mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing an element for a bodywork component, wherein: - a rough form made of plastic and comprising at least one housing on a first face of the rough form, said housing comprising at least one orifice extending between a bottom of the housing and a second face of the rough form opposite the first face is manufactured, - an electrically conductive connection member comprising a first end accessible from the side of the first face of the rough form and a second end extending through the orifice in the rough form so as to be accessible from the side of the second face of the rough form is pre-positioned with respect to the rough form, - an electrically conductive heating track is positioned on the first face of the rough form, the heating track comprising a connection part which is free with respect to this first face, characterized in that: - the connection part of the track is affixed to the first end of the connection member by forming at least one coil of the connection part of the track around the first end of the connection member, - the first end of the connection member and the connection part of the track are squeezed together, - the first end of the connection member and the connection part of the track are welded together by the input of electrical energy, - the first end of the connection member is positioned in the housing, - an additional layer of plastic is overmolded on the first face of the rough form so as to cover the heating track, the first end of the connection member, the housing and the orifice in the rough form. - a rough form made of plastic and comprising at least one housing on a first face of the rough form, said housing comprising at least one orifice extending between a bottom of the housing and a second face of the rough form opposite the first face is manufactured, - an electrically conductive connection member comprising a first end accessible from the side of the first face of the rough form and a second end extending through the orifice in the rough form so as to be accessible from the side of the second face of the rough form is pre-positioned with respect to the rough form, - an electrically conductive heating track is positioned on the first face of the rough form, the heating track comprising a connection part which is free with respect to this first face, - the connection part of the track is affixed to the first end of the connection member by forming at least one coil of the connection part of the track around the first end of the connection member, - the first end of the connection member and the connection part of the track are squeezed together, - the first end of the connection member and the connection part of the track are welded together by the input of electrical energy, - the first end of the connection member is positioned in the housing, - an additional layer of plastic is overmolded on the first face of the rough form so as to cover the heating track, the first end of the connection member, the housing and the orifice in the rough form.
A computer implemented method for migrating a source virtual machine executing within a source computer system to a target computer system, comprising: receiving a request to migrate the source virtual machine; remapping one or more pages of a guest physical memory as read-only; copying each page of the guest physical memory remapped as read-only; sending, while a guest operating system executes within the source virtual machine, pages allocated to the source virtual machine to the target computer system; mapping a group of contiguous pages as writable in response to detecting that the guest operating system attempted to change a specific page, wherein the group includes the specific page and a number of pages contiguous to the specific page; resending each page mapped as writeable to the target computer system; stopping the source virtual machine and sending any remaining pages to the target computing system. receiving a request to migrate the source virtual machine; remapping one or more pages of a guest physical memory as read-only; copying each page of the guest physical memory remapped as read-only; sending, while a guest operating system executes within the source virtual machine, pages allocated to the source virtual machine to the target computer system; mapping a group of contiguous pages as writable in response to detecting that the guest operating system attempted to change a specific page, wherein the group includes the specific page and a number of pages contiguous to the specific page; resending each page mapped as writeable to the target computer system; stopping the source virtual machine and sending any remaining pages to the target computing system.
Separating piston, comprising a supporting body made from a hard and tough material and an oscillating diaphragm made from an elastomeric material which is of substantially circular configuration, the supporting body being configured as a guide ring, the guide ring having a guide face on the outer circumferential side, the guide ring enclosing the diaphragm on the outer circumferential side and in a liquid-tight manner and the guide ring having two end sides (5, 6), characterized in that the guide ring is connected on the end side on both sides to in each case at least one sealing lip (8, 9) which extends in the radial direction to the outside, in that the guide ring has, on the end side on both sides, in each case one reinforcement (21, 22) for the sealing lips (8, 9), and in that the reinforcements (21, 22) are formed by way of projections which extend in the axial direction.
A system comprising: an analysis compute device having circuitry configured to: obtain user interaction data stored in one or more field devices (120, 122, 124, 126) used in an industrial process of an industrial plant, the one or more field devices (120, 122, 124, 126) installed at different portions of an industrial plant and configured to perform local operations in the industrial plant, each of the one or more field devices (120, 122, 124, 126) including a human machine interface (130, 132, 134, 136), wherein the user interaction data is indicative of interactions with the one or more field devices (120, 122, 124, 126) made by one or more users through the human machine interface (130, 132, 134, 136) of a corresponding field device (120, 122, 124, 126); characterized in that the circuitry is furthermore configured to: analyze the user interaction data to identify a plurality of maintenance events based on the interaction data; analyze the plurality of maintenance events to identify a recurrence of a malfunction event after a maintenance event for the malfunction has been performed; determine a responsive action to increase an efficiency of the industrial process at the industrial plant by reducing overhead being consumed by maintenance operations on the one or more of the field devices; and perform the responsive action. obtain user interaction data stored in one or more field devices (120, 122, 124, 126) used in an industrial process of an industrial plant, the one or more field devices (120, 122, 124, 126) installed at different portions of an industrial plant and configured to perform local operations in the industrial plant, each of the one or more field devices (120, 122, 124, 126) including a human machine interface (130, 132, 134, 136), wherein the user interaction data is indicative of interactions with the one or more field devices (120, 122, 124, 126) made by one or more users through the human machine interface (130, 132, 134, 136) of a corresponding field device (120, 122, 124, 126); characterized in that the circuitry is furthermore configured to: analyze the user interaction data to identify a plurality of maintenance events based on the interaction data; analyze the plurality of maintenance events to identify a recurrence of a malfunction event after a maintenance event for the malfunction has been performed; determine a responsive action to increase an efficiency of the industrial process at the industrial plant by reducing overhead being consumed by maintenance operations on the one or more of the field devices; and perform the responsive action.
A control device for controlling a transmission ratio of a continuously variable transmission and a throttle opening degree of a throttle valve of an engine of a vehicle, comprising: a target transmission ratio calculation unit configured to calculate a target transmission ratio such that an actual engine rotation speed becomes equal to a target engine rotation speed; a driving force target calculation unit configured to calculate a driving force target value that is a target value as to a driving force of the vehicle; and a target throttle opening degree calculation unit configured to calculate a target throttle opening degree, a basic rotation speed calculation unit configured to calculate a basic target engine rotation speed of the engine; a rotation speed correction unit configured to correct the basic target engine rotation speed to determine a rotation speed resulting from the correction as the target engine rotation speed, wherein the target transmission ratio calculation unit is configured to calculate the target transmission ratio such that an actual engine rotation speed becomes equal to the target engine rotation speed resulting from the correction; characterized in that the driving force target calculation unit is configured to calculate the driving force target value that is a target value as to a driving force of the vehicle, based on the basic target engine rotation speed; and the target throttle opening degree calculation unit is configured to calculate the target throttle opening degree, based on the driving force target value. a target transmission ratio calculation unit configured to calculate a target transmission ratio such that an actual engine rotation speed becomes equal to a target engine rotation speed; a driving force target calculation unit configured to calculate a driving force target value that is a target value as to a driving force of the vehicle; and a target throttle opening degree calculation unit configured to calculate a target throttle opening degree, a basic rotation speed calculation unit configured to calculate a basic target engine rotation speed of the engine; a rotation speed correction unit configured to correct the basic target engine rotation speed to determine a rotation speed resulting from the correction as the target engine rotation speed, wherein the target transmission ratio calculation unit is configured to calculate the target transmission ratio such that an actual engine rotation speed becomes equal to the target engine rotation speed resulting from the correction; characterized in that the driving force target calculation unit is configured to calculate the driving force target value that is a target value as to a driving force of the vehicle, based on the basic target engine rotation speed; and the target throttle opening degree calculation unit is configured to calculate the target throttle opening degree, based on the driving force target value.
A method for controlling signals of multiple terminals, by a mobility management entity in a mobile communication system, the method comprising: receiving, from a terminal, an attach request message; setting, if the terminal is firstly connected to the mobility management entity among a plurality of terminals having a same mobility, the terminal as a leader terminal of a group; classifying the plurality of terminals as the group associated with the leader terminal; receiving a tracking area update request message from the leader terminal; and transmitting, to a base station, paging information including tracking area update accept information, a group ID, and a group discontinuous reception cycle associated with the leader terminal for the group in response to the tracking area update request message. receiving, from a terminal, an attach request message; setting, if the terminal is firstly connected to the mobility management entity among a plurality of terminals having a same mobility, the terminal as a leader terminal of a group; classifying the plurality of terminals as the group associated with the leader terminal; receiving a tracking area update request message from the leader terminal; and transmitting, to a base station, paging information including tracking area update accept information, a group ID, and a group discontinuous reception cycle associated with the leader terminal for the group in response to the tracking area update request message.
Wiper blade device with at least one spring strip (10a; 10b), a wiper blade adapter and at least one liquid-conducting element (12a; 12b), characterized in that the liquid-conducting element (12a; 12b) is formed integrally with the spring strip (10a; 10b) and is provided to guide liquid past the wiper blade adapter.
A process for producing a ceramic article, the process comprising the steps of: providing a printing sol, the printing sol comprising solvent, nano-sized particles, radiation curable monomer(s) and photoinitiator, the printing sol having a viscosity of less than 500 mPa ∗ s at 23°C, processing the printing sol as construction material in an additive manufacturing process to obtain a 3-dim article being in a gel state, the 3-dim article having a Volume A, transferring the 3-dim article being in a gel state to a 3-dim article being in a dry state, namely an aerogel or xerogel, applying a heat treatment step to obtain a sintered 3-dim ceramic article, the ceramic article having a Volume F, Volume A of the 3-dim article in a gel state being more than 500% of Volume F of the ceramic article in its sintered state. providing a printing sol, the printing sol comprising solvent, nano-sized particles, radiation curable monomer(s) and photoinitiator, the printing sol having a viscosity of less than 500 mPa ∗ s at 23°C, processing the printing sol as construction material in an additive manufacturing process to obtain a 3-dim article being in a gel state, the 3-dim article having a Volume A, transferring the 3-dim article being in a gel state to a 3-dim article being in a dry state, namely an aerogel or xerogel, applying a heat treatment step to obtain a sintered 3-dim ceramic article, the ceramic article having a Volume F,
Machine tool arrangement, having an ultrasonic machining device and a machine tool, characterised in that the machine tool comprises a permanently excited rotating field motor and that the ultrasonic machining device comprises a sonotrode (4; 4'); wherein, by means of the rotating field motor the sonotrode (4; 4') of the ultrasonic machining device can be rotated to machine material (51; 51'); wherein the ultrasonic machining device comprises an oscillation generator and a coupling element and, by means of the coupling element, ultrasound waves can be transmitted to the sonotrode (4; 4'); wherein the machine tool comprises a magnetisation device which is designed to connect the ultrasonic machining device to the machine tool in a non-positive and interchangeable manner; and wherein a hollow spindle of the machine tool connects the rotating field motor to a rotor of the magnetisation device for conjoint rotation therewith, and the hollow spindle comprises a portion which is fixedly connected to a rotor of the rotating field motor, and wherein the oscillation generator and the coupling element extend through the hollow spindle of the machine tool.
A method for assessing entropy in a cryptography system, the method comprising: obtaining a plurality of sample values produced by an entropy source system; determining a typicality grading, g k, for each of a preselected plurality of probability distributions, the typicality grading for each individual probability distribution being determined according to: g k x p = ∑ y: P p y < P p x P p y + k ∑ y: P p y = P p x P p y where k ∈ [0,1] represents an inclusivity level between zero and one inclusive, P p ( x) represents a probability of sample value x according to individual probability distribution p and y: P p ( y) < P p ( x) represents values that are less probable than sample value x; selecting a subset of the plurality of probability distributions based on the typicality gradings; and calculating an entropy of the entropy source system based on the subset of the plurality of probability distributions. obtaining a plurality of sample values produced by an entropy source system; determining a typicality grading, g k, for each of a preselected plurality of probability distributions, the typicality grading for each individual probability distribution being determined according to: g k x p = ∑ y: P p y < P p x P p y + k ∑ y: P p y = P p x P p y where k ∈ [0,1] represents an inclusivity level between zero and one inclusive, P p ( x) represents a probability of sample value x according to individual probability distribution p and y: P p ( y) < P p ( x) represents values that are less probable than sample value x; selecting a subset of the plurality of probability distributions based on the typicality gradings; and calculating an entropy of the entropy source system based on the subset of the plurality of probability distributions.
A method at an on-premise search indexer, the method comprising: receiving a copy of an encrypted message from a cloud-hosted collaboration service, wherein the encrypted message has passed through the cloud-hosted collaboration service as part of a conversation between client devices and being encrypted with a conversation key, the conversation key being a cryptographic key used for the conversation, the encrypted message not being decipherable by the cloud-based collaboration service; receiving the conversation key from an on-premise key management service; decrypting the encrypted message with the conversation key; extracting a set of searchable tokens from the decrypted message; encrypting the set of searchable tokens with a secret cryptographic key different than the conversation key to generate a first set of encrypted tokens; and transmitting the first set of encrypted tokens for storage on the cloud-hosted collaboration service; wherein the secret cryptographic key is secret from the cloud-hosted collaboration service; wherein each token is a keyword; and wherein the on-premise computing device and the on-premise key management service are both within a trust boundary and physically located under the control of a customer. receiving a copy of an encrypted message from a cloud-hosted collaboration service, wherein the encrypted message has passed through the cloud-hosted collaboration service as part of a conversation between client devices and being encrypted with a conversation key, the conversation key being a cryptographic key used for the conversation, the encrypted message not being decipherable by the cloud-based collaboration service; receiving the conversation key from an on-premise key management service; decrypting the encrypted message with the conversation key; extracting a set of searchable tokens from the decrypted message; encrypting the set of searchable tokens with a secret cryptographic key different than the conversation key to generate a first set of encrypted tokens; and transmitting the first set of encrypted tokens for storage on the cloud-hosted collaboration service; wherein the secret cryptographic key is secret from the cloud-hosted collaboration service; wherein each token is a keyword; and wherein the on-premise computing device and the on-premise key management service are both within a trust boundary and physically located under the control of a customer.
A prosthetic valve crimping apparatus for crimping a prosthetic valve comprising a radially expandable and compressible annular body and two or more protruding anchors extending from the body, the apparatus comprising: a housing; a plurality of circumferentially arranged nesting jaws that are radially movable within the housing, each jaw having an inner end that has a partial crimping surface which combines with the same on the other jaws to form a crimping aperture of variable diameter; a selected set of the jaws each having a front side and a recessed portion in its front side adjacent to its inner end, wherein the recessed portions of the selected jaws collectively are sized and shaped to receive the anchors of the prosthetic valve when the annular body is positioned within the crimping aperture; and an actuator configured to move the jaws radially inwardly to reduce the size of the crimping aperture, thereby radially compressing the annular body of the prosthetic valve. a housing; a plurality of circumferentially arranged nesting jaws that are radially movable within the housing, each jaw having an inner end that has a partial crimping surface which combines with the same on the other jaws to form a crimping aperture of variable diameter; a selected set of the jaws each having a front side and a recessed portion in its front side adjacent to its inner end, wherein the recessed portions of the selected jaws collectively are sized and shaped to receive the anchors of the prosthetic valve when the annular body is positioned within the crimping aperture; and an actuator configured to move the jaws radially inwardly to reduce the size of the crimping aperture, thereby radially compressing the annular body of the prosthetic valve.
Joint device for swivelling connection of adjacent components, with a first joint part and a component which is moulded on to the joint part in one piece, and with a second joint part and a component which is moulded on to the joint part in one piece, also with a coupling element which is connected to both joint parts (2, 3) with swivelling movement capability, wherein a swivel axis of the first joint part is aligned perpendicular to a swivel axis of the second joint part, wherein the coupling element has two annular continuous guide slots (7, 8) formed in planes aligned perpendicular to one another and each designed for engagement of a joint part (2, 3), wherein the joint part (2, 3) is made in one piece, characterised in that each of the joint parts (2, 3) has a recess (11, 12) matched to the guide slot (7, 8) and so designed that the respective joint part (2, 3) fully encompasses the coupling element in the area of the guide slot (7, 8).
A confocal microscope for generating a pattern which changes over time, comprising a projector pattern, a light source arrangement (1, 12a, 12b, 12c) from which light beams travel to an object which reflects the light beams, a beam splitter for allowing passage of the light beams emanating from the light source arrangement (1, 12a, 12b, 12c) in the direction of the object and for deflecting the light beams reflected by the object in a focal plane in the direction of a detector having a detector pattern, a detector having the detector pattern for detecting an image of the object, and a lens arrangement (4a, 4b) between the beam splitter and the object, characterised in that the light source arrangement (1, 12a, 12b, 12c) has at least one light source and a device (12a, 12b, 12c) which switches the direction of polarisation of the light beams emitted by the at least one light source, wherein a switching frequency is 2000 to 20000 Hz, and that the projector pattern projects a pattern that changes depending on the polarisation of the light source arrangement (1, 12a, 12b, 12c) to generate a changing pattern without moving a mask.
A gene therapy vector comprising an expression cassette comprising a polynucleotide encoding lysosome-associated membrane protein 2B (LAMP-2B) operatively linked to promoter, wherein the vector is an adeno-associated virus of serotype 9.