mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, by one or more processors, power measurements for a plurality of machines in a datacenter, the plurality of machines executing one or more tasks; identifying power limitations for the plurality of machines, including identifying a first threshold and identifying a second threshold higher than the first threshold; comparing, by the one or more processors, the received power measurements against the power limitations for the plurality of machines; determining, based on the comparison, whether to reduce power consumed by the plurality of machines, comprising determining whether the received power measurements meet or exceed the second threshold; and commanding, by the one or more processors when the received power measurements meet or exceed the second threshold, the plurality of machines to operate in accordance with one or more restrictions to reduce power consumption by a first predetermined percentage such that the power consumption of the plurality of machines based on this percentage decreases below the first threshold; determining whether the received power measurements exceed the first threshold during a predetermined period of time after the second threshold has been met or exceeded; and when the first threshold is met or exceeded during the predetermined period of time, commanding the plurality of machines to reduce power by a second predetermined percentage that is lower than the first percentage, such that the power consumption of the plurality of machines again falls below the first threshold. receiving, by one or more processors, power measurements for a plurality of machines in a datacenter, the plurality of machines executing one or more tasks; identifying power limitations for the plurality of machines, including identifying a first threshold and identifying a second threshold higher than the first threshold; comparing, by the one or more processors, the received power measurements against the power limitations for the plurality of machines; determining, based on the comparison, whether to reduce power consumed by the plurality of machines, comprising determining whether the received power measurements meet or exceed the second threshold; and commanding, by the one or more processors when the received power measurements meet or exceed the second threshold, the plurality of machines to operate in accordance with one or more restrictions to reduce power consumption by a first predetermined percentage such that the power consumption of the plurality of machines based on this percentage decreases below the first threshold; determining whether the received power measurements exceed the first threshold during a predetermined period of time after the second threshold has been met or exceeded; and when the first threshold is met or exceeded during the predetermined period of time, commanding the plurality of machines to reduce power by a second predetermined percentage that is lower than the first percentage, such that the power consumption of the plurality of machines again falls below the first threshold.
Container for depth stops for dental burs suitable for being mounted on a dental bur, the container comprising a first plurality of seats for housing the depth stops having different diameters and/or heights, wherein it has at least one further seat having a part of smaller diameter than any one of said seats of the first plurality of seats, said at least one further seat allowing the passage of a part of a dental bur so as to remove the depth stop from the dental bur on which it is mounted, and in that said first plurality of seats is arranged according to two series of values, the first value indicating the diameter of the depth stop and the second value indicating the height of the depth stop, said portion of smaller diameter of the at least one further seat being shaped and sized so as to accommodate the stem of a dental bur from which the relative stop is to be extracted, said at least one further seat, in addition to said smaller diameter part, also having a larger diameter part connected to the smaller diameter part, each of the seats of said first plurality of seats having two cylindrical portions with different diameters (20, 21), with the larger diameter portion being shaped and sized so as to accommodate a stop, and the smaller diameter portion being shaped and sized so as to accommodate the tip of the corresponding dental bur on which to fit the stop.
A semiconductive polyolefin composition comprising: (i) up to 80 wt.% of a polyolefin, (ii) carbon black, and (iii) up to 60 wt.% of a polymer having a melting point of not less than 100 °C, wherein the polyolefin is a terpolymer, which has a content of polar group containing comonomer of 3.5 mol% or less, and a content of silane group containing comonomer of up to 1 mol%, provided that the total comonomer content of polyolefin is 4.3 mol% or less, and wherein the polymer is a homopolymer, a random copolymer or a heterophasic copolymer of propylene. (i) up to 80 wt.% of a polyolefin, (ii) carbon black, and (iii) up to 60 wt.% of a polymer having a melting point of not less than 100 °C, wherein the polyolefin is a terpolymer, which has a content of polar group containing comonomer of 3.5 mol% or less, and a content of silane group containing comonomer of up to 1 mol%, provided that the total comonomer content of polyolefin is 4.3 mol% or less, and wherein the polymer is a homopolymer, a random copolymer or a heterophasic copolymer of propylene.
Operator control unit for a motor vehicle, comprising - a carrier part through which light can shine; - a decorative layer through which light can shine which is at least indirectly arranged on the carrier part and which comprises, on its visible side facing away from the carrier part, at least one tangible projection and/or one tangible depression for identification of at least one operator control region; characterized by - an illuminating device which is arranged below the carrier part and which is designed to shine light through the rear side of the decorative layer; - a template which is arranged between the decorative layer and the illuminating device and which comprises opaque regions and at least one region through which light can shine, which is arranged below the at least one operator control region, for shining light through the at least one operator control region. - a carrier part through which light can shine; - a decorative layer through which light can shine which is at least indirectly arranged on the carrier part and which comprises, on its visible side facing away from the carrier part, at least one tangible projection and/or one tangible depression for identification of at least one operator control region; characterized by - an illuminating device which is arranged below the carrier part and which is designed to shine light through the rear side of the decorative layer; - a template which is arranged between the decorative layer and the illuminating device and which comprises opaque regions and at least one region through which light can shine, which is arranged below the at least one operator control region, for shining light through the at least one operator control region.
A cover of an electronic device, the electronic device comprising a processor, a sensor, and the cover comprising: a mounting part in which the electronic device is mounted; a bottom part connected to one end of the mounting part; a connecting part extending from the bottom part; and a cover part fastened to the connecting part, the cover part being disposed to cover at least a portion of the mounting part or disposed side by side with the bottom part according to an arrangement state, wherein the cover part has at least a region with a specified transparency and includes a transparent conductive pattern configured to generate an electromagnetic force, and wherein the processor is configured to determine whether the cover is open state or closed state based on the electromagnetic force of the transparent conductive pattern detected by the sensor. a mounting part in which the electronic device is mounted; a bottom part connected to one end of the mounting part; a connecting part extending from the bottom part; and a cover part fastened to the connecting part, the cover part being disposed to cover at least a portion of the mounting part or disposed side by side with the bottom part according to an arrangement state, wherein the cover part has at least a region with a specified transparency and includes a transparent conductive pattern configured to generate an electromagnetic force, and wherein the processor is configured to determine whether the cover is open state or closed state based on the electromagnetic force of the transparent conductive pattern detected by the sensor.
A radio frequency device, comprising: an RF transmission line structure including opposing boundary walls (32A, 32B) with a non-rectilinear form factor, wherein at least one of the boundary walls (32A, 32B) includes an array of apertures for extracting and radiating RF energy; and a feed structure configured to introduce RF energy into an area between the opposing boundary walls (32A, 32B) to illuminate the RF transmission line structure with the RF energy across the non-rectilinear form factor, characterized in that the feed structure includes: a first traveling-waveguide-fed leaky line-segment structure and a second travelling-waveguide-fed leaky line-segment structure, each having i) a respective continuous tapered or meandering slot in an upper waveguide broadwall of the respective line-segment structure, ii) respective longitudinal axes, and iii) respective feed terminals for introducing RF energy into the respective leaky line-segment structures, the first and second leaky line-segment structures (38A, 38B) being oriented to launch the RF energy into the area with a propagation direction having an oblique angle (θ) relative to the longitudinal axis of the respective line-segment structure (38A, 38B). an RF transmission line structure including opposing boundary walls (32A, 32B) with a non-rectilinear form factor, wherein at least one of the boundary walls (32A, 32B) includes an array of apertures for extracting and radiating RF energy; and a feed structure configured to introduce RF energy into an area between the opposing boundary walls (32A, 32B) to illuminate the RF transmission line structure with the RF energy across the non-rectilinear form factor, characterized in that the feed structure includes: a first traveling-waveguide-fed leaky line-segment structure and a second travelling-waveguide-fed leaky line-segment structure, each having i) a respective continuous tapered or meandering slot in an upper waveguide broadwall of the respective line-segment structure, ii) respective longitudinal axes, and iii) respective feed terminals for introducing RF energy into the respective leaky line-segment structures, the first and second leaky line-segment structures (38A, 38B) being oriented to launch the RF energy into the area with a propagation direction having an oblique angle (θ) relative to the longitudinal axis of the respective line-segment structure (38A, 38B).
A smart wristwatch structure, comprising: a glass; a dial; a watch case; a bottom case, the dial, the watch case, and the bottom case constructing an accommodating space from top to bottom; an antenna (12, 12A, 12B, 12C, 12D) adhered to a bottom surface of the glass; a movement disposed in the accommodating space; a functional module disposed in the accommodating space for wirelessly communicating with a mobile terminal and partially surrounding the movement; and a dedicated battery partially surrounding the movement and configured to dedicatedly provide power to the functional module, characterized in that the dedicated battery, the functional module, and the movement have a same thickness. a glass; a dial; a watch case; a bottom case, the dial, the watch case, and the bottom case constructing an accommodating space from top to bottom; an antenna (12, 12A, 12B, 12C, 12D) adhered to a bottom surface of the glass; a movement disposed in the accommodating space; a functional module disposed in the accommodating space for wirelessly communicating with a mobile terminal and partially surrounding the movement; and a dedicated battery partially surrounding the movement and configured to dedicatedly provide power to the functional module, characterized in that the dedicated battery, the functional module, and the movement have a same thickness.
Work receptacle of an electrical household appliance for food preparation, of the mixer type, comprising a bottom crossed by a blade shaft, said blade shaft being assembled in the bottom of the work receptacle by means of a holding device comprising a housing receiving a roller ensuring the blade shaft is guided in rotation and comprising means to ensure the housing is sealed, the means to ensure the housing is sealed comprising, at least on one side of the roller, a gasket (72, 82), characterised in that the gasket is held by the shaft and sinters on a bearing (73, 83) arranged between the gasket (72, 82) and the roller, said bearing (73, 83) being a self-lubricating bearing made by sintering in bronze or iron alloy.
Method for manufacturing an insulation of a conductor, in particular for electric machines, in which the insulation layer of the conductor is applied by extruding a thermoplastic around the conductor, characterised in that - the insulation of the conductor is carried out in a modulated manner in terms of shape and slice thickness along the same such that following a subsequent winding process (9, 9') the winding itself has a uniform outer dimension, and that - the conductor surfaces lying inside the winding are insulated with a thinner slice thickness than those disposed on the outer sides of the winding so that the slice thickness on the outer sides of the winding is increased compared with that on the conductor surfaces lying on the inside, while the conductor surfaces lying on the inside are encased with an insulation of a uniformly applied slice thickness, - wherein following the winding process the winding is post-treated under exposure to heat by means of pressing, pulling, gluing, sintering and/or bending. - the insulation of the conductor is carried out in a modulated manner in terms of shape and slice thickness along the same such that following a subsequent winding process (9, 9') the winding itself has a uniform outer dimension, and that - the conductor surfaces lying inside the winding are insulated with a thinner slice thickness than those disposed on the outer sides of the winding so that the slice thickness on the outer sides of the winding is increased compared with that on the conductor surfaces lying on the inside, while the conductor surfaces lying on the inside are encased with an insulation of a uniformly applied slice thickness, - wherein following the winding process the winding is post-treated under exposure to heat by means of pressing, pulling, gluing, sintering and/or bending.
A straining device for contact wires and/or suspension cables of contact wires, in particular for rail-bound traffic, comprising a straining weight connectable or connected to the contact wire and/or the suspension cable via a connecting cable, wherein the straining weight comprises at least two guiding systems, via which the straining weight is movably guided along two guide rods running substantially parallel to one another, wherein the straining weight comprises a plurality of individual weight elements held in a holding frame, characterised in that a weight element, preferably each weight element, comprises or is formed of at least two weight element parts (17', 17"), wherein the two weight element parts (17', 17") of a weight element are positively connected to one another.
A system comprising: a first converter unit configured to receive a first modulated enterprise signal from an enterprise base station, demodulate the first modulated enterprise signal, extract enterprise data from the demodulated enterprise signal, and transmit via a wired data network the enterprise data to a base station of a wideband wireless communication network; and a modem to receive the enterprise data from the base station of the wideband wireless communication network; a second converter unit to receive the enterprise data from the modem; wherein the system is configured to create a second modulated enterprise signal corresponding to the first modulated enterprise signal using the received enterprise data and wirelessly transmit the second modulated enterprise signal to an enterprise mobile station. a first converter unit configured to receive a first modulated enterprise signal from an enterprise base station, demodulate the first modulated enterprise signal, extract enterprise data from the demodulated enterprise signal, and transmit via a wired data network the enterprise data to a base station of a wideband wireless communication network; and a modem to receive the enterprise data from the base station of the wideband wireless communication network; a second converter unit to receive the enterprise data from the modem; wherein the system is configured to create a second modulated enterprise signal corresponding to the first modulated enterprise signal using the received enterprise data and wirelessly transmit the second modulated enterprise signal to an enterprise mobile station.
Heat exchanger comprising a plurality of plates (2a, 2b, 2c,...) arranged parallel to each other so as to define a first series of passages for channelling at least one refrigerating fluid and a second series of passages for channelling at least one calorigenic fluid to be put in heat-exchange relationship with at least said refrigerating fluid, at least one passage in the first series being defined between a second plate defining an adjacent passage in the second series and a first plate, a mixing device furthermore being arranged in said at least one passage in the first series and comprising: - at least one first channel for channelling a gaseous phase of the refrigerating fluid, - at least one second channel for channelling a liquid phase of the refrigerating fluid, the first channel being arranged between the second channel and the first plate, wherein at least one orifice is arranged between the first channel and the second channel, said orifice comprises an inlet emerging in the second channel and an outlet emerging in the first channel, characterised in that the longitudinal section of the second channel, measured parallel to the second plate, decreases from the inlet of the orifice towards said second plate. - at least one first channel for channelling a gaseous phase of the refrigerating fluid, - at least one second channel for channelling a liquid phase of the refrigerating fluid, the first channel being arranged between the second channel and the first plate,
A vacuum insulated glazing unit comprising: ∘ a first glass pane and a second glass pane with inner surfaces (12, 22) opposing each other; ∘ a side seal material positioned between edges of the glass panes (10, 20) thereby forming a sealed cavity having a cavity pressure between the first glass pane and the second glass pane; ∘ a number of spacers positioned between the first glass pane and the second glass pane inside the sealed cavity; and ∘ at least one getter positioned inside the sealed cavity with a surface having an uneven surface structure, the uneven surface structure comprising a plurality of depressions, characterized in that each pair of two consecutive depressions are spaced apart with a depression distance being at the most 25 μm. ∘ a first glass pane and a second glass pane with inner surfaces (12, 22) opposing each other; ∘ a side seal material positioned between edges of the glass panes (10, 20) thereby forming a sealed cavity having a cavity pressure between the first glass pane and the second glass pane; ∘ a number of spacers positioned between the first glass pane and the second glass pane inside the sealed cavity; and ∘ at least one getter positioned inside the sealed cavity with a surface having an uneven surface structure, the uneven surface structure comprising a plurality of depressions, characterized in that each pair of two consecutive depressions are spaced apart with a depression distance being at the most 25 μm.
An endoscope system comprising: a light source unit that emits red light, green light, and blue light at a first light emission ratio; an image pick-up sensor (48, 104) that images an observation target in a body, and outputs a color image signal including an image signal of a first color, an image signal of a second color, and an image signal of a third color, the image pick-up sensor (48, 104) imaging the observation target in the body illuminated by the red light, the green light, and the blue light at the first light emission ratio and outputting a first color image signal; and a control unit (21, 63) configured to change a light emission ratio of the red light, the green light, and the blue light of the light source unit from the first light emission ratio to a second light emission ratio and control the amount of light of at least one color among the red light, the green light, and the blue light so that a signal level of the image signal of the second color or the image signal of the third color in the first color image signal matches a signal level of the image signal of the first color, and wherein the image pick-up sensor (48, 104) images the observation target illuminated by the red light, the green light, and the blue light at the second light emission ratio, and outputs a second color image signal. a light source unit that emits red light, green light, and blue light at a first light emission ratio; an image pick-up sensor (48, 104) that images an observation target in a body, and outputs a color image signal including an image signal of a first color, an image signal of a second color, and an image signal of a third color, the image pick-up sensor (48, 104) imaging the observation target in the body illuminated by the red light, the green light, and the blue light at the first light emission ratio and outputting a first color image signal; and a control unit (21, 63) configured to change a light emission ratio of the red light, the green light, and the blue light of the light source unit from the first light emission ratio to a second light emission ratio and control the amount of light of at least one color among the red light, the green light, and the blue light so that a signal level of the image signal of the second color or the image signal of the third color in the first color image signal matches a signal level of the image signal of the first color, and wherein the image pick-up sensor (48, 104) images the observation target illuminated by the red light, the green light, and the blue light at the second light emission ratio, and outputs a second color image signal.