mhurhangee/ep-ind-claims huggingface dataset:
Treatment line for a flat, elongate hot metal rolling stock, - wherein the treatment line comprises a finishing train for rolling the rolling stock, - wherein the treatment line comprises a cooling device, - wherein the cooling device is arranged upstream of the finishing train, is arranged downstream of the finishing train or is arranged within the finishing train, - wherein the cooling device comprises a first cooling bar which extends, as seen in a width direction (y) of the rolling stock, completely over the rolling stock, - wherein the first cooling bar comprises a plurality of first coolant outlets facing the rolling stock, by means of which water is applied to the rolling stock, - wherein the first coolant outlets are arranged in the first cooling bar so as to be positionally fixed in at least one row extending in the width direction (y) of the rolling stock, and have, within the respective row, a respective predetermined spacing from one another, - wherein the first coolant outlets are in the form of full-jet nozzles, from which a full jet having a respective intrinsically continuous cross section exits during operation, - wherein a jet opening angle of the full jet exiting from the full-jet nozzles is at most 5°, - wherein the cross sections of the full jets each have a convex envelope, characterized in that the respective convex envelope contains at least one region which is not contained in the respective full jet itself. - wherein the treatment line comprises a finishing train for rolling the rolling stock, - wherein the treatment line comprises a cooling device, - wherein the cooling device is arranged upstream of the finishing train, is arranged downstream of the finishing train or is arranged within the finishing train, - wherein the cooling device comprises a first cooling bar which extends, as seen in a width direction (y) of the rolling stock, completely over the rolling stock, - wherein the first cooling bar comprises a plurality of first coolant outlets facing the rolling stock, by means of which water is applied to the rolling stock, - wherein the first coolant outlets are arranged in the first cooling bar so as to be positionally fixed in at least one row extending in the width direction (y) of the rolling stock, and have, within the respective row, a respective predetermined spacing from one another, - wherein the first coolant outlets are in the form of full-jet nozzles, from which a full jet having a respective intrinsically continuous cross section exits during operation, - wherein a jet opening angle of the full jet exiting from the full-jet nozzles is at most 5°, - wherein the cross sections of the full jets each have a convex envelope,
A thermally curable adhesive composition consisting of the following components: 4.9% to 34.9% by weight (based on the entirety of the curable adhesive composition) of an epoxy-functionalized (co)polymer having a weight-average molar mass in the range from 5 000 g/mol to 200 000 g/mol (GPC measurement as per the description), based on more than 30% to 100% by weight, preferably 50% to 100% by weight, (based on the entirety of the parent monomers of the epoxy-functionalized (co)polymer) of at least one type of (meth)acrylic (co)monomer (a) functionalized with an epoxy group, 0.1% to 5% by weight (based on the entirety of the curable adhesive composition) of at least one thermally activatable curing agent for cationic curing of epoxides, 65% to 95% by weight (based on the entirety of the curable adhesive composition) of at least one type of matrix polymer as film former, optionally 0% to 30% by weight of further constituents. 4.9% to 34.9% by weight (based on the entirety of the curable adhesive composition) of an epoxy-functionalized (co)polymer having a weight-average molar mass in the range from 5 000 g/mol to 200 000 g/mol (GPC measurement as per the description), based on more than 30% to 100% by weight, preferably 50% to 100% by weight, (based on the entirety of the parent monomers of the epoxy-functionalized (co)polymer) of at least one type of (meth)acrylic (co)monomer (a) functionalized with an epoxy group, 0.1% to 5% by weight (based on the entirety of the curable adhesive composition) of at least one thermally activatable curing agent for cationic curing of epoxides, 65% to 95% by weight (based on the entirety of the curable adhesive composition) of at least one type of matrix polymer as film former, optionally 0% to 30% by weight of further constituents.
A crossbar array adapted to store an image based on an illumination of light irradiated thereto, the crossbar array comprising a plurality of nonvolatile memory devices (710, 720) comprising: a resistance switching layer (715, 725) having a resistance value, the resistance switching layer being configured to change the resistance value based on an illumination of light irradiated thereto from above, and the resistance switching layer being configured to maintain the changed resistance value, a gate on the resistance switching layer; a gate oxide layer (714, 724) between the resistance switching layer and the gate; and a source (711, 721) and a drain (712, 722), spaced apart from each other, on the resistance switching layer, wherein the gate includes a transparent conducting electrode gate above the resistance switching layer and configured to transmit the irradiated light, or the gate includes a back-gate under the resistance switching layer; and wherein the crossbar array is adapted to store the image based on an illumination of light irradiated thereto by way of the change in a resistance value of a resistance switching layer of each of the plurality of nonvolatile memory devices when light having illumination corresponding to a plurality of elements to the plurality of nonvolatile memory devices is irradiated thereto, and wherein the irradiated light corresponds to a plurality of pixels included in an image. a resistance switching layer (715, 725) having a resistance value, the resistance switching layer being configured to change the resistance value based on an illumination of light irradiated thereto from above, and the resistance switching layer being configured to maintain the changed resistance value, a gate on the resistance switching layer; a gate oxide layer (714, 724) between the resistance switching layer and the gate; and a source (711, 721) and a drain (712, 722), spaced apart from each other, on the resistance switching layer, wherein the gate includes a transparent conducting electrode gate above the resistance switching layer and configured to transmit the irradiated light, or the gate includes a back-gate under the resistance switching layer; and wherein the crossbar array is adapted to store the image based on an illumination of light irradiated thereto by way of the change in a resistance value of a resistance switching layer of each of the plurality of nonvolatile memory devices when light having illumination corresponding to a plurality of elements to the plurality of nonvolatile memory devices is irradiated thereto, and wherein the irradiated light corresponds to a plurality of pixels included in an image.
Water sports pulling installation, in particular a circumference water sports pulling installation, with: at least one mast, a cable redirected and/or driven at the mast and designed for pulling a person on a water surface, a redirecting device provided at the mast for horizontally redirecting the cable, the redirecting device comprising (i) a main support coupled to the mast, (ii) an intermediate support fixedly connected to the main support and (iii) a support pivotally supported at the intermediate support, wherein the redirecting device comprises at least one first cable pulley for receiving a first portion of the cable and at least one second cable pulley for receiving a second portion of the cable, wherein the at least first cable pulley and the at least second cable pulley are pivotally supported in the support and wherein the support is horizontally and pivotally supported with respect to the mast. at least one mast, a cable redirected and/or driven at the mast and designed for pulling a person on a water surface, a redirecting device provided at the mast for horizontally redirecting the cable, the redirecting device comprising (i) a main support coupled to the mast, (ii) an intermediate support fixedly connected to the main support and (iii) a support pivotally supported at the intermediate support, wherein the redirecting device comprises at least one first cable pulley for receiving a first portion of the cable and at least one second cable pulley for receiving a second portion of the cable, wherein the at least first cable pulley and the at least second cable pulley are pivotally supported in the support and wherein the support is horizontally and pivotally supported with respect to the mast.
A device for determining deterioration of a secondary battery implemented as an assembly of a plurality of battery modules, comprising: a deterioration diagnosis unit for calculating a deterioration indicator quantitatively indicating a degree of deterioration of a battery module for each said battery module; characterized by a detection unit for comparing, for each battery module, the deterioration indicator with a prescribed replacement level, and for detecting a first battery module to be replaced, from among said plurality of battery modules, when said deterioration indicator has reached said prescribed replacement level; an extraction unit for, when said detection unit detects said first battery module, extracting a second battery module to be replaced simultaneously with said first battery module, from the battery modules which are not detected as a first battery module; and a guidance information generation unit for evaluating which of replacement of entire said assembly and partial replacement of only said first and second battery modules is more advantageous in terms of cost, by comparing the replacement cost of the total number of said detected first battery modules and said extracted second battery modules with the replacement cost of said entire assembly. a deterioration diagnosis unit for calculating a deterioration indicator quantitatively indicating a degree of deterioration of a battery module for each said battery module; characterized by a detection unit for comparing, for each battery module, the deterioration indicator with a prescribed replacement level, and for detecting a first battery module to be replaced, from among said plurality of battery modules, when said deterioration indicator has reached said prescribed replacement level; an extraction unit for, when said detection unit detects said first battery module, extracting a second battery module to be replaced simultaneously with said first battery module, from the battery modules which are not detected as a first battery module; and a guidance information generation unit for evaluating which of replacement of entire said assembly and partial replacement of only said first and second battery modules is more advantageous in terms of cost, by comparing the replacement cost of the total number of said detected first battery modules and said extracted second battery modules with the replacement cost of said entire assembly.
A semiconductor package structure (200, 300, 400), comprising: a substrate; a semiconductor die disposed over the substrate; a molding material surrounding the semiconductor die and adjoining the sidewalls of the semiconductor die; a first bonding layer disposed over the semiconductor die; a metal layer disposed between the first bonding layer and the semiconductor die; and a heatsink disposed over the first bonding layer and bonded onto the semiconductor die through the first bonding layer and the metal layer, characterised by a thermal interface material disposed over the molding material and at least partially surrounding the first bonding layer, wherein the thermal interface material connects the molding material and the heatsink with the heatsink being bonded on the thermal interface material; wherein the first bonding layer has better thermal conductivity than the thermal interface material; wherein the thermal interface material is spaced apart from the first bonding layer and the metal layer by a first gap to prevent issues caused by different coefficients of thermal expansion, CTEs, of the thermal interface material, the metal layer and the first bonding layer; and wherein the thermal interface material is cut off by one or more second gaps configured to release gas generated during the manufacturing process and/or comprises one or more notches configured to release the gas generated during the manufacturing process. a substrate; a semiconductor die disposed over the substrate; a molding material surrounding the semiconductor die and adjoining the sidewalls of the semiconductor die; a first bonding layer disposed over the semiconductor die; a metal layer disposed between the first bonding layer and the semiconductor die; and a heatsink disposed over the first bonding layer and bonded onto the semiconductor die through the first bonding layer and the metal layer, characterised by a thermal interface material disposed over the molding material and at least partially surrounding the first bonding layer, wherein the thermal interface material connects the molding material and the heatsink with the heatsink being bonded on the thermal interface material; wherein the first bonding layer has better thermal conductivity than the thermal interface material; wherein the thermal interface material is spaced apart from the first bonding layer and the metal layer by a first gap to prevent issues caused by different coefficients of thermal expansion, CTEs, of the thermal interface material, the metal layer and the first bonding layer; and wherein the thermal interface material is cut off by one or more second gaps configured to release gas generated during the manufacturing process and/or comprises one or more notches configured to release the gas generated during the manufacturing process.
A power providing device (2, 2') arranged for providing power to multiple power receiving devices, wherein the power providing device (2, 2') is a power source equipment arranged to provide the power by power over Ethernet and comprises: - a power negotiation unit configured to detect a power receiving device of the multiple power receiving devices and to perform a power negotiation with the power receiving device, - a power monitoring unit (25, 35) configured to monitor the power consumption of each of the power receiving device, and - a power control unit (22, 26, 32) configured to increase a power budget allotted in the power negotiation to said power receiving device in response to the power consumption of said power receiving device exceeding a predetermined consumption threshold value; wherein the consumption threshold value is - provided with a constant margin to the allotted power budget; or - a fixed portion of the allotted power budget; or - coming closer to the allotted power budget over time; wherein the power control unit (22, 26, 32) is further configured to at least temporarily suspend power provision to said power receiving device in case the power consumption of said power receiving device exceeds the power budget; wherein the power control unit (22, 26, 32) is configured to increase the power budget only in case a rate of change of the power consumption of said power receiving device is less that a predetermined rate threshold value. - a power negotiation unit configured to detect a power receiving device of the multiple power receiving devices and to perform a power negotiation with the power receiving device, - a power monitoring unit (25, 35) configured to monitor the power consumption of each of the power receiving device, and - a power control unit (22, 26, 32) configured to increase a power budget allotted in the power negotiation to said power receiving device in response to the power consumption of said power receiving device exceeding a predetermined consumption threshold value; wherein the consumption threshold value is - provided with a constant margin to the allotted power budget; or - a fixed portion of the allotted power budget; or - coming closer to the allotted power budget over time; wherein the power control unit (22, 26, 32) is further configured to at least temporarily suspend power provision to said power receiving device in case the power consumption of said power receiving device exceeds the power budget; wherein the power control unit (22, 26, 32) is configured to increase the power budget only in case a rate of change of the power consumption of said power receiving device is less that a predetermined rate threshold value. - provided with a constant margin to the allotted power budget; or - a fixed portion of the allotted power budget; or - coming closer to the allotted power budget over time;
Connector plate for a vacuum cleaner dust container, the connector plate comprising a front surface having an opening for an airflow, a first side surface adapted to be inserted into holder of a vacuum cleaner, a second opposite side surface, the second side surface is arranged closer to the opening than the first side surface, a third side surface connecting the first and second side surfaces, and a forth side surface connecting the first and second side surfaces, characterized in that the connector plate comprises a flexible zone arranged between the opening and the first surface.
An apparatus of a high efficiency, HE, station for a wireless local area network, the apparatus comprising: memory; and processing circuitry coupled to the memory, the processing circuity configured to: decode a multi-user, MU, physical-layer convergence procedure protocol data unit, PPDU (202, 204, 206, 208), from an access point, AP, the MU PPDU comprising a first schedule, the first schedule indicating a sub-channel for the HE station to receive data, the MU PPDU comprising the data, the data comprising one or more packets, and a second schedule, the second schedule indicating a sub-channel and length for transmission of an uplink, UL, MU PPDU to the AP, wherein the MU PPDU is received in accordance with MU multiple-input multiple-output, MU-MIMO, orthogonal frequency division multiple access, OFDMA, or both MU-MIMO and OFDMA, wherein the first schedule further indicates one or more additional sub-channels for one or more additional HE stations (104.1, 104.2) to receive one or more additional data (250.7, 250.8); decode the data in accordance with the first schedule; and configure the HE station to transmit the UL MU PPDU, the UL MU PPDU comprising an acknowledgement (210, 214) of the one or more packets, wherein the UL MU PPDU is to be transmitted in accordance with the second schedule, and wherein the UL MU PPDU is to be transmitted simultaneously (252.1 and 252.2) with other HE stations in accordance with MU-MIMO, OFDMA, or both MU-MIMO and OFDMA. decode a multi-user, MU, physical-layer convergence procedure protocol data unit, PPDU (202, 204, 206, 208), from an access point, AP, the MU PPDU comprising a first schedule, the first schedule indicating a sub-channel for the HE station to receive data, the MU PPDU comprising the data, the data comprising one or more packets, and a second schedule, the second schedule indicating a sub-channel and length for transmission of an uplink, UL, MU PPDU to the AP, wherein the MU PPDU is received in accordance with MU multiple-input multiple-output, MU-MIMO, orthogonal frequency division multiple access, OFDMA, or both MU-MIMO and OFDMA, wherein the first schedule further indicates one or more additional sub-channels for one or more additional HE stations (104.1, 104.2) to receive one or more additional data (250.7, 250.8); decode the data in accordance with the first schedule; and configure the HE station to transmit the UL MU PPDU, the UL MU PPDU comprising an acknowledgement (210, 214) of the one or more packets, wherein the UL MU PPDU is to be transmitted in accordance with the second schedule, and wherein the UL MU PPDU is to be transmitted simultaneously (252.1 and 252.2) with other HE stations in accordance with MU-MIMO, OFDMA, or both MU-MIMO and OFDMA.
A liquid ejection head capable of ejecting a liquid supplied from a liquid container with a negative pressure generating section (31, 33-1, 33-2), the liquid ejection head comprising: an ejection port configured to eject the liquid, a liquid chamber configured to contain the liquid to be ejected from the ejection port; a liquid supply section configured to allow the liquid to be supplied from the liquid container to the liquid chamber; and an opening configured to communicate with the liquid chamber and to enable at least a gas to flow into the liquid chamber through the opening; characterized by further comprising: a filter member provided on an opening of the liquid supply section and configured to apply a meniscus force (Pf) to the liquid, the meniscus force (Pf) applied by the filter member being larger than a meniscus force (Pn) applied by the ejection port to the liquid; and a channel forming member provided in the liquid supply section and configured to form a plurality of channels communicating between the liquid supply section and the liquid chamber, the channel forming member applying a meniscus force (Pk) to the liquid, the meniscus force (Pk) applied by the channel forming member being smaller than the meniscus force (Pn) applied by the ejection port to the liquid. an ejection port configured to eject the liquid, a liquid chamber configured to contain the liquid to be ejected from the ejection port; a liquid supply section configured to allow the liquid to be supplied from the liquid container to the liquid chamber; and an opening configured to communicate with the liquid chamber and to enable at least a gas to flow into the liquid chamber through the opening; characterized by further comprising: a filter member provided on an opening of the liquid supply section and configured to apply a meniscus force (Pf) to the liquid, the meniscus force (Pf) applied by the filter member being larger than a meniscus force (Pn) applied by the ejection port to the liquid; and a channel forming member provided in the liquid supply section and configured to form a plurality of channels communicating between the liquid supply section and the liquid chamber, the channel forming member applying a meniscus force (Pk) to the liquid, the meniscus force (Pk) applied by the channel forming member being smaller than the meniscus force (Pn) applied by the ejection port to the liquid. a filter member provided on an opening of the liquid supply section and configured to apply a meniscus force (Pf) to the liquid, the meniscus force (Pf) applied by the filter member being larger than a meniscus force (Pn) applied by the ejection port to the liquid; and a channel forming member provided in the liquid supply section and configured to form a plurality of channels communicating between the liquid supply section and the liquid chamber, the channel forming member applying a meniscus force (Pk) to the liquid, the meniscus force (Pk) applied by the channel forming member being smaller than the meniscus force (Pn) applied by the ejection port to the liquid.