mhurhangee/patent-ind-claim-en huggingface dataset:
A device for installing a compact pipe (CP) within a pipeline, the device including: an adapter comprising means for releasably connecting a connecting piece to the adapter , and means for fixing the adapter to a first end of the compact pipe (CP), characterized in that the means for fixing the adapter to the first end of the compact pipe (CP) include intermediate elements constructed and arranged to be fixed to the adapter and constructed and arranged to be fusion-joined to the first end of the compact pipe (CP), one intermediate element is provided in the form of a sleeve for being fixed to the adapter, and a second intermediate element is provided in the form of a plate contacting the circular end face of the sleeve and provided for being fusion-joined to the first end of the compact pipe. an adapter comprising means for releasably connecting a connecting piece to the adapter , and means for fixing the adapter to a first end of the compact pipe (CP), characterized in that the means for fixing the adapter to the first end of the compact pipe (CP) include intermediate elements constructed and arranged to be fixed to the adapter and constructed and arranged to be fusion-joined to the first end of the compact pipe (CP), one intermediate element is provided in the form of a sleeve for being fixed to the adapter, and a second intermediate element is provided in the form of a plate contacting the circular end face of the sleeve and provided for being fusion-joined to the first end of the compact pipe.
A device for detecting leaks in a lubricating oil circuit of an aircraft engine between at least two points of the circuit, characterized in that it comprises a piston formed by a plurality of plates stepped over a movable rod which connects said plates, a plurality of fixed chambers in which the plates slide respectively by splitting each of them into two separate compartments (21 to 24), two calibrated ports located respectively at two distinct positions of the circuit, the two compartments of each of the chambers being respectively connected to the circuit by two respective and distinct connecting conduits (25, 26; 27, 28) leading to the circuit on either side of a calibrated port , the device further comprising a sensor for detecting the position or movement of the piston .
System for the presentation of self-service items consisting of at least one peg intended to retain items, the packaging of said items having a hole for said peg to pass therethrough, wherein said at least one peg consists of a smooth rod with a cross-section less than or equal to the cross-section of said hole over the length for receiving said packaging, said rod having a notched free end section, the system further comprising spacers formed by rings having: • a lumen with a cross-section complementary to that of the rod and greater than the cross-section of said notched free end , and • at least one tooth that can be disengaged by an external actuating means to interact at rest with said notching, • said ring having an outer cross-section which is greater than the cross-section of said packaging hole. and said system being characterized in that said rings consist of hollow bodies and in that said tooth consists of a flexible blade which is curved in the shape of an "L" with a fixed end extending longitudinally and a movable end the edge of which is capable of engaging at rest between two notches of the notched area of said peg . • a lumen with a cross-section complementary to that of the rod and greater than the cross-section of said notched free end , and • at least one tooth that can be disengaged by an external actuating means to interact at rest with said notching, • said ring having an outer cross-section which is greater than the cross-section of said packaging hole. and said system being characterized in that said rings consist of hollow bodies and in that said tooth consists of a flexible blade which is curved in the shape of an "L" with a fixed end extending longitudinally and a movable end the edge of which is capable of engaging at rest between two notches of the notched area of said peg .
A method of wireless communication at a scheduling entity in a wireless communication network, the method comprising: communicating between the scheduling entity and a set of one or more scheduled entities in the wireless communication network, wherein uplink transmissions originate at a scheduled entity of the set of one or more scheduled entities and downlink transmissions originate at the scheduling entity; mapping a first set of uplink clusters of a plurality of uplink clusters to a first virtual cluster group, VCG, for an uplink control channel, each of the plurality of uplink clusters comprising one or more respective adjacent tones of a plurality of tones and one or more symbols, wherein each tone is mapped to only a single uplink cluster at a time; assigning the first VCG to a first scheduled entity of the set of one or more scheduled entities for use in transmitting uplink control information; transmitting a first VCG index identifying the first VCG to the first scheduled entity; and receiving the uplink control information from the first scheduled entity on the first VCG over the uplink control channel. communicating between the scheduling entity and a set of one or more scheduled entities in the wireless communication network, wherein uplink transmissions originate at a scheduled entity of the set of one or more scheduled entities and downlink transmissions originate at the scheduling entity; mapping a first set of uplink clusters of a plurality of uplink clusters to a first virtual cluster group, VCG, for an uplink control channel, each of the plurality of uplink clusters comprising one or more respective adjacent tones of a plurality of tones and one or more symbols, wherein each tone is mapped to only a single uplink cluster at a time; assigning the first VCG to a first scheduled entity of the set of one or more scheduled entities for use in transmitting uplink control information; transmitting a first VCG index identifying the first VCG to the first scheduled entity; and receiving the uplink control information from the first scheduled entity on the first VCG over the uplink control channel.
Suction head device for a roofing tile press , comprising a supporting unit , a suction head and coupling means for releasably connecting the suction head to the supporting unit , characterised in that the coupling means comprise at least one zero point clamping system and a device for position detection of the suction head relative to the supporting unit , wherein the zero point clamping system comprises a clamping pin and a clamping unit for the accommodation and locking of the clamping pin , wherein the clamping pin and the clamping unit are matched to each other in such a way that they have a mutual axial gripping tolerance (a) in the locking process, and wherein the device for position detection is designed to determine in the locking process the axial relative positioning of the clamping pin and the clamping unit within the axial gripping tolerance (a).
A heart assist system comprising: (a) a mechanical heart assist device comprising a counter-pulsation device; (b) a controller operably coupled to the mechanical heart assist device , the controller configured to transmit an actuating signal to the mechanical heart assist device; and (c) an electrical therapy device operably coupled to the controller , the electrical therapy device comprising: i) at least one sensor operably coupled to the electrical therapy device, wherein the sensor is configured to detect a heart characteristic and transmit a signal relating to the heart characteristic to the electrical therapy device; and ii) at least one pacing component operably coupled to the electrical therapy device, the at least one pacing component configured to pace the heart; characterized in that the electrical therapy device is an implantable cardiac resynchronization therapy and defibrillation device ("CRT-D") or the electrical therapy device is an implantable cardioverter-defibrillator device ("ICD"). (a) a mechanical heart assist device comprising a counter-pulsation device; (b) a controller operably coupled to the mechanical heart assist device , the controller configured to transmit an actuating signal to the mechanical heart assist device; and (c) an electrical therapy device operably coupled to the controller , the electrical therapy device comprising: i) at least one sensor operably coupled to the electrical therapy device, wherein the sensor is configured to detect a heart characteristic and transmit a signal relating to the heart characteristic to the electrical therapy device; and ii) at least one pacing component operably coupled to the electrical therapy device, the at least one pacing component configured to pace the heart; characterized in that the electrical therapy device is an implantable cardiac resynchronization therapy and defibrillation device ("CRT-D") or the electrical therapy device is an implantable cardioverter-defibrillator device ("ICD"). i) at least one sensor operably coupled to the electrical therapy device, wherein the sensor is configured to detect a heart characteristic and transmit a signal relating to the heart characteristic to the electrical therapy device; and ii) at least one pacing component operably coupled to the electrical therapy device, the at least one pacing component configured to pace the heart;
A technical method for reducing emissions at a port connected to a grid, the method comprising: (a) technical analysis to ascertain per kilowatt-hour (kWh) amount of an emission selected from the group of sulfur and metals emissions from on-shore generation of electricity normally supplied to grid at the port, (b) technical analysis to ascertain per kWh amount of said emission from electricity generation on-board a ship in the port, then (c) compare (a) with (b) and if the amount of emission determined in (b) is less than the amount of emission determined in (a), the ship tenders at least a portion of on-board electricity generation to the grid. (a) technical analysis to ascertain per kilowatt-hour (kWh) amount of an emission selected from the group of sulfur and metals emissions from on-shore generation of electricity normally supplied to grid at the port, (b) technical analysis to ascertain per kWh amount of said emission from electricity generation on-board a ship in the port, then (c) compare (a) with (b) and if the amount of emission determined in (b) is less than the amount of emission determined in (a), the ship tenders at least a portion of on-board electricity generation to the grid.
Method for manufacturing a motor vehicle part made of a light metal alloy, comprising following method steps: - extruding an extruded profile having in cross-section at least two wall thicknesses (W1, W2, W3, W4, W5) different from one another, wherein in cross-section at the edge portions in each case a greater wall thickness (W1, W2, W3, W4, W5) is formed in relation to the other wall thicknesses (W1, W2, W3, W4, W5), - winding up the extruded profile to form a coil , - unwinding the coil , - forming by means of deep drawing or press working to form the motor vehicle part , wherein singulating takes place prior to or after the forming. - extruding an extruded profile having in cross-section at least two wall thicknesses (W1, W2, W3, W4, W5) different from one another, wherein in cross-section at the edge portions in each case a greater wall thickness (W1, W2, W3, W4, W5) is formed in relation to the other wall thicknesses (W1, W2, W3, W4, W5), - winding up the extruded profile to form a coil , - unwinding the coil , - forming by means of deep drawing or press working to form the motor vehicle part , wherein singulating takes place prior to or after the forming.
An integrated light detection and ranging (LIDAR) device, comprising: an illumination source mounted to a substrate , the illumination source configured to generate a measurement pulse of illumination light; a detector mounted to the substrate , the detector configured to detect a return pulse of light and generate an output signal indicative of the detected return pulse, wherein the return pulse is an amount of the measurement pulse reflected from a location in a three dimensional environment illuminated by a corresponding measurement pulse, wherein the measurement pulse of illumination light and the return pulse share a common optical path over a distance within the integrated LIDAR device; an illumination driver mounted to the substrate , the illumination driver electrically coupled to the illumination source and configured to provide an amount of electrical power to the illumination source that causes the illumination source to emit the measurement pulse of illumination light; a beam splitter mounted to the substrate, the beam splitter configured to separate the return pulse of light and the illumination pulse from the common optical path; and a computing system configured to determine a time of flight of the measurement pulse from the LIDAR device to the measured location in the three dimensional environment and back to the LIDAR device based at least in part on output signal. an illumination source mounted to a substrate , the illumination source configured to generate a measurement pulse of illumination light; a detector mounted to the substrate , the detector configured to detect a return pulse of light and generate an output signal indicative of the detected return pulse, wherein the return pulse is an amount of the measurement pulse reflected from a location in a three dimensional environment illuminated by a corresponding measurement pulse, wherein the measurement pulse of illumination light and the return pulse share a common optical path over a distance within the integrated LIDAR device; an illumination driver mounted to the substrate , the illumination driver electrically coupled to the illumination source and configured to provide an amount of electrical power to the illumination source that causes the illumination source to emit the measurement pulse of illumination light; a beam splitter mounted to the substrate, the beam splitter configured to separate the return pulse of light and the illumination pulse from the common optical path; and a computing system configured to determine a time of flight of the measurement pulse from the LIDAR device to the measured location in the three dimensional environment and back to the LIDAR device based at least in part on output signal.
Cigarette magazine for a cigarette-packaging machine, having a vibration generator and having one or more shaft groups each with a plurality of shafts which are arranged one beside the other, are delimited in each case by shaft walls and along which cigarettes can be conveyed, substantially parallel to the shaft walls , under their own weight, wherein a plurality of, or all, the shaft walls of one or each shaft group , that is to say in each case end sides of the shaft walls , are operatively connected to at least one common vibration plate , which is mounted in a movable, in particular freely oscillating, manner and can be made to vibrate by the vibration generator , such that the vibrations of the vibration plate can be transmitted to the shaft walls during operation, wherein the vibration plate is or forms a rear wall, which partially or fully closes the shafts , in particular the rear, open end sides of the same, characterized in that at least one, in particular upper, region of the rear wall is or can be fixed on a fixed-location bearing device , wherein, for the purpose of transmitting the vibrations, the vibration generator is operatively connected at least to one other, in particular lower-down, free region of the rear wall, in particular an end region, which, as a result of at least partial elastic deformation of the rear wall, can be moved back and forth relative to the fixed or fixable rear-wall region.
A method of repairing a security failure at a user equipment in a wireless communication system, the method comprising: establishing one or more user-plane radio bearers, U-plane RBs, and one or more control-plane signaling radio bearers, C-plane SRBs; detecting a radio bearer, RB, having the security failure among the one or more U-plane RBs and the one or more C-plane SRBs; re-establishing only the RB having the security failure when the radio bearer having the security failure belongs to the one or more U-plane RBs; and re-establishing all RBs of the user equipment when the RB having the security failure belongs to the one or more C-plane SRBs. establishing one or more user-plane radio bearers, U-plane RBs, and one or more control-plane signaling radio bearers, C-plane SRBs; detecting a radio bearer, RB, having the security failure among the one or more U-plane RBs and the one or more C-plane SRBs; re-establishing only the RB having the security failure when the radio bearer having the security failure belongs to the one or more U-plane RBs; and re-establishing all RBs of the user equipment when the RB having the security failure belongs to the one or more C-plane SRBs.
A system for generating a depth map for an object in a three-dimensional scene, comprising: an image capture sensor configured to capture a plurality of images of the object at a plurality of different focal planes, wherein each image includes a matrix of pixels and may be broken down or divided into different image locations, which are either individual pixel at a particular location in a coordinate system, or kernels including a plurality of pixels; a processor configured to: calculate a plurality of variance values for a plurality of image locations for each image captured by the image capture sensor, in which said variance values are generated by using a kernel of pixels; determine a peak variance value for each of the plurality of image locations by interpolating the calculated variance values associated with the same image location for each of the plurality of images of the object at the plurality of different focal planes; and generate the depth map for the object based on the determined peak variance value for each image location and the plurality of different focal planes; and a liquid lens associated with the image capture sensor where a voltage is applied to the liquid lens for changing the focal plane for each image captured by the image capture sensor. an image capture sensor configured to capture a plurality of images of the object at a plurality of different focal planes, wherein each image includes a matrix of pixels and may be broken down or divided into different image locations, which are either individual pixel at a particular location in a coordinate system, or kernels including a plurality of pixels; a processor configured to: calculate a plurality of variance values for a plurality of image locations for each image captured by the image capture sensor, in which said variance values are generated by using a kernel of pixels; determine a peak variance value for each of the plurality of image locations by interpolating the calculated variance values associated with the same image location for each of the plurality of images of the object at the plurality of different focal planes; and generate the depth map for the object based on the determined peak variance value for each image location and the plurality of different focal planes; and calculate a plurality of variance values for a plurality of image locations for each image captured by the image capture sensor, in which said variance values are generated by using a kernel of pixels; determine a peak variance value for each of the plurality of image locations by interpolating the calculated variance values associated with the same image location for each of the plurality of images of the object at the plurality of different focal planes; and generate the depth map for the object based on the determined peak variance value for each image location and the plurality of different focal planes; and a liquid lens associated with the image capture sensor where a voltage is applied to the liquid lens for changing the focal plane for each image captured by the image capture sensor.
An electronic device , comprising: a rear housing , a middle frame , a functional component, a speaker box , and an auxiliary material , wherein the rear housing covers the middle frame and forms a mounting cavity together with the middle frame, the functional component, the speaker box, and the auxiliary material are all disposed in the mounting cavity, the functional component is adjacent to the speaker box, a rear acoustic cavity (B) of the speaker box is connected to the mounting cavity, the auxiliary material is bonded between the rear housing and the functional component, characterized in that : the auxiliary material has a weak-adhesion surface and a strong-adhesion surface that are opposite to each other, adhesive force of the weak-adhesion surface is less than adhesive force of the strong-adhesion surface, the weak-adhesion surface is bonded to the functional component, and the strong-adhesion surface is bonded to the rear housing. a rear housing , a middle frame , a functional component, a speaker box , and an auxiliary material , wherein the rear housing covers the middle frame and forms a mounting cavity together with the middle frame, the functional component, the speaker box, and the auxiliary material are all disposed in the mounting cavity, the functional component is adjacent to the speaker box, a rear acoustic cavity (B) of the speaker box is connected to the mounting cavity, the auxiliary material is bonded between the rear housing and the functional component, characterized in that : the auxiliary material has a weak-adhesion surface and a strong-adhesion surface that are opposite to each other, adhesive force of the weak-adhesion surface is less than adhesive force of the strong-adhesion surface, the weak-adhesion surface is bonded to the functional component, and the strong-adhesion surface is bonded to the rear housing.