mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining information (Info) about a non-determined state (Z) of a drive motor system and/or of a drive battery pack of a gardening, forestry and/or construction device , wherein the method involves the following steps: - acquiring at least one sensor temperature (TS) of at least one temperature component of the drive motor system and/or of the drive battery pack by way of at least one component temperature sensor at the same time as and/or at a time after an operation of the drive motor system and/or of the drive battery pack , wherein the temperature component heats up or cools down due to the operation, - ascertaining operating data (BD) of the operation, wherein the operating data (BD) are of a different kind than the sensor temperature (TS), - ascertaining at least one model temperature (TM) or a variable representative of the model temperature of the at least one temperature component based on the ascertained operating data (BD) by way of a temperature model (MOD), and comparing the acquired sensor temperature (TS) or a variable based on the sensor temperature and the ascertained model temperature (TM) or the ascertained variable representative of the model temperature, wherein the temperature model (MOD) is based on at least one model state (AZyes) of the drive motor system and/or of the drive battery pack , and - determining the information (Info) on the basis of a result of the comparison. - acquiring at least one sensor temperature (TS) of at least one temperature component of the drive motor system and/or of the drive battery pack by way of at least one component temperature sensor at the same time as and/or at a time after an operation of the drive motor system and/or of the drive battery pack , wherein the temperature component heats up or cools down due to the operation, - ascertaining operating data (BD) of the operation, wherein the operating data (BD) are of a different kind than the sensor temperature (TS), - ascertaining at least one model temperature (TM) or a variable representative of the model temperature of the at least one temperature component based on the ascertained operating data (BD) by way of a temperature model (MOD), and comparing the acquired sensor temperature (TS) or a variable based on the sensor temperature and the ascertained model temperature (TM) or the ascertained variable representative of the model temperature, wherein the temperature model (MOD) is based on at least one model state (AZyes) of the drive motor system and/or of the drive battery pack , and comparing the acquired sensor temperature (TS) or a variable based on the sensor temperature and the ascertained model temperature (TM) or the ascertained variable representative of the model temperature, wherein the temperature model (MOD) is based on at least one model state (AZyes) of the drive motor system and/or of the drive battery pack , and - determining the information (Info) on the basis of a result of the comparison.
An engine abnormality detection device for detecting unevenness of a combustion state of each of a plurality of cylinders of a four-stroke engine , the engine abnormality detection device comprising: a rotation information acquisition part configured to obtain rotation information related to a rotation state of the engine ; a frequency analysis part configured to perform frequency analysis of the rotation information, the frequency analysis part being configured to calculate a component of f Ne and a component f cyl through the frequency analysis of the rotation information, where Ne [rpm] is a rotation speed of the engine, f Ne [Hz] is a frequency of a single cycle of the engine , satisfying the following expression: f Ne = 1 2 ⋅ Ne 60 , n cyl is the number of the cylinders , and f cyl [Hz] is a frequency of pulsation of the engine , satisfying the following expression: f cyl = 1 2 ⋅ Ne 60 ⋅ n cyl ; and a detection part configured to detect unevenness of exhaust energy of each cylinder on the basis of the component of f Ne and the component of f cyl . a rotation information acquisition part configured to obtain rotation information related to a rotation state of the engine ; a frequency analysis part configured to perform frequency analysis of the rotation information, the frequency analysis part being configured to calculate a component of f Ne and a component f cyl through the frequency analysis of the rotation information, where Ne [rpm] is a rotation speed of the engine, f Ne [Hz] is a frequency of a single cycle of the engine , satisfying the following expression: f Ne = 1 2 ⋅ Ne 60 , n cyl is the number of the cylinders , and f Ne = 1 2 ⋅ Ne 60 , n cyl is the number of the cylinders , and f cyl [Hz] is a frequency of pulsation of the engine , satisfying the following expression: f cyl = 1 2 ⋅ Ne 60 ⋅ n cyl ; and a detection part configured to detect unevenness of exhaust energy of each cylinder on the basis of the component of f Ne and the component of f cyl .
Vessel comprising a hull and a spud pole assembly , wherein the spud pole assembly comprises a base frame , a spud pole holder that is pivotably connected to the base frame, an elongate spud pole that is guided by the spud pole holder to be hoisted and lowered in its elongate direction with respect to the hull, a first hydraulic cylinder that is at its first side pivotably connected to the base frame and at its operative opposite second side pivotably connected to the spud pole holder to pivot the spud pole holder and the spud pole with respect to the base frame, and a clamping assembly to clamp the spud pole, wherein the spud pole assembly is able to switch between a turn over mode and a hoisting mode, wherein in the turn over mode the position of the pivot between the first side of the hydraulic cylinder and the spud pole holder is fixed with respect to the spud pole holder whereby the extension or retraction of first hydraulic cylinder pivots the spud pole holder and the spud pole with respect to the base frame , wherein the clamping assembly is operatively connected to the first side of the first hydraulic cylinder , wherein in the hoisting mode the pivot between the first side of the hydraulic cylinder and the spud pole holder is displaceable with respect to the spud pole holder whereby the extension or retraction of the first hydraulic cylinder lowers or hoists the operatively connected clamping assembly with respect to the base frame .
Light-emitting module , notably lighting and/or signaling, for motor vehicle including: - at least two sub-modules each including at least two light sources activatable selectively so that each produces a segment of a partial light beam , and - a projection optic common to the two sub-modules for projecting said light-emitting segments, the sub-modules and the projection optic being adapted to produce a homogeneous segmented beam at least one sub-module being adapted to be adjusted in rotation and/or in translation, to produce a homogeneous segmented beam; each sub-module including a separate support for its light sources ; characterized in that the support includes a holding finger , said holding finger being configured to enable manipulation of the sub-module to adjust it; and in that the light-emitting module further comprises at least one separator between the sub-modules , the separator or separators are adapted to prevent unwanted rays passing from one sub-module to the other. - at least two sub-modules each including at least two light sources activatable selectively so that each produces a segment of a partial light beam , and - a projection optic common to the two sub-modules for projecting said light-emitting segments, the sub-modules and the projection optic being adapted to produce a homogeneous segmented beam at least one sub-module being adapted to be adjusted in rotation and/or in translation, to produce a homogeneous segmented beam; each sub-module including a separate support for its light sources ; characterized in that the support includes a holding finger , said holding finger being configured to enable manipulation of the sub-module to adjust it; and in that the light-emitting module further comprises at least one separator between the sub-modules , the separator or separators are adapted to prevent unwanted rays passing from one sub-module to the other.
Terrace canopy comprising: - a support pillar provided with a cavity for discharging precipitation incident on the terrace canopy toward a ground surface; - at least two beams , each of which provided with a gutter for discharging precipitation incident on the terrace canopy to an end face of the beam; - a headboard fixedly attached to the end face of said at least two beams ; and - a corner connection element fixedly attached to the support pillar and to the headboards on the end face of the beams, characterised in that the corner connection element is provided with one, or preferably, a plurality of support legs extending toward the support pillar . - a support pillar provided with a cavity for discharging precipitation incident on the terrace canopy toward a ground surface; - at least two beams , each of which provided with a gutter for discharging precipitation incident on the terrace canopy to an end face of the beam; - a headboard fixedly attached to the end face of said at least two beams ; and - a corner connection element fixedly attached to the support pillar and to the headboards on the end face of the beams,
An oil drainback system suitable for a bearing compartment of a gas turbine engine comprising: a scupper defined about an engine longitudinal axis (A); a gutter section formed in the scupper , the gutter section having a drain hole ; and a windage blocker in the gutter section upstream of the drain hole , the windage blocker extending from a wall of the gutter section , characterised in that the windage blocker extends from the wall of the gutter section to define a passage space of 25%-30% a total width of the gutter section to allow a percentage of oil pass through. a scupper defined about an engine longitudinal axis (A); a gutter section formed in the scupper , the gutter section having a drain hole ; and a windage blocker in the gutter section upstream of the drain hole , the windage blocker extending from a wall of the gutter section , characterised in that the windage blocker extends from the wall of the gutter section to define a passage space of 25%-30% a total width of the gutter section to allow a percentage of oil pass through.
A subcutaneous implantable cardiac defibrillation system comprising: a housing ; and a subcutaneous implantable lead comprising two ends , a proximal end being connected to the housing and a distal end being a free end ; the subcutaneous implantable lead comprising at least one defibrillating electrode and at least three sensing electrodes ; the first sensing electrode and the second sensing electrode forming a first dipole (D1); the third sensing electrode and the first sensing electrode , or the third sensing electrode and the second sensing electrode , or the housing and one of said sensing electrodes , forming a second dipole (D2); the defibrillating electrode being positioned between the second sensing electrode and the third sensing electrode ; the first dipole (D1) being positioned between the housing and the defibrillating electrode ; the third electrode being positioned between the free distal end of the lead and the defibrillating electrode ; and the length (L1) of the first dipole (D1) being shorter than the length (L2) of the second dipole (D2). a housing ; and a subcutaneous implantable lead comprising two ends , a proximal end being connected to the housing and a distal end being a free end ; the subcutaneous implantable lead comprising at least one defibrillating electrode and at least three sensing electrodes ; the first sensing electrode and the second sensing electrode forming a first dipole (D1); the third sensing electrode and the first sensing electrode , or the third sensing electrode and the second sensing electrode , or the housing and one of said sensing electrodes , forming a second dipole (D2); the defibrillating electrode being positioned between the second sensing electrode and the third sensing electrode ; the first dipole (D1) being positioned between the housing and the defibrillating electrode ; the third electrode being positioned between the free distal end of the lead and the defibrillating electrode ; and the length (L1) of the first dipole (D1) being shorter than the length (L2) of the second dipole (D2).
A method of monitoring and controlling self-configuring IP addressable devices in an IP connected system, comprising: connecting an external manager to a communication protocol comprising a network; connecting a first device to the external manager via a communication link; assigning a unique top-level IP address to said first device; publishing a first sub-node IP address by the first device; and connecting a second device to said first device, wherein the first device is a master device, and the second device is identified as a slave device and obtains said first sub-node IP address when connected to the first device; and wherein the network and the master and slave devices are self-configuring through the use of Ethernet routing tables to match physical connections to network displays, the self-configuring comprising the second device creating a second sub-node address, which is then routable back and forth through the devices connected to each other, so that the first and second devices register which node is above them and which node is below them. connecting an external manager to a communication protocol comprising a network; connecting a first device to the external manager via a communication link; assigning a unique top-level IP address to said first device; publishing a first sub-node IP address by the first device; and connecting a second device to said first device, wherein the first device is a master device, and the second device is identified as a slave device and obtains said first sub-node IP address when connected to the first device; and wherein the network and the master and slave devices are self-configuring through the use of Ethernet routing tables to match physical connections to network displays, the self-configuring comprising the second device creating a second sub-node address, which is then routable back and forth through the devices connected to each other, so that the first and second devices register which node is above them and which node is below them.
A toy assembly , comprising: a housing ; and an inner object inside the housing , wherein the inner object includes a breakout mechanism that is operable to break the housing to expose the inner object, wherein the breakout mechanism includes a hammer , characterized in that the hammer is actuated by an actuation lever , and the breakout mechanism further includes a hammer biasing structure , wherein the hammer biasing structure includes a pivot arm pivotally connected to the actuation lever and a pivot arm biasing member that acts between the pivot arm and the actuation lever to urge the pivot arm into the hammer to urge the hammer towards an extended position, wherein the hammer is not locked in the extended position, so as to reduce a risk of a poking injury to a user of the toy assembly . a housing ; and an inner object inside the housing , wherein the inner object includes a breakout mechanism that is operable to break the housing to expose the inner object, wherein the breakout mechanism includes a hammer ,
Aircraft cabin section , comprising: an aircraft skin; a door frame , which forms a door opening in the aircraft skin; a passenger door , which is arranged on the door frame and is designed to close the door opening ; and a floor , which is arranged on the inner side in front of the passenger door ; wherein a door insulation means , which is fastenable on, and lies against, the inner side of the passenger door at least in sections and is produced from a textile material which is heat-insulating and/or airflow-inhibiting, wherein the door insulation means is dimensioned in such a manner that it is larger in a lower section than the door opening and rests on the floor of the aircraft cabin section . an aircraft skin; a door frame , which forms a door opening in the aircraft skin; a passenger door , which is arranged on the door frame and is designed to close the door opening ; and a floor , which is arranged on the inner side in front of the passenger door ; wherein a door insulation means , which is fastenable on, and lies against, the inner side of the passenger door at least in sections and is produced from a textile material which is heat-insulating and/or airflow-inhibiting, wherein the door insulation means is dimensioned in such a manner that it is larger in a lower section than the door opening and rests on the floor of the aircraft cabin section .
SQUEEZING SYSTEM of the type that comprises at least one female drum and at least one male drum , one close to the other and that rotate in a synchronised manner, one in the opposite direction to the other, the female drum having in its side, and opened to its side at least one cavity apt for lodging the fruit to be squeezed and the male drum likewise having on the side at least one protuberance apt for embedding during a portion of the rotation path and apt for tightly lodging in the cavity of the female drum on each rotation compressing and squeezing the fruit, characterised in that the female drum has a base larger than its other base, the female drum having, preferably, a frustoconical shape.: a) The rotation axle of the female drum and the rotation axle of the male drum cross in space. b) The rotation axle of the female drum is, placed with respect of the rotation axle of the male drum at an angle other than 0°. c) The rotation axle of the female drum is, placed with respect of the rotation axle of the male drum at an angle other than 180°. a) The rotation axle of the female drum and the rotation axle of the male drum cross in space. b) The rotation axle of the female drum is, placed with respect of the rotation axle of the male drum at an angle other than 0°. c) The rotation axle of the female drum is, placed with respect of the rotation axle of the male drum at an angle other than 180°.
A medical dressing having a first side adapted to face a wound or tissue site when in use and a second side, opposite to said first side, said medical dressing comprising a carrier material and a composite material, wherein said composite material comprises oil droplets dispersed in a matrix, said matrix comprising one or more cellulose derivative(s) and nanocellulose.
Detachable spectacle frame formed by: - a front , which in turn comprises: - some rims for housing some lenses ; - a bridge for joining the rims together; - some lugs having a laminar projection extending towards the inside of the front and finished with a protruding hook ; - some nose pads to rest over the nose of an individual; and - a pair of temples , wherein each one of the temples comprises: - a front end intended to engage the front , the front end having a lateral recess defined at its end; and - a terminal end intended to rest on the ear of the individual, wherein each of the rims and their corresponding lugs has a defined slot , the detachable frame being characterized in that : - the front end of each one of the temples incorporates an integrated kink projecting from the inner face of the recess towards the inside of the temple , provided with a central slot and having at least one intermediate protrusion defined inside said central slot intended to engage the hook of the laminar projection ; and - it further incorporates a substantially parallelepiped and planar fastening clip that engages the lug to be allocated in the recess , which it covers superficially facing the outside of the frame, to secure the position of the slot and mechanically interacts with the kink to facilitate automatic folding and unfolding of the temples on the front . - a front , which in turn comprises: - some rims for housing some lenses ; - a bridge for joining the rims together; - some lugs having a laminar projection extending towards the inside of the front and finished with a protruding hook ; - some nose pads to rest over the nose of an individual; and - some rims for housing some lenses ; - a bridge for joining the rims together; - some lugs having a laminar projection extending towards the inside of the front and finished with a protruding hook ; - some nose pads to rest over the nose of an individual; and - a pair of temples , wherein each one of the temples comprises: - a front end intended to engage the front , the front end having a lateral recess defined at its end; and - a terminal end intended to rest on the ear of the individual, wherein each of the rims and their corresponding lugs has a defined slot , the detachable frame being characterized in that : - a front end intended to engage the front , the front end having a lateral recess defined at its end; and - a terminal end intended to rest on the ear of the individual, - the front end of each one of the temples incorporates an integrated kink projecting from the inner face of the recess towards the inside of the temple , provided with a central slot and having at least one intermediate protrusion defined inside said central slot intended to engage the hook of the laminar projection ; and - it further incorporates a substantially parallelepiped and planar fastening clip that engages the lug to be allocated in the recess , which it covers superficially facing the outside of the frame, to secure the position of the slot and mechanically interacts with the kink to facilitate automatic folding and unfolding of the temples on the front .
Valve slide for a valve unit , serving as an insufflation and purging valve, of a medical endoscope , which valve slide can be inserted by way of a distal control section into a receiving bore which is configured at least indirectly in a manual actuation part of the endoscope and is connected to air inlet channels and air outlet channels and to purging liquid inflow channels and purging liquid outlet channels , the valve slide having a proximal actuating section which is guided through a retaining ring and is provided with an actuating button , the actuating button being supported firstly on the retaining ring via a compression spring , and secondly an annular projection of the valve slide interacting as a stop which acts in the axial direction with the retaining ring , and sealing rings (41, 42, 43, 44 and 45) being provided on the distal control section of the valve slide , which sealing rings (41, 42, 43, 44 and 45) project radially beyond the valve slide and are provided to seal at least one control space of the valve unit in a manner which slides on an inner circumferential face of the receiving bore , characterized in that an outer circumferential face of the distal control section is of smooth-walled configuration, apart from the projection and radial guide sections which are possibly provided on said outer circumferential face , and in that the sealing rings (41, 42, 43, 44 and 45) are connected in an integrally joined manner to the smooth-walled outer circumferential face .