mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the replacement of a telecommunications tower placed on an existing foundation and provided with antenna equipment , characterized in that the method comprises the following steps: - setting up a replacement telecommunications tower next to the existing telecommunications tower , wherein a temporary base is deployed next to the existing telecommunications tower and the replacement telecommunications tower is placed on the temporary base , and wherein the replacement telecommunications tower is provided with antenna equipment ; - setting into operation the replacement telecommunications tower ; - shutting down the existing telecommunications tower ; - removing the existing telecommunications tower from the existing foundation ; - removing the replacement telecommunications tower from the temporary base and transfer the replacement telecommunications tower to the existing foundation ; and - remove the temporary base . - setting up a replacement telecommunications tower next to the existing telecommunications tower , wherein a temporary base is deployed next to the existing telecommunications tower and the replacement telecommunications tower is placed on the temporary base , and wherein the replacement telecommunications tower is provided with antenna equipment ; - setting into operation the replacement telecommunications tower ; - shutting down the existing telecommunications tower ; - removing the existing telecommunications tower from the existing foundation ; - removing the replacement telecommunications tower from the temporary base and transfer the replacement telecommunications tower to the existing foundation ; and - remove the temporary base .
A method for producing a shaped brick (80; 88; 130; 150; 160; 180; 192), having a substantially cuboid body, which comprises two substantially parallel and spaced-apart large surfaces and lateral surfaces, which extend substantially at right angles thereto, as well as channels (82, 84, 86; 92; 132; 152; 162; 184; 194), that extend substantially parallel to the lateral surfaces and substantially perpendicular to the large surfaces, into which channels a filling made of an insulating material is at least partially introduced, wherein the pourable and/or blowable insulation material particles are blown and/or sucked into the corresponding channels (82; 84; 86; 92; 132; 152; 162; 184; 194), wherein at least some of the channels (82, 84, 86; 92; 132; 152; 162; 184; 194) are filled with pourable and/or blowable insulation material particles made of mineral fibers with or without a binder, and wherein the pourable and/or blowable insulation material particles are fixed in the area of at least one large surface of the shaped brick (80; 88; 130; 150; 160; 180; 192), by means of a layer of at least one binding agent, after the introduction into the channels (82, 84, 86; 92; 132; 152; 162; 184; 194), characterized in that the pourable and/or blowable insulation material particles are introduced into the channels (82, 84, 86; 92; 132; 152; 162; 184; 194) with a density comprised between 45 and 120 kg/m 3 , and that an air flow, provided for introducing the pourable and/or blowable insulation material particles by blowing and/or aspirating, is set depending on a desired degree of filling of the channels (82, 84, 86; 92; 132; 152; 162; 184; 194) and/or the density of the insulation material particles arranged in the channels (82, 84, 86; 92; 132; 152; 162; 184; 194).
A catheter securement device adapted to be adhesively mounted to the skin of a patient to secure a catheter comprising a distal tube member , said device comprising: a flexible, thin, sheet-like base member comprising a proximal edge , a distal edge and a midportion; a releasable, flexible, thin, sheet-like retention member comprising a fixed end, a releasable end, a proximal edge and a distal edge , said fixed end attached to said base member and said releasable end releasably attached to said base member ; wherein said distal edge of said retention member is offset along a horizontal plane from said distal edge of said base member and wherein said distal edge of said retention member is located substantially midway between said proximal edge of said base member and said distal edge of said base member when said retention member is attached to said base member such that an uplift focus area is located in said midportion resulting in a tenting effect of said base member when an upward force is applied to said distal tube member . a flexible, thin, sheet-like base member comprising a proximal edge , a distal edge and a midportion; a releasable, flexible, thin, sheet-like retention member comprising a fixed end, a releasable end, a proximal edge and a distal edge , said fixed end attached to said base member and said releasable end releasably attached to said base member ; wherein said distal edge of said retention member is offset along a horizontal plane from said distal edge of said base member and wherein said distal edge of said retention member is located substantially midway between said proximal edge of said base member and said distal edge of said base member when said retention member is attached to said base member such that an uplift focus area is located in said midportion resulting in a tenting effect of said base member when an upward force is applied to said distal tube member .
A method of evaluating a detector unit of an aspirating fire detection system , the method comprising: blocking airflow out of the detector unit ; operating an aspirator of the detector unit at a predetermined power after blocking airflow out of the detector unit ; measuring an air pressure downstream of the aspirator ; and determining a leak within the detector unit when the measured air pressure is below a predetermined threshold. blocking airflow out of the detector unit ; operating an aspirator of the detector unit at a predetermined power after blocking airflow out of the detector unit ; measuring an air pressure downstream of the aspirator ; and determining a leak within the detector unit when the measured air pressure is below a predetermined threshold.
Electrical device intended to establish or break the current in an electrical circuit, said device comprising at least two pairs of fixed contacts, each pair comprising two fixed contacts electrically linked to an upstream terminal and to a downstream terminal, respectively, of the device, and, associated with at least one pair of the at least two pairs of fixed contacts, a bridge of two mobile contacts which can be moved between a first position, in which it electrically links these two fixed contacts, and a second position, in which the flow of current between these two fixed contacts is broken, one of the pairs of fixed contacts and its associated bridge of mobile contacts being on a line carrying a phase, the other or another of the pairs of fixed contacts and an associated electrical link being on a line carrying the neutral, the electrical link between the two terminals situated on the neutral line being a permanent link, the aforementioned electrical link being produced by a single-part rigid conductor comprising, at its two opposite ends, respectively, two end portions forming two connection lands , respectively, of the two terminals , respectively, characterized in that the aforementioned conductor has a U shape comprising a rectilinear central portion having, at each of its two opposite ends, two successive right-angled bends , said neutral conductor having a general shape corresponding to that of the set of conductors which are situated between an upstream terminal and a downstream terminal , on each of the phase lines .
A method for controlling a motorized blind installation , the installation comprising a frame holding a rolling up tube intended to be rotated by an actuator comprising a tubular driving motor allowing a blind fabric to be rolled up or unrolled around the tube at a first end, the blind fabric being secured at a second end to a loading bar laid out substantially parallel to the rolling up tube and movably mounted relatively to the frame between respectively rolled up and unrolled travel end positions of the fabric through foldable arms , the method comprising, during the fabric deployment, a step for controlling the actuator in order to bring the fabric in a stretched, unrolled travel end position, the method being characterized in that it comprises an adjustment phase (EO) comprising : during the fabric deployment, a step (E01) for monitoring the motor rotation speed or the motor torque, a step (E02) for detecting an increase of the motor rotation speed or the motor torque, following to an unfolding movement of the arms at the end of the deployment preceding the arrival of the arms in an arms locking position, the end of the deployment being automatically initiated (E03) in response to the detection of the increase of the motor rotation speed or the motor torque ; a step (E04) for memorizing the position of the blind at the deployment end, the memorized position corresponding to the stretched, unrolled travel end position ; a step (E05) for continuous folding of the blind up to the rolled up travel end position ; the method comprising, during the next operating cycles : during the fabric deployment, a step (E13) intended to automatically stop the deployment at the position memorized during the adjustment phase. during the fabric deployment, a step (E01) for monitoring the motor rotation speed or the motor torque, a step (E02) for detecting an increase of the motor rotation speed or the motor torque, following to an unfolding movement of the arms at the end of the deployment preceding the arrival of the arms in an arms locking position, the end of the deployment being automatically initiated (E03) in response to the detection of the increase of the motor rotation speed or the motor torque ; a step (E04) for memorizing the position of the blind at the deployment end, the memorized position corresponding to the stretched, unrolled travel end position ; a step (E05) for continuous folding of the blind up to the rolled up travel end position ; the method comprising, during the next operating cycles : during the fabric deployment, a step (E13) intended to automatically stop the deployment at the position memorized during the adjustment phase.
A system comprising a weighing scale , a store-associated database comprised on a remote server , and a portable computer device in communication with the store-associated database via a telecommunications network, or an internet connection, or a wireless communications protocol, or via the weighing scale, characterised in that the portable computer device is additionally in communication with the scale via a wireless communications protocol, and the system further comprises an indoor positioning system adapted to show the position of a user of the portable computer device via a map provided by an application installed on the portable computer device . the portable computer device is additionally in communication with the scale via a wireless communications protocol, and the system further comprises an indoor positioning system adapted to show the position of a user of the portable computer device via a map provided by an application installed on the portable computer device .
A device for detecting muscle seizure of a subject , said device comprising: - an activity input configured to obtain activity information related to a subject's activity when using a user device; - a gaze input configured to obtain gaze information related to the subject's gaze when using the user device; - a detection unit configured to detect a muscle seizure of the subject when using the user device by determining if the activity information indicates a reduction in said subject's activity using a user device and if the gaze information indicates that the subject's gaze is directed to said user device; and - a control unit configured to generating a control signal , if the detection unit detects a muscle seizure of the subject , for controlling a vibration unit attached to the subject and/or the user device to vibrate. - an activity input configured to obtain activity information related to a subject's activity when using a user device; - a gaze input configured to obtain gaze information related to the subject's gaze when using the user device; - a detection unit configured to detect a muscle seizure of the subject when using the user device by determining if the activity information indicates a reduction in said subject's activity using a user device and if the gaze information indicates that the subject's gaze is directed to said user device; and - a control unit configured to generating a control signal , if the detection unit detects a muscle seizure of the subject , for controlling a vibration unit attached to the subject and/or the user device to vibrate.
A signalling system for use with a plurality of power cells (Ci-1, Ci) each cell having a different supply voltage interval ((V(Ci-), V(Ci+)) and each cell having its respective signalling device (CMi) and whereby each signalling device (CMi) is powered by the correspondent power cell (Ci), the signalling system comprising: • at least an (i-1)-th and an i-th signalling device (CMi-1, CMi), and • a communication link for transmitting signals from an output terminal of said (i-1)-th signalling device (CMi-1) to an input terminal of said i-th signalling device (CMi), wherein said communication link consists of an electrical conducting connection; characterized in that • said (i-1)-th signalling device (CMi-1) comprises means (Qi-1 16, Rai-1 17) for varying the electrical potential at said output terminal in dependence upon the signal to be transmitted, • said i-th signalling device (CMi) comprises means for sensing via said communication link and said input terminal the variation of the electrical potential of said output terminal of the (i-1)-th signalling device (CMi-1) and for outputting a signal which varies in dependence upon the sensed variation of electrical potential, and • said i-th signalling device (CMi) further comprises means for limiting the variation of electrical potential at the output terminal of the (i-1)-th signalling device (CMi-1) to the supply voltage interval [V(Ci-1-), V(Ci-1+)] of said (i-1)-th signalling device, wherein the means for limiting the variation of electrical potential at output terminal of the (i-1)-th signalling device (CMi-1) comprise a resistor (Rb i 24) and a current source (Src i 25). • at least an (i-1)-th and an i-th signalling device (CMi-1, CMi), and • a communication link for transmitting signals from an output terminal of said (i-1)-th signalling device (CMi-1) to an input terminal of said i-th signalling device (CMi), wherein said communication link consists of an electrical conducting connection; • said (i-1)-th signalling device (CMi-1) comprises means (Qi-1 16, Rai-1 17) for varying the electrical potential at said output terminal in dependence upon the signal to be transmitted, • said i-th signalling device (CMi) comprises means for sensing via said communication link and said input terminal the variation of the electrical potential of said output terminal of the (i-1)-th signalling device (CMi-1) and for outputting a signal which varies in dependence upon the sensed variation of electrical potential, and • said i-th signalling device (CMi) further comprises means for limiting the variation of electrical potential at the output terminal of the (i-1)-th signalling device (CMi-1) to the supply voltage interval [V(Ci-1-), V(Ci-1+)] of said (i-1)-th signalling device,
A device for aligning an optical fiber, said device comprising a ferrule and an alignment portion for receiving a bare end of the optical fiber, wherein said ferrule and said alignment portion have a common channel , said ferrule comprising in said common channel a fiber stub for being aligned with the bare end of the optical fiber, wherein said alignment portion comprises elastic means , said elastic means exerting a force on said common channel and said elastic means adapted for opening said common channel when a force is exerted by insertion of the bare end of the optical fiber in said common channel , wherein said alignment portion comprises at least two alignment elements forming said common channel , and wherein said at least two alignment elements are adapted for contacting a portion of the fiber stub and a portion of the bare end of the optical fiber when the bare end is inserted in said common channel, resulting in three line contacts parallel to an axis of the bare end of the optical fiber.
A composition, comprising: a polycrystalline gallium nitride (GaN) having a plurality of grains, and the grains having a columnar structure; and, one or more of the grains having an average grain size in a range of from 10 nm to 1 mm; the gallium nitride having an impurity content of less than 200 ppm; the gallium nitride having a porosity in volume fraction in a range of from 0.1 % to 30 %; the gallium nitride having an apparent density in a range of from 70 % to 99.8 % of the theoretical density value corresponding to the gallium nitride;. a polycrystalline gallium nitride (GaN) having a plurality of grains, and the grains having a columnar structure; and, one or more of the grains having an average grain size in a range of from 10 nm to 1 mm; the gallium nitride having an impurity content of less than 200 ppm; the gallium nitride having a porosity in volume fraction in a range of from 0.1 % to 30 %; the gallium nitride having an apparent density in a range of from 70 % to 99.8 % of the theoretical density value corresponding to the gallium nitride;.
A suturing device comprising: a clamshell body configured to be inserted into a surgical site of a patient, the clamshell body having a first side coupled to a second side by a hinge at a hinge end , the first side and the second side each having a cantilevered end opposite the hinge end , wherein the clamshell body is configured to actuate between an open position and a closed position; a suture retainer positioned within the clamshell body and configured to receive a suture ; characterised in that the suturing device comprises further an opening formed in a wall of the clamshell body , wherein an end of the suture is configured to extend through the opening when the clamshell body is in the closed position so that the suture is accessible within the surgical site of the patient; and a cartridge configured to be positioned adjacent the suture retainer , wherein the suture is configured to be wound around the cartridge and to be pushed down the cartridge and onto the suture retainer to assist in positioning the suture around the suture retainer . a clamshell body configured to be inserted into a surgical site of a patient, the clamshell body having a first side coupled to a second side by a hinge at a hinge end , the first side and the second side each having a cantilevered end opposite the hinge end , wherein the clamshell body is configured to actuate between an open position and a closed position; a suture retainer positioned within the clamshell body and configured to receive a suture ; characterised in that the suturing device comprises further an opening formed in a wall of the clamshell body , wherein an end of the suture is configured to extend through the opening when the clamshell body is in the closed position so that the suture is accessible within the surgical site of the patient; and a cartridge configured to be positioned adjacent the suture retainer , wherein the suture is configured to be wound around the cartridge and to be pushed down the cartridge and onto the suture retainer to assist in positioning the suture around the suture retainer .
A separator assembly for separating debris particles from a fluid in a fluid system, the separator assembly comprising: a housing forming an internal chamber ; an inlet port in fluid communication with the internal chamber of the housing , wherein the inlet port is oriented in a tangential relationship relative to the internal chamber ; a first debris separation ring disposed in the housing and extending around an inner surface of the internal chamber ; characterized by a second debris separation ring disposed in the housing and extending around the inner surface of the internal chamber , wherein the second debris separation ring is spaced from the first debris separation ring ; wherein the first debris separation ring has a first inner diameter (DR1), and the second debris separation ring has a second inner diameter (DR2) that is larger than the first inner diameter (DR1). a housing forming an internal chamber ; an inlet port in fluid communication with the internal chamber of the housing , wherein the inlet port is oriented in a tangential relationship relative to the internal chamber ; a first debris separation ring disposed in the housing and extending around an inner surface of the internal chamber ; characterized by a second debris separation ring disposed in the housing and extending around the inner surface of the internal chamber , wherein the second debris separation ring is spaced from the first debris separation ring ; wherein the first debris separation ring has a first inner diameter (DR1), and the second debris separation ring has a second inner diameter (DR2) that is larger than the first inner diameter (DR1).
An ice maker comprising: an ice tray for receiving water to form ice, the ice tray having a plurality of partition ribs for partitioning an inner space into a plurality of ice making spaces; an ejector rotatably provided and for rotating the ice formed by the ice tray to discharge the ice from the ice tray ; and a motor capable of rotating the ejector in forward and backward rotational directions, wherein a cell which comprises one of the ice making spaces includes a protrusion portion protruded toward the inner space and longitudinally extended along a moving direction of the ice, and wherein the ejector includes a rotary shaft rotated by the motor , and a protrusion pin protruded in a radial direction of the rotary shaft , characterized in that the protrusion portion includes first and second protrusions arranged to be spaced apart from each other at a certain interval. an ice tray for receiving water to form ice, the ice tray having a plurality of partition ribs for partitioning an inner space into a plurality of ice making spaces; an ejector rotatably provided and for rotating the ice formed by the ice tray to discharge the ice from the ice tray ; and a motor capable of rotating the ejector in forward and backward rotational directions, wherein a cell which comprises one of the ice making spaces includes a protrusion portion protruded toward the inner space and longitudinally extended along a moving direction of the ice, and wherein the ejector includes a rotary shaft rotated by the motor , and a protrusion pin protruded in a radial direction of the rotary shaft , characterized in that the protrusion portion includes first and second protrusions arranged to be spaced apart from each other at a certain interval.