mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising at least two hollow composite pylons and a crossbar arranged to carry at least one conductor , wherein the crossbar is mounted to the at least two hollow composite pylons via respective adapters , wherein the at least two hollow composite pylons , the crossbar and the conductor forming components of a pylon structure for the transmission or distribution of power, wherein each adapter is for attaching the crossbar to a respective one of the at least two hollow composite pylons , wherein each adapter , in the position of application, is pivotably attached to the crossbar , and is slideable at least into or over the, in the position of application, upper portion of the respective one of the at least two hollow composite pylons and mainly along the longitudinal axis of the respective one of the at least two hollow composite pylons during part of the installation phase, wherein each adapter is provided with a fork mount for pivotably attaching the adapter to the crossbar the crossbar being pivotable around an axis in the horizontal plane. wherein each adapter is for attaching the crossbar to a respective one of the at least two hollow composite pylons , wherein each adapter , in the position of application, is pivotably attached to the crossbar , and is slideable at least into or over the, in the position of application, upper portion of the respective one of the at least two hollow composite pylons and mainly along the longitudinal axis of the respective one of the at least two hollow composite pylons during part of the installation phase, wherein each adapter is provided with a fork mount for pivotably attaching the adapter to the crossbar the crossbar being pivotable around an axis in the horizontal plane.
Handle for a door of a household appliance , with an elongated front strip and at least one handle bracket , which is connected to the front strip and by means of which the handle can be positioned on the door , and having at least one light source , which is arranged in the handle and having at least one light-guiding element with which light from the light source can be radiated from the front strip , wherein the front strip takes the form of a plate which is transparent at least in regions and which covers the light-guiding element on the front side, wherein light (L1) which is radiated from the light-guiding element is able to be radiated at least through a light-permeable material region of the front strip , wherein the light-guiding element is arranged between the front strip and the handle bracket , characterised in that the light-guiding element is embodied to be elastically deformable and the light-guiding element is arranged as a compressible spacer element between the front strip and the handle bracket .
A method of embedding an antenna inside a structural panel of an aircraft, the method comprising: forming a first sheet from fiberglass with the first sheet being rigid and having a convex top surface and a concave opposite bottom surface so as to form a curved configuration that matches the curved configuration of the structural component part of the aircraft the structural panel is to become a part of; fixing a first antenna layer of electrically conductive material to the top surface of the first sheet ; fixing a distribution network layer of electrically conductive material to the bottom surface of the first sheet ; etching a first antenna configuration into the first antenna layer ; etching a distribution network configuration into the distribution network layer ; forming a second sheet from fiberglass with the second sheet being rigid and having a convex top surface and a concave opposite bottom surface and having the same configuration as the first sheet ; fixing a second antenna layer of electrically conductive material to the bottom surface of the second sheet ; etching a second antenna configuration into the second antenna layer ; and securing the first sheet to the second sheet with the bottom surface of the first sheet engaging with the top surface of the second sheet . forming a first sheet from fiberglass with the first sheet being rigid and having a convex top surface and a concave opposite bottom surface so as to form a curved configuration that matches the curved configuration of the structural component part of the aircraft the structural panel is to become a part of; fixing a first antenna layer of electrically conductive material to the top surface of the first sheet ; fixing a distribution network layer of electrically conductive material to the bottom surface of the first sheet ; etching a first antenna configuration into the first antenna layer ; etching a distribution network configuration into the distribution network layer ; forming a second sheet from fiberglass with the second sheet being rigid and having a convex top surface and a concave opposite bottom surface and having the same configuration as the first sheet ; fixing a second antenna layer of electrically conductive material to the bottom surface of the second sheet ; etching a second antenna configuration into the second antenna layer ; and securing the first sheet to the second sheet with the bottom surface of the first sheet engaging with the top surface of the second sheet .
A method of managing a battery of an electronic device , the method comprising: obtaining first information of functional parameters of the battery ; obtaining second information of an operational status of the electronic device and a user activity, wherein the user activity includes an actual time and a period of charging the battery and a time and a pattern of using the electronic device ; obtaining heuristic information comprising information relating to a previous user activity comprising past charging habits; identifying that a charge of battery is required based on the first information and the second information; and in response to identifying that the charge of battery is required, generating a charging pattern including information regarding when and how to charge the battery based on the first information, the second information and the heuristic information. obtaining first information of functional parameters of the battery ; obtaining second information of an operational status of the electronic device and a user activity, wherein the user activity includes an actual time and a period of charging the battery and a time and a pattern of using the electronic device ; obtaining heuristic information comprising information relating to a previous user activity comprising past charging habits; identifying that a charge of battery is required based on the first information and the second information; and in response to identifying that the charge of battery is required, generating a charging pattern including information regarding when and how to charge the battery based on the first information, the second information and the heuristic information.
Method for producing a sewer pipe element with a plastics lining, the method comprising the following steps: - providing a mould , comprising an outer formwork and an inner formwork , a mould cavity defined between the outer formwork and inner formwork defining a cylindrical sewer pipe element which has a receiving portion at one axial end and a plug-in portion at the opposite axial end, an inner cross-sectional dimension (d1) of the receiving portion being equal to or greater than an outer cross-sectional dimension (d2) of the plug-in portion such that, for the axial coupling of two adjacent sewer pipe elements, said plug-in portion of one sewer pipe element can be inserted into the receiving portion of the adjacent sewer pipe element so as to fit therein, the inner formwork being made of plastics material and comprising a first formwork portion defining the inner wall of the receiving portion , and comprising a third formwork portion which defines the inner wall of a pipe portion of the sewer pipe element extending axially between the receiving portion and the plug-in portion , - introducing concrete into the mould , - demoulding the outer formwork , the inner formwork remaining connected to the concrete after curing of the concrete and forming the plastics lining of the finished sewer pipe element, characterised in that in the step of providing the mould , the inner formwork comprises a second formwork portion defining the outer wall of the plug-in portion , and in that in the step of providing the mould , the inner formwork is set up with a vertical cylinder axis, the receiving portion facing upwards, and in that in the step of introducing the concrete, the concrete is introduced into the mould cavity through a radial gap between the first formwork portion and the outer formwork. - providing a mould , comprising an outer formwork and an inner formwork , a mould cavity defined between the outer formwork and inner formwork defining a cylindrical sewer pipe element which has a receiving portion at one axial end and a plug-in portion at the opposite axial end, an inner cross-sectional dimension (d1) of the receiving portion being equal to or greater than an outer cross-sectional dimension (d2) of the plug-in portion such that, for the axial coupling of two adjacent sewer pipe elements, said plug-in portion of one sewer pipe element can be inserted into the receiving portion of the adjacent sewer pipe element so as to fit therein, - introducing concrete into the mould , - demoulding the outer formwork ,
A regional surveillance and alarming method, which is applicable to a control device in a surveillance system, the control device having stored thereon an association table, in which a plurality of target objects, an associated object of each of the target objects and an alarm output triggering condition for each of the target objects are recorded, wherein, the target objects comprise a security region where the control device is located or a video surveillance region, the alarm output triggering condition for each target object is a result of a logical operation on states of all the associated objects of the target object, the security region where the control device is located is taken as a first target object, and the security region comprises video surveillance regions, characterized in that the method comprising: determining (S101) all first associated objects of the first target object based on associated objects of a target object recorded in the association table as stored in the control device , wherein the first associated objects are video surveillance regions; obtaining a state of each of the first associated objects, comprising: taking the first associated object as a second target object, determining all second associated objects of the second target object, and determining a state of the second target object based on the states of all the second associated objects and the alarm output triggering condition for the second target object as recorded in the association table (SI02), wherein the second associated object is a detection device within the video surveillance region; determining whether a result of a logical operation on the states of all the first associated objects satisfies the alarm output triggering condition for the first target object as recorded in the association table (S103); and if the result satisfies the condition, outputting an alarm signal (S104). determining (S101) all first associated objects of the first target object based on associated objects of a target object recorded in the association table as stored in the control device , wherein the first associated objects are video surveillance regions; obtaining a state of each of the first associated objects, comprising: taking the first associated object as a second target object, determining all second associated objects of the second target object, and determining a state of the second target object based on the states of all the second associated objects and the alarm output triggering condition for the second target object as recorded in the association table (SI02), wherein the second associated object is a detection device within the video surveillance region; determining whether a result of a logical operation on the states of all the first associated objects satisfies the alarm output triggering condition for the first target object as recorded in the association table (S103); and if the result satisfies the condition, outputting an alarm signal (S104).
Conductor for bare overhead power lines with a monitoring system, comprising: - a load-bearing core , made of composite material; - one or more electrically conductive layers , externally associated with said load-bearing core ; characterized in that said monitoring system comprises: - two or more optical fibers , arranged longitudinally along said load-bearing core , on a radially external surface of the same, wherein said two or more optical fibers are arranged at approximately 90° or approximately 120°, so that, for any deformation of the core, at least one optic fiber is under compression and at least one optic fiber is under tension; wherein said conductor further comprises: - a BOTDR system , associated with said optical fibers and configured for reading a bending radius of said load-bearing core and/or for determining the presence of cracks on said load-bearing core and/or for determining the position of said cracks; and/or for determining a maximum allowable bending radius; - a processing unit configured for generating, as a function of said reading, a notification signal in the event that critical parameters are reached. - a load-bearing core , made of composite material; - one or more electrically conductive layers , externally associated with said load-bearing core ; characterized in that said monitoring system comprises: - two or more optical fibers , arranged longitudinally along said load-bearing core , on a radially external surface of the same, wherein said two or more optical fibers are arranged at approximately 90° or approximately 120°, so that, for any deformation of the core, at least one optic fiber is under compression and at least one optic fiber is under tension; - two or more optical fibers , arranged longitudinally along said load-bearing core , on a radially external surface of the same, wherein said two or more optical fibers are arranged at approximately 90° or approximately 120°, so that, for any deformation of the core, at least one optic fiber is under compression and at least one optic fiber is under tension; wherein said conductor further comprises: - a BOTDR system , associated with said optical fibers and configured for reading a bending radius of said load-bearing core and/or for determining the presence of cracks on said load-bearing core and/or for determining the position of said cracks; and/or for determining a maximum allowable bending radius; - a processing unit configured for generating, as a function of said reading, a notification signal in the event that critical parameters are reached. - a BOTDR system , associated with said optical fibers and configured for reading a bending radius of said load-bearing core and/or for determining the presence of cracks on said load-bearing core and/or for determining the position of said cracks; and/or for determining a maximum allowable bending radius; - a processing unit configured for generating, as a function of said reading, a notification signal in the event that critical parameters are reached.
Motor vehicle on-board electrical system comprising an ammeter for measuring a current in a line of the on-board electrical system, comprising: - a current sensor , which has a shunt resistor or a Hall sensor or a magnetoresistive sensor, for measuring a current in the line of the on-board electrical system and for outputting a current value; and - a metrological zero-crossing circuit , which has a comparator , for ascertaining a zero crossing of the current in the line , wherein: the zero-crossing determination is carried out in parallel with the current measurement, the ammeter is configured to determine a current value ascertained at the time of the ascertained zero crossing , the ammeter is configured to correct the current values output by the current sensor on the basis of the current value ascertained at the time of the ascertained zero crossing . - a current sensor , which has a shunt resistor or a Hall sensor or a magnetoresistive sensor, for measuring a current in the line of the on-board electrical system and for outputting a current value; and - a metrological zero-crossing circuit , which has a comparator , for ascertaining a zero crossing of the current in the line , wherein: the zero-crossing determination is carried out in parallel with the current measurement, the ammeter is configured to determine a current value ascertained at the time of the ascertained zero crossing , the ammeter is configured to correct the current values output by the current sensor on the basis of the current value ascertained at the time of the ascertained zero crossing . the zero-crossing determination is carried out in parallel with the current measurement, the ammeter is configured to determine a current value ascertained at the time of the ascertained zero crossing , the ammeter is configured to correct the current values output by the current sensor on the basis of the current value ascertained at the time of the ascertained zero crossing .
An assembly for delivering material into a patient including: an introducer unit having a proximal end, a distal end and a lumen extending within the introducer unit from the proximal to the distal ends; a side feed located at a position between the proximal and distal ends of the introducer unit and in fluid communication with the lumen; the proximal end of the introducer unit being couplable to a material source providing material in filamentary, thread or wire form such that material from the source is passable through the lumen to the distal end of the introducer unit; a cannula disposed in the introducer unit at the proximal end thereof; the cannula being couplable to the material source and including at least one aperture therein; a sealed chamber in communication with the side feed and the at least one aperture; wherein the side feed is couplable to a driving fluid source ; wherein supply of driving fluid through the side feed and the sealed chamber is forced under pressure through the at least one aperture and causes material in the lumen to be pulled towards and out of the distal end of the introducer unit. an introducer unit having a proximal end, a distal end and a lumen extending within the introducer unit from the proximal to the distal ends; a side feed located at a position between the proximal and distal ends of the introducer unit and in fluid communication with the lumen; the proximal end of the introducer unit being couplable to a material source providing material in filamentary, thread or wire form such that material from the source is passable through the lumen to the distal end of the introducer unit; a cannula disposed in the introducer unit at the proximal end thereof; the cannula being couplable to the material source and including at least one aperture therein; a sealed chamber in communication with the side feed and the at least one aperture; wherein the side feed is couplable to a driving fluid source ; wherein supply of driving fluid through the side feed and the sealed chamber is forced under pressure through the at least one aperture and causes material in the lumen to be pulled towards and out of the distal end of the introducer unit.
A Transesophageal Echocardiography Endoscopic (TEE) camera assist device for adding direct visualization of a patient's esophagus during Transesophageal Echocardiography intubation, comprising: a carrier comprising a distal component , a proximal component , and a mid-section lumen, the distal component being adapted to be removeably attached to a TEE probe, which comprises a transducer at the distal end of the probe, such that the distal component is attached to the back end of the TEE probe opposite the transducer, the distal component and a portion of said mid-section lumen being adapted to be inserted into a patient's esophagus during intubation along with said TEE probe; said distal component of the carrier further comprising a camera and a light source or a camera with built-in illumination; wherein, said distal component is removably attached to the TEE probe prior to intubation of the TEE probe, thereby allowing direct visualization during the intubation procedure, characterized in that when both the TEE probe and the distal component are disposed within the esophagus, said distal component of the carrier is configured to detach from the back end of the TEE probe in response to a tensile force being applied to the carrier, thus permitting removal of said carrier from the esophagus while leaving the TEE probe in the esophagus. a carrier comprising a distal component , a proximal component , and a mid-section lumen, the distal component being adapted to be removeably attached to a TEE probe, which comprises a transducer at the distal end of the probe, such that the distal component is attached to the back end of the TEE probe opposite the transducer, the distal component and a portion of said mid-section lumen being adapted to be inserted into a patient's esophagus during intubation along with said TEE probe; said distal component of the carrier further comprising a camera and a light source or a camera with built-in illumination; wherein, said distal component is removably attached to the TEE probe prior to intubation of the TEE probe, thereby allowing direct visualization during the intubation procedure, characterized in that when both the TEE probe and the distal component are disposed within the esophagus, said distal component of the carrier is configured to detach from the back end of the TEE probe in response to a tensile force being applied to the carrier, thus permitting removal of said carrier from the esophagus while leaving the TEE probe in the esophagus.
A liquid-proof connector comprising: a columnar terminal having a rectangular cross-sectional shape; a connector housing which is obtained through insert molding with the columnar terminal , is made of fiber-reinforced plastic, and has a terminal holding hole to which the columnar terminal is inserted and a fitting portion which fits to a counterpart terminal, wherein an in-holding-hole insertion portion , which is a portion being present within the terminal holding hole of the columnar terminal , is fixed to the terminal holding hole in an airtight state by bringing a surface in close contact with an inner surface of the terminal holding hole , and characterized in that the fibers in the fiber-reinforced plastic of the connector housing are oriented in a longitudinal direction (M) of the columnar terminal , and the tensile strength of the fiber-reinforced plastic in a direction perpendicular (T CS , T DP ) to the longitudinal direction (M) is 45 MPa or more. a columnar terminal having a rectangular cross-sectional shape; a connector housing which is obtained through insert molding with the columnar terminal , is made of fiber-reinforced plastic, and has a terminal holding hole to which the columnar terminal is inserted and a fitting portion which fits to a counterpart terminal, wherein an in-holding-hole insertion portion , which is a portion being present within the terminal holding hole of the columnar terminal , is fixed to the terminal holding hole in an airtight state by bringing a surface in close contact with an inner surface of the terminal holding hole , and characterized in that the fibers in the fiber-reinforced plastic of the connector housing are oriented in a longitudinal direction (M) of the columnar terminal , and the tensile strength of the fiber-reinforced plastic in a direction perpendicular (T CS , T DP ) to the longitudinal direction (M) is 45 MPa or more.