mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle, in particular utility vehicle, having a mirror replacement system which has at least one image-capturing device , in particular a camera, by means of which at least part of the surroundings of the vehicle can be captured visually and/or as a film, wherein the image-capturing device is coupled in signalling terms to a display device by means of which the captured surroundings of the vehicle can be displayed to a driver of the vehicle , wherein the display device is formed by a projection device by means of which the captured surroundings of the vehicle can be projected onto at least one defined projection surface , wherein the captured surroundings of the vehicle are projected onto the defined projection surface which is embodied as a transparent projection surface , in such a way that it appears to the driver that the captured surroundings of the vehicle are displayed outside the vehicle , wherein an actuating device is provided by means of which the degree of transparency of the projection surface can be set and/or adjusted, characterized in that a driving situation-detection device is provided which is connected in terms of signalling to the control device and sensors the current driving situation, and in that the actuating device is part of a closed-loop and/or open-loop control device by means of which the degree of transparency of the projection surface can be set automatically as a function of the current driving situation, wherein the degree of transparency of the projection surface is reduced in order to improve the displaying on the projection surface of an area of the surroundings of the vehicle which is difficult to see.
A wireless locating method comprising receiving first messages at a server , the first messages including bed location data entered manually on a user interface of a first patient bed and the first messages including signal strength data from a plurality of wireless access points in communication with the first patient bed , building with the server a first signal strength profile for a first location corresponding to the bed location data received from the first patient bed , the first signal strength profile being based on the signal strength data contained in the first messages, receiving second messages at the server , the second messages being devoid of any bed location data and the second messages including signal strength data from the wireless access points in communication with a second patient bed , building with the server a second signal strength profile based on the signal strength data contained in the second messages, comparing with the server the second signal strength profile with the first signal strength profile, and determining with the server that the second patient bed is at the first location if the second signal strength profile matches the first signal strength profile, wherein the first messages include power plug status data indicative of whether a power plug of the first patient bed is plugged into a power receptacle and wherein building the first signal strength profile occurs only if the power plug status data indicates that the power plug of the first patient bed is plugged into the power receptacle . receiving first messages at a server , the first messages including bed location data entered manually on a user interface of a first patient bed and the first messages including signal strength data from a plurality of wireless access points in communication with the first patient bed , building with the server a first signal strength profile for a first location corresponding to the bed location data received from the first patient bed , the first signal strength profile being based on the signal strength data contained in the first messages, receiving second messages at the server , the second messages being devoid of any bed location data and the second messages including signal strength data from the wireless access points in communication with a second patient bed , building with the server a second signal strength profile based on the signal strength data contained in the second messages, comparing with the server the second signal strength profile with the first signal strength profile, and determining with the server that the second patient bed is at the first location if the second signal strength profile matches the first signal strength profile, wherein the first messages include power plug status data indicative of whether a power plug of the first patient bed is plugged into a power receptacle and wherein building the first signal strength profile occurs only if the power plug status data indicates that the power plug of the first patient bed is plugged into the power receptacle .
A method for removing sulfur-containing compounds from methanol, said method comprising the step of: subjecting methanol comprising sulfur-containing compounds to centrifugal countercurrent chromatography (CCCC) to remove sulfur-containing compounds.
Refrigerator with a fan , wherein the fan is arranged in an air pressure chamber , wherein the air pressure chamber has a single inflow opening for supplying air to the fan and two outflow openings for discharging air from the air pressure chamber , wherein the air pressure chamber is shaped such that the air is discharged from the at least one outflow opening with a homogeneous or virtually homogeneous flow, wherein the fan is completely enclosed by the air pressure chamber , wherein the air of the air pressure chamber can only be supplied via the fan and via the inflow opening , characterised in that the two outflow openings are opposite one another with respect to an axis of rotation of the fan , wherein the two outflow openings form the only air outlets of the air pressure chamber , wherein the fan is embodied as a radial fan.
A method performed by a wireless communication device, comprising: sending a first request from the wireless communication device for connecting to a telecommunication network via a first base station for a first area, where the first base station implements a first radio access technology that has a first priority and a first data rate; in response to detecting a failure of the first request, utilizing a second radio access technology to connect to the telecommunication network before an expiration of a timer, where the second radio access technology has a second priority that is lower than the first priority and a second data rate that is lower than the first data rate; and in response to detecting that the wireless communication device has moved to a second area associated with a second base station before the expiration of the timer, sending a second request via the second base station that implements the first radio access technology for utilizing the first radio access technology to connect to the telecommunication network before the expiration of the timer, characterised in that the movement of the wireless communication device to the second area associated with the second base station is detected by determining whether a cell node identity has changed a number of times, or by determining whether at least one of: consecutive different cell node reselections or consecutive different cell node handovers has occurred a number of times. sending a first request from the wireless communication device for connecting to a telecommunication network via a first base station for a first area, where the first base station implements a first radio access technology that has a first priority and a first data rate; in response to detecting a failure of the first request, utilizing a second radio access technology to connect to the telecommunication network before an expiration of a timer, where the second radio access technology has a second priority that is lower than the first priority and a second data rate that is lower than the first data rate; and in response to detecting that the wireless communication device has moved to a second area associated with a second base station before the expiration of the timer, sending a second request via the second base station that implements the first radio access technology for utilizing the first radio access technology to connect to the telecommunication network before the expiration of the timer, characterised in that the movement of the wireless communication device to the second area associated with the second base station is detected by determining whether a cell node identity has changed a number of times, or by determining whether at least one of: consecutive different cell node reselections or consecutive different cell node handovers has occurred a number of times.
Jump starting method between a vehicle performing jump starting and an electric vehicle receiving jump starting which does not have an internal combustion engine, wherein the vehicle performing jump starting is an electric vehicle without an internal combustion engine and the on-board electrical systems of the two electric vehicles are temporarily electrically connected to one another during the jump starting period, wherein, in the case of electric vehicles which are equipped with high step-down converters (1.7) as charging device, the intermediate circuit rail (1.9) of the electric vehicle performing jump starting is connected to a DC rail of the electric vehicle receiving jump starting, and the battery of the electric vehicle receiving jump starting is charged, wherein a plug-in connection is provided in each vehicle , by means of which plug-in connection in each case the intermediate circuit rail (1.9) of the vehicle performing jump starting is connected to the DC rail of the electric vehicle receiving jump starting downstream of a rectifier unit (1.6) and upstream of a DC-DC converter of the electric vehicle receiving jump starting, and a respective connection of a jump starting cable defines which of the two vehicles is respectively selected as the vehicle expecting jump starting or as the vehicle performing jump starting, wherein the states of charge of the two vehicles are detected at the beginning of the jump starting method, wherein a first threshold value (SW1) is prespecified for the state of charge of the vehicle performing jump starting, and wherein the jump starting method is interrupted or terminated when the state of charge of the vehicle performing jump starting falls below the said threshold value (SW1).
A flap-retaining clip configured to securely couple a membrane flap to a housing of a pressure relief assembly , the flap-retaining clip comprising: - a main body ; - a housing-connecting tab extending from a first end of the main body , wherein the housing-connecting tab is configured to be inserted into and retained within a retaining channel formed in the housing ; and - opposed flap-retention wings laterally extending from opposite sides of the main body , wherein a portion of the membrane flap is configured to be trapped between the opposed flap-retention wings and the housing to securely couple the membrane flap to the housing , wherein a tip extends from a second end of the main body , configured to guide the membrane flap onto the flap-retaining clip , characterized in that the flap-retaining clip further comprises an angled ramp between the tip and the main body . - a main body ; - a housing-connecting tab extending from a first end of the main body , wherein the housing-connecting tab is configured to be inserted into and retained within a retaining channel formed in the housing ; and - opposed flap-retention wings laterally extending from opposite sides of the main body , wherein a portion of the membrane flap is configured to be trapped between the opposed flap-retention wings and the housing to securely couple the membrane flap to the housing ,
Method for producing polyethylene terephthalate granules, comprising the steps of: - producing a melt of polyethylene terephthalate material; - producing granules from the melt by means of underwater granulation into a process fluid; - removing the granules from the location of the underwater granulation in the process fluid; - crystallising the granules in the process fluid; - extracting the granules in the process fluid; - separating the granules from the process fluid; with only the surface of the granules being crystallised in the crystallisation step such that the inside of the granules remains amorphous, the temperature of the process fluid being set to a value at which, depending on the formulation of the polyethylene terephthalate material, the previously experimentally determined maximum crystallisation rate of the polyethylene terephthalate material of the granules is achieved, characterised in that , after the crystallisation step, the opacity of the surface of the granules produced in this way is determined online, directly as part of the method according to the invention and directly in the material flow of the method, as a measure of the degree of crystallisation achieved and of the depth of crystallisation achieved at the surface of the granules. - producing a melt of polyethylene terephthalate material; - producing granules from the melt by means of underwater granulation into a process fluid; - removing the granules from the location of the underwater granulation in the process fluid; - crystallising the granules in the process fluid; - extracting the granules in the process fluid; - separating the granules from the process fluid;
Drywall construction frame for a sliding door , comprising vertical profiles and at least one transverse profile connected to the vertical profiles, wherein the at least one transverse profile is connected to at least one of the vertical profiles via at least one connecting element , and wherein the at least one connecting element comprises a base with fastening holes for connection to the at least one vertical profile, characterized in that the base is shaped to fit a profiling of the vertical profile and is displaceably clipped to said profile along the same and is screwed thereto.
A method for paging, comprising: determining , by a network device , a paging window for performing paging for a terminal device , wherein the paging window comprises S candidate paging occasions, POs, and S is a positive integer greater than 1; and monitoring , by the network device , whether a carrier in an unlicensed frequency band is idle based on the paging window; the method characterized in that determining, by the network device , the paging window for paging the terminal device , comprises: selecting, by the network device , S POs in a plurality of radio frames as the paging window for the terminal device, wherein the plurality of radio frames comprises a reference paging frame, PF, K 1 radio frames ahead of the reference PF and/or K 2 radio frames after the reference PF, where K 1 and K 2 are positive integers, wherein the reference PF has a System Frame Number, SFN, which satisfies: SFN mod T=(T/N)×(UE-ID mod N), where T is a length of one paging cycle, UE-ID is a device identity of the terminal device, and N is an amount of PFs available for receiving a paging message in one paging cycle. determining , by a network device , a paging window for performing paging for a terminal device , wherein the paging window comprises S candidate paging occasions, POs, and S is a positive integer greater than 1; and monitoring , by the network device , whether a carrier in an unlicensed frequency band is idle based on the paging window; the method characterized in that determining, by the network device , the paging window for paging the terminal device , comprises: selecting, by the network device , S POs in a plurality of radio frames as the paging window for the terminal device, wherein the plurality of radio frames comprises a reference paging frame, PF, K 1 radio frames ahead of the reference PF and/or K 2 radio frames after the reference PF, where K 1 and K 2 are positive integers, wherein the reference PF has a System Frame Number, SFN, which satisfies: SFN mod T=(T/N)×(UE-ID mod N), where T is a length of one paging cycle, UE-ID is a device identity of the terminal device, and N is an amount of PFs available for receiving a paging message in one paging cycle.
A water heating and treatment system with UV lamp and anti-scale water treatment sanitation for suppression of pathogens and undesired bacterial content in a domestic hot water system comprising: a water heater ; a cold water supply line to supply water to said water heater comprising the anti-scale device , and the UV sanitation lamp ; a single or multiple mixing station to supply heated water to one or multiple temperature zones, said single or multiple mixing station fluidly coupled to said cold water supply line and to a hot water outflow line from said water heater , said single or multiple mixing station to supply a heated water to at least a first temperature zone at a first hot water temperature; a water heater sanitation loop including a sanitation loop pump to circulate hot water within said water heater ; and a three-way return water diverter valve fluidly coupled to said single or multiple mixing station via one or more sanitation components , and to a drain or to another use, via a drain line or a diverted water line , said three-way return water diverter valve to provide a portion of a re-circulated hot water from a hot water recirculation line to said mixing station and a remaining portion of the re-circulated hot water to said drain . a water heater ; a cold water supply line to supply water to said water heater comprising the anti-scale device , and the UV sanitation lamp ; a single or multiple mixing station to supply heated water to one or multiple temperature zones, said single or multiple mixing station fluidly coupled to said cold water supply line and to a hot water outflow line from said water heater , said single or multiple mixing station to supply a heated water to at least a first temperature zone at a first hot water temperature; a water heater sanitation loop including a sanitation loop pump to circulate hot water within said water heater ; and a three-way return water diverter valve fluidly coupled to said single or multiple mixing station via one or more sanitation components , and to a drain or to another use, via a drain line or a diverted water line , said three-way return water diverter valve to provide a portion of a re-circulated hot water from a hot water recirculation line to said mixing station and a remaining portion of the re-circulated hot water to said drain .
An atomizer or color changer having a coating agent valve for influencing a discharge of a coating agent, wherein the coating agent valve comprises a plurality of outwardly guided valve needles , wherein at least two valve needles of the plurality of valve needles can be operated independently of each other, wherein the coating agent valve is coupled to the atomizer or the color changer and the valve needles seal valve seats of the atomizer or the color changer, characterized in that - the coating agent valve has a drive interface for coupling a drive device, wherein the drive interface has an elongate cross-section, wherein preferably the cross-section is at least partially oval. - the coating agent valve has a drive interface for coupling a drive device, wherein the drive interface has an elongate cross-section, wherein preferably the cross-section is at least partially oval.
A fast charge system including a secondary battery having a capacity to store a predetermined amount of electrical energy, said fast charge system comprising; a pair of electrodes including an anode layer and a cathode layer extending in parallel and spaced relationship to one another, a membrane sandwiched between said anode layer and said cathode layer , a first electrolyte including first ions and impregnating said membrane to carry an excess ion migration through said membrane in response to the application of a maximum charging power (P MAX ) as a function of a first voltage (V 1 ) between said anode layer and said cathode layer times a first current (I 1 ) therebetween and applied over a first time interval (T 1 ), a fast charge composite including a separator impregnated with a second electrolyte including third ions having a positive charge and including fourth ions having a negative charge and disposed adjacent to and contacting one of said electrodes rendering it an adjacent electrode and the remaining one of said electrodes being rendered a remote electrode electrically isolated from said fast charge composite , said adjacent electrode being permeable to said third ions and said fourth ions for allowing said third ions and said fourth ions to penetrate within said adjacent electrode , said fast charge composite including a fast charge layer disposed adjacent and parallel to said separator with said separator sandwiched between said adjacent electrode and said fast charge layer to electrically insulate said fast charge layer from said adjacent electrode and for exchanging said third ions and said fourth ions through said separator with said adjacent electrode , said fast charge composite including a fast charge lead of electrically conductive material electrically connected to said fast charge layer for the application of a second electrical power (P FC ) greater than said maximum charging power (P MAX ) and a function of a second voltage (V 2 ) between said fast charge lead and said battery lead of said adjacent electrode times a second current (I 2 ) therebetween and applied over a second time interval (T 2 ) to cause said third ions and said fourth ions to migrate between said adjacent electrode and said fast charge layer to change the electrochemical potential of said adjacent electrode to enable said secondary battery to store said predetermined amount of electrical energy in less said second time interval (T 2 ) than said first time interval (T 1 ) when subjected at and below said maximum charging power (P MAX ), and at least one of said first ions and said third ions and said fourth ions containing Aluminum.