mhurhangee/patent-ind-claim-en huggingface dataset:
A pulse polishing machine , comprising: - a base frame having a vertical support at each longitudinal end; - a rotor assembly placed between the vertical supports via a drive shaft , wherein said rotor assembly comprises a plurality of rotary disks mounted at the ends and centre of the drive shaft ; - a circular cam assembly fixed on the rotary disks , wherein said cam assembly further consists of a straight cam set and a helix cam set which are connected, wherein the straight cam set and the helix cam set are made of a plurality of straight cams and a plurality of helical cams respectively, within which the straight cam and the helix cam has protruded circular profile in straight line and curved line; - a sheet basket assembly , having a plurality of circular shaped segments encloses the rotor assembly to define a polishing chamber ; - a pair of split covers to shield the rotor assembly from either ends; - an inlet means at one end and an outlet means at the diagonally opposite end on the sheet basket assembly ; and - a motor connected to an end of the drive shaft imparting rotary motion to the rotor assembly for polishing pulses. - a base frame having a vertical support at each longitudinal end; - a rotor assembly placed between the vertical supports via a drive shaft , wherein said rotor assembly comprises a plurality of rotary disks mounted at the ends and centre of the drive shaft ; - a circular cam assembly fixed on the rotary disks , wherein said cam assembly further consists of a straight cam set and a helix cam set which are connected, wherein the straight cam set and the helix cam set are made of a plurality of straight cams and a plurality of helical cams respectively, within which the straight cam and the helix cam has protruded circular profile in straight line and curved line; - a sheet basket assembly , having a plurality of circular shaped segments encloses the rotor assembly to define a polishing chamber ; - a pair of split covers to shield the rotor assembly from either ends; - an inlet means at one end and an outlet means at the diagonally opposite end on the sheet basket assembly ; and - a motor connected to an end of the drive shaft imparting rotary motion to the rotor assembly for polishing pulses.
A modular construction assembly comprising a plurality of three-dimensional construction elements connected together to form a wall, ceiling or floor; wherein adjacent three-dimensional construction elements are fastened together by welding and/or bonding and/or mechanical fasteners; wherein each three-dimensional construction element is assembled from a multi-panelled metallic sheet, and wherein the metallic sheet is rectangular in shape and formed from a steel plate having a thickness of between 6mm and 25mm; wherein each three-dimensional construction element comprises only a base panel and two sidewall panels which together define a U-shaped channel; and wherein the base panel of one U-shaped channel is fastened along distal edges of both sidewall panels to an adjacent U-channel-shaped constructional element so as to form a lid closing the open top of the adjacent U-shaped channel; wherein the planes of adjacent panels are mutually perpendicular; and wherein each construction element, in a pre-assembly condition comprises said multi-panelled metallic sheet sub-divided by one or more fold lines into panels to define said multi-panelled sheet wherein each panel lies in a common plane; at least one of the panels being deformable along said one or more fold lines out of said common plane to form an assembled three-dimensional construction element for adjoining to another three-dimensional construction element; and wherein at least one panel of the multi-panelled metallic sheet is provided with an opening dimensioned to allow the passage of a reinforcement or stabilising material through the assembled three-dimensional construction element. wherein adjacent three-dimensional construction elements are fastened together by welding and/or bonding and/or mechanical fasteners; wherein each three-dimensional construction element is assembled from a multi-panelled metallic sheet, and wherein the metallic sheet is rectangular in shape and formed from a steel plate having a thickness of between 6mm and 25mm; wherein each three-dimensional construction element comprises only a base panel and two sidewall panels which together define a U-shaped channel; and wherein the base panel of one U-shaped channel is fastened along distal edges of both sidewall panels to an adjacent U-channel-shaped constructional element so as to form a lid closing the open top of the adjacent U-shaped channel; wherein the planes of adjacent panels are mutually perpendicular; and wherein each construction element, in a pre-assembly condition comprises said multi-panelled metallic sheet sub-divided by one or more fold lines into panels to define said multi-panelled sheet wherein each panel lies in a common plane; at least one of the panels being deformable along said one or more fold lines out of said common plane to form an assembled three-dimensional construction element for adjoining to another three-dimensional construction element; and wherein at least one panel of the multi-panelled metallic sheet is provided with an opening dimensioned to allow the passage of a reinforcement or stabilising material through the assembled three-dimensional construction element.
A method, performed by an apparatus , for wireless communication, comprising: identifying multiple beam pair links for communication with one or more base stations ; determining a set of search candidates for each of the multiple beam pair links , each of the multiple beam pair links corresponding to a respective set of search candidates such that at least two of the multiple beam pair links correspond to different numbers of search candidates; and monitoring each of the multiple beam pair links in accordance with the respective sets of search candidates; wherein the determined set of search candidates for each of the multiple beam pair links corresponds to respective core sets of resources based at least in part on a supported aggregation level for each of the multiple beam pair links . identifying multiple beam pair links for communication with one or more base stations ; determining a set of search candidates for each of the multiple beam pair links , each of the multiple beam pair links corresponding to a respective set of search candidates such that at least two of the multiple beam pair links correspond to different numbers of search candidates; and monitoring each of the multiple beam pair links in accordance with the respective sets of search candidates; wherein the determined set of search candidates for each of the multiple beam pair links corresponds to respective core sets of resources based at least in part on a supported aggregation level for each of the multiple beam pair links .
High-frequency forceps for medical use, comprising: a manipulation part including a grasping portion that is conductive; a cylindrical part that is inflexible, a wire for manipulation of the grasping portion and a cable for supplying current to the grasping portion being guided through the cylindrical part ; and an insulating part that electrically insulates the manipulation part from the cylindrical part , wherein the cylindrical part includes: an outer layer made of an insulating material; an inner layer made of an insulating material; and an intermediate layer located between the outer layer and the inner layer , and having a lower insulation resistance and a higher stiffness than the outer layer and the inner layer characterized by that the outer layer and the inner layer are made of glass fiber reinforced plastic, and the intermediate layer is made of carbon fiber reinforced plastic. a manipulation part including a grasping portion that is conductive; a cylindrical part that is inflexible, a wire for manipulation of the grasping portion and a cable for supplying current to the grasping portion being guided through the cylindrical part ; and an insulating part that electrically insulates the manipulation part from the cylindrical part , wherein the cylindrical part includes: an outer layer made of an insulating material; an inner layer made of an insulating material; and an intermediate layer located between the outer layer and the inner layer , and having a lower insulation resistance and a higher stiffness than the outer layer and the inner layer an outer layer made of an insulating material; an inner layer made of an insulating material; and an intermediate layer located between the outer layer and the inner layer , and having a lower insulation resistance and a higher stiffness than the outer layer and the inner layer
A hinge comprising: a fixing plate , a supporting plate perpendicularly connected with the fixing plate , and a hinge shaft perpendicularly mounted on the supporting plate to cooperate with a shaft sleeve, wherein the outside of the hinge shaft is plastic-encapsulated with a plastic encapsulating case , the plastic encapsulating case is provided with a protrusion protruding horizontally outwards along an extension direction of the supporting plate , and the protrusion is integrally formed with the plastic encapsulating case , wherein two protrusions are arranged on the plastic encapsulating case , and the two protrusions are arranged on each side of the supporting plate in the height direction of the hinge shaft , wherein each protrusion protrudes outwards in a ring shape and comprises an abutting portion and a transition zone , the transition zone connecting the abutting portion and the plastic encapsulating case in an arc shape, wherein the abutting portion is to cooperate with the shaft sleeve in an abutting manner.
Protection arrangement of solid oxide cells, each solid oxide cell comprising at least two fuel cell structure plates made of metal to arrange gas flows in the cell, and an active electrode structure , which comprises an anode side , a cathode side , and an electrolyte element between the anode side and the cathode side, characterized in that the protection arrangement comprises thermal spraying means for forming in a first coating process first material coating on metallic structure from liquid precursor being formed from at least one of nitrates and acetates based substances fed into thermal flame and for forming at least in one other coating process at least partly simultaneously with said first coating process at least one other material coating on previously deposited coating from liquid precursor being formed from at least one of nitrates and acetates based substances fed into said thermal flame, the solution precursor thermally sprayed contact layers bonded with previously deposited coating being made of material with high electrical conductivity, and the coatings being mainly formed of the particles with the size range of 10 to 500 nm, due to effective droplet atomization during the spraying process.
A nucleic acid cassette comprising a parvalbumin (PV) neuron selective regulatory element operably linked to a transgene, wherein the PV neuron selective regulatory element comprises a sequence with at least 95% sequence identity to SEQ ID NO: 30, and wherein the PV neuron selective regulatory element results in selective expression of the transgene in PV neurons in the central nervous system (CNS) over one or more cells in the CNS that are not PV neurons. a parvalbumin (PV) neuron selective regulatory element operably linked to a transgene, wherein the PV neuron selective regulatory element comprises a sequence with at least 95% sequence identity to SEQ ID NO: 30, and wherein the PV neuron selective regulatory element results in selective expression of the transgene in PV neurons in the central nervous system (CNS) over one or more cells in the CNS that are not PV neurons.
A method of moulding an insole or a sole having an arch region between a frontal/toe region and a heel region comprising: placing into a first mould an arch region of a first material of a first compressive resistance or density; providing a second material to form the frontal/toe region ; and providing a third material to form the heel region , wherein: the second and third materials have relatively higher compressive resistance or density than the first material; the third material has relatively higher compressive resistance or density than the second material; and the method further comprises: placing the second and third materials into the first mould; and heating the first, the second, and the third materials together within the first mould to thereby bond the frontal/toe region , the arch region and the heel region together. placing into a first mould an arch region of a first material of a first compressive resistance or density; providing a second material to form the frontal/toe region ; and providing a third material to form the heel region , the second and third materials have relatively higher compressive resistance or density than the first material; the third material has relatively higher compressive resistance or density than the second material; and the method further comprises: placing the second and third materials into the first mould; and heating the first, the second, and the third materials together within the first mould to thereby bond the frontal/toe region , the arch region and the heel region together. placing the second and third materials into the first mould; and heating the first, the second, and the third materials together within the first mould to thereby bond the frontal/toe region , the arch region and the heel region together.
An SCR injection system for an internal combustion engine , comprising a reductant injector having a housing ; a reductant inlet formed in the housing ; a reductant supply line (60; 160) fluidly connected to the reductant inlet and configured to supply reductant to the reductant injector ; a reductant tank ; and a pump fluidly connected to the reductant inlet of the reductant injector by the reductant supply line , the pump being configured to supply pressurized reductant fluid from the reductant tank to the reductant inlet via the reductant supply line , wherein the reductant supply line (60; 160) includes a downwardly inclined portion (60A; 160) extending towards the reductant injector , the downwardly inclined portion (60A; 160) being disposed at least in part above the reductant inlet of the reductant injector with respect to a horizontal datum line (D) passing through the reductant inlet , and wherein the reductant supply line further includes a first bent portion disposed above the reductant inlet with respect to the datum line (D), the downwardly inclined portion being a first supply line portion extending downwards from the first bent portion towards the reductant inlet , characterised in that the reductant supply line further includes a second supply line portion extending downwards from the first bent portion towards the pump .
Device for adjusting the height of a transport star , preferably a transport star of a filler carousel or a closure carousel in a beverage filling plant, comprising a shaft body and a hub body arranged circumferentially around the shaft body , wherein the shaft body and the hub body are displaceable relative to one another along a longitudinal axis of the shaft body for height adjustment, characterised in that the shaft body comprises a groove that extends in the direction of the longitudinal axis and has an outwardly tapering trapezoidal cross-section perpendicular to the longitudinal axis , and in which a trapezoidal wedge with a correspondingly tapering cross-section is guided in the direction of the longitudinal axis , and wherein the trapezoidal wedge can be braced against the groove by means of a fitting bolt supported against the hub body .
A diaphragm valve comprising: a solenoid body having a coil and a pole piece positioned in the solenoid body ; a valve body cartridge connected to the solenoid body , the valve body cartridge including a valve seat ; an armature slidably disposed in the solenoid body for movement along a longitudinal axis between an energized position and a de-energized position; a valve member slidably disposed in the valve body cartridge , the valve member connected to a connection portion of the armature for movement therewith; a biasing member disposed in the solenoid body that acts to normally bias the armature toward the de-energized position; a diaphragm extending inwardly from the valve body cartridge ; and a diaphragm support sleeve having a support sleeve wall that defines a sleeve cavity , wherein the sleeve cavity receives at least part of the armature , and wherein a peripheral lip of the diaphragm is received between the valve body cartridge and the diaphragm support sleeve ; characterized in that , the diaphragm is clamped between the connection portion of the armature and the valve member such that the diaphragm deflects in response to movement of the armature and the valve member along the longitudinal axis ; and the diaphragm support sleeve has a support sleeve flange that extends inwardly and is transverse to the support sleeve wall, wherein the support sleeve flange abuts and supports at least part of the diaphragm . a solenoid body having a coil and a pole piece positioned in the solenoid body ; a valve body cartridge connected to the solenoid body , the valve body cartridge including a valve seat ; an armature slidably disposed in the solenoid body for movement along a longitudinal axis between an energized position and a de-energized position; a valve member slidably disposed in the valve body cartridge , the valve member connected to a connection portion of the armature for movement therewith; a biasing member disposed in the solenoid body that acts to normally bias the armature toward the de-energized position; a diaphragm extending inwardly from the valve body cartridge ; and a diaphragm support sleeve having a support sleeve wall that defines a sleeve cavity , wherein the sleeve cavity receives at least part of the armature , and wherein a peripheral lip of the diaphragm is received between the valve body cartridge and the diaphragm support sleeve ; characterized in that , the diaphragm is clamped between the connection portion of the armature and the valve member such that the diaphragm deflects in response to movement of the armature and the valve member along the longitudinal axis ; and the diaphragm support sleeve has a support sleeve flange that extends inwardly and is transverse to the support sleeve wall, wherein the support sleeve flange abuts and supports at least part of the diaphragm .
Method for producing a cold-rolled strip of dual-phase steel with a ferritic-martensitic structure, having a tensile strength greater than 600 MPa, characterised in that a slab, the chemical composition of which comprises, by weight: 0.020% ≤ C ≤ 0.060% 0.300% ≤ Mn ≤ 0.500% 0.010% ≤ Cr ≤ 1.0% 0.010% ≤ Si ≤ 0.50% 0.010% ≤ P ≤ 0.100% 0.010% ≤ Al ≤ 0.10% N ≤ 0.010%, the balance being iron and impurities resulting from the production process, is hot rolled, said method then comprising steps consisting in: - hot coiling the strip obtained at a temperature between 550 and 850°C, then - cold rolling the strip with a reduction ratio between 60 and 90%, then - annealing the strip continuously in the intercritical range, and - cooling it down to ambient temperature in one or more steps, the cooling rate between 600°C and ambient temperature being between 100°C/s and 1500°C/s, - and optionally subjecting it to tempering at a temperature below 300°C, the annealing and cooling operations being carried out in such a way that the strip finally comprises from 1 to 15% martensite. 0.020% ≤ C ≤ 0.060% 0.300% ≤ Mn ≤ 0.500% 0.010% ≤ Cr ≤ 1.0% 0.010% ≤ Si ≤ 0.50% 0.010% ≤ P ≤ 0.100% 0.010% ≤ Al ≤ 0.10% N ≤ 0.010%, - hot coiling the strip obtained at a temperature between 550 and 850°C, then - cold rolling the strip with a reduction ratio between 60 and 90%, then - annealing the strip continuously in the intercritical range, and - cooling it down to ambient temperature in one or more steps, the cooling rate between 600°C and ambient temperature being between 100°C/s and 1500°C/s, - and optionally subjecting it to tempering at a temperature below 300°C,
A transparent light emitting diode film , comprising: a transparent base ; an electrode layer located on the transparent base and comprising: a common electrode extended in a first direction and connected to each one end of a plurality of light emitting diodes ; and a plurality of individual electrodes separated at a predetermined gap and each connected to each other end of the plurality of light emitting diodes ; a plurality of pads located on the electrode layer : the plurality of light emitting diodes located on a respective one of the plurality of pads ; and a transparent adhesive layer located on the electrode layer and being shaped to define a plurality of openings each sized to accommodate a respective one of the plurality of light emitting diodes , wherein the transparent adhesive layer is configured for attaching the transparent light emitting diode film to an attached surface . a transparent base ; an electrode layer located on the transparent base and comprising: a common electrode extended in a first direction and connected to each one end of a plurality of light emitting diodes ; and a plurality of individual electrodes separated at a predetermined gap and each connected to each other end of the plurality of light emitting diodes ; a plurality of pads located on the electrode layer : the plurality of light emitting diodes located on a respective one of the plurality of pads ; and a transparent adhesive layer located on the electrode layer and being shaped to define a plurality of openings each sized to accommodate a respective one of the plurality of light emitting diodes , wherein the transparent adhesive layer is configured for attaching the transparent light emitting diode film to an attached surface . a common electrode extended in a first direction and connected to each one end of a plurality of light emitting diodes ; and a plurality of individual electrodes separated at a predetermined gap and each connected to each other end of the plurality of light emitting diodes ; a plurality of pads located on the electrode layer : the plurality of light emitting diodes located on a respective one of the plurality of pads ; and a transparent adhesive layer located on the electrode layer and being shaped to define a plurality of openings each sized to accommodate a respective one of the plurality of light emitting diodes , wherein the transparent adhesive layer is configured for attaching the transparent light emitting diode film to an attached surface .
A method of range measurement between one or more wireless stations, STAs, and a first access point, AP, the method comprising: synchronizing a clock of the first AP with clocks of one or more synchronized APs; performing, by the first AP, a synchronization session with the one or more STAs; and broadcasting, by the first AP to the one or more STAs, one or more Broadcast time-of-departure, TOD, frames, each of the one or more Broadcast TOD frames including a time of departure of a Broadcast TOD frame from the first AP. synchronizing a clock of the first AP with clocks of one or more synchronized APs; performing, by the first AP, a synchronization session with the one or more STAs; and broadcasting, by the first AP to the one or more STAs, one or more Broadcast time-of-departure, TOD, frames, each of the one or more Broadcast TOD frames including a time of departure of a Broadcast TOD frame from the first AP.