one third wheel having an axis oriented radially to the center axis and being fixedly attached to or being one part with the hollow shaft, such that a rotation of the first housing section against the second housing section with a first angular speed results in a rotation of the hollow shaft with half of the first angular speed, the bevel gear being displaced in axial direction from the prism holder, the prism being located in the prism holder of the hollow shaft.
A stamping device for earth compaction, having a working mass, which is driven in a stamping manner and can be linearly moved back and forth by a motor belonging to an upper mass via a crank mechanism, a piston (16, 16') and a spring assembly, wherein the spring assembly has at least one first spring, which can be compressed during a forth movement of the piston (16, 16'), and at least one second spring, which can be compressed during a back movement of the piston (16, 16'), characterised in that the at least one second spring is arranged inside a free space in the interior of the at least one first spring.
A pillow (210, 310), comprising: an interior portion (220, 320) comprised of a first flexible foam, the interior portion (220, 320) defining a perimeter; and an outer portion (230, 330) comprised of a second flexible foam entirely surrounding the perimeter of the interior portion (220, 320), the second flexible foam having a density different than that of the first flexible foam, characterized in that the interior portion (220, 320) is configured to support a head of a user and the outer portion (230, 330) is configured to support a neck and shoulders of the user, that the density of the first flexible foam is less than the density of the second flexible foam, and that the interior portion (220, 320) is recessed relative to the outer portion (230, 330). an interior portion (220, 320) comprised of a first flexible foam, the interior portion (220, 320) defining a perimeter; and an outer portion (230, 330) comprised of a second flexible foam entirely surrounding the perimeter of the interior portion (220, 320), the second flexible foam having a density different than that of the first flexible foam, characterized in that the interior portion (220, 320) is configured to support a head of a user and the outer portion (230, 330) is configured to support a neck and shoulders of the user, that the density of the first flexible foam is less than the density of the second flexible foam, and that the interior portion (220, 320) is recessed relative to the outer portion (230, 330).
A frameless photo-energy assembly including a photo-energy converter, wherein an edge of the photo-energy converter is sealed by an adhesive tape, wherein the adhesive tape comprises: an adhering layer for adhesion and cushioning contacting the edge of the photo-energy converter and comprising: a substrate layer; a second adhesive layer on the substrate layer; an aging-resistant protective layer on the adhering layer comprising: a film layer; a water-proof intermediate layer, situated between the second adhesive layer and the protective layer, wherein the water-proof intermediate layer comprises a material selected from the group consisting of a metal, a rubber, polyurethane, and combinations thereof, and wherein the water-proof layer passes the creepage test according to IEC61215 after being subjected to 10 cycles for the humidity freeze cycle at -40°C-+85°C/85% relative humidity and 1000 hours for the high temperature-high humidity aging at +85°C/85% relative humidity. an adhering layer for adhesion and cushioning contacting the edge of the photo-energy converter and comprising: a substrate layer; a second adhesive layer on the substrate layer; a substrate layer; a second adhesive layer on the substrate layer; an aging-resistant protective layer on the adhering layer comprising: a film layer; a water-proof intermediate layer, situated between the second adhesive layer and the protective layer, wherein the water-proof intermediate layer comprises a material selected from the group consisting of a metal, a rubber, polyurethane, and combinations thereof, and wherein the water-proof layer passes the creepage test according to IEC61215 after being subjected to 10 cycles for the humidity freeze cycle at -40°C-+85°C/85% relative humidity and 1000 hours for the high temperature-high humidity aging at +85°C/85% relative humidity.
A method of operation of a wireless communication device configured to operate with an extended Discontinuous Reception, eDRX, cycle, comprising: acquiring a first identifier of at least one first cell during a time associated with a first paging time window of the eDRX cycle with which the wireless communication device is configured; acquiring a second identifier of at least one second cell during a time associated with a second paging time window of the eDRX cycle with which the wireless communication device is configured, the second paging time window occurring subsequent to the first paging time window and the at least one second cell being at least one strongest cell as measured by the wireless communication device; performing a first type of wireless communication device radio operations if the first identifier is the same as the second identifier; and performing a second type of wireless communication device radio operations if the first identifier is different than the second identifier, wherein: the first identifier of the at least one first cell is a first Cell Global Identifier, CGI, of the at least one first cell and the second identifier of the at least one second cell is a second CGI of the at least one second cell. acquiring a first identifier of at least one first cell during a time associated with a first paging time window of the eDRX cycle with which the wireless communication device is configured; acquiring a second identifier of at least one second cell during a time associated with a second paging time window of the eDRX cycle with which the wireless communication device is configured, the second paging time window occurring subsequent to the first paging time window and the at least one second cell being at least one strongest cell as measured by the wireless communication device; performing a first type of wireless communication device radio operations if the first identifier is the same as the second identifier; and performing a second type of wireless communication device radio operations if the first identifier is different than the second identifier, wherein: the first identifier of the at least one first cell is a first Cell Global Identifier, CGI, of the at least one first cell and the second identifier of the at least one second cell is a second CGI of the at least one second cell.
Paper comprising: - a fibrous substrate, - a precoat layer comprising a binder and a mixture of platy filler(s) having a shape factor of at least 15 and of finer filler(s), notably non-platy filler(s), the size of the particles of which is, for 80% by weight, less than 2 μm (measured according to the ISO 13317-3 SediGraph method), the dry weight of platy filler(s) being between 3% and 58% of the total dry weight of the precoat layer, the dry weight of finer filler(s) being between 3% and 58% of the total dry weight of the precoat layer, the precoat comprising at least 15 parts when dry of binder relative to the weight of fillers when dry (100 parts), - at least one covering layer applied to the precoat layer, the covering layer comprising a heat-sealable polymer, the paper having a water vapour permeability of at most 150 g/m 2 /24 h and preferably of less than 100 g/m 2 /24 h, measured according to the ASTM F1249 standard under so-called tropical conditions of 38°C and 90% relative humidity, the amount of precoat layer being less than or equal to 12 g/m 2 by dry weight, the weight of the covering layer not exceeding 10 g/m 2 when dry. - a fibrous substrate, - a precoat layer comprising a binder and a mixture of platy filler(s) having a shape factor of at least 15 and of finer filler(s), notably non-platy filler(s), the size of the particles of which is, for 80% by weight, less than 2 μm (measured according to the ISO 13317-3 SediGraph method), the dry weight of platy filler(s) being between 3% and 58% of the total dry weight of the precoat layer, the dry weight of finer filler(s) being between 3% and 58% of the total dry weight of the precoat layer, the precoat comprising at least 15 parts when dry of binder relative to the weight of fillers when dry (100 parts), - at least one covering layer applied to the precoat layer, the covering layer comprising a heat-sealable polymer,
A high chair for children convertible into a booster seat, comprising: - an upper part and a base, the upper part having a seating surface adapted for removable engagement with said base, - lateral armrest sides (7, 8), - a backrest whose perimeter boundary comprises a top section and two lateral sections (11, 12) each facing a respective lateral armrest side (7, 8), - a backrest extension extending in cantilever fashion from the perimeter boundary of the backrest, and consisting of a body that can be separated from the backrest of said upper portion of the high chair, - members for removable connection of the backrest extension to the perimeter boundary of the backrest, characterized in that - said backrest extension comprises lateral portions (14, 15) which extend along said lateral sections (11, 12) of the backrest that face the lateral armrest sides (7, 8), - said members for removable connection of said backrest extension to the backrest comprise hook-like elements (19, 20) located at the ends (21, 22) of the lateral portions (14, 15) of the backrest extension and adapted for removable engagement into corresponding slots (23, 24) formed on said lateral sections (11, 12) of the boundary of the backrest, facing said lateral armrest sides (7, 8). - an upper part and a base, the upper part having a seating surface adapted for removable engagement with said base, - lateral armrest sides (7, 8), - a backrest whose perimeter boundary comprises a top section and two lateral sections (11, 12) each facing a respective lateral armrest side (7, 8), - a backrest extension extending in cantilever fashion from the perimeter boundary of the backrest, and consisting of a body that can be separated from the backrest of said upper portion of the high chair, - members for removable connection of the backrest extension to the perimeter boundary of the backrest, characterized in that - said backrest extension comprises lateral portions (14, 15) which extend along said lateral sections (11, 12) of the backrest that face the lateral armrest sides (7, 8), - said members for removable connection of said backrest extension to the backrest comprise hook-like elements (19, 20) located at the ends (21, 22) of the lateral portions (14, 15) of the backrest extension and adapted for removable engagement into corresponding slots (23, 24) formed on said lateral sections (11, 12) of the boundary of the backrest, facing said lateral armrest sides (7, 8).
A method of cleaning teeth, the method comprising: placing a bristle field located on a head of an oral care device in a user's mouth and in contact with an electrolyte; providing an electrical charge across a first set of electrodes (1014, 1016) disposed within a channel formed through the head of the oral care device in the presence of the electrolyte while in the user's mouth; and generating a chemical agent in the user's mouth from the electrolyte, the chemical agent selected from the group consisting of hydrogen peroxide and ozone. placing a bristle field located on a head of an oral care device in a user's mouth and in contact with an electrolyte; providing an electrical charge across a first set of electrodes (1014, 1016) disposed within a channel formed through the head of the oral care device in the presence of the electrolyte while in the user's mouth; and generating a chemical agent in the user's mouth from the electrolyte, the chemical agent selected from the group consisting of hydrogen peroxide and ozone.
A method comprising: inspecting a traffic flow associated with an end-user device; identifying a requested access within the traffic flow; determining, based on a first set of access rules, whether the requested access is within a first network data service profile, the first network data service profile defining a first network data service, a service usage associated with the first network data service being accounted for separately from a different service usage associated with at least one other network data service available to the end-user device, the first network data service profile identifying at least one of a particular network end-point, a particular end-user-device application, and a particular content type; and when the requested access is within the first network data service profile, generating a first record, the first record for assisting in billing a first paying entity responsible for paying for at least a portion of the service usage, wherein determining, based on the first set of access rules, whether the requested access is within the first network data service profile comprises determining whether the requested access is associated with the first network data service, wherein the method further comprises receiving side information from the end-user device, and wherein determining whether the requested access is associated with the first network data service comprises examining the side information. inspecting a traffic flow associated with an end-user device; identifying a requested access within the traffic flow; determining, based on a first set of access rules, whether the requested access is within a first network data service profile, the first network data service profile defining a first network data service, a service usage associated with the first network data service being accounted for separately from a different service usage associated with at least one other network data service available to the end-user device, the first network data service profile identifying at least one of a particular network end-point, a particular end-user-device application, and a particular content type; and when the requested access is within the first network data service profile, generating a first record, the first record for assisting in billing a first paying entity responsible for paying for at least a portion of the service usage, wherein determining, based on the first set of access rules, whether the requested access is within the first network data service profile comprises determining whether the requested access is associated with the first network data service, wherein the method further comprises receiving side information from the end-user device, and wherein determining whether the requested access is associated with the first network data service comprises examining the side information.
A receiver for a Pulsed Eddy Current, PEC, system configured to detect a changing electromagnetic field generated by eddy currents induced in an object of an electrically conductive material, the receiver comprising: an electrically conductive receiver coil; a high-voltage receiver channel, HVRC; a low-voltage receiver channel, LVRC; and an over-voltage protection, OVP, connected between the receiver coil and the LVRC, characterised in that the OVP comprises: a bias circuit; a diode connected between the receiver coil and the bias circuit; and a capacitor connected between the bias circuit and the LVRC; wherein the bias circuit is configured for providing a bias threshold for forward biasing or reverse biasing the diode depending on a voltage induced in the receiver coil; and wherein the capacitor is configured for preventing the LVRC from seeing a bias voltage or current of the bias circuit. an electrically conductive receiver coil; a high-voltage receiver channel, HVRC; a low-voltage receiver channel, LVRC; and an over-voltage protection, OVP, connected between the receiver coil and the LVRC, characterised in that the OVP comprises: a bias circuit; a diode connected between the receiver coil and the bias circuit; and a capacitor connected between the bias circuit and the LVRC; wherein the bias circuit is configured for providing a bias threshold for forward biasing or reverse biasing the diode depending on a voltage induced in the receiver coil; and wherein the capacitor is configured for preventing the LVRC from seeing a bias voltage or current of the bias circuit. a bias circuit; a diode connected between the receiver coil and the bias circuit; and a capacitor connected between the bias circuit and the LVRC; wherein the bias circuit is configured for providing a bias threshold for forward biasing or reverse biasing the diode depending on a voltage induced in the receiver coil; and wherein the capacitor is configured for preventing the LVRC from seeing a bias voltage or current of the bias circuit.
An electronic device, comprising: a main body; a display, pivotally connected to the main body; a foot pad, disposed on the bottom side of the main body and at the edge thereof; a transmission unit configured to force the foot pad to move relative to the main body along a first direction, wherein the first direction is rearwards out of the main body and parallel to the main body; and the electronic device being characterized in that: the transmission unit 40 comprises a first gear connected to the display, a rack member, and a rotary member pivotally connected to the main body and forming a first arm and a second arm, wherein the first arm is pivotally connected to the rack member, the second arm is pivotally connected to the foot pad, and the length of the second arm exceeds that of the first arm; wherein when the display is rotated from a closed position to an open position, the display is configured to drive the first gear to force the rack member to move along a second direction, and the rack member is configured to push the rotary member to force the foot pad to move along the first direction, opposite to the second direction; wherein the foot pad further comprises: two guiding portions formed on opposite sides of the foot pad and parallel to the main body, wherein the guiding portions are rectangular slots for guiding the foot pad to slide relative to the main body; a shelter portion that is so configured that when the foot pad moves relative to the main body along the first direction, an opening formed between the foot pad and the main body is covered by the shelter portion. a main body; a display, pivotally connected to the main body; a foot pad, disposed on the bottom side of the main body and at the edge thereof; a transmission unit configured to force the foot pad to move relative to the main body along a first direction, wherein the first direction is rearwards out of the main body and parallel to the main body; and two guiding portions formed on opposite sides of the foot pad and parallel to the main body, wherein the guiding portions are rectangular slots for guiding the foot pad to slide relative to the main body; a shelter portion that is so configured that when the foot pad moves relative to the main body along the first direction, an opening formed between the foot pad and the main body is covered by the shelter portion.