mhurhangee/ep-ind-claims huggingface dataset:
Method for integrating a device into a network having the steps: (a) detection of a first device identification (G-ID 1) of the device by a reading device, which is authorised to transmit the detected first device identification (G-ID 1) as configuration data to an access-protected configuration data memory of the network, wherein the first device identification (G-ID 1) of the device is transmitted from the reading device to the configuration data memory of the network and being stored therein; (b) connection of the device to be integrated to an access node of the network, wherein the device is identified to a server of the network by means of a second device identification (G-ID 2); and (c) automatic configuration of the connected device for the network by the server, if an associated first device identification (G-ID 1) of the device is already stored in the access-protected configuration data memory of the network for the second device identification (G-ID 2) of the device connected to the access node of the network, wherein the automatic configuration of the connected device is executed in a cryptographically secured manner by the server and wherein the second device identification (G-ID 2) is a digital certificate, which contains the first device identification (G-ID 1). (a) detection of a first device identification (G-ID 1) of the device by a reading device, which is authorised to transmit the detected first device identification (G-ID 1) as configuration data to an access-protected configuration data memory of the network, wherein the first device identification (G-ID 1) of the device is transmitted from the reading device to the configuration data memory of the network and being stored therein; (b) connection of the device to be integrated to an access node of the network, wherein the device is identified to a server of the network by means of a second device identification (G-ID 2); and (c) automatic configuration of the connected device for the network by the server, if an associated first device identification (G-ID 1) of the device is already stored in the access-protected configuration data memory of the network for the second device identification (G-ID 2) of the device connected to the access node of the network,
Circuit arrangement having a voltage link converter, which contains an intermediate-circuit capacitor and switching paths (6a to 6e), which are arranged in parallel therewith and have series-connected switching elements (7a to 7e and 8a to 8e), the switching elements (7a to 7e and 8a to 8e) being designed as components which can be switched off, a short-circuit thyristor being provided as protection against short-circuit currents and overvoltages, wherein a short-circuit protection arrangement, comprising a parallel circuit of the short-circuit thyristor with pairs of series-connected protective diodes (12a to 12e and 13a to 13e) which conduct in opposition to said short-circuit thyristor, is connected to the intermediate-circuit capacitor and to the switching paths (6a to 6e), wherein the short-circuit protection arrangement is connected in parallel with the intermediate-circuit capacitor, wherein in each case a connection point between two series-connected switching elements (7a to 7e and 8a to 8e) in a switching path (6a to 6e) is connected to in each case a connection point between two series-connected protective diodes (12a to 12e and 13a to 13e) of the short-circuit protection arrangement and wherein the protective diodes (12a to 12e and 13a to 13e) are not involved in commutation processes of the voltage link converter.
A computer-implemented method for calculating a velocity model for a subsurface of the earth, the method comprising: receiving measured seismic data d; selecting a starting velocity model v; calculating predicted seismic data p; selecting a matching filter w that when applied to one of the measured seismic data d or the predicted seismic data p reproduces the other one of the measured seismic data d or the predicted seismic data p; selecting a misfit function J that calculates a distance between the matching filter w and a Dirac Delta function; and calculating a new velocity model using the misfit function J, the measured seismic data d, and the predicted seismic data p, wherein the measured seismic data d includes wavefields generated by a seismic source and the wavefields propagate through the subsurface where they are attenuated and reflected, and the attenuated and reflected wavefields are recorded by plural seismic receivers. receiving measured seismic data d; selecting a starting velocity model v; calculating predicted seismic data p; selecting a matching filter w that when applied to one of the measured seismic data d or the predicted seismic data p reproduces the other one of the measured seismic data d or the predicted seismic data p; selecting a misfit function J that calculates a distance between the matching filter w and a Dirac Delta function; and calculating a new velocity model using the misfit function J, the measured seismic data d, and the predicted seismic data p, wherein the measured seismic data d includes wavefields generated by a seismic source and the wavefields propagate through the subsurface where they are attenuated and reflected, and the attenuated and reflected wavefields are recorded by plural seismic receivers.
A method of producing a unitary formed silicon balance spring having an overcoil portion for regulation of a mechanical timepiece, said method including the steps of: (i) providing a silicon balance spring having a main body portion, and an outer portion for formation as an overcoil portion, wherein the outer portion extends radially outward from an outermost turn of the main body portion, and wherein said main body portion and said outer portion are integrally formed from a silicon based material and are formed in a co-planar configuration; (ii) moving said outer portion in a direction relative to and out of the plane of said main body portion, and in a direction towards over said main body portion and towards the plane of the main body portion; and (iii) providing a stress relaxation process to the balance spring so as to relieve internal stresses induced within the balance spring from step (ii); wherein upon movement of said outer portion into the plane of said main body portion, the outer portion is located in an overcoil configuration relative to said main body portion. (i) providing a silicon balance spring having a main body portion, and an outer portion for formation as an overcoil portion, wherein the outer portion extends radially outward from an outermost turn of the main body portion, and wherein said main body portion and said outer portion are integrally formed from a silicon based material and are formed in a co-planar configuration; (ii) moving said outer portion in a direction relative to and out of the plane of said main body portion, and in a direction towards over said main body portion and towards the plane of the main body portion; and (iii) providing a stress relaxation process to the balance spring so as to relieve internal stresses induced within the balance spring from step (ii); wherein upon movement of said outer portion into the plane of said main body portion, the outer portion is located in an overcoil configuration relative to said main body portion. wherein upon movement of said outer portion into the plane of said main body portion, the outer portion is located in an overcoil configuration relative to said main body portion.
Pivoting motor adjuster for a camshaft, having a stator which is drive-connected to a crankshaft via a drive wheel, and having a rotor which can be connected to a camshaft for conjoint rotation and can be rotated with respect to the stator, wherein the drive wheel is formed so as to be fixed in rotation with, or formed in one piece with, a stator basic body or with a stator cover connected to the stator basic body in a sealed manner, wherein in each case a blade of the rotor can be positioned between two webs of the stator, and an interspace formed between the two webs is divided by means of the blade into a first pressure chamber and into a second pressure chamber, wherein the rotor or a component interacting with the rotor has a first contact surface for force-fitting connection with a second contact surface formed on the camshaft or a camshaft component, wherein the stator basic body has a third contact surface for force-fitting connection with a fourth contact surface formed on the stator cover, and wherein means for increasing the coefficient of friction of the force-fitting connection are provided by a microform-fit between the rotor and camshaft and/or between the stator basic body and stator cover, and wherein, in order to increase the coefficient of friction, there are provided hard particles which, without additional components or coatings of the contact surfaces, can be or are connected to at least one of the contact surfaces (12, 13, 16, 21), characterized in that the hard particles have a casing, wherein the hard particles can be or are captively connected to the contact surface(s) (12, 13, 16, 21) by melting of the casing.
A telecommunications local distribution network comprising - a distribution point having an electrical backhaul connection, - a plurality of customer premises equipments each connected to the distribution point by a respective electrical connection, at least some of the customer premises equipments having provision for delivering electrical power to the distribution point over their respective electrical connections, the distribution point having provision for drawing electrical power from the customer premises equipments, and having provision (100, 101) for determining any shortfall between the power required for the operation of the distribution point and the electrical power delivered to the distribution point from the customer premises equipments, and having provision for drawing from the backhaul connection sufficient power to meet that shortfall, characterised in that each customer premises equipment is capable of operating in two or more modes operating different telecommunications services and autonomously controlling the power to be delivered in accordance with its current mode of operation. - a distribution point having an electrical backhaul connection, - a plurality of customer premises equipments each connected to the distribution point by a respective electrical connection,
A device, comprising: an application comprising instructions for execution on the device having a processor and memory, wherein the application is configured to: receive, after one or more entry gestures of a contactless card into a communication field of the device, a credential from the contactless card, authenticate the credential, and present at least one selected from the group of a first message type and a second message type; characterised in that each of the one or more entry gestures is indicative of a different message type. an application comprising instructions for execution on the device having a processor and memory, wherein the application is configured to: receive, after one or more entry gestures of a contactless card into a communication field of the device, a credential from the contactless card, authenticate the credential, and present at least one selected from the group of a first message type and a second message type; characterised in that each of the one or more entry gestures is indicative of a different message type.
An assembly for modal impact testing, the assembly comprising: a first set of components comprising: an impact assembly; a cycle control element coupled to the impact assembly; and, a signal response measuring device positioned opposite the impact assembly; and, a second set of components separate from the first set of components, the second set of components comprising: a first controller coupled to the cycle control element; and, a second controller coupled to the signal response measuring device, the first set of components and the second set of components comprising a modal impact testing assembly for modal impact testing, wherein: the impact assembly of the modal impact testing assembly is remotely controllable via the first controller to impact a test element; the test element is secured to a holding element and the holding element is attached to a rotating element, wherein the rotating element is part of a machining apparatus and the rotating element is configured to rotate the test element at operational speeds; and wherein the test element acts as a substitute for a cutting device. a first set of components comprising: an impact assembly; a cycle control element coupled to the impact assembly; and, a signal response measuring device positioned opposite the impact assembly; and, an impact assembly; a cycle control element coupled to the impact assembly; and, a signal response measuring device positioned opposite the impact assembly; and, a second set of components separate from the first set of components, the second set of components comprising: a first controller coupled to the cycle control element; and, a second controller coupled to the signal response measuring device, a first controller coupled to the cycle control element; and, a second controller coupled to the signal response measuring device, the first set of components and the second set of components comprising a modal impact testing assembly for modal impact testing, wherein: the impact assembly of the modal impact testing assembly is remotely controllable via the first controller to impact a test element; the test element is secured to a holding element and the holding element is attached to a rotating element, wherein the rotating element is part of a machining apparatus and the rotating element is configured to rotate the test element at operational speeds; and wherein the test element the impact assembly of the modal impact testing assembly is remotely controllable via the first controller to impact a test element; the test element is secured to a holding element and the holding element is attached to a rotating element, wherein the rotating element is part of a machining apparatus and the rotating element is configured to rotate the test element at operational speeds; and wherein the test element acts as a substitute for a cutting device.
A copper foil for a secondary battery, wherein a styrene butadiene rubber layer is formed on a surface of an electro-deposited copper foil, the thickness of the styrene butadiene rubber layer being in a range of 0.5 μm to 5 μm, the SBR layer being immediately coated on the surface of the electro-deposited copper foil prepared on a drum surface from an electrolyzer, without an artificial treatment. the thickness of the styrene butadiene rubber layer being in a range of 0.5 μm to 5 μm, the SBR layer being immediately coated on the surface of the electro-deposited copper foil prepared on a drum surface from an electrolyzer, without an artificial treatment.
Excavator shaft for an excavator as a connecting link between an excavator boom and tool, wherein the excavator shaft is substantially formed by a box-like sheet metal construction, wherein two symmetrical bearing plates, oriented in parallel with one another, are applied on the outside, on an end plate of the box-like metal sheet construction, on an end face, forming a boom bearing as a bearing point for the pivotable mounting of the excavator shaft on an excavator boom, wherein the bearing point is not directly formed in the box-like sheet metal construction, wherein the bearing plates form at least one further bearing point (11, 12) for mounting of a cylinder, in particular for mounting of at least one hoe and/or excavator shaft cylinder.
A stroller rocking device, comprising: a hollow housing; a strap having a fixed end and a free end, the fixed end being mounted to an outer surface of the hollow housing, the strap being adapted for releasably securing the hollow housing to a handle of a stroller; a motor housed within a central chamber of the hollow housing; and a weighted piston slidably disposed within a longitudinally extending chamber of the hollow housing, the weighted piston being selectively driven to linearly oscillate within the longitudinally extending chamber by the motor, characterized in that the stroller rocking device further comprises: a cam mounted on a drive shaft of the motor; and a connecting rod having opposed first and second ends (31, 33), the first end being pivotally attached to the cam and the second end thereof being pivotally attached to the weighted piston. a hollow housing; a strap having a fixed end and a free end, the fixed end being mounted to an outer surface of the hollow housing, the strap being adapted for releasably securing the hollow housing to a handle of a stroller; a motor housed within a central chamber of the hollow housing; and a weighted piston slidably disposed within a longitudinally extending chamber of the hollow housing, the weighted piston being selectively driven to linearly oscillate within the longitudinally extending chamber by the motor, characterized in that the stroller rocking device further comprises: a cam mounted on a drive shaft of the motor; and a connecting rod having opposed first and second ends (31, 33), the first end being pivotally attached to the cam and the second end thereof being pivotally attached to the weighted piston. a cam mounted on a drive shaft of the motor; and a connecting rod having opposed first and second ends (31, 33), the first end being pivotally attached to the cam and the second end thereof being pivotally attached to the weighted piston.
A terminal positioning method, comprising: determining that there is no Line Of Sight, LOS, between a first communication node and a terminal, wherein there is a reflecting object between the first communication node and the terminal; determining first position information of the reflecting object according to a first beam of the first communication node, wherein the first beam is a beam, detected by the terminal to have a strongest signal, among a plurality of beams of the first communication node; and determining a position of the terminal according to the first position information. determining that there is no Line Of Sight, LOS, between a first communication node and a terminal, wherein there is a reflecting object between the first communication node and the terminal; determining first position information of the reflecting object according to a first beam of the first communication node, wherein the first beam is a beam, detected by the terminal to have a strongest signal, among a plurality of beams of the first communication node; and determining a position of the terminal according to the first position information.
A light curing device for dental purposes having a plurality of semiconductor light sources that each comprise a light-emitting chip, wherein said chips are mounted on a common substrate that, in particular, dissipates heat, wherein every chip is surrounded by a single reflector body (22, 24 and 26) which Is connected to the substrate and/or the associated chip, and wherein at least two reflector bodies (22, 24 and 26) are disposed next to one another but are not connected with one another, wherein the reflector bodies (22, 24 and 26) are separated from one another by a gap (30, 32, 34) at least in the cold state, characterized in that the wall thicknesses of the reflector bodies (22, 24 and 26) are reduced relative to one another for providing the gap (30, 32, 34) In the adjacent regions of the reflector bodies (22, 24, 26).
A medical apparatus, comprising: an elongate medical device having a longitudinal axis and a surface; and a continuous, helical bi-component fiber wound around at least a portion of the surface of the medical device along its longitudinal axis, wherein the bi-component fiber has a cross-section with a generally flattened side (16, 18), and comprises an inner core encased in a sheath, wherein the inner core is aligned about the medical device, characterized in that the inner core has ribs projecting orthogonal to a longitudinal axis of the bi-component fiber, and wherein the ribs are aligned axially, circumferentially and radially along the longitudinal axis of the medical device. an elongate medical device having a longitudinal axis and a surface; and a continuous, helical bi-component fiber wound around at least a portion of the surface of the medical device along its longitudinal axis, wherein the bi-component fiber has a cross-section with a generally flattened side (16, 18), and comprises an inner core encased in a sheath, wherein the inner core is aligned about the medical device, characterized in that the inner core has ribs projecting orthogonal to a longitudinal axis of the bi-component fiber, and wherein the ribs are aligned axially, circumferentially and radially along the longitudinal axis of the medical device.
A dual membrane restrictor, configured to be connected to an oil supplying device, a loading device, and a recycling device, wherein the dual membrane restrictor comprises: a casing, comprising a first channel, a first chamber, a second chamber, a second channel, and a third channel, wherein the first channel is configured to be connected to the oil supplying device, the second channel is configured to be connected to the loading device, and the third channel is configured to be connected to the recycling device; the membrane restrictor being characterized in further comprising: a first membrane, disposed in the first chamber, wherein the first chamber is divided into a first part chamber and a second part chamber communicating with each other by the first membrane, and the first channel is connected to the first part chamber of the first chamber; and a second membrane, disposed in the second chamber, wherein the second chamber is divided into a first part chamber and a second part chamber communicating with each other by the second membrane, the first part chamber of the second chamber is connected to the second part chamber of the first chamber and the second channel, and the second part chamber of the second chamber is connected to the second channel and the third channel, wherein the casing further comprises a fourth channel and a fifth channel, the fourth channel is connected to the first part chamber of the first chamber and the second part chamber of the first chamber, and the fifth channel is connected to the second channel and the second part chamber of the second chamber. a first membrane, disposed in the first chamber, wherein the first chamber is divided into a first part chamber and a second part chamber communicating with each other by the first membrane, and the first channel is connected to the first part chamber of the first chamber; and a second membrane, disposed in the second chamber, wherein the second chamber is divided into a first part chamber and a second part chamber communicating with each other by the second membrane, the first part chamber of the second chamber is connected to the second part chamber of the first chamber and the second channel, and the second part chamber of the second chamber is connected to the second channel and the third channel, wherein the casing further comprises a fourth channel and a fifth channel, the fourth channel is connected to the first part chamber of the first chamber and the second part chamber of the first chamber, and the fifth channel is connected to the second channel and the second part chamber of the second chamber.