mhurhangee/patent-ind-claim-en huggingface dataset:
An inspection device for inspecting an item, the device having a body , an inspection tool mounted on the body for inspecting the item, a traction mechanism comprising at least one roller device , rotationally mounted on an axis of rotation, arranged to move one of the body and the item being inspected relative to the other, thereby moving the inspection tool relative to the item being inspected, the inspection device comprising a stabilising mechanism adapted to orient the body relative to the item so that the inspection tool is oriented towards the item being inspected during relative movement of the inspection device and the item, wherein the stabilising mechanism comprises at least one magnetic device adapted to attract ferrous metals, and wherein the at least one magnetic device is rotationally mounted on the axis of rotation of the roller device , characterised in that the at least one magnetic device is freely rotatable on the axis of rotation of the roller device relative to the roller device .
A vibrating inertial angular sensor of the MEMS type comprising a substrate for supporting at least two mass bodies , mounted concentrically one around the other, which are mounted to be mobile relative to the substrate and which are associated with at least one electrostatic actuator and at least one electrostatic detector , the sensor comprising first means for suspending the mass bodies relative to the substrate and means for coupling the mass bodies together, and the substrate being connected to a stationary rack by second suspension means , so that the mass bodies and the substrate are mobile relative to the stationary rack parallel to a plane of suspension, characterized in that the at least two mass bodies are substantially of the same mass and in that the suspension means are isotropic in the plane of suspension.
Method for machining work wheels with the following steps: - Gripping of a work wheel and clamping of the work wheel on a first workpiece spindle ; - Toothing of the non-toothed work wheel by means of a gear skiving tool driven in rotation by a first tool spindle in the gear skiving process; and - The production of slope surfaces on the end faces of the teeth of the gearwheel as well as undercuts and detent grooves on the tooth flanks of the teeth of the work wheel with a tool driven in rotation by a second tool spindle , characterised in that the tool has at least one slope cutting edge , at least one undercut cutting edge arranged axially offset to the at least one slope cutting edge and at least one detent groove cutting edge arrangement (29', 29") arranged axially offset to the slope cutting edges and the undercut cutting edge ; - whereby at least all the left-hand slopes and subsequently all the right-hand slope are produced in succession with the at least one slope cutting edge , the undercut are produced with the undercut cutting edge and the detent grooves are produced with the detent groove cutting edge arrangement . - Gripping of a work wheel and clamping of the work wheel on a first workpiece spindle ; - Toothing of the non-toothed work wheel by means of a gear skiving tool driven in rotation by a first tool spindle in the gear skiving process; and - The production of slope surfaces on the end faces of the teeth of the gearwheel as well as undercuts and detent grooves on the tooth flanks of the teeth of the work wheel with a tool driven in rotation by a second tool spindle , characterised in that the tool has at least one slope cutting edge , at least one undercut cutting edge arranged axially offset to the at least one slope cutting edge and at least one detent groove cutting edge arrangement (29', 29") arranged axially offset to the slope cutting edges and the undercut cutting edge ; - whereby at least all the left-hand slopes and subsequently all the right-hand slope are produced in succession with the at least one slope cutting edge , the undercut are produced with the undercut cutting edge and the detent grooves are produced with the detent groove cutting edge arrangement .
A terminal lead assembly for use in an integrated drive generator comprising: a body formed of a lead portion and a support portion , said lead portion received within an aperture in said support portion , and said support portion having an outer periphery defined within a plane extending perpendicularly to a central axis of said lead portion ; and said outer periphery including two curved portions and straight side portions extending parallel to each other and connecting said curved portions, wherein said straight side portions of said perimeter are spaced by a first distance, and points on said curved portions spaced furthest from each other are spaced by a second distance, and wherein a radius of curvature is defined to each of said curved portions from a center of a second aperture in said support portion, characterized in that the first distance is 2.057cm +/-0.025cm, the second distance is 3.317 +/-0.025cm, and the radius of curvature is 1.02223cm +/-0.025cm. a body formed of a lead portion and a support portion , said lead portion received within an aperture in said support portion , and said support portion having an outer periphery defined within a plane extending perpendicularly to a central axis of said lead portion ; and said outer periphery including two curved portions and straight side portions extending parallel to each other and connecting said curved portions, wherein said straight side portions of said perimeter are spaced by a first distance, and points on said curved portions spaced furthest from each other are spaced by a second distance, and wherein a radius of curvature is defined to each of said curved portions from a center of a second aperture in said support portion, characterized in that the first distance is 2.057cm +/-0.025cm, the second distance is 3.317 +/-0.025cm, and the radius of curvature is 1.02223cm +/-0.025cm.
A nipple for use with an infant drinking cup, the nipple comprising: a domed portion having a central region and an inner surface ; a teat portion radially offset from the central region and having a radially-outer wall, the radially-outer wall being joined to the domed portion at a joining location and comprising an inner fluid-flow surface , defining a fluid flow direction, wherein a region of the inner surface of the domed portion at the joining location is substantially parallel to said fluid flow direction, characterised in that the inner surface of the domed portion is substantially flat such that, as it extends away from the teat portion in a direction substantially opposite to the fluid-flow direction, it does not become increasingly radially distal to the central region of the nipple . a domed portion having a central region and an inner surface ; a teat portion radially offset from the central region and having a radially-outer wall, the radially-outer wall being joined to the domed portion at a joining location and comprising an inner fluid-flow surface , defining a fluid flow direction, wherein a region of the inner surface of the domed portion at the joining location is substantially parallel to said fluid flow direction, characterised in that the inner surface of the domed portion is substantially flat such that, as it extends away from the teat portion in a direction substantially opposite to the fluid-flow direction, it does not become increasingly radially distal to the central region of the nipple .
An implantable electronic device which includes: an electromechanical motion sensor which is configured to measure acceleration and rotation of the implantable electronic device; memory coupled to the electromechanical motion sensor; the memory being configured to store data measured by the electromechanical motion sensor; a wireless communication module which is communicatively linked to the electromechanical motion sensor and/or memory and is configured to communicate with a remote device ; and a power source configured to power the wireless communication module ; characterized in that the implantable electronic device is configured to be mounted in a blind cavity formed in a lateral aspect of a femoral or tibial condyle of a knee prosthesis . an electromechanical motion sensor which is configured to measure acceleration and rotation of the implantable electronic device; memory coupled to the electromechanical motion sensor; the memory being configured to store data measured by the electromechanical motion sensor; a wireless communication module which is communicatively linked to the electromechanical motion sensor and/or memory and is configured to communicate with a remote device ; and a power source configured to power the wireless communication module ; characterized in that the implantable electronic device is configured to be mounted in a blind cavity formed in a lateral aspect of a femoral or tibial condyle of a knee prosthesis .
An electronic device comprising at least one optoelectronic component (PH) comprising a first active layer , a first electrode , and a second interface layer between the first layer and the first electrode and at least one first field-effect transistor (M1) comprising a first semiconductor portion and a first gate and at least one third layer between the first gate and the first semiconductor portion, the third layer being made of the same material as the second layer, characterized in that the electronic device comprises a second electrode and a fourth interface layer between the first layer and the second electrode and comprises a second field-effect transistor (M2) comprising a second semiconductor portion , a second gate , and at least one fifth layer between the second gate and the second semiconductor portion, the fifth layer being made of the same material as the fourth layer.
A protection device for providing protection against short-circuits upstream from an electrical power supply module having an inlet filter with at least one capacitor (106 to 108, 106' to 108'; 17) and an inductor (104, 105, 104', 105'; 16), and having a converter (120, 120'; 19) with components associated with a plurality of freewheel diodes (118, 180'; 18), the protection device being characterized in that it comprises at least one auxiliary winding (131; 15b) coupled to said at least one inductor of the inlet filter and a dissipator element (132; 22) connected to said at least one auxiliary winding (131; 15b), said dissipator element (132; 22) being adapted to dissipate the energy stored in said at least one capacitor (106 to 108, 106' to 108'; 17) of the inlet filter in the event of a short-circuit occurring at the inlet of said inlet filter.
Impregnation device for trickle impregnation of a stator of an electric machine with a synthetic resin which cures under an increase in temperature, the stator having a hollow-cylindrical stator core and at least one winding , with a drive shaft which is arranged coaxially inside the stator and is drivable by a drive motor , wherein at least one holding device is arranged on the drive shaft , by means of which holding device the stator can be detachably connected to the drive shaft , wherein a trickle device is provided by means of which the synthetic resin can be directed onto at least one axial end of the winding of the stator , wherein a heating device is provided by means of which the winding and the stator core can be heated to a predetermined trickle temperature, and the heating device having at least one electromagnetic inductor which is arranged so as to be movable coaxially or axially parallel to the stator , characterized in that at least one temperature sensor (20, 21, 22, 23, 24; 25; 26) is arranged radially inside the stator core , by means of which temperature sensor the temperature on the radial inner face of the stator core can be measured, wherein a temperature sensor is arranged in the region of the axial center of the stator and a temperature sensor is arranged in each case in the region of the axial end of the stator or the winding heads formed there on the drive shaft .
A method for receiving information, comprising: receiving, by a terminal device, at least one first transmission parameter and at least one second transmission parameter; receiving , by the terminal device, Downlink Control Information, DCI; and determining , by the terminal device, the number of bits for a first DCI field in the DCI by using a target transmission parameter, the DCI comprising at least one DCI field, characterized in that when the DCI is used for CG activation, a first number of bits for the first DCI field is determined according to the at least one first transmission parameter, and a second number of bits for the first DCI field is determined according to the at least one second transmission parameter; and the target transmission parameter is at least one first transmission parameter or at least one second transmission parameter, which corresponds to a minimum one between the first number of bits and the second number of bits. receiving, by a terminal device, at least one first transmission parameter and at least one second transmission parameter; receiving , by the terminal device, Downlink Control Information, DCI; and determining , by the terminal device, the number of bits for a first DCI field in the DCI by using a target transmission parameter, the DCI comprising at least one DCI field, characterized in that when the DCI is used for CG activation, a first number of bits for the first DCI field is determined according to the at least one first transmission parameter, and a second number of bits for the first DCI field is determined according to the at least one second transmission parameter; and the target transmission parameter is at least one first transmission parameter or at least one second transmission parameter, which corresponds to a minimum one between the first number of bits and the second number of bits.
A network slice selection method, comprising: receiving, by a terminal device, signaling from a network-side device, and the signaling comprises a mapping relationship between a service and a network slice; generating (S301), by the terminal device, first information, wherein the first information comprises information about a first network slice, wherein the information about the first network slice is a network slice identifier and the first network slice is a network slice corresponding to a service initiated by the terminal device based on the mapping relationship; sending (S302), by the terminal device, a first message to a network-side device, wherein the first message is used to request to select a network slice for the terminal device, wherein the first message comprises the first information; and receiving (S304), by the terminal device, a second message sent by the network-side device, wherein the second message is used to indicate a network slice selected by the network-side device for the terminal device. receiving, by a terminal device, signaling from a network-side device, and the signaling comprises a mapping relationship between a service and a network slice; generating (S301), by the terminal device, first information, wherein the first information comprises information about a first network slice, wherein the information about the first network slice is a network slice identifier and the first network slice is a network slice corresponding to a service initiated by the terminal device based on the mapping relationship; sending (S302), by the terminal device, a first message to a network-side device, wherein the first message is used to request to select a network slice for the terminal device, wherein the first message comprises the first information; and receiving (S304), by the terminal device, a second message sent by the network-side device, wherein the second message is used to indicate a network slice selected by the network-side device for the terminal device.
Membrane material comprising a front layer , and a back layer , wherein said front layer mainly consists of polyisobutylene, and said back layer mainly consists of butyl based rubber and a content of polyisobutylene characterized in that the membrane material further comprises an embedded knitted reinforcement layer wherein the embedded reinforcement layer is knitted from a thread, the material of the thread selected among stainless steel or aluminum, such that such that when the membrane material is stretched the front layer and back layer move independently of the knitted reinforcement layer, while the embedded thread of the knitted reinforcement layer more or less cuts through the material of the front layer and the back layer, until having obtained the membrane material's new stretched configuration where the front layer and back layer will again lock the knitted reinforcement layer in its new position as the membrane material is urged into contact with a surface, such as a corrugated roof surface.
An antisurge control system for a compressor which experiences compressor surge in response to defined operational conditions, the compressor having a compressor inlet and a compressor outlet , the antisurge control system comprising: a surge controller operatively connectable to the compressor and configured to monitor operation of the compressor and generate an antisurge signal when compressor operational conditions exceed a prescribed threshold associated with compressor surge; an antisurge valve in operative communication with the surge controller and fluidly connectable to the compressor inlet and compressor outlet, the antisurge valve being selectively transitional between a closed position and an open position, the antisurge valve being transitioned from the closed position to the open position to enable fluid flow from the compressor outlet to the compressor inlet through the antisurge valve; and a valve actuator operatively coupled to the surge controller and the antisurge valve, the valve actuator being configured to exert a first closing force on the antisurge valve for closing the antisurge valve, the valve actuator being configured to exert a second closing force equal to only a portion of the first closing force on the antisurge valve in response to receiving the antisurge signal from the surge controller; wherein the second closing force is sufficient to prevent the antisurge valve from transitioning to the open position. a surge controller operatively connectable to the compressor and configured to monitor operation of the compressor and generate an antisurge signal when compressor operational conditions exceed a prescribed threshold associated with compressor surge; an antisurge valve in operative communication with the surge controller and fluidly connectable to the compressor inlet and compressor outlet, the antisurge valve being selectively transitional between a closed position and an open position, the antisurge valve being transitioned from the closed position to the open position to enable fluid flow from the compressor outlet to the compressor inlet through the antisurge valve; and a valve actuator operatively coupled to the surge controller and the antisurge valve, the valve actuator being configured to exert a first closing force on the antisurge valve for closing the antisurge valve, the valve actuator being configured to exert a second closing force equal to only a portion of the first closing force on the antisurge valve in response to receiving the antisurge signal from the surge controller; wherein the second closing force is sufficient to prevent the antisurge valve from transitioning to the open position.
Nozzle box having the following features: - side walls spaced apart from each other, a base and a ventilation wall spaced apart from it, thereby forming an interior space , - a plurality of ventilation openings arranged offset to each other is provided in the ventilation wall , - the nozzle box is provided on its ventilation wall with a plurality of protrusions that are raised by at least a height (H) in relation to the sections of ventilation wall or the top side or surface of the ventilation wall , said sections being situated adjacent to the protrusions , wherein the protrusions are formed by embossing into the ventilation wall made of a metal sheet, - the ventilation openings are arranged and configured in the region of the protrusions in relation to the top side or surface of the ventilation wall positioned offset to each other in such a way that they are further away in relation to the interior space than the top side or surface of the ventilation openings adjacent to the protrusions , and/or the ventilation wall comprises in the transverse direction (Q) of the nozzle box opposing side flanges that overlap the side walls of the nozzle box outside the interior space of the nozzle box . - side walls spaced apart from each other, a base and a ventilation wall spaced apart from it, thereby forming an interior space , - a plurality of ventilation openings arranged offset to each other is provided in the ventilation wall , - the nozzle box is provided on its ventilation wall with a plurality of protrusions that are raised by at least a height (H) in relation to the sections of ventilation wall or the top side or surface of the ventilation wall , said sections being situated adjacent to the protrusions , wherein the protrusions are formed by embossing into the ventilation wall made of a metal sheet, - the ventilation openings are arranged and configured in the region of the protrusions in relation to the top side or surface of the ventilation wall positioned offset to each other in such a way that they are further away in relation to the interior space than the top side or surface of the ventilation openings adjacent to the protrusions , and/or
Heat exchange element of flexible plastic film material bonded to form an expandable bag with inside and outside heat exchange surfaces, said element comprising an inlet opening for supplying a pressurized heat exchange fluid flow, an outlet opening for discharging the fluid flow after heat exchange, and an array of welds (4-6) bonding the opposite plastic films to define routes for vertical fluid flow through subsequent heat exchange zones inside the bag, characterized in that there is an array of spot welds in an uppermost first zone of the element adjacent to the inlet opening , an array of parallel extended sinuous welds in a second zone of the element below said first zone, said extended sinuous welds defining parallel sinuous fluid flow channels through the second zone, and an array of oblique welds in a lowermost third zone of the element below said second zone, said oblique welds defining channels for fluid flow towards the outlet opening , that the first and second zones of the heat exchange element are generally rectangular, whereas the third zone is tapering symmetrically towards the outlet opening , and that the outlet opening lies axially at the lowermost end of the element set in an upright position, the fluid flow channels in the third zone converging towards the outlet opening.