mhurhangee/ep-ind-claims huggingface dataset:
A method for distributing personalized messages to one or more network clients (7; A, C) participating in a real-time conversation over a network, the method comprising: providing a database of available message topics, wherein each message topic is associated with one or more pre-defined messages; pre-selecting a plurality of message topics from the database of available message topics; transmitting the pre-selected message topics to a first network client participating in the real-time conversation; recording at the first network client a selection of one message topic from the pre-selected message topics; transmitting a message associated with the selected message topic to a second network client participating in the real-time conversation with the first network client, wherein the second network client is different from the first network client; displaying the message associated with the selected message topic at the second network client. providing a database of available message topics, wherein each message topic is associated with one or more pre-defined messages; pre-selecting a plurality of message topics from the database of available message topics; transmitting the pre-selected message topics to a first network client participating in the real-time conversation; recording at the first network client a selection of one message topic from the pre-selected message topics; transmitting a message associated with the selected message topic to a second network client participating in the real-time conversation with the first network client, wherein the second network client is different from the first network client; displaying the message associated with the selected message topic at the second network client.
Method for the sterile filling of two different product flows (P1, P2) into a container, wherein the first product flow is thermally treated for pasteurizing/sterilizing it, is cooled down and fed to a filling valve, and the second product flow is thermally treated for pasteurizing/sterilizing it, and then, in the hot state, is added to the first product flow upstream of or in the filling valve, characterized in that the second product flow is fed back at least partially and/or for a certain time through a by-pass line to a device for the thermal treatment of the second product flow.
Guided milling device for prosthetic surgery, suitable for making seatings for the hip joint, said device comprising: a milling tool rotating about a milling axis; a handling body having a drive rotating rod which develops along a longitudinal axis of linear rotation, connected to said milling tool in order to make said milling tool rotate about said milling axis; wherein said rotating rod is internally hollow and has a guide channel parallel to the longitudinal axis in which a guide rod is housed coaxially in a slidable manner, able to be positioned to extend beyond said milling tool along said longitudinal axis, wherein said milling axis is inclined with respect to said longitudinal axis, so that said milling tool is disposed inclined with respect to said rotating rod and also to said guide rod, characterised in that said rotating rod is provided, in the head or distal position, with a front milling head which is outside the milling tool, wherein the guide rod which is coupled, during use, with the device is a coupling cone of a hip prosthesis rod able to be previously implanted in a femoral canal. a milling tool rotating about a milling axis; a handling body having a drive rotating rod which develops along a longitudinal axis of linear rotation, connected to said milling tool in order to make said milling tool rotate about said milling axis; wherein said rotating rod is internally hollow and has a guide channel parallel to the longitudinal axis in which a guide rod is housed coaxially in a slidable manner, able to be positioned to extend beyond said milling tool along said longitudinal axis, wherein said milling axis is inclined with respect to said longitudinal axis, so that said milling tool is disposed inclined with respect to said rotating rod and also to said guide rod, characterised in that said rotating rod is provided, in the head or distal position, with a front milling head which is outside the milling tool, wherein the guide rod which is coupled, during use, with the device is a coupling cone of a hip prosthesis rod able to be previously implanted in a femoral canal.
An assembly comprising an electric switch and a steering wheel of a vehicle, in particular a motor vehicle, said electric switch comprising a rotary contactor on which said steering wheel is mounted, said assembly being such that one of the rotary contactor or the steering wheel comprises at least one driver catch for rotating the other one of the steering wheel or the rotary contactor, the other one of the steering wheel or the rotary contactor comprises cooperation means with said driver catch, characterised in that the cooperation means comprise at least one pair of blocking wings for the driver catch, said driver catch being at least partially covered by a polymer material.
Hand-held power tool, useable as a heavy-duty hammer drill and as a power drill, with a drive motor and a mechanical or pneumatic percussion mechanism for an adjustable heavy-duty-hammer and chisel mode of the tool of the hand-held power tool, which tool is accommodated in a tool-holding fixture, wherein a reduction gearing and a torque clutch for limiting the transmittable torque are arranged in the transmission path between drive motor and tool-holding fixture, wherein a limiting torque can be set in the torque clutch, characterized in that the drive motor, the reduction gearing, the percussion mechanism and the torque clutch are arranged lying consecutively and aligned in a line.
Indexable cutting insert, comprising at least two spaced-apart, chip-removing edges (4, 5), as well as location surfaces in the form of flank surfaces in a serration connecting surface on a bottom side of the cutting insert with the purpose of determining the space-geometrical position of the edges in relation to a co-operating basic body designed to form a cutting tool together with the cutting insert, characterized in that a first location surface is individually co-ordinated with a first edge to the extent that the position of the surface in relation to the edge is exactly predetermined, and that a second location surface in turn is individually co-ordinated with a second edge to the extent that the position of the same surface in relation to the second edge is identical with the position of the first location surface in relation to the first edge, independently of the actual shape of the cutting insert, that the serration connecting surface comprises a first set of grooves, which are mutually spaced-apart, and a second set of conformal grooves (9") between the grooves in the first set, and that the individual groove has a depth that successively increases in the direction from a first end to an opposite second end, the depth of the grooves of the first set of grooves increasing in an opposite direction to the depths of the of grooves (9") of the second set of grooves.
Hydraulically operated splitting device, comprising - a piston-cylinder unit with an extension chamber and a retraction chamber in which a piston is mounted displaceably in an extension direction and a retraction direction, wherein the extension chamber and the retraction chamber can be supplied with pressurised hydraulic medium for displacing the piston at a displacement speed, - a cylinder housing on which a plurality of pressure pieces is mounted displaceably perpendicular to the extension direction and the retraction direction, - a wedge lance which is connected to a piston rod of the piston and is movable with the piston, and which engages in wedge-shaped pressure areas of the pressure pieces which are complementary to the wedge lance, and displaces the pressure pieces as a function of the position of the piston in the piston-cylinder unit (14, 12) perpendicular to the extension direction and the retraction direction, - a lubrication device by which a lubricant from a lubricant reservoir can be introduced between the wedge lance and the pressure pieces, characterised in that - the splitting device comprises a protective device by which the displacement speed can be reduced as a function of the filling level of the lubricant in the lubricant reservoir. - a piston-cylinder unit with an extension chamber and a retraction chamber in which a piston is mounted displaceably in an extension direction and a retraction direction, wherein the extension chamber and the retraction chamber can be supplied with pressurised hydraulic medium for displacing the piston at a displacement speed, - a cylinder housing on which a plurality of pressure pieces is mounted displaceably perpendicular to the extension direction and the retraction direction, - a wedge lance which is connected to a piston rod of the piston and is movable with the piston, and which engages in wedge-shaped pressure areas of the pressure pieces which are complementary to the wedge lance, and displaces the pressure pieces as a function of the position of the piston in the piston-cylinder unit (14, 12) perpendicular to the extension direction and the retraction direction, - a lubrication device by which a lubricant from a lubricant reservoir can be introduced between the wedge lance and the pressure pieces, characterised in that - the splitting device comprises a protective device by which the displacement speed can be reduced as a function of the filling level of the lubricant in the lubricant reservoir.
Security cartridge for a removable vena cava filter with a proximal end and a distal end and with an internal light which extends between the ends, including at its distal end a connection device for creating a connection with a catheter, and characterized in that the security cartridge includes at its internal light a projection of limited dimension in the axial direction of the cartridge for diminishing locally the cross-section of the light whereas the projection is spaced apart from the ends of the cartridge.
An apparatus for coding video data comprising: a 16-point discrete cosine transform of type II, DCT-II, unit that performs a plurality of DCTs-II of different sizes that transform video data from a spatial domain to a frequency domain, wherein the 16-point DCT-II unit includes: an 8-point DCT-II unit that performs one of the plurality of DCTs-II of size 8 in the even part of the transform; a first 4-point DCT-II unit that performs one of the plurality of DCTs-II of size 4, wherein the 8-point DCT-II unit includes the first 4-point DCT-II unit; and an 8-point DCT-IV unit in the odd part of the transform comprising a second 4-point DCT-II unit and a third 4-point DCT-II unit and a factor multiplication unit, wherein each of the second and third 4-point DCT-II units (76B, 76C) performs one of the plurality of DCTs-II of size 4. an 8-point DCT-II unit that performs one of the plurality of DCTs-II of size 8 in the even part of the transform; a first 4-point DCT-II unit that performs one of the plurality of DCTs-II of size 4, wherein the 8-point DCT-II unit includes the first 4-point DCT-II unit; and an 8-point DCT-IV unit in the odd part of the transform comprising a second 4-point DCT-II unit and a third 4-point DCT-II unit and a factor multiplication unit, wherein each of the second and third 4-point DCT-II units (76B, 76C) performs one of the plurality of DCTs-II of size 4.
A power semiconductor device comprising: a mold unit that includes a power semiconductor element, a base plate, and a mold resin, the power semiconductor element being mounted on one surface of the base plate, a convex portion being formed on an other surface of the base plate, the convex portion including a plurality of grooves, the power semiconductor element being sealed with the mold resin in such a manner as to expose the convex portion; a plurality of radiation fins inserted into the grooves, respectively, and fixedly attached to the base plate by swaging; a metal plate that includes a cut-off portion (31, 33) into which the convex portion of the base plate is inserted, the metal plate being arranged between the mold unit and the radiation fins with the convex portion inserted into the cut-off portion, characterized by the metal plate including a metal foil such as a copper foil or an aluminum foil, high in malleability and made of a softer material than the metal plate; the metal foil being arranged on an edge of the cut-off portion of the metal plate and wedged between the convex portion and the cut-off portion when the convex portion is inserted into the cut-off portion. a mold unit that includes a power semiconductor element, a base plate, and a mold resin, the power semiconductor element being mounted on one surface of the base plate, a convex portion being formed on an other surface of the base plate, the convex portion including a plurality of grooves, the power semiconductor element being sealed with the mold resin in such a manner as to expose the convex portion; a plurality of radiation fins inserted into the grooves, respectively, and fixedly attached to the base plate by swaging; a metal plate that includes a cut-off portion (31, 33) into which the convex portion of the base plate is inserted, the metal plate being arranged between the mold unit and the radiation fins with the convex portion inserted into the cut-off portion, characterized by the metal plate including a metal foil such as a copper foil or an aluminum foil, high in malleability and made of a softer material than the metal plate; the metal foil being arranged on an edge of the cut-off portion of the metal plate and wedged between the convex portion and the cut-off portion when the convex portion is inserted into the cut-off portion.
Use of a multiple-nozzle tool for applying a material to a component in an article of footwear, comprising: a first nozzle adapted to output a material in a first application pattern; and a second nozzle adapted to output a material in a second application pattern, the first nozzle and the second nozzle are positioned such that the first application pattern and the second application pattern partially overlap, wherein the first nozzle is an edge applicator and the second nozzle is an interior applicator, characterized in that the first application pattern has a smaller coverage area than the second application pattern, and wherein the first nozzle applies a smaller volume of material than the second nozzle. a first nozzle adapted to output a material in a first application pattern; and a second nozzle adapted to output a material in a second application pattern, the first nozzle and the second nozzle are positioned such that the first application pattern and the second application pattern partially overlap, wherein the first nozzle is an edge applicator and the second nozzle is an interior applicator, characterized in that the first application pattern has a smaller coverage area than the second application pattern, and wherein the first nozzle applies a smaller volume of material than the second nozzle.
A spinal rod insertion instrument comprising: a hollow, monolithic body having a proximal end and a distal end, the body defining a passageway that extends along a first axis between the proximal and distal ends, the distal end including first and second arms defining a slot therebetween, wherein the first and second arms can releasably retain a spinal rod in the slot therebetween, said slot defining a retaining aperture extending along a second axis perpendicular to the first axis to releasably secure the spinal rod in a fixed position with respect to the instrument, characterized in that the first and second arms include chamfered edges at a distal end of the slot, the chamfered edges being separated by a second dimension perpendicular to the first axis, and wherein, when the instrument is in the resting state, the second dimension is larger than a diameter defined by the retaining aperture. a hollow, monolithic body having a proximal end and a distal end, the body defining a passageway that extends along a first axis between the proximal and distal ends, the distal end including first and second arms defining a slot therebetween, wherein the first and second arms can releasably retain a spinal rod in the slot therebetween, said slot defining a retaining aperture extending along a second axis perpendicular to the first axis to releasably secure the spinal rod in a fixed position with respect to the instrument, characterized in that the first and second arms include chamfered edges at a distal end of the slot, the chamfered edges being separated by a second dimension perpendicular to the first axis, and wherein, when the instrument is in the resting state, the second dimension is larger than a diameter defined by the retaining aperture.
Liquid reservoir for a motor vehicle, in particular a liquid reservoir for urea solution having at least one discharge line, which is embodied as an intake line, and which communicates with the reservoir volume via at least one filter element (4, 6), the filter element (4, 6) comprising at least one filter fabric and/or a non-woven filter material, which when wetted prevents an aspiration of air, the filter element (4, 6) comprising a filter housing, which defines an accumulator volume, which can be at least partially drained when the reservoir volume is empty, characterized in that the filter housing comprises a compressible volume as accumulator volume.
A method of operation for a communication equipment, the method comprising: transmitting to a network equipment, by the communication equipment, a message that indicates one or more functions supported by the communication equipment; receiving control signaling associated with a data transmission over a control channel, by the communication equipment,wherein the control signaling identifies a modulation and coding scheme, MCS, to be utilized by the communication equipment to at least one of transmit or receive the data transmission, wherein the MCS is based on the one or more functions supported by the communication equipment; and adjusting operation to at least one of transmit or receive data of the data transmission, by the communication equipment and in response to the received control signaling, based at least in part on the modulation and coding scheme, MCS, identified by the control signaling. transmitting to a network equipment, by the communication equipment, a message that indicates one or more functions supported by the communication equipment; receiving control signaling associated with a data transmission over a control channel, by the communication equipment,wherein the control signaling identifies a modulation and coding scheme, MCS, to be utilized by the communication equipment to at least one of transmit or receive the data transmission, wherein the MCS is based on the one or more functions supported by the communication equipment; and adjusting operation to at least one of transmit or receive data of the data transmission, by the communication equipment and in response to the received control signaling, based at least in part on the modulation and coding scheme, MCS, identified by the control signaling.
A method of wireless communication performed by a wireless communication device (110, 120), comprising: requesting, from a user equipment, UE, with which the wireless communication device is to communicate, tracking information indicating a location of the UE; receiving, from the UE, the tracking information; determining (620; 710; 820; 1010) a location of an object relative to the wireless communication device, wherein the location is determined based at least in part on a result of processing one or more images (615; 705; 815; 905) that include the object; determining an association between the object and the UE based at least in part on the location of the object and the tracking information; configuring (635; 715; 825; 1020) at least one of a beam or a beam scan characteristic used to identify the beam to be used by the wireless communication device based at least in part on the location of the object relative to the wireless communication device (110, 120); and communicating (720; 1030) with the UE using the beam. requesting, from a user equipment, UE, with which the wireless communication device is to communicate, tracking information indicating a location of the UE; receiving, from the UE, the tracking information; determining (620; 710; 820; 1010) a location of an object relative to the wireless communication device, wherein the location is determined based at least in part on a result of processing one or more images (615; 705; 815; 905) that include the object; determining an association between the object and the UE based at least in part on the location of the object and the tracking information; configuring (635; 715; 825; 1020) at least one of a beam or a beam scan characteristic used to identify the beam to be used by the wireless communication device based at least in part on the location of the object relative to the wireless communication device (110, 120); and communicating (720; 1030) with the UE using the beam.
Process for the production of an isomerate with a RON that is at least equal to 80, formed by at least 70% by weight of multibranched C 7 paraffins and containing less than 1% by weight of aromatic compounds, starting with a fraction consisting mostly of hydrocarbons with 7 carbon atoms, and containing paraffins, naphthenes, and aromatic compounds, said process comprising at least one isomerization unit, at least one unit for opening naphthene rings, and at least one separation unit, wherein at least one of the separation units is a distillation column fed by a mixture of different streams, at least one of which is obtained from fresh feedstock, and from which is extracted a) a top stream which, after optional supplemental separation, provides the produced isomerate, b) a side stream that feeds, alone or in a mixture, one of the isomerization units, from which the normal paraffins and monobranched paraffins are converted to exhaustion, and c) a bottom stream, from which the toluene and the methyl cyclohexane contained in the fresh feedstock are recycled to exhaustion, wherein a first isomerization unit is fed by a side stream obtained from said distillation column, the isomerization effluent, after stabilization, being sent to said distillation column on a plate located above the side draw-off plate, wherein the fresh feedstock feeds the distillation column and wherein the ring opening unit is fed by the bottom stream from said column, the effluent from this ring opening unit being recycled either at the inlet of the isomerization unit, mixed with the side draw-off stream obtained from said column, or mixed with fresh feedstock, at the inlet of said column.
Guide element of a pin in a valve actuator, adapted to support and guide said pin in a slot of a glyph along a sliding direction, which comprises: - a central body provided with a seat adapted to house a portion of said pin; - at least one lateral portion (20, 30) which has a sliding surface (21, 31) adapted to slide in contact with a respective lateral wall of the slot; wherein said central body and said at least one lateral portion (20, 30) are configured to rotate relative to each other about an axis parallel to the sliding direction, characterized in that the central body has at least one outer bearing surface (12, 13), at least partly cylindrical, whose axis is parallel to the sliding direction and in that the at least one lateral portion (20, 30), on an inner face (20c, 30c), has a corresponding inner bearing surface (22, 32) at least partly cylindrical, adapted to rotate in contact with the outer bearing surface (12, 13). - a central body provided with a seat adapted to house a portion of said pin; - at least one lateral portion (20, 30) which has a sliding surface (21, 31) adapted to slide in contact with a respective lateral wall of the slot;