mhurhangee/ep-ind-claims huggingface dataset:
System for processing flat workpieces, comprising a) a transport device, wherein a tooling is attached to the transport device, wherein the tooling comprises a base body and a plurality of holding elements (131, 132) arranged on the base body, wherein the holding elements (131, 132) are movable independently of each other relative to the base body, wherein each of the holding elements (131, 132) is fixed in an end region of an arm (121.1...10, 122.1...10), wherein the arms (121, 122) are passively displaceable relative to the base body along a linear displacement path in a longitudinal extension of the respective arm (121.1...10,122.1...10) and the tooling comprises a fixing device for each of the arms (121, 122), by means of which a position of the respective arm (121.1...10, 122.1...10) can be fixed along the displacement path, and b) an adjustment device separate from the tooling for displacing the arms (121, 122) relative to the base body of the tooling, wherein the adjusting device is arranged in an area of the system into which the tooling can be moved by means of the transport device, wherein the adjustment device comprises a plurality of linearly displaceable elements (231, 232), wherein the tooling is positionable relative to the adjustment device such that the linearly displaceable elements (231, 232) can co-operate simultaneously with a plurality of the arms (121, 122) to displace them along the displacement path. a) a transport device, wherein a tooling is attached to the transport device, wherein the tooling comprises a base body and a plurality of holding elements (131, 132) arranged on the base body, wherein the holding elements (131, 132) are movable independently of each other relative to the base body, wherein each of the holding elements (131, 132) is fixed in an end region of an arm (121.1...10, 122.1...10), wherein the arms (121, 122) are passively displaceable relative to the base body along a linear displacement path in a longitudinal extension of the respective arm (121.1...10,122.1...10) and the tooling comprises a fixing device for each of the arms (121, 122), by means of which a position of the respective arm (121.1...10, 122.1...10) can be fixed along the displacement path, and b) an adjustment device separate from the tooling for displacing the arms (121, 122) relative to the base body of the tooling, wherein the adjusting device is arranged in an area of the system into which the tooling can be moved by means of the transport device,
A flow sensor assembly for sensing the passing of an agricultural product, the flow sensor comprising: a particulate material sensor operative to sense agricultural product passing through an attached delivery tube; a radio node comprising a wireless signal receiver operative to receive wireless signals, and a wireless signal transmitter operative to transmit wireless signals; a processing unit, the processing unit operative to: receive and store data from the particulate material sensor; control the radio node to receive wireless signals from other flow sensor assemblies; and control the radio node to transmit wireless signals containing information obtained from the particulate material sensor; and a wireless power source operative to supply power to the particulate material sensor, the radio node and the processing unit; characterized in that the flow sensor assembly is operative to receive a wireless flow signal from neighboring flow sensor assemblies and retransmit the wireless flow signal. a particulate material sensor operative to sense agricultural product passing through an attached delivery tube; a radio node comprising a wireless signal receiver operative to receive wireless signals, and a wireless signal transmitter operative to transmit wireless signals; a processing unit, the processing unit operative to: receive and store data from the particulate material sensor; control the radio node to receive wireless signals from other flow sensor assemblies; and control the radio node to transmit wireless signals containing information obtained from the particulate material sensor; and a wireless power source operative to supply power to the particulate material sensor, the radio node and the processing unit; characterized in that the flow sensor assembly is operative to receive a wireless flow signal from neighboring flow sensor assemblies and retransmit the wireless flow signal.
A method performed in a base station, the method comprising: the base station determining whether a wireless communication device, WCD, requires a downlink signal radio bearer, SRB, assignment; the base station determining a control channel element, CCE, aggregation level for a transmission to the WCD based on whether the WCD requires the SRB assignment; the base station determining whether a certain set of one or more conditions is satisfied, wherein determining whether the set of conditions is satisfied comprises the base station determining whether the determined CCE aggregation level is equal to a maximum CCE aggregation level; in response to determining that the set of conditions is satisfied, the base station selecting, from among a plurality of DCI formats corresponding to different respective DCI message sizes, a DCI format, wherein the DCI format is a robust DCI format used when the base station enters a maximum robustness state for control messages to be transmitted; the base station transmitting a control message through the SRB assignment to the WCD, wherein the control message is transmitted by using only the selected robust DCI format from among the plurality of DCI formats. the base station determining whether a wireless communication device, WCD, requires a downlink signal radio bearer, SRB, assignment; the base station determining a control channel element, CCE, aggregation level for a transmission to the WCD based on whether the WCD requires the SRB assignment; the base station determining whether a certain set of one or more conditions is satisfied, wherein determining whether the set of conditions is satisfied comprises the base station determining whether the determined CCE aggregation level is equal to a maximum CCE aggregation level; in response to determining that the set of conditions is satisfied, the base station selecting, from among a plurality of DCI formats corresponding to different respective DCI message sizes, a DCI format, wherein the DCI format is a robust DCI format used when the base station enters a maximum robustness state for control messages to be transmitted; the base station transmitting a control message through the SRB assignment to the WCD, wherein the control message is transmitted by using only the selected robust DCI format from among the plurality of DCI formats.
Image-projecting system comprising a device for emitting a light beam, and means for forming an image from said light beam, said image being decomposed into frames (22a, 22b, 22c, 22d) that are successively projected by said system, characterized in that said system comprises means for attenuating the optical power of the light beam, the attenuating means comprising: - a liquid-crystal cell able to be driven by a signal alternating between two voltage levels of equal absolute values and of opposite signs, the cell ensuring a modification of the orientation of a polarization of the light beam under the command of the alternating signal, - a signal generator that generates the alternating signal, said signal generator switching said alternating signal from one voltage level to the other between the projections of two successive frames of the image, - means ensuring the variation in the optical power of the light beam depending on the orientation of said polarization. - a liquid-crystal cell able to be driven by a signal alternating between two voltage levels of equal absolute values and of opposite signs, the cell ensuring a modification of the orientation of a polarization of the light beam under the command of the alternating signal, - a signal generator that generates the alternating signal, said signal generator switching said alternating signal from one voltage level to the other between the projections of two successive frames of the image, - means ensuring the variation in the optical power of the light beam depending on the orientation of said polarization.
Method for separation between water and a solid, by partial or total evaporation of the water, comprising; - a step (i) in which humid material is mixed with independent solid particles forming a vaporisation medium, the temperature of which is greater than that of said humid material, - a step (ii) in which the mixture produced in step (i) is introduced into a vaporisation chamber comprising a network for collecting vapour and a vapour output in which the heat provided by said independent solid particles forming the vaporisation medium to the humid material allows the vaporisation of a part of the water introduced, - a step (iii) in which the vapour produced in step (ii) is introduced into a compression means in which it is collected and compressed, so as to obtain a vapour having a higher pressure and thus a higher temperature, - a step (iv) in which said compressed vapour is condensed and transmits its enthalpy to independent solid particles, forming a condensation heat-transfer medium, placed in a condensation chamber, comprising a network for circulation of pressurised vapour and an output of pressurised condensates, at a pressure higher than the atmospheric pressure, so that said compressed vapour condenses in liquid form, wherein the independent solid particles forming the condensation heat-transfer medium are transferred from the condensation chamber, by an output, towards the vaporisation chamber, by an input, before their use in step (i) and wherein the mixture produced in step (i) circulates in the chamber, during step (ii), from a high point towards a low point entirely or partly under the effect of its own weight and in that step (iv) is followed by a step of evacuation, from said condensation chamber, of all or a part of the liquid formed by the condensation of the compressed vapour and by a step of decompression of the condensation chamber. - a step (i) in which humid material is mixed with independent solid particles forming a vaporisation medium, the temperature of which is greater than that of said humid material, - a step (ii) in which the mixture produced in step (i) is introduced into a vaporisation chamber comprising a network for collecting vapour and a vapour output in which the heat provided by said independent solid particles forming the vaporisation medium to the humid material allows the vaporisation of a part of the water introduced, - a step (iii) in which the vapour produced in step (ii) is introduced into a compression means in which it is collected and compressed, so as to obtain a vapour having a higher pressure and thus a higher temperature, - a step (iv) in which said compressed vapour is condensed and transmits its enthalpy to independent solid particles, forming a condensation heat-transfer medium, placed in a condensation chamber, comprising a network for circulation of pressurised vapour and an output of pressurised condensates, at a pressure higher than the atmospheric pressure, so that said compressed vapour condenses in liquid form,
A pump assembly with a drive motor and with a first casing which is designed in polyhedral manner and in which control electronics for the operation of the drive motor are arranged, characterised in that an operating unit with at least one display element and/or operating element (26, 28, 30) is present, said operating unit being able to be connected to first casing, in a manner positioned on at least two, preferably three different sides walls of this first casing.
A light bulb comprising: a base in which a light emitting device is situated and a light guide (320, 420) that is configured to guide light emitted from the light emitting device toward an interior of the light bulb, a diffusion element (330, 430) that is configured to receive the light from the light guide (320, 420) and reflect and diffuse the light, said diffusion element having a conic portion with a center and comprising a diffusion material arranged such that the depth of the diffusion material decreases as the distance from the center increases in the conic portion causing the light output to be greater as the distance from the center increases such that a light output in an upward direction from the diffusion element (330, 430) at a perimeter area of the diffusion element (330, 430) is substantially brighter than at a center area of the diffusion element (330, 430), wherein the light is output from the light bulb predominantly in a radial direction relative to the central axis of the light bulb, therewith producing a halo effect, said light bulb being characterized in that it comprises a tapered envelope that includes a surface that is curved such that a reflection of the light emitted by the diffusion element (330, 430) producing the halo effect on the surface of the envelope is substantially teardrop shaped. a base in which a light emitting device is situated and a light guide (320, 420) that is configured to guide light emitted from the light emitting device toward an interior of the light bulb, a diffusion element (330, 430) that is configured to receive the light from the light guide (320, 420) and reflect and diffuse the light, said diffusion element having a conic portion with a center and comprising a diffusion material arranged such that the depth of the diffusion material decreases as the distance from the center increases in the conic portion causing the light output to be greater as the distance from the center increases such that a light output in an upward direction from the diffusion element (330, 430) at a perimeter area of the diffusion element (330, 430) is substantially brighter than at a center area of the diffusion element (330, 430), wherein the light is output from the light bulb predominantly in a radial direction relative to the central axis of the light bulb, therewith producing a halo effect, said light bulb being characterized in that it comprises a tapered envelope that includes a surface that is curved such that a reflection of the light emitted by the diffusion element (330, 430) producing the halo effect on the surface of the envelope is substantially teardrop shaped.
A bearing, comprising: an outer race member having a first axis of rotation; an inner race member having a second axis of rotation, the inner race member being disposed in the outer race member and the inner race member being rotatable relative to the outer race member about the second axis of rotation; and characterized in the outer race member having a first spline extending along a portion of the outer race member, the first spline comprising a plurality of first teeth; a securing member having a second spline extending along a portion thereof, the second spline comprising a plurality of second teeth; wherein the outer race member is fixed relative to the securing member about the first axis of rotation when the plurality of first teeth first spline is engaged with the plurality of second teeth, to lock the bearing in position relative to a housing. an outer race member having a first axis of rotation; an inner race member having a second axis of rotation, the inner race member being disposed in the outer race member and the inner race member being rotatable relative to the outer race member about the second axis of rotation; and characterized in the outer race member having a first spline extending along a portion of the outer race member, the first spline comprising a plurality of first teeth; a securing member having a second spline extending along a portion thereof, the second spline comprising a plurality of second teeth; wherein the outer race member is fixed relative to the securing member about the first axis of rotation when the plurality of first teeth first spline is engaged with the plurality of second teeth, to lock the bearing in position relative to a housing.
A disc brake for a utility vehicle having a brake calliper which extends around a brake disc and in which are mounted brake linings that make contact with the brake disc in the operating position, it being possible to press at least one brake lining with a base plate and a friction lining fixed to it against the brake disc by means of an application device via at least one adjusting spindle mounted in the brake calliper and a pressure part that is connected to it, there being provided to seal an opening in the adjusting spindle comprising the brake calliper or a closure plate a bellows comprising an elastomer fixed directly or indirectly to said adjusting spindle, characterised in that in at least one region the side of the bellows facing the pressure part has at least one spacer that is formed of a circumferential collar.
Furnace for performing an endothermic process comprising tubes containing a catalyst for converting a gaseous feed, wherein tubes are positioned in rows inside the furnace, wherein burners (3, 6) are mounted between the tubes and between the tubes and the furnace walls parallel to the tubes rows, and wherein the burners rows parallel to the tubes rows and the tubes rows with the direction of the rows being identified as X-axis are ended by end walls, and with supports beams dividing the rows of tubes and burners into sections (10, 12) with the distance from the end burner to the end wall being B2W, the distance between two adjacent burners in the section being B2B, and half the distance in-between two sections being B2S, characterized in that the burners in the rows are arranged in such a way that the ratios B2B/B2W and B2B/B2S are greater than 1.3.
Method for producing a fiber web, in which method furnish is fed from at least one head box (7, 8, 9) to at least one forming section for forming the furnish to the fiber web, the fiber web is pressed in a press section, the fiber web is dried in at least one drying section, the fiber web is calendered in at least one calender (15, 18) and reeled in a reel-up, wherein in drying of a fiber web thermal energy of the fiber web is utilized such that difference of partial steam pressures of the fiber web and the ambient air is created by providing dry gas blows having relative humidity at the most 70 % on at least one surface of the fiber web whereby thermal energy of the fiber web is utilized for evaporation of moisture from the fiber web and that the fiber web is run 7 - 20 m, advantageously 10 - 15 meters before the calendering or the reeling.
A method of injecting a compressed "comonomer/compound mixture," comprising a "comonomer comprising a carboxylic acid," and at least one compound, into at least one reactor; said method comprising, adding the at least one compound to the comonomer to form the "comonomer/compound mixture," prior to compressing and injecting the mixture into the reactor; and wherein the crystallization temperature, at pressure P, of the "comonomer/compound mixture" is at least 5°C lower than the crystallization temperature, at pressure P, of the comonomer, without the presence of the at least one compound; and wherein the pressure P is greater than 500 bar; and wherein the molar ratio of the at least one compound to the comonomer in the mixture is from 1/10 to 1/1; and wherein the comonomer/compound mixture comprises greater than, or equal to, 30 weight percent of the comonomer, based on the weight of the comonomer/compound mixture; wherein the melting temperature, at atmospheric pressure, of the at least one compound is less than the melting temperature, at atmospheric pressure, of the comonomer; wherein the "comonomer comprising a carboxylic acid" is an unsaturated organic compound containing at least one - COOH group; and wherein the at least one compound is a vinyl containing monomer, an organic peroxide diluent and/or a chain transfer agent.
A method of providing communications services, comprising: receiving a request for communications services from a first cellular telephony device that receives its native cellular telephony service from a first telephony system that provides cellular based telephony services, the request being received at an extension connection unit of a second telephony system that provides landline type telephony services; wherein the method is characterized by: determining, with an authorization unit of the second telephony system, whether the first telephony device is associated with the second telephony system based on settings of an existing account with the second telephony system wherein the determining step includes: obtaining a telephone number of the first telephony device, wherein the telephone number is obtained from a software application running on the first telephony device, and using the telephone number of the first telephony device to determine whether the first telephony device is associated with an existing account within the second telephony system; and providing, via the extension connection unit, the requested communications services based on the result of the determining step. receiving a request for communications services from a first cellular telephony device that receives its native cellular telephony service from a first telephony system that provides cellular based telephony services, the request being received at an extension connection unit of a second telephony system that provides landline type telephony services; determining, with an authorization unit of the second telephony system, whether the first telephony device is associated with the second telephony system based on settings of an existing account with the second telephony system wherein the determining step includes: obtaining a telephone number of the first telephony device, wherein the telephone number is obtained from a software application running on the first telephony device, and using the telephone number of the first telephony device to determine whether the first telephony device is associated with an existing account within the second telephony system; and obtaining a telephone number of the first telephony device, wherein the telephone number is obtained from a software application running on the first telephony device, and using the telephone number of the first telephony device to determine whether the first telephony device is associated with an existing account within the second telephony system; and providing, via the extension connection unit, the requested communications services based on the result of the determining step.