mhurhangee/ep-ind-claims huggingface dataset:
A sledge for 1 person which sledge comprises a body with - a front side and a back side, - a left longitudinal side and a right longitudinal side; - an underside which acts as a sliding surface during use, and - a topside facing away from the underside which topside has a seat section at the back side; and the sledge comprises a handle to which the person can hold on during use of the sledge, which handle during use is situated halfway both longitudinal sides and between the front side and the seat section; wherein the sledge at the front side has a left front section and a right front section with thereinbetween a mouth opening, the handle has a proximal end and a distal end, and the sledge can be in a compact first state and in a second state for use, wherein the handle at the proximal end thereof is rotatable about an axis of rotation between the left front section and the right front section and tranverse to the longitudinal direction of the sledge for rotating the handle from the compact first state toward the second state for use and vice versa, characterized in that the handle at a distance of the distal end and outside the axis of rotation is provided with a mounting section which in the second state for use is connected with the body by means of a connecting organ; and wherein the distal end of the handle in the compact first state is received in a recess that extends in the longitudinal direction of the sledge. - a front side and a back side, - a left longitudinal side and a right longitudinal side; - an underside which acts as a sliding surface during use, and - a topside facing away from the underside which topside has a seat section at the back side; and the sledge comprises a handle to which the person can hold on during use of the sledge, which handle during use is situated halfway both longitudinal sides and between the front side and the seat section; wherein the sledge at the front side has a left front section and a right front section with thereinbetween a mouth opening, the handle has a proximal end and a distal end, and the sledge can be in a compact first state and in a second state for use, wherein the handle at the proximal end thereof is rotatable about an axis of rotation between the left front section and the right front section and tranverse to the longitudinal direction of the sledge for rotating the handle from the compact first state toward the second state for use and vice versa, characterized in that the handle at a distance of the distal end and outside the axis of rotation is provided with a mounting section which in the second state for use is connected with the body by means of a connecting organ; and wherein the distal end of the handle in the compact first state is received in a recess that extends in the longitudinal direction of the sledge.
A sampling face mask for collecting substances exhaled from the nose of a subject, the sampling mask comprises, a mask body having a front side substantially conforms to the shape of the nose of the subject, and a bottom; a removable cartridge removably coupled to the mask body comprising a cartridge body having a chamber for housing the substances exhaled from the nose of the subject; and characterized by: one or more clamping blocks disposed on the bottom of the mask body; the cartridge body comprising a door disposed above the chamber and adapted for opening or closing the chamber; and the sampling mask further comprising a driving means operably coupled to the mask body, the cartridge body and the door, and configured for driving the door to move laterally or vertically with respect to the cartridge body, thereby opening or closing the chamber, wherein the one or more clamping blocks of the mask body can hold the door in place thereby keeping the door from closing and wherein the chamber is disposed substantially underneath the nose and kept open and when the one or more clamping blocks does not hold the door in place, the door is driven close via the driving means thereby closing the chamber, and allowing the removable cartridge to be separated from the mask body. subject, the sampling mask comprises, a mask body having a front side substantially conforms to the shape of the nose of the subject, and a bottom; a removable cartridge removably coupled to the mask body comprising a cartridge body having a chamber for housing the substances exhaled from the nose of the subject; and characterized by: one or more clamping blocks disposed on the bottom of the mask body; the cartridge body comprising a door disposed above the chamber and adapted for opening or closing the chamber; and the sampling mask further comprising a driving means operably coupled to the mask body, the cartridge body and the door, and configured for driving the door to move laterally or vertically with respect to the cartridge body, thereby opening or closing the chamber, wherein the one or more clamping blocks of the mask body can hold the door in place thereby keeping the door from closing and wherein the chamber is disposed substantially underneath the nose and kept open and when the one or more clamping blocks does not hold the door in place, the door is driven close via the driving means thereby closing the chamber, and allowing the removable cartridge to be separated from the mask body.
Dialysis machine having a dialyzate circuit and having a dialyzer, wherein the dialysis machine has an apparatus for identifying the dialyzer; wherein the apparatus has means for filling the dialyzer with fluid and has means for determining the filling amount of fluid that is filled into the dialyzer; and wherein the apparatus furthermore has means for determining the pressure that is characteristic for the pressure in the filled region of the dialyzer, characterized in that the dialysis machine has an evaluation device that is configured to put the measured filling amount into relationship with the measured value and to compare it with a predefined characteristic curve or with a predefined characteristic value, with the evaluation device furthermore being configured to output a signal that depends on whether the relationship determined coincides with the predefined characteristic curve or with the predefined characteristic value.
A method for performing an automatic power adjustment, comprising: automatically adjusting a signal power level of an optical signal transmitted by an optical transceiver via at least one optical span to a far-end device in response to a determined span loss of said optical span to achieve a predetermined desired receive signal power level of the optical signal at the far-end-device, wherein a signal adjustment unit is integrated in the optical transceiver within a first optical node of an optical network, and wherein the signal power level of the optical signal is adjusted automatically such that the signal power level is balanced with signal power levels of other optical signals transmitted over the same optical span at different wavelengths. automatically adjusting a signal power level of an optical signal transmitted by an optical transceiver via at least one optical span to a far-end device in response to a determined span loss of said optical span to achieve a predetermined desired receive signal power level of the optical signal at the far-end-device, wherein a signal adjustment unit is integrated in the optical transceiver within a first optical node of an optical network, and wherein the signal power level of the optical signal is adjusted automatically such that the signal power level is balanced with signal power levels of other optical signals transmitted over the same optical span at different wavelengths.
A solid particulate laundry detergent composition comprising: (a) substituted cellulosic polymer comprising carboxymethyl substituent groups, and having a degree of substitution of at least 0.55, and having a degree of blockiness of at least 0.35, and having a DS+DB is in the range of from 1.05 to 2.00; (b) amylase with greater than 90% identity to the AA560 alpha amylase endogenous to Bacillus sp. DSM 12649 and comprising: (i) mutations at one or more of positions 9, 149. 182, 186, 202, 257, 295, 299, 323, 339 and 345; and (ii) mutations at four or more of positions 118, 183, 184, 195, 320 and 458; and (c) laundry detergent ingredients. (a) substituted cellulosic polymer comprising carboxymethyl substituent groups, and having a degree of substitution of at least 0.55, and having a degree of blockiness of at least 0.35, and having a DS+DB is in the range of from 1.05 to 2.00; (b) amylase with greater than 90% identity to the AA560 alpha amylase endogenous to Bacillus sp. DSM 12649 and comprising: (i) mutations at one or more of positions 9, 149. 182, 186, 202, 257, 295, 299, 323, 339 and 345; and (ii) mutations at four or more of positions 118, 183, 184, 195, 320 and 458; and (i) mutations at one or more of positions 9, 149. 182, 186, 202, 257, 295, 299, 323, 339 and 345; and (ii) mutations at four or more of positions 118, 183, 184, 195, 320 and 458; and (c) laundry detergent ingredients.
Transformable device, including: an electro-active layer, a first electrode inside the electro-active layer, and a second electrode inside the electro-active layer on the first electrode in a distance from the first electrode, wherein at least one of the first electrode and the second electrode includes precipitates of a conductive material, characterized in that the electroactive layer is disposed to surround all of the first electrode and the second electrode. an electro-active layer, a first electrode inside the electro-active layer, and a second electrode inside the electro-active layer on the first electrode in a distance from the first electrode, wherein at least one of the first electrode and the second electrode includes precipitates of a conductive material, characterized in that the electroactive layer is disposed to surround all of the first electrode and the second electrode.
Method for detecting a leakage in the area at least one cooling device of a furnace, wherein in the event of leakage, liquid coolant from the at least one cooling device enters a furnace chamber of the furnace and wherein a stream of exhaust gas is continuously removed from the furnace chamber over a period of time Z, comprising the following steps: - dividing off a representative partial stream from the stream of exhaust gas during the period of time Z; - condensing vaporous constituents contained in the partial stream and determining a stream of condensate obtained; - comparing the stream of condensate obtained with a condensate-stream limit value and - indicating a leakage if the stream of condensate exceeds the condensate-stream limit value. - dividing off a representative partial stream from the stream of exhaust gas during the period of time Z; - condensing vaporous constituents contained in the partial stream and determining a stream of condensate obtained; - comparing the stream of condensate obtained with a condensate-stream limit value and - indicating a leakage if the stream of condensate exceeds the condensate-stream limit value.
Seat device, in particular aircraft seat device, with a first seat component and with a second seat component which is provided for a leg rest and comprises a leg rest unit having a footrest surface, and with a carrying device having a movably supported carrying means that is supported outside the first seat component, characterized in that the carrying device comprises a support unit, via which the carrying means is slidably supported along at least one path, the carrying means being supported via the second seat component and the carrying device comprising at least one crash protection means.
An electrochromic device comprising: a first electrode layer; a first electrochromic layer provided on the first electrode layer; an electrolyte layer provided on the first electrochromic layer; a second electrochromic layer provided on the electrolyte layer; a second electrode layer provided on the second electrochromic layer; and a first auxiliary electrode layer and a second auxiliary electrode layer with the electrolyte layer interposed therebetween, wherein the first auxiliary electrode layer and the second auxiliary electrode layer are provided on a surface of the first electrochromic layer and a surface of the second electrochromic layer, respectively, wherein said surfaces of the first and second electrochromic layers (150, 160) are facing each other, wherein the first and second auxiliary electrode layers comprise first auxiliary electrodes and second auxiliary electrodes respectively and characterized in that the first and second auxiliary electrodes (180, 190) are arranged to be staggered with respect to the electrolyte layer. a first electrode layer; a first electrochromic layer provided on the first electrode layer; an electrolyte layer provided on the first electrochromic layer; a second electrochromic layer provided on the electrolyte layer; a second electrode layer provided on the second electrochromic layer; and a first auxiliary electrode layer and a second auxiliary electrode layer with the electrolyte layer interposed therebetween, wherein the first auxiliary electrode layer and the second auxiliary electrode layer are provided on a surface of the first electrochromic layer and a surface of the second electrochromic layer, respectively, wherein said surfaces of the first and second electrochromic layers (150, 160) are facing each other, wherein the first and second auxiliary electrode layers comprise first auxiliary electrodes and second auxiliary electrodes respectively and characterized in that the first and second auxiliary electrodes (180, 190) are arranged to be staggered with respect to the electrolyte layer.
An apparatus for determining a density profile of a fluid column including at least two different liquids (14, 18) or a fluid column including at least one liquid with a varying solid content, the apparatus comprising: a support member a plurality of measurement modules spaced apart, and supported along, the support member to form an array of measurement modules; and a data processing unit, wherein each measurement module comprises: a support arm mounted to the support member and extending outwardly from the support member; a displacer (32a-32e) carried on the support arm; a force measurement device (44, 60), wherein the plurality of measurement modules have a data connection to the data processing unit for transmitting measurement data from the plurality of measurement modules to the data processing unit, and wherein the data processing unit is configured to process the measurement data from the plurality of measurement modules and generate the density profile of the fluid column, characterized in that the force measurement device (44, 60) is configured to measure a force attributable to a mass of the displacer (32a-32e) mediated by a buoyancy of the displacer in the fluid column a support member a plurality of measurement modules spaced apart, and supported along, the support member to form an array of measurement modules; and a data processing unit, wherein each measurement module comprises: a support arm mounted to the support member and extending outwardly from the support member; a displacer (32a-32e) carried on the support arm; a force measurement device (44, 60), wherein the plurality of measurement modules have a data connection to the data processing unit for transmitting measurement data from the plurality of measurement modules to the data processing unit, and wherein the data processing unit is configured to process the measurement data from the plurality of measurement modules and generate the density profile of the fluid column, characterized in that the force measurement device (44, 60) is configured to measure a force attributable to a mass of the displacer (32a-32e) mediated by a buoyancy of the displacer in the fluid column a support arm mounted to the support member and extending outwardly from the support member; a displacer (32a-32e) carried on the support arm; a force measurement device (44, 60), wherein the plurality of measurement modules have a data connection to the data processing unit for transmitting measurement data from the plurality of measurement modules to the data processing unit, and wherein the data processing unit is configured to process the measurement data from the plurality of measurement modules and generate the density profile of the fluid column, characterized in that the force measurement device (44, 60) is configured to measure a force attributable to a mass of the displacer (32a-32e) mediated by a buoyancy of the displacer in the fluid column
An electrophotographic image forming apparatus comprising: a developing unit including a photoreceptor; a toner cartridge; a toner buffer unit, which receives toner from the toner cartridge and which supplies the toner to the developing unit, the toner buffer unit including a first buffer unit connected to the toner cartridge, and the first buffer unit including a first conveyance member which includes a rotation shaft and a conveyance wing arranged in the rotation shaft to transport the toner in a radial direction; and a toner level detection unit which detects a remaining amount of toner in the first buffer unit, which includes an elevation plate arranged in the first buffer unit configured to elevate according to a toner level, and which includes a sensor unit which detects an elevation of the elevation plate, wherein the toner buffer unit is positioned between the toner cartridge and the developer unit, wherein the elevation plate is spaced apart from the conveyance wing in an axial direction of the rotation shaft, and, wherein the first buffer unit comprises a conveyance region where the conveyance wing is positioned and a detection region where the elevation plate is positioned, characterised by comprising a transportation member which transports the toner to the conveyance region is positioned in the detection region. a developing unit including a photoreceptor; a toner cartridge; a toner buffer unit, which receives toner from the toner cartridge and which supplies the toner to the developing unit, the toner buffer unit including a first buffer unit connected to the toner cartridge, and the first buffer unit including a first conveyance member which includes a rotation shaft and a conveyance wing arranged in the rotation shaft to transport the toner in a radial direction; and a toner level detection unit which detects a remaining amount of toner in the first buffer unit, which includes an elevation plate arranged in the first buffer unit configured to elevate according to a toner level, and which includes a sensor unit which detects an elevation of the elevation plate, wherein the toner buffer unit is positioned between the toner cartridge and the developer unit, wherein the elevation plate is spaced apart from the conveyance wing in an axial direction of the rotation shaft, and, wherein the first buffer unit comprises a conveyance region where the conveyance wing is positioned and a detection region where the elevation plate is positioned, characterised by comprising a transportation member which transports the toner to the conveyance region is positioned in the detection region.
An indoor unit of a floor-type air conditioner, comprising: a centrifugal fan which generates an air flow in centrifugal direction; a fan motor which has a motor shaft attached to the centrifugal fan and is configured to rotate the centrifugal fan; and a casing which stores the centrifugal fan and has an inlet port (51a, b, c) which sucks air from outside to supply the air to the centrifugal fan and an outlet port (52a, b) which blows out an air flow generated by the centrifugal fan to the outside, wherein, the centrifugal fan includes an impeller disk, an impeller shroud on the inlet port side of the impeller disk, and a plurality of blades provided between the impeller disk and the impeller shroud, and characterised in that the impeller disk has a first extension portion which extends from an outer periphery of the impeller disk toward the outside of outer peripheries of the blades and is linearly inclined toward the inlet port (51a, b, c) with respect to a plane orthogonal to the motor shaft, the impeller shroud includes a second extension portion which extends from an outer periphery of the impeller shroud toward the outside of outer peripheries of the blades and is linearly inclined toward the inlet port (51a, b, c) with respect to a plane orthogonal to the motor shaft, and an angle of inclination (θ 102) of the first extension portion with respect to a plane orthogonal to the motor shaft is smaller than an angle of inclination (θ 101) of the second extension portion. a centrifugal fan which generates an air flow in centrifugal direction; a fan motor which has a motor shaft attached to the centrifugal fan and is configured to rotate the centrifugal fan; and a casing which stores the centrifugal fan and has an inlet port (51a, b, c) which sucks air from outside to supply the air to the centrifugal fan and an outlet port (52a, b) which blows out an air flow generated by the centrifugal fan to the outside, wherein, the centrifugal fan includes an impeller disk, an impeller shroud on the inlet port side of the impeller disk, and a plurality of blades provided between the impeller disk and the impeller shroud, and characterised in that the impeller disk has a first extension portion which extends from an outer periphery of the impeller disk toward the outside of outer peripheries of the blades and is linearly inclined toward the inlet port (51a, b, c) with respect to a plane orthogonal to the motor shaft, the impeller shroud includes a second extension portion which extends from an outer periphery of the impeller shroud toward the outside of outer peripheries of the blades and is linearly inclined toward the inlet port (51a, b, c) with respect to a plane orthogonal to the motor shaft, and an angle of inclination (θ 102) of the first extension portion with respect to a plane orthogonal to the motor shaft is smaller than an angle of inclination (θ 101) of the second extension portion.
A method for upgrading a liquid feed consisting of hydrocarbon fractions, alone or in admixture, less than 10 vol.% of which have a boiling point temperature below 340°C, by fluidized-bed redox chemical looping combustion, comprising: a) oxidizing a redox mass on contact with air in an oxidation reactor; b) separating the oxized redox mass and the oxygen depleted air; c) reducing the oxized redox mass in a reduction or combustion and oxidizing the liquid feed to produce a mixture mainly made up of CO 2 and; d) reinjecting the reduced redox mass into the oxidation reactor at stage a) to follow a new cycle; the residence time of the redox mass in the combustion reactor ranging between 10 seconds and 10 minutes. a) oxidizing a redox mass on contact with air in an oxidation reactor; b) separating the oxized redox mass and the oxygen depleted air; c) reducing the oxized redox mass in a reduction or combustion and oxidizing the liquid feed to produce a mixture mainly made up of CO 2 and; d) reinjecting the reduced redox mass into the oxidation reactor at stage a) to follow a new cycle;