mhurhangee/patent-ind-claim-en huggingface dataset:
A monitoring beacon which comprises a ground seat base on which is provided a telescopic deployment mast , as well as an intrusion sensing head mounted at one end of said mast, characterized in that the monitoring beacon comprises support frames for solar panels being swivellingly mounted on the ground seat base, said beacon being configured to take a transport position, in which said panel support frames are arranged upright to form a protective cage for the beacon, solar panels mounted above said support frames being then directed towards the interior of the beacon, and an operating position, wherein said frames are folded flat around the ground seat base so as to release the mast and the associated sensing head , said solar panels being then exposed; said beacon comprising means for communicating with a management center among which a movable antenna which is provided on the telescopic mast by means of a turret mounted for rotation around said mast, and in that said sensing head is articulately mounted at the mast end, independently from said movable antenna; the movable antenna extending along the telescopic mast , a housing being provided into said ground seat base to receive a part of the antenna when the mast is retracted; and said monitoring beacon comprising a capacitive sensor arranged in the vicinity of said housing and configured to deliver information relating to the presence of the movable antenna into said housing .
An object to be held by a user, comprising: - an outer structure arranged to be held by the user, - a closed thin-walled plastic bottle comprising a body defining an internal volume and a collar , where the outer structure is a shell in contact with at least part of the body of the bottle , the shell comprises an upper collar forming an open U or C and arranged to elastically interlock onto at least part of the collar of the bottle , characterized: - in that the collar of the bottle comprises an outgrowth engaged in the aperture of the U or C of the upper collar of the shell , - and in that the bottle has a body, preferably cylindrical body, with a thickness comprised in a range from 30 um to 150 μm. - an outer structure arranged to be held by the user, - a closed thin-walled plastic bottle comprising a body defining an internal volume and a collar , where the outer structure is a shell in contact with at least part of the body of the bottle , the shell comprises an upper collar forming an open U or C and arranged to elastically interlock onto at least part of the collar of the bottle , characterized: - in that the collar of the bottle comprises an outgrowth engaged in the aperture of the U or C of the upper collar of the shell , - and in that the bottle has a body, preferably cylindrical body, with a thickness comprised in a range from 30 um to 150 μm. where the outer structure is a shell in contact with at least part of the body of the bottle , the shell comprises an upper collar forming an open U or C and arranged to elastically interlock onto at least part of the collar of the bottle , characterized: - in that the collar of the bottle comprises an outgrowth engaged in the aperture of the U or C of the upper collar of the shell , - and in that the bottle has a body, preferably cylindrical body, with a thickness comprised in a range from 30 um to 150 μm. - in that the collar of the bottle comprises an outgrowth engaged in the aperture of the U or C of the upper collar of the shell , - and in that the bottle has a body, preferably cylindrical body, with a thickness comprised in a range from 30 um to 150 μm.
A measurement device adapted to measure a distance to a target object comprising: a light source unit that is adapted to sequentially emit a plurality of beams of distance measurement light to an identical target object, based on predetermined fixed output information; and a light reception unit that is adapted to receive reflected light, from the target object, the measurement device acquiring measurement information on the basis of a reception signal corresponding to the reflected light received by the light reception unit, wherein the measurement device is arranged so that, when a value of a first wave peak of the waveform generated from the reception signal fails to be detected due to the intensity of the reflected light received by the light reception unit saturating the light reception unit, the measurement information is acquired from a value of a subsequent wave peak of the waveform, the amplitudes of the wave peaks of the waveform decreasing over time. a light source unit that is adapted to sequentially emit a plurality of beams of distance measurement light to an identical target object, based on predetermined fixed output information; and a light reception unit that is adapted to receive reflected light, from the target object, the measurement device acquiring measurement information on the basis of a reception signal corresponding to the reflected light received by the light reception unit, wherein the measurement device is arranged so that, when a value of a first wave peak of the waveform generated from the reception signal fails to be detected due to the intensity of the reflected light received by the light reception unit saturating the light reception unit, the measurement information is acquired from a value of a subsequent wave peak of the waveform, the amplitudes of the wave peaks of the waveform decreasing over time.
A surgical instrument and sling assembly for treating incontinence, the instrument comprising: a handle portion elongate along a handle axis; a needle portion connected to said handle portion , and having a substantially straight spacer portion along the handle axis, the needle portion having a hooked portion that extends from the spacer portion, wherein the hooked portion is sized and shaped to extend from an incision substantially adjacent an obturator foramen of a patient, through the obturator foramen along a path in a region between the superior pubic ramus and the inferior pubic ramus; and a sling assembly comprising a sling mesh and a dilator located at an end of the sling assembly , wherein a distal end of the hooked portion comprises a surface adapted to engage the dilator , to provide a secure attachment between the surface and the dilator . a handle portion elongate along a handle axis; a needle portion connected to said handle portion , and having a substantially straight spacer portion along the handle axis, the needle portion having a hooked portion that extends from the spacer portion, wherein the hooked portion is sized and shaped to extend from an incision substantially adjacent an obturator foramen of a patient, through the obturator foramen along a path in a region between the superior pubic ramus and the inferior pubic ramus; and a sling assembly comprising a sling mesh and a dilator located at an end of the sling assembly , wherein a distal end of the hooked portion comprises a surface adapted to engage the dilator , to provide a secure attachment between the surface and the dilator .
A furnishing item comprising at least one assembly consisting of a vertical panel perpendicular to a floor (P) and a horizontal panel or base with a visible front edge (B), parallel to said floor (P), the furnishing item further comprising a joining and levelling system, said system comprising, applied to said vertical and horizontal panels or base , a first pair of joining units , front and rear respectively, for joining said vertical and horizontal panels and a second pair of levelling units , front and rear respectively, for levelling the furnishing item with respect to the floor (P), said two pairs of joining and levelling units being operable from the front edge (B), characterized in that said two pairs of joining and levelling units (25A,25P;41A,41P) are incorporated within the thickness (S) of said base which substantially contains its overall height and are accessible through a plurality of longitudinal pass-through access holes (46,47;48,49) formed on said visible front edge (B) of said horizontal panel or base , actuation or manoeuvring tools of said two pairs of units being able to pass through said holes .
A terminal configured to receive information indicating whether or not sequence based physical uplink control channels, PUCCHs, of different terminals are multiplexed by using different cyclic shifts, said terminal comprising: a control section configured to, when said information indicates that UE multiplexing is performed, determine a specific cyclic shift candidate associated with a specific candidate value of a plurality of candidate values of a Hybrid Automatic Repeat reQuest-Acknowledgement, HARQ-ACK, based on a parameter notified from a base station , determine at least one cyclic shift candidate associated with at least one other candidate values of the plurality of candidate values based on the specific cyclic shift candidate, determine a cyclic shift associated with a value of the HARQ-ACK, from among a plurality of cyclic shift candidates including the specific cyclic shift candidate and the at least one cyclic shift candidate, and generate a sequence based on the cyclic shift; and said terminal further comprising a transmission section configured to transmit the sequence on an uplink control channel, characterized in that , when no terminal multiplexing is not explicitly notified, the control section is configured to determine the plurality of cyclic shift candidates based on a slot number of the uplink control channel. a control section configured to, when said information indicates that UE multiplexing is performed, determine a specific cyclic shift candidate associated with a specific candidate value of a plurality of candidate values of a Hybrid Automatic Repeat reQuest-Acknowledgement, HARQ-ACK, based on a parameter notified from a base station , determine at least one cyclic shift candidate associated with at least one other candidate values of the plurality of candidate values based on the specific cyclic shift candidate, determine a cyclic shift associated with a value of the HARQ-ACK, from among a plurality of cyclic shift candidates including the specific cyclic shift candidate and the at least one cyclic shift candidate, and generate a sequence based on the cyclic shift; and said terminal further comprising when said information indicates that UE multiplexing is performed, determine a specific cyclic shift candidate associated with a specific candidate value of a plurality of candidate values of a Hybrid Automatic Repeat reQuest-Acknowledgement, HARQ-ACK, based on a parameter notified from a base station , determine at least one cyclic shift candidate associated with at least one other candidate values of the plurality of candidate values based on the specific cyclic shift candidate, determine a cyclic shift associated with a value of the HARQ-ACK, from among a plurality of cyclic shift candidates including the specific cyclic shift candidate and the at least one cyclic shift candidate, and generate a sequence based on the cyclic shift; and said terminal further comprising a transmission section configured to transmit the sequence on an uplink control channel,
A secondary battery , comprising: a gas discharging part which is positioned at one end of a sealing part that seals an electrode assembly, and configured to induce a discharge of gas, the gas discharging part being configured to induce the discharge of gas by weakening bonding force compared to other attachment portions of the sealing part; characterized in that it further comprises: a detecting part configured to detect a displacement generated in the gas discharging part and generate an electric signal; a control unit configured to receive the electric signal generated by the detecting part and control charging of the secondary battery, whereby the control unit is configured to adjust the quantity of current flowing in a charging electrode of the secondary battery according to the electric signal generated by the detecting part. a detecting part configured to detect a displacement generated in the gas discharging part and generate an electric signal; a control unit configured to receive the electric signal generated by the detecting part and control charging of the secondary battery, whereby the control unit is configured to adjust the quantity of current flowing in a charging electrode of the secondary battery according to the electric signal generated by the detecting part.
A polyester resin wherein a compound shown in the following chemical formula [Chemical 3], is an essential component of an alcohol component: wherein X is an aliphatic or an aromatic residue, Y is a refined rosin residue, a disproportionated rosin residue or a hydrogenated rosin residue, and n = 0 to 1 in the formula.
Method for manufacturing composite pigment particles containing aluminum hydroxide that display an aluminum hydroxide content of at least 20% by weight, preferably at least 40% by weight, wherein an aqueous, alkaline solution of sodium aluminate with a pH value of at least 12 is provided, inorganic pigment particles are subsequently added, and the pH value of the solution is lowered to within the range < 8 to > 3, such that particulate aluminum hydroxide is precipitated and composite pigment particles containing aluminum hydroxide are formed, and the composite particles are finally separated off.
A heart pump including: a) a housing defining a cavity including at least one inlet and at least one outlet ; b) an impeller provided within the cavity , the impeller including vanes for urging fluid from the inlet to the outlet upon rotation of the impeller ; c) a drive that rotates the impeller within the cavity ; d) a magnetic bearing including at least one bearing coil that controls an axial position of the impeller within the cavity ; e) a sensor that senses an axial position of the impeller within the cavity ; and, f) a controller including an electronic processing device , characterised in that , in response to a change in axial hydraulic forces on the impeller : i) determines an axial position of the impeller within the cavity ; ii) determines a reference power in accordance with the determined axial position; and, iii) controls the magnetic bearing to cause the impeller to move until a bearing power indicator indicative of the power used by the magnetic bearing reaches the reference power. a) a housing defining a cavity including at least one inlet and at least one outlet ; b) an impeller provided within the cavity , the impeller including vanes for urging fluid from the inlet to the outlet upon rotation of the impeller ; c) a drive that rotates the impeller within the cavity ; d) a magnetic bearing including at least one bearing coil that controls an axial position of the impeller within the cavity ; e) a sensor that senses an axial position of the impeller within the cavity ; and, f) a controller including an electronic processing device , characterised in that , in response to a change in axial hydraulic forces on the impeller : i) determines an axial position of the impeller within the cavity ; ii) determines a reference power in accordance with the determined axial position; and, iii) controls the magnetic bearing to cause the impeller to move until a bearing power indicator indicative of the power used by the magnetic bearing reaches the reference power. i) determines an axial position of the impeller within the cavity ; ii) determines a reference power in accordance with the determined axial position; and, iii) controls the magnetic bearing to cause the impeller to move until a bearing power indicator indicative of the power used by the magnetic bearing reaches the reference power.
A system for checking operability of an acoustic transducer , said system comprising: a) a test signal generator for generating an inaudible test signal and for adding said test signal to an audio signal , thereby generating a signal mix comprising the test signal and the audio signal, to be provided to said acoustic transducer : characterized by b) a measuring circuit for deriving and filtering the signal mix , wherein said measuring circuit comprises an analog filter for filtering said signal mix, the filter adapted to suppress aliasing frequencies and audio signals in the signal mix; c) a converter for converting said filtred signal mix into a digital signal; d) a frequency analyzer for deriving a magnitude of said digital signal at a frequency of said test signal; and e) an evaluator for deciding about a functionality of said acoustic transducer based on said derived magnitude. a) a test signal generator for generating an inaudible test signal and for adding said test signal to an audio signal , thereby generating a signal mix comprising the test signal and the audio signal, to be provided to said acoustic transducer : characterized by b) a measuring circuit for deriving and filtering the signal mix , wherein said measuring circuit comprises an analog filter for filtering said signal mix, the filter adapted to suppress aliasing frequencies and audio signals in the signal mix; c) a converter for converting said filtred signal mix into a digital signal; d) a frequency analyzer for deriving a magnitude of said digital signal at a frequency of said test signal; and e) an evaluator for deciding about a functionality of said acoustic transducer based on said derived magnitude.
A clip configured to releasably secure an electronic package and a heat sink received in the clip, the clip comprising: at least one bimetallic structure integrated in at least one side of the clip and comprising first and second metallic layers with respective different coefficients of thermal expansion, the bimetallic structure being configured to elastically deform to exert pressure on a heat sink in response to an increase in temperature whereby to dissipate heat from the electronic package, characterised in that : the clip comprises the first metallic layer, and the second metallic layer is bonded to the clip in specific locations in order to provide the bimetallic structure, the clip further comprising: at least one leg depending from the periphery of a flat portion, wherein the at least one leg includes at least one bimetallic structure comprising first and second metallic layers with respective different coefficients of thermal expansion, the at least one leg being configured to cause deformation in the clip when the leg is subjected to heat; and a compressible thermal interface material arranged between the at least one heat sink and the electronic package at a specific location or in multiple locations, wherein the at least one bimetallic structure is configured to elastically deform above a predetermined threshold temperature whereby to exert or increase a contact pressure between the heat sink and at least one of: a portion of a housing and the thermal interface material. at least one leg depending from the periphery of a flat portion, wherein the at least one leg includes at least one bimetallic structure comprising first and second metallic layers with respective different coefficients of thermal expansion, the at least one leg being configured to cause deformation in the clip when the leg is subjected to heat; and a compressible thermal interface material arranged between the at least one heat sink and the electronic package at a specific location or in multiple locations, wherein the at least one bimetallic structure is configured to elastically deform above a predetermined threshold temperature whereby to exert or increase a contact pressure between the heat sink and at least one of: a portion of a housing and the thermal interface material.
Assembly for closing a tube, said assembly comprising a tube head provided with a neck and a lid closing said neck , said assembly further comprising a cap comprising a punch adapted to perforate said lid , said neck and said cap being configured to guide the cap to a closing position in which said punch has perforated said lid , assembly characterised in that said cap comprises a lateral skirt provided with at least one notch opening radially, said neck comprises a protrusion configured to cooperate angularly with said notch to block withdrawal of the cap , once said cap is in said closure position, said protrusion has an edge provided with an inclined portion and a straight portion , said inclined portion having configured to radially spread said cap and said straight portion being located at the level of a part of the protrusion forming a non-return stop for the cap once in the closure position.
A tractor with a hydro-static transmission (HST) which is positioned between a clutch and a secondary transmission , to transmit power, the tractor comprising: a clutch housing with the clutch and the HST positioned inside; said clutch and HST being connected through a main shaft ; a partition to separate the clutch from the HST formed inside the clutch housing and having a through hole for the main shaft ; and characterized in that , it further comprises : a heat-radiating opening formed in an upper part of the partition , distinct of the through hole , in order to discharge the heat generated by the operation of the clutch and a High Efficiency Particulate Air filter positioned at the heat-radiating opening of the partition , to prevent the clutch from being contaminated. a clutch housing with the clutch and the HST positioned inside; said clutch and HST being connected through a main shaft ; a partition to separate the clutch from the HST formed inside the clutch housing and having a through hole for the main shaft ; and characterized in that , it further comprises : a heat-radiating opening formed in an upper part of the partition , distinct of the through hole , in order to discharge the heat generated by the operation of the clutch and a High Efficiency Particulate Air filter positioned at the heat-radiating opening of the partition , to prevent the clutch from being contaminated.
A connector for connecting mutually facing ends of elongate lighting devices (M), the connector including a connector body having opposed end regions coupleable to said facing ends of said lighting devices (M), the connector body including a light emission region between said opposed end regions , characterized in that the lighting devices(M) are elongate ribbon-shaped lighting devices (M) and in that the connector includes an electrical power feed line (K1, K2) including electrical cables, the electrical power feed line with electrical contacts for cooperation with said mutually facing ends of said lighting devices (M).
Actuator (1; 100; 1000) for aeronautical applications, in particular for a rotor blade adjustment of a helicopter, comprising an electromechanical drive device and a downstream gearing (7; 700), the drive device being connected to an output via the gearing (7; 700), the drive device being divided into sub-drives that can be operated independently of one another, at least two sub-drives being spatially separated from one another by providing the gearing (7; 700) between said sub-drives , wherein the gearing is formed by at least two strain-wave gearings that are coupled to one another by means of at least one first coupling element , a first strain-wave gearing being arranged within a non-rotatable first housing , and a second strain-wave gearing being arranged within a rotatable second housing , the second housing being connected to the output , characterised in that the actuator further comprises a third strain-wave gearing and a fourth strain-wave gearing which are arranged axially between the first strain-wave gearing and the second strain-wave gearing , wherein a second coupling element is now provided instead of the first coupling element , the second coupling element coupling the first and the third strain-wave gearings (10; 30) with one another, wherein a third coupling element is provided, the third coupling element coupling the second and the fourth strain-wave gearings with one another, and wherein the second and the third coupling elements are interconnected for conjoint rotation.