mhurhangee/ep-ind-claims huggingface dataset:
Lift system comprising a plurality of cars, a shaft system enabling a circulation operation of the cars, at least one drive system for moving the cars within the shaft system, and a safety system having a plurality of safety nodes, which is designed to transfer the lift system into a safe operating state when an operating state of the lift system deviating from the normal operation is established, wherein the cars, the shaft system and the at least one drive system each form at least one functional unit, wherein the safety nodes are each connected to at least one of the other safety nodes via at least one interface for transmission of data, the safety nodes each comprise at least one sensor (12, 15, 19) for detecting an operating parameter of the corresponding assigned functional unit (2, 8, 9), the safety nodes each comprise at least one control unit, which is designed to evaluate the operating parameter detected by the at least one sensor (12, 15, 19) of the respective safety node and to make a determination regarding an operating state deviating from the normal operation based on the data transmitted from the at least one other safety node, characterized in that at least one of the safety nodes is assigned to each one of the functional units (2, 8, 9).
Booting device for a computer element, for booting the computer element, wherein the booting device comprises: a memory unit for storing a protection code; and a protection unit for checking the integrity of a software component of the computer element by reference to the protection code, wherein the booting device is appropriate for executing the software component to boot the computer element; wherein the protection code can be at least partially changed from outside the booting device, wherein the booting device is designed only to permit the alteration of the protection code from outside the booting device in the event that: the booting device detects that the alteration of the protection code is executed via an interface of the protection unit which is provided by a manufacturer of the booting device; and/or the booting device detects that the alteration of the protection code is executed using a predefined configuration device of the manufacturer; and/or the booting device only permits a one-time alteration of a respective region of the protection code, and the booting device detects that the alteration is the first alteration of the protection code in the respective region. a memory unit for storing a protection code; and a protection unit for checking the integrity of a software component of the computer element by reference to the protection code, wherein the booting device is appropriate for executing the software component to boot the computer element; wherein the protection code can be at least partially changed from outside the booting device, the booting device detects that the alteration of the protection code is executed via an interface of the protection unit which is provided by a manufacturer of the booting device; and/or the booting device detects that the alteration of the protection code is executed using a predefined configuration device of the manufacturer; and/or the booting device only permits a one-time alteration of a respective region of the protection code, and the booting device detects that the alteration is the first alteration of the protection code in the respective region.
An introducer assembly for deployment of a medical device or instrument, the introducer assembly including a flexible elongate outer sheath element- (12, 12') having proximal and distal ends; at least one flexible elongate carrier element having proximal and distal ends located within the sheath element; the elongate outer sheath element being provided an internal lumen wall, which lumen wall has a non-round cross-section extending between substantially the proximal and distal ends of the sheath element; the elongate carrier element having an external walt surface with a non-round cross-section, the internal lumen wall of the sheath element and the outer wall surface of the carrier element being of complimentary shapes, wherein the elongate outer sheath element (12, 12') and the elongate carrier element are rotationally fixed relative to one another substantially along the entirety of their lengths between said proximal and distal ends; wherein the corriplementary cross-sections of the sheath and carrier elements have a flattened configuration.
Signal transmitter which has: a primary winding, a first and at least one second secondary winding (20_1, 20_2) which are arranged at a distance from the primary winding in a first direction and are in each case inductively coupled to the primary winding, and each of which has at least two series-connected winding sections (23_1, 23_2, 24_1, 24_2), characterized in that the at least two winding sections (23_1, 23_2, 24_1, 24_2) of each of the first and second secondary windings (20_1, 20_2) are arranged in at least two different winding levels, and the winding sections in at least one winding level have a toothed structure with connections (26_1, 26_2, 27_1, 27_2) at in each case one end. a primary winding, a first and at least one second secondary winding (20_1, 20_2) which are arranged at a distance from the primary winding in a first direction and are in each case inductively coupled to the primary winding, and each of which has at least two series-connected winding sections (23_1, 23_2, 24_1, 24_2), characterized in that the at least two winding sections (23_1, 23_2, 24_1, 24_2) of each of the first and second secondary windings (20_1, 20_2) are arranged in at least two different winding levels, and the winding sections in at least one winding level have a toothed structure with connections (26_1, 26_2, 27_1, 27_2) at in each case one end.
A telescopic system having at least two profile rails (2; 2a; 2b) which are linearly guided against each other in the longitudinal direction and which are moveable relative to each other over a distance and which each have a longitudinal profile having longitudinal grooves and/or longitudinal ribs and which are cut to a given length from a profile section, wherein fixed at each profile rail (2; 2a; 2b) is at least one sliding element, by way of which the at least two profile rails (2; 2a; 2b) bear slidingly displaceable against each other and which is arranged axially fixedly at least with respect to the longitudinal direction of the longitudinal profile of the profile rails (2; 2a; 2b) associated therewith, wherein the sliding element is connected to a clamping element in non-displaceable relationship on the profile rail (2; 2a; 2b) at least with respect to a sliding plane defined by the longitudinal direction and a first transverse direction perpendicularly to the longitudinal direction, wherein the clamping element is arranged with a clamping fit on the longitudinal profile of the profile rail (2; 2a; 2b), more specifically in or at a longitudinal groove and/or on a longitudinal rib, and wherein for fixing the clamping element on the longitudinal profile and for fixing the sliding element to the respective profile rail (2; 2a; 2b) no further processing and structural modifications of the respective profile rail (2; 2a; 2b) is performed.
A method for stripe-based non-volatile multilevel memory operation, comprising: writing a number of lower stripes (544A-L) including programming a number of lower pages of information in each of the number of lower stripes (544A-L); writing an upper stripe (544A-U) including programming a number of upper pages of the information in the upper stripe (544A-U), wherein each of the number of upper pages (426, 514A) corresponds to a respective one of the number of lower pages (424, 512A); and wherein each of the respective ones of the number of lower pages corresponding to the number of upper pages is programmed in a different lower stripe of the number of lower stripes (544A-L). writing a number of lower stripes (544A-L) including programming a number of lower pages of information in each of the number of lower stripes (544A-L); writing an upper stripe (544A-U) including programming a number of upper pages of the information in the upper stripe (544A-U), wherein each of the number of upper pages (426, 514A) corresponds to a respective one of the number of lower pages (424, 512A); and wherein each of the respective ones of the number of lower pages corresponding to the number of upper pages is programmed in a different lower stripe of the number of lower stripes (544A-L).
An engine device comprising: an intake manifold configured to supply air into a cylinder, the cylinder being in communication with the intake manifold through an intake port; an exhaust manifold configured to output exhaust gas from the cylinder; a gas injector arranged to the intake port which mixes a natural gas with the air supplied from the intake manifold; and a main fuel injection valve configured to inject a liquid fuel into a main combustion chamber in the cylinder for combustion, the gas injector and the main fuel injection valve being provided to each of a plurality of the cylinders, the engine device configured to drive in either a gas mode in which the natural gas is supplied into the cylinder and supply of the liquid fuel is stopped, or a diesel mode in which the liquid fuel is supplied into the cylinder, and supply of natural gas is stopped wherein at a time of switching an operation mode from one to the other between the gas mode and the diesel mode, an instant switching to the diesel mode is executed when an engine rotation number is determined as to approach an upper limit value which leads to an emergency stop of the engine device.
Motor vehicle comprising a device for holding a wheel that is installed in the storage boot of the vehicle that comprises a compartment of internal size suitable for housing a spare wheel flat, characterized in that said device comprises a wire structure formed by a bent wire that is able to pass reversibly from a position in which it is lowered over said compartment so as to press on the spare wheel when it rests flat therein, to a raised position in which said wire structure is able to hold, at least transversely, a standard wheel disposed upright in a substantially inclined plane and bearing on said wire structure retained in the raised position by retaining means, and in that anchoring means (9, 96) cooperate with said wire structure to retain said standard wheel.
A method for communicating between a server and a client, the server and the client accessing at least one session extension key or a key associated with the session extension key, as an associated key, characterized in that the method comprises the following steps: - the server sends, to the client, a script; - the client sends, to the server, at least one challenge request; - the server generates, based on the challenge request, a challenge; - the server sends, to the client, the challenge, as a response to the challenge request; - the client that executes the script receives the challenge; - the client that executes the script sends, to an authentication application, the challenge; - the authentication application generates authentication data by using the challenge, the session extension key or the associated key, and a predetermined algorithm; - the authentication application sends, to the client that executes the script, the authentication data; - the server receives, from the client that executes the script, the authentication data; - the server authenticates successfully at least the client on a basis of the received authentication data, the generated challenge and the session extension key or the associated key; - the server generates an expiration time, the expiration time being a time at which a communication session is open completed by a predetermined extension time period; and - the server authorizes to extend the open communication session with the authenticated client until the expiration time. - the server sends, to the client, a script; - the client sends, to the server, at least one challenge request; - the server generates, based on the challenge request, a challenge; - the server sends, to the client, the challenge, as a response to the challenge request; - the client that executes the script receives the challenge; - the client that executes the script sends, to an authentication application, the challenge; - the authentication application generates authentication data by using the challenge, the session extension key or the associated key, and a predetermined algorithm; - the authentication application sends, to the client that executes the script, the authentication data; - the server receives, from the client that executes the script, the authentication data; - the server authenticates successfully at least the client on a basis of the received authentication data, the generated challenge and the session extension key or the associated key; - the server generates an expiration time, the expiration time being a time at which a communication session is open completed by a predetermined extension time period; and - the server authorizes to extend the open communication session with the authenticated client until the expiration time.
An attachment for a manually or motor driven pressing device that can be held in the hand, wherein the attachment comprises a base body and two levers which are rotatably mounted thereon and can be actuated by the pressing device, wherein the attachment comprises a female die and a male die which are arranged to be movable against each other along an actuating axis, and the levers are provided to drive the female die and the male die, wherein the male die has a cutting edge and the female die has an abutment for cutting through-holes in workpieces, preferably profile components or metal posts, and wherein the female die is arranged on a first and the male die on a second carrier (12a,b), which are each movably mounted on the attachment, characterized in that the first carrier and the second carrier are each guided in a guide element arranged on the attachment.
A method of testing mechanical properties of an earth formation, the method comprising: disposing an instrument comprising a probe and a known material having known properties in a wellbore, wherein the probe comprises a sensor (38,40); displacing the probe into contact with the material; measuring at least one of a load, a displacement, a displacement rate, a strain, or a strain rate of the probe as the probe contacts the material; determining a measured mechanical property of the material based on the measurement taken as the probe contacts the material; correlating the measured mechanical property with the known mechanical property to calibrate the instrument; contacting the probe against a wall of the wellbore; measuring at least one of a load, a displacement, a displacement rate, a strain or a strain rate of the probe as the probe contacts the wall; determining a measured mechanical property of the formation based on the measurement taken as the probe contacts the wall.
Extracorporeal blood treatment machine, preferably dialysis machine, with machine-internal fluidics for a blood treatment fluid and a machine housing at least in sections surrounding the fluidics, wherein the fluidics comprise an input line for fresh blood treatment fluid to a filter, preferably a dialyser, and an output line for used blood treatment fluid from the filter, that are each equipped at their end side with a connection port for releasably coupling the filter to the machine-internal fluidics, wherein the connection port of the input line and the connection port of the output line each are formed as a connection coupling (6, 7) integrated into the machine housing, and the connection couplings (6, 7) are arranged in a concave recess formed or arranged at an outer side in the machine housing, characterised in that the recess is configured with regard to its size and geometry such that it forms a reception trough for the filter, the dimensioning of which is adapted to that exact filter specifically intended for the blood treatment machine, such that using an unsuitable filter is preventable with corresponding unsuitable dimensions.
A blade containment assembly for a gas turbine engine having a rotor mounted for rotation about an engine axis, the rotor having a set of rotor blades, the blade containment assembly comprising a casing having a first casing member surrounding the set of rotor blades and a second casing member extending axially from the first casing member, the first casing member having: an outer annular wall welded to the second casing member at a weld joint disposed in a blade containment zone of the casing; and an inner containment ring spaced radially inwardly from the outer annular wall and extending axially from a first location forward of the weld joint to a second location aft of the weld joint in the blade containment zone, characterised in that: the inner containment ring has a radial wall thickness greater than that of the outer annular wall at the weld joint. an outer annular wall welded to the second casing member at a weld joint disposed in a blade containment zone of the casing; and an inner containment ring spaced radially inwardly from the outer annular wall and extending axially from a first location forward of the weld joint to a second location aft of the weld joint in the blade containment zone,
Method for making a preparation of oat ( Avena sativa) flour and Carica papaya fruit, comprising: a) slurrying the oat flour in preferably cold water; b) heating the slurry, preferably while stirring, to boiling point; c) boiling the slurry while stirring for at least 30 minutes, preferably for at least 45 minutes, more preferably for at least 1 hour, even more preferably for at least 2 hours, in particular for at least 3 hours; d) adding a preparation of Carica papaya fruit (component A) to the preferably boiling slurry (component B); wherein the oat flour has an average particle diameter of less than 2000 μm, preferably less than 1500 μm, more preferably less than 1000 μm, even more preferably less than 500 μm, and in particular less than 350 μm. a) slurrying the oat flour in preferably cold water; b) heating the slurry, preferably while stirring, to boiling point; c) boiling the slurry while stirring for at least 30 minutes, preferably for at least 45 minutes, more preferably for at least 1 hour, even more preferably for at least 2 hours, in particular for at least 3 hours; d) adding a preparation of Carica papaya fruit (component A) to the preferably boiling slurry (component B);
A boiler for an automatic coffee machine, comprising a first block and a second block, both made of aluminium-based material and fixed one to the other, said first block having an internal wall facing an internal wall of said second block with which it delimits at least one channel for circulation of the water, at least one electric heating element for heating said channel being provided on an external wall at least of said first block, characterised in that said internal walls (4, 5), at least in the areas thereof delimiting said channel, exhibit a ceramic coating having properties that protect against oxidation and reduce the formation of calcium deposits and/or calcium scale in the water circulation channel.
Impact damper arranged on road level beside traffic routes before obstacles having a predetermined energy absorption capacity, with a head portion having an impact head, an end portion and an intermediate middle portion, characterized in that the energy absorption capacity is less in the end region of the impact damper than in the central region, wherein the energy absorption capacity of the impact damper in the head region located after the impact head is lower than in the central region, from the head portion to the central region rises towards, and in the central region is substantially constant.
An end plate for supporting a stator for cooperating with a rotor in an integrated electricity generator for a pneumatic tool, wherein said stator comprises: an annular substrate having an opening therethrough for accommodating a shaft of said rotor; at least one induction pole, each of said at least one induction pole depending from said annular substrate and having mounted thereon a respective coil; an output connector for transferring generated electricity from the at least one coil when said rotor rotates relative to said stator; wherein said end plate is formed of a nonmagnetic material and comprises: an end wall having an opening dimensioned to receive a shaft of said rotor, and an annular side wall depending from said end wall and having formed on its inward side a terminal slot for accommodating said connector and cavities for accommodating respective ones of said coils of said stator, wherein said stator may be supported by said annular side wall against said annular end wall. an annular substrate having an opening therethrough for accommodating a shaft of said rotor; at least one induction pole, each of said at least one induction pole depending from said annular substrate and having mounted thereon a respective coil; an output connector for transferring generated electricity from the at least one coil when said rotor rotates relative to said stator; wherein said end plate is formed of a nonmagnetic material and comprises: an end wall having an opening dimensioned to receive a shaft of said rotor, and an annular side wall depending from said end wall and having formed on its inward side a terminal slot for accommodating said connector and cavities for accommodating respective ones of said coils of said stator, wherein said stator may be supported by said annular side wall against said annular end wall. an end wall having an opening dimensioned to receive a shaft of said rotor, and an annular side wall depending from said end wall and having formed on its inward side a terminal slot for accommodating said connector and cavities for accommodating respective ones of said coils of said stator, wherein said stator may be supported by said annular side wall against said annular end wall.
An isolated polypeptide which is a N -demethylase, having at least 96% amino acid sequence identity to a polypeptide encoded by a polynucleotide comprising SEQ ID NO: 37.
A cable fitting for connecting a high-voltage cable, having a cable conductor and a cable insulation, which encases the cable conductor, to a high-voltage component, the fitting comprising coaxially arranged around an axis a rigid conical insulator, an electrically insulating, elastomeric stress-relief cone matching the rigid conical insulator through a conical interface and an axially aligned current path which connects the cable conductor to a high-voltage current terminal arranged on top of the rigid conical insulator and provided for connection to the high-voltage component, characterized in that the rigid conical insulator is configured as a condenser core and comprises a plurality of electrically conductive field-grading layers (13a, 13b, 13c) which are arranged concentrically around the axis and a rigid polymeric matrix which embeds the field-grading layers, that a section of the cable conductor, which is stripped-off the cable insulation, extends from the conical interface to the high-voltage current terminal and forms the current path, that the condenser core comprises an axially aligned tubular duct which receives the stripped-off section of the cable conductor and which passes two opposing front faces (12a, 12b) of the condenser core, that a gap in the tubular duct between an outer surface of the cable conductor and an inner surface of the condenser core is filled with an electrically insulating, thermally conductive material, and that the thermally conductive material comprises at least one of a solid, a powder or a gel.