mhurhangee/patent-ind-claim-en huggingface dataset:
Elevator arrangement for stopping uncontrolled movement of an elevator car, wherein the elevator comprises at least an elevator car arranged to move reciprocally in an elevator hoistway along guide rails , and means for stopping uncontrolled movement of the elevator car , wherein the arrangement comprises at least two arresters separate from the guide rails of the elevator car and independent of the suspension of the elevator car , wherein the means for stopping uncontrolled movement of the elevator car comprise a stopper means rotatable around its axis of rotation from the effect of the movement of the elevator car , the rotational movement of which stopper means is arranged to be stopped after the speed of movement of the elevator car has increased to be higher than a predefined speed wherein the stopper means is mounted rotatably on bearings on the elevator car and connected at its outer rim to the arresters in such a way that when the elevator car moves, the stopper means follows the arresters and receives its rotational movement from the arresters wherein further the arrangement comprises a brake for stopping rotational movement of the stopper means , wherein the at least two arresters are disposed essentially symmetrically with respect to the elevator car in such a way that both arresters are fixed at their first end above the elevator car and at their second end below the elevator car , characterized in that the first arrester is fixed at its first end to its first fixing point in the top part of the elevator hoistway and at its second end to its second fixing point in the bottom part of the elevator hoistway in such a way that the first arrester is at the point of the elevator car and above it on the first side of the elevator car and below the elevator car on the second side of the elevator car , and in that the second arrester is fixed at its first end to its first fixing point in the top part of the elevator hoistway and at its second end to its second fixing point in the bottom part of the elevator hoistway in such a way that the second arrester is at the point of the elevator car and above it on the second side of the elevator car and below the elevator car on the first side of the elevator car .
A process for preparing 1,1,3-trichloropropene comprising contacting 1,1,1,3-tetrachloropropane with a catalyst in a dehydrochlorination zone to produce a liquid reaction mixture comprising 1,1,1,3-tetrachloropropane and 1,1,3-trichloropropene, and extracting 1,1,3-trichloropropene from the reaction mixture, wherein the concentration of 1,1,3-trichloropropene in the reaction mixture present in the dehydrochlorination zone is controlled such that the molar ratio of 1,1,3-trichloropropene : 1,1,1,3-tetrachloropropane is from 5:95 to 30:70, wherein the operating temperature in the dehydrochlorination zone is 120°C to 170°C and wherein the 1,1,1,3-tetrachloropropane contacted with the catalyst in the dehydrochlorination zone has a purity of 98.5% or higher.
An agricultural atomiser comprising a frame that supports a tank containing a phytosanitary product, a plurality of diffusers of the phytosanitary product towards the canopy of the plants to be treated, and at least one pumping system for the phytosanitary product, taken from said tank, towards said diffusers , each of said diffusers comprising a plurality of nozzles for dispensing an air-phytosanitary product mixture, connected to said pumping system, and ventilation means , suitable for spreading and projecting the air-phytosanitary product mixture, emitted by said nozzles , towards the canopy of the plants to be treated, said ventilation means comprising for each one of said diffusers , a respective centrifugal turbine , located at the top of said diffuser , communicating with an air distribution channel provided in said diffuser , characterised in that said ventilation means comprise, for each diffuser , a plurality of air delivery holes , communicating with said distribution channel , said delivery holes being arranged aligned and divided into two distinct series, i.e. a first series and a second series alternating with each other, and characterised by two respective different geometries, and in that the axes of said first, second delivery holes are inclined so that, in use, the air jets delivered by them intersect the jets of air-phytosanitary fluid mixture delivered by said nozzles .
Pair of rear signalling optical blocks for a motor vehicle comprising a first optical block and a second optical block with the same dimensions and designed to be positioned symmetrically relative to the longitudinal axis of said vehicle, of the driver side and the passenger side respectively, said optical blocks (10; 30) each comprising a housing (11; 31) the peripheral edge of which supports a covering glass (16; 36), the housing of said first optical block enclosing a brake light , a fog light spaced apart from said brake light by a distance (D), as well as an indicator light interposed between said two lights , the housing of said second optical block enclosing a brake light , a reversing light , as well as an indicator light interposed between said two lights ; characterised in that the indicator light and fog light of said first optical block are separated by a non-illuminated style area , and in that the reversing light of said second optical block has a width corresponding to the combination of said fog light and said style area of the first optical block .
A branched endoprosthesis comprising: a stent graft having a graft component and at least one support component, the stent graft having a body portion, a first leg portion, and a second leg portion; characterised by an elongated member, an outer sheath for enclosing the stent graft to be delivered to a treatment site, the outer sheath having opposite sides releasably held together by the elongated member to maintain the stent graft in the delivery configuration, and a removable restraint extending longitudinally along an exterior surface of the stent graft and being releasably attached between exterior surfaces of the first leg portion and the second leg portion, the removable restraint comprising a tether that is an extension of the elongated member and releasably coupling together and aligning the first leg portion with the second leg portion relative to each other after at least partial removal of the outer sheath , to assist in cannulation of the second leg portion. a stent graft having a graft component and at least one support component, the stent graft having a body portion, a first leg portion, and a second leg portion; characterised by an elongated member, an outer sheath for enclosing the stent graft to be delivered to a treatment site, the outer sheath having opposite sides releasably held together by the elongated member to maintain the stent graft in the delivery configuration, and a removable restraint extending longitudinally along an exterior surface of the stent graft and being releasably attached between exterior surfaces of the first leg portion and the second leg portion, the removable restraint comprising a tether that is an extension of the elongated member and releasably coupling together and aligning the first leg portion with the second leg portion relative to each other after at least partial removal of the outer sheath , to assist in cannulation of the second leg portion.
Locking actuator for a brake transmission of an electric parking and/or service brake, comprising - a drive mechanism , - a housing , - a transmission with an axis of rotation (R) and with an output unit which is formed by a support and a shaft , and - a latch carriage , which is moveable in an axis (L) along a locking path between a first position and a second position, characterized in that the output unit is coupled to the latch carriage via an eccentric and in that , when the output unit is rotated, the latch carriage can move in the axis (L). - a drive mechanism , - a housing , - a transmission with an axis of rotation (R) and with an output unit which is formed by a support and a shaft , and - a latch carriage , which is moveable in an axis (L) along a locking path between a first position and a second position,
A method for operating a subset of transmission points in a set of transmission points (120a-120d) of a telecommunications cell, the set of transmissions points being associated with an eNodeB, eNB, in the cell, and the method comprising: each transmission point of the subset of transmission points transmitting a unicast physical downlink control channel, PDCCH, intended only for a specific user equipment, UE, in the cell; wherein the unicast PDCCH has allocated to it a plurality of resource element groups , REGs, within corresponding control channel elements, CCEs, allocated to a legacy PDCCH, wherein at least one resource element in each REG , that is not allocated for cell-specific reference signal, CRS, being broadcast in the cell, is replaced with a UE-specific demodulation reference signal, DMRS, to be used for decoding, at the UE, the unicast PDCCH without the use of the CRS being broadcast by the eNB , and wherein a remainder of the set of transmission points other than the subset of transmission points does not transmit the unicast PDCCH, wherein the subset of transmission points is closer to the UE than the remainder of the set of transmission points, wherein the same legacy PDCCH resource is reused for transmitting another UE-specific DMRS intended only for another specific UE via another subset of transmission points in the remainder of the set of transmission points having non-overlapping coverage areas with the subset of transmission points. each transmission point of the subset of transmission points transmitting a unicast physical downlink control channel, PDCCH, intended only for a specific user equipment, UE, in the cell; wherein the unicast PDCCH has allocated to it a plurality of resource element groups , REGs, within corresponding control channel elements, CCEs, allocated to a legacy PDCCH, wherein at least one resource element in each REG , that is not allocated for cell-specific reference signal, CRS, being broadcast in the cell, is replaced with a UE-specific demodulation reference signal, DMRS, to be used for decoding, at the UE, the unicast PDCCH without the use of the CRS being broadcast by the eNB , and wherein a remainder of the set of transmission points other than the subset of transmission points does not transmit the unicast PDCCH, wherein the subset of transmission points is closer to the UE than the remainder of the set of transmission points, wherein the same legacy PDCCH resource is reused for transmitting another UE-specific DMRS intended only for another specific UE via another subset of transmission points in the remainder of the set of transmission points having non-overlapping coverage areas with the subset of transmission points.
An antibody, wherein the antibody is: i) an anti-C1q antibody, wherein the anti-C1q antibody inhibits the interaction between C1q and an autoantibody or between C1q and C1r, or between C1q and C1s; ii) an anti-C1r antibody, wherein the anti-C1r antibody inhibits the interaction between C1r and C1q or between C1r and C1s, or wherein the anti-C1r antibody inhibits the catalytic activity of C1r or inhibits the processing of pro-C1r to an active protease; or iii) an anti-C1s antibody, wherein the anti-C1s antibody inhibits the interaction between C1s and C1q or between C1s and C1r or between C1s and C2 or C4, or wherein the anti-C1s antibody inhibits the catalytic activity of C1s or inhibits the processing of pro-C1s to an active protease, for use in preventing, reducing risk of developing, or treating neuromyelitis optica (NMO). i) an anti-C1q antibody, wherein the anti-C1q antibody inhibits the interaction between C1q and an autoantibody or between C1q and C1r, or between C1q and C1s; ii) an anti-C1r antibody, wherein the anti-C1r antibody inhibits the interaction between C1r and C1q or between C1r and C1s, or wherein the anti-C1r antibody inhibits the catalytic activity of C1r or inhibits the processing of pro-C1r to an active protease; or iii) an anti-C1s antibody, wherein the anti-C1s antibody inhibits the interaction between C1s and C1q or between C1s and C1r or between C1s and C2 or C4, or wherein the anti-C1s antibody inhibits the catalytic activity of C1s or inhibits the processing of pro-C1s to an active protease,
A substrate conveying system comprising: a substrate conveying robot comprising an end effector and a robot arm on which the end effector is mounted, and a substrate storing portion for storing a plurality of vertically adjacent substrates (S), wherein the end effector comprises independently drivable first and second hands , wherein the first hand has a hand body insertable between vertically adjacent substrates (S) stored in the substrate storing portion , the first hand being configured to hold a substrate immediately above or immediately below the hand body inserted between the vertically adjacent substrates (S), wherein the second hand has a hand base portion which at least partially advances below a lowermost substrate or above an uppermost substrate of a plurality of substrates (S) stored in the substrate storing portion and a substrate holding unit extendable in a vertical direction relative to the hand base portion by a lifting link mechanism stored inside the hand base portion over a range including two or more substrates stored in the substrate storing portion in a state that the hand base portion and the lifting link mechanism stored inside the hand base portion are at least partially positioned below the lowermost substrate or above the uppermost substrate, and wherein the hand base portion has a thickness which is not insertable between the vertically adjacent substrates (S) and the lifting link mechanism is positioned inside the hand base portion . a substrate conveying robot comprising an end effector and a robot arm on which the end effector is mounted, and a substrate storing portion for storing a plurality of vertically adjacent substrates (S), wherein the end effector comprises independently drivable first and second hands , wherein the first hand has a hand body insertable between vertically adjacent substrates (S) stored in the substrate storing portion , the first hand being configured to hold a substrate immediately above or immediately below the hand body inserted between the vertically adjacent substrates (S), wherein the second hand has a hand base portion which at least partially advances below a lowermost substrate or above an uppermost substrate of a plurality of substrates (S) stored in the substrate storing portion and a substrate holding unit extendable in a vertical direction relative to the hand base portion by a lifting link mechanism stored inside the hand base portion over a range including two or more substrates stored in the substrate storing portion in a state that the hand base portion and the lifting link mechanism stored inside the hand base portion are at least partially positioned below the lowermost substrate or above the uppermost substrate, and wherein the hand base portion has a thickness which is not insertable between the vertically adjacent substrates (S) and the lifting link mechanism is positioned inside the hand base portion .
A portable electronic device comprising: a front cover that forms a front face of the electronic device; a rear cover that forms a rear face of the electronic device; a bezel (220; 310) that surrounds a space formed by the front cover and the rear cover; a display device that is embedded in the space and includes a screen region that is exposed through the front cover; a printed circuit board, PCB, within the space; a metal structure that is positioned within the space, and includes a first face facing the front cover and a second face facing the rear cover; a non-metal structure that is positioned within the space to partially overlap with the metal structure, and includes a first surface facing the front cover and a second surface facing the rear cover; and a metal filler extending from the first surface to the second surface of the non-metal structure through a portion of the non-metal structure , wherein the metal filler is formed of a metallic material that is equal to that of the metal structure , and includes a first end portion adjacent to the first surface and a second end portion adjacent to the second surface, at least one of the first end portion and the second end portion is aligned to be coplanar with a portion of the first surface and a portion of the second surface, respectively; the non-metal structure is adapted to electrically insulate the metal structure from the PCB. a front cover that forms a front face of the electronic device; a rear cover that forms a rear face of the electronic device; a bezel (220; 310) that surrounds a space formed by the front cover and the rear cover; a display device that is embedded in the space and includes a screen region that is exposed through the front cover; a printed circuit board, PCB, within the space; a metal structure that is positioned within the space, and includes a first face facing the front cover and a second face facing the rear cover; a non-metal structure that is positioned within the space to partially overlap with the metal structure, and includes a first surface facing the front cover and a second surface facing the rear cover; and a metal filler extending from the first surface to the second surface of the non-metal structure through a portion of the non-metal structure , wherein the metal filler is formed of a metallic material that is equal to that of the metal structure , and includes a first end portion adjacent to the first surface and a second end portion adjacent to the second surface, at least one of the first end portion and the second end portion is aligned to be coplanar with a portion of the first surface and a portion of the second surface, respectively; the non-metal structure is adapted to electrically insulate the metal structure from the PCB.
A handheld tool , comprising: a housing having a first inertial measuring unit ("IMU") that measures at least an orientation of the housing ; a first motion generating mechanism disposed within the housing ; an attachment arm having a second IMU that measures at least an orientation of the attachment arm , wherein the attachment arm extends from the housing and is coupled with the first motion-generating mechanism ; a second motion generating mechanism disposed within the attachment arm ; a user-assistive device attached to a distal end of the attachment arm ; and a tremor tracking module ("TTM") attached to the housing that, based on the measured orientation of the housing and the measured orientation of the attachment arm , controls the first motion generating mechanism and the second motion generating mechanism to move the attachment arm relative to the housing to stabilize motion of the user-assistive device . a housing having a first inertial measuring unit ("IMU") that measures at least an orientation of the housing ; a first motion generating mechanism disposed within the housing ; an attachment arm having a second IMU that measures at least an orientation of the attachment arm , wherein the attachment arm extends from the housing and is coupled with the first motion-generating mechanism ; a second motion generating mechanism disposed within the attachment arm ; a user-assistive device attached to a distal end of the attachment arm ; and a tremor tracking module ("TTM") attached to the housing that, based on the measured orientation of the housing and the measured orientation of the attachment arm , controls the first motion generating mechanism and the second motion generating mechanism to move the attachment arm relative to the housing to stabilize motion of the user-assistive device .
Valve assembly for an air duct for ventilation of a building, comprising: a valve (10; 100), wherein the valve (10; 100) comprises a distal end and a proximal end, wherein said distal end is closer to the air duct than the proximal end; a housing having an outer housing side adapted to be attached to said air duct and an inner housing side , opposite to the outer housing side , which is arranged to receive said valve (10; 100); and an electrical body provided within said housing , and adapted to connect a power source to an electrical device, wherein the electrical body comprises a distal end, a proximal end and an outer circumference at the distal end; wherein the valve comprises adjustment means to adj ust the position of flow regulating means of the valve (10; 100), characterized in that the position of the flow regulating means is configured to adjust the size of a gap between the valve (10; 100) and the outer circumference at the distal end of the electrical body , regulating a flow or pressure of air flowing through the valve (10; 100), wherein the size of the gap is measured perpendicular to the outer circumference at the distal end of the electrical body as the smallest distance from the distal end of the electrical body to the flow regulating means of the valve (10; 100). a valve (10; 100), wherein the valve (10; 100) comprises a distal end and a proximal end, wherein said distal end is closer to the air duct than the proximal end; a housing having an outer housing side adapted to be attached to said air duct and an inner housing side , opposite to the outer housing side , which is arranged to receive said valve (10; 100); and an electrical body provided within said housing , and adapted to connect a power source to an electrical device, wherein the electrical body comprises a distal end, a proximal end and an outer circumference at the distal end; wherein the valve comprises adjustment means to adj ust the position of flow regulating means of the valve (10; 100), characterized in that the position of the flow regulating means is configured to adjust the size of a gap between the valve (10; 100) and the outer circumference at the distal end of the electrical body , regulating a flow or pressure of air flowing through the valve (10; 100), wherein the size of the gap is measured perpendicular to the outer circumference at the distal end of the electrical body as the smallest distance from the distal end of the electrical body to the flow regulating means of the valve (10; 100).
A system for damping mechanical oscillations transmitted from a structural part of built structures to packaged electrical equipment and/or software and hardware systems of a NPP automated control system, including a base on which electrical equipment and/or software and hardware system of the NPP automated control system are installed and/or placed, where the base is a load-bearing and/or supporting unit, which includes 3D compensators , characterized in that the system additionally contains at least one load-bearing girder , at least one low-frequency oscillation damping unit mounted between a foundation of a structure for installing the base of the structure and the supporting girder(s), on which 3D-compensators are mounted, while the at least one low-frequency oscillation damping unit has a vertical oscillation damper pre-compressed by a predetermined amount, blocked with a lock of a vertical damping activator, and a horizontal oscillation damper in the form of a movable support mounted on a support plate through spherical supports , and where the activator is made in such a way that the release of the vertical oscillation damper occurs when the threshold value of the vertical oscillation amplitude is reached.