mhurhangee/ep-ind-claims huggingface dataset:
A surface treating appliance comprising: a first cyclonic separating unit including a plurality of first cyclones arranged in parallel about an axis; and a second cyclonic separating unit located downstream from the first cyclonic separating unit and including a plurality of second cyclones arranged in parallel, the plurality of second cyclones being divided into at least a first set of second cyclones arranged about the axis and a second set of second cyclones, wherein the plurality of first cyclones extends about the first set of second cyclones, and the first set of second cyclones extends about the second set of second cyclones. a first cyclonic separating unit including a plurality of first cyclones arranged in parallel about an axis; and a second cyclonic separating unit located downstream from the first cyclonic separating unit and including a plurality of second cyclones arranged in parallel, the plurality of second cyclones being divided into at least a first set of second cyclones arranged about the axis and a second set of second cyclones, wherein the plurality of first cyclones extends about the first set of second cyclones, and the first set of second cyclones extends about the second set of second cyclones.
A topical hydrogel composition comprising a hydrophilic polymer carrying multiple pendant sulphonyl groups on each polymer molecule, for use in the treatment of a chronic ulcerous skin lesion, in a human or non-human mammal, particularly a human wherein the sulfonyl groups contain sulpho groups in salt form, wherein the salt form is sodium alone or a combination of sodium and potassium counterions, and the molar ratio of sodium ions to potassium ions in the hydrogel composition is in the range of about 100:0 to 100:10.
A semiconductor memory device, including: a plurality of programmable phase change memory cells each one adapted to be brought into one among at least a first status and a second status, said plurality of memory cells including memory cells intended to store data, and at least one detector memory cell, means for accessing (115,130,135) the memory cells for reading/modifying their status, and control means operatively associated with the at least one detector memory cell, said control means being adapted to establish a potential loss of the data stored in the memory cells of said plurality based on a detected first status of the at least one detector memory cell; characterized in that the first and the second status respectively correspond to at least one first and at least one second value of an electric resistance of the memory cells, the control means being adapted to cause the at least one second electric resistance value to which the detector memory cell may be brought to be less distant from the at least one first electric resistance value compared to the other memory cells of said plurality, and in that the control means is further adapted, responsive to the detector memory cell being ascertained to be in the first status, to automatically restore the data potentially lost in at least one (120;105) of the memory cells of said plurality from a non-volatile, temperature-resistant storage block provided in the device. a plurality of programmable phase change memory cells each one adapted to be brought into one among at least a first status and a second status, said plurality of memory cells including memory cells intended to store data, and at least one detector memory cell, means for accessing (115,130,135) the memory cells for reading/modifying their status, and control means operatively associated with the at least one detector memory cell, said control means being adapted to establish a potential loss of the data stored in the memory cells of said plurality based on a detected first status of the at least one detector memory cell; characterized in that the first and the second status respectively correspond to at least one first and at least one second value of an electric resistance of the memory cells, the control means being adapted to cause the at least one second electric resistance value to which the detector memory cell may be brought to be less distant from the at least one first electric resistance value compared to the other memory cells of said plurality, and in that the control means is further adapted, responsive to the detector memory cell being ascertained to be in the first status, to automatically restore the data potentially lost in at least one (120;105) of the memory cells of said plurality from a non-volatile, temperature-resistant storage block provided in the device.
A method of sharing an established connection between a primary device in a network and one of a plurality of secondary devices in said network, said method comprising the steps of: - receiving, by said primary device, from an unconnected secondary device of said plurality of secondary devices, an advertising packet for identifying said unconnected secondary device; - sending, by said primary device, to said unconnected secondary device, a connection request based on said received advertising packet for establishing a connection between said unconnected secondary device and said primary device, said connection being shared among said unconnected secondary device and said one of said plurality of secondary devices; - transmitting, by said primary device, to secondary devices sharing an established connection, connection parameters, wherein said connection parameters define a time shared multiplexing scheme thereby facilitating sharing of said established connection. - receiving, by said primary device, from an unconnected secondary device of said plurality of secondary devices, an advertising packet for identifying said unconnected secondary device; - sending, by said primary device, to said unconnected secondary device, a connection request based on said received advertising packet for establishing a connection between said unconnected secondary device and said primary device, said connection being shared among said unconnected secondary device and said one of said plurality of secondary devices; - transmitting, by said primary device, to secondary devices sharing an established connection, connection parameters, wherein said connection parameters define a time shared multiplexing scheme thereby facilitating sharing of said established connection.
A method for processing car2X messages by means of a processing device configured to be able to receive and process messages, the construction of which is defined according to different standards, preferably according to a first standard and a second standard having the steps of: - recording the message by means of the processing device, - identifying the standard used by the message, - forwarding the message to an application unit of the processing device if the message uses the standard for which the application unit is designed, - or otherwise creating a new message from the received message so that it can be processed by means of the application unit, wherein the new message is created in accordance with at least one previously known content item within the received message. - recording the message by means of the processing device, - identifying the standard used by the message, - forwarding the message to an application unit of the processing device if the message uses the standard for which the application unit is designed, - or otherwise creating a new message from the received message so that it can be processed by means of the application unit, wherein the new message is created in accordance with at least one previously known content item within the received message.
An apparatus for treating a tooth, the apparatus comprising: a cap comprising a chamber having an access port which places the chamber in fluid communication with a treatment region of the tooth when the cap is positioned against the tooth a fluid motion generator disposed to direct a liquid jet to impinge on a surface of the chamber of said cap, said surface positioned opposite of the fluid motion generator to generate fluid motion within the chamber and the treatment region; wherein the surface of the chamber positioned opposite of the fluid motion generator is disposed on a side wall of the chamber; characterized in that said chamber having a fluid outlet. a cap comprising a chamber having an access port which places the chamber in fluid communication with a treatment region of the tooth when the cap is positioned against the tooth a fluid motion generator disposed to direct a liquid jet to impinge on a surface of the chamber of said cap, said surface positioned opposite of the fluid motion generator to generate fluid motion within the chamber and the treatment region; wherein the surface of the chamber positioned opposite of the fluid motion generator is disposed on a side wall of the chamber; characterized in that said chamber having a fluid outlet.
A computerized system for controlling access to a service and/or to a place, comprising several access handling devices (1 to 5) able to issue an access authorization, or to authorize or validate the access to said service and/or place by a user, each of the access handling devices (1 to 5) being identified by a device identifier (IDD i), the system also comprising a database wherein are stored the device identifiers (IDD i), and means for controlling the access handling devices (1 to 5) able to control the operation of the access handling devices (1 to 5), the database comprising pieces of information (8 to 17) to be broadcast each identified by an information identifier (IDI j) also stored in the database, at least one determined device (1 to 5) from among the access handling devices (1 to 5) being associated with at least one information broadcasting means (18 to 27), and the control means being able to associate in the database the identifier (IDI j) of at least one determined piece of information (8 to 17) to be broadcast with the identifier (IDD i) of the determined device (1 to 5), so as to allow handling of the broadcasting, with the broadcasting means (18 to 27) associated with the determined device (1 to 5), for the determined piece of information (8 to 17), one of the access handling devices (1 to 5) and/or an authorization module remotely accessible via a computer network, are able to issue access authorizations to the service and/or place on a medium such as a ticket or a card of the magnetic or contactless type, said access handling device (1 to 5) and/or said authorization module being able to issue a marker associated with the identifier (IDI j) of the determined piece of information on a medium such as a ticket or a card of the magnetic or contactless type, the determined device (1 to 5) comprising a reader of an access authorization medium connected to the control means, the reader being able to read the marker medium so as to allow handling of the broadcasting of the piece of information (8 to 17), the broadcasting means comprising a physical information medium (28, 28').
Vehicle model, in particular a rail vehicle model for a model railroad, having a vehicle underframe which has a longitudinal axis and on which at least two axles (7, 8) are rotatably supported, and having an electric motor to drive at least one of the axles (7, 8), wherein the electric motor is fixed to the vehicle underframe and has a motor shaft (111, 112), which is connected with one of the axles (7, 8) by means of a transmission (19, 20), characterised in that the electric motor is arranged in a cutout of the vehicle underframe, wherein the motor shaft (111, 112) of the electric motor is arranged, at least in sections, parallel to a midplane of the vehicle underframe and obliquely at an angle (a) to the longitudinal axis.
Method for providing a waveform dataset for executing waveform generation on a signal generation device, the method comprising: generating at least one first data section comprising waveform descriptive parameters, generating at least one second data section comprising target device information relating to a number of one or more target devices for executing the waveform generation, generating at least one third data section comprising time information specifying an execution period of the waveform dataset, and providing a waveform dataset comprising the at least one first data section, the at least one second data section and the at least one third data section. generating at least one first data section comprising waveform descriptive parameters, generating at least one second data section comprising target device information relating to a number of one or more target devices for executing the waveform generation, generating at least one third data section comprising time information specifying an execution period of the waveform dataset, and providing a waveform dataset comprising the at least one first data section, the at least one second data section and the at least one third data section.
A water heater comprising: a tank defining an interior volume having an inlet and an outlet; a heating element disposed with respect to the volume to heat water within the tank; and a dip tube operably coupled to the inlet and configured to discharge supply water in a lower half of the interior volume; a bypass conduit disposed within the interior volume, in fluid communication between the inlet and outlet so that the bypass conduit diverts to the outlet at least a portion of the supply water from the inlet when the supply water flows through the inlet, wherein the bypass conduit defines a fixed open fluid channel extending from the inlet to the outlet, characterized in that the bypass conduit has no controllable valve disposed therein. a tank defining an interior volume having an inlet and an outlet; a heating element disposed with respect to the volume to heat water within the tank; and a dip tube operably coupled to the inlet and configured to discharge supply water in a lower half of the interior volume; a bypass conduit disposed within the interior volume, in fluid communication between the inlet and outlet so that the bypass conduit diverts to the outlet at least a portion of the supply water from the inlet when the supply water flows through the inlet, wherein the bypass conduit defines a fixed open fluid channel extending from the inlet to the outlet, characterized in that the bypass conduit has no controllable valve disposed therein.
A method of lining a pipe comprising the steps of: providing a flexible, elongate, tubular pipe-liner that has first and second ends and that is capable of being everted; providing a flexible, substantially-impermeable, elongate extender-tube that has first and second ends and that is capable of being everted; characterised by attaching the second end of the extender-tube to the first end of the pipe-liner with an overlapping joint connection which extends continuously around the entire circumference of the extender tube so that the combined extender-tube and pipe-liner form a continuous tubular construction that is leak-proof between the first end of the extender-tube and the second end of the pipe-liner; everting the combined extender-tube and pipe-liner using fluid under pressure to drive at least part of the eversion process progressively so that the extender-tube is first to evert and drags the pipe-liner through the extender-tube, and so that the pipe-liner then everts after the eversion of the extender-tube is completed, so that the pipe-liner becomes positioned at a desired position in the pipe being lined; and detaching the extender-tube from the pipe-liner and removing the extender-tube from the pipe being lined. providing a flexible, elongate, tubular pipe-liner that has first and second ends and that is capable of being everted; providing a flexible, substantially-impermeable, elongate extender-tube that has first and second ends and that is capable of being everted; characterised by attaching the second end of the extender-tube to the first end of the pipe-liner with an overlapping joint connection which extends continuously around the entire circumference of the extender tube so that the combined extender-tube and pipe-liner form a continuous tubular construction that is leak-proof between the first end of the extender-tube and the second end of the pipe-liner; everting the combined extender-tube and pipe-liner using fluid under pressure to drive at least part of the eversion process progressively so that the extender-tube is first to evert and drags the pipe-liner through the extender-tube, and so that the pipe-liner then everts after the eversion of the extender-tube is completed, so that the pipe-liner becomes positioned at a desired position in the pipe being lined; and detaching the extender-tube from the pipe-liner and removing the extender-tube from the pipe being lined.
Process for manufacturing a metal-organic framework material comprising pores and at least one metal ion and at least one at least bidentate organic compound coordinately bounded to said metal ion that is in the form of a shaped body, characterized in that the shaped body is obtained by contacting at least one metal-organic framework material with at least one substrate, wherein the specific surface area, as calculated according to Langmuir model (DIN 66131, 66134), of the at least one metal-organic framework material is above 500 m 2 /g.
Sensor arrangement for determining at least one parameter of a fluid flowing through a duct, in particular an intake air mass flow of an internal combustion engine, wherein the sensor arrangement comprises a sensor housing which is embodied as a plug-in probe which can be introduced into a flow pipe and in which the duct is formed, and at least one sensor chip which is arranged in the duct and has the purpose of determining the parameter of the fluid, wherein the sensor housing has a housing body and a cover, wherein the duct has an inlet into the duct, which inlet points counter to a main flow direction of the fluid in the flow pipe, in a state of the plug-in probe in which it is inserted into the flow pipe, and at least one outlet out of the duct, characterized in that the duct is formed in the cover, and the cover is connected to the housing body by means of a frictionally locking connection, wherein the cover has a receptacle, wherein the housing body has a projection, wherein the projection engages in the receptacle in order to form the frictionally locking connection, and wherein the projection protrudes from the housing body in a first extension direction, wherein the sensor housing also has an electronic space, wherein the sensor chip is arranged on a sensor carrier which extends into the duct from the electronic space in a second extension direction, wherein the projection is arranged opposite the electronic space, with the duct between the two in the second extension direction, and the projection extends perpendicularly with respect to the second extension direction.
A steering column for a motor vehicle, having an inner casing tube which rotatably mounts a steering shaft, and an outer casing unit which is capable of being connected to the vehicle chassis and in which the inner casing tube is received so as to be displaceable and fixable in the axial direction; having an energy absorption device (17, 22) which is operatively disposed between the casing tube and the casing unit and in which part of the energy arising in the event of a crash is capable of being absorbed when the casing tube is telescopically displaced in relation to the casing unit, wherein the energy absorption device (17, 22) comprises at least one deformation strip which is fastened to the casing tube and on which at least one deformation slide that is connected to the casing unit is disposed, said at least one deformation slide encompassing and jamming the outer narrow sides of the at least one deformation strip such that said deformation slide deforms the deformation strip when the deformation strip in the crash event is displaced in the axial direction in relation to the deformation slide, wherein the deformation strip is held so as to be spaced apart from the casing tube and fixed in the radial direction by at least one spacer (32, 33) that is disposed on the casing tube, characterized in that the or each spacer (32, 33) is designed as a radial convexity of the casing tube that from the casing tube protrudes in the direction of the at least one deformation strip.
Apparatus for determining an ablation treatment for an eye of a patient, the apparatus comprising a processor configured to: determine an ellipsoid model corresponding to an anterior corneal surface of the eye, the ellipsoid model having an anterior portion, a major axis, and an apex, wherein the major axis intersects the anterior portion at the apex; calculate a nominal ablation pattern for the eye based on the ellipsoid model; determine a tilted orientation of the eye when the patient fixates on a target during a laser ablation procedure, wherein the processor being configured to determine the tilted orientation comprises the processor being configured to: determine a surface slope of the anterior corneal surface in a first direction extending radially from the apex; determine a surface slope of the anterior corneal surface in a second direction extending radially from the apex, wherein the surface slope in the first direction is steeper than the surface slope in the second direction; and determine the ablation treatment by adjusting the nominal ablation pattern based on the surface slope in the first direction and the surface slope in the second direction. determine an ellipsoid model corresponding to an anterior corneal surface of the eye, the ellipsoid model having an anterior portion, a major axis, and an apex, wherein the major axis intersects the anterior portion at the apex; calculate a nominal ablation pattern for the eye based on the ellipsoid model; determine a tilted orientation of the eye when the patient fixates on a target during a laser ablation procedure, wherein the processor being configured to determine the tilted orientation comprises the processor being configured to: determine a surface slope of the anterior corneal surface in a first direction extending radially from the apex; determine a surface slope of the anterior corneal surface in a second direction extending radially from the apex, wherein the surface slope in the first direction is steeper than the surface slope in the second direction; and determine the ablation treatment by adjusting the nominal ablation pattern based on the surface slope in the first direction and the surface slope in the second direction. determine a surface slope of the anterior corneal surface in a first direction extending radially from the apex; determine a surface slope of the anterior corneal surface in a second direction extending radially from the apex, wherein the surface slope in the first direction is steeper than the surface slope in the second direction; and determine the ablation treatment by adjusting the nominal ablation pattern based on the surface slope in the first direction and the surface slope in the second direction.