mhurhangee/ep-ind-claims huggingface dataset:
A system for collecting the data provided by a chain of sensors constituting a linear acoustic antenna, the collection and the uploading of the data to the system for collecting the data of the antenna being organised around modules for acquiring the sensor data, or HUBs, chained together, each HUB managing the collection and the uploading of the data produced by a given number of sensors; said system being characterised in that each HUB of rank n (HUB n) is configured to: - receive simultaneously, on a first input, linked to the HUB of rank n-1 situated immediately upstream (HUB n-1), a stream of sensor data constituting a first string of data frames originating from said HUB and on a second input, linked to the HUB situated i ranks upstream (HUB n-i), a stream of sensor data constituting a second string of data frames originating from the latter, i being greater than 1; - integrate into each data frame, received on the first or the second input according to the presence or absence of a data stream on one or the other of the inputs, the synchronous sensor data of said frame, produced by the various sensors managed by it and produce a supplemented frame; and - deliver this supplemented frame on two separate outputs, linked respectively to the HUB situated immediately downstream (HUB n+1) and to the HUB situated i ranks downstream (HUB n+i). - receive simultaneously, on a first input, linked to the HUB of rank n-1 situated immediately upstream (HUB n-1), a stream of sensor data constituting a first string of data frames originating from said HUB and on a second input, linked to the HUB situated i ranks upstream (HUB n-i), a stream of sensor data constituting a second string of data frames originating from the latter, i being greater than 1; - integrate into each data frame, received on the first or the second input according to the presence or absence of a data stream on one or the other of the inputs, the synchronous sensor data of said frame, produced by the various sensors managed by it and produce a supplemented frame; and - deliver this supplemented frame on two separate outputs, linked respectively to the HUB situated immediately downstream (HUB n+1) and to the HUB situated i ranks downstream (HUB n+i).
An electronic device, comprising: a display comprising a first display facing a first direction, and a second display disposed on a rear surface of the first display and facing a second direction; a processor electrically connected with the display; and a memory electrically connected with the processor, wherein the memory is configured to store instructions, which when executed, cause the processor to: in response to detecting a first posture of the electronic device that the first display is faced in the first direction and the second display is faced in the second direction, display a content on the first display; determine whether a direction of the first display is changed from the first direction to the second direction, based on a motion of the electronic device; and in response to determining that the direction of the first display being changed from the first direction to the second direction, display the content on the second display. a display comprising a first display facing a first direction, and a second display disposed on a rear surface of the first display and facing a second direction; a processor electrically connected with the display; and a memory electrically connected with the processor, wherein the memory is configured to store instructions, which when executed, cause the processor to: in response to detecting a first posture of the electronic device that the first display is faced in the first direction and the second display is faced in the second direction, display a content on the first display; determine whether a direction of the first display is changed from the first direction to the second direction, based on a motion of the electronic device; and in response to determining that the direction of the first display being changed from the first direction to the second direction, display the content on the second display. in response to detecting a first posture of the electronic device that the first display is faced in the first direction and the second display is faced in the second direction, display a content on the first display; determine whether a direction of the first display is changed from the first direction to the second direction, based on a motion of the electronic device; and in response to determining that the direction of the first display being changed from the first direction to the second direction, display the content on the second display.
Textile garment for an upper body, in particular an undershirt, with hydrophilic zones and with heating zones, and with at least one hydrophilic sweat-transporting zone which, for producing a chimney effect, extends in the manner of a duct from a lower end region of the upper body garment to the neck opening thereof and is connected to the hydrophilic zones.
A composition comprising: a. a silicon-free mercapto compound comprising 2 or more mercapto groups; b. a linear polyorganosiloxane containing one or more linear polyorganosiloxane having one or more than one terminally unsaturated alkenyl group, 40 mole-percent or more phenyl groups relative to moles of silicon atoms and at least one alkoxysilyl group per molecule; c. a resinous polyorganosiloxane containing at least one terminally unsaturated alkenyl group and 20 mole-percent or more phenyl groups relative to moles of silicon atoms; d. a photoinitiator; and e. a moisture cure catalyst; and wherein the molar ratio of mercapto groups to terminally unsaturated alkenyl groups in the composition is in a range of 0.3 to 2.0. a. a silicon-free mercapto compound comprising 2 or more mercapto groups; b. a linear polyorganosiloxane containing one or more linear polyorganosiloxane having one or more than one terminally unsaturated alkenyl group, 40 mole-percent or more phenyl groups relative to moles of silicon atoms and at least one alkoxysilyl group per molecule; c. a resinous polyorganosiloxane containing at least one terminally unsaturated alkenyl group and 20 mole-percent or more phenyl groups relative to moles of silicon atoms; d. a photoinitiator; and e. a moisture cure catalyst; and
A method for realizing signaling routing in rich communication, comprising the following operations performed by a Session Border Controller, SBC, or a Rich Communication Suite Application Server, RCS AS: searching (S11, S21), in a locally stored fast route relationship between service information and fast route information, for fast route information corresponding to a received service request or a received service response, wherein the fast route information indicates a message delivery path through which the received service request or the received service response is transmitted without being forwarded through a Call Session Control Function, CSCF; and forwarding (S12, S22) the service request or the service response according to the found fast route information. searching (S11, S21), in a locally stored fast route relationship between service information and fast route information, for fast route information corresponding to a received service request or a received service response, wherein the fast route information indicates a message delivery path through which the received service request or the received service response is transmitted without being forwarded through a Call Session Control Function, CSCF; and forwarding (S12, S22) the service request or the service response according to the found fast route information.
A lubricant dispenser comprising a reservoir container filled with lubricant and a conveying unit which is detachably connected, or connectable, to the reservoir container, with which lubricant can be conveyed from the reservoir container to an outlet of the conveying unit, and which is equipped with an electronic control device, wherein the conveying unit comprises a housing in which at least one drive for conveying the lubricant, and the control device connected to the drive, are arranged, and which has a front wall facing the reservoir container with an inlet opening, wherein the reservoir container comprises a container base facing the conveying unit with a withdrawal opening, characterized in that the reservoir container is equipped with an electronic coding means which is connectable to, and readable by, the electronic control device of the conveying unit for the transmission of information, for identification of the reservoir container in the mounted state, and that in the course of connecting the conveying unit to the reservoir container, on the one hand the withdrawal opening can be connected to the inlet opening and, on the other hand, simultaneously, the coding means can be connected to the control device. wherein the conveying unit comprises a housing in which at least one drive for conveying the lubricant, and the control device connected to the drive, are arranged, and which has a front wall facing the reservoir container with an inlet opening, wherein the reservoir container comprises a container base facing the conveying unit with a withdrawal opening, characterized in that the reservoir container is equipped with an electronic coding means which is connectable to, and readable by, the electronic control device of the conveying unit for the transmission of information, for identification of the reservoir container in the mounted state, and that in the course of connecting the conveying unit to the reservoir container, on the one hand the withdrawal opening can be connected to the inlet opening and, on the other hand, simultaneously, the coding means can be connected to the control device.
A method for forming a seal in a lock chamber of a sheet pile, comprising the steps of: - introducing a seal forming tool into said lock chamber, said tool comprising a seal-shaping module with longitudinally extending recesses (38', 38", 38"') facing at least one lock chamber wall for shaping said seal, and a distribution chamber, which is in communication with said recesses (38', 38", 38"'); - injecting a sealing material into said distribution chamber from where it axially fills said recesses (38', 38", 38'"); and - moving said tool longitudinally through said lock chamber, whereby said sealing material is shaped by said seal-shaping module to receive the final form of said seal; characterized in that said distribution chamber is a closed chamber inside said tool that is spaced from said longitudinally extending recesses (38', 38", 38"'); and said tool comprises at least two distribution channels (52', 52", 52"') connecting in parallel said distribution chamber to said recesses (38', 38", 38"'), said parallel distribution channels (52', 52", 52"') being fine-tuned for apportioning the flow of sealing material between said recesses (38'; 38", 38"'). - introducing a seal forming tool into said lock chamber, said tool comprising a seal-shaping module with longitudinally extending recesses (38', 38", 38"') facing at least one lock chamber wall for shaping said seal, and a distribution chamber, which is in communication with said recesses (38', 38", 38"'); - injecting a sealing material into said distribution chamber from where it axially fills said recesses (38', 38", 38'"); and - moving said tool longitudinally through said lock chamber, whereby said sealing material is shaped by said seal-shaping module to receive the final form of said seal;
A hydraulic valve, comprising at least - at least one connection for a pressurised hydraulic fluid, - at least one connection for a working line, - at least one control connection, - a closing element, wherein the closing element can be moved at least between a first position and a second position, wherein a fluid connection between two connections (A, B) is released in the first position and the fluid connection between the two connections (A, B) is blocked in the second position, - at least one control piston, wherein the control piston • on the one hand engages with the closing element for actuation in a working pressure chamber and • on the other hand can be subjected to a control pressure from a control pressure chamber, characterised in that a shuttle valve is arranged between the working pressure chamber, the control connection and the control pressure chamber, so that the control pressure chamber is connected either to the control connection or to the working pressure chamber. - at least one connection for a pressurised hydraulic fluid, - at least one connection for a working line, - at least one control connection, - a closing element, wherein the closing element can be moved at least between a first position and a second position, wherein a fluid connection between two connections (A, B) is released in the first position and the fluid connection between the two connections (A, B) is blocked in the second position, - at least one control piston, wherein the control piston • on the one hand engages with the closing element for actuation in a working pressure chamber and • on the other hand can be subjected to a control pressure from a control pressure chamber, • on the one hand engages with the closing element for actuation in a working pressure chamber and • on the other hand can be subjected to a control pressure from a control pressure chamber,
An orthopaedic device for attachment to an insole of a shoe, comprising a heel relief means which comprises an upper end for exerting pressure in line with the junction of the posterior part of the plantar arch and the anterior part of the heel, the heel relief means having a maximum thickness of between 6 and 14 millimeters, its shore A hardness being between 15 and 40, the hardness being measured at ambient temperature using a standardized shore A Durometer, the heel relief means comprising a lower face intended to be fixed to the insole, an inclined upper face and a concave rear face extending from the upper end of the upper face to the end of the correspondingly arranged lower face, the rear face forming an acute angle with the lower face, the junction of the inclined upper face and the posterior face forming a ridge corresponding to the upper end of the heel relief means, the ridge being intended to exert pressure at the insertion of the flexor tendons at the calcaneus.
A pack for cigarettes, having a box part and a lid which is pivotably arranged on the box part, wherein the box part forms a receiving space for a cigarette block, and wherein a collar which protrudes from the box part, which is open at the top, and which, in the closed position of the lid, is encompassed by said lid, is arranged in the box part, and wherein the collar displays means for reducing the size of the receiving space, in particular of the cross section, of the box part, characterized in that the collar displays cupola-type elements (31, 32) for reducing the size of the receiving space, which are formed by material deformation, in particular by embossing, in particular of the cross section of the box part, so as to correspond to the dimensions of the cigarette block.
An electric vehicle control device provided with: a first microcomputer and a second microcomputer that share a power source, possess separate control functions, and allow for independent rewriting of respective control programs; wherein said first microcomputer and said second microcomputer are configured for generating a watchdog timer signal; a power source circuit configured for monitoring the watchdog timer signal in order to identify a microcomputer operation error and for outputting a reset signal to the first microcomputer and the second microcomputer when a microcomputer operation error is identified; wherein said first microcomputer and said second microcomputer are further configured for performing a reset process that turns off a power relay (31, 32) belonging, to an onboard power system when the reset signal is received; characterized in that said first microcomputer and said second microcomputer are further configured for performing a power shut-off process that sets power flowing through the onboard power system to zero before stopping the watchdog timer signal so that the power relay is turned off in a powered-off state. a first microcomputer and a second microcomputer that share a power source, possess separate control functions, and allow for independent rewriting of respective control programs; wherein said first microcomputer and said second microcomputer are configured for generating a watchdog timer signal; a power source circuit configured for monitoring the watchdog timer signal in order to identify a microcomputer operation error and for outputting a reset signal to the first microcomputer and the second microcomputer when a microcomputer operation error is identified; wherein said first microcomputer and said second microcomputer are further configured for performing a reset process that turns off a power relay (31, 32) belonging, to an onboard power system when the reset signal is received;
A method for enabling forecasting of key performance indicators, KPIs, in a communication network, the method being performed by a network node and comprising: collecting time series data of KPIs in the communication network; extracting k-principal components of the collected time series data by running a Principal Component Analysis, PCA, algorithm on a matrix that contains the time-series data from all cells; determining a principal component score, PCS, from the collected time series data and the extracted k-principal components wherein the PCS is a weight vector of the k-principle components; and building a PCS forecast model from the determined PCS and period of time-attributes. collecting time series data of KPIs in the communication network; extracting k-principal components of the collected time series data by running a Principal Component Analysis, PCA, algorithm on a matrix that contains the time-series data from all cells; determining a principal component score, PCS, from the collected time series data and the extracted k-principal components wherein the PCS is a weight vector of the k-principle components; and building a PCS forecast model from the determined PCS and period of time-attributes.
Method for operating a machine tool, comprising the steps: a) provision of a control command set, by which a machining of a workpiece is defined; b) provision of an actual contour of the workpiece; c) calculation of a first material entrance point of a tool into the workpiece on the basis of the actual contour of the workpiece; d) generation of a first positioning command for an approach to the first material entrance point; wherein the step c) is performed by means of a collision avoidance unit of the machine tool, and the actual contour of the workpiece is produced by a detection of the workpiece, characterised in that the first positioning command specifies a track path which differs from a track path specified by the control command set, and the track path has an abbreviated traverse section, wherein the first positioning command generated in step d) is dominant compared to a specification of the control command set, and the method is performed in real time. a) provision of a control command set, by which a machining of a workpiece is defined; b) provision of an actual contour of the workpiece; c) calculation of a first material entrance point of a tool into the workpiece on the basis of the actual contour of the workpiece; d) generation of a first positioning command for an approach to the first material entrance point; wherein the step c) is performed by means of a collision avoidance unit of the machine tool, and the actual contour of the workpiece is produced by a detection of the workpiece, characterised in that the first positioning command specifies a track path which differs from a track path specified by the control command set, and the track path has an abbreviated traverse section, wherein the first positioning command generated in step d) is dominant compared to a specification of the control command set, and the method is performed in real time.
Deflection mirror light having a light source, a primary reflector, several deflection mirrors arranged to be adjustable in the region of a reflector opening of the primary reflector and a secondary reflector arranged within the primary reflector between the light source and the deflection mirrors, characterised in that the light source is designed as a chip on board LED and in that due to the secondary reflector, the light radiated from the light source is first guided onto a central reflector region on the inner side of a curved reflector body of the primary reflector and from there focussed onto the deflection mirrors.
Method for producing a component comprising a semiconductor carrier, wherein for the formation of at least one thermally decoupled sensor or actuator structure - porous semiconductor material is produced, - one depression or a plurality of depressions is or are etched in the porosified material in order to produce at least one thermally decoupled region defined by the one depression or the plurality of depressions, - the one or the plurality of depressions is or are closed with a cover layer, and - the at least one structure is then formed above the at least one region. - porous semiconductor material is produced, - one depression or a plurality of depressions is or are etched in the porosified material in order to produce at least one thermally decoupled region defined by the one depression or the plurality of depressions, - the one or the plurality of depressions is or are closed with a cover layer, and - the at least one structure is then formed above the at least one region.
An acoustic treatment panel intended to be disposed on at least one wall of an aircraft propulsion unit in contact with a fluid flow, the panel comprising a first acoustically reflective skin, a second acoustically porous skin intended to be in contact with a fluid flow (F, F P, F S), a honeycomb structure extending between the first skin and the second skin and comprising a plurality of cavities, and at least one acoustically transparent reinforcing wall passing through a plurality of cavities of the honeycomb structure and extending from the second skin to the first skin forming a non-orthogonal angle with the first and second skins (14 and 16), characterised in that said at least one reinforcing wall is formed in one piece with the first acoustically reflective wall.
A method for handling narrow rolls in which method the narrow rolls are provided with a product marking in a first information adding step, the product marking comprising at least general information (22, 22a), characterized in that in a second information adding step, the product marking in at least some of the narrow rolls is provided with customer information, whereby after the second information adding step all the narrow rolls have a product marking comprising the customer information.