mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing vacuum insulation panels with a core of fibers, comprising the steps of: providing a core blank of fibers, arranging foil sections on large faces of the core blank, compressing the core blank to a predetermined thickness for forming the core , wherein in the compression step the core blank is arranged between the foil sections and is mechanically compressed therebetween, wherein the compression step is performed at the place of manufacture at room temperature without thermal impact, connecting the foil sections for forming the foil sleeve , wherein a partial section of the foil sleeve still remains open, evacuating the foil sleeve enveloping the core up to a pressure of ≤ 1 mbar, and complete closing of the foil sleeve , wherein the mechanical compression of the core is maintained until a foil sleeve is completely closed, wherein the foil sleeve is made of a plastic composite foil, and wherein the mechanical compression is performed at a pressure of greater than 1 bar. providing a core blank of fibers, arranging foil sections on large faces of the core blank, compressing the core blank to a predetermined thickness for forming the core , wherein in the compression step the core blank is arranged between the foil sections and is mechanically compressed therebetween, wherein the compression step is performed at the place of manufacture at room temperature without thermal impact, connecting the foil sections for forming the foil sleeve , wherein a partial section of the foil sleeve still remains open, evacuating the foil sleeve enveloping the core up to a pressure of ≤ 1 mbar, and complete closing of the foil sleeve , wherein the mechanical compression of the core is maintained until a foil sleeve is completely closed, wherein the foil sleeve is made of a plastic composite foil, and wherein the mechanical compression is performed at a pressure of greater than 1 bar.
Device for measuring at least one surface section of an object , comprising a reference body and comprising a distance measuring apparatus and comprising a holder , on which the reference body and the distance measuring apparatus are arranged, wherein the distance measuring apparatus is mounted on the holder so as to be pivotable with respect to a first axis , and wherein the distance measuring apparatus is designed to determine a first distance to a first point located on the surface section of the object and a second distance to a second point located on the reference body , wherein the reference body has a reference surface matched to the pivotable mobility of the distance measuring apparatus on the holder , characterized in that the distance measuring apparatus is mounted on the holder so as to be pivotable with respect to the first and with respect to a second axis , and in that the reference surface is formed as a spherical hollow mirror with a substantially spherical segment-like geometry, of which the centre substantially coincides with the first and/or with the second axis .
Implantable medical device comprising: - an airtight housing defining an internal space, - at least one electronic circuit board housed in said internal space of the housing, said board supporting electronic components, - a heat sink and shock absorption module , housed in the internal space of the housing and arranged between said electronic circuit board and an internal wall of the housing, and characterized in that said heat sink and shock absorption module comprises: - a first layer of thermal paste placed in the internal space of the housing and deposited on said electronic circuit board , - a second, metallic layer with high thermal conductivity deposited on said first layer , - a third layer of thermal paste deposited on said second layer and arranged to bear against said internal wall of the housing, said third layer comprising a structure having several cavities distributed over the entire zone of contact of the third layer with the internal wall of the housing. - an airtight housing defining an internal space, - at least one electronic circuit board housed in said internal space of the housing, said board supporting electronic components, - a heat sink and shock absorption module , housed in the internal space of the housing and arranged between said electronic circuit board and an internal wall of the housing, and - a first layer of thermal paste placed in the internal space of the housing and deposited on said electronic circuit board , - a second, metallic layer with high thermal conductivity deposited on said first layer , - a third layer of thermal paste deposited on said second layer and arranged to bear against said internal wall of the housing, said third layer comprising a structure having several cavities distributed over the entire zone of contact of the third layer with the internal wall of the housing.
A laundry dryer comprising a drum wherein the laundry to be dried is placed, an air circulation duct which enables the process air to be passed over the laundry in the drum , a first fan which is disposed in the air circulation duct and which moves the process air, a compressor which performs the refrigerant cycle, an evaporator , a condenser , a main motor which operates the drum and the first fan , and a control unit , - characterized by a second fan which is disposed in the air circulation duct , which provides the continuity of the circulation of the process air in the drum via the air circulation duct when the drum and the first fan are deactivated during the drying process, and which is operated by an auxiliary motor independently of the main motor . - characterized by a second fan which is disposed in the air circulation duct , which provides the continuity of the circulation of the process air in the drum via the air circulation duct when the drum and the first fan are deactivated during the drying process, and which is operated by an auxiliary motor independently of the main motor .
A method of providing a drilling process control, the method characterized by : identifying, using a processor, two or more tasks required to provide the process; identifying one or more procedures associated with completing each of the two or more tasks; and outputting commands to complete the one or more procedures associated with each of the two or more tasks based on an occurrence of corresponding one or more trigger conditions, the commands being directed to actors that complete the one or more procedures, the actors including a downhole tool, a surface tool, or a human operator, wherein the one or more trigger conditions include an encounter of a borehole shape; and prioritizing, using the processor, two or more of the two or more tasks that involve a same actor among the actors . identifying, using a processor, two or more tasks required to provide the process; identifying one or more procedures associated with completing each of the two or more tasks; and outputting commands to complete the one or more procedures associated with each of the two or more tasks based on an occurrence of corresponding one or more trigger conditions, the commands being directed to actors that complete the one or more procedures, the actors including a downhole tool, a surface tool, or a human operator, wherein the one or more trigger conditions include an encounter of a borehole shape; and prioritizing, using the processor, two or more of the two or more tasks that involve a same actor among the actors .
A method comprising: detecting, by a proximity sensor on a playback device , while the playback device is not currently playing back audio content, movement near to the playback device ; in response to detecting the movement and prior to receiving a user command to play the audio content: determining audio content to be retrieved; retrieving, by the playback device , the determined audio content; and storing the audio content in memory on the playback device , wherein: the playback device is not rendering audio content because playback of one of a playlist or playback queue has concluded; and the determined audio content is one of: audio content for which rendering was previously concluded; and a favorite audio content that is one of: a playlist; a song; and a live radio stream. detecting, by a proximity sensor on a playback device , while the playback device is not currently playing back audio content, movement near to the playback device ; in response to detecting the movement and prior to receiving a user command to play the audio content: determining audio content to be retrieved; retrieving, by the playback device , the determined audio content; and storing the audio content in memory on the playback device , wherein: determining audio content to be retrieved; retrieving, by the playback device , the determined audio content; and storing the audio content in memory on the playback device , wherein: the playback device is not rendering audio content because playback of one of a playlist or playback queue has concluded; and the determined audio content is one of: audio content for which rendering was previously concluded; and a favorite audio content that is one of: a playlist; a song; and a live radio stream. audio content for which rendering was previously concluded; and a favorite audio content that is one of: a playlist; a song; and a live radio stream. a playlist; a song; and a live radio stream.
Cutting system , in particular for severing a sprue part from a workpiece, with a base plate (4, 4', 4") with a support body fixedly arranged thereon with a counter bearing , in particular in the form of a counter knife, and with a cutting blade movable in the direction (B) of the counter bearing , wherein the support body comprises a support contour for the workpiece which is flush-mounted with or projects beyond the upper side of the counter bearing , characterized in - that the support contour is arranged on both sides of the counter bearing and projects beyond said counter bearing in the direction of the cutting blade along the direction (B), and - that the support body is modularly exchangeable. - that the support contour is arranged on both sides of the counter bearing and projects beyond said counter bearing in the direction of the cutting blade along the direction (B), and - that the support body is modularly exchangeable.
(Currently amended) A power source equipment , PSE , controller exhibiting low standby levels for power over Ethernet , PoE , characterized by comprising: a micro-controller ; a detection and classification circuitry coupled to the micro-controller and arranged to detect if a powered device , PD , is connected for a first period of time and determines power needed to operate the connected PD; and a power control and monitor circuitry coupled to the micro-controller and arranged to power the connected PD and to monitor the power consumption of the PD, wherein the micro-controtier is arranged to: in the event the detection and classification circuitry does not detect a PD, deactivate the detection and classification circuitry , the power control and monitor circuitry to minimize standby power, put the micro-controller itself into deep sleep after a second period of time waking the micro-controller (301 itself up; and in the event the detection and classification circuitry detects a PD, check whether the PD is coupled, if the PD is coupled deactivate the detection and classification circuitry , and power the PD by activating the power control and monitor circuitry 303) a micro-controller ; a detection and classification circuitry coupled to the micro-controller and arranged to detect if a powered device , PD , is connected for a first period of time and determines power needed to operate the connected PD; and a power control and monitor circuitry coupled to the micro-controller and arranged to power the connected PD and to monitor the power consumption of the PD, wherein the micro-controtier is arranged to: in the event the detection and classification circuitry does not detect a PD, deactivate the detection and classification circuitry , the power control and monitor circuitry to minimize standby power, put the micro-controller itself into deep sleep after a second period of time waking the micro-controller (301 itself up; and in the event the detection and classification circuitry detects a PD, check whether the PD is coupled, if the PD is coupled deactivate the detection and classification circuitry , and power the PD by activating the power control and monitor circuitry 303) in the event the detection and classification circuitry does not detect a PD, deactivate the detection and classification circuitry , the power control and monitor circuitry to minimize standby power, put the micro-controller itself into deep sleep after a second period of time waking the micro-controller (301 itself up; and in the event the detection and classification circuitry detects a PD, check whether the PD is coupled, if the PD is coupled deactivate the detection and classification circuitry , and power the PD by activating the power control and monitor circuitry 303)
A computer-implemented method for generating an annotated photoplethysmography signal , abbreviated annotated PPG signal, said method comprising: - recording an electrocardiogram signal , abbreviated ECG signal, using an ECG monitoring system; - recording a photoplethysmography signal , abbreviated PPG signal, semi-synchronously with said recording of said ECG signal , using a contact PPG sensor; - annotating segments in said ECG signal either algorithm-based or expert-based, resulting in ECG segment annotations; - time-aligning said PPG signal and said ECG signal ; - detecting cardiac beats in said ECG signal , named ECG beats ; - detecting cardiac beats in said PPG signal , named PPG beats ; - pairing said ECG beats with said PPG beats ; - deriving annotations for PPG signal segments based on the nature of said ECG segment annotations and on how said ECG beats can be paired with said PPG beats ; and - annotating said PPG signal segments using said annotations, thereby generating said annotated PPG signal . - recording an electrocardiogram signal , abbreviated ECG signal, using an ECG monitoring system; - recording a photoplethysmography signal , abbreviated PPG signal, semi-synchronously with said recording of said ECG signal , using a contact PPG sensor; - annotating segments in said ECG signal either algorithm-based or expert-based, resulting in ECG segment annotations; - time-aligning said PPG signal and said ECG signal ; - detecting cardiac beats in said ECG signal , named ECG beats ; - detecting cardiac beats in said PPG signal , named PPG beats ; - pairing said ECG beats with said PPG beats ; - deriving annotations for PPG signal segments based on the nature of said ECG segment annotations and on how said ECG beats can be paired with said PPG beats ; and - annotating said PPG signal segments using said annotations, thereby generating said annotated PPG signal .
Stack storage assembly having at least one loading vehicle and a plurality of container receiving spaces which are arranged in a plurality of rows and columns and are designed to receive stacks of containers , a loading space being arranged below the container receiving spaces , in which the at least one loading vehicle can be moved, a transverse transport device being provided, by means of which the loading vehicle can be moved between positions which are each assigned to a row , the transverse transport device comprising a first entry/exit access for the loading vehicle , which is directed towards the loading space , characterized in that the transverse transport device comprises a second entry/exit access for the loading vehicle , which is directed away from the loading space , at least one storage/retrieval arrangement being arranged on that side of the transverse transport device which faces away from the loading space , and the number of storage/retrieval arrangements being smaller than the number of rows .
A dilation catheter system, wherein the dilation catheter system comprises: (a) a guide member , wherein the guide member includes a shaft comprising a distal end and a proximal end , wherein the shaft defines a longitudinal axis; (b) a dilation catheter movable relative to the guide member , wherein the dilation catheter comprises an expandable dilator , wherein the expandable dilator is sized to fit within one or both of a Eustachian tube or a passageway associated with a paranasal sinus; and (c) an image sensor , wherein the image sensor is configured to provide visualization within anatomy of a patient, wherein the image sensor is integral with the dilation catheter, characterized in that the dilation catheter includes a bulbous distal tip , wherein the bulbous distal tip is distal to the expandable dilator , wherein the bulbous distal tip includes a plurality of vent openings configured to provide ventilation through the dilation catheter , wherein the vent openings are coupled to a working lumen that extends through a shaft of the dilation catheter , and wherein the image sensor is located in the bulbous distal tip adjacent the vent openings . (a) a guide member , wherein the guide member includes a shaft comprising a distal end and a proximal end , wherein the shaft defines a longitudinal axis; (b) a dilation catheter movable relative to the guide member , wherein the dilation catheter comprises an expandable dilator , wherein the expandable dilator is sized to fit within one or both of a Eustachian tube or a passageway associated with a paranasal sinus; and (c) an image sensor , wherein the image sensor is configured to provide visualization within anatomy of a patient, wherein the image sensor is integral with the dilation catheter, characterized in that the dilation catheter includes a bulbous distal tip , wherein the bulbous distal tip is distal to the expandable dilator , wherein the bulbous distal tip includes a plurality of vent openings configured to provide ventilation through the dilation catheter , wherein the vent openings are coupled to a working lumen that extends through a shaft of the dilation catheter , and wherein the image sensor is located in the bulbous distal tip adjacent the vent openings .
Dispenser for receiving and evaporating a liquid treatment dose of a formic acid preparation for the control of Varroa mites in a bee hive comprising - an evaporation surface which, during the treatment period, adjoins the airspace of the honeycomb alley or an air flow path leading through the brood nest in the brood nest area and which is completely bounded by a gas-permeable liquid barrier which prevents dripping of the formic acid preparation in liquid form under the dynamic pressure of the liquid treatment dose located above it, wherein the gas-permeable liquid barrier is a flat membrane or a tubular membrane of hydrophobic material, with a solid content below 70 volume percent, a thickness below 200 μm and continuous and exclusively gas-filled hollow spaces having a width between 10 nm and 1000 nm, - an evaporation container which is completely or partially bounded by the gas-permeable liquid barrier and which has dimensions, which allow its insertion into a cavity bounded by the brood nest combs or which allows its placement on the upper beams of the honeycomb frames of the brood nest without the need to expand the hive, and - a storage container fluidically connected thereto and sealed from the outside in a vapour-tight manner for receiving the treatment dose of a liquid formic acid preparation. - an evaporation surface which, during the treatment period, adjoins the airspace of the honeycomb alley or an air flow path leading through the brood nest in the brood nest area and which is completely bounded by a gas-permeable liquid barrier which prevents dripping of the formic acid preparation in liquid form under the dynamic pressure of the liquid treatment dose located above it, wherein the gas-permeable liquid barrier is a flat membrane or a tubular membrane of hydrophobic material, with a solid content below 70 volume percent, a thickness below 200 μm and continuous and exclusively gas-filled hollow spaces having a width between 10 nm and 1000 nm, - an evaporation container which is completely or partially bounded by the gas-permeable liquid barrier and which has dimensions, which allow its insertion into a cavity bounded by the brood nest combs or which allows its placement on the upper beams of the honeycomb frames of the brood nest without the need to expand the hive, and - a storage container fluidically connected thereto and sealed from the outside in a vapour-tight manner for receiving the treatment dose of a liquid formic acid preparation.
A sensing sealant liquid container for repairing an inflatable article, preferably a tyre, comprising a first portion produced by injection moulding and a second portion produced by injection moulding, the first and the second portion being connected to each other to delimit a volume inside which a sealant liquid is retained, an outlet tube for the sealant liquid when the container is pressurized and a sensor for verifying the functional connection of the tube to the inflatable article, and at least one track electrically connected to the sensor and co-moulded on one of the first and second portion , the track defining a contact releasable electrical connection.
An upper turning body for a mobile crane including a lower traveling body , a turn support attached to the lower traveling body , and the upper turning body that is to be mounted to turn freely on the lower traveling body with the turn support therebetween, the upper turning body comprising: a turning frame to be mounted on the lower traveling body to turn freely; and a boom provided to the turning frame to be raised and lowered freely, wherein the turning frame includes a pair of attachment brackets to which a base end section of the boom is attached such that the boom is free to be raised and lowered, and a main frame to which the pair of attachment brackets are provided with an interval in a left-right direction of the upper turning body , and a dimension (L FF ) of the main frame in a front-rear direction of the upper turning body orthogonal to the left-right direction is smaller than a dimension (W FF ) of the main frame in the left-right direction, wherein the turning frame further includes a subframe arranged on a rear side of the main frame and separably joined to the main frame , a dimension (W RF ) of the subframe in the left-right direction is smaller than the dimension (W FF ) of the main frame in the left-right direction, a dimension of the subframe in the front-rear direction is larger than the dimension (W RF ) of the subframe in the left-right direction, and the main frame and the subframe are arranged in a T-shape when seen from above. a turning frame to be mounted on the lower traveling body to turn freely; and a boom provided to the turning frame to be raised and lowered freely, wherein the turning frame includes a pair of attachment brackets to which a base end section of the boom is attached such that the boom is free to be raised and lowered, and a main frame to which the pair of attachment brackets are provided with an interval in a left-right direction of the upper turning body , and a dimension (L FF ) of the main frame in a front-rear direction of the upper turning body orthogonal to the left-right direction is smaller than a dimension (W FF ) of the main frame in the left-right direction, wherein the turning frame further includes a subframe arranged on a rear side of the main frame and separably joined to the main frame , a dimension (W RF ) of the subframe in the left-right direction is smaller than the dimension (W FF ) of the main frame in the left-right direction, a dimension of the subframe in the front-rear direction is larger than the dimension (W RF ) of the subframe in the left-right direction, and the main frame and the subframe are arranged in a T-shape when seen from above.