mhurhangee/patent-ind-claim-en huggingface dataset:
A process for the first start-up of an apparatus in which a heat transfer or heat storage medium is used at a temperature in the range from 500 to 620°C and an oxygen partial pressure over the nitrate salt composition in the range from 0.1 to 1.0 atm by introducing the heat transfer or heat storage medium into the apparatus and heating it up by means of a heat source, wherein the heat transfer or heat storage medium comprises a nitrate salt composition Z comprising Z1 at least one alkali metal nitrate and optionally alkaline earth metal nitrate and also Z2 at least one alkali metal nitrite and optionally alkaline earth metal nitrite in an amount of Z2 in the range from 1.1 to 15.0 mol% based on the sum Z1 plus Z2 and the molar amount of the alkali metal nitrite and optionally alkaline earth metal nitrite for a desired temperature selected from the range indicated above and for a desired oxygen partial pressure selected from the range indicated above is calculated by means of the following formula: x nitrite = K 6 T K 6 T + P O 2 where the variables have the following meanings: X nitrite is the mole fraction of nitrite in a nitrite/nitrate mixture, K 6 (T) is the temperature-dependent equilibrium constant of the reaction nitrate ⇆ nitrite + 1⁄2 oxygen (NO 3 - ⇆ NO 2 - + 1⁄2 O 2 ), pO 2 is the oxygen partial pressure and T is the temperature of the nitrate salt composition, and the calculated value of the molar concentration of the component Z2 is optionally reduced by 40% or increased by 20%. X nitrite is the mole fraction of nitrite in a nitrite/nitrate mixture, K 6 (T) is the temperature-dependent equilibrium constant of the reaction nitrate ⇆ nitrite + 1⁄2 oxygen (NO 3 - ⇆ NO 2 - + 1⁄2 O 2 ), pO 2 is the oxygen partial pressure and T is the temperature of the nitrate salt composition, and the calculated value of the molar concentration of the component Z2 is optionally reduced by 40% or increased by 20%.
A bucket assembly for use with a mop having a mop head, the bucket assembly comprising: an inner bucket assembly , the inner bucket assembly including a rinse bucket , a first reservoir , a fluid connection between the rinse bucket and the first reservoir , and at least one closure element disposed at the fluid connection and movable between an open position and a closed position, an outer bucket assembly , the outer bucket assembly including an outer bucket peripheral wall extending from an outer bucket base to form a second reservoir , the inner bucket assembly being disposed at least partially within the outer bucket assembly , a drainage channel fluidly connected to the second reservoir , the drainage channel being formed by at least one of the inner bucket assembly , the outer bucket assembly , and the inner bucket assembly and the outer bucket assembly , and wherein the first reservoir is otherwise sealed when the at least one closure element is in the open position. an inner bucket assembly , the inner bucket assembly including a rinse bucket , a first reservoir , a fluid connection between the rinse bucket and the first reservoir , and at least one closure element disposed at the fluid connection and movable between an open position and a closed position, an outer bucket assembly , the outer bucket assembly including an outer bucket peripheral wall extending from an outer bucket base to form a second reservoir , the inner bucket assembly being disposed at least partially within the outer bucket assembly , a drainage channel fluidly connected to the second reservoir , the drainage channel being formed by at least one of the inner bucket assembly , the outer bucket assembly , and the inner bucket assembly and the outer bucket assembly , and the inner bucket assembly , the outer bucket assembly , and the inner bucket assembly and the outer bucket assembly , and wherein the first reservoir is otherwise sealed when the at least one closure element is in the open position.
Household appliance with an electrical component , which comprises a holding device for fastening the electrical component to an inner wall of the household appliance , wherein the holding device comprises a magnetic element for generating a magnetic attraction force and the inner wall comprises a ferromagnetic material for fastening the magnetic element , characterised in that the electrical component is a lamp for lighting an interior of the household appliance .
A method for wireless communication performed by a user equipment, UE , the method comprising: receiving a radio resource control, RRC, configuration from a base station, BS; determining whether a first parameter is configured in the RRC configuration, the first parameter being the number of Non-Terrestrial Networks, NTN, Hybrid Automatic Repeat Request, HARQ, processes that may be used at most; receiving first downlink control information, DCI, from the BS, the first DCI including a first field indicating a first HARQ process identifier, ID, the first DCI being a DCI format 0-1; determining that a number of bits in the first field is 4 in a case that the first parameter is not configured in the RRC configuration; and determining that the number of bits in the first field is 5 in a case that the first parameter is configured in the RRC configuration. receiving a radio resource control, RRC, configuration from a base station, BS; determining whether a first parameter is configured in the RRC configuration, the first parameter being the number of Non-Terrestrial Networks, NTN, Hybrid Automatic Repeat Request, HARQ, processes that may be used at most; receiving first downlink control information, DCI, from the BS, the first DCI including a first field indicating a first HARQ process identifier, ID, the first DCI being a DCI format 0-1; determining that a number of bits in the first field is 4 in a case that the first parameter is not configured in the RRC configuration; and determining that the number of bits in the first field is 5 in a case that the first parameter is configured in the RRC configuration.
A control system for use in combination with a video game presented on a display , the video game including a character having a character view of a game environment , the character view having an orientation , the system comprising: a control device comprising control components and a macro button , the control components enabling an end user of the control device to move the orientation of the character view from a beginning orientation to an ending orientation along one or more axes of rotation; a memory that stores view change settings produced based on a difference between the beginning orientation and the ending orientation ; a driver program having a view change output that is produced in response to an actuation of the macro button and based on the view change settings ; and a microprocessor configured to move the orientation of the character view of the game environment from the beginning orientation to the ending orientation in response to the view change output. a control device comprising control components and a macro button , the control components enabling an end user of the control device to move the orientation of the character view from a beginning orientation to an ending orientation along one or more axes of rotation; a memory that stores view change settings produced based on a difference between the beginning orientation and the ending orientation ; a driver program having a view change output that is produced in response to an actuation of the macro button and based on the view change settings ; and a microprocessor configured to move the orientation of the character view of the game environment from the beginning orientation to the ending orientation in response to the view change output.
Transport vehicle, in particular a refuse collection vehicle and/or a light transport vehicle with at least two storage chambers , separated and coupled with one another, and with a driver's cab , wherein the two storage chambers are separated from one another by means of a common separating wall , displaceable in the longitudinal direction of the transport vehicle, and wherein at least one feed-in opening for the feed-in of refuse is provided, in the region of a rear storage chamber which is usable for the storage of refuse, characterized in that a through-opening to the driver's cab of the transport vehicle is provided in the region of a front storage chamber which is usable for the storage of postal items, through which opening the driver of the transport vehicle can enter the front storage chamber from the driver's cab .
A system for sampling exhaust produced by an engine comprising: a first instrument comprising means for measuring a first flow rate of the exhaust leaving the engine and generating a first signal including a first flow rate component indicating said first flow rate and a first instrument time stamp component generated by a clock associated with said first instrument ; a second instrument comprising means for measuring a pollutant concentration and generating a second signal including a pollutant concentration component indicating said pollutant concentration and a second instrument time stamp component generated by a clock associated with said second instrument , characterized in that the second instrument further comprises means for measuring a parameter that has been influenced by said first flow rate and for generating a tertiary signal including a component indicating said influenced parameter and said second instrument time stamp component; and in that the system further comprises a synchronization module receiving and processing said first signal, said second signal, and said tertiary signal to determine a time relationship between said first signal and said second signal by comparing said first flow rate component and said first instrument time stamp component of said first signal to said influenced parameter component and said second instrument time stamp component of said tertiary signal. a first instrument comprising means for measuring a first flow rate of the exhaust leaving the engine and generating a first signal including a first flow rate component indicating said first flow rate and a first instrument time stamp component generated by a clock associated with said first instrument ; a second instrument comprising means for measuring a pollutant concentration and generating a second signal including a pollutant concentration component indicating said pollutant concentration and a second instrument time stamp component generated by a clock associated with said second instrument , characterized in that the second instrument further comprises means for measuring a parameter that has been influenced by said first flow rate and for generating a tertiary signal including a component indicating said influenced parameter and said second instrument time stamp component; and in that the system further comprises a synchronization module receiving and processing said first signal, said second signal, and said tertiary signal to determine a time relationship between said first signal and said second signal by comparing said first flow rate component and said first instrument time stamp component of said first signal to said influenced parameter component and said second instrument time stamp component of said tertiary signal.
Modular drive device for the electric-motor adjustment of the fitting system of a window, a door or the like, comprising: - a gear unit which comprises a motor, a gear and a gear housing , in which the motor and the gear are received, the gear having an output element which is configured for coupling to a force transmission element , via which the motor can be drive-connected to the fitting system; - an electronics unit which is configured for the actuation of the motor of the gear unit ; and - a covering unit which comprises a drive housing for covering the gear unit and the electronics unit to the outside; characterized in that the gear unit , independently of the electronics unit and the covering unit , can be fastened in a partially covered manner in a receptacle , in particular a milled-out portion, on a front side of a frame of the window or of the door, it being possible for the electronics unit to be fastened releasably to the gear unit , with the result that it can be replaced independently of the gear unit , and it being possible for the covering unit to be fastened releasably to the electronics unit , to the gear unit and/or to the frame , preferably with the drive housing at least substantially completely outside the frame . - a gear unit which comprises a motor, a gear and a gear housing , in which the motor and the gear are received, the gear having an output element which is configured for coupling to a force transmission element , via which the motor can be drive-connected to the fitting system; - an electronics unit which is configured for the actuation of the motor of the gear unit ; and - a covering unit which comprises a drive housing for covering the gear unit and the electronics unit to the outside; the gear unit , independently of the electronics unit and the covering unit , can be fastened in a partially covered manner in a receptacle , in particular a milled-out portion, on a front side of a frame of the window or of the door, it being possible for the electronics unit to be fastened releasably to the gear unit , with the result that it can be replaced independently of the gear unit , and it being possible for the covering unit to be fastened releasably to the electronics unit , to the gear unit and/or to the frame , preferably with the drive housing at least substantially completely outside the frame .
A vehicle lamp with active retroreflective function, the vehicle lamp comprising: - at least one illuminant comprising at least one light source to fulfill at least one active retroreflective function, - receiving means for light directed onto the vehicle lamp, and - actuating means to activate the at least one illuminant provided to fulfill the active retroreflective function, said actuating means being connected to the receiving means , wherein the actuating means activate the illuminant or the illuminants provided to fulfill the active retroreflective function depending on whether or not the vehicle lamp is illuminated, characterised in that - the actuating means carries out and/or performs an activation under recurring interruption of the operation of the one or more light sources of the at least one illuminant provided to fulfill the active retroreflective function, and - the vehicle lamp has a device to detect the speed and/or the distance of approaching objects emanating from which light is directed onto the vehicle lamp, said detection device being connected to the actuating means, wherein the actuating means recurringly interrupt the operation of the one or more light sources of the at least one illuminant provided to fulfill the active retroreflective function if, after the activation of the at least one illuminant provided to fulfill the active retroreflective function, the object: - exceeds a specified speed, and/or - falls below a specified distance, and/or - approaches at undiminished speed. - at least one illuminant comprising at least one light source to fulfill at least one active retroreflective function, - receiving means for light directed onto the vehicle lamp, and - actuating means to activate the at least one illuminant provided to fulfill the active retroreflective function, said actuating means being connected to the receiving means , wherein the actuating means activate the illuminant or the illuminants provided to fulfill the active retroreflective function depending on whether or not the vehicle lamp is illuminated, characterised in that - the actuating means carries out and/or performs an activation under recurring interruption of the operation of the one or more light sources of the at least one illuminant provided to fulfill the active retroreflective function, and - the vehicle lamp has a device to detect the speed and/or the distance of approaching objects emanating from which light is directed onto the vehicle lamp, said detection device being connected to the actuating means, wherein the actuating means recurringly interrupt the operation of the one or more light sources of the at least one illuminant provided to fulfill the active retroreflective function if, after the activation of the at least one illuminant provided to fulfill the active retroreflective function, the object: - exceeds a specified speed, and/or - falls below a specified distance, and/or - approaches at undiminished speed. - exceeds a specified speed, and/or - falls below a specified distance, and/or - approaches at undiminished speed.
An intraocular lens configured to be implanted within a capsular bag of a patient's eye, the lens comprising: a fluid optic body , the fluid optical body comprising: a first optical membrane configured to extend across an optical axis of the patient's eye; a second optical membrane configured to extend across the optical axis; and a sidewall extending between the first optical membrane and the second optical membrane, the first optical membrane , the second optical membrane , and the sidewall defining a cavity for containing an optical fluid; and a plurality of lever arms extending from the optic body and configured to be in contact with the capsular bag such that axial compression of the capsular bag causes each of the plurality of lever arms to rotate about a corresponding pivot so as to modify a curvature of the first optical membrane , characterised in that the intraocular lens further comprises an additional plurality of lever arms extending from the optic body and configured to be in contact with the capsular bag such that axial compression of the capsular bag causes each of the additional plurality of lever arms to rotate about a corresponding pivot so as to modify a curvature of the second optical membrane , and in that axial compression of the capsular bag causes each of the plurality of lever arms to rotate about the corresponding pivot in a first direction, and each of the additional plurality of lever arms to rotate about the corresponding pivot in a second direction, the second direction being opposite the first direction. a first optical membrane configured to extend across an optical axis of the patient's eye; a second optical membrane configured to extend across the optical axis; and a sidewall extending between the first optical membrane and the second optical membrane, the first optical membrane , the second optical membrane , and the sidewall defining a cavity for containing an optical fluid; and a plurality of lever arms extending from the optic body and configured to be in contact with the capsular bag such that axial compression of the capsular bag causes each of the plurality of lever arms to rotate about a corresponding pivot so as to modify a curvature of the first optical membrane , characterised in that the intraocular lens further comprises an additional plurality of lever arms extending from the optic body and configured to be in contact with the capsular bag such that axial compression of the capsular bag causes each of the additional plurality of lever arms to rotate about a corresponding pivot so as to modify a curvature of the second optical membrane , and in that axial compression of the capsular bag causes each of the plurality of lever arms to rotate about the corresponding pivot in a first direction, and each of the additional plurality of lever arms to rotate about the corresponding pivot in a second direction, the second direction being opposite the first direction.
A separator which is permeable to hydroxide ion, for use in an electrically rechargeable electrochemical cell with alkaline electrolyte between a Zinc electrode and a counter electrode, wherein: - said separator is made with a porous or fibrous material, wherein the cavities or the pores of said porous or fibrous material contain Ni(OH) 2 as a Dendrite Stopping Substance (DSS), - said DSS being in a form of particles, - said DSS are 5 to 10 weight percent based on the whole weight of the separator, and - said DSS occupying 5 to 50% of the pore volume of the separator with various particle-size distribution. - said separator is made with a porous or fibrous material, wherein the cavities or the pores of said porous or fibrous material contain Ni(OH) 2 as a Dendrite Stopping Substance (DSS), - said DSS being in a form of particles, - said DSS are 5 to 10 weight percent based on the whole weight of the separator, and - said DSS occupying 5 to 50% of the pore volume of the separator with various particle-size distribution.
A dielectric film, comprising an alkaline earth metal oxide having a NaCl type crystal structure as a main component, wherein the dielectric film has a -oriented columnar structure in a direction perpendicular to the surface of the dielectric film, wherein the columnar structure is a structure constructed by crystallites which extends along the normal direction or a direction in a range of ±5° relative to the normal direction of a surface of a supporting substrate in the whole dielectric film wherein the aspect ratio of the crystallites is 2 or more, and in a Cu-Ka X-ray diffraction chart of the dielectric film, a half width of the diffraction peak of is in a range of from 0.3° to 2.0°, wherein the dielectric film contains at least one element selected from the group consisting of Ta, Nb, V, Hf, Zr, Ti and Zn as a subcomponent, wherein, when the total content of the subcomponents is set as x, the x is in the range of 0 mol%<x≤20 mol% relative to the main component, and wherein the dielectric film has a dielectric breakdown voltage of 1250 V/μm or higher. the dielectric film has a -oriented columnar structure in a direction perpendicular to the surface of the dielectric film, wherein the columnar structure is a structure constructed by crystallites which extends along the normal direction or a direction in a range of ±5° relative to the normal direction of a surface of a supporting substrate in the whole dielectric film wherein the aspect ratio of the crystallites is 2 or more, and in a Cu-Ka X-ray diffraction chart of the dielectric film, a half width of the diffraction peak of is in a range of from 0.3° to 2.0°, wherein the dielectric film contains at least one element selected from the group consisting of Ta, Nb, V, Hf, Zr, Ti and Zn as a subcomponent, wherein, when the total content of the subcomponents is set as x, the x is in the range of 0 mol%<x≤20 mol% relative to the main component, and wherein the dielectric film has a dielectric breakdown voltage of 1250 V/μm or higher.