mhurhangee/patent-ind-claim-en huggingface dataset:
A security method comprising: visually encrypting, by an encryptor , a target object displayed on a display such that the target object is only partially recognizable or isn't recognizable any longer; and decrypting at least one part of the encrypted target object, by a decryptor , at an area corresponding to a decryption gesture made in the encrypted target object; encrypting comprises mixing a noise object to the target object to visually encrypt the target object, characterized in that the decrypting of the at least one part of the encrypted target object due to the decryption gesture is carried out for a predetermined period of time, and wherein the predetermined period of time is set based on the decryption gesture. visually encrypting, by an encryptor , a target object displayed on a display such that the target object is only partially recognizable or isn't recognizable any longer; and decrypting at least one part of the encrypted target object, by a decryptor , at an area corresponding to a decryption gesture made in the encrypted target object; encrypting comprises mixing a noise object to the target object to visually encrypt the target object, characterized in that the decrypting of the at least one part of the encrypted target object due to the decryption gesture is carried out for a predetermined period of time, and wherein the predetermined period of time is set based on the decryption gesture.
System for carrying a first contact wire and a second contact wire crossing or merging the first contact wire through an interruption above a railway junction , comprising - a supporting beam , - a first carrying element that is connected to the supporting beam at a first position and adapted to carry the first contact wire , - a second carrying element that is connected to the supporting beam at a second position and adapted to carry the first contact wire , and - a spacer that is connected to the supporting beam at a third position between the first position and the second position and adapted to secure a predefined minimum length for the interruption of the first contact wire seen in a course direction of the first contact wire , characterized in that - the spacer includes a disc intersected by a slot that is adapted to receive the second contact wire . - a supporting beam , - a first carrying element that is connected to the supporting beam at a first position and adapted to carry the first contact wire , - a second carrying element that is connected to the supporting beam at a second position and adapted to carry the first contact wire , and - a spacer that is connected to the supporting beam at a third position between the first position and the second position and adapted to secure a predefined minimum length for the interruption of the first contact wire seen in a course direction of the first contact wire , - the spacer includes a disc intersected by a slot that is adapted to receive the second contact wire .
Method (100; 200; 300) for the manufacture of a plurality of shoes (198; 490), which comprises the following steps: a. providing a plurality of first shoe components (110; 210) for the manufacture of the plurality of shoes (198; 490); and b. moving the plurality of first shoe components (110; 210) with a transport means (120; 220; 420) which is at least partially comprised of the plurality of first shoe components (110; 210), wherein c. the transport means (120; 220; 420) passes through at least one processing station (130; 140; 150; 230; 240; 241; 250; 251; 260; 261; 430; 440; 450; 460) in which the first shoe components (110; 210) are processed, the method characterized in that d. to each of a subset of the first shoe components (110; 210), the at least one processing station (140; 240; 241) adds at least one second shoe component (180; 280; 285), wherein e. before applying one or more second shoe components (180; 280; 285) to a respective first shoe component (110; 210), the first (110; 210) and second (180; 280; 285) shoe components are aligned relative to each other, and wherein f. the alignment is aided or performed by using recognition of different material characteristics or pattern recognition. a. providing a plurality of first shoe components (110; 210) for the manufacture of the plurality of shoes (198; 490); and b. moving the plurality of first shoe components (110; 210) with a transport means (120; 220; 420) which is at least partially comprised of the plurality of first shoe components (110; 210), wherein c. the transport means (120; 220; 420) passes through at least one processing station (130; 140; 150; 230; 240; 241; 250; 251; 260; 261; 430; 440; 450; 460) in which the first shoe components (110; 210) are processed, the method characterized in that d. to each of a subset of the first shoe components (110; 210), the at least one processing station (140; 240; 241) adds at least one second shoe component (180; 280; 285), wherein e. before applying one or more second shoe components (180; 280; 285) to a respective first shoe component (110; 210), the first (110; 210) and second (180; 280; 285) shoe components are aligned relative to each other, and wherein f. the alignment is aided or performed by using recognition of different material characteristics or pattern recognition.
A towable unit for subsea processing of well fluids, wherein the unit comprises a pipeline bundle extending between, and capable of acting in tension between, a first towhead at an upstream end of the bundle and a second towhead at a downstream end of the bundle , and wherein at least one of the towheads has an on-board processing facility for processing the well fluids, characterised in that the facility effects at least separation of water phases that are present in the well fluids, in that the pipeline bundle is capable of being cooled and heated to control wax in the well fluids, and in that at least one and optionally both of the towheads has a pump for pumping cooling water along the pipeline bundle .
A method for preventing malware downloads, comprising: determining, by a unified threat manager, UTM, of a firewall device , in response to a HyperText Transfer Protocol, HTTP, byte-serving request to download a portion of a resource from a server, that the UTM has previously determined that the resource comprises malware; in response to determining by the UTM that the resource has previously been determined to comprise malware, modifying, by the UTM , the HTTP byte-serving request to request downloading all the resource; and passing the modified HTTP byte-serving request to the server. determining, by a unified threat manager, UTM, of a firewall device , in response to a HyperText Transfer Protocol, HTTP, byte-serving request to download a portion of a resource from a server, that the UTM has previously determined that the resource comprises malware; in response to determining by the UTM that the resource has previously been determined to comprise malware, modifying, by the UTM , the HTTP byte-serving request to request downloading all the resource; and passing the modified HTTP byte-serving request to the server.
A signal transmission method, comprising: determining a frequency offset amount of each subcarrier of a plurality of orthogonal frequency division multiplexing, OFDM, symbols relative to a reference subcarrier, wherein each subcarrier of the plurality of OFDM symbols has a different frequency offset amount relative to the reference subcarrier, and the frequency offset amount is: p first subcarrier intervals, or K+p first subcarrier intervals, wherein 0 ≤ p < 1 and K is a natural number, a first subcarrier interval is a subcarrier interval used for transmitting a first signal on subcarriers of the plurality of OFDM symbols; and transmitting the first signal on the subcarriers of the plurality of OFDM symbols according to the determined frequency offset amount. determining a frequency offset amount of each subcarrier of a plurality of orthogonal frequency division multiplexing, OFDM, symbols relative to a reference subcarrier, wherein each subcarrier of the plurality of OFDM symbols has a different frequency offset amount relative to the reference subcarrier, and the frequency offset amount is: p first subcarrier intervals, or K+p first subcarrier intervals, wherein 0 ≤ p < 1 and K is a natural number, a first subcarrier interval is a subcarrier interval used for transmitting a first signal on subcarriers of the plurality of OFDM symbols; and transmitting the first signal on the subcarriers of the plurality of OFDM symbols according to the determined frequency offset amount.
A process for preparing Fulvestrant (I), which comprises: (a) Oxidation of the hydroxy group at position 6 of compound of formula FUL- Ia by using Dess-Martin Periodinane as oxidizing agent, to obtain compound of formula FUL- I, (b) Alkylation of compound of formula FUL-I with 1,9 dibromononane in a suitable solvent and in the presence of a base, to obtain the compound of formula FUL-II, (c) Reaction of compound of formula FUL-II with 4,4,5,5,5-pentafluoropentane phenyl thioester in a suitable solvent and in presence of a base, to obtain the compound of formula FUL-IV, and (d) Converting the compound of formula FUL-IV into Fulvestrant. (a) Oxidation of the hydroxy group at position 6 of compound of formula FUL- Ia by using Dess-Martin Periodinane as oxidizing agent, to obtain compound of formula FUL- I, (b) Alkylation of compound of formula FUL-I with 1,9 dibromononane in a suitable solvent and in the presence of a base, to obtain the compound of formula FUL-II, (c) Reaction of compound of formula FUL-II with 4,4,5,5,5-pentafluoropentane phenyl thioester in a suitable solvent and in presence of a base, to obtain the compound of formula FUL-IV, and (d) Converting the compound of formula FUL-IV into Fulvestrant.
Process for producing energy products by catalytic cracking of a hydrocarbon solid material, in which a dispersion, named cracking dispersion , is heated, said dispersion comprising: ∘ a solid material in divided form containing at least one hydrocarbon-based compound; ∘ at least one catalytic cracking catalyst ; ∘ at least one alkaline compound ; and ∘ a liquid which is inert with respect to catalytic cracking; such that said cracking dispersion reaches a temperature, named cracking temperature, between 240°C and 340°C, which is suitable to allow catalytic cracking of at least one hydrocarbon-based compound of said cracking dispersion , leading to a production of hydrocarbons, named short-chain hydrocarbons , of lower molecular mass than said hydrocarbon-based compound; characterized in that said cracking temperature is reached by mixing an amount of said cracking dispersion and an amount of inert liquid which is substantially free of solid material in divided form and of catalyst , the inert liquid being brought to a temperature below 360°C and above said cracking temperature, said mixing being performed such that the mixture formed reaches a temperature at least equal to said cracking temperature and below a coke formation temperature, and in that an amount of an oxygenated gaseous composition capable of bringing about an exothermic reaction with at least a portion of the dihydrogen produced during the cracking is supplied to said cracking dispersion at said cracking temperature. ∘ a solid material in divided form containing at least one hydrocarbon-based compound; ∘ at least one catalytic cracking catalyst ; ∘ at least one alkaline compound ; and ∘ a liquid which is inert with respect to catalytic cracking;
A client for a computer-implemented networking system, the client comprising: a management component for creating and managing a peer-to-peer, P2P, graph that overlays a private virtual network for P2P communications between arbitrary nodes ; an interface component for exposing the arbitrary nodes of the P2P graph to a public node , the interface component comprising a virtual network interface card, VNIC ; and a file stream interface for passing IP packets between the VNIC and the management component for routing and transmission to the arbitrary nodes of the P2P graph, wherein the client further comprises a local name resolver for resolving name records in the graph, from which the public node obtains node information of the arbitrary nodes via peer discovery server-less name resolution protocol, wherein the local name resolver is configured to maintain a list of peer identifiers, IP addresses, and name records published by all peers and to resolve all DNS requests locally, and wherein the client is further configured to publish name records in the graph and flooding the name records to the arbitrary nodes of the virtual private network. a management component for creating and managing a peer-to-peer, P2P, graph that overlays a private virtual network for P2P communications between arbitrary nodes ; an interface component for exposing the arbitrary nodes of the P2P graph to a public node , the interface component comprising a virtual network interface card, VNIC ; and a file stream interface for passing IP packets between the VNIC and the management component for routing and transmission to the arbitrary nodes of the P2P graph, wherein the client further comprises a local name resolver for resolving name records in the graph, from which the public node obtains node information of the arbitrary nodes via peer discovery server-less name resolution protocol, wherein the local name resolver is configured to maintain a list of peer identifiers, IP addresses, and name records published by all peers and to resolve all DNS requests locally, and wherein the client is further configured to publish name records in the graph and flooding the name records to the arbitrary nodes of the virtual private network.
A fingerprint identification module applied for an electronic device, wherein the electronic device comprises a screen assembly provided with a glass substrate , the fingerprint identification module comprising: a co our filter coating applied onto the glass substrate ; an optical collimator arranged at a side of the colour filter coating away from the glass substrate ; and an image sensor arranged at a side of the optical collimator away from the colour filter coating ; wherein the screen assembly further comprises an Organic Light-Emitting Diode (OLED) panel unit 2012 arranged at a side of the glass substrate away from the colour filter coating and a glass cover plate arranged at a side of the OLED panel unit away from the glass substrate , wherein the optical collimator and the image sensor are encapsulated to form an encapsulation structure. a co our filter coating applied onto the glass substrate ; an optical collimator arranged at a side of the colour filter coating away from the glass substrate ; and an image sensor arranged at a side of the optical collimator away from the colour filter coating ; wherein the screen assembly further comprises an Organic Light-Emitting Diode (OLED) panel unit 2012 arranged at a side of the glass substrate away from the colour filter coating and a glass cover plate arranged at a side of the OLED panel unit away from the glass substrate , wherein the optical collimator and the image sensor are encapsulated to form an encapsulation structure.
Hydraulic mount , having: a deformable load-bearing spring , a working chamber which is partially surrounded by the load-bearing spring and which is filled with a liquid, an equalization chamber , a throttle duct which extends from the working chamber to the equalization chamber for the purpose of exchanging liquid, and an electromagnetically acting linear actuator having a stator and an armature , wherein the armature extends in a deflection direction from a first armature end side to an opposite, second armature end side , wherein the armature is mounted on the stator by means of a slide bearing arrangement in such a way that the armature , in electromagnetic interaction with the stator , can be deflected in the deflection direction, wherein a first actuator side which comprises at least the first armature end side forms a part of a chamber wall for delimiting the working chamber , so that the first armature end side is in direct contact with the liquid from the working chamber , characterized in that the hydraulic mount has a flow transfer duct which is filled with liquid, an end of the flow transfer duct is delimited by a second actuator side which is arranged oppositely to the first actuator side and which comprises at least the second armature end side , so that the second armature end side is in direct contact with the liquid of the flow transfer duct , and the flow transfer duct extends from the associated end to the equalization chamber for the purpose of exchanging fluid. a deformable load-bearing spring , a working chamber which is partially surrounded by the load-bearing spring and which is filled with a liquid, an equalization chamber , a throttle duct which extends from the working chamber to the equalization chamber for the purpose of exchanging liquid, and an electromagnetically acting linear actuator having a stator and an armature , wherein the armature extends in a deflection direction from a first armature end side to an opposite, second armature end side , wherein the armature is mounted on the stator by means of a slide bearing arrangement in such a way that the armature , in electromagnetic interaction with the stator , can be deflected in the deflection direction, wherein a first actuator side which comprises at least the first armature end side forms a part of a chamber wall for delimiting the working chamber , so that the first armature end side is in direct contact with the liquid from the working chamber , characterized in that the hydraulic mount has a flow transfer duct which is filled with liquid, an end of the flow transfer duct is delimited by a second actuator side which is arranged oppositely to the first actuator side and which comprises at least the second armature end side , so that the second armature end side is in direct contact with the liquid of the flow transfer duct , and the flow transfer duct extends from the associated end to the equalization chamber for the purpose of exchanging fluid.
A method of packaging a product within a packaging bag , said packaging bag including an inner liner and an outer liner , said method including the steps of: a) marking the inner liner with a first marking means, b) filling the bag with the product, before or after marking the inner liner with the first marking means, and c) marking the outer liner with a second marking means, characterised in that the marking on the inner liner and the marking on the outer liner are different, such that a person would be unable to match the inner liner with the outer liner, when viewing the markings on the inner and outer liners, after they have been separated, and listing in a written record on paper or an electronic record in a database the marking on the inner liner and matching it with the marking on the outer liner, the record usable to determine whether an outer liner subsequently removed from an inner liner is/was the same outer liner associated with the same inner liner, at the time when the bag was filled and/or packaged. a) marking the inner liner with a first marking means, b) filling the bag with the product, before or after marking the inner liner with the first marking means, and c) marking the outer liner with a second marking means, characterised in that the marking on the inner liner and the marking on the outer liner are different, such that a person would be unable to match the inner liner with the outer liner, when viewing the markings on the inner and outer liners, after they have been separated, and listing in a written record on paper or an electronic record in a database the marking on the inner liner and matching it with the marking on the outer liner, the record usable to determine whether an outer liner subsequently removed from an inner liner is/was the same outer liner associated with the same inner liner, at the time when the bag was filled and/or packaged.
Emergency operating device for a door device for a vehicle , the emergency operating device having the following features: a locking lever , which can be tilted between a release position and a locking position, the locking lever having an operating end ; at least one position switch with a sensor movable between a first position and a second position and with a signal input for reading in a blocking signal and with a signal output for providing a locking signal using the blocking signal and the position of the sensor ; an operating element movable from a home position via an intermediate position into an unlocking position for the manual operation of the door device , the operating element having a switch contour formed to move the sensor between the first position and the second position: a blocking device designed to block a movement of the operating element into the unlocking position if the locking lever is in the locking position and to enable the movement of the operating element beyond the intermediate position into the unlocking position if the locking lever is in the release position; and a holding device designed to generate, controlled by the locking signal, a magnetic field for holding the locking lever in the locking position. a locking lever , which can be tilted between a release position and a locking position, the locking lever having an operating end ; at least one position switch with a sensor movable between a first position and a second position and with a signal input for reading in a blocking signal and with a signal output for providing a locking signal using the blocking signal and the position of the sensor ; an operating element movable from a home position via an intermediate position into an unlocking position for the manual operation of the door device , the operating element having a switch contour formed to move the sensor between the first position and the second position: a blocking device designed to block a movement of the operating element into the unlocking position if the locking lever is in the locking position and to enable the movement of the operating element beyond the intermediate position into the unlocking position if the locking lever is in the release position; and a holding device designed to generate, controlled by the locking signal, a magnetic field for holding the locking lever in the locking position. a blocking device designed to block a movement of the operating element into the unlocking position if the locking lever is in the locking position and to enable the movement of the operating element beyond the intermediate position into the unlocking position if the locking lever is in the release position; and a holding device designed to generate, controlled by the locking signal, a magnetic field for holding the locking lever in the locking position.
Piezo actuator for a fuel injector , comprising - a piezo layer stack having a longitudinal extension , - an insulation layer surrounding the piezo layer stack and having an insulation layer outer surface which faces away from the piezo layer stack and defines an outer diameter of the insulation layer , - a preloading device for preloading the piezo layer stack along the longitudinal extension , wherein the preloading device has a preloading device inner surface which faces the piezo layer stack and defines an inner diameter of the preloading device , wherein, in a non-assembled state, the maximum outer diameter of the insulation layer is greater than the minimum inner diameter of the preloading device , and therefore, in an assembled state, the insulation layer is compressed in the preloading device , characterized in that the preloading device is provided to be arranged in an injector body of the fuel injector , with an intermediate space between injector body and preloading device . - a piezo layer stack having a longitudinal extension , - an insulation layer surrounding the piezo layer stack and having an insulation layer outer surface which faces away from the piezo layer stack and defines an outer diameter of the insulation layer , - a preloading device for preloading the piezo layer stack along the longitudinal extension ,