mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a display main body (no); at least one sound output unit disposed in a lower portion of the display main body; a fixing unit separably coupled to a rear surface of the display main body; and a stand unit, the posture of the stand unit being changeable according to one of a stand mode and a wall mount mode of the display apparatus with respect to the display main body, wherein the stand unit is arranged to support the display main body with respect to the ground in the stand mode, and characterized in that, the stand unit is disposed below the sound output unit and is arranged to be downwardly tilted towards a front of the display main body to reflect sound output from the sound output unit to the front of the display main body in the wall mount mode. a display main body (no); at least one sound output unit disposed in a lower portion of the display main body; a fixing unit separably coupled to a rear surface of the display main body; and a stand unit, the posture of the stand unit being changeable according to one of a stand mode and a wall mount mode of the display apparatus with respect to the display main body, wherein the stand unit is arranged to support the display main body with respect to the ground in the stand mode, and characterized in that, the stand unit is disposed below the sound output unit and is arranged to be downwardly tilted towards a front of the display main body to reflect sound output from the sound output unit to the front of the display main body in the wall mount mode.
A ventilation apparatus, comprising: a casing with a first vent and a second vent; a fixed spacer disposed within the casing; and a movable spacer in operative connection with a power mechanism, wherein the movable spacer and the fixed spacer divide the casing into a first space and a second space, wherein the first vent and the second vent are positioned on each side of the fixed spacer, and wherein the movable spacer rotate in a first direction and simultaneously generate a negative pressure in the first vent and a positive pressure in the second vent, and the movable spacer rotate in reverse of the first direction and simultaneously reduce the negative pressure in the first vent and reduce the positive pressure in the second vent, characterized in that it comprises a first conduit for coupling the first vent to the chest of a subject and a second conduit for coupling the second vent to the upper airway of the subject. a casing with a first vent and a second vent; a fixed spacer disposed within the casing; and a movable spacer in operative connection with a power mechanism, wherein the movable spacer and the fixed spacer divide the casing into a first space and a second space, wherein the first vent and the second vent are positioned on each side of the fixed spacer, and wherein the movable spacer rotate in a first direction and simultaneously generate a negative pressure in the first vent and a positive pressure in the second vent, and the movable spacer rotate in reverse of the first direction and simultaneously reduce the negative pressure in the first vent and reduce the positive pressure in the second vent, characterized in that it comprises a first conduit for coupling the first vent to the chest of a subject and a second conduit for coupling the second vent to the upper airway of the subject.
Anode for an arc evaporation source, comprising: • an anode body with an anode surface, • a heating coil along the anode surface which is electrically insulated from the anode body, • connections for the heating coil which are electrically insulated from the anode body, wherein the anode is configured such that the anode surface, for at least partial cleaning from an interfering coating, can be exposed to temperature changes caused by the activation/deactivation of the heating coil and deforms in such a way that the interfering coating flakes off. • an anode body with an anode surface, • a heating coil along the anode surface which is electrically insulated from the anode body, • connections for the heating coil which are electrically insulated from the anode body,
A dry mix for a refractory batch, which may be used in particular for lining non-ferrous metal smelting units, preferably for lining copper smelting converters, consisting of - at least 30 wt% of a coarse-grained olivine raw material whereof 100 wt% has grain sizes greater than 0.1 mm, - at least 35 wt% magnesia in flour form whereof 100 wt% has grain sizes ≤ 1 mm, - at least 5 wt% silicon carbide in flour form whereof 100 wt% has grain sizes ≤ 1 mm, - optionally a maximum of 10 wt% of a dry fine-particle silica, - optionally a maximum of 10 wt% of at least one further additive for refractory products, - remainder up to 100 wt% in each case of at least one of the other solids. - at least 30 wt% of a coarse-grained olivine raw material whereof 100 wt% has grain sizes greater than 0.1 mm, - at least 35 wt% magnesia in flour form whereof 100 wt% has grain sizes ≤ 1 mm, - at least 5 wt% silicon carbide in flour form whereof 100 wt% has grain sizes ≤ 1 mm, - optionally a maximum of 10 wt% of a dry fine-particle silica, - optionally a maximum of 10 wt% of at least one further additive for refractory products, - remainder up to 100 wt% in each case of at least one of the other solids.
Apparatus comprising: translation circuitry to perform a translation operation to generate a translated second memory address within a second memory address space as a translation of a first memory address within a first memory address space, in which the translation circuitry is configured to generate the translated second memory address in dependence upon translation information stored at one or more translation information addresses; permission circuitry to perform an operation to detect permission information to indicate, for a given second memory address, whether memory access is permitted to the given second memory address; and access circuitry (20, 22) to allow access to data stored at the given second memory address when the permission information indicates that memory access is permitted to the given second memory address; the apparatus being characterized in the access circuitry being configured to selectively allow access by the translation circuitry to a translation information address without the permission circuitry having completed the operation to detect permission information to indicate whether memory access is permitted to that translation information address. translation circuitry to perform a translation operation to generate a translated second memory address within a second memory address space as a translation of a first memory address within a first memory address space, in which the translation circuitry is configured to generate the translated second memory address in dependence upon translation information stored at one or more translation information addresses; permission circuitry to perform an operation to detect permission information to indicate, for a given second memory address, whether memory access is permitted to the given second memory address; and access circuitry (20, 22) to allow access to data stored at the given second memory address when the permission information indicates that memory access is permitted to the given second memory address; the apparatus being characterized in the access circuitry being configured to selectively allow access by the translation circuitry to a translation information address without the permission circuitry having completed the operation to detect permission information to indicate whether memory access is permitted to that translation information address.
A thermoelectric conversion material having, on a support, a thin film of a thermoelectric semiconductor composition containing thermoelectric semiconductor fine particles with a mean particle size of from 10 nm to 200 μm and a conductive polymer; wherein, the thermoelectric semiconductor fine particles are treated by annealing in a temperature range not higher than the melting point of the thermoelectric semiconductor fine particles, prior to preparation of the thermoelectric semiconductor composition.
An apparatus for coupling with a respiratory therapy device that generates a flow of breathable gas and a patient interface that delivers the flow of breathable gas to a patient, the apparatus comprising: a delivery conduit having a gas passage configured to conduct the generated flow of breathable gas from the respiratory therapy device to the patient interface, the delivery conduit having a respiratory therapy device coupler end and a patient interface coupler end, the delivery conduit having a length extending from the respiratory therapy device coupler end to the patient interface coupler end, and a wireless transceiver mounted on the delivery conduit at a point along the length of the delivery conduit closer to the patient interface coupler end than to the respiratory therapy device coupler end, characterized in that the wireless transceiver is configured to receive data stored on an accessory connected to the respiratory therapy device and send the data to a controller (120,156). a delivery conduit having a gas passage configured to conduct the generated flow of breathable gas from the respiratory therapy device to the patient interface, the delivery conduit having a respiratory therapy device coupler end and a patient interface coupler end, the delivery conduit having a length extending from the respiratory therapy device coupler end to the patient interface coupler end, and a wireless transceiver mounted on the delivery conduit at a point along the length of the delivery conduit closer to the patient interface coupler end than to the respiratory therapy device coupler end, characterized in that the wireless transceiver is configured to receive data stored on an accessory connected to the respiratory therapy device and send the data to a controller (120,156).
Locking system, comprising a lock case for being arranged on a leaf of a door or a window, the lock case having a blocking element, a handle and an actuator which can be controlled on the basis of access authorization and is intended for coupling and separating the blocking element and handle, a receiving element being provided for retrieving the access authorization, a control device being provided for controlling the actuator on the basis of a received signal and a battery being provided for supplying the actuator with power, the control device and/or the battery being connected to the actuator by means of cable connections, characterized in that the receiving element, the control device and the battery are arranged on the leaf and outside the lock case and in an additional module that has a housing provided separately from the lock case, the housing being designed to be mounted on a faceplate of the leaf or having a faceplate or faceplate portion.
Hydraulic device for a vehicle braking system, comprising a hydraulic pump for pumping a hydraulic fluid stream into a damper line, to which a damper is connected in a fluid-conducting manner, characterized in that a bypass line bypassing the damper and a bypass valve leading the hydraulic fluid stream optionally through the damper line or the bypass line are provided.
A rubber metal laminate comprising metal, an adhesive layer and a perfluoroelastomer layer, the perfluoroelastomer layer being formed from a vulcanizate layer of a blend comprising 2 to 10 parts by weight of a vinylidene fluoridechlorotrifluoro-ethylene copolymer, based on 100 parts by weight of a perfluoroelastomer, wherein the perfluoroelastomer is a copolymer of a perfluorovinyl ether and at least one of tetrafluoroethylene and hexafluoropropene.
Sound-absorbing construction panel optionally for wall or ceiling mounting, comprising a gypsum board having a front side facing a sound source when in the mounted state, a rear side facing away from the sound source when in the mounted state, and a plurality of perforations exhibiting a predefined geometry such as of circular, oval or rectangular cross-section and extending from the front side through the gypsum board to the rear side, and a substantival air-impermeable cover, wherein the perforations are covered by the at least one cover on the rear side, wherein the at least one rear side cover is in connection with, optionally adhered to the rear side of the gypsum board of the construction panel such that an attachment surface is by at least 10% smaller than a rear side total surface of the rear side of the gypsum board with deduction of the rear side perforation area proportion.
A method for reducing energy consumption by a plurality of medium heating devices, the method comprising the step: • scheduling an operation of a first device requiring heating of a first medium; • scheduling an operation of a second device requiring heating of a second medium; the method being characterized in that it further comprises the steps of: • sending, from the first device, information regarding its operation cycles and first medium parameters to the second device; • rescheduling operations of the first and second device (111, 112) so that drain heat of the first medium is reused to heat a fresh intake of the second medium by the second device by means of a heat exchanger; • instructing, the first and second device (111, 112) to start their operations according to the new schedule. • scheduling an operation of a first device requiring heating of a first medium; • scheduling an operation of a second device requiring heating of a second medium; • sending, from the first device, information regarding its operation cycles and first medium parameters to the second device; • rescheduling operations of the first and second device (111, 112) so that drain heat of the first medium is reused to heat a fresh intake of the second medium by the second device by means of a heat exchanger; • instructing, the first and second device (111, 112) to start their operations according to the new schedule.
A vacuum cleaner comprising; - a profile extending between a profile nozzle end for attachment of a nozzle and a profile handle end for attachment of a first handle, - a housing attached to the profile, the housing comprising a motor fan unit for generating an airflow, a housing air outlet and a housing air inlet, and - an airflow channel extending from the profile nozzle end to the housing air outlet via the housing air inlet, for allowing an airflow from the first profile end to the housing air outlet, that the housing is arranged with a second handle operable by a user to move the vacuum cleaner characterized in that the housing is arranged to be moveably attached to the profile, wherein the housing is moveable along at least a part of the length of the profile. - a profile extending between a profile nozzle end for attachment of a nozzle and a profile handle end for attachment of a first handle, - a housing attached to the profile, the housing comprising a motor fan unit for generating an airflow, a housing air outlet and a housing air inlet, and - an airflow channel extending from the profile nozzle end to the housing air outlet via the housing air inlet, for allowing an airflow from the first profile end to the housing air outlet,
A re-entry device (180; 280; 380; 480; 580; 680; 780), comprising: a shaft (240; 440; 540); a coil (248; 348; 548) attached to the shaft (240; 440; 540); a tip member (242; 342; 442; 542; 642) distal to the coil (248; 348; 548) and having a generally convex shape; and a probe (146; 246; 346; 446; 546; 646; 746) extending beyond a distal surface of the tip member (242; 342; 442; 542; 642), characterised in that a proximal end of the coil (248; 348; 548) is fixed to the shaft (240; 440; 540) and a distal end of the coil (248; 348; 548) is fixed to the tip member(242; 342; 442; 542; 642); the re-entry device (180; 280; 380; 480; 580; 680; 780) is biased to assume a bent shape including a bend (134; 630; 734); the coil comprises a proximal leg, a distal leg, and the bend (134; 630; 734) disposed between the proximal leg and the distal leg; and the bend (134; 630; 734) extends through an angular range that is greater than about 90 degrees and less than about 180 degrees. a shaft (240; 440; 540); a coil (248; 348; 548) attached to the shaft (240; 440; 540); a tip member (242; 342; 442; 542; 642) distal to the coil (248; 348; 548) and having a generally convex shape; and a probe (146; 246; 346; 446; 546; 646; 746) extending beyond a distal surface of the tip member (242; 342; 442; 542; 642), characterised in that a proximal end of the coil (248; 348; 548) is fixed to the shaft (240; 440; 540) and a distal end of the coil (248; 348; 548) is fixed to the tip member(242; 342; 442; 542; 642); the re-entry device (180; 280; 380; 480; 580; 680; 780) is biased to assume a bent shape including a bend (134; 630; 734); the coil comprises a proximal leg, a distal leg, and the bend (134; 630; 734) disposed between the proximal leg and the distal leg; and the bend (134; 630; 734) extends through an angular range that is greater than about 90 degrees and less than about 180 degrees.
Process for producing a cellulose pulp from cellulosic feedstock characterized by comprising the steps of: a) treating the cellulosic feedstock through a chemical or semi-chemical pulping process to produce a brown cellulose pulp; b) bleaching the brown cellulose pulp through a bleaching sequence to obtain a white slurry pulp; c) adding a carbohydrate-based polymer to the white slurry pulp, wherein the carbohydrate-based polymer is selected from the group consisting of starch, carboxymethylcellulose and guar gum, and wherein the dosage of said polymer ranges from 2 to 12 kg/ton of cellulose pulp; d) adding an enzyme or enzyme mixture to the white slurry pulp with the carbohydrate-based polymer, wherein the addition of the enzyme or enzyme mixture takes place according to the following conditions: i. reaction temperature between 40 and 90°C; ii. reaction pH between 3.0 and 9.0; iii. reaction time between 10 and 300 minutes; iv. enzyme amount between 10 g of EZ and 200 g of EZ per ton of cellulose; e) conveying the white slurry pulp with the carbohydrate-based polymer to and through the reaction tower before the drying machine (TMCB); and f) drying the white slurry pulp with the carbohydrate-based polymer to obtain the cellulose pulp. a) treating the cellulosic feedstock through a chemical or semi-chemical pulping process to produce a brown cellulose pulp; b) bleaching the brown cellulose pulp through a bleaching sequence to obtain a white slurry pulp; c) adding a carbohydrate-based polymer to the white slurry pulp, wherein the carbohydrate-based polymer is selected from the group consisting of starch, carboxymethylcellulose and guar gum, and wherein the dosage of said polymer ranges from 2 to 12 kg/ton of cellulose pulp; d) adding an enzyme or enzyme mixture to the white slurry pulp with the carbohydrate-based polymer, wherein the addition of the enzyme or enzyme mixture takes place according to the following conditions: i. reaction temperature between 40 and 90°C; ii. reaction pH between 3.0 and 9.0; iii. reaction time between 10 and 300 minutes; iv. enzyme amount between 10 g of EZ and 200 g of EZ per ton of cellulose; i. reaction temperature between 40 and 90°C; ii. reaction pH between 3.0 and 9.0; iii. reaction time between 10 and 300 minutes; iv. enzyme amount between 10 g of EZ and 200 g of EZ per ton of cellulose; e) conveying the white slurry pulp with the carbohydrate-based polymer to and through the reaction tower before the drying machine (TMCB); and f) drying the white slurry pulp with the carbohydrate-based polymer to obtain the cellulose pulp.
Motor vehicle door handle assembly for operating a motor vehicle door, with a deflection lever which is mounted so as to be rotatable about an axis and which, when rotated about the axis from a rest position to an operating position, acts directly or indirectly on a motor vehicle door lock in order to cause the lock to be released and allow the motor vehicle door to be opened, the motor vehicle door handle assembly having an abutment, which blocks the deflection lever after plastic deformation of the motor vehicle door handle arrangement, characterised in that the deflection lever has at least one latching element which, when an external force occurs as a result of an impact, engages with an accident lock and blocks displacement of the deflection lever from the rest position into its actuating position.
A method, comprising the steps: selecting a television program to record at a user device by selecting a time and a channel at which the television program is scheduled for transmission; receiving a bit stream corresponding to the television program at a first bit rate at a server; and streaming a bit stream corresponding to the television program from the server to the user device at a second bit rate less than the first bit rate, characterized by selecting one of a completion time at which recording should be finished and a time period over which the recording may be made wherein by selecting the time period the completion time is determined as a later time which is by the selected time period later than the time and streaming of the television program from the server to said user device occurs at less than real-time, such that the recording is completed no later than the completion time. selecting a television program to record at a user device by selecting a time and a channel at which the television program is scheduled for transmission; receiving a bit stream corresponding to the television program at a first bit rate at a server; and streaming a bit stream corresponding to the television program from the server to the user device at a second bit rate less than the first bit rate, characterized by selecting one of a completion time at which recording should be finished and a time period over which the recording may be made wherein by selecting the time period the completion time is determined as a later time which is by the selected time period later than the time and streaming of the television program from the server to said user device occurs at less than real-time, such that the recording is completed no later than the completion time.
A fuel cell electrode catalyst layer comprising: an electrode catalyst having a conductive support (131 a) and a platinum-containing metal particle (131 b) that is supported on a surface of the conductive support (131 a); and an ionomer that covers the electrode catalyst, wherein an average thickness of the ionomer is 2.4 nm or less, and wherein an effective surface area of the platinum is 120 cm 2 ·cm -2 or less, these parameters being defined in the description. an electrode catalyst having a conductive support (131 a) and a platinum-containing metal particle (131 b) that is supported on a surface of the conductive support (131 a); and an ionomer that covers the electrode catalyst, wherein an average thickness of the ionomer is 2.4 nm or less, and wherein an effective surface area of the platinum is 120 cm 2 ·cm -2 or less, these parameters being defined in the description.