mhurhangee/ep-ind-claims huggingface dataset:
An antenna comprising a generator of a laser radiation and means for coupling an electrical electromagnetic signal to this laser radiation, the antenna being characterised in that the generator of a laser radiation is a femtosecond laser configured to create a column in which the refractive index increases from the outside to the inside, thus generating an ionization only at the axis of symmetry of the column, hence a filamentous ionization.
A method for the control of a spherical motion of a body with a tool connected with a frame through a spherical joint arranged on a shank connecting the body with the frame, wherein the shank is sectional and the spherical joint with at least two rotational degrees of freedom is arranged between a first part of the shank, which is firmly fixed to the frame, and a second part of the shank, which is firmly fixed to the body, and by means of actuating arms with linear actuators at a number of four arranged on the frame, wherein the arms are connected to the body through spherical joints with at least two rotational degrees of freedom and to the linear actuators through spherical joints with at least two rotational degrees of freedom, characterized in that the body with its tool is firstly turned through a move of trolleys of the linear actuators to the required direction of the axis of the tool determined by the azimuth and elevation, in that the body with its tool is secondly turned through a move of trolleys of the linear actuators about the axis of the tool so that it reduces the angle between the axis of the arms, determined by the join of the respective spherical joints and, and a plane determined by the centre of the spherical joint and the axis of the respective linear guide of the trolley of the respective linear actuator on the frame, and in that the body with its tool is thirdly also turned through a move of trolleys of the linear actuators about the axis of the tool by another angle, so that it increases a distance from singular positions and prevents a collision of the arms at the same time.
Non-therapeutic use of an amide compound as a noxious arthropod controlling agent, wherein the amide compound is an amide compound of formula: wherein R 1 represents a C2-C8 alkyl group having one or more groups selected from the group consisting of a hydroxy group, a methoxy group, a C1-C6 alkylamino group and a di(C1-C3 alkyl)amino group, R 2 represents a methyl group, a fluoromethyl group, a hydroxymethyl group, a 1-fluoroethyl group or a hydrogen atom, a group represented by Q-Y-(CR 5 R 6) m is a Q a -CH 2 -O-CH 2 group, or a Q a -CH 2 -CH 2 -O- group, and Q a is a phenyl group optionally having one or more substituents selected from Group H or a naphthyl group optionally having one or more substituents selected from Group H; Group H consisting of a C1-C4 alkyl group, a C1-C4 alkoxy group and a halogen atom. R 1 represents a C2-C8 alkyl group having one or more groups selected from the group consisting of a hydroxy group, a methoxy group, a C1-C6 alkylamino group and a di(C1-C3 alkyl)amino group, R 2 represents a methyl group, a fluoromethyl group, a hydroxymethyl group, a 1-fluoroethyl group or a hydrogen atom, a group represented by Q-Y-(CR 5 R 6) m is a Q a -CH 2 -O-CH 2 group, or a Q a -CH 2 -CH 2 -O- group, and Q a is a phenyl group optionally having one or more substituents selected from Group H or a naphthyl group optionally having one or more substituents selected from Group H; Group H consisting of a C1-C4 alkyl group, a C1-C4 alkoxy group and a halogen atom.
A method for sub-range based coding a depth lookup table, the depth lookup table comprising depth values of at least a part of a 3D video sequence, the depth values being constrained within a range, the method comprising: partitioning the range into a plurality of sub-ranges, a first sub-range comprising a first set of the depth values and a second sub-range comprising a second set of the depth values; and coding the depth values of each of the sub-ranges of the depth lookup table separately according to a predetermined coding rule; wherein for a depth lookup table belonging to a predetermined group of depth lookup tables, the range is partitioned into a fixed number of sub-ranges if a coding type indicates non-adaptive coding; and the range is partitioned into a selectable number of sub-ranges if the coding type indicates adaptive coding; and wherein the number of the sub-ranges is selected based on an optimization criterion with respect to a cost of coding the depth values of each of the sub-ranges. partitioning the range into a plurality of sub-ranges, a first sub-range comprising a first set of the depth values and a second sub-range comprising a second set of the depth values; and coding the depth values of each of the sub-ranges of the depth lookup table separately according to a predetermined coding rule; wherein for a depth lookup table belonging to a predetermined group of depth lookup tables, the range is partitioned into a fixed number of sub-ranges if a coding type indicates non-adaptive coding; and the range is partitioned into a selectable number of sub-ranges if the coding type indicates adaptive coding; and wherein the number of the sub-ranges is selected based on an optimization criterion with respect to a cost of coding the depth values of each of the sub-ranges.
A cosmetic container comprising: an outer container; an inner container separably inserted into the outer container and configured to receive a content injected therein; a pump support coupled to an upper opening of the inner container and including a support body connecting to an inside of the inner container; a pump inserted through the support body and configured to discharge the content; and a shoulder separably coupled to an upper portion of the outer container to downwardly press the pump support with respect to the outer container, wherein separating the shoulder from the outer container separates the pump from the support body and enables a replacing of the inner container and the pump support, and wherein the pump comprises a flange, the shoulder comprises a shoulder protrusion, a support protrusion and mounting protrusions are formed on an inner perimeter of the shoulder protrusion, the mounting protrusions formed in a particular interval below the support protrusion, and the flange is positioned between the support protrusion and the mounting protrusions. an outer container; an inner container separably inserted into the outer container and configured to receive a content injected therein; a pump support coupled to an upper opening of the inner container and including a support body connecting to an inside of the inner container; a pump inserted through the support body and configured to discharge the content; and a shoulder separably coupled to an upper portion of the outer container to downwardly press the pump support with respect to the outer container, wherein separating the shoulder from the outer container separates the pump from the support body and enables a replacing of the inner container and the pump support, and wherein the pump comprises a flange, the shoulder comprises a shoulder protrusion, a support protrusion and mounting protrusions are formed on an inner perimeter of the shoulder protrusion, the mounting protrusions formed in a particular interval below the support protrusion, and the flange is positioned between the support protrusion and the mounting protrusions.
A sealing system comprising: an outer shaft having a hollow interior; an inner shaft extending through the hollow interior of the outer shaft; a first plate encircling the inner shaft and configured to rotate with the inner shaft; a second plate encircling the inner shaft and configured to rotate with the inner shaft, the second plate axially spaced from the first plate so that a gland opening is defined between the inner and outer shafts and between the first and second plates; and a ring disposed in the gland opening, the first plate including a first force generating element configured to generate a first force to separate the ring from the first plate, the second plate including a second force generating element configured to generate a second force to separate the ring from the second plate, characterised in that the first and second force generating elements comprise magnet rings, and comprising a series of magnets in the ring. an outer shaft having a hollow interior; an inner shaft extending through the hollow interior of the outer shaft; a first plate encircling the inner shaft and configured to rotate with the inner shaft; a second plate encircling the inner shaft and configured to rotate with the inner shaft, the second plate axially spaced from the first plate so that a gland opening is defined between the inner and outer shafts and between the first and second plates; and a ring disposed in the gland opening, the first plate including a first force generating element configured to generate a first force to separate the ring from the first plate, the second plate including a second force generating element configured to generate a second force to separate the ring from the second plate, characterised in that the first and second force generating elements comprise magnet rings, and comprising a series of magnets in the ring.
A striker unit for a motor vehicle, including: - a base plate, which can be connected to a body part of the motor vehicle, - a holding bow, - a bow plate for mounting the holding bow, - an elastic element, which is arranged between the base plate and the bow plate, wherein the bow plate and the base plate are attached to each other by the elastic element via a first form-fitting connection and/or integral joint, wherein the base plate and the bow plate are attached to each other additionally by a second and preferably by a third form-fitting connection and/or integral joint, wherein the second and/or preferably the third connection is/are each formed by a clip connection or each by a plug connection, the base plate has at least a first opening and preferably a second opening, wherein the bow plate has at least a first connector section and preferably a second connector section, characterized in that when the striker unit is in the mounted state at least the first connector section is engaged in the first opening, and the second connector section is preferably engaged in the second opening, wherein at least a first plug-in and/or latching element and preferably a second plug-in and/or latching element is/are provided, wherein the first plug-in and/or latching element is arranged on the first connector section and the second plug-in and/or latching element is preferably arranged on the second connector section. - a base plate, which can be connected to a body part of the motor vehicle, - a holding bow, - a bow plate for mounting the holding bow, - an elastic element, which is arranged between the base plate and the bow plate, wherein the bow plate and the base plate are attached to each other by the elastic element via a first form-fitting connection and/or integral joint, wherein the base plate and the bow plate are attached to each other additionally by a second and preferably by a third form-fitting connection and/or integral joint, wherein the second and/or preferably the third connection is/are each formed by a clip connection or each by a plug connection, the base plate has at least a first opening and preferably a second opening, wherein the bow plate has at least a first connector section and preferably a second connector section, characterized in that when the striker unit is in the mounted state at least the first connector section is engaged in the first opening, and the second connector section is preferably engaged in the second opening, wherein at least a first plug-in and/or latching element and preferably a second plug-in and/or latching element is/are provided, wherein the first plug-in and/or latching element is arranged on the first connector section and the second plug-in and/or latching element is preferably arranged on the second connector section.
An apparatus for separating solids from solids laden drilling fluid and sizing the solids, the apparatus comprising a basket, a vibratory mechanism, a first screen deck and a second screen deck mounted below said first screen deck and a directing device for selecting a parallel or series mode of operation, wherein in a parallel mode of operation flow of solids laden drilling fluid is divided between the first deck and the second deck, and wherein in a series mode of operation in which solids laden drilling fluid is directed on to the first screen deck and then drilling fluid screened thereby is directed on to said second screen deck, wherein the apparatus further comprises a moveable diverter tray for selecting parallel or series mode of operation, characterized in that said moveable diverter tray is slideably arranged in rails having an expandable element (320p,320s) to selectively fix said moveable diverter tray in said rails wherein said diverter tray comprises a handle accessible at a discharge end of said basket.
A door assembly comprising a door frame, a door leaf, door hinges, and a magnetic closing device, wherein the door hinges are fastened to a hinge side of the door leaf and pivotably connect the door leaf to the door frame, wherein the door frame has, as stop for the door leaf in the closed position, a step, which has a stop arm, which overlaps the door leaf in the closed position and runs along the vertical and along a first horizontal direction, and a lateral arm, which runs outside of the door leaf along the vertical and a second horizontal direction, wherein the closing device comprises a magnet assembly on the door frame as well as a portion of magnetic material on an edge of the door leaf, wherein the magnet assembly is arranged on the lateral arm in such a way that a free gap remains between the magnet assembly and the portion of magnetic material arranged on the edge of the door leaf, wherein the portion of magnetic material is formed by a sheet metal strip or sheet metal angle.
A pixel of a CMOS imager, the pixel comprising: - an infrared photodiode suitable for generating an electric current when it is exposed to an optical radiation having a wavelength greater than 950 nanometers (nm), - a conversion circuit able to receive electrons and to deliver a voltage with a value varying as a function of the number of received electrons, - a first switch connected between the infrared photodiode and the conversion circuit, - an electron reservoir, the electron reservoir being a buried photodiode, - a first diffusion node connected between the first switch and the conversion circuit, characterized in that: - the first switch being movable between an open position and a closed position, the reservoir and the first diffusion node being connected in the closed position. - an infrared photodiode suitable for generating an electric current when it is exposed to an optical radiation having a wavelength greater than 950 nanometers (nm), - a conversion circuit able to receive electrons and to deliver a voltage with a value varying as a function of the number of received electrons, - a first switch connected between the infrared photodiode and the conversion circuit, - an electron reservoir, the electron reservoir being a buried photodiode, - a first diffusion node connected between the first switch and the conversion circuit, - the first switch being movable between an open position and a closed position, the reservoir and the first diffusion node being connected in the closed position.
A round baler comprises a baling chamber, a wrapping material reservoir, a feed apparatus having an actuator, the feed apparatus configured to convey a wrapping material from the wrapping material reservoir to the baling chamber, a cutting apparatus moveable between a retracted position allowing free movement of the wrapping material and an advanced position to cut the wrapping material, the actuator controlling operation of the feed apparatus and the cutting apparatus characterised in that the round baler further comprises a braking apparatus for applying a braking force on a roll of wrapping material installed in the wrapping material reservoir, and a tensioning element connecting the actuator to the braking apparatus.
A method for minimizing bandwidth usage between a media device and a communication server in a communication system, the method comprising at the communication server: receiving, from a first client, a request for a first session and a first request to receive media from a camera, the camera being at a media device; receiving, from a second client, a request for a second session and a second request to receive media from the camera; granting the requests for the first and second sessions, wherein the first session is separate from the second session; determining that the first and second requests are for the same camera; sending floor control signaling from the communication server to the camera to establish a single media stream from the camera, and receiving media from the camera using a single media stream established using the floor control signaling; in response to the first request, delivering (140,214) the media to the first client during the first session; in response to the second request, delivering (140, 214) the media to the second client during the second session; exchanging (150, 216) floor control signaling between the communication server and the first client; and exchanging (150, 216) floor control signaling between the communication server and the second client. receiving, from a first client, a request for a first session and a first request to receive media from a camera, the camera being at a media device; receiving, from a second client, a request for a second session and a second request to receive media from the camera; granting the requests for the first and second sessions, wherein the first session is separate from the second session; determining that the first and second requests are for the same camera; sending floor control signaling from the communication server to the camera to establish a single media stream from the camera, and receiving media from the camera using a single media stream established using the floor control signaling; in response to the first request, delivering (140,214) the media to the first client during the first session; in response to the second request, delivering (140, 214) the media to the second client during the second session; exchanging (150, 216) floor control signaling between the communication server and the first client; and exchanging (150, 216) floor control signaling between the communication server and the second client.
A method of fabricating a metal link rod that is longitudinally reinforced in its thickness by fiber reinforcement, the method comprising the following steps: • making a metal blank having at least one longitudinal housing (11, 12) leading into an edge face of the blank; • inserting fiber reinforcement into the housing; • bonding the fiber reinforcement to the blank by metal diffusion around the fibers of the fiber reinforcement; and • finishing the blank to obtain a link rod; the method being characterized in that the fiber reinforcement is inserted by means of the following operations: • previously placing the fiber reinforcement on a support in the form of an angle bar; and • inserting the angle bar carrying the corresponding fiber reinforcement in the housing. • making a metal blank having at least one longitudinal housing (11, 12) leading into an edge face of the blank; • inserting fiber reinforcement into the housing; • bonding the fiber reinforcement to the blank by metal diffusion around the fibers of the fiber reinforcement; and • finishing the blank to obtain a link rod; the method being characterized in that the fiber reinforcement is inserted by means of the following operations: • previously placing the fiber reinforcement on a support in the form of an angle bar; and • inserting the angle bar carrying the corresponding fiber reinforcement in the housing.
A device for accommodating a surgical tool, the device comprising: a housing having an outer surface defining an opening, an interior of the housing defining a canal for receiving a surgical tool, the canal having a first end coupled to the opening and a second end terminating within the housing; at least one battery for powering the device, the battery coming into contact with a battery contact; and a sealing tab having a battery sealing portion for insulating the battery contact prior to the use of the device wherein the sealing tab further comprises a liquid sealing portion for providing sealing for liquid disposed within the canal, herein said liquid sealing portion of the sealing tab is disposed between the opening of the device and a self-sealing mechanism and provides sealing for the canal so that defogging material does not spill out. a housing having an outer surface defining an opening, an interior of the housing defining a canal for receiving a surgical tool, the canal having a first end coupled to the opening and a second end terminating within the housing; at least one battery for powering the device, the battery coming into contact with a battery contact; and a sealing tab having a battery sealing portion for insulating the battery contact prior to the use of the device wherein the sealing tab further comprises a liquid sealing portion for providing sealing for liquid disposed within the canal, herein said liquid sealing portion of the sealing tab is disposed between the opening of the device and a self-sealing mechanism and provides sealing for the canal so that defogging material does not spill out.
A method of receiving a downlink signal by a user equipment in a wireless access system, the method comprising: receiving information on a plurality of CSI, channel status information, processes, wherein each of the plurality of CSI processes includes two or more CSI-RSs, channel status information-reference signals; receiving a downlink control signal including a flag of a 1-bit size and an indicator indicating a specific CSI-RS; selecting a QCL, quasi co-located, CSI process having the specific CSI-RS configured as a representative CSI-RS from the plurality of the CSI processes; selecting a QCL CSI-RS of a DM-RS, demodulation reference signal, based on a value of the flag; wherein a CSI-RS corresponding to a most recently reported CSI-RS resource indicator, CRI, among the two or more CSI-RSs included in the QCL CSI process is selected as the QCL CSI-RS of the DM-RS if the flag is a first value, and wherein the specific CSI-RS is selected as the QCL CSI-RS of the DM-RS if the flag is a second value, and receiving a downlink data signal using the DM-RS and the QCL CSI-RS. receiving information on a plurality of CSI, channel status information, processes, wherein each of the plurality of CSI processes includes two or more CSI-RSs, channel status information-reference signals; receiving a downlink control signal including a flag of a 1-bit size and an indicator indicating a specific CSI-RS; selecting a QCL, quasi co-located, CSI process having the specific CSI-RS configured as a representative CSI-RS from the plurality of the CSI processes; selecting a QCL CSI-RS of a DM-RS, demodulation reference signal, based on a value of the flag; wherein a CSI-RS corresponding to a most recently reported CSI-RS resource indicator, CRI, among the two or more CSI-RSs included in the QCL CSI process is selected as the QCL CSI-RS of the DM-RS if the flag is a first value, and wherein the specific CSI-RS is selected as the QCL CSI-RS of the DM-RS if the flag is a second value, and receiving a downlink data signal using the DM-RS and the QCL CSI-RS.