mhurhangee/patent-ind-claim-en huggingface dataset:
A collapsible container, comprising a base , four hinged lateral walls configured for collapsing separately on the base; attachment means between adjoining lateral walls in the assembled position, the attachment means comprising retention elements arranged on each lateral wall of a first pair of opposite lateral walls; and a flexible internal structure for separating and protecting products to be transported in the container, the flexible internal structure being fixed on bars ; the collapsible container characterized in that : - the attachment means further comprise flaps arranged on opposite edges of each lateral wall of a second pair of opposite lateral walls adjoining said first pair of lateral walls, each flap being bent inwards, - each retention element comprises an extension that together with the lateral wall to which it is fixed forms a groove for inserting and retaining the respective flap of the adjoining lateral wall for which, during the unfolding procedure, the flap surpasses the retaining element and then is allowed to recede slightly until it is inserted into the groove , - each retention element is spaced a distance from an edge of the lateral wall in which it is arranged, a distance that is a function of the width of the flap to enable the insertion thereof into the retention element , during the assembly of the container, - and each of the lateral walls of the second pair of opposite lateral walls comprises a bar which extends between the flaps of the same lateral wall. - the attachment means further comprise flaps arranged on opposite edges of each lateral wall of a second pair of opposite lateral walls adjoining said first pair of lateral walls, each flap being bent inwards, - each retention element comprises an extension that together with the lateral wall to which it is fixed forms a groove for inserting and retaining the respective flap of the adjoining lateral wall for which, during the unfolding procedure, the flap surpasses the retaining element and then is allowed to recede slightly until it is inserted into the groove , - each retention element is spaced a distance from an edge of the lateral wall in which it is arranged, a distance that is a function of the width of the flap to enable the insertion thereof into the retention element , during the assembly of the container, - and each of the lateral walls of the second pair of opposite lateral walls comprises a bar which extends between the flaps of the same lateral wall.
A pole for supporting at least one light fixture and at least one information and communication device thereon, the pole comprising: an elongate structural core to support weight of the pole; an elongate external covering housing at least an upper portion of the structural core therein; the structural core defining a plural number of channels within the external covering to separate electrical wiring provided in each of the number channels; and a base , the base comprising: a base plate having a central through hole for passing cabling therethrough, the base plate configured to be secured to a site where the pole is installed; and an upstanding hollow central column provided on the base plate, a bottom portion of the structural core received in the central column; wherein the base further comprises a casing provided around and spaced apart from the central column; and wherein the base further comprises radial ribs extending from the central column to support the casing, wherein the casing contacts free longitudinal edges of the radial ribs such that the radial ribs and the casing together define a number of separate chambers , the number of chambers being equal to the number of radial ribs. an elongate structural core to support weight of the pole; an elongate external covering housing at least an upper portion of the structural core therein; the structural core defining a plural number of channels within the external covering to separate electrical wiring provided in each of the number channels; and a base , the base comprising: a base plate having a central through hole for passing cabling therethrough, the base plate configured to be secured to a site where the pole is installed; and an upstanding hollow central column provided on the base plate, a bottom portion of the structural core received in the central column; wherein the base further comprises a casing provided around and spaced apart from the central column; and wherein the base further comprises radial ribs extending from the central column to support the casing, wherein the casing contacts free longitudinal edges of the radial ribs such that the radial ribs and the casing together define a number of separate chambers , the number of chambers being equal to the number of radial ribs. a base plate having a central through hole for passing cabling therethrough, the base plate configured to be secured to a site where the pole is installed; and an upstanding hollow central column provided on the base plate, a bottom portion of the structural core received in the central column; wherein the base further comprises a casing provided around and spaced apart from the central column; and wherein the base further comprises radial ribs extending from the central column to support the casing, wherein the casing contacts free longitudinal edges of the radial ribs such that the radial ribs and the casing together define a number of separate chambers , the number of chambers being equal to the number of radial ribs.
A system , comprising: an interface , configured to receive, from a probe that comprises electrodes and is positioned inside a cavity in an organ of a patient, (i) proximity signals indicative of proximity of the electrodes to a wall of the cavity, and (ii) position signals indicative of positions of the electrodes within the cavity; and a processor , configured to: represent at least a portion of a volume of the cavity by a sphere model comprising multiple spheres, based on the proximity signals and the position signals, wherein the sphere-model comprises partially overlapping spheres of different sizes, with the smaller spheres located closer to the wall of the cavity; calculate an estimated contour of the wall of the cavity based on the sphere-model; and present the estimated contour of the wall to a user; and characterised in that the proximity signals comprise bi-polar electrical signals, exchanged between the electrodes at a plurality of radiofrequency ranges. an interface , configured to receive, from a probe that comprises electrodes and is positioned inside a cavity in an organ of a patient, (i) proximity signals indicative of proximity of the electrodes to a wall of the cavity, and (ii) position signals indicative of positions of the electrodes within the cavity; and a processor , configured to: represent at least a portion of a volume of the cavity by a sphere model comprising multiple spheres, based on the proximity signals and the position signals, wherein the sphere-model comprises partially overlapping spheres of different sizes, with the smaller spheres located closer to the wall of the cavity; calculate an estimated contour of the wall of the cavity based on the sphere-model; and present the estimated contour of the wall to a user; and characterised in that the proximity signals comprise bi-polar electrical signals, exchanged between the electrodes at a plurality of radiofrequency ranges. represent at least a portion of a volume of the cavity by a sphere model comprising multiple spheres, based on the proximity signals and the position signals, wherein the sphere-model comprises partially overlapping spheres of different sizes, with the smaller spheres located closer to the wall of the cavity; calculate an estimated contour of the wall of the cavity based on the sphere-model; and present the estimated contour of the wall to a user; and characterised in that the proximity signals comprise bi-polar electrical signals, exchanged between the electrodes at a plurality of radiofrequency ranges.
An apparatus for coastal protection, wherein the apparatus comprises: - a central anchoring body and - multiple collector arms which are fastened to the central anchoring body , characterised in that the collector arms have a frame , in that a cladding is provided on the frame , and in that the cladding comprises one or more cladding elements which are of sheet-like design and have throughopenings. - a central anchoring body and - multiple collector arms which are fastened to the central anchoring body ,
Method for wear monitoring of a hydraulic parking brake comprising in succession (i) a first step of acquisition, at an engagement of the parking brake, a derivative of signal representative of a pressure in a corresponding actuation circuit of the parking brake, the method is characterized in that it further comprises (ii) a second step of measurement of a time interval (TH2, TH3, etc..) elapsing between a first instant (IS), corresponding to the activation of the engagement command of the parking brake and associated with the switching of a control switch of the hydraulic circuit or with a first divergent trend of the derivative of the signal representative of the pressure, and a second instant (FS1, FS2, FS3) wherein the derivative of said signal assumes a second divergent trend and (iii) a third step of comparing said time interval (TH2, TH3, etc..) with a predetermined threshold (TH1).
An inhalation-synchronized fluid dispenser device comprising a body provided with a mouthpiece , a fluid reservoir containing a fluid and a propellant gas being mounted to slide axially relative to said body , a metering valve including a valve member being assembled by means of a fastener element , such as a crimping cap, on said reservoir for selectively dispensing the fluid, said device further comprising: • a blocking element that pivots about a pivot axis B between a blocking position in which said metering valve cannot be actuated, and an actuation position in which said metering valve can be actuated, • a trigger element that pivots about a pivot axis C between a locking position in which it blocks said blocking element in its blocking position, and a release position in which it does not block said blocking element , and • an inhalation-controlled trigger system including an inhalation-sensitive member that is deformable and/or movable under the effect of inhaling, said inhalation-sensitive member co-operating with said trigger element , so that when said inhalation-sensitive member is deformed and/or moved, it moves and/or deforms said trigger element towards its release position, thereby making it possible to move and/or deform said blocking element from its blocking position towards its actuation position, said device comprising an actuator member that is mounted to move axially, in particular in sliding, in said body between a rest position and a primed position, and a spring characterized in that said spring is arranged between said actuator member and said reservoir or an element (900; 950) that is secured to said reservoir , so that when said actuator member moves towards its primed position, said spring is compressed, so as to transmit an axial force (F) to said reservoir , said axial force (F) extending along an axis Y that is perpendicular to said pivot axis B of said blocking element , said axis Y being spaced apart from said pivot axis B by a distance d that is not zero, said distance d being less than 2.5 mm, advantageously less than 1 mm, preferably about 0.4 mm. • a blocking element that pivots about a pivot axis B between a blocking position in which said metering valve cannot be actuated, and an actuation position in which said metering valve can be actuated, • a trigger element that pivots about a pivot axis C between a locking position in which it blocks said blocking element in its blocking position, and a release position in which it does not block said blocking element , and • an inhalation-controlled trigger system including an inhalation-sensitive member that is deformable and/or movable under the effect of inhaling, said inhalation-sensitive member co-operating with said trigger element , so that when said inhalation-sensitive member is deformed and/or moved, it moves and/or deforms said trigger element towards its release position, thereby making it possible to move and/or deform said blocking element from its blocking position towards its actuation position,
A degasification system comprising: a plurality of degasification units configured to degasify a liquid; a cylindrical housing configured to house the plurality of degasification units in parallel: and a suction pipe communicating with an inside of hollow fiber membranes and penetrating the housing to suction the inside of the hollow fiber membranes , wherein each of the plurality of degasification units includes a hollow fiber membrane bundle in which the plurality of hollow fiber membranes are bundled in a cylindrical shape and a cylinder in which the hollow fiber membrane bundle is housed, wherein the housing has an inlet through which the liquid is supplied from outside, an outlet through which the liquid is discharged to the outside, and a sealing portion which partitions an internal space of the housing into an upstream side region (B) on the inlet side and a downstream side region (C) on the outlet side via the plurality of degasification units , wherein the plurality of degasification units are arranged in parallel so that the liquid is supplied in parallel from the inlet , wherein the plurality of degasification units are configured such that pressure losses of the liquid differ depending on a distance from a central axis (L) of the housing , so that a deviation of a flow rate of a liquid flowing through the plurality of degasification units is reduced, and wherein the pressure loss of the liquid flowing through the degasification units increases the closer the degasification units are to the central axis of the housing . a plurality of degasification units configured to degasify a liquid; a cylindrical housing configured to house the plurality of degasification units in parallel: and a suction pipe communicating with an inside of hollow fiber membranes and penetrating the housing to suction the inside of the hollow fiber membranes , wherein each of the plurality of degasification units includes a hollow fiber membrane bundle in which the plurality of hollow fiber membranes are bundled in a cylindrical shape and a cylinder in which the hollow fiber membrane bundle is housed, wherein the housing has an inlet through which the liquid is supplied from outside, an outlet through which the liquid is discharged to the outside, and a sealing portion which partitions an internal space of the housing into an upstream side region (B) on the inlet side and a downstream side region (C) on the outlet side via the plurality of degasification units , wherein the plurality of degasification units are arranged in parallel so that the liquid is supplied in parallel from the inlet , wherein the plurality of degasification units are configured such that pressure losses of the liquid differ depending on a distance from a central axis (L) of the housing , so that a deviation of a flow rate of a liquid flowing through the plurality of degasification units is reduced, and wherein the pressure loss of the liquid flowing through the degasification units increases the closer the degasification units are to the central axis of the housing .
An apparatus for coating granular particles comprising: a static fluidized bed preheater apparatus for heating granular particles having a source of heated air or gas and an outlet , a rotary drum having an entry horizontally coupled to the static fluidized bed preheater to receive heated granular particles from the static fluidized bed preheater , the entry of the rotary drum comprising a combined chute and support truss , where the chute is coupled to the rotary drum and a feed end ring is positioned about the chute , the chute having a first section including a housing having a first end and a second end , the second end having a generally circular shape and which is coupled to a second section of the chute , the second section having a generally elliptical shape with a discharge end and positioned at an angle with respect to the position of the rotary drum , and an intermediate segment of the second section penetrating the support truss located within the rotary drum , a coating apparatus positioned within the rotary drum to apply a coating to the heated granular particles, a cooling apparatus positioned horizontally in association with the rotary drum , the cooling apparatus comprising a gas inlet for a flow of cooling air or gas to cool the granular particles subsequent to coating and an outlet for the air and vapor, and a rotary screener . a static fluidized bed preheater apparatus for heating granular particles having a source of heated air or gas and an outlet , a rotary drum having an entry horizontally coupled to the static fluidized bed preheater to receive heated granular particles from the static fluidized bed preheater , the entry of the rotary drum comprising a combined chute and support truss , where the chute is coupled to the rotary drum and a feed end ring is positioned about the chute , the chute having a first section including a housing having a first end and a second end , the second end having a generally circular shape and which is coupled to a second section of the chute , the second section having a generally elliptical shape with a discharge end and positioned at an angle with respect to the position of the rotary drum , and an intermediate segment of the second section penetrating the support truss located within the rotary drum , a coating apparatus positioned within the rotary drum to apply a coating to the heated granular particles, a cooling apparatus positioned horizontally in association with the rotary drum , the cooling apparatus comprising a gas inlet for a flow of cooling air or gas to cool the granular particles subsequent to coating and an outlet for the air and vapor, and a rotary screener .
A method of forming an optical device in a body , comprising: performing a plurality of laser scans to form the optical device, each scan comprising relative movement of a laser beam and the body thereby to scan the laser beam along a respective path through the body to alter the refractive index of material of that path , wherein the paths are arranged to provide in combination a route for propagation of light through the optical device in operation that is larger in a direction substantially perpendicular to the route for propagation of light than any one of the paths individually, and wherein the laser beam comprises a pulse train and the method further comprises triggering a modulator by a sample stage to modulate the pulse train to provide a change in at least one property of the pulse train based on position along the propagation direction thereby to provide a variation of refractive index with position along the propagation direction. performing a plurality of laser scans to form the optical device, each scan comprising relative movement of a laser beam and the body thereby to scan the laser beam along a respective path through the body to alter the refractive index of material of that path , wherein the paths are arranged to provide in combination a route for propagation of light through the optical device in operation that is larger in a direction substantially perpendicular to the route for propagation of light than any one of the paths individually, and wherein the laser beam comprises a pulse train and the method further comprises triggering a modulator by a sample stage to modulate the pulse train to provide a change in at least one property of the pulse train based on position along the propagation direction thereby to provide a variation of refractive index with position along the propagation direction.
A fastening arrangement, comprising - a grommet formed as a substantially cylindrical sleeve having a head part , a hollow cylindrical shaft and a conical tip , - a fastener having a head , an adjoining shaft and a tip adjoining thereto, and a nut that can be fitted on a second thread section of the fastener , characterized in that the shaft of the fastener has a first section close to the tip and the second thread section close to the head , and a stop arranged between the first and the second thread section, - wherein the first thread section is formed as a right-hand thread and the second thread section as a left-hand thread, or alternatively, the first thread section is formed as a left-hand thread and the second thread section as a right-hand thread; and - the nut has a cylindrical shape about a central axis of rotation and has a force engagement means at one longitudinal end. - a grommet formed as a substantially cylindrical sleeve having a head part , a hollow cylindrical shaft and a conical tip , - a fastener having a head , an adjoining shaft and a tip adjoining thereto, and a nut that can be fitted on a second thread section of the fastener , - wherein the first thread section is formed as a right-hand thread and the second thread section as a left-hand thread, or alternatively, the first thread section is formed as a left-hand thread and the second thread section as a right-hand thread; and - the nut has a cylindrical shape about a central axis of rotation and has a force engagement means at one longitudinal end.
Mounting device having a mounting rail comprising a base carriage and a distance carriage for replacing a gripper tip of a gripper finger for a robot system, wherein the base carriage comprises a first fixing agent for fastening a gripper jaw of the gripper finger and the distance carriage comprises a second fixing agent for fastening the gripper tip in such a manner that the gripper jaw can be fastened by the first fixing agent to the base carriage in relation to a longitudinal direction (L) and the gripper tip can be fastened by the second fixing agent to the distance carriage in relation to the longitudinal direction (L), wherein the base carriage and the distance carriage are arranged movably against each other between a locked position (VP) and an unlocked position (EP) along the longitudinal direction (L) in such a manner that the gripper tip is locked at the gripper jaw in the locked position (VP) and the gripper tip is unlocked from the gripper jaw in the unlocked position (EP), wherein the first fixing agent is a first fixing bolt and the second fixing agent is a second fixing bolt , characterized in that a data processing system is provided for the fully automatic replacement of the gripper finger, wherein the mounting device can be controlled by the data processing system.