mhurhangee/ep-ind-claims huggingface dataset:
A ceramic-powder and/or metal-powder press tool, comprising - at least one base body (21; 21 *), - a plurality of at least two punches (22 - 25; 25*) which, in a press position, are arranged to be insertable from one side into a die cavity of a die filled with ceramic and/or metal powder, - a plurality of at least two punch carriers (26, 27, 28, 29) each for the attachment of one of the punches (24, 25; 25*), wherein at least part of the die carriers (28; 29) is couplable to each at least two adjustment drives (39, 40; 41, 42) and wherein the punch carriers (26 - 29) are arranged to be adjustable relative to each other and relative to the base body, and - positive-stop devices (47, 48, 49, 50; 48°) arranged to divert, in a press end position, at least part of a pressing force (Fp) from the punches (22 - 25) via the base body, characterized in that - at least one of the punch carriers (28; 29) is coupled to or mounted on at least two out of coupling rods (30, 31; 32, 33), spindles (35 - 38) and/or spindle nuts, wherein each such coupling rod (30, 31; 32, 33) is couplable to or mountable on its own such adjustment drive (39, 40; 41, 42) and wherein each such spindle (35 - 38) and/or spindle nut is part of its own adjustment drive. - at least one base body (21; 21 *), - a plurality of at least two punches (22 - 25; 25*) which, in a press position, are arranged to be insertable from one side into a die cavity of a die filled with ceramic and/or metal powder, - a plurality of at least two punch carriers (26, 27, 28, 29) each for the attachment of one of the punches (24, 25; 25*), wherein at least part of the die carriers (28; 29) is couplable to each at least two adjustment drives (39, 40; 41, 42) and wherein the punch carriers (26 - 29) are arranged to be adjustable relative to each other and relative to the base body, and - a plurality of at least two punch carriers (26, 27, 28, 29) each for the attachment of one of the punches (24, 25; 25*), wherein at least part of the die carriers (28; 29) is couplable to each at least two adjustment drives (39, 40; 41, 42) and wherein the punch carriers (26 - 29) are arranged to be adjustable relative to each other and relative to the base body, and - positive-stop devices (47, 48, 49, 50; 48°) arranged to divert, in a press end position, at least part of a pressing force (Fp) from the punches (22 - 25) via the base body, - at least one of the punch carriers (28; 29) is coupled to or mounted on at least two out of coupling rods (30, 31; 32, 33), spindles (35 - 38) and/or spindle nuts, wherein each such coupling rod (30, 31; 32, 33) is couplable to or mountable on its own such adjustment drive (39, 40; 41, 42) and wherein each such spindle (35 - 38) and/or spindle nut is part of its own adjustment drive.
A method for producing a hydroxyalkyl alkyl cellulose chosen from hydroxypropyl methyl cellulose, hydroxypropyl ethyl cellulose, hydroxyethyl methyl cellulose and hydroxyethyl ethyl cellulose, comprising steps of: mixing cellulose pulp with a first alkali metal hydroxide solution to obtain alkali cellulose, reacting the alkali cellulose with an alkylating agent and a hydroxyalkylating agent to obtain a first reaction product mixture, adding a second alkali metal hydroxide solution to the first reaction product mixture without further adding any of alkylating and hydroxyalkylating agents to obtain a second reaction product mixture, and subjecting the second product reaction product mixture to purification to obtain a hydroxyalkyl alkyl cellulose, wherein a mole ratio of a first alkali metal hydroxide in the first alkali metal hydroxide solution to cellulose in the cellulose pulp (first alkali metal hydroxide/cellulose) is from 3.7 to 4.7, and a ratio of weight of the first alkali metal hydroxide to total weight of the first alkali metal hydroxide and a second alkali metal hydroxide in the first and second alkali metal hydroxide solutions is from 0.75 to 0.93. mixing cellulose pulp with a first alkali metal hydroxide solution to obtain alkali cellulose, reacting the alkali cellulose with an alkylating agent and a hydroxyalkylating agent to obtain a first reaction product mixture, adding a second alkali metal hydroxide solution to the first reaction product mixture without further adding any of alkylating and hydroxyalkylating agents to obtain a second reaction product mixture, and subjecting the second product reaction product mixture to purification to obtain a hydroxyalkyl alkyl cellulose, wherein a mole ratio of a first alkali metal hydroxide in the first alkali metal hydroxide solution to cellulose in the cellulose pulp (first alkali metal hydroxide/cellulose) is from 3.7 to 4.7, and a ratio of weight of the first alkali metal hydroxide to total weight of the first alkali metal hydroxide and a second alkali metal hydroxide in the first and second alkali metal hydroxide solutions is from 0.75 to 0.93.
An apparatus to facilitate hybrid communication, comprising: a near proximity circuitry coupled to a processor further coupled to a memory, the near proximity circuitry including an inductive coil; and a capacitive pad of a body area circuitry, wherein the capacitive pad is coupled to the inductive coil to form a hybrid circuitry to facilitate the hybrid communication wherein the coupling of the capacitive pad and the inductive coil provide dual functionalities of near field communication and body area network and a wraparound coupling, and wherein the wraparound coupling includes a single component having the capacitive pad on a first side of the component and the inductive coil on a second side of the component, wherein the first side includes a top side of the component, and the second side includes a bottom side of the component. a near proximity circuitry coupled to a processor further coupled to a memory, the near proximity circuitry including an inductive coil; and a capacitive pad of a body area circuitry, wherein the capacitive pad is coupled to the inductive coil to form a hybrid circuitry to facilitate the hybrid communication wherein the coupling of the capacitive pad and the inductive coil provide dual functionalities of near field communication and body area network and a wraparound coupling, and wherein the wraparound coupling includes a single component having the capacitive pad on a first side of the component and the inductive coil on a second side of the component, wherein the first side includes a top side of the component, and the second side includes a bottom side of the component.
A method for performing hard handoff between communication systems, comprising, at a mobile station: receiving first parameter data from an origination system; unsuccessfully attempting to acquire a destination system by hard handoff using the parameter data; determining that received power indicates presence of the destination system; searching to locate available pilot offsets of base stations in the destination system; transmitting to the origination system information discovered during the searching; receiving updated parameter data from the origination system; and re-attempting to acquire the destination system by hard handoff using the updated parameter data. receiving first parameter data from an origination system; unsuccessfully attempting to acquire a destination system by hard handoff using the parameter data; determining that received power indicates presence of the destination system; searching to locate available pilot offsets of base stations in the destination system; transmitting to the origination system information discovered during the searching; receiving updated parameter data from the origination system; and re-attempting to acquire the destination system by hard handoff using the updated parameter data.
Device for reducing the content of hydrogen peroxide and peracetic acid in a water stream, comprising a first measuring device for determining the flow rate of the water stream, a second measuring device for determining the concentration of hydrogen peroxide in the water stream, a third measuring device for determining the concentration of peracetic acid in the water stream, an additional measuring device for determining the salinity in the water stream, a metering device for metering a reducing agent into the water stream downstream of the second and third measuring devices and a control device which, from the flow rate of the water stream, the concentration of hydrogen peroxide in the water stream, the concentration of peracetic acid in the water stream and the salinity, calculates an amount of reducing agent for reducing the content of hydrogen peroxide and peracetic acid to a desired value and actuates the metering device for metering the reducing agent.
A predictive fall event management system, comprising: a body-worn device (102, 200); and a controller operatively connected to the body-worn device, wherein the controller is adapted to: receive one or more of physiological data representative of a physiological characteristic of a wearer of the body-worn device over a monitoring time period; and receive contextual data representative of context information of the wearer over the monitoring time period; determine one or more future physiological states or future contextual states based at least in part on one or more of the physiological data and the contextual data for a plurality of future times; determine, for each of the plurality of future times, whether a fall condition is satisfied by determining a future fall risk value based upon the one or more future physiological states or the future contextual states and by determining if the future fall risk value is crossing a threshold; and generate a fall prevention output responsive to satisfaction of the fall condition. a body-worn device (102, 200); and a controller operatively connected to the body-worn device, wherein the controller is adapted to: receive one or more of physiological data representative of a physiological characteristic of a wearer of the body-worn device over a monitoring time period; and receive contextual data representative of context information of the wearer over the monitoring time period; determine one or more future physiological states or future contextual states based at least in part on one or more of the physiological data and the contextual data for a plurality of future times; determine, for each of the plurality of future times, whether a fall condition is satisfied by determining a future fall risk value based upon the one or more future physiological states or the future contextual states and by determining if the future fall risk value is crossing a threshold; and generate a fall prevention output responsive to satisfaction of the fall condition. receive one or more of physiological data representative of a physiological characteristic of a wearer of the body-worn device over a monitoring time period; and receive contextual data representative of context information of the wearer over the monitoring time period; determine one or more future physiological states or future contextual states based at least in part on one or more of the physiological data and the contextual data for a plurality of future times; determine, for each of the plurality of future times, whether a fall condition is satisfied by determining a future fall risk value based upon the one or more future physiological states or the future contextual states and by determining if the future fall risk value is crossing a threshold; and generate a fall prevention output responsive to satisfaction of the fall condition.
A file processing device comprising a file control unit that generates a file that stores an encrypted image obtained by encrypting an image with a first encryption key, and an encrypted encryption key obtained by encrypting the first encryption key with a second encryption key, the encrypted image and the encrypted encryption key being associated with each other in the file, wherein the encrypted encryption key is a specific-information-containing encryption key obtained by encrypting specific information and the first encryption key with the second encryption key, the specific information being for specifying external data, the external data being data outside the file and being associated with the image. a file control unit that generates a file that stores an encrypted image obtained by encrypting an image with a first encryption key, and an encrypted encryption key obtained by encrypting the first encryption key with a second encryption key, the encrypted image and the encrypted encryption key being associated with each other in the file, wherein the encrypted encryption key is a specific-information-containing encryption key obtained by encrypting specific information and the first encryption key with the second encryption key, the specific information being for specifying external data, the external data being data outside the file and being associated with the image.
A vehicle comprising a control unit; and an optical sensor system comprising a distance sensor, in particular a laser scanner, which determines distance information for a first monitored zone, wherein the first monitored zone defines a planar surface which preferably extends in parallel with a ground; and an evaluation unit which is configured to recognize objects (30, 32) using the distance information and to output a warning signal to the control unit on the recognition of an object (30, 32), wherein the sensor system additionally comprises a depth camera which produces a three-dimensional image of a second monitored zone; wherein the evaluation unit is configured to receive and to process three-dimensional image data of the depth camera; wherein the evaluation unit is configured to compare the three-dimensional images with a reference contour and to recognize objects (30, 32) with reference to the comparison; and wherein the evaluation unit is configured to use the ground as a reference contour, characterized in that the evaluation unit is configured to adapt the reference contour to movements of the vehicle which are dependent on acceleration by the control unit transmitting current acceleration values to the evaluation unit on the basis of which the evaluation unit adapts the reference contour or by the evaluation unit making use of measurement values of an acceleration sensor and adapting the reference contour on the basis of said measurement values. a control unit; and an optical sensor system comprising a distance sensor, in particular a laser scanner, which determines distance information for a first monitored zone, wherein the first monitored zone defines a planar surface which preferably extends in parallel with a ground; and an evaluation unit which is configured to recognize objects (30, 32) using the distance information and to output a warning signal to the control unit on the recognition of an object (30, 32), wherein the sensor system additionally comprises a depth camera which produces a three-dimensional image of a second monitored zone; wherein the evaluation unit is configured to receive and to process three-dimensional image data of the depth camera; wherein the evaluation unit is configured to compare the three-dimensional images with a reference contour and to recognize objects (30, 32) with reference to the comparison; and wherein the evaluation unit is configured to use the ground as a reference contour,
Case (10, 210) for a series of tools constituted by combination wrenches or spanners, each tool comprising at least one working head (13, 14) and a flat form handle, the case being of the type comprising: - a first support and a second support, hinged to each other by the intermediary of a hinge (19, 219) between a first storage and transportation position a second tool access position, each one of the first and second supports comprising: - a base (20, 12) of a generally substantially flat form; - a plurality of housings (22, 122) parallel to each other, each plurality of housings (22, 122) being secured to the base (20, 120) of the corresponding support (17, 18), each housing comprising two partitions (24, 124) substantially parallel to each other defining a channel (22, 122) intended to receive and retain the handle of a corresponding tool of the series in a determined position in the first or second support; characterised in that each channel (22, 122) has a slightly wider width to the smallest dimension of the handle of the connected tool, such that, in each channel, the tool handle is arranged substantially vertical, and in that each support (17, 18) comprises a plurality of means for receiving and retaining (32, 132) the working head (13, 14) of the tool, each receiving and retaining means (32, 132) being connected to a housing (22, 122) and intended to receive and retain the working head of the corresponding tool in a determined position in the support (17, 18), the plurality of receiving and retaining means (32, 132) being secured to the base (20, 120) and being made from one single part with it; in that, in the first storage and transportation position, the supports (17, 18) are folded over each other, the bases (20, 120) being arranged externally and opposite each other and the channels (22, 122) of the housings being superimposed opposite each other; and in that each support (17, 18) is a moulded part made of plastic material. - a first support and a second support, hinged to each other by the intermediary of a hinge (19, 219) between a first storage and transportation position a second tool access position, - a base (20, 12) of a generally substantially flat form; - a plurality of housings (22, 122) parallel to each other, each plurality of housings (22, 122) being secured to the base (20, 120) of the corresponding support (17, 18),
A communication device comprising means for withholding a sending to a host device of a value generated in response to an operator command and adapted to control said host device, until a timer, initiated in response to said operator command, expires, said means for withholding being adapted to be performed for a sequence of values generated in response to a sequence of operator commands, said communication device being adapted for: - resetting said timer when one value of said sequence of values is generated prior to an expiration of said timer; - sending only the last generated value, amongst said generated values, when said timer expires. - resetting said timer when one value of said sequence of values is generated prior to an expiration of said timer; - sending only the last generated value, amongst said generated values, when said timer expires.
A near-infrared reflective film composed of a lamination unit comprising: a high refractive layer containing a first metal oxide particle and a cured first water-soluble polymer, a low refractive layer containing a second metal oxide particle and a cured second water-soluble polymer, and wherein the high refractive layer and the low refractive layer are further characterized in that the first metal oxide particles and the second metal oxide particle have different metal oxides, and the high refractive layer does not contain the second metal oxide particle and the low refractive layer does not contain the first metal oxide particle, a mixed layer located between the high refractive layer and the low refractive layer and which contains the first metal oxide particle, the second metal oxide particle and a mixture of the first water-soluble polymer and the second water-soluble polymer, wherein the refractive index of the low refractive layer is smaller than the refractive index of the high refractive layer by 0.1 or more, wherein the thickness of the mixed layer is 5 % or higher of a film thickness of a neighboring layer that contains only the metal oxide particle of one of the first metal oxide particle or the second metal oxide particle and wherein a film thickness is the thickness where 75 % or more of the maximum metal oxide content of the high refractive layer or the low refractive layer exists. a high refractive layer containing a first metal oxide particle and a cured first water-soluble polymer, a low refractive layer containing a second metal oxide particle and a cured second water-soluble polymer, and wherein the high refractive layer and the low refractive layer are further characterized in that the first metal oxide particles and the second metal oxide particle have different metal oxides, and the high refractive layer does not contain the second metal oxide particle and the low refractive layer does not contain the first metal oxide particle, a mixed layer located between the high refractive layer and the low refractive layer and which contains the first metal oxide particle, the second metal oxide particle and a mixture of the first water-soluble polymer and the second water-soluble polymer, wherein the refractive index of the low refractive layer is smaller than the refractive index of the high refractive layer by 0.1 or more, wherein the thickness of the mixed layer is 5 % or higher of a film thickness of a neighboring layer that contains only the metal oxide particle of one of the first metal oxide particle or the second metal oxide particle and wherein a film thickness is the thickness where 75 % or more of the maximum metal oxide content of the high refractive layer or the low refractive layer exists.
Method for damping oscillations of a tower of a wind turbine during the erection of the tower and of the wind turbine, wherein the tower comprises a plurality of tower sections (3a, 3b, 3c, 3d, 3e) which each have a lower and an upper connection element, wherein at least one force-absorbing element, preferably two, particularly preferably four force-absorbing elements, are arranged on at least one tower section (3a, 3b, 3c, 3d, 3e), preferably adjacent to the upper connection element, with the following steps: a) erecting a tower with a plurality of tower sections (3a, 3b, 3c, 3d, 3e), b) fastening a first end of a first steel cable, namely a spiral cable, to the first force-absorbing element of a predetermined tower section (3a, 3b, 3c, 3d, 3e), c) connecting the second end of the first steel cable to one end of a second steel cable, namely a round strand cable, d) guiding the second steel cable through a deflecting unit of a damping apparatus with at least one deflecting means (23a, 23b), wherein the damping apparatus is positioned on a terrain surface outside the tower and in a manner spaced apart from the tower, and e) connecting the other end of the second steel cable to a ballast mass of the damping apparatus. a) erecting a tower with a plurality of tower sections (3a, 3b, 3c, 3d, 3e), b) fastening a first end of a first steel cable, namely a spiral cable, to the first force-absorbing element of a predetermined tower section (3a, 3b, 3c, 3d, 3e), c) connecting the second end of the first steel cable to one end of a second steel cable, namely a round strand cable, d) guiding the second steel cable through a deflecting unit of a damping apparatus with at least one deflecting means (23a, 23b), wherein the damping apparatus is positioned on a terrain surface outside the tower and in a manner spaced apart from the tower, and e) connecting the other end of the second steel cable to a ballast mass of the damping apparatus.