mhurhangee/patent-ind-claim-en huggingface dataset:
Elevator with a car consisting of a car frame suspended from a supporting means and carrying a platform or an elevator cabin, with a counterweight suspended from the supporting means and with guide rails along which the car and the counterweight can be moved up and down in an elevator shaft , and at least one folding maintenance support , which can be brought into a vertical working position in which it defines a protective space between the car and the bottom of the shaft , and which can be brought into a horizontal rest position in which it releases the car's path until the car lands on a buffer or buffers in the shaft floor, characterized in that the car frame has at least one lower, horizontally extending cross beam which has at least one first recess on its lower flank which forms a free space into which the at least one maintenance support located in its horizontal rest position can be inserted. and at least one folding maintenance support , which can be brought into a vertical working position in which it defines a protective space between the car and the bottom of the shaft , and which can be brought into a horizontal rest position in which it releases the car's path until the car lands on a buffer or buffers in the shaft floor, characterized in that the car frame has at least one lower, horizontally extending cross beam which has at least one first recess on its lower flank which forms a free space into which the at least one maintenance support located in its horizontal rest position can be inserted.
An integrated circuit card test unit for testing a device under test , comprising: - a first integrated circuit card slot , - a second integrated circuit card slot , - a switch unit , - an integrated circuit card controller , - an integrated circuit card adaptor establishing an interface for the device under test, and - a switch control interface , wherein the switch unit is connected to the first integrated circuit card slot , the second integrated circuit card slot , the integrated circuit card controller , and the integrated circuit card adaptor , wherein the switch unit has at least a first operation mode in which a connection between either the first integrated circuit card slot or the second integrated circuit card slot and the integrated circuit card adaptor is established via the switch unit , wherein the switch unit has at least a second operation mode in which a connection between either the first integrated circuit card slot or the second integrated circuit card slot and the integrated circuit card controller is established via the switch unit , and wherein the switch unit is configured to selectively connect either the first or the second integrated circuit card slot to the integrated circuit card controller and, respectively, the second or first integrated circuit card slot to the integrated circuit card adaptor . - a first integrated circuit card slot , - a second integrated circuit card slot , - a switch unit , - an integrated circuit card controller , - an integrated circuit card adaptor establishing an interface for the device under test, and - a switch control interface , wherein
Pressure modulator of an anti-blocking system of a two-wheeler, comprising: - a main line having a first connector and a second connector for a wheel brake ; - a branch line which branches off from the main line ; - a valve assembly having a first valve and second valve ; - wherein the first valve is disposed in the main line , and the second valve is disposed in the branch line ; and - a storage chamber , having a piston disposed in the storage chamber , and a restoring element for the piston; - wherein the branch line leads to the storage chamber ; - wherein the branch line in a region between the first valve and the second connector branches off from the main line ; and characterized in that the pressure modulator furthermore comprises a third valve which in the branch line is disposed between the second valve and the bifurcation point of the branch line from the main line; wherein the third valve is a continuously feedback-controllable valve. - a main line having a first connector and a second connector for a wheel brake ; - a branch line which branches off from the main line ; - a valve assembly having a first valve and second valve ; - wherein the first valve is disposed in the main line , and the second valve is disposed in the branch line ; and - a storage chamber , having a piston disposed in the storage chamber , and a restoring element for the piston; - wherein the branch line leads to the storage chamber ; - wherein the branch line in a region between the first valve and the second connector branches off from the main line ; and
Packaged product for preparing pasta in broth, which comprises: - a container provided with an internal volume and with an upper opening which allows accessing said internal volume ; - at least one closure element placed to close said upper opening ; - a gelled substance , which contains at least one food broth and at least one added food thickener, is arranged in the internal volume of said container and is provided with an upper surface directed towards the upper opening of said container ; - a portion of broth pasta , arranged in the internal volume of said container between said closure element and the upper surface of said gelled substance ; said packaged product being characterized in that said gelled substance has a gel strength such to sustain said portion of pasta abutted against the upper surface of said gelled substance . - a container provided with an internal volume and with an upper opening which allows accessing said internal volume ; - at least one closure element placed to close said upper opening ; - a gelled substance , which contains at least one food broth and at least one added food thickener, is arranged in the internal volume of said container and is provided with an upper surface directed towards the upper opening of said container ; - a portion of broth pasta , arranged in the internal volume of said container between said closure element and the upper surface of said gelled substance ; said packaged product being characterized in that said gelled substance has a gel strength such to sustain said portion of pasta abutted against the upper surface of said gelled substance .
Method for checking an electric hand tool , wherein the method comprises the following steps of: - capturing a load on the electric hand tool ; - determining a failure probability of the electric hand tool on the basis of the load; - outputting advice if the failure probability exceeds a predetermined threshold value; and - transmitting load and function information relating to the electric hand tool to a central entity , wherein the failure probability of the electric hand tool is determined on the basis of load and function information relating to a multiplicity of comparable power tools . - capturing a load on the electric hand tool ; - determining a failure probability of the electric hand tool on the basis of the load; - outputting advice if the failure probability exceeds a predetermined threshold value; and - transmitting load and function information relating to the electric hand tool to a central entity , wherein the failure probability of the electric hand tool is determined on the basis of load and function information relating to a multiplicity of comparable power tools .
Rotary tool for a machining of workpieces, comprising a base body having a clamping section and a tool head which comprises a cutting region having at least one cutting edge , wherein the tool head comprises at least one coolant channel for supplying a cooling and/or lubricating fluid to the cutting region , characterized in that the coolant channel has a cross-section tapering in the direction of the tool head and, in this region, at least two coolant outlet lines branching off from contact points of the coolant channel in the direction of the tool head surface are arranged in the area of the tool head , wherein the at least two coolant outlet lines are arranged at positions offset in an axial longitudinal direction of the coolant channel , wherein the coolant channel is tapered across the complete length of the rotary tool .
A computer implemented method of cell overlap analysis for cells of a communication network for the purpose of controlling the communication network, the method comprising determining coverage area of a first and a second cell of the communication network; determining intersecting area as an area where the determined coverage area of the first cell and the determined coverage area of the second cell overlap; and determining a first impact value reflecting impact of the overlap on the first cell as a ratio of the determined intersecting area and the determined coverage area of the first cell; characterized in that the determination of the coverage area of a cell is based on user distribution in the respective cell and wherein the user distribution of a cell is based on approximate user locations in the respective cell. determining coverage area of a first and a second cell of the communication network; determining intersecting area as an area where the determined coverage area of the first cell and the determined coverage area of the second cell overlap; and determining a first impact value reflecting impact of the overlap on the first cell as a ratio of the determined intersecting area and the determined coverage area of the first cell; characterized in that the determination of the coverage area of a cell is based on user distribution in the respective cell and wherein the user distribution of a cell is based on approximate user locations in the respective cell.
A method of generating haptic effects on a haptically-enabled device , the method comprising: retrieving a haptic effect definition in response to a request for a haptic effect, the haptic effect definition including a haptic effect parameter and being adapted to be converted to a haptic effect signal and applied to a haptic output device to generate the haptic effect; receiving a power consumption management mode including an energy budget; determining an amount of energy used by the haptically-enabled device whenever the haptically-enabled device is energized and generating haptic effects; modifying the haptic effect parameter of the haptic effect definition, based on the determined amount of energy used by the haptically-enabled device and the energy budget, to create a modified haptic effect parameter; converting the modified haptic effect definition into the haptic effect signal; and applying the haptic effect signal to the haptic output device to generate the haptic effect. retrieving a haptic effect definition in response to a request for a haptic effect, the haptic effect definition including a haptic effect parameter and being adapted to be converted to a haptic effect signal and applied to a haptic output device to generate the haptic effect; receiving a power consumption management mode including an energy budget; determining an amount of energy used by the haptically-enabled device whenever the haptically-enabled device is energized and generating haptic effects; modifying the haptic effect parameter of the haptic effect definition, based on the determined amount of energy used by the haptically-enabled device and the energy budget, to create a modified haptic effect parameter; converting the modified haptic effect definition into the haptic effect signal; and applying the haptic effect signal to the haptic output device to generate the haptic effect.
Use of a sealing and mounting tape for placing a bathtub or shower stall in a corner comprised of two connecting walls standing perpendicular to each other, wherein the sealing and mounting tape comprises a carrier material and wherein the carrier material forms a first or upper area and a second or lower area , and wherein, in the mounted state, the sealing and mounting tape , is secured on the front side with the second or lower area toward a connecting surface of the bathtub or shower stall , and on the rear side with a first or second area toward a connecting wall , wherein the sealing and mounting tape comprises a flexible cut protection strip comprised of a flexible material, so as to prevent any cutting of the sealing and mounting tape when cutting away a silicone joint, and wherein the flexible cut protection strip is bonded a front or upper side of the carrier material by means of an adhesive surface , or placed in a pocket or a strap of the sealing and mounting tape , wherein the cut protection strip overlaps the first or upper area and the second or lower area , wherein the sealing and mounting tape is vertically arranged, and wherein an upper edge of the cut protection strip projects over the lower edge of a rear sealing surface of the sealing and mounting tape toward the connecting wall , and a lower edge of the cut protection strip projects over an upper edge of a front sealing surface of the sealing and mounting tape toward the connecting surface of an on- or off-board installation of the bathtub or shower stall , wherein the cut protection strip is a flexible metal film or a flexible Kevlar or carbon fabric. wherein the flexible cut protection strip is bonded a front or upper side of the carrier material by means of an adhesive surface , or placed in a pocket or a strap of the sealing and mounting tape , wherein the cut protection strip overlaps the first or upper area and the second or lower area , wherein the sealing and mounting tape is vertically arranged, and wherein an upper edge of the cut protection strip projects over the lower edge of a rear sealing surface of the sealing and mounting tape toward the connecting wall , and a lower edge of the cut protection strip projects over an upper edge of a front sealing surface of the sealing and mounting tape toward the connecting surface of an on- or off-board installation of the bathtub or shower stall , wherein the cut protection strip is a flexible metal film or a flexible Kevlar or carbon fabric.
Nail gun for driving fastening elements into a substrate in a driving-in direction, comprising a drive piston which can be driven in a setting direction in order to push a fastening element into the substrate, comprising a control unit which is provided for controlling a driving-in process of the nail gun, comprising a sensor device for detecting a parameter during the driving-in process and for transmitting a signal, which is dependent on the detected parameter, to the control unit , characterized in that the control unit is provided for controlling driving-in energy, which is still to be transmitted to the fastening element as part of the driving-in process, depending on the detected parameter.
Method for making sugarcane distillate, such as for instance rum, comprising the steps of: - providing fermentation component for the yeast fermentation, which fermentation component is selected from at least one of the fully sugarcane-derived products, such as for instance sugarcane juice, cane sugar or sugarcane molasses; - yeast fermenting the fermentation component into an alcoholic mixture; - distilling the alcoholic mixture, characterized in that, before the step of yeast fermenting the fermentation component, the fermentation component is smoked by bringing the fermentation component into contact with smoke. - providing fermentation component for the yeast fermentation, which fermentation component is selected from at least one of the fully sugarcane-derived products, such as for instance sugarcane juice, cane sugar or sugarcane molasses; - yeast fermenting the fermentation component into an alcoholic mixture; - distilling the alcoholic mixture,
A TiN-based sintered body having a sintered structure containing 70 to 94 area% of a TiN phase, and 1 to 25 area% of a Mo 2 C phase, and a remainder including a binder phase, wherein (a) components of the binder phase consist of Fe and Ni, a total area ratio of Fe and Ni is 5 to 15 area%, and a content ratio of Ni with respect to a total amount of Fe and Ni is 15 to 35 mass%, (b) where an X-ray diffraction profile is measured in a cross section of the TiN-based sintered body using an X-ray diffractometer, at least diffraction peaks of TiN, Mo 2 C, and Fe-Ni having an fcc structure are present, but diffraction peaks of Fe-Ni having a bcc structure, a Fe 3 Mo 3 C phase of a composite carbide, and a Fe 3 Mo 3 N phase of a composite nitride are not present, and (c) where lattice constants of the TiN and the Fe-Ni having an fcc structure are determined from the X-ray diffraction profile in the cross section of the TiN-based sintered body measured using the X-ray diffractometer, the lattice constant of the TiN is 4.235 to 4.245 Å, and the lattice constant of the Fe-Ni having an fcc structure is 3.58 to 3.62 Å, and wherein the area% of the TiN phase and the area% of the Mo 2 C phase are obtained by observing the cross section of the TiN-based sintered body with an electron scanning microscope,SEM, equipped with an energy dispersive X-ray analyzer, EDS, measuring the amounts of elements contained in a 100 μm 2 region in the obtained secondary electron image, specifying the TiN phase, a Mo 2 C phase, and a Fe-Ni phase having an fcc structure, calculating the area ratio of each phase in the region, calculating the area ratio in at least a plurality of regions, which is five or more regions, and regarding the average value of the area ratio as the area percentage of each phase. wherein (a) components of the binder phase consist of Fe and Ni, a total area ratio of Fe and Ni is 5 to 15 area%, and a content ratio of Ni with respect to a total amount of Fe and Ni is 15 to 35 mass%, (b) where an X-ray diffraction profile is measured in a cross section of the TiN-based sintered body using an X-ray diffractometer, at least diffraction peaks of TiN, Mo 2 C, and Fe-Ni having an fcc structure are present, but diffraction peaks of Fe-Ni having a bcc structure, a Fe 3 Mo 3 C phase of a composite carbide, and a Fe 3 Mo 3 N phase of a composite nitride are not present, and (c) where lattice constants of the TiN and the Fe-Ni having an fcc structure are determined from the X-ray diffraction profile in the cross section of the TiN-based sintered body measured using the X-ray diffractometer, the lattice constant of the TiN is 4.235 to 4.245 Å, and the lattice constant of the Fe-Ni having an fcc structure is 3.58 to 3.62 Å, and wherein
Aircraft comprising toilets that comprise a protection device configured to contain the effects of a malicious device, in order to protect both a fuselage of the aircraft and passengers of the aircraft against said effects of the malicious device, in which: - the protection device is configured to evacuate to outside the aircraft a toxic substance coming from the malicious device, the malicious device being a chemical or bacteriological attack device; - the protection device comprises an air evacuation duct equipped with a shut-off system designed to be opened in the event of detection of a chemical or bacteriological attack; and - the aircraft comprising a toxic substance sensor , the protection device comprises a processing unit connected to the toxic substance sensor , the processing unit being configured to command the opening of the shut-off system in the event that the sensor provides information corresponding to the presence of a toxic substance; characterized in that the processing unit is configured to command the locking of a door of the toilets in the event that the sensor provides information corresponding to the presence of a toxic substance. - the protection device is configured to evacuate to outside the aircraft a toxic substance coming from the malicious device, the malicious device being a chemical or bacteriological attack device; - the protection device comprises an air evacuation duct equipped with a shut-off system designed to be opened in the event of detection of a chemical or bacteriological attack; and - the aircraft comprising a toxic substance sensor , the protection device comprises a processing unit connected to the toxic substance sensor , the processing unit being configured to command the opening of the shut-off system in the event that the sensor provides information corresponding to the presence of a toxic substance;
A device for providing a temperature compensated measurement of the level of a fuel in a tank (12; 30), comprising: a transducer for transmitting and receiving acoustic signals, and a waveguide connected to the transducer and adapted to extend into the liquid, wherein the waveguide is configured to guide an acoustic pulse generated by the transducer towards a surface of the fuel, and to guide a returning pulse reflected by the surface back to the transducer , characterized by : means (16; 18; 40) for directing a flow of fuel originating from the tank along the exterior of a portion of the waveguide which during operation is located above the fuel level, wherein said means comprises a suction pipe for sucking fuel up from the tank by means of a fuel pump and/or a return pipe for returning unused fuel to the tank, at least part of said waveguide being arranged alongside and in contact with said suction pipe and/or said return pipe . a transducer for transmitting and receiving acoustic signals, and a waveguide connected to the transducer and adapted to extend into the liquid, wherein the waveguide is configured to guide an acoustic pulse generated by the transducer towards a surface of the fuel, and to guide a returning pulse reflected by the surface back to the transducer , characterized by : means (16; 18; 40) for directing a flow of fuel originating from the tank along the exterior of a portion of the waveguide which during operation is located above the fuel level, wherein said means comprises a suction pipe for sucking fuel up from the tank by means of a fuel pump and/or a return pipe for returning unused fuel to the tank, at least part of said waveguide being arranged alongside and in contact with said suction pipe and/or said return pipe . means (16; 18; 40) for directing a flow of fuel originating from the tank along the exterior of a portion of the waveguide which during operation is located above the fuel level, wherein said means comprises a suction pipe for sucking fuel up from the tank by means of a fuel pump and/or a return pipe for returning unused fuel to the tank, at least part of said waveguide being arranged alongside and in contact with said suction pipe and/or said return pipe .
Conveyor device for converting a serially transported piece goods stream into a parallelly transported piece goods stream , having a feed belt conveyor for serially feeding the piece goods stream and having a plurality of discharge belt conveyors for parallelly discharging the fed piece goods stream , wherein the discharge belt conveyors are directly or indirectly assigned to a longitudinal side of the feed belt conveyor , wherein the transport directions (T) of the discharge belt conveyors are aligned at least substantially parallel to one another and transverse to the transport direction (T) of the feed belt conveyor and wherein the longitudinal side of the upper strand of the feed belt conveyor assigned to the discharge belt conveyors , in particular in a transfer position, at least in a transfer section of the upper strand for relaying the piece goods to the discharge belt conveyors , is arranged lower than the opposite longitudinal side of the upper strand of the feed belt conveyor , characterised in that the discharge belt conveyors are designed as telescopic belt conveyors, wherein a control device designed for the timed operation of the feed belt conveyor and/or the discharge belt conveyors is provided and/or the discharge belt conveyors have belts with regions of different static friction .